vibe.d-0.7.30/000077500000000000000000000000001304441332000127425ustar00rootroot00000000000000vibe.d-0.7.30/.editorconfig000066400000000000000000000002441304441332000154170ustar00rootroot00000000000000root = true [*.{c,h,d,di,dd,json}] end_of_line = lf insert_final_newline = true indent_style = tab indent_size = 4 trim_trailing_whitespace = true charset = utf-8 vibe.d-0.7.30/.gitignore000066400000000000000000000025621304441332000147370ustar00rootroot00000000000000*.[oa] *.so *.lib *.dll .*.sw* docs.json /docs/index.html /docs/sitemap.xml /docs/vibe /docs/images /docs/prettify /docs/scripts /docs/styles __dummy.html .dub dub.selections.json # Mono-D files *.userprefs # Unittest binaries vibe-d tests/*/tests __test__*__ # Examples examples/app_skeleton/__test__library__ examples/bench-http-request/bench-http-request examples/bench-http-server/bench-http-server examples/daytime/daytime-example examples/diet/diet-example examples/download/download-example examples/echoserver/echoserver-example examples/form_interface/form-interface-example examples/http_info/http-info-example examples/http_request/http-request-example examples/http_reverse_proxy/http-reverse-proxy-example examples/http_server/http-server-example examples/http_static_server/http-static-server-example examples/https_server/https-server-example examples/json/json-example examples/message/message-example examples/mongodb/mongodb-example examples/app_skeleton/app-skeleton examples/redis-pubsub/redis-pubsub-example examples/redis/redis-example examples/rest/rest-example examples/sendmail/sendmail-example examples/serialization/serialization-example examples/task_control/task-control-example examples/tcp_separate/tcp-separate-example examples/udp/udp-example examples/uploader/uploader-example examples/web/web-framework-example examples/websocket/websocket-example *.exe vibe.d-0.7.30/.travis.yml000066400000000000000000000015461304441332000150610ustar00rootroot00000000000000language: d sudo: false services: - mongodb - redis-server d: # order: latest DMD, oldest DMD, LDC/GDC, remaining DMD versions # this way the overall test time gets cut down (GDC/LDC are a lot # slower tham DMD, so they should be started early), while still # catching most DMD version related build failures early - dmd-2.072.0 - dmd-2.068.2 - ldc-1.0.0 - ldc-0.17.0 - dmd-2.071.2 - dmd-2.070.2 - dmd-2.069.2 env: - VIBED_DRIVER=libevent BUILD_EXAMPLE=1 RUN_TEST=1 - VIBED_DRIVER=libasync BUILD_EXAMPLE=0 RUN_TEST=0 matrix: exclude: - d: ldc-0.17.0 env: VIBED_DRIVER=libasync BUILD_EXAMPLE=0 RUN_TEST=0 - d: ldc-1.0.0 env: VIBED_DRIVER=libasync BUILD_EXAMPLE=0 RUN_TEST=0 allow_failures: - d: dmd-beta - d: dmd-2.072.0 env: VIBED_DRIVER=libasync BUILD_EXAMPLE=0 RUN_TEST=0 script: ./travis-ci.sh vibe.d-0.7.30/CHANGELOG.md000066400000000000000000004743611304441332000145720ustar00rootroot00000000000000Changelog ========= v0.7.30 - 2016-10-31 -------------------- ### Features and improvements ### - General changes - Compiles on DMD 2.068.2 up to 2.072.0 - Added `runApplication` as a single API entry point to properly initialize and run a vibe.d application (this will serve as the basis for slowly fading out - Started using an SDLang based DUB package recipe (upgrade to DUB 1.0.0 if you haven't already) - Defining both, `VibeDefaultMain` and `VibeCustomMain`, results in a compile-time error to help uncover hidden build issues (by John Colvin) - [pull #1551][issue1551] - Web/REST interface generator - Added `vibe.web.auth` as a generic way to express authorization rules and to provide a common hook for authentication - Added `@noRoute` attribute for `registerWebInterface` to keep methods from generating a HTTP endpoint - Added `@nestedNameStyle` to choose between the classical underscore mapping and D style mapping for form parameter names in `registerWebInterface` - Serialization framework - All hooks now get a traits struct that carries additional information, such as user defined attributes - note that this is a breaking change for any serializer implementation! - [pull #1542][issue1542] - Added `beginWriteDocument` and `endWriteDocument` hooks - [pull #1542][issue1542] - Added `(begin/end)WriteDictionaryEntry` and `(begin/end)WriteArrayEntry` hooks - [pull #1542][issue1542] - Exposed `vibe.data.serialization.DefaultPolicy` publicly - HTTP server - Added `HTTPServerSettings.accessLogger` to enable using custom logger implementations - Added support for the "X-Forwarded-Port" header used by reverse proxies (by Mihail-K) - [issue #1409][issue1490], [pull #1491][issue1491] - Added an overload of `HTTPServerResponse.writeJsonBody` that doesn't set the response status (by Irenej Marc) - [pull #1488][issue1488] - Can now use the new [diet-ng][diet-ng] package in `render()` - To force using it on existing projects, simply add "diet-ng" as a dependency - "diet-ng" is an optional dependency of vibe.d that is chosen by default - to avoid that, remove the "diet-ng" entry from dub.selections.json. - Related issues [issue #1554][issue1554], [issue #1555][issue1555] - Added partial Unix client socket support, HTTP client support in particular (use `http+unix://...`) (by Sebastian Koppe) - [pull #1547][issue1547] - Removed `Json.opDispatch` and `Bson.opDispatch` - Added `Bson.remove` to remove elements from a BSON object - [issue #345][issue345] the use of `VibeDefaultMain`) - Added support for tables in the Markdown compiler - [issue #1493][issue1493] - Added `MongoCollection.distinct()` - The `std.concurrency` integration code now let's the behavior of `spawn()` be configurable, defaulting now to `runWorkerTask` instead of the previous `runTask` - Using `VibeNoSSL` now also disables Botan support in addition to OpenSSL (by Martin Nowak) - [pull #1444][issue1444] - Use a minimum protocol version of TLS 1.0 for Botan, fixes compilation on Botan 1.12.6 (by Tomáš Chaloupka) - [pull #1553][issue1553] - Some more `URLRouter` memory/performance optimization - Corrected the naming convention of `vibe.db.mongo.flags.IndexFlags` - [issue #1571][issue1571] - Added `connectRedisDB`, taking a Redis database URL - `FileDescriptorEvent.wait()` now returns which triggers have fired (by Jack Applegame) - [pull #1586][issue1586] ### Bug fixes ### - Fixed a compile error that happened when using the JavaScript REST interface generator for sub interfaces - [issue #1506][issue1506] - Fixed protocol violations in the WebSocket module (by Mathias Lang) - [pull #1508][issue1508], [pull #1511][issue1511] - The HTTP client now correctly appends the port in the "Host" header - [issue #1507][issue1507], [pull #1510][issue1510] - Fixed a possible null pointer error in `HTTPServerResponse.switchProtocol` - [issue #1502][issue1502] - Fixed parsing of indented Markdown code blocks (empty lines don't interrupt the block anymore) - [issue #1527][issue1527] - Fixed open TCP connections being left alive by `download()` (by Steven Dwy) - [pull #1532][issue1532] - Fixed the error message for invalid types in `Json.get` (by Charles Thibaut) - [pull #1537][issue1537] - Fixed the HTTP status code for invalid JSON in the REST interface generator (bad request instead of internal server error) (by Jacob Carlborg) - [pull #1538][issue1538] - Fixed yielded task execution in case no explicit event loop is used - Fixed a memory hog/leak in the libasync driver (by Martin Nowak) - [pull #1543][issue1543] - Fixed the JSON module to output NaN as `null` instead of `undefined` (by John Colvin) - [pull #1548][issue1548], [issue #1442][issue1442], [issue #958][issue958] - Fixed a possible deadlock in `LocalTaskSemaphore` (by Etienne Cimon) - [pull #1563][issue1563] - Fixed URL generation for paths with placeholders in the JavaScript REST client generator - [issue #1564][issue1564] - Fixed code generation errors in the JavaScript REST client generator and added `JSRestClientSettings` (by Oleg B. aka deviator) - [pull #1566][issue1566] - Fixed a bug in `FixedRingBuffer.removeAt` which potentially affected the task scheduler (by Tomáš Chaloupka) - [pull #1572][issue1572] - Fixed `validateEmail` to properly use `isEmail` (which used to be broken) (by Stanislav Blinov aka radcapricorn) - [issue #1580][issue1580], [pull #1582][issue1582] - Fixed `yield()` to always return after a single event loop iteration - [issue #1583][issue1583] - Fixed parsing of Markdown text nested in blockquotes, code in particular - Fixed a buffer read overflow in `OpenSSLContext` - [issue #1577][issue1577] [issue345]: https://github.com/rejectedsoftware/vibe.d/issues/345 [issue958]: https://github.com/rejectedsoftware/vibe.d/issues/958 [issue1442]: https://github.com/rejectedsoftware/vibe.d/issues/1442 [issue1444]: https://github.com/rejectedsoftware/vibe.d/issues/1444 [issue1488]: https://github.com/rejectedsoftware/vibe.d/issues/1488 [issue1490]: https://github.com/rejectedsoftware/vibe.d/issues/1490 [issue1491]: https://github.com/rejectedsoftware/vibe.d/issues/1491 [issue1493]: https://github.com/rejectedsoftware/vibe.d/issues/1493 [issue1502]: https://github.com/rejectedsoftware/vibe.d/issues/1502 [issue1506]: https://github.com/rejectedsoftware/vibe.d/issues/1506 [issue1507]: https://github.com/rejectedsoftware/vibe.d/issues/1507 [issue1508]: https://github.com/rejectedsoftware/vibe.d/issues/1508 [issue1510]: https://github.com/rejectedsoftware/vibe.d/issues/1510 [issue1511]: https://github.com/rejectedsoftware/vibe.d/issues/1511 [issue1527]: https://github.com/rejectedsoftware/vibe.d/issues/1527 [issue1532]: https://github.com/rejectedsoftware/vibe.d/issues/1532 [issue1537]: https://github.com/rejectedsoftware/vibe.d/issues/1537 [issue1538]: https://github.com/rejectedsoftware/vibe.d/issues/1538 [issue1542]: https://github.com/rejectedsoftware/vibe.d/issues/1542 [issue1543]: https://github.com/rejectedsoftware/vibe.d/issues/1543 [issue1547]: https://github.com/rejectedsoftware/vibe.d/issues/1547 [issue1548]: https://github.com/rejectedsoftware/vibe.d/issues/1548 [issue1551]: https://github.com/rejectedsoftware/vibe.d/issues/1551 [issue1553]: https://github.com/rejectedsoftware/vibe.d/issues/1553 [issue1554]: https://github.com/rejectedsoftware/vibe.d/issues/1554 [issue1555]: https://github.com/rejectedsoftware/vibe.d/issues/1555 [issue1563]: https://github.com/rejectedsoftware/vibe.d/issues/1563 [issue1564]: https://github.com/rejectedsoftware/vibe.d/issues/1564 [issue1566]: https://github.com/rejectedsoftware/vibe.d/issues/1566 [issue1571]: https://github.com/rejectedsoftware/vibe.d/issues/1571 [issue1572]: https://github.com/rejectedsoftware/vibe.d/issues/1572 [issue1577]: https://github.com/rejectedsoftware/vibe.d/issues/1577 [issue1580]: https://github.com/rejectedsoftware/vibe.d/issues/1580 [issue1582]: https://github.com/rejectedsoftware/vibe.d/issues/1582 [issue1583]: https://github.com/rejectedsoftware/vibe.d/issues/1583 [diet-ng]: https://github.com/rejectedsoftware/diet-ng v0.7.29 - 2016-07-04 -------------------- ### Features and improvements ### - Dropped support for DMD frontend versions below 2.067.x - supports 2.067.1 up to 2.071.0 now - Removed the libev driver - Removed all deprecated symbols - Heavily optimized the `URLRouter` (>5x faster initial match graph building and around 60% faster route match performance) - Added CONNECT and `Connection: Upgrade` support to the reverse proxy module (by Georgi Dimitrov) - [pull #1392][issue1392] - Added support for using an explicit network interface for outgoing TCP and HTTP connections - [pull #1407][issue1407] - Cookies are now stored with their raw value, enabling handling of non-base64 encoded values (by Yannick Koechlin) - [pull #1401][issue1401] - Added HyperLogLog functions to the Redis client (by Yannick Koechlin) - [pull #1435][issue1435] - Added `RestInterfaceSettings.httpClientSettings` - Added `HTTPClientSettings.dnsAddressFamily` - Added `TCPListener.bindAddress` - Made `@ignore`, `@name`, `@optional`, `@byName` and `@asArray` serialization attributes customizable per serialization policy - [pull #1438][issue1438], [issue #1352][issue1352] - Added `HTTPStatus.unavailableForLegalReasons` (by Andrew Benton) - [pull #1358][issue1358] - Added support or logger implementations that can log multiple lines per log call (by Martin Nowak) - [pull #1428][issue1428] - Added `HTTPServerResponse.connected` (by Alexander Tumin) - [pull #1474][issue1474] - Added allocation free string conversion methods to `NetworkAddress` - Added diagnostics in case of connections getting closed during process shutdown (after the driver is already shut down) - [issue #1452][issue1452] - Added `disableDefaultSignalHandlers` that can be used to avoid vibe.d registering its default signal handlers - [pull #1454][issue1454], [issue #1333][issue1333] - Added detection of SQLite data base extensions for `getMimeTypeForFile` (by Stefan Koch) - [pull #1456][issue1456] - The markdown module now emits XHTML compatible `
` tags (by Stefan Schmidt) - [pull #1461][issue1461] - Added `RedisDatabase.srandMember` overload taking a count (by Yannick Koechlin) - [pull #1447][issue1447] - The HTTP client now accepts `const` settings - Removed the libevent/Win64 configuration as the libevent binaries for that platform never existed - [issue #832][issue832] - Improvements to the WebSockets module, most notably reduction of memory allocations (by Mathias Lang) - [pull #1497][issue1497] - Added version `VibeNoOpDispatch` to force removal of `opDispatch` for `Json` and `Bson` (by David Monagle) - [pull #1526][issue1526] - Added a manual deprecation message for `Json.opDispatch`/`Bson.opDispatch` because `deprecated` did not have an effect ### Bug fixes ### - Fixed the internal `BsonObjectID` counter to be initialized with a random value (by machindertech) - [pull #1128][issue1128] - Fixed a possible race condition for ID assignment in the libasync driver (by Etienne Cimon) - [pull #1399][issue1399] - Fixed compilation of `Bson.opt` for both const and non-const AAs/arrays - [issue #1394][issue1394] - Fixed handling of POST methods in the REST JavaScript client for methods with no parameters - [issue #1434][issue1434] - Fixed `RedisDatabase.blpop` and `RedisList.removeFrontBlock` - Fixed a protocol error/assertion failure when a Redis reply threw an exception - [pull #1416][issue1416], [issue #1412][issue1412] - Fixed possible assertion failures "Manually resuming taks that is already scheduled" - Fixed FreeBSD and NetBSD support (by Nikolay Tolstokulakov) - [pull #1448][issue1448] - Fixed handling of multiple methods with `@headerParam` parameters with the same name (by Irenej Marc) - [pull #1453][issue1453] - Fixed calling `async()` with an unshared delegate or with a callback that returns a `const`/`immutable` result - Fixed `Tid` to be considered safe to pass between threads (for worker tasks or `vibe.core.concurrency`) - Fixed the `HTTPClient`/`download()` to properly use TLS when redirects happen between HTTP and HTTPS (by Martin Nowak) - [pull #1265][issue1265] - Fixed recognizing certain HTTP content encoding strings ("x-gzip" and "") (by Ilya Yaroshenko) - [pull #1477][issue1477] - Fixed parsing IPv6 "Host" headers in the HTTP server - [issue #1388][issue1388], [issue #1402][issue1402] - Fixed an assertion failure when using threads together with `VibeIdleCollect` - [issue #1476][issue1476] - Fixed parsing of `vibe.conf` files that contain a UTF BOM - [issue #1470][issue1470] - Fixed `@before`/`@after` annotations to work for template member functions - Fixed "Host" header handling in the HTTP server (now optional for HTTP/1.0 and responds with "bad request" if missing) - Fixed `Json` to work at CTFE (by Mihail-K) - [pull #1489][issue1489] - Fixed `adjustMethodStyle` (used throughout `vibe.web`) for method names with trailing upper case characters - Fixed alignment of the `Json` type on x64, fixes possible dangling pointers due to the GC not recognizing unaligned pointers - [issue #1504][issue1504] - Fixed serialization policies to work for enums and other built-in types (by Tomáš Chaloupka) - [pull #1500][issue1500] - Fixed a bogus assertion error in `Win32TCPConnection.tcpNoDelay` and `.keepAlive` (by Денис Хлякин aka aka-demik) - [pull #1514][issue1514] - Fixed a deadlock in `TaskPipe` - [issue #1501][issue1501] [issue832]: https://github.com/rejectedsoftware/vibe.d/issues/832 [issue1128]: https://github.com/rejectedsoftware/vibe.d/issues/1128 [issue1265]: https://github.com/rejectedsoftware/vibe.d/issues/1265 [issue1333]: https://github.com/rejectedsoftware/vibe.d/issues/1333 [issue1352]: https://github.com/rejectedsoftware/vibe.d/issues/1352 [issue1358]: https://github.com/rejectedsoftware/vibe.d/issues/1358 [issue1388]: https://github.com/rejectedsoftware/vibe.d/issues/1388 [issue1392]: https://github.com/rejectedsoftware/vibe.d/issues/1392 [issue1394]: https://github.com/rejectedsoftware/vibe.d/issues/1394 [issue1399]: https://github.com/rejectedsoftware/vibe.d/issues/1399 [issue1401]: https://github.com/rejectedsoftware/vibe.d/issues/1401 [issue1402]: https://github.com/rejectedsoftware/vibe.d/issues/1402 [issue1407]: https://github.com/rejectedsoftware/vibe.d/issues/1407 [issue1412]: https://github.com/rejectedsoftware/vibe.d/issues/1412 [issue1416]: https://github.com/rejectedsoftware/vibe.d/issues/1416 [issue1428]: https://github.com/rejectedsoftware/vibe.d/issues/1428 [issue1434]: https://github.com/rejectedsoftware/vibe.d/issues/1434 [issue1435]: https://github.com/rejectedsoftware/vibe.d/issues/1435 [issue1438]: https://github.com/rejectedsoftware/vibe.d/issues/1438 [issue1447]: https://github.com/rejectedsoftware/vibe.d/issues/1447 [issue1448]: https://github.com/rejectedsoftware/vibe.d/issues/1448 [issue1452]: https://github.com/rejectedsoftware/vibe.d/issues/1452 [issue1453]: https://github.com/rejectedsoftware/vibe.d/issues/1453 [issue1454]: https://github.com/rejectedsoftware/vibe.d/issues/1454 [issue1456]: https://github.com/rejectedsoftware/vibe.d/issues/1456 [issue1461]: https://github.com/rejectedsoftware/vibe.d/issues/1461 [issue1470]: https://github.com/rejectedsoftware/vibe.d/issues/1470 [issue1474]: https://github.com/rejectedsoftware/vibe.d/issues/1474 [issue1476]: https://github.com/rejectedsoftware/vibe.d/issues/1476 [issue1477]: https://github.com/rejectedsoftware/vibe.d/issues/1477 [issue1489]: https://github.com/rejectedsoftware/vibe.d/issues/1489 [issue1500]: https://github.com/rejectedsoftware/vibe.d/issues/1500 [issue1504]: https://github.com/rejectedsoftware/vibe.d/issues/1504 [issue1514]: https://github.com/rejectedsoftware/vibe.d/issues/1514 [issue1526]: https://github.com/rejectedsoftware/vibe.d/issues/1526 v0.7.28 - 2016-02-27 -------------------- This is a hotfix release, which fixes two critical regressions. The first one resulted in memory leaks or memory corruption, while the second one could cause TCP connections to hang indefinitely in the `close` method for the libevent driver. ### Bug fixes ### - Fixed a regression in `FreeListRef` which caused the reference count to live outside of the allocated memory bounds - [issue #1432][issue1432] - Fixed a task starvation regression in the libevent driver that happened when a connection got closed by the TCP remote peer while there was still data in the write buffer - [pull #1443][issue1443], [issue #1441][issue1441] - Fixed recognizing "Connection: close" headers for non-lowercase spelling of "close" - [issue #1426][issue1426] - Fixed the UDP receive timeout to actually work in the libevent driver - [issue #1429][issue1429] - Fixed handling of the "Connection" header in the HTTP server to be case insensitive - [issue #1426][issue1426] [issue1426]: https://github.com/rejectedsoftware/vibe.d/issues/1426 [issue1429]: https://github.com/rejectedsoftware/vibe.d/issues/1429 [issue1432]: https://github.com/rejectedsoftware/vibe.d/issues/1432 [issue1441]: https://github.com/rejectedsoftware/vibe.d/issues/1441 [issue1443]: https://github.com/rejectedsoftware/vibe.d/issues/1443 v0.7.27 - 2016-02-09 -------------------- In preparation for a full separation of the individual library components, this release splits up the code logically into multiple DUB sub packages. This enables dependent code to reduce the dependency footprint and compile times. In addition to this and a bunch of further improvements, a lot of performance tuning and some important REST interface additions went into this release. Note that the integration code for `std.concurrency` has been re-enabled with this release. This means that you can use `std.concurrency` without worrying about blocking the event loop now. However, there are a few incompatibilities between `std.concurrency` and vibe.d's own version in `vibe.core.concurrency`, such as `std.concurrency` not supporting certain `shared(T)` or `Isolated!T` to be passed to spawned tasks. If you hit any issues that cannot be easily resolved, the usual vibe.d behavior is available in the form of "Compat" suffixed functions (i.e. `sendCompat`, `receiveCompat` etc.). But note that these functions operate on separate message queue structures, so mixing the "Compat" functions with non-"Compat" versions will not work. ### Features and improvements ### - Compiles on DMD frontend versions 2.066.0 up to 2.070.0 - Split up the library into sub packages - this prepares for a deeper split that is going to happen in the next release - A lot of performance tuning went into the network and HTTP code, leading to a 50% increase in single-core HTTP performance and a lot more in the multi-threaded case over 0.7.26 - Marked more of the API `@safe` and `nothrow` - Re-enabled the `std.concurrency` integration that went MIA a while ago - `std.concurrency` can now be used transparently in vibe.d applications - [issue #1343][issue1343], [pull #1345][issue1345] - REST interface generator changes - Added support for REST collections with natural D syntax using the new `Collection!I` type - [pull #1268][issue1268] - Implemented CORS support for the REST interface server (by Sebastian Koppe) - [pull #1299][issue1299] - Conversion errors for path parameters (e.g. `@path("/foo/:someparam")`) in REST interfaces now result in a 404 error instead of 500 - HTTP server/client changes - The `URLRouter` now adds a `"routerRootDir"` entry with the relative path to the router base directory to `HTTPServerRequest.params` (by Steven Dwy) - [pull #1301][issue1301] - Added a WebSocket client implementation (by Kemonozume) - [pull #1332][issue1332] - Added the possibility to access cookie contents as a raw string - The HTTP client now retries a request if a keep-alive connection gets closed before the response gets read - Added `HTTPServerResponse.finalize` to manually force sending and finalization of the response - [issue #1347][issue1347] - Added `scope` callback based overloads of `switchProtocol` in `HTTPServerResponse` and `HTTPClientResponse` - Added `ChunkedOutputStream.chunkExtensionCallback` to control HTTP chunk-extensions (by Manuel Frischknecht and Yannick Koechlin) - [pull #1340][issue1340] - Passing an empty string to `HTTPClientResponse.switchProtocol` now skips the "Upgrade" header validation - Enabled TCP no-delay in the HTTP server - Redundant calls to `HTTPServerResponse.terminateSession` are now ignored instead of triggering an assertion - [issue #472][issue472] - Added log output for newly registered HTTP virtual hosts - [issue #1271][issue1271] - The Markdown compiler now adds "id" attributes to headers to enable cross-referencing - Added `getMarkdownOutline`, which returns a tree of sections in a Markdown document - Added `Path.relativeToWeb`, a version of `relativeTo` with web semantics - Added `vibe.core.core.setupWorkerThreads` to customize the number of worker threads on startup (by Jens K. Mueller) - [pull #1350][issue1350] - Added support for parsing IPv6 URLs (by Mathias L. Baumann aka Marenz) - [pull #1341][issue1341] - Enabled TCP no-delay in the Redis client (by Etienne Cimon) - [pull #1361][issue1361] - Switch the `:javascript` Diet filter to use "application/json" as the content type - [issue #717][issue717] - `NetworkAddress` now accepts `std.socket.AddressFamily` constants in addition to the `AF_` ones - [issue #925][issue925] - Added support for X509 authentication in the MongoDB client (by machindertech) - [pull #1235][issue1235] - Added `TCPListenOptions.reusePort` to enable port reuse as an OS supported means for load-balancing (by Soar Qin) - [pull #1379][issue1379] - Added a `port` parameter to `RedisSessionStore.this()` - Added code to avoid writing to `HTTPServerResponse.bodyWriter` after a fixed-length response has been fully written ### Bug fixes ### - Fixed behavior of `ZlibInputStream` in case of premature end of input - [issue #1116][issue1116] - Fixed a memory leak in `ZlibInputStream` (by Etienne Cimon) - [pull #1116][issue1116] - Fixed a regression in the OpenSSL certificate validation code - [issue #1325][issue1325] - Fixed the behavior of `TCPConnection.waitForData` in all drivers - [issue #1326][issue1326] - Fixed a memory leak in `Libevent2Driver.connectTCP` on connection failure (by Etienne Cimon) - [pull #1322][issue1322], [issue #1321][issue1321] - Fixed concatenation of static and dynamic class attributes in Diet templates - [issue #1312][issue1312] - Fixed resource leaks in `connectTCP` for libevent when the task gets interrupted - [issue #1331][issue1331] - Fixed `ZlibInputStream` in case of the target buffer matching up exactly with the uncompressed data (by Ilya Lyubimov aka villytiger) - [pull #1339][issue1339] - Fixed some issues with triggering assertions on yielded tasks - Fixed TLS SNI functionality in the HTTP server - Fixed excessive CPU usage in the libasync driver (by Etienne Cimon) - [pull #1348][issue1348] - Fixed exiting multi-thread event loops for the libasync driver (by Etienne Cimon) - [pull #1349][issue1349] - Fixed the default number of worker threads to equal all logical cores in the system - Fixed an assertion failure in the WebSocket server (by Ilya Yaroshenko aka 9il) - [pull #1356][issue1356], [issue #1354][issue1354] - Fixed a range violation error in `InotifyDirectoryWatcher` - [issue #1364][issue1364] - Fixed `readUntil` to not use the buffer returned by `InputStream.peek()` after a call to `InputStream.read()` - [issue #960][issue960] - Disabled the case randomization feature of libevent's DNS resolver to work around issues with certain servers - [pull #1366][issue1366] - Fixed the behavior of multiple `runEventLoop`/`exitEventLoop` calls in sequence for the win32 driver - Fixed reading response bodies for "Connection: close" connections without a "Content-Length" in the HTTP client - [issue #604][issue604] - Fixed indentation of `:javascript` blocks in Diet templates - [issue #837][issue837] - Fixed assertion failure in the win32 driver when sending files over TCP - [issue #932][issue932] - Fixed `exitEventLoop` having no effect if called while the event loop is in the idle handler - Fixed an assertion failure in the libevent driver when actively closing a connection that is currently being read from - [issue #1376][issue1376] - Fixed a null-pointer dereference when `waitForData` gets called on a fully closed TCP connection - [issue #1384][issue1384] - Fixed a crash at exit caused by a bad module destructor call sequence when `std.parallelism.TaskPool` is used - [issue #1374][issue1374] [issue472]: https://github.com/rejectedsoftware/vibe.d/issues/472 [issue604]: https://github.com/rejectedsoftware/vibe.d/issues/604 [issue717]: https://github.com/rejectedsoftware/vibe.d/issues/717 [issue837]: https://github.com/rejectedsoftware/vibe.d/issues/837 [issue925]: https://github.com/rejectedsoftware/vibe.d/issues/925 [issue932]: https://github.com/rejectedsoftware/vibe.d/issues/932 [issue960]: https://github.com/rejectedsoftware/vibe.d/issues/960 [issue1116]: https://github.com/rejectedsoftware/vibe.d/issues/1116 [issue1235]: https://github.com/rejectedsoftware/vibe.d/issues/1235 [issue1268]: https://github.com/rejectedsoftware/vibe.d/issues/1268 [issue1271]: https://github.com/rejectedsoftware/vibe.d/issues/1271 [issue1299]: https://github.com/rejectedsoftware/vibe.d/issues/1299 [issue1301]: https://github.com/rejectedsoftware/vibe.d/issues/1301 [issue1312]: https://github.com/rejectedsoftware/vibe.d/issues/1312 [issue1321]: https://github.com/rejectedsoftware/vibe.d/issues/1321 [issue1322]: https://github.com/rejectedsoftware/vibe.d/issues/1322 [issue1325]: https://github.com/rejectedsoftware/vibe.d/issues/1325 [issue1326]: https://github.com/rejectedsoftware/vibe.d/issues/1326 [issue1331]: https://github.com/rejectedsoftware/vibe.d/issues/1331 [issue1332]: https://github.com/rejectedsoftware/vibe.d/issues/1332 [issue1339]: https://github.com/rejectedsoftware/vibe.d/issues/1339 [issue1340]: https://github.com/rejectedsoftware/vibe.d/issues/1340 [issue1341]: https://github.com/rejectedsoftware/vibe.d/issues/1341 [issue1343]: https://github.com/rejectedsoftware/vibe.d/issues/1343 [issue1345]: https://github.com/rejectedsoftware/vibe.d/issues/1345 [issue1347]: https://github.com/rejectedsoftware/vibe.d/issues/1347 [issue1348]: https://github.com/rejectedsoftware/vibe.d/issues/1348 [issue1349]: https://github.com/rejectedsoftware/vibe.d/issues/1349 [issue1350]: https://github.com/rejectedsoftware/vibe.d/issues/1350 [issue1354]: https://github.com/rejectedsoftware/vibe.d/issues/1354 [issue1356]: https://github.com/rejectedsoftware/vibe.d/issues/1356 [issue1361]: https://github.com/rejectedsoftware/vibe.d/issues/1361 [issue1364]: https://github.com/rejectedsoftware/vibe.d/issues/1364 [issue1366]: https://github.com/rejectedsoftware/vibe.d/issues/1366 [issue1374]: https://github.com/rejectedsoftware/vibe.d/issues/1374 [issue1376]: https://github.com/rejectedsoftware/vibe.d/issues/1376 [issue1379]: https://github.com/rejectedsoftware/vibe.d/issues/1379 [issue1384]: https://github.com/rejectedsoftware/vibe.d/issues/1384 v0.7.26 - 2015-11-04 -------------------- A large revamp of the REST interface generator was done in this release, which will enable faster future developments. The new JavaScript client generator is the first feature made possible by this. Apart from a good chunk of functional improvements in various areas, a notable change on the build level is that the `VibeCustomMain` version is no longer required for projects that implement their own `main` function. ### Features and improvements ### - Compiles on 2.066.x up to 2.069.0 - Removed deprecated symbols and deprecated those that were scheduled for deprecation - The `VibeCustomMain` version identifier is now a no-op and the new default behavior - Added a JavaScript REST client generator to `vibe.web.rest` - [pull #1209][issue1209] - Added translation support for plural forms in `vibe.web.i18n` (by Nathan Coe) - [pull #1290][issue1290] - Added a fiber compatible read-write mutex implementation (`TaskReadWriteMutex`) (by Manuel Frischknecht) - [pull #1287][issue1287] - Added `vibe.http.fileserver.sendFile` - Added ALPN support to the TLS module (by Etienne Cimon) - Added an optional [Botan](https://github.com/etcimon/botan) based TLS implementation (by Etienne Cimon) - Switched the `vibe.core.log` module to support allocation-less logging (range like interface) - Removed all intrinsic dynamic allocations in all built-in logger implementations - this makes it possible to log from within class finalizers - Added `Cookie.toString()` (by Etienne Cimon) - Added `MarkdownSettings.urlFilter` in order to be able to customize contained links - Made `Json.toString` `@safe` so that `Json` values can be logged using `std.experimental.logger` - Added `HTTPServerRequest.noLog`, usable to disable access logging for particular requests (by Márcio Martins) - [pull #1281][issue1281] - Added support for static array parameters in `vibe.web.web` - Added `LocalTaskSemaphore`, a single-threaded task-compatible semaphore implementation (by Etienne Cimon) - Added `ConnectionPool.maxConcurrency` (by Etienne Cimon) - Added `MongoCollection.findAndModifyExt`, which takes a parameter with custom options - [issue #911][issue911] - `TLSVersion.any` now only matches TLS 1.0 and up; SSL 3 is explicitly excluded (by Márcio Martins) - [pull #1280][issue1280] - Removed some bad dependencies to prepare for splitting up the library (dependency cycles between low-level and high-level packages) - Implemented timer support for the libev driver - [pull #1206][issue1206] - Improved the method prefix semantics in the web/REST interface generators, so that only whole words are recognized - Mime type `"application/vnd.api+json"` is now recognized to have a JSON body in the HTTP server (by Szabo Bogdan) - [pull #1296][issue1296] ### Bug fixes ### - Fixes in the libasync driver (by Etienne Cimon) - Various correctness and crash fixes - Fixed handling files with non-ASCII characters on Windows - [pull #1273][issue1273] - Fixed timers with a zero timeout - [pull #1204][issue1204] - Fixed a possible TCP connection stall for blocking writes - [pull #1247][issue1247] - Fixed partially dropped data for TCP connections - [issue #1297][issue1297], [pull #1298][issue1298] - Fixed properly waiting for blocking operations - [issue #1227][issue1227] - Missing HTML form parameters are now properly handled by `@errorDisplay` in the web interface generator - Fixed bogus Diet template dependencies caused by interpreting *all* lines that started with "extends ..." as extension directives - Fixed `runWorkerTaskH` to be callable outside of a task context - [pull #1206][issue1206] - Fixed `LibevManualEvent` to actually work across threads - [pull #1206][issue1206] - Fixed a bug in the shutdown sequence that could cause the application to hang if worker threads had been started - [pull #1206][issue1206] - Fixed multiple loggers not working - [issue #1294][issue1294] - Fixed `workerThreadCount` to always return a non-zero number by letting it start up the workers if necessary - Fixed `Path.toString()` to output trailing slashes if required for empty paths - Fixed an TLS connection failure in the OpenSSL based implementation when no `peer_name` was set - Fixed linking on Debian, which has removed certain public OpenSSL functions (by Luca Niccoli) - [issue #1315][issue1315], [pull #1316][issue1316] - Fixed an assertion happening when parsing malformed URLs - [issue #1318][issue1318] [issue911]: https://github.com/rejectedsoftware/vibe.d/issues/911 [issue1204]: https://github.com/rejectedsoftware/vibe.d/issues/1204 [issue1206]: https://github.com/rejectedsoftware/vibe.d/issues/1206 [issue1209]: https://github.com/rejectedsoftware/vibe.d/issues/1209 [issue1273]: https://github.com/rejectedsoftware/vibe.d/issues/1273 [issue1280]: https://github.com/rejectedsoftware/vibe.d/issues/1280 [issue1281]: https://github.com/rejectedsoftware/vibe.d/issues/1281 [issue1287]: https://github.com/rejectedsoftware/vibe.d/issues/1287 [issue1290]: https://github.com/rejectedsoftware/vibe.d/issues/1290 [issue1294]: https://github.com/rejectedsoftware/vibe.d/issues/1294 [issue1227]: https://github.com/rejectedsoftware/vibe.d/issues/1227 [issue1247]: https://github.com/rejectedsoftware/vibe.d/issues/1247 [issue1296]: https://github.com/rejectedsoftware/vibe.d/issues/1296 [issue1297]: https://github.com/rejectedsoftware/vibe.d/issues/1297 [issue1298]: https://github.com/rejectedsoftware/vibe.d/issues/1298 [issue1315]: https://github.com/rejectedsoftware/vibe.d/issues/1315 [issue1316]: https://github.com/rejectedsoftware/vibe.d/issues/1316 [issue1318]: https://github.com/rejectedsoftware/vibe.d/issues/1318 v0.7.25 - 2015-09-20 -------------------- Mostly a bugfix release, including a regression fix in the web form parser, this release also drops official support for the DMD 2.065.0 front end (released February 2014). Most functionality will probably still stay functional on 2.065.0 for a while. ### Features and improvements ### - Contains some compile fixes for the upcoming 2.069 version of DMD - The REST interface generator adds support for `out`/`ref` `@headerParam` parameters - Stripping `id`/`_id` fields for `RedisStripped!T` is now optional - `registerWebInterface` and `registerRestInterface` now return the `URLRouter` instance to enable method chaining (by Martin Nowak) - [pull #1208][issue1208] ### Bug fixes ### - Fixed parsing of multi-part forms when a `Content-Length` part header is present (by sigod) - [issue #1220][issue1220], [pull #1221][issue1221] - Fixed parsing of multi-part forms that don't end in `"--\r\n"` (by Etienne Cimon) - [pull #1232][issue1232] - Fixed an exception occurring in `waitForData()` when calling `Libevent2TCPConnection.close()` concurrently (by machindertech) - [pull #1205][issue1205] - Fixed handling of `WebInterfaceSettings.ignoreTrailingSlash` for sub interfaces (by Marc Schütz) - [pull #1237][issue1237] - Fixed an alignment issue in conjunction with atomic operations on the upcoming LDC 0.16.0 (by Kai Nacke aka redstar) - [pull #1255][issue1255] - Fixed parsing of empty HTTP request headers - [issue #1254][issue1254] - Fixed using the MongoDB client on a mongos instance - [pull #1246][issue1246] - Fixed using `LibasyncUDPConnection.recv` without a timeout (by Daniel Kozak) - [pull #1242][issue1242] - Fixed a regression in `RestInterfaceClient`, where a `get(T id)` method would result in a URL with two consecutive underscores [issue1205]: https://github.com/rejectedsoftware/vibe.d/issues/1205 [issue1220]: https://github.com/rejectedsoftware/vibe.d/issues/1220 [issue1221]: https://github.com/rejectedsoftware/vibe.d/issues/1221 [issue1232]: https://github.com/rejectedsoftware/vibe.d/issues/1232 [issue1237]: https://github.com/rejectedsoftware/vibe.d/issues/1237 [issue1242]: https://github.com/rejectedsoftware/vibe.d/issues/1242 [issue1246]: https://github.com/rejectedsoftware/vibe.d/issues/1246 [issue1254]: https://github.com/rejectedsoftware/vibe.d/issues/1254 [issue1255]: https://github.com/rejectedsoftware/vibe.d/issues/1255 v0.7.24 - 2015-08-10 -------------------- Adds DMD 2.068.0 compatibility and contains a number of additions and fixes in all parts of the library. Some notable changes are the addition of WebSocket support in the `vibe.web.web` module and the planned deprecation of `opDispatch` for `Json` and `Bson`, as well as the rename of all "SSL" symbols to "TLS". HTTP request handlers can, and should, now take the request/response parameters as `scope`, which will later allow to improve performance without compromising safety. ### Features and improvements ### - Fixed compilation on DMD 2.068 (most fixes by Mathias Lang) - Web interface generator (`vibe.web.web`) - Added support for `WebSocket` routes - [issue #952][issue952] - Doesn't intercept `HTTPStatusException`s thrown during parameter assembly anymore - Replaced the deprecated form interface example project with a `vibe.web.web` based "web_ajax" example - Added support for the `@path` attribute on registered classes - [issue #1036][issue1036] - REST interface generator (`vibe.web.rest`) - Removed support for `index()` methods (use `get()` or `@path("/")`) (by Mathias Lang) - [pull #1010][issue1010] - Deprecated the `@rootPath` attribute (use `@path` instead) (by Mathias Lang) - [pull #999][issue999] - Deprecated symbols that were scheduled for deprecation and removed deprecated symbols - Added version `VibeNoDefaultArgs` to disable the built-in command line options - Renamed "SSL" to "TLS" in most places - Scheduled `Json.opDispatch` and `Bson.opDispatch` for deprecation (use `opIndex` instead) - Added `Bson.tryIndex` (by Marc Schütz) - [pull #1032][issue1032] - Added support for all standard HTTP methods (RFC) (by Szabo Bogdan) - [pull #1068][issue1068], [pull #1082][issue1082] - Added overloads for `scope` based HTTP server callbacks - These will later be used for safe, allocation-less HTTP request processing - Always prefer this over the non-`scope` callbacks, as these will imply a performance impact in later versions - Added `vibe.core.stream.nullSink` as a convenient way to get a generic data sink stream - Added overloads of `writeFormData` and `writeFormBody` that accept ranges of key/value tuples (by Tobias Pankrath) - Added `HTTPClientResponse.switchProtocol` (by Luca Niccoli) - [pull #945][issue945] - `listenHTTP` now returns a `HTTPListener` instance that can be used to stop listening - [issue #1074][issue1074] - Added an `AppenderResetMode` parameter to `MemoryOutputStream.reset()` (by Etienne Cimon) - Changed `urlEncode` to only allocate if necessary (by Marc Schütz) - [pull #1076][issue1076] - Optimize multi-part form decoding for cases where "Content-Length" is given (by Etienne Cimon) - [pull #1101][issue1101] - Added serialization support for `std.typecons.BitFlags!T` - Removed the `HTTPRouter` interface (now just a compatibility alias to `URLRouter`) (by Mathias Lang) - [pull #1106][issue1106] - Added `HTTPStatus.tooManyRequests` (by Jack Applegame) - [pull #1103][issue1103] - Added optional `code` and `reason` parameters to `WebSocket.close()` (by Steven Dwy) - [pull #1107][issue1107] - Added an optional copy+delete fallback to `moveFile()` (by Etienne Cimon and Martin Nowak) - Let `ConnectionProxyStream` work without an underlying `ConnectionStream` (by Etienne Cimon) - Added a `ConnectionProxyStream` constructor taking separate input and output streams - Updated the OpenSSL Windows binaries to 1.0.1m - Added `BigInt` support to the JSON module (by Igor Stepanov) - [pull #1118][issue1118] - The event loop of the win32 driver can now be stopped by sending a `WM_QUIT` message (by Денис Хлякин aka aka-demik) - [pull #1120][issue1120] - Marked `vibe.inet.path` as `pure` and removed casts that became superfluous - Added an `InputStream` based overload of `HTTPServerResponse.writeBody` - Added all Redis modules to the `vibe.vibe` module - Added a version of `FixedRingBuffer.opApply` that supports an index (by Tomáš Chaloupka) - [pull #1198][issue1198] ### Bug fixes ### - Fixed listening on IPv6 interfaces for the win32 driver - Fixed `URL.localURI` updating the query string and anchor parts properly - [issue #1044][issue1044] - Fixed `Task.join()` to work outside of a running event loop - Fixed the automatic redirection in `vibe.web.web` in case of mismatching trailing slash - Fixed `MongoCollection.count()` when used with MongoDB 3.x - [issue #1058][issue1058] - Fixed detection of non-copyable, but movable types for `runTask` - Fixed processing of translation strings with escape sequences in `vibe.web.web` (by Andrey Zelenchuk) - [pull #1067][issue1067] - Fixed unnecessarily closing HTTP client connections - Fixed using `TCPConnection.close()` with a concurrent `read()` operation (libevent driver) - Fixed parsing of HTTP digest authentication headers with different whitespace padding or differing case (by Денис Хлякин aka aka-demik) - [pull 1083][issue1083] - Fixed parsing various HTTP request headers case insensitively - Fixed validation of untrusted certificates without `TLSPeerValidationMode.checkTrust` for `OpenSSLStream` - Fixed TLS certificate host/address validation in the SMTP client - Fixed `@bodyParam` parameters with default value in the REST interface generator (by Mathias Lang) - [issue #1125][issue1125], [pull #1129][issue1129] - Fixed running the TLS context setup for STARTTLS SMTP connections (by Nathan Christenson) - [pull #1132][issue1132] - Fixed JSON serialization of `const(Json)` (by Jack Applegame) - [pull #1109][issue1109] - Fixed runtime error for Windows GUI apps that use the Visual Studio runtime - Various fixes in the libasync event driver (by Etienne Cimon) - Fixed the REST interface generator to treat `get`/`post`/... methods as `@path("/")` (by Mathias Lang) - [pull #1135][issue1135] - Fixed `URL`'s internal encoding of the path string (by Igor Stepanov) - [pull #1148][issue1148] - Fixed decoding query parameters in the REST interface generator (by Igor Stepanov) - [pull #1143][issue1143] - Fixed a possible range violation when writing long HTTP access log messages (by Márcio Martins) - [pull #1156][issue1156] - Fixed support of typesafe variadic methods in the REST interface generator (by Mathias Lang) - [issue #1144][issue1144], [pull #1159][issue1159] - Fixed `getConfig`, `setConfig` and `configResetStat` in `RedisClient` (by Henning Pohl) - [pull #1158][issue1158] - Fixed possible CPU hog in timer code for periodic timer events that were triggered too fast - Fixed a possible memory leak and wrongly reported request times for HTTP connections that get terminated before finishing a response - [issue #1157][issue1157] - Fixed `vibe.web.web.redirect()` to work properly for relative paths with query strings - Fixed invalid JSON syntax in dub.json - [issue #1172][issue1172] - Fixed `LibasyncFileStream` when used with `FileMode.createTrunc` (by Etienne Cimon) - [pull #1176][issue1176] - Fixed `deserialize` when operating on a struct/class that is annotated with `@asArray` (by Colden Cullen) - [pull #1182][issue1182] - Fixed parsing quoted HTTP multi part form boundaries (by Mathias L. Baumann aka Marenz) - [pull #1183][issue1183] - Fixed `LibasyncFileStream.peek()` to always return `null` (by Etienne Cimon) - [pull #1179][issue1179] - Fixed `ThreadedFile.seek` for 32-bit Windows applications (libevent driver) - [issue #1189][issue1189] - Fixed parsing of relative `file://` URLs - Fixed a possible `RangeError` in the JSON parser (by Takaaki Seki) - [pull #1199][issue1199] - Fixed a possible resource leak in `HashMap` (destructors not run) - Fixed `pipeRealtime` to always adhere to the maximum latency - Fixed deserialization of `immutable` fields (by Jack Applegame) - [pull #1190][issue1190] [issue945]: https://github.com/rejectedsoftware/vibe.d/issues/945 [issue952]: https://github.com/rejectedsoftware/vibe.d/issues/952 [issue999]: https://github.com/rejectedsoftware/vibe.d/issues/999 [issue1010]: https://github.com/rejectedsoftware/vibe.d/issues/1010 [issue1032]: https://github.com/rejectedsoftware/vibe.d/issues/1032 [issue1036]: https://github.com/rejectedsoftware/vibe.d/issues/1036 [issue1044]: https://github.com/rejectedsoftware/vibe.d/issues/1044 [issue1058]: https://github.com/rejectedsoftware/vibe.d/issues/1058 [issue1067]: https://github.com/rejectedsoftware/vibe.d/issues/1067 [issue1068]: https://github.com/rejectedsoftware/vibe.d/issues/1068 [issue1074]: https://github.com/rejectedsoftware/vibe.d/issues/1074 [issue1076]: https://github.com/rejectedsoftware/vibe.d/issues/1076 [issue1082]: https://github.com/rejectedsoftware/vibe.d/issues/1082 [issue1083]: https://github.com/rejectedsoftware/vibe.d/issues/1083 [issue1101]: https://github.com/rejectedsoftware/vibe.d/issues/1101 [issue1103]: https://github.com/rejectedsoftware/vibe.d/issues/1103 [issue1106]: https://github.com/rejectedsoftware/vibe.d/issues/1106 [issue1107]: https://github.com/rejectedsoftware/vibe.d/issues/1107 [issue1109]: https://github.com/rejectedsoftware/vibe.d/issues/1109 [issue1118]: https://github.com/rejectedsoftware/vibe.d/issues/1118 [issue1120]: https://github.com/rejectedsoftware/vibe.d/issues/1120 [issue1125]: https://github.com/rejectedsoftware/vibe.d/issues/1125 [issue1129]: https://github.com/rejectedsoftware/vibe.d/issues/1129 [issue1132]: https://github.com/rejectedsoftware/vibe.d/issues/1132 [issue1135]: https://github.com/rejectedsoftware/vibe.d/issues/1135 [issue1143]: https://github.com/rejectedsoftware/vibe.d/issues/1143 [issue1144]: https://github.com/rejectedsoftware/vibe.d/issues/1144 [issue1148]: https://github.com/rejectedsoftware/vibe.d/issues/1148 [issue1156]: https://github.com/rejectedsoftware/vibe.d/issues/1156 [issue1157]: https://github.com/rejectedsoftware/vibe.d/issues/1157 [issue1158]: https://github.com/rejectedsoftware/vibe.d/issues/1158 [issue1159]: https://github.com/rejectedsoftware/vibe.d/issues/1159 [issue1172]: https://github.com/rejectedsoftware/vibe.d/issues/1172 [issue1176]: https://github.com/rejectedsoftware/vibe.d/issues/1176 [issue1179]: https://github.com/rejectedsoftware/vibe.d/issues/1179 [issue1182]: https://github.com/rejectedsoftware/vibe.d/issues/1182 [issue1183]: https://github.com/rejectedsoftware/vibe.d/issues/1183 [issue1189]: https://github.com/rejectedsoftware/vibe.d/issues/1189 [issue1190]: https://github.com/rejectedsoftware/vibe.d/issues/1190 [issue1198]: https://github.com/rejectedsoftware/vibe.d/issues/1198 [issue1199]: https://github.com/rejectedsoftware/vibe.d/issues/1199 v0.7.23 - 2015-03-25 -------------------- Apart from fixing compilation on DMD 2.067 and revamping the `vibe.core.sync` module to support `nothrow`, notable changes are extended parameter support in `vibe.web.rest`, improved translation support in `vibe.web.web` and new support for policy based customization of (de-)serialization. The Diet template parser has also received a good chunk of fixes and improvements in this release. ### Features and improvements ### - Compiles on DMD frontend 2.065 up to 2.067 (most fixes for 2.067 are by Mathias Lang) - [pull #972][pull 972], [pull #992][issue992] - Changed semantics of `TaskMutex` and `TaskCondition` - **this can be a breaking change for certain applications** - The classes are now `nothrow` to stay forward compatible with D's `Mutex` and `Condition` classes, - Interruption using `Task.interrupt()` now gets deferred to the next wait/yield operation - The old behavior can be achieved using the new `InterruptipleTaskMutex` and `InterruptibleTaskCondition` classes - Definition of either `VibeCustomMain` or `VibeDefaultMain` is now a hard requirement - this is the final deprecation phase for `VibeCustomMain` - Added an overload of `lowerPrivileges` that takes explicit user/group arguments (by Darius Clark) - [pull #948][issue948] - Added `handleWebSocket` as a procedural alternative to `handleWebSockets` (by Luca Niccoli) - [pull #946][issue946] - Added support for "msgctxt" in .po files for the `vibe.web.web` translation framework (by Nathan Coe) - [pull #896][issue896] - Added overloads of `HTTPServerResponse.writeBody` and `writeRawBody` with an additional status code parameter (by Martin Nowak) - [pull #980][issue980] - Added `@queryParam` and `@bodyParam` to the `vibe.web.rest` module (by Mathias Lang) - [pull #969][issue969] - Added support for serving an "index.html" file when requesting a directory (by Martin Nowak) - [pull #902][issue902] - Added policy based customization for `vibe.data.serialization` (by Luca Niccoli) - [pull #937][issue937] - Added `SSLStream.peerCertificate` and `HTTPServerRequest.clientCertificate` properties (by Rico Huijbers) - [pull #965][issue965] - Added `RedisDatabase.zrangeByLex` (by Etienne Cimon) - [pull #993][issue993] - Added support for HTTP digest authentication (by Kai Nacke aka redstar) - [pull #1000][issue1000] - Diet template features - Added support for plain text lines starting with `<` (plain HTML lines) (by Kai Nacke aka redstar) - [pull #1007][issue1007] - Added support for default and "prepend" modes for blocks (help from Kai Nacke aka redstar) - [issue #905][issue905], [pull #1002][issue1002] - Multiple "id" attributes are now explicitly disallowed (by Kai Nacke aka redstar) - [pull #1008][issue1008] ### Bug fixes ### - Fixed ping handling for WebSockets and added automatic keep-alive pinging (by Luca Niccoli) - [pull #947][issue947] - Fixed wrapped texts in .po files for the `vibe.web.web` translation framework (by Nathan Coe) - [pull #896][issue896] - Fixed a crash issue when storing a `Timer` in a class instance that does not get destroyed before application exit - [issue #978][issue978] - Fixed `HTTPRouter.any` to match all supported HTTP verbs (by Szabo Bogdan) - [pull #984][issue984] - Fixed setting `TCPConnection.localAddr` in the libasync driver (by Etienne Cimon) - [issue #961][issue961], [pull #962][issue962] - Fixed some cases of missing destructor calls in `vibe.utils.memory` (partially by Etienne Cimon) - [pull #987][issue987] - Fixed some failed incoming SSL connection attempts by setting a default session context ID (by Rico Huijbers) - [pull #970][issue970] - Fixed `RedisSessionStore.create()` (by Yusuke Suzuki) - [pull #996][issue996] - Fixed HTML output of `//` style comments in Diet templates (by Kai Nacke) - [pull #1004][issue1004] - Fixed the error message for mismatched `@path` placeholder parameters in `vibe.web.rest` (by Mathias Lang aka Geod24) - [issue #949][issue949], [pull #1001][issue1001] - Fixed parsing of hidden comments in Diet templates that have no leading space (by Kai Nacke) - [pull #1012][issue1012] - Fixed serialization of `const(Json)` values - Fixed handling of struct parameter types in `vibe.web.rest` that implicitly convert to `string`, but not vice-versa - Fixed HTTP request parsing with uppercase letters in the "Transfer-Encoding" header (by Szabo Bogdan) - [pull #1015][issue1015] - Fixed parsing of Diet attributes that are followed by whitespace - [issue #1021][issue1021] - Fixed parsing of Diet string literal attributes that contain unbalanced parenthesis - [issue #1033][issue1033] [issue896]: https://github.com/rejectedsoftware/vibe.d/issues/896 [issue896]: https://github.com/rejectedsoftware/vibe.d/issues/896 [issue902]: https://github.com/rejectedsoftware/vibe.d/issues/902 [issue905]: https://github.com/rejectedsoftware/vibe.d/issues/905 [issue937]: https://github.com/rejectedsoftware/vibe.d/issues/937 [issue946]: https://github.com/rejectedsoftware/vibe.d/issues/946 [issue947]: https://github.com/rejectedsoftware/vibe.d/issues/947 [issue948]: https://github.com/rejectedsoftware/vibe.d/issues/948 [issue949]: https://github.com/rejectedsoftware/vibe.d/issues/949 [issue961]: https://github.com/rejectedsoftware/vibe.d/issues/961 [issue962]: https://github.com/rejectedsoftware/vibe.d/issues/962 [issue965]: https://github.com/rejectedsoftware/vibe.d/issues/965 [issue969]: https://github.com/rejectedsoftware/vibe.d/issues/969 [issue970]: https://github.com/rejectedsoftware/vibe.d/issues/970 [issue978]: https://github.com/rejectedsoftware/vibe.d/issues/978 [issue980]: https://github.com/rejectedsoftware/vibe.d/issues/980 [issue984]: https://github.com/rejectedsoftware/vibe.d/issues/984 [issue987]: https://github.com/rejectedsoftware/vibe.d/issues/987 [issue992]: https://github.com/rejectedsoftware/vibe.d/issues/992 [issue993]: https://github.com/rejectedsoftware/vibe.d/issues/993 [issue996]: https://github.com/rejectedsoftware/vibe.d/issues/996 [issue1000]: https://github.com/rejectedsoftware/vibe.d/issues/1000 [issue1001]: https://github.com/rejectedsoftware/vibe.d/issues/1001 [issue1002]: https://github.com/rejectedsoftware/vibe.d/issues/1002 [issue1004]: https://github.com/rejectedsoftware/vibe.d/issues/1004 [issue1007]: https://github.com/rejectedsoftware/vibe.d/issues/1007 [issue1008]: https://github.com/rejectedsoftware/vibe.d/issues/1008 [issue1012]: https://github.com/rejectedsoftware/vibe.d/issues/1012 [issue1015]: https://github.com/rejectedsoftware/vibe.d/issues/1015 [issue1021]: https://github.com/rejectedsoftware/vibe.d/issues/1021 [issue1033]: https://github.com/rejectedsoftware/vibe.d/issues/1033 v0.7.22 - 2015-01-12 -------------------- A small release mostly fixing compilation issues on DMD 2.065, LDC 0.14.0 and GDC. It also contains the new optional libasync based event driver for initial testing. ### Features and improvements ### - Added a new event driver based on the [libasync](https://github.com/etcimon/libasync) native D event loop abstraction library (by Etienne Cimon) - [pull #814][issue814] - Added support for `@headerParam` in the REST interface generator (by Mathias Lang aka Geod24) - [pull #908][issue908] - Added `font/woff` as a recognized compressed MIME type to avoid redundant compression for HTTP transfers (by Márcio Martins) - [pull #923][issue923] - The BSON deserialization routines now transparently convert from `long` to `int` where required (by David Monagle) - [pull #913][issue913] ### Bug fixes ### - Fixed an overload conflict for `urlEncode` introduced in 0.7.21 - Fixed a compilation issue with `Exception` typed `_error` parameters in web interface methods (by Denis Hlyakin) - [pull #900][issue900] - Fixed conversion of `Bson.Type.undefined` to `Json` (by Márcio Martins) - [pull #922][issue922] - Fixed messages leaking past the end of a task to the next task handled by the same fiber (by Luca Niccoli) - [pull #934][issue934] - Fixed various compilation errors and ICEs for DMD 2.065, GDC and LDC 0.14.0 (by Martin Nowak) - [pull #901][issue901], [pull #907][issue907], [pull #927][issue927] [issue814]: https://github.com/rejectedsoftware/vibe.d/issues/814 [issue900]: https://github.com/rejectedsoftware/vibe.d/issues/900 [issue901]: https://github.com/rejectedsoftware/vibe.d/issues/901 [issue907]: https://github.com/rejectedsoftware/vibe.d/issues/907 [issue908]: https://github.com/rejectedsoftware/vibe.d/issues/908 [issue913]: https://github.com/rejectedsoftware/vibe.d/issues/913 [issue922]: https://github.com/rejectedsoftware/vibe.d/issues/922 [issue923]: https://github.com/rejectedsoftware/vibe.d/issues/923 [issue927]: https://github.com/rejectedsoftware/vibe.d/issues/927 [issue934]: https://github.com/rejectedsoftware/vibe.d/issues/934 v0.7.21 - 2014-11-18 -------------------- Due to a number of highly busy months (more to come), this release got delayed far more than planned. However, development didn't stall and, finally, a huge list of over 150 changes found its way into the new version. Major changes are all over the place, including some notable changes in the SSL/TLS support and the web interface generator. ### Features and improvements ### - SSL/TLS support - Added support for TLS server name indication (SNI) to the SSL support classes and the HTTP client and server implementation - Changed `SSLPeerValidationMode` into a set of bit flags (different modes can now be combined) - Made the SSL implementation pluggable (currently only OpenSSL is supported) - Moved all OpenSSL code into a separate module to avoid importing the OpenSSL headers in `vibe.stream.ssl` (by Martin Nowak) - [pull #757][issue757] - Added support for a `VibeUseOldOpenSSL` version to enable use with pre 1.0 versions of OpenSSL - Upgraded the included OpenSSL Windows binaries to 1.0.1j - Web interface generator - Added support for `Json` as a return type for web interface methods (by Stefan Koch) - [pull #684][issue684] - Added support for a `@contentType` attribute for web interface methods (by Stefan Koch) - [pull #684][issue684] - Added `vibe.web.web.trWeb` for runtime string translation support - Added support for nesting web interface classes using properties that return a class instance - Added support for `@before`/`@after` attributes for web interface methods - Added a `PrivateAccessProxy` mixin as a way to enable use of private and non-static methods for `@before` in web interfaces - Added support for validating parameter types to `vibe.web.web` (`vibe.web.validation`) - Added the possibility to customize the language selection in the translation context for web interface translations - Added optional support for matching request paths with mismatching trailing slash in web interfaces - `SessionVar`, if necessary, now starts a new session also for read accesses - HTTP sessions - Added a check to disallow storing types with aliasing in sessions - Session values are now always returned as `const` to avoid unintended mutation of the returned temporary - Added initial support for JSON and BSON based session stores - Added a Redis based HTTP session store (`vibe.db.redis.sessionstore.RedisSessionStore`) - Deprecated index operator based access of session values (recommended to use `vibe.web.web.SessionVar` instead) - Redis database driver - Added some missing Redis methods and rename `RedisClient.flushAll` to `deleteAll` - Added the `vibe.db.redis.types` module for type safe access of Redis keys - `RedisReply` is now a typed output range - Added a module for Redis with common high level idioms (`vibe.db.redis.idioms`) - Improved the Redis interface with better template constraints, support for interval specifications and support for `Nullable!T` to determine key existence - Made the `member` argument to the sorted set methods in `RedisDatabase` generic instead of `string` - [issue #811][issue811] - Added support for `ubyte[]` as a return type for various Redis methods (by sinkuu) - [pull #761][issue761] - MongoDB database driver - `MongoConnection.defaultPort` is now an `ushort` (by Martin Nowak) - [pull #725][issue725] - Added support for expiring indexes and dropping indexes/collections in the MongoDB client (by Márcio Martins) - [pull #799][issue799] - Added `MongoClient.getDatabases` (by Peter Eisenhower) - [pull #822][issue822] - Added an array based overload of `MongoCollection.ensureIndex` - [issue #824][issue824] - Added `MongoCursor.skip` as an alternative to setting the skip value using an argument to `find` (by Martin Nowak) - [pull 888][issue888] - HTTP client - Made the handling of redirect responses more specific in the HTTP client (reject unknown status codes) - Added support for using a proxy server in the HTTP client (by Etienne Cimon) - [pull #731][issue731] - Added `HTTPClientSettings.defaultKeepAliveTimeout` and handle the optional request count limit of keep-alive connections (by Etienne Cimon) - [issue 744][issue744], [pull #756][issue756] - Added an assertion to the HTTP client when a relative path is used for the request URL instead of constructing an invalid request - Avoid using chunked encoding for `HTTPClientRequest.writeJsonBody` - HTTP server - Added support for IP based client certificate validation in the HTTP server (by Eric Cornelius) - [pull #723][issue723] - Avoid using chunked encoding for `HTTPServerResponse.writeJsonBody` - [issue #619][issue619] - Added `HTTPServerResponse.waitForConnectionClose` to support certain kinds of long-polling applications - Compiles on DMD 2.064 up to DMD 2.067.0-b1 - All external dependencies are now version based (OpenSSL/libevent/libev) - Removed deprecated symbols of 0.7.20 - Increased the default fiber stack size to 512 KiB (32-bit) and 16 MiB (64-bit) respectively - [issue #861][issue861] - Enabled the use of `shared` delegates for `runWorkerTask` and avoid creation of a heap delegate - Added support for more parameter types in `runTask`/`runWorkerTask` by avoiding `Variant` - Added an initial implementation of a `Future!T` (future/promise) in `vibe.core.concurrency` - Deprecated the output range interface of `OutputStream`, use `vibe.stream.wrapper.StreamOutputRange` instead - Prefer `.toString()` to `cast(string)` when converting values to string in Diet templates (changes how `Json` values are converted!) - [issue #714][issue714] - Added variants of the `vibe.utils.validation` functions that don't throw - Added `UDPConnection.close()` - Deprecated `registerFormInterface` and `registerFormMethod` - Added support for implicit parameter conversion of arguments passed to `runTask`/`runWorkerTask` (by Martin Nowak) - [pull #719][issue719] - Added `vibe.stream.stdio` for vibe.d compatible wrapping of stdin/stdout and `std.stdio.File` (by Eric Cornelius) - [pull #729][issue729] - Added `vibe.stream.multicast.MultiCastStream` for duplicating a stream to multiple output streams (by Eric Cornelius) - [pull #732][issue732] - Added support for an `inotify` based directory watcher in the libevent driver (by Martin Nowak) - [pull #743][issue743] - Added support for `Nullable!T` in `vibe.data.serialization` - [issue #752][issue752] - Added a constructor for `BsonObjectID` that takes a specific time stamp (by Martin Nowak) - [pull #759][issue759] - Added output range based overloads of `std.stream.operations.readUntil` and `readLine` - Added `vibe.data.json.serializeToJsonString` - Added `vibe.inet.webform.formEncode` for encoding a dictionary/AA as a web form (by Etienne Cimon) - [pull #748][issue748] - `BsonObjectID.fromString` now throws an `Exception` instead of an `AssertError` for invalid inputs - Avoid using initialized static array for storing task parameters (by Михаил Страшун aka Dicebot) - [pull #778][issue778] - Deprecated the simple password hash functions due to their weak security - [issue #794][issue794] - Added support for serializing tuple fields - Added `convertJsonToASCII` to force escaping of all Unicode characters - see [issue #809][issue809] - Added a parameter to set the information log format for `setLogFormat` (by Márcio Martins) - [pull #808][issue808] - Serializer implementations now get the number of dictionary elements passed up front (by Johannes Pfau) - [pull #823][issue823] - Changed `readRequiredOption` to not throw when the `--help` switch was passed (by Jack Applegame) - [pull #803][issue803] - Added `RestInterfaceSettings` as the new way to configure REST interfaces - Implemented optional stripping of trailing underscores for REST parameters (allows the use of keywords as parameter names) - Made the `message` parameter of `enforceHTTP` `lazy` (by Mathias Lang aka Geod24) - [pull #839][issue839] - Improve the format of JSON parse errors to enable IDE go-to-line support - Removed all console and file system output from unit tests (partially by Etienne Cimon, [pull #852][issue852]) - Improved performance of libevent timers by avoiding redundant rescheduling of the master timer ### Bug fixes ### - Fixed BSON custom serialization of `const` classes - Fixed serialization of `DictionaryList` - [issue #621][issue621] - Fixed a bogus deprecation message for Diet script/style blocks without child nodes - Fixed an infinite loop in `HTTPRouter` when no routes were registered - [issue #691][issue691] - Fixed iterating over `const(DictionaryList)` (by Mathias Lang aka Geod24) - [pull #693][issue693] - Fixed an assertion in the HTTP file server that was triggered when drive letters were contained in the request path - [pull #694][issue694] - Fixed recognizing `application/javascript` in script tags to trigger the block syntax deprecation message - Fixed support for boolean parameters in web interfaces - Fixed falling back to languages without country suffix in the web interface generator - Fixed alignment of the backing memory for a `TaskLocal!T` - Fixed the port reported by `UDPConnection.bindAddress` when 0 was specified as the bind port (libevent) - Fixed busy looping the event loop when there is unprocessed UDP data - [issue #715][issue715] - Fixed `exitEventLoop()` to work when there is a busy tasks that calls `yield()` - [issue #720][issue720] - Avoid querying the clock when processing timers and no timers are pending (performance bug) - Fixed `ManualEvent.wait()` to work outside of a task (fixes various secondary facilities that use `ManualEvent` implicitly) - [issue #663][issue663] - Fixed encoding of `StreamOutputRange.put(dchar)` (by sinkuu) - [pull #733][issue733] - Fixed treating `undefined` JSON values as `null` when converting to a string - [issue #735][issue735] - Fixed using an `id` parameter together with `@path` in REST interfaces - [issue #738][issue738] - Fixed handling of multi-line responses in the SMTP client (by Etienne Cimon) - [pull #746][issue746] - Fixed compile error for certain uses of `Nullable!T` in web interfaces - Enable use of non-virtual access of the event driver using `VibeUseNativeDriverType` - Fixed building the "libev" configuration (by Lionello Lunesu) - [pull #755][issue755] - Fixed `TaskLocal!T` top properly call destructors after a task has ended (by Etienne Cimon) - [issue #753][issue753], [pull #754][issue754] - Fixed the name of `RedisDatabase.zcard` (was `Zcard`) - Fixed a possible race condition causing a hang in `MessageQueue.receive`/`receiveTimeout`(by Ilya Lyubimov) - [pull #760][issue760] - Fixed `RangeCounter` to behave properly when inserting single `char` values - Fixed `RedisDatabase.getSet` (by Stephan Dilly) - [pull #769][issue769] - Fixed out-of-range array access in the Diet template compiler when the last attribute of a tag is value-less (by Martin Nowak) - [pull #771][issue771] - Fixed output of line breaks in the Markdown compiler - Fixed handling of the `key` argument of `getRange`, `lrem` and `zincrby` in `RedisDatabase` (by sinkuu) - [pull #772][issue772] - Fixed handling of `Nullable!T` and `isISOExtStringSerializable` parameters in REST interfaces - Fixed escaping of Diet tag attributes with string interpolations (by sinkuu) - [pull #779][issue779] - Fixed handling a timeout smaller or equal to zero (infinity) for `RedisSubscriber.blisten` (by Etienne Cimon aka etcimon) - [issue #776][issue776], [pull #781][issue781] - Fixed handling of Unicode escape sequences in the JSON parser (by Etienne Cimon aka etcimon) - [pull #782][issue782] - Fixed `HTTPServerRequest.fullURL` for requests without a `Host` header - [issue #786][issue786] - Fixed `RedisClient` initialization for servers that require authentication (by Pedro Yamada aka yamadapc) - [pull #785][issue785] - Fixed the JSON parser to not accept numbers containing ':' - Removed an invalid assertion in `HTTPServerResponse.writeJsonBody` - [issue #788][issue788] - Fixed handling of explicit "identity" content encoding in the HTTP client (by sinkuu) - [pull #789][issue789] - Fixed `HTTPServerRequest.fullURL` for HTTPS requests with a non-default port (by Arjuna aka arjunadeltoso) - [pull #790][issue790] - Fixed detection of string literals in Diet template attributes - [issue #792][issue792] - Fixed output of Diet attributes using `'` as the string delimiter - Fixed detection of numeric types in `BsonSerializer` (do not treat `Nullable!T` as numeric) - Fixed the REST interface client to accept 201 responses (by Yuriy Glukhov) - [pull #806][issue806] - Fixed some potential lock related issues in the worker task handler loop - Fixed memory corruption when `TCPListenOptions.disableAutoClose` is used and the `TCPConnection` outlives the accepting task - [issue #807][issue807] - Fixed a range violation when parsing JSON strings that end with `[` or `{` - [issue #805][issue805] - Fixed compilation of `MongoCollection.aggregate` and support passing an array instead of multiple parameters - [issue #783][issue783] - Fixed compilation and formatting issues in the HTTP logger (by Márcio Martins) - [pull #808][issue808] - Fixed assertion condition in `DebugAllocator.realloc` - Fixed shutdown when daemon threads are involved - [issue #758][issue758] - Fixed some serialization errors for structs with variadic constructors or properties or with nested type declarations/aliases (by Rene Zwanenburg) - [pull #817][issue817], [issue #818][issue818], [pull #819][issue819] - The HTTP server now terminates a connection if the response was not completely written to avoid protocol errors - Fixed an assertion triggered by a `vibe.web.rest` server trying to write an error message when a response had already been made - [issue #821][issue821] - Fixed using `TaskLocal!T` with types that have certain kinds of "copy constructors" - [issue #825][issue825] - Fixed `-version=VibeNoSSL` (by Dragos Carp) - [pull #834][issue834] - Use "bad request" replies instead of "internal server error" for various cases where a HTTP request is invalid (by Marc Schütz) - [pull #827][issue827] - Removed a leading newline in compiled Diet templates - Fixed serialization of nested arrays as JSON (by Rene Zwanenburg) - [issue #840][issue840], [pull #841][issue841] - Fixed OpenSSL error messages in certain cases (by Andrea Agosti) - [pull #796][issue796] - Fixed parsing of MongoDB URLs containing `/` in the password field (by Martin Nowak) - [pull #843][issue843] - Fixed an assertion in `TCPConnection.waitForData` when called outside of a task (libevent) - [issue #829][issue829] - Fixed an `InvalidMemoryOperationError` in `HTTPClientResponse.~this()` - Fixed a memory corruption issue for HTTPS servers (by Etienne Cimon) - [issue #846][issue846], [pull #849][issue849] - Fixed low-precision floating point number output in `JsonStringSerializer` - Fixed compilation in release mode (not recommended for safety reasons!) - [issue #847][issue847] - Fixed low-precision floating point number output in the Redis client - [issue #857][issue857] - Fixed handling of NaN in the JSON module (output as `undefined`) (by David Monagle)- [pull #860][issue860] - Fixed the Redis subscriber implementation (by Etienne Cimon) - [issue #855][issue855], [pull #815][issue815] - Fixed compilation of the `Isolated!T` framework - [issue #801][issue801] - Fixed an `InvalidMemoryOperationError` in `DebugAllocator` (by Etienne Cimon) - [pull #848][issue848] - Fixed detection of numeric types in `JsonSerializer` (do not treat `Nullable!T` as numeric) (by Jack Applegame) - [issue #686][issue868], [pull #869][issue869] - Fixed error handling in `Win32TCPConnection.connect` and improved error messages - Fixed ping handling of WebSocket ping messages (by Vytautas Mickus aka Eximius) - [pull #883][issue883] - Fixed always wrapping the e-mail address in angular brackets in the SMTP client (by ohenley) - [pull #887][issue887] - Fixed custom serialization of `const` instances (by Jack Applegame) - [pull #879][issue879] - Fixed the `RedisDatabase.set*X` to properly test the success condition (by Stephan Dilly aka Extrawurst) - [pull #890][issue890] - Fixed `sleep(0.seconds)` to be a no-op instead of throwing an assertion error - Fixed a potential resource leak in `HashMap` by using `freeArray` instead of directly deallocating the block of memory (by Etienne Cimon) - [pull #893][issue893] [issue619]: https://github.com/rejectedsoftware/vibe.d/issues/619 [issue621]: https://github.com/rejectedsoftware/vibe.d/issues/621 [issue663]: https://github.com/rejectedsoftware/vibe.d/issues/663 [issue684]: https://github.com/rejectedsoftware/vibe.d/issues/684 [issue684]: https://github.com/rejectedsoftware/vibe.d/issues/684 [issue691]: https://github.com/rejectedsoftware/vibe.d/issues/691 [issue693]: https://github.com/rejectedsoftware/vibe.d/issues/693 [issue694]: https://github.com/rejectedsoftware/vibe.d/issues/694 [issue714]: https://github.com/rejectedsoftware/vibe.d/issues/714 [issue715]: https://github.com/rejectedsoftware/vibe.d/issues/715 [issue719]: https://github.com/rejectedsoftware/vibe.d/issues/719 [issue720]: https://github.com/rejectedsoftware/vibe.d/issues/720 [issue723]: https://github.com/rejectedsoftware/vibe.d/issues/723 [issue725]: https://github.com/rejectedsoftware/vibe.d/issues/725 [issue729]: https://github.com/rejectedsoftware/vibe.d/issues/729 [issue731]: https://github.com/rejectedsoftware/vibe.d/issues/731 [issue732]: https://github.com/rejectedsoftware/vibe.d/issues/732 [issue733]: https://github.com/rejectedsoftware/vibe.d/issues/733 [issue735]: https://github.com/rejectedsoftware/vibe.d/issues/735 [issue738]: https://github.com/rejectedsoftware/vibe.d/issues/738 [issue743]: https://github.com/rejectedsoftware/vibe.d/issues/743 [issue744]: https://github.com/rejectedsoftware/vibe.d/issues/744 [issue746]: https://github.com/rejectedsoftware/vibe.d/issues/746 [issue748]: https://github.com/rejectedsoftware/vibe.d/issues/748 [issue752]: https://github.com/rejectedsoftware/vibe.d/issues/752 [issue753]: https://github.com/rejectedsoftware/vibe.d/issues/753 [issue754]: https://github.com/rejectedsoftware/vibe.d/issues/754 [issue755]: https://github.com/rejectedsoftware/vibe.d/issues/755 [issue756]: https://github.com/rejectedsoftware/vibe.d/issues/756 [issue757]: https://github.com/rejectedsoftware/vibe.d/issues/757 [issue758]: https://github.com/rejectedsoftware/vibe.d/issues/758 [issue759]: https://github.com/rejectedsoftware/vibe.d/issues/759 [issue760]: https://github.com/rejectedsoftware/vibe.d/issues/760 [issue761]: https://github.com/rejectedsoftware/vibe.d/issues/761 [issue769]: https://github.com/rejectedsoftware/vibe.d/issues/769 [issue771]: https://github.com/rejectedsoftware/vibe.d/issues/771 [issue772]: https://github.com/rejectedsoftware/vibe.d/issues/772 [issue776]: https://github.com/rejectedsoftware/vibe.d/issues/776 [issue778]: https://github.com/rejectedsoftware/vibe.d/issues/778 [issue779]: https://github.com/rejectedsoftware/vibe.d/issues/779 [issue781]: https://github.com/rejectedsoftware/vibe.d/issues/781 [issue782]: https://github.com/rejectedsoftware/vibe.d/issues/782 [issue783]: https://github.com/rejectedsoftware/vibe.d/issues/783 [issue785]: https://github.com/rejectedsoftware/vibe.d/issues/785 [issue786]: https://github.com/rejectedsoftware/vibe.d/issues/786 [issue788]: https://github.com/rejectedsoftware/vibe.d/issues/788 [issue789]: https://github.com/rejectedsoftware/vibe.d/issues/789 [issue790]: https://github.com/rejectedsoftware/vibe.d/issues/790 [issue792]: https://github.com/rejectedsoftware/vibe.d/issues/792 [issue794]: https://github.com/rejectedsoftware/vibe.d/issues/794 [issue796]: https://github.com/rejectedsoftware/vibe.d/issues/796 [issue799]: https://github.com/rejectedsoftware/vibe.d/issues/799 [issue801]: https://github.com/rejectedsoftware/vibe.d/issues/801 [issue803]: https://github.com/rejectedsoftware/vibe.d/issues/803 [issue805]: https://github.com/rejectedsoftware/vibe.d/issues/805 [issue806]: https://github.com/rejectedsoftware/vibe.d/issues/806 [issue807]: https://github.com/rejectedsoftware/vibe.d/issues/807 [issue808]: https://github.com/rejectedsoftware/vibe.d/issues/808 [issue808]: https://github.com/rejectedsoftware/vibe.d/issues/808 [issue809]: https://github.com/rejectedsoftware/vibe.d/issues/809 [issue811]: https://github.com/rejectedsoftware/vibe.d/issues/811 [issue815]: https://github.com/rejectedsoftware/vibe.d/issues/815 [issue817]: https://github.com/rejectedsoftware/vibe.d/issues/817 [issue818]: https://github.com/rejectedsoftware/vibe.d/issues/818 [issue819]: https://github.com/rejectedsoftware/vibe.d/issues/819 [issue821]: https://github.com/rejectedsoftware/vibe.d/issues/821 [issue822]: https://github.com/rejectedsoftware/vibe.d/issues/822 [issue823]: https://github.com/rejectedsoftware/vibe.d/issues/823 [issue824]: https://github.com/rejectedsoftware/vibe.d/issues/824 [issue825]: https://github.com/rejectedsoftware/vibe.d/issues/825 [issue827]: https://github.com/rejectedsoftware/vibe.d/issues/827 [issue829]: https://github.com/rejectedsoftware/vibe.d/issues/829 [issue834]: https://github.com/rejectedsoftware/vibe.d/issues/834 [issue839]: https://github.com/rejectedsoftware/vibe.d/issues/839 [issue840]: https://github.com/rejectedsoftware/vibe.d/issues/840 [issue841]: https://github.com/rejectedsoftware/vibe.d/issues/841 [issue843]: https://github.com/rejectedsoftware/vibe.d/issues/843 [issue845]: https://github.com/rejectedsoftware/vibe.d/issues/845 [issue846]: https://github.com/rejectedsoftware/vibe.d/issues/846 [issue847]: https://github.com/rejectedsoftware/vibe.d/issues/847 [issue848]: https://github.com/rejectedsoftware/vibe.d/issues/848 [issue849]: https://github.com/rejectedsoftware/vibe.d/issues/849 [issue855]: https://github.com/rejectedsoftware/vibe.d/issues/855 [issue860]: https://github.com/rejectedsoftware/vibe.d/issues/860 [issue861]: https://github.com/rejectedsoftware/vibe.d/issues/861 [issue868]: https://github.com/rejectedsoftware/vibe.d/issues/868 [issue869]: https://github.com/rejectedsoftware/vibe.d/issues/869 [issue879]: https://github.com/rejectedsoftware/vibe.d/issues/879 [issue883]: https://github.com/rejectedsoftware/vibe.d/issues/883 [issue887]: https://github.com/rejectedsoftware/vibe.d/issues/887 [issue888]: https://github.com/rejectedsoftware/vibe.d/issues/888 [issue890]: https://github.com/rejectedsoftware/vibe.d/issues/890 [issue893]: https://github.com/rejectedsoftware/vibe.d/issues/893 v0.7.20 - 2014-06-03 -------------------- The `vibe.web.web` web interface generator module has been extended with some important features, making it a full replacement (and more) of the old `registerFormInterface` functionality. Other important changes include the use of strong TLS ciphers out of the box, as well as a heavily optimized `URLRouter` implementation and support for compile-time localization of Diet templates. ### Features and improvements ### - Web interface generator and Diet template system - Added `vibe.web.web.terminateSession()` and `redirect()` - Added support for `struct` and array parameters, as well as `Nullable!T` in `vibe.web.web` - Added the `@errorDisplay` annotation to `vibe.web.web` to enable automatic exception display using an existing request handler - Added built-in, compile-time, gettext compatible localization support for Diet templates using the `tag& text` syntax - HTTP router - Implemented a new match tree based routing algorithm for `URLRouter`, resulting in great speedups for complex routing setups - Added `URLRouter.prefix` to configure a prefix to append to every route - The `HTTPRouter` router interface is scheduled for removal - Serialization system - Added `@asArray` to force serialization of composite types as arrays instead of dictionaries - Added support for using a pre-allocated buffer for `serializeToBson` - Added support for custom serialization representations of user defined types using `toRepresentation`/`fromRepresentation` methods - [issue #618][issue618] - Made `DictionaryList` serializable as an array by adding `toRepresentation`/`fromRepresentation` - [issue #621][issue621] - SSL/TLS - Using only strong ciphers by default for SSL server contexts - Added out-of-the box support for perfect forward secrecy (PFS) (by Martin Nowak) - [pull #630][issue630] - Changed the default from `SSLVersion.tls1` (fixed TLS 1.0) to `SSLVersion.any` (SSL 3 and up, including TLS 1.1 and TLS 1.2) - Added `SMTPClientSettings.sslContextSetup` to enable customization of the SSL context (e.g. adding trusted certificates) - Upgraded the Windows OpenSSL binaries to 1.0.1g - Performance tuning - Added `HTTPServerOption.errorStackTraces` to make costly stack trace generation optional - Arguments to the logging functions are now evaluated lazily to avoid computations when messages are not actually logged - Added support for direct de-serialization of MongoDB query results - Reduced memory allocations in the HTTP logger module - Heavily reduced the number of memory allocations happening in the MongoDB driver - see [issue #633][issue633] - General - Removed deprecated symbols and deprecated symbols that were scheduled for deprecation - Added `runWorkerTaskH` to run a worker task and return its handle in one step (by Luca Niccoli aka lultimouomo) - [pull #601][issue601] - Added `createTestHTTPServerRequest` and `createTestHTTPServerResponse` to support writing unit tests - Added `vibe.core.file.readFile`, `readFileUTF8`, `writeFile` and `writeFileUTF8` - Added a limited overload of `RedisDatabase.zrevRangeByScore` and fix the type of the `start`/`end` parameters (by Jens K. Mueller) - [pull #637][issue637] - Added `TCPListenOptions.disableAutoClose` to make incoming TCP connections independent of the initial handler task - Added `vibe.core.concurrency.thisTid` as an alias to `Task.getThis()` for improved API compatibility to `std.concurrency` - Added an overload of `UDPConnection.recv` taking a timeout parameter - [issue #540][issue540] - Added `toString` to `HTTPRequest` and `HTTPResponse` for convenient logging - Added `MarkdownSettings` with additional support of setting the base heading level of the generated HTML - Added `TCPConnection.keepAlive` to set the `SO_KEEPALIVE` option - [issue #622][issue622] - `Error` derived exceptions are not caught anymore (use `-version=VibeDebugCatchAll` to get the old unsafe behavior) - Annotated some basic modules with `@safe`/`@trusted`/`pure` - Extended `ProxyStream` to optionally take distinct streams for input and output - Replaced all remaining uses of `renderCompat` with `render` - Removed unused variables and made `Bson.toString` `const` (thanks to Brian Schott aka Hackerpilot) - [issue #659][issue659] ### Bug fixes ### - Fixed the order of events reported by `setTaskEventCallback` when new tasks are started within an existing task - Fixed HTTP multi-file uploads by changing `HTTPServerRequest.files` to a `DictionaryList` - Fixed `@byName` to work for serializing (associative) arrays of enums - Fixed SSL based SMTP connections (by Martin Nowak) - [pull #609][issue609] - Fixed Diet text blocks (`tag.` style) to properly remove the input file indentation - [issue #614][issue614] - Fixed `isStronglyIsolated!T` to work for interface types - Fixed `filterURLEncode` to encode certain special characters (such as "{") - [issue #632][issue632] - Fixed a crash when accessing vibe.d event functionality from within `shared static ~this` - Fixed `Task.join` and `Task.interrupt` to work when called from outside of the event loop (e.g. when `processEvents` is used instead of `runEventLoop`) - [issue #443][issue443] - Fixed serialization of `const` class instances (by Jack Applegame) - [issue #653][issue653] - Fixed compilation of `renderCompat!()` on GDC (invalid use of `va_list`/`void*`) - Fixed handling of paths with empty path entries (e.g. "/some///path") - [issue #410][issue410] - Fixed a crash caused by `GCAllocator` - `GC.extend` is now used instead of `GC.realloc` to sidestep the issue - [issue #470][issue470] - Fixed rendering of Markdown links with styled captions - Fixed `Path.relativeTo` step over devices for UNC paths on Windows - Fixed compilation on 2.064 frontend based GDC - [issue #647][issue647] - Fixed output of empty lines in "tag." style Diet template text blocks [issue410]: https://github.com/rejectedsoftware/vibe.d/issues/410 [issue443]: https://github.com/rejectedsoftware/vibe.d/issues/443 [issue470]: https://github.com/rejectedsoftware/vibe.d/issues/470 [issue540]: https://github.com/rejectedsoftware/vibe.d/issues/540 [issue601]: https://github.com/rejectedsoftware/vibe.d/issues/601 [issue609]: https://github.com/rejectedsoftware/vibe.d/issues/609 [issue614]: https://github.com/rejectedsoftware/vibe.d/issues/614 [issue618]: https://github.com/rejectedsoftware/vibe.d/issues/618 [issue621]: https://github.com/rejectedsoftware/vibe.d/issues/621 [issue622]: https://github.com/rejectedsoftware/vibe.d/issues/622 [issue630]: https://github.com/rejectedsoftware/vibe.d/issues/630 [issue632]: https://github.com/rejectedsoftware/vibe.d/issues/632 [issue633]: https://github.com/rejectedsoftware/vibe.d/issues/633 [issue637]: https://github.com/rejectedsoftware/vibe.d/issues/637 [issue647]: https://github.com/rejectedsoftware/vibe.d/issues/647 [issue653]: https://github.com/rejectedsoftware/vibe.d/issues/653 [issue659]: https://github.com/rejectedsoftware/vibe.d/issues/659 v0.7.19 - 2014-04-09 -------------------- Apart from working on the latest DMD versions, this release includes an important security enhancement in the form of new experimental code for SSL certificate validation. Other major changes include many improvements to the Diet template compiler, various performance improvements, a new `FileDescriptorEvent` to interface with other I/O libraries, a new web interface generator similar to the REST interface generator, many improvements to the Redis client, and a bunch of other fixes and additions. ### Features and improvements ### - Compiles with DMD 2.065 (and the current DMD HEAD) - API improvements for the SSL support code - Implemented SSL certificate validation (partially by David Nadlinger aka klickverbot, [pull #474][issue474]) - Removed the old `EventedObject` interface - Implemented support for string includes in Diet templates (idea by Stefan Koch aka Uplink_Coder) - [issue #482][issue482] - JSON answers in the REST interface generator are now directly serialized, improving performance and memory requirements - Reimplemented the timer code to guarantee light weight timers on all event drivers - `Libevent2TCPConnection` now has a limited read buffer size to avoid unbounded memory consumption - Fixed the semantics of `ConnectionStream.empty` and `connected` - `empty` is generally useful for read loops and `connected` for write loops - Added an overload of `runTask` that takes a delegate with additional parameters to bind to avoid memory allocations in certain situations - Added `vibe.core.core.createFileDescriptorEvent` to enable existing file descriptors to be integrated into vibe.d's event loop - HTTP response compression is now disabled by default (controllable by the new `HTTPServerSettings.useCompressionIfPossible) - Removed the deprecated `sslKeyFile` and `sslCertFile` fields from `HTTPServerSettings` - Removed the compatibility alias `Signal` (alias for `ManualEvent`) - `:htmlescape` in Diet templates is now processed at compile time if possible - Added support for `Rebindable!T` in `isStronglyIsolated` and `isWeaklyIsolated` - [issue #421][issue421] - Added `RecursiveTaskMutex` - `Throwable` is now treated as weakly isolated to allow passing exceptions using `vibe.core.concurrency.send` - `exitEventLoop` by default now only terminates the current thread's event loop and always works asynchronously - `Session` is now a `struct` instead of a `class` - Added support for storing arbitrary types in `Session` - Moved the REST interface generator from `vibe.http.rest` to `vibe.web.rest` - Added a new web interface generator (`vibe.web.web`), similar to `vibe.http.form`, but with full support for attribute based customization - Added a compile time warning when neither `VibeCustomMain`, nor `VibeDefaultMain` versions are specified - starts the transition from `VibeCustomMain` to `VibeDefaultMain` - Added `requireBoundsCheck` to the build description - Added assertions to help debug accessing uninitialized `MongoConnection` values - Added `logFatal` as a shortcut to `log` called with `LogLevel.fatal` (by Daniel Killebrew aka gittywithexcitement) - [pull #441][issue441] - Empty JSON request bodies are now handled gracefully in the HTTP server (by Ryan Scott aka Archytaus) - [pull #440][issue440] - Improved documentation of `sleep()` - [issue #434][issue434] - The libevent2 and Win32 event drivers now outputs proper error messages for socket errors - Changed `setTaskEventCallback` to take a delegate with a `Task` parameter instead of `Fiber` - Added a `Task.taskCounter` property - `AutoFreeListAllocator.realloc` can now reuse blocks of memory and uses `realloc` on the base allocator if possible - HTML forms now support multiple values per key - Inverted the `no_dns` parameter of `EventDriver.resolveHost` to `use_dns` to be consistent with `vibe.core.net.resolveHost` - [issue #430][issue430] - `Task` doesn't `alias this` to `TaskFiber` anymore, but forwards just a selected set of methods - Added `vibe.core.args.readRequiredOption - [issue #442][issue442] - `NetworkAddress` is now fully `pure nothrow` - Refactored the Redis client to use much less allocations and a much shorter source code - Added `Bson.toString()` (by David Nadlinger aka klickverbot) - [pull #468][issue468] - Added `connectTCP(NetworkAddress)` and `NetworkAddress.toString()` (by Stefan Koch aka Uplink_Coder) - [pull #485][issue485] - Added `NetworkAddress.toAddressString` to output only the address portion (without the port number) - Added `compileDietFileIndent` to generate indented HTML output - Added Travis CI integration (by Martin Nowak) - [pull #486][issue486] - Added `appendToFile` to conveniently append to a file without explicitly opening it (by Stephan Dilly aka extrawurst) - [pull #489][issue489] - Tasks started before starting the event loop are now deferred until after the loop has been started - Worker threads are started lazily instead of directly on startup - Added `MongoCursor.limit()` to limit the amount of documents returned (by Damian Ziemba aka nazriel) - [pull #499][issue499] - The HTTP client now sets a basic-auth header when the request URL contains a username/password (by Damian Ziemba aka nazriel) - [issue #481][issue481], [pull #501][issue501] - Added `RedisClient.redisVersion` (by Fabian Wallentowitz aka fabsi88) - [pull #502][issue502] - Implemented handling of doctypes other than HTML 5 in the Diet compiler (by Damian Ziemba aka nazriel) - [issue #505][issue505], [pull #509][issue509] - Boolean attributes in Diet templates are now written without value for HTML 5 documents (by Damian Ziemba aka nazriel) - [issue #475][issue475], [pull #512][issue512] - Empty "class" attributes in Diet templates are not written to the final HTML output (by Damian Ziemba aka nazriel) - [issue #372][issue372], [pull #519][issue519] - Implemented PUB/SUB support for the Redis client (by Michael Eisendle with additional fixes by Etienne Cimon aka etcimon) - The logging functions take now any kind of string instead of only `string` (by Mathias Lang aka Geod24) - [pull #532][issue532] - Added `SMTPClientSettings.peerValidationMode` (by Stephan Dilly aka Extrawurst) - [pull #528][issue528] - Diet templates that are set to `null` are now omitted in the HTML output (by Damian Ziemba aka nazriel) - [issue #520][issue520], [pull #521][issue521] - Extended the REST interface generator to cope with any type of error response and to always throw a `RestException` on error (by Stephan Dilly aka Extrawurst) - [pull #533][issue533] - Added support for [text blocks](http://jade-lang.com/reference/#blockinatag) in Diet templates (by Damian Ziemba aka nazriel) - [issue #510][issue510], [pull #518][issue518] - Added `RedisClient.blpop` and changed all numbers to `long` to be in line with Redis (by Etienne Cimon aka etcimon) - [pull #527][issue527] - Changed `WebSocket.receiveBinary` and `WebSocket.receiveText` to strictly expect the right type by default (by Martin Nowak) - [pull #543][issue543] - Avoid using an exception to signal HTTP 404 errors for unprocessed requests, resulting in a large performance increas for that case - Modernized the Diet templates used for the example projects (by Damian Ziemba aka nazriel) - [pull #551][issue551] - Added WebDAV HTTP status codes to the `HTTPStatusCode` enum (by Dmitry Mostovenko aka TrueBers) - [pull #574][issue574] - Added support for multiple recipient headers (including "CC" and "BCC") in `sendMail` (by Stephan Dilly aka Extrawurst) - [pull #582][issue582] - Added support for comma separated recipients in `sendMail` - Added SSL support for the MongoDB client (by Daniel Killebrew aka gittywithexcitement) - [issue #575][issue575], [pull #587][issue587] - Made all overloads of `listenHTTPPlain` private (as they were supposed to be since a year) - Added using `-version=VibeDisableCommandLineParsing` to disable default command line argument interpretation - Added using `-version=VibeNoSSL` to disable using OpenSSL and added free functions to create SSL contexts/streams - Functions in `vibe.data.json` now throw a `JSONException` instead of a bare `Exception` (by Luca Niccoli aka lultimouomo) - [pull #590][issue590] - Functions in `vibe.http.websocket` now throw a `WebSocketException` instead of a bare `Exception` (by Luca Niccoli aka lultimouomo) - [pull #590][issue590] ### Bug fixes ### - Fixed a condition under which a `WebSocket` could still be used after its handler function has thrown an exception - [issue #407][issue407] - Fixed a `null` pointer dereference in `Libevent2TCPConnection` when trying to read from a closed connection - Fixed the HTTP client to still properly shutdown the connection when an exception occurs during the shutdown - Fixed `SSLStream` to perform proper locking for multi-threaded servers - Fixed the signature of `TaskLocal.opAssign` - [issue #432][issue432] - Fixed thread shutdown in cases where multiple threads are used - [issue #419][issue419] - Fixed SIGINT/SIGTERM application shutdown - [issue #419][issue419] - Fixed `HashMap` to properly handle `null` keys - Fixed processing WebSocket requests sent from IE 10 and IE 11 - Fixed the HTTP client to assume keep-alive for HTTP/1.1 connections that do not explicitly specify something else (by Daniel Killebrew aka gittywithexcitement) - [issue #448][issue448], [pull #450][issue450] - Fixed `Win32FileStream` to report itself as readable for `FileMode.createTrunc` - Fixed a possible memory corruption bug for an assertion in `AllocAppender` - Fixed clearing of cookies on old browsers - [issue #453][issue453] - Fixed handling of `yield()`ed tasks so that events are guaranteed to be processed - Fixed `Libevent2EventDriver.resolveHost` to take the local hosts file into account (by Daniel Killebrew aka gittywithexcitement) - [issue #289][issue289], [pull #460][issue460] - Fixed `RedisClient.zcount` to issue the right command (by David Nadlinger aka klickverbot) - [pull #467][issue467] - Fixed output of leading white space in the `HTMLLogger` - now replaced by ` ` - Fixed serialization of AAs with `const(string)` or `immutable(string)` keys (by David Nadlinger aka klickverbot) - [pull #473][issue473] - Fixed double-URL-decoding of path parameters in `URLRouter` - Fixed `URL.toString()` to output username/password, if set - Fixed a crash caused by a double-free when an SSL handshake had failed - Fixed `Libevent2UDPConnection.recv` to work inside of a `Task` - Fixed handling of "+" in the path part of URLs (is *not* replaced by a space) - [issue #498][issue498] - Fixed handling of `

The following box should show a running counter, updated by the server:


	


vibe.d-0.7.30/examples/websocket/public/scripts/000077500000000000000000000000001304441332000215135ustar00rootroot00000000000000vibe.d-0.7.30/examples/websocket/public/scripts/websocket.js000066400000000000000000000012661304441332000240440ustar00rootroot00000000000000var socket

function connect()
{
	setText("connecting...");
	socket = new WebSocket(getBaseURL() + "/ws");
	socket.onopen = function() {
		setText("connected. waiting for timer...");
	}
	socket.onmessage = function(message) {	
		setText(message.data);
	}
	socket.onclose = function() {
		setText("connection closed.");
	}
	socket.onerror = function() {
		setText("Error!");
	}
}

function closeConnection()
{
	socket.close();
	setText("closed.");
}

function setText(text)
{
	document.getElementById("timer").innerHTML = text;
}

function getBaseURL()
{
	var href = window.location.href.substring(7); // strip "http://"
	var idx = href.indexOf("/");
	return "ws://" + href.substring(0, idx);
}
vibe.d-0.7.30/examples/websocket/source/000077500000000000000000000000001304441332000200465ustar00rootroot00000000000000vibe.d-0.7.30/examples/websocket/source/app.d000066400000000000000000000016511304441332000207760ustar00rootroot00000000000000import vibe.core.core : sleep;
import vibe.core.log;
import vibe.http.fileserver : serveStaticFiles;
import vibe.http.router : URLRouter;
import vibe.http.server;
import vibe.http.websockets : WebSocket, handleWebSockets;

import core.time;
import std.conv : to;


shared static this()
{
	auto router = new URLRouter;
	router.get("/", staticRedirect("/index.html"));
	router.get("/ws", handleWebSockets(&handleWebSocketConnection));
	router.get("*", serveStaticFiles("public/"));

	auto settings = new HTTPServerSettings;
	settings.port = 8080;
	settings.bindAddresses = ["::1", "127.0.0.1"];
	listenHTTP(settings, router);
}

void handleWebSocketConnection(scope WebSocket socket)
{
	int counter = 0;
	logInfo("Got new web socket connection.");
	while (true) {
		sleep(1.seconds);
		if (!socket.connected) break;
		counter++;
		logInfo("Sending '%s'.", counter);
		socket.send(counter.to!string);
	}
	logInfo("Client disconnected.");
}
vibe.d-0.7.30/lib/000077500000000000000000000000001304441332000135105ustar00rootroot00000000000000vibe.d-0.7.30/lib/win-amd64/000077500000000000000000000000001304441332000152165ustar00rootroot00000000000000vibe.d-0.7.30/lib/win-amd64/libeay32.dll000066400000000000000000067450001304441332000173410ustar00rootroot00000000000000MZ@	!L!This program cannot be run in DOS mode.

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DSA_generate_keyDSA_generate_parametersDSA_generate_parameters_exDSA_get_default_methodDSA_get_ex_dataDSA_get_ex_new_indexDSA_newDSA_new_methodDSA_printDSA_print_fpDSA_set_default_methodDSA_set_ex_dataDSA_set_methodDSA_signDSA_sign_setupDSA_sizeDSA_up_refDSA_verifyDSAparams_dupDSAparams_printDSAparams_print_fpDSO_METHOD_beosDSO_METHOD_dlDSO_METHOD_dlfcnDSO_METHOD_nullDSO_METHOD_opensslDSO_METHOD_vmsDSO_METHOD_win32DSO_bind_funcDSO_bind_varDSO_convert_filenameDSO_ctrlDSO_flagsDSO_freeDSO_get_default_methodDSO_get_filenameDSO_get_loaded_filenameDSO_get_methodDSO_global_lookupDSO_loadDSO_mergeDSO_newDSO_new_methodDSO_pathbyaddrDSO_set_default_methodDSO_set_filenameDSO_set_methodDSO_set_name_converterDSO_up_refECDH_OpenSSLECDH_compute_keyECDH_get_default_methodECDH_get_ex_dataECDH_get_ex_new_indexECDH_set_default_methodECDH_set_ex_dataECDH_set_methodECDSA_OpenSSLECDSA_SIG_freeECDSA_SIG_newECDSA_do_signECDSA_do_sign_exECDSA_do_verifyECDSA_get_default_methodECDSA_get_ex_dataECDSA_get_ex_new_indexECDSA_set_default_methodECDSA_set_ex_dataECDSA_set_methodECDSA_signECDSA_sign_exECDSA_sign_setupECDSA_sizeECDSA_verifyECPKParameters_printECPKParameters_print_fpECParameters_printECParameters_print_fpEC_GF2m_simple_methodEC_GFp_mont_methodEC_GFp_nist_methodEC_GFp_simple_methodEC_GROUP_checkEC_GROUP_check_discriminantEC_GROUP_clear_freeEC_GROUP_cmpEC_GROUP_copyEC_GROUP_dupEC_GROUP_freeEC_GROUP_get0_generatorEC_GROUP_get0_seedEC_GROUP_get_asn1_flagEC_GROUP_get_basis_typeEC_GROUP_get_cofactorEC_GROUP_get_curve_GF2mEC_GROUP_get_curve_GFpEC_GROUP_get_curve_nameEC_GROUP_get_degreeEC_GROUP_get_orderEC_GROUP_get_pentanomial_basisEC_GROUP_get_point_conversion_formEC_GROUP_get_seed_lenEC_GROUP_get_trinomial_basisEC_GROUP_have_precompute_multEC_GROUP_method_ofEC_GROUP_newEC_GROUP_new_by_curve_nameEC_GROUP_new_curve_GF2mEC_GROUP_new_curve_GFpEC_GROUP_precompute_multEC_GROUP_set_asn1_flagEC_GROUP_set_curve_GF2mEC_GROUP_set_curve_GFpEC_GROUP_set_curve_nameEC_GROUP_set_generatorEC_GROUP_set_point_conversion_formEC_GROUP_set_seedEC_KEY_check_keyEC_KEY_clear_flagsEC_KEY_copyEC_KEY_dupEC_KEY_freeEC_KEY_generate_keyEC_KEY_get0_groupEC_KEY_get0_private_keyEC_KEY_get0_public_keyEC_KEY_get_conv_formEC_KEY_get_enc_flagsEC_KEY_get_flagsEC_KEY_get_key_method_dataEC_KEY_insert_key_method_dataEC_KEY_newEC_KEY_new_by_curve_nameEC_KEY_precompute_multEC_KEY_printEC_KEY_print_fpEC_KEY_set_asn1_flagEC_KEY_set_conv_formEC_KEY_set_enc_flagsEC_KEY_set_flagsEC_KEY_set_groupEC_KEY_set_private_keyEC_KEY_set_public_keyEC_KEY_set_public_key_affine_coordinatesEC_KEY_up_refEC_METHOD_get_field_typeEC_POINT_addEC_POINT_bn2pointEC_POINT_clear_freeEC_POINT_cmpEC_POINT_copyEC_POINT_dblEC_POINT_dupEC_POINT_freeEC_POINT_get_Jprojective_coordinates_GFpEC_POINT_get_affine_coordinates_GF2mEC_POINT_get_affine_coordinates_GFpEC_POINT_hex2pointEC_POINT_invertEC_POINT_is_at_infinityEC_POINT_is_on_curveEC_POINT_make_affineEC_POINT_method_ofEC_POINT_mulEC_POINT_newEC_POINT_oct2pointEC_POINT_point2bnEC_POINT_point2hexEC_POINT_point2octEC_POINT_set_Jprojective_coordinates_GFpEC_POINT_set_affine_coordinates_GF2mEC_POINT_set_affine_coordinates_GFpEC_POINT_set_compressed_coordinates_GF2mEC_POINT_set_compressed_coordinates_GFpEC_POINT_set_to_infinityEC_POINTs_make_affineEC_POINTs_mulEC_get_builtin_curvesEDIPARTYNAME_freeEDIPARTYNAME_itEDIPARTYNAME_newENGINE_addENGINE_add_conf_moduleENGINE_by_idENGINE_cleanupENGINE_cmd_is_executableENGINE_ctrlENGINE_ctrl_cmdENGINE_ctrl_cmd_stringENGINE_finishENGINE_freeENGINE_get_DHENGINE_get_DSAENGINE_get_ECDHENGINE_get_ECDSAENGINE_get_RANDENGINE_get_RSAENGINE_get_STOREENGINE_get_cipherENGINE_get_cipher_engineENGINE_get_ciphersENGINE_get_cmd_defnsENGINE_get_ctrl_functionENGINE_get_default_DHENGINE_get_default_DSAENGINE_get_default_ECDHENGINE_get_default_ECDSAENGINE_get_default_RANDENGINE_get_default_RSAENGINE_get_destroy_functionENGINE_get_digestENGINE_get_digest_engineENGINE_get_digestsENGINE_get_ex_dataENGINE_get_ex_new_indexENGINE_get_finish_functionENGINE_get_firstENGINE_get_flagsENGINE_get_idENGINE_get_init_functionENGINE_get_lastENGINE_get_load_privkey_functionENGINE_get_load_pubkey_functionENGINE_get_nameENGINE_get_nextENGINE_get_pkey_asn1_methENGINE_get_pkey_asn1_meth_engineENGINE_get_pkey_asn1_meth_strENGINE_get_pkey_asn1_methsENGINE_get_pkey_methENGINE_get_pkey_meth_engineENGINE_get_pkey_methsENGINE_get_prevENGINE_get_ssl_client_cert_functionENGINE_get_static_stateENGINE_get_table_flagsENGINE_initENGINE_load_builtin_enginesENGINE_load_cryptodevENGINE_load_dynamicENGINE_load_opensslENGINE_load_private_keyENGINE_load_public_keyENGINE_load_rdrandENGINE_load_rsaxENGINE_load_ssl_client_certENGINE_newENGINE_pkey_asn1_find_strENGINE_register_DHENGINE_register_DSAENGINE_register_ECDHENGINE_register_ECDSAENGINE_register_RANDENGINE_register_RSAENGINE_register_STOREENGINE_register_all_DHENGINE_register_all_DSAENGINE_register_all_ECDHENGINE_register_all_ECDSAENGINE_register_all_RANDENGINE_register_all_RSAENGINE_register_all_STOREENGINE_register_all_ciphersENGINE_register_all_completeENGINE_register_all_digestsENGINE_register_all_pkey_asn1_methsENGINE_register_all_pkey_methsENGINE_register_ciphersENGINE_register_completeENGINE_register_digestsENGINE_register_pkey_asn1_methsENGINE_register_pkey_methsENGINE_removeENGINE_set_DHENGINE_set_DSAENGINE_set_ECDHENGINE_set_ECDSAENGINE_set_RANDENGINE_set_RSAENGINE_set_STOREENGINE_set_ciphersENGINE_set_cmd_defnsENGINE_set_ctrl_functionENGINE_set_defaultENGINE_set_default_DHENGINE_set_default_DSAENGINE_set_default_ECDHENGINE_set_default_ECDSAENGINE_set_default_RANDENGINE_set_default_RSAENGINE_set_default_ciphersENGINE_set_default_digestsENGINE_set_default_pkey_asn1_methsENGINE_set_default_pkey_methsENGINE_set_default_stringENGINE_set_destroy_functionENGINE_set_digestsENGINE_set_ex_dataENGINE_set_finish_functionENGINE_set_flagsENGINE_set_idENGINE_set_init_functionENGINE_set_load_privkey_functionENGINE_set_load_pubkey_functionENGINE_set_load_ssl_client_cert_functionENGINE_set_nameENGINE_set_pkey_asn1_methsENGINE_set_pkey_methsENGINE_set_table_flagsENGINE_unregister_DHENGINE_unregister_DSAENGINE_unregister_ECDHENGINE_unregister_ECDSAENGINE_unregister_RANDENGINE_unregister_RSAENGINE_unregister_STOREENGINE_unregister_ciphersENGINE_unregister_digestsENGINE_unregister_pkey_asn1_methsENGINE_unregister_pkey_methsENGINE_up_refERR_add_error_dataERR_add_error_vdataERR_clear_errorERR_error_stringERR_error_string_nERR_free_stringsERR_func_error_stringERR_get_err_state_tableERR_get_errorERR_get_error_lineERR_get_error_line_dataERR_get_implementationERR_get_next_error_libraryERR_get_stateERR_get_string_tableERR_lib_error_stringERR_load_ASN1_stringsERR_load_BIO_stringsERR_load_BN_stringsERR_load_BUF_stringsERR_load_CMS_stringsERR_load_COMP_stringsERR_load_CONF_stringsERR_load_CRYPTO_stringsERR_load_DH_stringsERR_load_DSA_stringsERR_load_DSO_stringsERR_load_ECDH_stringsERR_load_ECDSA_stringsERR_load_EC_stringsERR_load_ENGINE_stringsERR_load_ERR_stringsERR_load_EVP_stringsERR_load_OBJ_stringsERR_load_OCSP_stringsERR_load_PEM_stringsERR_load_PKCS12_stringsERR_load_PKCS7_stringsERR_load_RAND_stringsERR_load_RSA_stringsERR_load_TS_stringsERR_load_UI_stringsERR_load_X509V3_stringsERR_load_X509_stringsERR_load_crypto_stringsERR_load_stringsERR_peek_errorERR_peek_error_lineERR_peek_error_line_dataERR_peek_last_errorERR_peek_last_error_lineERR_peek_last_error_line_dataERR_pop_to_markERR_print_errorsERR_print_errors_cbERR_print_errors_fpERR_put_errorERR_reason_error_stringERR_release_err_state_tableERR_remove_stateERR_remove_thread_stateERR_set_error_dataERR_set_implementationERR_set_markERR_unload_stringsESS_CERT_ID_dupESS_CERT_ID_freeESS_CERT_ID_newESS_ISSUER_SERIAL_dupESS_ISSUER_SERIAL_freeESS_ISSUER_SERIAL_newESS_SIGNING_CERT_dupESS_SIGNING_CERT_freeESS_SIGNING_CERT_newEVP_BytesToKeyEVP_CIPHER_CTX_block_sizeEVP_CIPHER_CTX_cipherEVP_CIPHER_CTX_cleanupEVP_CIPHER_CTX_clear_flagsEVP_CIPHER_CTX_copyEVP_CIPHER_CTX_ctrlEVP_CIPHER_CTX_flagsEVP_CIPHER_CTX_freeEVP_CIPHER_CTX_get_app_dataEVP_CIPHER_CTX_initEVP_CIPHER_CTX_iv_lengthEVP_CIPHER_CTX_key_lengthEVP_CIPHER_CTX_newEVP_CIPHER_CTX_nidEVP_CIPHER_CTX_rand_keyEVP_CIPHER_CTX_set_app_dataEVP_CIPHER_CTX_set_flagsEVP_CIPHER_CTX_set_key_lengthEVP_CIPHER_CTX_set_paddingEVP_CIPHER_CTX_test_flagsEVP_CIPHER_asn1_to_paramEVP_CIPHER_block_sizeEVP_CIPHER_do_allEVP_CIPHER_do_all_sortedEVP_CIPHER_flagsEVP_CIPHER_get_asn1_ivEVP_CIPHER_iv_lengthEVP_CIPHER_key_lengthEVP_CIPHER_nidEVP_CIPHER_param_to_asn1EVP_CIPHER_set_asn1_ivEVP_CIPHER_typeEVP_CipherEVP_CipherFinalEVP_CipherFinal_exEVP_CipherInitEVP_CipherInit_exEVP_CipherUpdateEVP_DecodeBlockEVP_DecodeFinalEVP_DecodeInitEVP_DecodeUpdateEVP_DecryptFinalEVP_DecryptFinal_exEVP_DecryptInitEVP_DecryptInit_exEVP_DecryptUpdateEVP_DigestEVP_DigestFinalEVP_DigestFinal_exEVP_DigestInitEVP_DigestInit_exEVP_DigestSignFinalEVP_DigestSignInitEVP_DigestUpdateEVP_DigestVerifyFinalEVP_DigestVerifyInitEVP_EncodeBlockEVP_EncodeFinalEVP_EncodeInitEVP_EncodeUpdateEVP_EncryptFinalEVP_EncryptFinal_exEVP_EncryptInitEVP_EncryptInit_exEVP_EncryptUpdateEVP_MD_CTX_cleanupEVP_MD_CTX_clear_flagsEVP_MD_CTX_copyEVP_MD_CTX_copy_exEVP_MD_CTX_createEVP_MD_CTX_destroyEVP_MD_CTX_initEVP_MD_CTX_mdEVP_MD_CTX_set_flagsEVP_MD_CTX_test_flagsEVP_MD_block_sizeEVP_MD_do_allEVP_MD_do_all_sortedEVP_MD_flagsEVP_MD_pkey_typeEVP_MD_sizeEVP_MD_typeEVP_OpenFinalEVP_OpenInitEVP_PBE_CipherInitEVP_PBE_alg_addEVP_PBE_alg_add_typeEVP_PBE_cleanupEVP_PBE_findEVP_PKCS82PKEYEVP_PKEY2PKCS8EVP_PKEY2PKCS8_brokenEVP_PKEY_CTX_ctrlEVP_PKEY_CTX_ctrl_strEVP_PKEY_CTX_dupEVP_PKEY_CTX_freeEVP_PKEY_CTX_get0_peerkeyEVP_PKEY_CTX_get0_pkeyEVP_PKEY_CTX_get_app_dataEVP_PKEY_CTX_get_cbEVP_PKEY_CTX_get_dataEVP_PKEY_CTX_get_keygen_infoEVP_PKEY_CTX_get_operationEVP_PKEY_CTX_newEVP_PKEY_CTX_new_idEVP_PKEY_CTX_set0_keygen_infoEVP_PKEY_CTX_set_app_dataEVP_PKEY_CTX_set_cbEVP_PKEY_CTX_set_dataEVP_PKEY_add1_attrEVP_PKEY_add1_attr_by_NIDEVP_PKEY_add1_attr_by_OBJEVP_PKEY_add1_attr_by_txtEVP_PKEY_asn1_add0EVP_PKEY_asn1_add_aliasEVP_PKEY_asn1_copyEVP_PKEY_asn1_findEVP_PKEY_asn1_find_strEVP_PKEY_asn1_freeEVP_PKEY_asn1_get0EVP_PKEY_asn1_get0_infoEVP_PKEY_asn1_get_countEVP_PKEY_asn1_newEVP_PKEY_asn1_set_ctrlEVP_PKEY_asn1_set_freeEVP_PKEY_asn1_set_paramEVP_PKEY_asn1_set_privateEVP_PKEY_asn1_set_publicEVP_PKEY_assignEVP_PKEY_base_idEVP_PKEY_bitsEVP_PKEY_cmpEVP_PKEY_cmp_parametersEVP_PKEY_copy_parametersEVP_PKEY_decryptEVP_PKEY_decrypt_initEVP_PKEY_decrypt_oldEVP_PKEY_delete_attrEVP_PKEY_deriveEVP_PKEY_derive_initEVP_PKEY_derive_set_peerEVP_PKEY_encryptEVP_PKEY_encrypt_initEVP_PKEY_encrypt_oldEVP_PKEY_freeEVP_PKEY_get0EVP_PKEY_get0_asn1EVP_PKEY_get1_DHEVP_PKEY_get1_DSAEVP_PKEY_get1_EC_KEYEVP_PKEY_get1_RSAEVP_PKEY_get_attrEVP_PKEY_get_attr_by_NIDEVP_PKEY_get_attr_by_OBJEVP_PKEY_get_attr_countEVP_PKEY_get_default_digest_nidEVP_PKEY_idEVP_PKEY_keygenEVP_PKEY_keygen_initEVP_PKEY_meth_add0EVP_PKEY_meth_copyEVP_PKEY_meth_findEVP_PKEY_meth_freeEVP_PKEY_meth_get0_infoEVP_PKEY_meth_newEVP_PKEY_meth_set_cleanupEVP_PKEY_meth_set_copyEVP_PKEY_meth_set_ctrlEVP_PKEY_meth_set_decryptEVP_PKEY_meth_set_deriveEVP_PKEY_meth_set_encryptEVP_PKEY_meth_set_initEVP_PKEY_meth_set_keygenEVP_PKEY_meth_set_paramgenEVP_PKEY_meth_set_signEVP_PKEY_meth_set_signctxEVP_PKEY_meth_set_verifyEVP_PKEY_meth_set_verify_recoverEVP_PKEY_meth_set_verifyctxEVP_PKEY_missing_parametersEVP_PKEY_newEVP_PKEY_new_mac_keyEVP_PKEY_paramgenEVP_PKEY_paramgen_initEVP_PKEY_print_paramsEVP_PKEY_print_privateEVP_PKEY_print_publicEVP_PKEY_save_parametersEVP_PKEY_set1_DHEVP_PKEY_set1_DSAEVP_PKEY_set1_EC_KEYEVP_PKEY_set1_RSAEVP_PKEY_set_typeEVP_PKEY_set_type_strEVP_PKEY_signEVP_PKEY_sign_initEVP_PKEY_sizeEVP_PKEY_typeEVP_PKEY_verifyEVP_PKEY_verify_initEVP_PKEY_verify_recoverEVP_PKEY_verify_recover_initEVP_SealFinalEVP_SealInitEVP_SignFinalEVP_VerifyFinalEVP_add_alg_moduleEVP_add_cipherEVP_add_digestEVP_aes_128_cbcEVP_aes_128_cbc_hmac_sha1EVP_aes_128_ccmEVP_aes_128_cfb1EVP_aes_128_cfb128EVP_aes_128_cfb8EVP_aes_128_ctrEVP_aes_128_ecbEVP_aes_128_gcmEVP_aes_128_ofbEVP_aes_128_xtsEVP_aes_192_cbcEVP_aes_192_ccmEVP_aes_192_cfb1EVP_aes_192_cfb128EVP_aes_192_cfb8EVP_aes_192_ctrEVP_aes_192_ecbEVP_aes_192_gcmEVP_aes_192_ofbEVP_aes_256_cbcEVP_aes_256_cbc_hmac_sha1EVP_aes_256_ccmEVP_aes_256_cfb1EVP_aes_256_cfb128EVP_aes_256_cfb8EVP_aes_256_ctrEVP_aes_256_ecbEVP_aes_256_gcmEVP_aes_256_ofbEVP_aes_256_xtsEVP_bf_cbcEVP_bf_cfb64EVP_bf_ecbEVP_bf_ofbEVP_camellia_128_cbcEVP_camellia_128_cfb1EVP_camellia_128_cfb128EVP_camellia_128_cfb8EVP_camellia_128_ecbEVP_camellia_128_ofbEVP_camellia_192_cbcEVP_camellia_192_cfb1EVP_camellia_192_cfb128EVP_camellia_192_cfb8EVP_camellia_192_ecbEVP_camellia_192_ofbEVP_camellia_256_cbcEVP_camellia_256_cfb1EVP_camellia_256_cfb128EVP_camellia_256_cfb8EVP_camellia_256_ecbEVP_camellia_256_ofbEVP_cast5_cbcEVP_cast5_cfb64EVP_cast5_ecbEVP_cast5_ofbEVP_cleanupEVP_des_cbcEVP_des_cfb1EVP_des_cfb64EVP_des_cfb8EVP_des_ecbEVP_des_edeEVP_des_ede3EVP_des_ede3_cbcEVP_des_ede3_cfb1EVP_des_ede3_cfb64EVP_des_ede3_cfb8EVP_des_ede3_ecbEVP_des_ede3_ofbEVP_des_ede_cbcEVP_des_ede_cfb64EVP_des_ede_ecbEVP_des_ede_ofbEVP_des_ofbEVP_desx_cbcEVP_dssEVP_dss1EVP_ecdsaEVP_enc_nullEVP_get_cipherbynameEVP_get_digestbynameEVP_get_pw_promptEVP_idea_cbcEVP_idea_cfb64EVP_idea_ecbEVP_idea_ofbEVP_md4EVP_md5EVP_md_nullEVP_mdc2EVP_rc2_40_cbcEVP_rc2_64_cbcEVP_rc2_cbcEVP_rc2_cfb64EVP_rc2_ecbEVP_rc2_ofbEVP_rc4EVP_rc4_40EVP_rc4_hmac_md5EVP_read_pw_stringEVP_read_pw_string_minEVP_ripemd160EVP_seed_cbcEVP_seed_cfb128EVP_seed_ecbEVP_seed_ofbEVP_set_pw_promptEVP_shaEVP_sha1EVP_sha224EVP_sha256EVP_sha384EVP_sha512EVP_whirlpoolEXTENDED_KEY_USAGE_freeEXTENDED_KEY_USAGE_itEXTENDED_KEY_USAGE_newFIPS_modeFIPS_mode_setGENERAL_NAMES_freeGENERAL_NAMES_itGENERAL_NAMES_newGENERAL_NAME_cmpGENERAL_NAME_dupGENERAL_NAME_freeGENERAL_NAME_get0_otherNameGENERAL_NAME_get0_valueGENERAL_NAME_itGENERAL_NAME_newGENERAL_NAME_printGENERAL_NAME_set0_othernameGENERAL_NAME_set0_valueGENERAL_SUBTREE_freeGENERAL_SUBTREE_itGENERAL_SUBTREE_newHMACHMAC_CTX_cleanupHMAC_CTX_copyHMAC_CTX_initHMAC_CTX_set_flagsHMAC_FinalHMAC_InitHMAC_Init_exHMAC_UpdateISSUING_DIST_POINT_freeISSUING_DIST_POINT_itISSUING_DIST_POINT_newKRB5_APREQBODY_freeKRB5_APREQBODY_itKRB5_APREQBODY_newKRB5_APREQ_freeKRB5_APREQ_itKRB5_APREQ_newKRB5_AUTHDATA_freeKRB5_AUTHDATA_itKRB5_AUTHDATA_newKRB5_AUTHENTBODY_freeKRB5_AUTHENTBODY_itKRB5_AUTHENTBODY_newKRB5_AUTHENT_freeKRB5_AUTHENT_itKRB5_AUTHENT_newKRB5_CHECKSUM_freeKRB5_CHECKSUM_itKRB5_CHECKSUM_newKRB5_ENCDATA_freeKRB5_ENCDATA_itKRB5_ENCDATA_newKRB5_ENCKEY_freeKRB5_ENCKEY_itKRB5_ENCKEY_newKRB5_PRINCNAME_freeKRB5_PRINCNAME_itKRB5_PRINCNAME_newKRB5_TICKET_freeKRB5_TICKET_itKRB5_TICKET_newKRB5_TKTBODY_freeKRB5_TKTBODY_itKRB5_TKTBODY_newLONG_itMD4MD4_FinalMD4_InitMD4_TransformMD4_UpdateMD5MD5_FinalMD5_InitMD5_TransformMD5_UpdateMDC2MDC2_FinalMDC2_InitMDC2_UpdateNAME_CONSTRAINTS_checkNAME_CONSTRAINTS_freeNAME_CONSTRAINTS_itNAME_CONSTRAINTS_newNCONF_WIN32NCONF_defaultNCONF_dump_bioNCONF_dump_fpNCONF_freeNCONF_free_dataNCONF_get_number_eNCONF_get_sectionNCONF_get_stringNCONF_loadNCONF_load_bioNCONF_load_fpNCONF_newNETSCAPE_CERT_SEQUENCE_freeNETSCAPE_CERT_SEQUENCE_itNETSCAPE_CERT_SEQUENCE_newNETSCAPE_SPKAC_freeNETSCAPE_SPKAC_itNETSCAPE_SPKAC_newNETSCAPE_SPKI_b64_decodeNETSCAPE_SPKI_b64_encodeNETSCAPE_SPKI_freeNETSCAPE_SPKI_get_pubkeyNETSCAPE_SPKI_itNETSCAPE_SPKI_newNETSCAPE_SPKI_printNETSCAPE_SPKI_set_pubkeyNETSCAPE_SPKI_signNETSCAPE_SPKI_verifyNETSCAPE_X509_freeNETSCAPE_X509_itNETSCAPE_X509_newNOTICEREF_freeNOTICEREF_itNOTICEREF_newOBJ_NAME_addOBJ_NAME_cleanupOBJ_NAME_do_allOBJ_NAME_do_all_sortedOBJ_NAME_getOBJ_NAME_initOBJ_NAME_new_indexOBJ_NAME_removeOBJ_add_objectOBJ_add_sigidOBJ_bsearch_OBJ_bsearch_ex_OBJ_cleanupOBJ_cmpOBJ_createOBJ_create_objectsOBJ_dupOBJ_find_sigid_algsOBJ_find_sigid_by_algsOBJ_ln2nidOBJ_new_nidOBJ_nid2lnOBJ_nid2objOBJ_nid2snOBJ_obj2nidOBJ_obj2txtOBJ_sigid_freeOBJ_sn2nidOBJ_txt2nidOBJ_txt2objOCSP_BASICRESP_add1_ext_i2dOCSP_BASICRESP_add_extOCSP_BASICRESP_delete_extOCSP_BASICRESP_freeOCSP_BASICRESP_get1_ext_d2iOCSP_BASICRESP_get_extOCSP_BASICRESP_get_ext_by_NIDOCSP_BASICRESP_get_ext_by_OBJOCSP_BASICRESP_get_ext_by_criticalOCSP_BASICRESP_get_ext_countOCSP_BASICRESP_itOCSP_BASICRESP_newOCSP_CERTID_dupOCSP_CERTID_freeOCSP_CERTID_itOCSP_CERTID_newOCSP_CERTSTATUS_freeOCSP_CERTSTATUS_itOCSP_CERTSTATUS_newOCSP_CRLID_freeOCSP_CRLID_itOCSP_CRLID_newOCSP_ONEREQ_add1_ext_i2dOCSP_ONEREQ_add_extOCSP_ONEREQ_delete_extOCSP_ONEREQ_freeOCSP_ONEREQ_get1_ext_d2iOCSP_ONEREQ_get_extOCSP_ONEREQ_get_ext_by_NIDOCSP_ONEREQ_get_ext_by_OBJOCSP_ONEREQ_get_ext_by_criticalOCSP_ONEREQ_get_ext_countOCSP_ONEREQ_itOCSP_ONEREQ_newOCSP_REQINFO_freeOCSP_REQINFO_itOCSP_REQINFO_newOCSP_REQUEST_add1_ext_i2dOCSP_REQUEST_add_extOCSP_REQUEST_delete_extOCSP_REQUEST_freeOCSP_REQUEST_get1_ext_d2iOCSP_REQUEST_get_extOCSP_REQUEST_get_ext_by_NIDOCSP_REQUEST_get_ext_by_OBJOCSP_REQUEST_get_ext_by_criticalOCSP_REQUEST_get_ext_countOCSP_REQUEST_itOCSP_REQUEST_newOCSP_REQUEST_printOCSP_REQ_CTX_add1_headerOCSP_REQ_CTX_freeOCSP_REQ_CTX_set1_reqOCSP_RESPBYTES_freeOCSP_RESPBYTES_itOCSP_RESPBYTES_newOCSP_RESPDATA_freeOCSP_RESPDATA_itOCSP_RESPDATA_newOCSP_RESPID_freeOCSP_RESPID_itOCSP_RESPID_newOCSP_RESPONSE_freeOCSP_RESPONSE_itOCSP_RESPONSE_newOCSP_RESPONSE_printOCSP_REVOKEDINFO_freeOCSP_REVOKEDINFO_itOCSP_REVOKEDINFO_newOCSP_SERVICELOC_freeOCSP_SERVICELOC_itOCSP_SERVICELOC_newOCSP_SIGNATURE_freeOCSP_SIGNATURE_itOCSP_SIGNATURE_newOCSP_SINGLERESP_add1_ext_i2dOCSP_SINGLERESP_add_extOCSP_SINGLERESP_delete_extOCSP_SINGLERESP_freeOCSP_SINGLERESP_get1_ext_d2iOCSP_SINGLERESP_get_extOCSP_SINGLERESP_get_ext_by_NIDOCSP_SINGLERESP_get_ext_by_OBJOCSP_SINGLERESP_get_ext_by_criticalOCSP_SINGLERESP_get_ext_countOCSP_SINGLERESP_itOCSP_SINGLERESP_newOCSP_accept_responses_newOCSP_archive_cutoff_newOCSP_basic_add1_certOCSP_basic_add1_nonceOCSP_basic_add1_statusOCSP_basic_signOCSP_basic_verifyOCSP_cert_id_newOCSP_cert_status_strOCSP_cert_to_idOCSP_check_nonceOCSP_check_validityOCSP_copy_nonceOCSP_crlID_newOCSP_crl_reason_strOCSP_id_cmpOCSP_id_get0_infoOCSP_id_issuer_cmpOCSP_onereq_get0_idOCSP_parse_urlOCSP_request_add0_idOCSP_request_add1_certOCSP_request_add1_nonceOCSP_request_is_signedOCSP_request_onereq_countOCSP_request_onereq_get0OCSP_request_set1_nameOCSP_request_signOCSP_request_verifyOCSP_resp_countOCSP_resp_findOCSP_resp_find_statusOCSP_resp_get0OCSP_response_createOCSP_response_get1_basicOCSP_response_statusOCSP_response_status_strOCSP_sendreq_bioOCSP_sendreq_nbioOCSP_sendreq_newOCSP_single_get0_statusOCSP_url_svcloc_newOPENSSL_DIR_endOPENSSL_DIR_readOPENSSL_add_all_algorithms_confOPENSSL_add_all_algorithms_noconfOPENSSL_asc2uniOPENSSL_cleanseOPENSSL_configOPENSSL_cpuid_setupOPENSSL_gmtimeOPENSSL_gmtime_adjOPENSSL_ia32cap_locOPENSSL_initOPENSSL_isserviceOPENSSL_issetugidOPENSSL_load_builtin_modulesOPENSSL_memcmpOPENSSL_no_configOPENSSL_showfatalOPENSSL_stderrOPENSSL_strcasecmpOPENSSL_strncasecmpOPENSSL_uni2ascOSSL_DES_versionOSSL_libdes_versionOTHERNAME_cmpOTHERNAME_freeOTHERNAME_itOTHERNAME_newOpenSSLDieOpenSSL_add_all_ciphersOpenSSL_add_all_digestsPBE2PARAM_freePBE2PARAM_itPBE2PARAM_newPBEPARAM_freePBEPARAM_itPBEPARAM_newPBKDF2PARAM_freePBKDF2PARAM_itPBKDF2PARAM_newPEM_ASN1_readPEM_ASN1_read_bioPEM_ASN1_writePEM_ASN1_write_bioPEM_SealFinalPEM_SealInitPEM_SealUpdatePEM_SignFinalPEM_SignInitPEM_SignUpdatePEM_X509_INFO_readPEM_X509_INFO_read_bioPEM_X509_INFO_write_bioPEM_bytes_read_bioPEM_def_callbackPEM_dek_infoPEM_do_headerPEM_get_EVP_CIPHER_INFOPEM_proc_typePEM_readPEM_read_CMSPEM_read_DHparamsPEM_read_DSAPrivateKeyPEM_read_DSA_PUBKEYPEM_read_DSAparamsPEM_read_ECPKParametersPEM_read_ECPrivateKeyPEM_read_EC_PUBKEYPEM_read_NETSCAPE_CERT_SEQUENCEPEM_read_PKCS7PEM_read_PKCS8PEM_read_PKCS8_PRIV_KEY_INFOPEM_read_PUBKEYPEM_read_PrivateKeyPEM_read_RSAPrivateKeyPEM_read_RSAPublicKeyPEM_read_RSA_PUBKEYPEM_read_X509PEM_read_X509_AUXPEM_read_X509_CERT_PAIRPEM_read_X509_CRLPEM_read_X509_REQPEM_read_bioPEM_read_bio_CMSPEM_read_bio_DHparamsPEM_read_bio_DSAPrivateKeyPEM_read_bio_DSA_PUBKEYPEM_read_bio_DSAparamsPEM_read_bio_ECPKParametersPEM_read_bio_ECPrivateKeyPEM_read_bio_EC_PUBKEYPEM_read_bio_NETSCAPE_CERT_SEQUENCEPEM_read_bio_PKCS7PEM_read_bio_PKCS8PEM_read_bio_PKCS8_PRIV_KEY_INFOPEM_read_bio_PUBKEYPEM_read_bio_ParametersPEM_read_bio_PrivateKeyPEM_read_bio_RSAPrivateKeyPEM_read_bio_RSAPublicKeyPEM_read_bio_RSA_PUBKEYPEM_read_bio_X509PEM_read_bio_X509_AUXPEM_read_bio_X509_CERT_PAIRPEM_read_bio_X509_CRLPEM_read_bio_X509_REQPEM_writePEM_write_CMSPEM_write_DHparamsPEM_write_DSAPrivateKeyPEM_write_DSA_PUBKEYPEM_write_DSAparamsPEM_write_ECPKParametersPEM_write_ECPrivateKeyPEM_write_EC_PUBKEYPEM_write_NETSCAPE_CERT_SEQUENCEPEM_write_PKCS7PEM_write_PKCS8PEM_write_PKCS8PrivateKeyPEM_write_PKCS8PrivateKey_nidPEM_write_PKCS8_PRIV_KEY_INFOPEM_write_PUBKEYPEM_write_PrivateKeyPEM_write_RSAPrivateKeyPEM_write_RSAPublicKeyPEM_write_RSA_PUBKEYPEM_write_X509PEM_write_X509_AUXPEM_write_X509_CERT_PAIRPEM_write_X509_CRLPEM_write_X509_REQPEM_write_X509_REQ_NEWPEM_write_bioPEM_write_bio_ASN1_streamPEM_write_bio_CMSPEM_write_bio_CMS_streamPEM_write_bio_DHparamsPEM_write_bio_DSAPrivateKeyPEM_write_bio_DSA_PUBKEYPEM_write_bio_DSAparamsPEM_write_bio_ECPKParametersPEM_write_bio_ECPrivateKeyPEM_write_bio_EC_PUBKEYPEM_write_bio_NETSCAPE_CERT_SEQUENCEPEM_write_bio_PKCS7PEM_write_bio_PKCS7_streamPEM_write_bio_PKCS8PEM_write_bio_PKCS8PrivateKeyPEM_write_bio_PKCS8PrivateKey_nidPEM_write_bio_PKCS8_PRIV_KEY_INFOPEM_write_bio_PUBKEYPEM_write_bio_ParametersPEM_write_bio_PrivateKeyPEM_write_bio_RSAPrivateKeyPEM_write_bio_RSAPublicKeyPEM_write_bio_RSA_PUBKEYPEM_write_bio_X509PEM_write_bio_X509_AUXPEM_write_bio_X509_CERT_PAIRPEM_write_bio_X509_CRLPEM_write_bio_X509_REQPEM_write_bio_X509_REQ_NEWPKCS12_AUTHSAFES_itPKCS12_BAGS_freePKCS12_BAGS_itPKCS12_BAGS_newPKCS12_MAC_DATA_freePKCS12_MAC_DATA_itPKCS12_MAC_DATA_newPKCS12_MAKE_KEYBAGPKCS12_MAKE_SHKEYBAGPKCS12_PBE_addPKCS12_PBE_keyivgenPKCS12_SAFEBAGS_itPKCS12_SAFEBAG_freePKCS12_SAFEBAG_itPKCS12_SAFEBAG_newPKCS12_add_CSPName_ascPKCS12_add_certPKCS12_add_friendlyname_ascPKCS12_add_friendlyname_uniPKCS12_add_keyPKCS12_add_localkeyidPKCS12_add_safePKCS12_add_safesPKCS12_certbag2x509PKCS12_certbag2x509crlPKCS12_createPKCS12_decrypt_skeyPKCS12_freePKCS12_gen_macPKCS12_get_attr_genPKCS12_get_friendlynamePKCS12_initPKCS12_itPKCS12_item_decrypt_d2iPKCS12_item_i2d_encryptPKCS12_item_pack_safebagPKCS12_key_gen_ascPKCS12_key_gen_uniPKCS12_newPKCS12_newpassPKCS12_pack_authsafesPKCS12_pack_p7dataPKCS12_pack_p7encdataPKCS12_parsePKCS12_pbe_cryptPKCS12_set_macPKCS12_setup_macPKCS12_unpack_authsafesPKCS12_unpack_p7dataPKCS12_unpack_p7encdataPKCS12_verify_macPKCS12_x5092certbagPKCS12_x509crl2certbagPKCS1_MGF1PKCS5_PBE_addPKCS5_PBE_keyivgenPKCS5_PBKDF2_HMACPKCS5_PBKDF2_HMAC_SHA1PKCS5_pbe2_setPKCS5_pbe2_set_ivPKCS5_pbe_setPKCS5_pbe_set0_algorPKCS5_pbkdf2_setPKCS5_v2_PBE_keyivgenPKCS7_ATTR_SIGN_itPKCS7_ATTR_VERIFY_itPKCS7_DIGEST_freePKCS7_DIGEST_itPKCS7_DIGEST_newPKCS7_ENCRYPT_freePKCS7_ENCRYPT_itPKCS7_ENCRYPT_newPKCS7_ENC_CONTENT_freePKCS7_ENC_CONTENT_itPKCS7_ENC_CONTENT_newPKCS7_ENVELOPE_freePKCS7_ENVELOPE_itPKCS7_ENVELOPE_newPKCS7_ISSUER_AND_SERIAL_digestPKCS7_ISSUER_AND_SERIAL_freePKCS7_ISSUER_AND_SERIAL_itPKCS7_ISSUER_AND_SERIAL_newPKCS7_RECIP_INFO_freePKCS7_RECIP_INFO_get0_algPKCS7_RECIP_INFO_itPKCS7_RECIP_INFO_newPKCS7_RECIP_INFO_setPKCS7_SIGNED_freePKCS7_SIGNED_itPKCS7_SIGNED_newPKCS7_SIGNER_INFO_freePKCS7_SIGNER_INFO_get0_algsPKCS7_SIGNER_INFO_itPKCS7_SIGNER_INFO_newPKCS7_SIGNER_INFO_setPKCS7_SIGNER_INFO_signPKCS7_SIGN_ENVELOPE_freePKCS7_SIGN_ENVELOPE_itPKCS7_SIGN_ENVELOPE_newPKCS7_add0_attrib_signing_timePKCS7_add1_attrib_digestPKCS7_add_attrib_content_typePKCS7_add_attrib_smimecapPKCS7_add_attributePKCS7_add_certificatePKCS7_add_crlPKCS7_add_recipientPKCS7_add_recipient_infoPKCS7_add_signaturePKCS7_add_signed_attributePKCS7_add_signerPKCS7_cert_from_signer_infoPKCS7_content_newPKCS7_ctrlPKCS7_dataDecodePKCS7_dataFinalPKCS7_dataInitPKCS7_dataVerifyPKCS7_decryptPKCS7_digest_from_attributesPKCS7_dupPKCS7_encryptPKCS7_finalPKCS7_freePKCS7_get0_signersPKCS7_get_attributePKCS7_get_issuer_and_serialPKCS7_get_signed_attributePKCS7_get_signer_infoPKCS7_get_smimecapPKCS7_itPKCS7_newPKCS7_print_ctxPKCS7_set0_type_otherPKCS7_set_attributesPKCS7_set_cipherPKCS7_set_contentPKCS7_set_digestPKCS7_set_signed_attributesPKCS7_set_typePKCS7_signPKCS7_sign_add_signerPKCS7_signatureVerifyPKCS7_simple_smimecapPKCS7_streamPKCS7_to_TS_TST_INFOPKCS7_verifyPKCS8_PRIV_KEY_INFO_freePKCS8_PRIV_KEY_INFO_itPKCS8_PRIV_KEY_INFO_newPKCS8_add_keyusagePKCS8_decryptPKCS8_encryptPKCS8_pkey_get0PKCS8_pkey_set0PKCS8_set_brokenPKEY_USAGE_PERIOD_freePKEY_USAGE_PERIOD_itPKEY_USAGE_PERIOD_newPOLICYINFO_freePOLICYINFO_itPOLICYINFO_newPOLICYQUALINFO_freePOLICYQUALINFO_itPOLICYQUALINFO_newPOLICY_CONSTRAINTS_freePOLICY_CONSTRAINTS_itPOLICY_CONSTRAINTS_newPOLICY_MAPPINGS_itPOLICY_MAPPING_freePOLICY_MAPPING_itPOLICY_MAPPING_newPROXY_CERT_INFO_EXTENSION_freePROXY_CERT_INFO_EXTENSION_itPROXY_CERT_INFO_EXTENSION_newPROXY_POLICY_freePROXY_POLICY_itPROXY_POLICY_newRAND_SSLeayRAND_addRAND_bytesRAND_cleanupRAND_egdRAND_egd_bytesRAND_eventRAND_file_nameRAND_get_rand_methodRAND_load_fileRAND_pollRAND_pseudo_bytesRAND_query_egd_bytesRAND_screenRAND_seedRAND_set_rand_engineRAND_set_rand_methodRAND_statusRAND_write_fileRC2_cbc_encryptRC2_cfb64_encryptRC2_decryptRC2_ecb_encryptRC2_encryptRC2_ofb64_encryptRC2_set_keyRC4RC4_optionsRC4_set_keyRIPEMD160RIPEMD160_FinalRIPEMD160_InitRIPEMD160_TransformRIPEMD160_UpdateRSAPrivateKey_dupRSAPrivateKey_itRSAPublicKey_dupRSAPublicKey_itRSA_PKCS1_SSLeayRSA_PSS_PARAMS_freeRSA_PSS_PARAMS_itRSA_PSS_PARAMS_newRSA_X931_hash_idRSA_blinding_offRSA_blinding_onRSA_check_keyRSA_flagsRSA_freeRSA_generate_keyRSA_generate_key_exRSA_get_default_methodRSA_get_ex_dataRSA_get_ex_new_indexRSA_get_methodRSA_memory_lockRSA_newRSA_new_methodRSA_null_methodRSA_padding_add_PKCS1_OAEPRSA_padding_add_PKCS1_PSSRSA_padding_add_PKCS1_PSS_mgf1RSA_padding_add_PKCS1_type_1RSA_padding_add_PKCS1_type_2RSA_padding_add_SSLv23RSA_padding_add_X931RSA_padding_add_noneRSA_padding_check_PKCS1_OAEPRSA_padding_check_PKCS1_type_1RSA_padding_check_PKCS1_type_2RSA_padding_check_SSLv23RSA_padding_check_X931RSA_padding_check_noneRSA_printRSA_print_fpRSA_private_decryptRSA_private_encryptRSA_public_decryptRSA_public_encryptRSA_set_default_methodRSA_set_ex_dataRSA_set_methodRSA_setup_blindingRSA_signRSA_sign_ASN1_OCTET_STRINGRSA_sizeRSA_up_refRSA_verifyRSA_verify_ASN1_OCTET_STRINGRSA_verify_PKCS1_PSSRSA_verify_PKCS1_PSS_mgf1SEED_cbc_encryptSEED_cfb128_encryptSEED_decryptSEED_ecb_encryptSEED_encryptSEED_ofb128_encryptSEED_set_keySHASHA1SHA1_FinalSHA1_InitSHA1_TransformSHA1_UpdateSHA224SHA224_FinalSHA224_InitSHA224_UpdateSHA256SHA256_FinalSHA256_InitSHA256_TransformSHA256_UpdateSHA384SHA384_FinalSHA384_InitSHA384_UpdateSHA512SHA512_FinalSHA512_InitSHA512_TransformSHA512_UpdateSHA_FinalSHA_InitSHA_TransformSHA_UpdateSMIME_crlf_copySMIME_read_ASN1SMIME_read_CMSSMIME_read_PKCS7SMIME_textSMIME_write_ASN1SMIME_write_CMSSMIME_write_PKCS7SRP_Calc_ASRP_Calc_BSRP_Calc_client_keySRP_Calc_server_keySRP_Calc_uSRP_Calc_xSRP_VBASE_freeSRP_VBASE_get_by_userSRP_VBASE_initSRP_VBASE_newSRP_Verify_A_mod_NSRP_Verify_B_mod_NSRP_check_known_gN_paramSRP_create_verifierSRP_create_verifier_BNSRP_get_default_gNSSLeaySSLeay_versionSXNETID_freeSXNETID_itSXNETID_newSXNET_add_id_INTEGERSXNET_add_id_ascSXNET_add_id_ulongSXNET_freeSXNET_get_id_INTEGERSXNET_get_id_ascSXNET_get_id_ulongSXNET_itSXNET_newTS_ACCURACY_dupTS_ACCURACY_freeTS_ACCURACY_get_microsTS_ACCURACY_get_millisTS_ACCURACY_get_secondsTS_ACCURACY_newTS_ACCURACY_set_microsTS_ACCURACY_set_millisTS_ACCURACY_set_secondsTS_ASN1_INTEGER_print_bioTS_CONF_get_tsa_sectionTS_CONF_load_certTS_CONF_load_certsTS_CONF_load_keyTS_CONF_set_accuracyTS_CONF_set_certsTS_CONF_set_clock_precision_digitsTS_CONF_set_crypto_deviceTS_CONF_set_def_policyTS_CONF_set_default_engineTS_CONF_set_digestsTS_CONF_set_ess_cert_id_chainTS_CONF_set_orderingTS_CONF_set_policiesTS_CONF_set_serialTS_CONF_set_signer_certTS_CONF_set_signer_keyTS_CONF_set_tsa_nameTS_MSG_IMPRINT_dupTS_MSG_IMPRINT_freeTS_MSG_IMPRINT_get_algoTS_MSG_IMPRINT_get_msgTS_MSG_IMPRINT_newTS_MSG_IMPRINT_print_bioTS_MSG_IMPRINT_set_algoTS_MSG_IMPRINT_set_msgTS_OBJ_print_bioTS_REQ_add_extTS_REQ_delete_extTS_REQ_dupTS_REQ_ext_freeTS_REQ_freeTS_REQ_get_cert_reqTS_REQ_get_extTS_REQ_get_ext_by_NIDTS_REQ_get_ext_by_OBJTS_REQ_get_ext_by_criticalTS_REQ_get_ext_countTS_REQ_get_ext_d2iTS_REQ_get_extsTS_REQ_get_msg_imprintTS_REQ_get_nonceTS_REQ_get_policy_idTS_REQ_get_versionTS_REQ_newTS_REQ_print_bioTS_REQ_set_cert_reqTS_REQ_set_msg_imprintTS_REQ_set_nonceTS_REQ_set_policy_idTS_REQ_set_versionTS_REQ_to_TS_VERIFY_CTXTS_RESP_CTX_add_failure_infoTS_RESP_CTX_add_flagsTS_RESP_CTX_add_mdTS_RESP_CTX_add_policyTS_RESP_CTX_freeTS_RESP_CTX_get_requestTS_RESP_CTX_get_tst_infoTS_RESP_CTX_newTS_RESP_CTX_set_accuracyTS_RESP_CTX_set_certsTS_RESP_CTX_set_clock_precision_digitsTS_RESP_CTX_set_def_policyTS_RESP_CTX_set_extension_cbTS_RESP_CTX_set_serial_cbTS_RESP_CTX_set_signer_certTS_RESP_CTX_set_signer_keyTS_RESP_CTX_set_status_infoTS_RESP_CTX_set_status_info_condTS_RESP_CTX_set_time_cbTS_RESP_create_responseTS_RESP_dupTS_RESP_freeTS_RESP_get_status_infoTS_RESP_get_tokenTS_RESP_get_tst_infoTS_RESP_newTS_RESP_print_bioTS_RESP_set_status_infoTS_RESP_set_tst_infoTS_RESP_verify_responseTS_RESP_verify_signatureTS_RESP_verify_tokenTS_STATUS_INFO_dupTS_STATUS_INFO_freeTS_STATUS_INFO_newTS_STATUS_INFO_print_bioTS_TST_INFO_add_extTS_TST_INFO_delete_extTS_TST_INFO_dupTS_TST_INFO_ext_freeTS_TST_INFO_freeTS_TST_INFO_get_accuracyTS_TST_INFO_get_extTS_TST_INFO_get_ext_by_NIDTS_TST_INFO_get_ext_by_OBJTS_TST_INFO_get_ext_by_criticalTS_TST_INFO_get_ext_countTS_TST_INFO_get_ext_d2iTS_TST_INFO_get_extsTS_TST_INFO_get_msg_imprintTS_TST_INFO_get_nonceTS_TST_INFO_get_orderingTS_TST_INFO_get_policy_idTS_TST_INFO_get_serialTS_TST_INFO_get_timeTS_TST_INFO_get_tsaTS_TST_INFO_get_versionTS_TST_INFO_newTS_TST_INFO_print_bioTS_TST_INFO_set_accuracyTS_TST_INFO_set_msg_imprintTS_TST_INFO_set_nonceTS_TST_INFO_set_ordering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OPENSSL_Uplink(%p,%02X): unimplemented functionno host applicationOPENSSL_Applinkno OPENSSL_Applinkno ApplinkTable<>errex_datax509x509_infox509_pkeyx509_crlx509_reqdsarsaevp_pkeyx509_storessl_ctxssl_certssl_sessionssl_sess_certsslssl_methodrandrand2debug_mallocBIOgethostbynamegetservbynamereaddirRSA_blindingdhdebug_malloc2dsodynlockengineuiecdsaececdhbnec_pre_compstorecompfipsfips2.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.c.\crypto\cryptlib.cpointer != NULL.\crypto\cryptlib.cdynamicERROROPENSSL_ia32cap%I64i_OPENSSL_isserviceService-0xno stack?OPENSSLOpenSSL: FATAL%s(%d): OpenSSL internal error, assertion failed: %s
))).\crypto\mem.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c[%02d:%02d:%02d] %5lu file=%s, line=%d, thread=%lu, number=%d, address=%08lX
 thread=%lu, file=%s, line=%d, info=""
%ld bytes leaked in %d chunks
.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.c.\crypto\mem_dbg.cOpenSSL 1.0.1m 19 Mar 2015Thu Mar 19 23:23:02 2015compiler: cl  /MD /Ox -DOPENSSL_THREADS  -DDSO_WIN32 -W3 -Gs0 -Gy -nologo -DOPENSSL_SYSNAME_WIN32 -DWIN32_LEAN_AND_MEAN -DL_ENDIAN -DUNICODE -D_UNICODE -D_CRT_SECURE_NO_DEPRECATE -DOPENSSL_IA32_SSE2 -DOPENSSL_BN_ASM_MONT -DOPENSSL_BN_ASM_MONT5 -DOPENSSL_BN_ASM_GF2m -DSHA1_ASM -DSHA256_ASM -DSHA512_ASM -DMD5_ASM -DAES_ASM -DVPAES_ASM -DBSAES_ASM -DWHIRLPOOL_ASM -DGHASH_ASM -DOPENSSL_USE_APPLINK -I. -DOPENSSL_NO_RC5 -DOPENSSL_NO_MD2 -DOPENSSL_NO_KRB5 -DOPENSSL_NO_JPAKE -DOPENSSL_NO_STATIC_ENGINE    VC-WIN64AOPENSSLDIR: "/usr/local/ssl"not available0UU`V\]p`.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.cd.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.c.\crypto\ex_data.cCRYPTO_get_ex_new_indexCRYPTO_get_new_dynlockidCRYPTO_get_new_lockidCRYPTO_set_ex_dataDEF_ADD_INDEXDEF_GET_CLASSFIPS_mode_setINT_DUP_EX_DATAINT_FREE_EX_DATAINT_NEW_EX_DATA@0pHPh`Ⱦؾfips mode not supportedno dynlock create callbackedȿ/**.\crypto\o_fips.c8j <= (int)sizeof(ctx->key).\crypto\hmac\hmac.clen >= 0 && len <= (int)sizeof(ctx->key).\crypto\hmac\hmac.c.\crypto\hmac\hm_ameth.cHMACOpenSSL HMAC method.\crypto\hmac\hm_pmeth.ckeyhexkey.\crypto\cmac\cmac.cCMACOpenSSL CMAC methodkeycipherhexkeyidxcisc2intlongdes(%s,%s,%s,%s).\crypto\des\enc_read.c.\crypto\des\enc_read.c.\crypto\des\enc_read.c.\crypto\des\enc_writ.cidea(int)idea(short)blowfish(idx)aes(partial)in && out && key && ivec.\crypto\aes\aes_ige.c(AES_ENCRYPT == enc) || (AES_DECRYPT == enc).\crypto\aes\aes_ige.c(length % AES_BLOCK_SIZE) == 0.\crypto\aes\aes_ige.cin && out && key && ivec.\crypto\aes\aes_ige.c(AES_ENCRYPT == enc) || (AES_DECRYPT == enc).\crypto\aes\aes_ige.c(length % AES_BLOCK_SIZE) == 0.\crypto\aes\aes_ige.c.\crypto\modes\gcm128.c.\crypto\bn\bn_add.c.\crypto\bn\bn_div.c.\crypto\bn\bn_div.c.\crypto\bn\bn_exp.c.\crypto\bn\bn_exp.c.\crypto\bn\bn_exp.c.\crypto\bn\bn_exp.c.\crypto\bn\bn_exp.c.\crypto\bn\bn_exp.c.\crypto\bn\bn_exp.c.\crypto\bn\bn_exp.c.\crypto\bn\bn_lib.c.\crypto\bn\bn_lib.c.\crypto\bn\bn_lib.c.\crypto\bn\bn_lib.c.\crypto\bn\bn_lib.c.\crypto\bn\bn_lib.c.\crypto\bn\bn_ctx.c.\crypto\bn\bn_ctx.c.\crypto\bn\bn_ctx.c.\crypto\bn\bn_ctx.c.\crypto\bn\bn_ctx.c.\crypto\bn\bn_ctx.c.\crypto\bn\bn_mod.c.\crypto\bn\bn_print.c.\crypto\bn\bn_print.c.\crypto\bn\bn_print.c.\crypto\bn\bn_print.c.\crypto\bn\bn_print.c%llu%019llu-0bn(%d,%d).\crypto\bn\bn_rand.c.\crypto\bn\bn_rand.c.\crypto\bn\bn_rand.c.\crypto\bn\bn_rand.c.\crypto\bn\bn_rand.c.\crypto\bn\bn_blind.c.\crypto\bn\bn_blind.c.\crypto\bn\bn_blind.c.\crypto\bn\bn_blind.c.\crypto\bn\bn_blind.c.\crypto\bn\bn_blind.c.\crypto\bn\bn_sqrt.c.\crypto\bn\bn_sqrt.c.\crypto\bn\bn_sqrt.c.\crypto\bn\bn_sqrt.c.\crypto\bn\bn_sqrt.c.\crypto\bn\bn_sqrt.c.\crypto\bn\bn_gcd.c.\crypto\bn\bn_gcd.cBNRANDBN_BLINDING_convert_exBN_BLINDING_create_paramBN_BLINDING_invert_exBN_BLINDING_newBN_BLINDING_updateBN_bn2decBN_bn2hexBN_CTX_getBN_CTX_newBN_CTX_startBN_divBN_div_no_branchBN_div_recpBN_expbn_expand2BN_EXPAND_INTERNALBN_GF2m_modBN_GF2m_mod_expBN_GF2m_mod_mulBN_GF2m_mod_solve_quadBN_GF2m_mod_solve_quad_arrBN_GF2m_mod_sqrBN_GF2m_mod_sqrtBN_mod_exp2_montBN_mod_exp_montBN_mod_exp_mont_consttimeBN_mod_exp_mont_wordBN_mod_exp_recpBN_mod_exp_simpleBN_mod_inverseBN_mod_inverse_no_branchBN_mod_lshift_quickBN_mod_mul_reciprocalBN_mod_sqrtBN_mpi2bnBN_newBN_randBN_rand_rangeBN_usub@P`p 0@@P`px 0@P`p8H``xPp0HXd px0arg2 lt arg3bad reciprocalbignum too longcalled with even modulusdiv by zeroencoding errorexpand on static bignum datainput not reducedinvalid lengthinvalid rangenot a squarenot initializedno inverseno solutionp is not primetoo many iterationstoo many temporary variablesd e0r@fPgphinjsokltp(q8mP.\crypto\bn\bn_recp.c.\crypto\bn\bn_recp.c.\crypto\bn\bn_mont.c.\crypto\bn\bn_mont.c.\crypto\bn\bn_mont.c.\crypto\bn\bn_mont.c.\crypto\bn\bn_mont.c.\crypto\bn\bn_mpi.c.\crypto\bn\bn_mpi.c.\crypto\bn\bn_exp2.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.c.\crypto\bn\bn_gf2m.cEric Young's PKCS#1 RSA$P p(0...\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_eay.c.\crypto\rsa\rsa_gen.c.\crypto\rsa\rsa_gen.c.\crypto\rsa\rsa_lib.c.\crypto\rsa\rsa_lib.c.\crypto\rsa\rsa_lib.c.\crypto\rsa\rsa_lib.c.\crypto\rsa\rsa_lib.c.\crypto\rsa\rsa_lib.c.\crypto\rsa\rsa_lib.c.\crypto\rsa\rsa_lib.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.csignature has problems, re-make with post SSLeay045
.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_sign.c.\crypto\rsa\rsa_saos.c.\crypto\rsa\rsa_saos.c.\crypto\rsa\rsa_saos.c.\crypto\rsa\rsa_saos.c.\crypto\rsa\rsa_saos.c.\crypto\rsa\rsa_saos.c.\crypto\rsa\rsa_saos.cCHECK_PADDING_MDDO_RSA_PRINTINT_RSA_VERIFYMEMORY_LOCKOLD_RSA_PRIV_DECODEPKEY_RSA_CTRLPKEY_RSA_CTRL_STRPKEY_RSA_SIGNPKEY_RSA_VERIFYPKEY_RSA_VERIFYRECOVERRSA_BUILTIN_KEYGENRSA_check_keyRSA_EAY_PRIVATE_DECRYPTRSA_EAY_PRIVATE_ENCRYPTRSA_EAY_PUBLIC_DECRYPTRSA_EAY_PUBLIC_ENCRYPTRSA_generate_keyRSA_generate_key_exRSA_ITEM_VERIFYRSA_memory_lockRSA_new_methodRSA_NULLRSA_NULL_MOD_EXPRSA_NULL_PRIVATE_DECRYPTRSA_NULL_PRIVATE_ENCRYPTRSA_NULL_PUBLIC_DECRYPTRSA_NULL_PUBLIC_ENCRYPTRSA_padding_add_noneRSA_padding_add_PKCS1_OAEPRSA_padding_add_PKCS1_PSSRSA_padding_add_PKCS1_PSS_mgf1RSA_padding_add_PKCS1_type_1RSA_padding_add_PKCS1_type_2RSA_padding_add_SSLv23RSA_padding_add_X931RSA_padding_check_noneRSA_padding_check_PKCS1_OAEPRSA_padding_check_PKCS1_type_1RSA_padding_check_PKCS1_type_2RSA_padding_check_SSLv23RSA_padding_check_X931RSA_printRSA_print_fpRSA_private_decryptRSA_private_encryptRSA_PRIV_DECODERSA_PRIV_ENCODERSA_public_decryptRSA_public_encryptRSA_PUB_DECODERSA_setup_blindingRSA_signRSA_sign_ASN1_OCTET_STRINGRSA_verifyRSA_verify_ASN1_OCTET_STRINGRSA_verify_PKCS1_PSSRSA_verify_PKCS1_PSS_mgf1` 	x	@0			 8PH``px		 0@0PP`pp@	8Xp  08@H`	Xp	p		P`p0@`P	xalgorithm mismatchbad e valuebad fixed header decryptbad pad byte countbad signatureblock type is not 01block type is not 02data greater than mod lendata too largedata too large for key sizedata too large for modulusdata too smalldata too small for key sizedigest too big for rsa keydmp1 not congruent to ddmq1 not congruent to dd e not congruent to 1first octet invalidillegal or unsupported padding modeinvalid digest lengthinvalid headerinvalid keybitsinvalid message lengthinvalid mgf1 mdinvalid paddinginvalid padding modeinvalid pss parametersinvalid pss saltleninvalid salt lengthinvalid trailerinvalid x931 digestiqmp not inverse of qkey size too smalllast octet invalidmodulus too largenon fips rsa methodno public exponentnull before block missingn does not equal p qoaep decoding erroroperation not allowed in fips modeoperation not supported for this keytypepadding check failedpkcs decoding errorp not primeq not primersa operations not supportedsalt length check failedsalt length recovery failedsslv3 rollback attackthe asn1 object identifier is not known for this mdunknown algorithm typeunknown mask digestunknown padding typeunknown pss digestunsupported mask algorithmunsupported mask parameterunsupported signature typevalue missingwrong signature lengthd@eXfhghjklmn0oPz`p|}{(@P`x~ x8Pihqy(rXpst uXpvw(.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_pk1.c.\crypto\rsa\rsa_ssl.c.\crypto\rsa\rsa_ssl.c.\crypto\rsa\rsa_ssl.c.\crypto\rsa\rsa_ssl.c.\crypto\rsa\rsa_ssl.c.\crypto\rsa\rsa_ssl.c.\crypto\rsa\rsa_none.c.\crypto\rsa\rsa_none.c.\crypto\rsa\rsa_none.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_oaep.c.\crypto\rsa\rsa_chk.c.\crypto\rsa\rsa_chk.c.\crypto\rsa\rsa_chk.c.\crypto\rsa\rsa_chk.c.\crypto\rsa\rsa_chk.c.\crypto\rsa\rsa_chk.c.\crypto\rsa\rsa_chk.c.\crypto\rsa\rsa_chk.c.\crypto\rsa\rsa_chk.cNull RSA\`]\ ]`
`
.\crypto\rsa\rsa_null.c.\crypto\rsa\rsa_null.c.\crypto\rsa\rsa_null.c.\crypto\rsa\rsa_null.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_pss.c.\crypto\rsa\rsa_x931.c.\crypto\rsa\rsa_x931.c.\crypto\rsa\rsa_x931.c.\crypto\rsa\rsa_x931.c.\crypto\rsa\rsa_x931.cversionnedpqdmp1dmq1iqmpRSAneRSAhashAlgorithmmaskGenAlgorithmsaltLengthtrailerFieldRSA_PSS_PARAMS.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.cPrivate-Key: (%d bit)
modulus:publicExponent:Public-Key: (%d bit)
Modulus:Exponent:privateExponent:prime1:prime2:exponent1:exponent2:coefficient: (INVALID PSS PARAMETERS)

Hash Algorithm: sha1 (default)
Mask Algorithm:  with INVALIDmgf1 with sha1 (default)
Salt Length: 0x14 (default)
Trailer Field: 0xBC (default)

.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.c.\crypto\rsa\rsa_ameth.cRSAOpenSSL RSA method.\crypto\rsa\rsa_prn.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.c.\crypto\rsa\rsa_pmeth.crsa_padding_modepkcs1sslv23noneoeapoaepx931pss.\crypto\rsa\rsa_pmeth.crsa_pss_saltlenrsa_keygen_bitsrsa_keygen_pubexp.\crypto\rsa\rsa_crpt.c.\crypto\rsa\rsa_crpt.c.\crypto\rsa\rsa_crpt.c.\crypto\dsa\dsa_lib.c.\crypto\dsa\dsa_lib.c.\crypto\dsa\dsa_lib.c.\crypto\dsa\dsa_lib.c.\crypto\dsa\dsa_lib.c.\crypto\dsa\dsa_lib.c.\crypto\dsa\dsa_asn1.c.\crypto\dsa\dsa_asn1.crsDSA_SIGversionpqgpub_keypriv_keyDSApqgDSApub_keypqgDSApub_keyDSA.\crypto\dsa\dsa_sign.cd2i_DSA_SIGDO_DSA_PRINTDSAparams_printDSAparams_print_fpDSA_do_signDSA_do_verifyDSA_generate_keyDSA_generate_parameters_exDSA_new_methodDSA_PARAM_DECODEDSA_print_fpDSA_PRIV_DECODEDSA_PRIV_ENCODEDSA_PUB_DECODEDSA_PUB_ENCODEDSA_signDSA_sign_setupDSA_SIG_newDSA_SIG_PRINTDSA_verifyi2d_DSA_SIGOLD_DSA_PRIV_DECODEPKEY_DSA_CTRLPKEY_DSA_KEYGENSIG_CB
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bad q valuebn decode errorbn errordata too large for key sizedecode errorinvalid digest typemissing parametersmodulus too largeneed new setup valuesnon fips dsa methodno parameters setparameter encoding errorf
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OpenSSL DSA methodP  .\crypto\dsa\dsa_ossl.c.\crypto\dsa\dsa_ossl.c.\crypto\dsa\dsa_ossl.c.\crypto\dsa\dsa_ossl.c.\crypto\dsa\dsa_ossl.c.\crypto\dsa\dsa_ossl.c.\crypto\dsa\dsa_ossl.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.cPrivate-KeyPublic-KeyDSA-Parameters.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c%s: (%d bit)
priv:pub: P:   Q:   G:   .\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c
.\crypto\dsa\dsa_ameth.c.\crypto\dsa\dsa_ameth.c
r:   s:   DSAOpenSSL DSA method.\crypto\dsa\dsa_pmeth.c.\crypto\dsa\dsa_pmeth.c.\crypto\dsa\dsa_pmeth.c.\crypto\dsa\dsa_pmeth.cdsa_paramgen_bitsdsa_paramgen_q_bitsdsa_paramgen_md.\crypto\dsa\dsa_pmeth.c.\crypto\dsa\dsa_prn.c.\crypto\dsa\dsa_prn.cBEOS_BIND_FUNCBEOS_BIND_VARBEOS_LOADBEOS_NAME_CONVERTERBEOS_UNLOADDLFCN_BIND_FUNCDLFCN_BIND_VARDLFCN_LOADDLFCN_MERGERDLFCN_NAME_CONVERTERDLFCN_UNLOADDL_BIND_FUNCDL_BIND_VARDL_LOADDL_MERGERDL_NAME_CONVERTERDL_UNLOADDSO_bind_funcDSO_bind_varDSO_convert_filenameDSO_ctrlDSO_freeDSO_get_filenameDSO_get_loaded_filenameDSO_global_lookupDSO_loadDSO_mergeDSO_new_methodDSO_pathbyaddrDSO_set_filenameDSO_set_name_converterDSO_up_refGLOBAL_LOOKUP_FUNCPATHBYADDRVMS_BIND_SYMVMS_LOADVMS_MERGERVMS_UNLOADWIN32_BIND_FUNCWIN32_BIND_VARWIN32_GLOBALLOOKUPWIN32_GLOBALLOOKUP_FUNCWIN32_JOINERWIN32_LOADWIN32_MERGERWIN32_NAME_CONVERTERWIN32_PATHBYADDRWIN32_SPLITTERWIN32_UNLOAD	%@	%P 	%`0	%p@	%@%P%`% %%p%%%% 0%(%8%P%`%p%%%%%%%@%% %0%@%X %p%%0%@%P%P%`%p%%	% 	p%8	%H	`%X	%h	%	%	%	control command faileddso already loadedempty file structurefailurefilename too bigcleanup method function failedincorrect file syntaxcould not load the shared libraryname translation failedno filenameno file specificationa null shared library handle was usedset filename failedthe meth_data stack is corruptcould not bind to the requested symbol namecould not unload the shared libraryfunctionality not supportedd%n%q%
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p%i%(j%Hk%xl%.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.c.\crypto\dso\dso_lib.cNULL shared library methodpOpenSSL 'win32' shared library method`0`.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c)filename(.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c)symname(.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c)symname(.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c\\.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c/\:.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.c%s.dll%sKERNEL32.DLL.\crypto\dso\dso_win32.cCreateToolhelp32Snapshot.\crypto\dso\dso_win32.cModule32FirstModule32Next.\crypto\dso\dso_win32.c.\crypto\dso\dso_win32.cKERNEL32.DLL.\crypto\dso\dso_win32.cCreateToolhelp32Snapshot.\crypto\dso\dso_win32.cModule32FirstModule32Next.\crypto\dso\dso_win32.cpglengthDH.\crypto\dh\dh_gen.c.\crypto\dh\dh_gen.cOpenSSL DH Methodp.\crypto\dh\dh_key.c.\crypto\dh\dh_key.c.\crypto\dh\dh_key.c.\crypto\dh\dh_key.c.\crypto\dh\dh_key.c.\crypto\dh\dh_lib.c.\crypto\dh\dh_lib.c.\crypto\dh\dh_lib.c.\crypto\dh\dh_lib.c.\crypto\dh\dh_lib.c.\crypto\dh\dh_lib.cCOMPUTE_KEYDHparams_print_fpDH_BUILTIN_GENPARAMSDH_compute_keyDH_generate_keyDH_generate_parameters_exDH_new_methodDH_PARAM_DECODEDH_PRIV_DECODEDH_PRIV_ENCODEDH_PUB_DECODEDH_PUB_ENCODEDO_DH_PRINTGENERATE_KEYGENERATE_PARAMETERSPKEY_DH_DERIVEPKEY_DH_KEYGEN`PP`x 0@ @0p@Phxbad generatorbn decode errorbn errordecode errorinvalid public keykeys not setkey size too smallmodulus too largenon fips methodno parameters setno private valueparameter encoding erroremjhflng0oHkXdpi .\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.c.\crypto\dh\dh_ameth.cPKCS#3 DH Private-KeyPKCS#3 DH Public-KeyPKCS#3 DH Parameters.\crypto\dh\dh_ameth.c%s: (%d bit)
private-key:public-key:prime:generator:recommended-private-length: %d bits
.\crypto\dh\dh_ameth.cDHOpenSSL PKCS#3 DH method.\crypto\dh\dh_pmeth.cdh_paramgen_prime_lendh_paramgen_generator.\crypto\dh\dh_pmeth.c.\crypto\dh\dh_pmeth.c.\crypto\dh\dh_prn.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ec_lib.c.\crypto\ec\ecp_smpl.c.\crypto\ec\ecp_smpl.c.\crypto\ec\ecp_smpl.c.\crypto\ec\ecp_smpl.c.\crypto\ec\ecp_smpl.c.\crypto\ec\ecp_smpl.c.\crypto\ec\ecp_smpl.c.\crypto\ec\ecp_smpl.c.\crypto\ec\ecp_mont.c.\crypto\ec\ecp_mont.c.\crypto\ec\ecp_mont.c.\crypto\ec\ecp_mont.c.\crypto\ec\ecp_mont.c.\crypto\ec\ecp_mont.c.\crypto\ec\ecp_nist.c.\crypto\ec\ecp_nist.c.\crypto\ec\ecp_nist.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.c.\crypto\ec\ec_mult.cBN_TO_FELEMCOMPUTE_WNAFd2i_ECParametersd2i_ECPKParametersd2i_ECPrivateKeyDO_EC_KEY_PRINTECKEY_PARAM2TYPEECKEY_PARAM_DECODEECKEY_PRIV_DECODEECKEY_PRIV_ENCODEECKEY_PUB_DECODEECKEY_PUB_ENCODEECKEY_TYPE2PARAMECParameters_printECParameters_print_fpECPKParameters_printECPKParameters_print_fpECP_NIST_MOD_192ECP_NIST_MOD_224ECP_NIST_MOD_256ECP_NIST_MOD_521EC_ASN1_GROUP2CURVEEC_ASN1_GROUP2FIELDIDEC_ASN1_GROUP2PARAMETERSEC_ASN1_GROUP2PKPARAMETERSEC_ASN1_PARAMETERS2GROUPEC_ASN1_PKPARAMETERS2GROUPEC_EX_DATA_set_dataEC_GF2M_MONTGOMERY_POINT_MULTIPLYec_GF2m_simple_group_check_discriminantec_GF2m_simple_group_set_curveec_GF2m_simple_oct2pointec_GF2m_simple_point2octec_GF2m_simple_point_get_affine_coordinatesec_GF2m_simple_point_set_affine_coordinatesec_GF2m_simple_set_compressed_coordinatesec_GFp_mont_field_decodeec_GFp_mont_field_encodeec_GFp_mont_field_mulec_GFp_mont_field_set_to_oneec_GFp_mont_field_sqrec_GFp_mont_group_set_curveEC_GFP_MONT_GROUP_SET_CURVE_GFPec_GFp_nistp224_group_set_curveec_GFp_nistp224_points_mulec_GFp_nistp224_point_get_affine_coordinatesec_GFp_nistp256_group_set_curveec_GFp_nistp256_points_mulec_GFp_nistp256_point_get_affine_coordinatesec_GFp_nistp521_group_set_curveec_GFp_nistp521_points_mulec_GFp_nistp521_point_get_affine_coordinatesec_GFp_nist_field_mulec_GFp_nist_field_sqrec_GFp_nist_group_set_curveec_GFp_simple_group_check_discriminantec_GFp_simple_group_set_curveEC_GFP_SIMPLE_GROUP_SET_CURVE_GFPEC_GFP_SIMPLE_GROUP_SET_GENERATORec_GFp_simple_make_affineec_GFp_simple_oct2pointec_GFp_simple_point2octec_GFp_simple_points_make_affineec_GFp_simple_point_get_affine_coordinatesEC_GFP_SIMPLE_POINT_GET_AFFINE_COORDINATES_GFPec_GFp_simple_point_set_affine_coordinatesEC_GFP_SIMPLE_POINT_SET_AFFINE_COORDINATES_GFPec_GFp_simple_set_compressed_coordinatesEC_GFP_SIMPLE_SET_COMPRESSED_COORDINATES_GFPEC_GROUP_checkEC_GROUP_check_discriminantEC_GROUP_copyEC_GROUP_get0_generatorEC_GROUP_get_cofactorEC_GROUP_get_curve_GF2mEC_GROUP_get_curve_GFpEC_GROUP_get_degreeEC_GROUP_get_orderEC_GROUP_get_pentanomial_basisEC_GROUP_get_trinomial_basisEC_GROUP_newEC_GROUP_new_by_curve_nameEC_GROUP_NEW_FROM_DATAEC_GROUP_precompute_multEC_GROUP_set_curve_GF2mEC_GROUP_set_curve_GFpEC_GROUP_SET_EXTRA_DATAEC_GROUP_set_generatorEC_KEY_check_keyEC_KEY_copyEC_KEY_generate_keyEC_KEY_newEC_KEY_printEC_KEY_print_fpEC_KEY_set_public_key_affine_coordinatesEC_POINTs_make_affineEC_POINT_addEC_POINT_cmpEC_POINT_copyEC_POINT_dblEC_POINT_get_affine_coordinates_GF2mEC_POINT_get_affine_coordinates_GFpEC_POINT_get_Jprojective_coordinates_GFpEC_POINT_invertEC_POINT_i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<asn1 errorasn1 unknown fieldbignum out of rangebuffer too smallcoordinates out of ranged2i ecpkparameters failuredecode errordiscriminant is zeroec group new by name failurefield too largegf2m not supportedgroup2pkparameters failurei2d ecpkparameters failureincompatible objectsinvalid argumentinvalid compressed pointinvalid compression bitinvalid curveinvalid digest typeinvalid encodinginvalid fieldinvalid forminvalid group orderinvalid pentanomial basisinvalid private keyinvalid trinomial basiskeys not setmissing parametersmissing private keynot a NIST primenot a supported NIST primenot implementednot initializedno field modno parameters setpassed null parameterpkparameters2group failurepoint at infinitypoint is not on curveslot fullundefined generatorundefined orderunknown groupunknown orderunsupported fieldwrong curve parameterswrong orders`EtpEEdEEuEEvFw F@FPFxhFyFeFpFnFmFG Gf8GgPGh`GzpGG{GGG|G}HH0H~PHo`HpHHHHjHkHlIqI(I8IrHIXIpIISECG/WTLS curve over a 112 bit prime fieldSECG curve over a 112 bit prime fieldSECG curve over a 128 bit prime fieldSECG curve over a 128 bit prime fieldSECG curve over a 160 bit prime fieldSECG curve over a 160 bit prime fieldSECG/WTLS curve over a 160 bit prime fieldSECG curve over a 192 bit prime fieldSECG curve over a 224 bit prime fieldNIST/SECG curve over a 224 bit prime fieldSECG curve over a 256 bit prime fieldNIST/SECG curve over a 384 bit prime fieldNIST/SECG curve over a 521 bit prime fieldNIST/X9.62/SECG curve over a 192 bit prime fieldX9.62 curve over a 192 bit prime fieldX9.62 curve over a 192 bit prime fieldX9.62 curve over a 239 bit prime fieldX9.62 curve over a 239 bit prime fieldX9.62 curve over a 239 bit prime fieldX9.62/SECG curve over a 256 bit prime fieldSECG curve over a 113 bit binary fieldSECG curve over a 113 bit binary fieldSECG/WTLS curve over a 131 bit binary fieldSECG curve over a 131 bit binary fieldNIST/SECG/WTLS curve over a 163 bit binary fieldSECG curve over a 163 bit binary fieldNIST/SECG curve over a 163 bit binary fieldSECG curve over a 193 bit binary fieldSECG curve over a 193 bit binary fieldNIST/SECG/WTLS curve over a 233 bit binary fieldNIST/SECG/WTLS curve over a 233 bit binary fieldSECG curve over a 239 bit binary fieldNIST/SECG curve over a 283 bit binary fieldNIST/SECG curve over a 283 bit binary fieldNIST/SECG curve over a 409 bit binary fieldNIST/SECG curve over a 409 bit binary fieldNIST/SECG curve over a 571 bit binary fieldNIST/SECG curve over a 571 bit binary fieldX9.62 curve over a 163 bit binary fieldX9.62 curve over a 163 bit binary fieldX9.62 curve over a 163 bit binary fieldX9.62 curve over a 176 bit binary fieldX9.62 curve over a 191 bit binary fieldX9.62 curve over a 191 bit binary fieldX9.62 curve over a 191 bit binary fieldX9.62 curve over a 208 bit binary fieldX9.62 curve over a 239 bit binary fieldX9.62 curve over a 239 bit binary fieldX9.62 curve over a 239 bit binary fieldX9.62 curve over a 272 bit binary fieldX9.62 curve over a 304 bit binary fieldX9.62 curve over a 359 bit binary fieldX9.62 curve over a 368 bit binary fieldX9.62 curve over a 431 bit binary fieldWTLS curve over a 113 bit binary fieldNIST/SECG/WTLS curve over a 163 bit binary fieldSECG curve over a 113 bit binary fieldX9.62 curve over a 163 bit binary fieldSECG/WTLS curve over a 112 bit prime fieldSECG/WTLS curve over a 160 bit prime fieldWTLS curve over a 112 bit prime fieldWTLS curve over a 160 bit prime fieldNIST/SECG/WTLS curve over a 233 bit binary fieldNIST/SECG/WTLS curve over a 233 bit binary fieldWTLS curvs over a 224 bit prime field
	IPSec/IKE/Oakley curve #3 over a 155 bit binary field.
	Not suitable for ECDSA.
	Questionable extension field!
	IPSec/IKE/Oakley curve #4 over a 185 bit binary field.
	Not suitable for ECDSA.
	Questionable extension field!.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_curve.c.\crypto\ec\ec_check.c.\crypto\ec\ec_check.c.\crypto\ec\ec_check.c.\crypto\ec\ec_check.c.\crypto\ec\ec_check.c.\crypto\ec\ec_check.c.\crypto\ec\ec_print.c.\crypto\ec\ec_print.c0123456789ABCDEFZ.\crypto\ec\ec_print.c.\crypto\ec\ec_print.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.ck1k2k3X9_62_PENTANOMIALp.otherp.onBasisp.tpBasisp.ppBasismtypeX9_62_CHARACTERISTIC_TWOX9_62_CHARACTERISTIC_TWOp.otherp.primep.char_twofieldTypeX9_62_FIELDIDX9_62_FIELDIDabseedX9_62_CURVEversionfieldIDcurvebaseordercofactorECPARAMETERSvalue.named_curvevalue.parametersvalue.implicitlyCAECPKPARAMETERSversionprivateKeyparameterspublicKeyEC_PRIVATEKEY.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_asn1.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec_key.c.\crypto\ec\ec2_smpl.c.\crypto\ec\ec2_smpl.c.\crypto\ec\ec2_smpl.c.\crypto\ec\ec2_smpl.c.\crypto\ec\ec2_smpl.c.\crypto\ec\ec2_mult.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.cPrivate-KeyPublic-KeyECDSA-Parameters%s: (%d bit)
priv:pub: .\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.c.\crypto\ec\ec_ameth.cECOpenSSL EC algorithm.\crypto\ec\ec_pmeth.c.\crypto\ec\ec_pmeth.c.\crypto\ec\ec_pmeth.c.\crypto\ec\ec_pmeth.c.\crypto\ec\ec_pmeth.cec_paramgen_curve.\crypto\ec\ec_pmeth.c.\crypto\ec\ec_pmeth.c.\crypto\ec\ec_pmeth.c.\crypto\ec\eck_prn.c.\crypto\ec\eck_prn.c.\crypto\ec\eck_prn.cGenerator (compressed):hmGenerator (uncompressed):mGenerator (hybrid):mASN1 OID: %s
.\crypto\ec\eck_prn.cField Type: %s
Basis Type: %s
Polynomial:Prime:A:   B:   Order: Cofactor: Seed:.\crypto\ec\eck_prn.c%s:%02x%s
nnnn.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ecp_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec2_oct.c.\crypto\ec\ec_oct.c.\crypto\ec\ec_oct.c.\crypto\ec\ec_oct.c.\crypto\ec\ec_oct.c.\crypto\ec\ec_oct.c.\crypto\ec\ec_oct.c.\crypto\ec\ec_oct.c.\crypto\ec\ec_oct.c.\crypto\ecdh\ech_lib.c.\crypto\ecdh\ech_lib.c.\crypto\ecdh\ech_lib.cOpenSSL ECDH methodhs&.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.c.\crypto\ecdh\ech_ossl.cECDH_CHECKECDH_compute_keyECDH_DATA_new_method`+u@+uP+(uKDF failednon fips methodno private valuepoint arithmetic failuref+ug+ud+ue+u.\crypto\ecdsa\ecs_lib.c.\crypto\ecdsa\ecs_lib.c.\crypto\ecdsa\ecs_lib.crsECDSA_SIGOpenSSL ECDSA methodv61:.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.c.\crypto\ecdsa\ecs_ossl.cECDSA_CHECKECDSA_DATA_NEW_METHODECDSA_do_signECDSA_do_verifyECDSA_sign_setup*{@*{P*{`*{p*{bad signaturedata too large for key sizeerr ec libmissing parametersneed new setup valuesnon fips methodrandom number generation failedsignature malloc failedd*p|e*|f*|g*|j*|k*|h*|i*}.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buffer.c.\crypto\buffer\buf_str.c.\crypto\buffer\buf_str.c.\crypto\buffer\buf_str.c.\crypto\buffer\buf_str.cBUF_memdupBUF_MEM_growBUF_MEM_grow_cleanBUF_MEM_newBUF_strdupBUF_strndupp@P`.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.c .\crypto\bio\bio_lib.c.\crypto\bio\bio_lib.cBIO[%p]: Free - %s
read(%d,%lu) - %s fd=%d
read(%d,%lu) - %s
write(%d,%lu) - %s fd=%d
write(%d,%lu) - %s
puts() - %s
gets(%lu) - %s
ctrl(%lu) - %s
read return %ld
write return %ld
gets return %ld
puts return %ld
ctrl return %ld
bio callback - unknown type (%d)
ACPT_STATEBIO_acceptBIO_BER_GET_HEADERBIO_callback_ctrlBIO_ctrlBIO_gethostbynameBIO_getsBIO_get_accept_socketBIO_get_host_ipBIO_get_portBIO_MAKE_PAIRBIO_newBIO_new_fileBIO_new_mem_bufBIO_nreadBIO_nread0BIO_nwriteBIO_nwrite0BIO_putsBIO_readBIO_sock_initBIO_writeBUFFER_CTRLCONN_CTRLCONN_STATEDGRAM_SCTP_READDGRAM_SCTP_WRITEFILE_CTRLFILE_READLINEBUFFER_CTRLMEM_READMEM_WRITESSL_newWSASTARTUP@ P `  0 8p P ` x     Ѓ ؃     ( 8 H X h  x 0 @ P @ Є    P `  p (accept errorbad fopen modebad hostname lookupbroken pipeconnect errorEOF on memory BIOerror setting nbioerror setting nbio on accepted socketerror setting nbio on accept socketgethostbyname addr is not af inetinvalid argumentinvalid ip addressin usekeepalivenbio connect errorno accept port specifiedno hostname specifiedno port definedno port specifiedno such filenull parametertag mismatchunable to bind socketunable to create socketunable to listen socketuninitializedunsupported methodwrite to read only BIOWSAStartupd pe f | g  ȇh i j  k H} pl { m n o Јp q r  0s @t Pu `v xw x y ~ Љz memory buffer`ih`m@lpjg0h.\crypto\bio\bss_mem.c.\crypto\bio\bss_mem.c.\crypto\bio\bss_mem.cNULLmbPnbmmfile descriptor rpqr`soo0oFILE pointerPvt0{zpv`tt.\crypto\bio\bss_file.c')','fopen('.\crypto\bio\bss_file.c.\crypto\bio\bss_file.c.\crypto\bio\bss_file.c.\crypto\bio\bss_file.ca+ar+wr.\crypto\bio\bss_file.cbt.\crypto\bio\bss_file.c')','fopen('.\crypto\bio\bss_file.csocketPpsocket connectP0.\crypto\bio\bss_conn.c.\crypto\bio\bss_conn.chost=.\crypto\bio\bss_conn.c:host=.\crypto\bio\bss_conn.c.\crypto\bio\bss_conn.c:host=.\crypto\bio\bss_conn.c:host=.\crypto\bio\bss_conn.c.\crypto\bio\bss_conn.c:host=.\crypto\bio\bss_conn.c.\crypto\bio\bss_conn.c:host=.\crypto\bio\bss_conn.c.\crypto\bio\bss_conn.cnot initialized%d.%d.%d.%d%dNULL filterPp buffer	p `p.\crypto\bio\bf_buff.c.\crypto\bio\bf_buff.c.\crypto\bio\bf_buff.c.\crypto\bio\bf_buff.c.\crypto\bio\bf_buff.c.\crypto\bio\bf_buff.c.\crypto\bio\bf_buff.c00x0123456789ABCDEF0123456789abcdef01234567890123456789.\crypto\bio\b_print.c.\crypto\bio\b_print.c.\crypto\bio\b_print.cdoapr()%04x -    %02x%c  %c
%s%04x - 
.\crypto\bio\b_sock.c.\crypto\bio\b_sock.c.\crypto\bio\b_sock.c.\crypto\bio\b_sock.c.\crypto\bio\b_sock.chost=.\crypto\bio\b_sock.c.\crypto\bio\b_sock.ctcp.\crypto\bio\b_sock.chttptelnetsockshttpssslftpgopher.\crypto\bio\b_sock.c'service='.\crypto\bio\b_sock.c.\crypto\bio\b_sock.c.\crypto\bio\b_sock.cgetaddrinfofreeaddrinfo*.\crypto\bio\b_sock.c'port='.\crypto\bio\b_sock.c*.\crypto\bio\b_sock.c'port='.\crypto\bio\b_sock.c.\crypto\bio\b_sock.c'port='.\crypto\bio\b_sock.csa.len.s <= sizeof(sa.from).\crypto\bio\b_sock.c.\crypto\bio\b_sock.c.\crypto\bio\b_sock.cgetnameinfo.\crypto\bio\b_sock.c.\crypto\bio\b_sock.c.\crypto\bio\b_sock.c%s:%s.\crypto\bio\b_sock.c.\crypto\bio\b_sock.c%d.%d.%d.%d:%dsocket accept
Ж@`.\crypto\bio\bss_acpt.c.\crypto\bio\bss_acpt.c.\crypto\bio\bss_acpt.c.\crypto\bio\bss_acpt.cnon-blocking IO test filter@P.\crypto\bio\bf_nbio.cBIO pair 0@pp.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.c.\crypto\bio\bss_bio.cdatagram socketЙ0`.\crypto\bio\bss_dgram.cgetsockoptsetsockoptsetsockoptsa.len.s <= sizeof(sa.peer).\crypto\bio\bss_dgram.csetsockoptgetsockoptsetsockoptgetsockopt.\crypto\stack\stack.c.\crypto\stack\stack.c.\crypto\stack\stack.c.\crypto\stack\stack.c.\crypto\lhash\lhash.c.\crypto\lhash\lhash.c.\crypto\lhash\lhash.c.\crypto\lhash\lhash.c.\crypto\lhash\lhash.cnum_items             = %lu
num_nodes             = %u
num_alloc_nodes       = %u
num_expands           = %lu
num_expand_reallocs   = %lu
num_contracts         = %lu
num_contract_reallocs = %lu
num_hash_calls        = %lu
num_comp_calls        = %lu
num_insert            = %lu
num_replace           = %lu
num_delete            = %lu
num_no_delete         = %lu
num_retrieve          = %lu
num_retrieve_miss     = %lu
num_hash_comps        = %lu
node %6u -> %3u
%lu nodes used out of %u
%lu items
load %d.%02d  actual load %d.%02d
`.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.....................\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.cYou need to read the OpenSSL FAQ, http://www.openssl.org/support/faq.html.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.c.\crypto\rand\md_rand.crbwbwbRANDFILEHOMEC:.rnd/.rndRAND_get_rand_methodRAND_init_fipsSSLEAY_RAND_BYTESP$`$@$dual ec drbg disablederror initialising drbgerror instantiating drbgno fips random method setPRNG not seededh$pf$g$e$d$ADVAPI32.DLLKERNEL32.DLLNETAPI32.DLLNetStatisticsGetNetApiBufferFreeLanmanWorkstationLanmanServerCryptAcquireContextWCryptGenRandomCryptReleaseContextIntel Hardware Cryptographic Service ProviderUSER32.DLLGetForegroundWindowGetCursorInfoGetQueueStatusCreateToolhelp32SnapshotCloseToolhelp32SnapshotHeap32FirstHeap32NextHeap32ListFirstHeap32ListNextProcess32FirstProcess32NextThread32FirstThread32NextModule32FirstModule32NextDISPLAY.\crypto\rand\rand_win.cunknown librarysystem librarybignum routinesrsa routinesDiffie-Hellman routinesdigital envelope routinesmemory buffer routinesobject identifier routinesPEM routinesdsa routinesx509 certificate routinesasn1 encoding routinesconfiguration file routinescommon libcrypto routineselliptic curve routinesSSL routinesBIO routinesPKCS7 routinesX509 V3 routinesPKCS12 routinesrandom number generatorDSO support routinestime stamp routinesengine routinesOCSP routinesFIPS routinesCMS routinesHMAC routines0@P`p	

 8Xx !"#ئ$%/&0'@-P.`0pfopenconnectgetservbynamesocketioctlsocketbindlistenacceptWSAstartupopendirfreadP X0`@pPx`psystem libBN libRSA libDH libEVP libBUF libOBJ libPEM libDSA libX509 libASN1 libCONF libCRYPTO libEC libSSL libBIO libPKCS7 libX509V3 libPKCS12 libRAND libDSO libENGINE libOCSP libTS libnested asn1 errorbad asn1 object headerbad get asn1 object callexpecting an asn1 sequenceasn1 length mismatchmissing asn1 eosfatalmalloc failurecalled a function you should not callpassed a null parameterinternal errorcalled a function that was disabled at compile-time	
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  !("8#H$X%h&p'/:;<ȫ=>? @4A@BPCxDE.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.cint_err_get (err.c).\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.cint_thread_get (err.c).\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.cunknown.\crypto\err\err.cNAlib(%lu)func(%lu)reason(%lu)error:%08lX:%s:%s:%s.\crypto\err\err.c.\crypto\err\err.c.\crypto\err\err.c%lu:%s:%s:%d:%s
%s.\crypto\objects\o_names.c.\crypto\objects\o_names.c.\crypto\objects\o_names.c.\crypto\objects\o_names.cUNDEFundefinedrsadsiRSA Data Security, Inc.pkcsRSA Data Security, Inc. PKCSMD2md2MD5md5RC4rc4rsaEncryptionrsaEncryptionRSA-MD2md2WithRSAEncryptionRSA-MD5md5WithRSAEncryptionPBE-MD2-DESpbeWithMD2AndDES-CBCPBE-MD5-DESpbeWithMD5AndDES-CBCX500directory services (X.500)X509X509CNcommonNameCcountryNameLlocalityNameSTstateOrProvinceNameOorganizationNameOUorganizationalUnitNameRSArsapkcs7pkcs7pkcs7-datapkcs7-datapkcs7-signedDatapkcs7-signedDatapkcs7-envelopedDatapkcs7-envelopedDatapkcs7-signedAndEnvelopedDatapkcs7-signedAndEnvelopedDatapkcs7-digestDatapkcs7-digestDatapkcs7-encryptedDatapkcs7-encryptedDatapkcs3pkcs3dhKeyAgreementdhKeyAgreementDES-ECBdes-ecbDES-CFBdes-cfbDES-CBCdes-cbcDES-EDEdes-edeDES-EDE3des-ede3IDEA-CBCidea-cbcIDEA-CFBidea-cfbIDEA-ECBidea-ecbRC2-CBCrc2-cbcRC2-ECBrc2-ecbRC2-CFBrc2-cfbRC2-OFBrc2-ofbSHAshaRSA-SHAshaWithRSAEncryptionDES-EDE-CBCdes-ede-cbcDES-EDE3-CBCdes-ede3-cbcDES-OFBdes-ofbIDEA-OFBidea-ofbpkcs9pkcs9emailAddressemailAddressunstructuredNameunstructuredNamecontentTypecontentTypemessageDigestmessageDigestsigningTimesigningTimecountersignaturecountersignaturechallengePasswordchallengePasswordunstructuredAddressunstructuredAddressextendedCertificateAttributesextendedCertificateAttributesNetscapeNetscape Communications Corp.nsCertExtNetscape Certificate ExtensionnsDataTypeNetscape Data TypeDES-EDE-CFBdes-ede-cfbDES-EDE3-CFBdes-ede3-cfbDES-EDE-OFBdes-ede-ofbDES-EDE3-OFBdes-ede3-ofbSHA1sha1RSA-SHA1sha1WithRSAEncryptionDSA-SHAdsaWithSHADSA-olddsaEncryption-oldPBE-SHA1-RC2-64pbeWithSHA1AndRC2-CBCPBKDF2PBKDF2DSA-SHA1-olddsaWithSHA1-oldnsCertTypeNetscape Cert TypensBaseUrlNetscape Base UrlnsRevocationUrlNetscape Revocation UrlnsCaRevocationUrlNetscape CA Revocation UrlnsRenewalUrlNetscape Renewal UrlnsCaPolicyUrlNetscape CA Policy UrlnsSslServerNameNetscape SSL Server NamensCommentNetscape CommentnsCertSequenceNetscape Certificate SequenceDESX-CBCdesx-cbcid-ceid-cesubjectKeyIdentifierX509v3 Subject Key IdentifierkeyUsageX509v3 Key UsageprivateKeyUsagePeriodX509v3 Private Key Usage PeriodsubjectAltNameX509v3 Subject Alternative NameissuerAltNameX509v3 Issuer Alternative NamebasicConstraintsX509v3 Basic ConstraintscrlNumberX509v3 CRL NumbercertificatePoliciesX509v3 Certificate PoliciesauthorityKeyIdentifierX509v3 Authority Key IdentifierBF-CBCbf-cbcBF-ECBbf-ecbBF-CFBbf-cfbBF-OFBbf-ofbMDC2mdc2RSA-MDC2mdc2WithRSARC4-40rc4-40RC2-40-CBCrc2-40-cbcGNgivenNameSNsurnameinitialsinitialscrlDistributionPointsX509v3 CRL Distribution PointsRSA-NP-MD5md5WithRSAserialNumberserialNumbertitletitledescriptiondescriptionCAST5-CBCcast5-cbcCAST5-ECBcast5-ecbCAST5-CFBcast5-cfbCAST5-OFBcast5-ofbpbeWithMD5AndCast5CBCpbeWithMD5AndCast5CBCDSA-SHA1dsaWithSHA1MD5-SHA1md5-sha1RSA-SHA1-2sha1WithRSADSAdsaEncryptionRIPEMD160ripemd160RSA-RIPEMD160ripemd160WithRSARC5-CBCrc5-cbcRC5-ECBrc5-ecbRC5-CFBrc5-cfbRC5-OFBrc5-ofbRLErun length compressionZLIBzlib compressionextendedKeyUsageX509v3 Extended Key UsagePKIXPKIXid-kpid-kpserverAuthTLS Web Server AuthenticationclientAuthTLS Web Client AuthenticationcodeSigningCode SigningemailProtectionE-mail ProtectiontimeStampingTime StampingmsCodeIndMicrosoft Individual Code SigningmsCodeComMicrosoft Commercial Code SigningmsCTLSignMicrosoft Trust List SigningmsSGCMicrosoft Server Gated CryptomsEFSMicrosoft Encrypted File SystemnsSGCNetscape Server Gated CryptodeltaCRLX509v3 Delta CRL IndicatorCRLReasonX509v3 CRL Reason CodeinvalidityDateInvalidity DateSXNetIDStrong Extranet IDPBE-SHA1-RC4-128pbeWithSHA1And128BitRC4PBE-SHA1-RC4-40pbeWithSHA1And40BitRC4PBE-SHA1-3DESpbeWithSHA1And3-KeyTripleDES-CBCPBE-SHA1-2DESpbeWithSHA1And2-KeyTripleDES-CBCPBE-SHA1-RC2-128pbeWithSHA1And128BitRC2-CBCPBE-SHA1-RC2-40pbeWithSHA1And40BitRC2-CBCkeyBagkeyBagpkcs8ShroudedKeyBagpkcs8ShroudedKeyBagcertBagcertBagcrlBagcrlBagsecretBagsecretBagsafeContentsBagsafeContentsBagfriendlyNamefriendlyNamelocalKeyIDlocalKeyIDx509Certificatex509CertificatesdsiCertificatesdsiCertificatex509Crlx509CrlPBES2PBES2PBMAC1PBMAC1hmacWithSHA1hmacWithSHA1id-qt-cpsPolicy Qualifier CPSid-qt-unoticePolicy Qualifier User NoticeRC2-64-CBCrc2-64-cbcSMIME-CAPSS/MIME CapabilitiesPBE-MD2-RC2-64pbeWithMD2AndRC2-CBCPBE-MD5-RC2-64pbeWithMD5AndRC2-CBCPBE-SHA1-DESpbeWithSHA1AndDES-CBCmsExtReqMicrosoft Extension RequestextReqExtension RequestnamenamednQualifierdnQualifierid-peid-peid-adid-adauthorityInfoAccessAuthority Information AccessOCSPOCSPcaIssuersCA IssuersOCSPSigningOCSP SigningISOisomember-bodyISO Member BodyISO-USISO US Member BodyX9-57X9.57X9cmX9.57 CM 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Constraintsid-ppl-independentIndependentRSA-SHA256sha256WithRSAEncryptionRSA-SHA384sha384WithRSAEncryptionRSA-SHA512sha512WithRSAEncryptionRSA-SHA224sha224WithRSAEncryptionSHA256sha256SHA384sha384SHA512sha512SHA224sha224identified-organizationidentified-organizationcerticom-arccerticom-arcwapwapwap-wsgwap-wsgid-characteristic-two-basisid-characteristic-two-basisonBasisonBasistpBasistpBasisppBasisppBasisc2pnb163v1c2pnb163v1c2pnb163v2c2pnb163v2c2pnb163v3c2pnb163v3c2pnb176v1c2pnb176v1c2tnb191v1c2tnb191v1c2tnb191v2c2tnb191v2c2tnb191v3c2tnb191v3c2onb191v4c2onb191v4c2onb191v5c2onb191v5c2pnb208w1c2pnb208w1c2tnb239v1c2tnb239v1c2tnb239v2c2tnb239v2c2tnb239v3c2tnb239v3c2onb239v4c2onb239v4c2onb239v5c2onb239v5c2pnb272w1c2pnb272w1c2pnb304w1c2pnb304w1c2tnb359v1c2tnb359v1c2pnb368w1c2pnb368w1c2tnb431r1c2tnb431r1secp112r1secp112r1secp112r2secp112r2secp128r1secp128r1secp128r2secp128r2secp160k1secp160k1secp160r1secp160r1secp160r2secp160r2secp192k1secp192k1secp224k1secp224k1secp224r1secp224r1secp256k1secp256k1secp384r1secp384r1secp521r1secp521r1sect113r1sect113r1sect113r2sect113r2sect131r1sect131r1sect131r2sect131r2sect163k1sect163k1sect163r1sect163r1sect163r2sect163r2sect193r1sect193r1sect193r2sect193r2sect233k1sect233k1sect233r1sect233r1sect239k1sect239k1sect283k1sect283k1sect283r1sect283r1sect409k1sect409k1sect409r1sect409r1sect571k1sect571k1sect571r1sect571r1wap-wsg-idm-ecid-wtls1wap-wsg-idm-ecid-wtls1wap-wsg-idm-ecid-wtls3wap-wsg-idm-ecid-wtls3wap-wsg-idm-ecid-wtls4wap-wsg-idm-ecid-wtls4wap-wsg-idm-ecid-wtls5wap-wsg-idm-ecid-wtls5wap-wsg-idm-ecid-wtls6wap-wsg-idm-ecid-wtls6wap-wsg-idm-ecid-wtls7wap-wsg-idm-ecid-wtls7wap-wsg-idm-ecid-wtls8wap-wsg-idm-ecid-wtls8wap-wsg-idm-ecid-wtls9wap-wsg-idm-ecid-wtls9wap-wsg-idm-ecid-wtls10wap-wsg-idm-ecid-wtls10wap-wsg-idm-ecid-wtls11wap-wsg-idm-ecid-wtls11wap-wsg-idm-ecid-wtls12wap-wsg-idm-ecid-wtls12anyPolicyX509v3 Any PolicypolicyMappingsX509v3 Policy MappingsinhibitAnyPolicyX509v3 Inhibit Any PolicyOakley-EC2N-3ipsec3Oakley-EC2N-4ipsec4CAMELLIA-128-CBCcamellia-128-cbcCAMELLIA-192-CBCcamellia-192-cbcCAMELLIA-256-CBCcamellia-256-cbcCAMELLIA-128-ECBcamellia-128-ecbCAMELLIA-192-ECBcamellia-192-ecbCAMELLIA-256-ECBcamellia-256-ecbCAMELLIA-128-CFBcamellia-128-cfbCAMELLIA-192-CFBcamellia-192-cfbCAMELLIA-256-CFBcamellia-256-cfbCAMELLIA-128-CFB1camellia-128-cfb1CAMELLIA-192-CFB1camellia-192-cfb1CAMELLIA-256-CFB1camellia-256-cfb1CAMELLIA-128-CFB8camellia-128-cfb8CAMELLIA-192-CFB8camellia-192-cfb8CAMELLIA-256-CFB8camellia-256-cfb8CAMELLIA-128-OFBcamellia-128-ofbCAMELLIA-192-OFBcamellia-192-ofbCAMELLIA-256-OFBcamellia-256-ofbsubjectDirectoryAttributesX509v3 Subject Directory AttributesissuingDistributionPointX509v3 Issuing Distrubution PointcertificateIssuerX509v3 Certificate IssuerKISAkisaSEED-ECBseed-ecbSEED-CBCseed-cbcSEED-OFBseed-ofbSEED-CFBseed-cfbHMAC-MD5hmac-md5HMAC-SHA1hmac-sha1id-PasswordBasedMACpassword based MACid-DHBasedMacDiffie-Hellman based MACid-it-suppLangTagsid-it-suppLangTagscaRepositoryCA Repositoryid-smime-ct-compressedDataid-smime-ct-compressedDataid-ct-asciiTextWithCRLFid-ct-asciiTextWithCRLFid-aes128-wrapid-aes128-wrapid-aes192-wrapid-aes192-wrapid-aes256-wrapid-aes256-wrapecdsa-with-Recommendedecdsa-with-Recommendedecdsa-with-Specifiedecdsa-with-Specifiedecdsa-with-SHA224ecdsa-with-SHA224ecdsa-with-SHA256ecdsa-with-SHA256ecdsa-with-SHA384ecdsa-with-SHA384ecdsa-with-SHA512ecdsa-with-SHA512hmacWithMD5hmacWithMD5hmacWithSHA224hmacWithSHA224hmacWithSHA256hmacWithSHA256hmacWithSHA384hmacWithSHA384hmacWithSHA512hmacWithSHA512dsa_with_SHA224dsa_with_SHA224dsa_with_SHA256dsa_with_SHA256whirlpoolwhirlpoolcryptoprocryptoprocryptocomcryptocomid-GostR3411-94-with-GostR3410-2001GOST R 34.11-94 with GOST R 34.10-2001id-GostR3411-94-with-GostR3410-94GOST R 34.11-94 with GOST R 34.10-94md_gost94GOST R 34.11-94id-HMACGostR3411-94HMAC GOST 34.11-94gost2001GOST R 34.10-2001gost94GOST R 34.10-94gost89GOST 28147-89gost89-cntgost89-cntgost-macGOST 28147-89 MACprf-gostr3411-94GOST R 34.11-94 PRFid-GostR3410-2001DHGOST R 34.10-2001 DHid-GostR3410-94DHGOST R 34.10-94 DHid-Gost28147-89-CryptoPro-KeyMeshingid-Gost28147-89-CryptoPro-KeyMeshingid-Gost28147-89-None-KeyMeshingid-Gost28147-89-None-KeyMeshingid-GostR3411-94-TestParamSetid-GostR3411-94-TestParamSetid-GostR3411-94-CryptoProParamSetid-GostR3411-94-CryptoProParamSetid-Gost28147-89-TestParamSetid-Gost28147-89-TestParamSetid-Gost28147-89-CryptoPro-A-ParamSetid-Gost28147-89-CryptoPro-A-ParamSetid-Gost28147-89-CryptoPro-B-ParamSetid-Gost28147-89-CryptoPro-B-ParamSetid-Gost28147-89-CryptoPro-C-ParamSetid-Gost28147-89-CryptoPro-C-ParamSetid-Gost28147-89-CryptoPro-D-ParamSetid-Gost28147-89-CryptoPro-D-ParamSetid-Gost28147-89-CryptoPro-Oscar-1-1-ParamSetid-Gost28147-89-CryptoPro-Oscar-1-1-ParamSetid-Gost28147-89-CryptoPro-Oscar-1-0-ParamSetid-Gost28147-89-CryptoPro-Oscar-1-0-ParamSetid-Gost28147-89-CryptoPro-RIC-1-ParamSetid-Gost28147-89-CryptoPro-RIC-1-ParamSetid-GostR3410-94-TestParamSetid-GostR3410-94-TestParamSetid-GostR3410-94-CryptoPro-A-ParamSetid-GostR3410-94-CryptoPro-A-ParamSetid-GostR3410-94-CryptoPro-B-ParamSetid-GostR3410-94-CryptoPro-B-ParamSetid-GostR3410-94-CryptoPro-C-ParamSetid-GostR3410-94-CryptoPro-C-ParamSetid-GostR3410-94-CryptoPro-D-ParamSetid-GostR3410-94-CryptoPro-D-ParamSetid-GostR3410-94-CryptoPro-XchA-ParamSetid-GostR3410-94-CryptoPro-XchA-ParamSetid-GostR3410-94-CryptoPro-XchB-ParamSetid-GostR3410-94-CryptoPro-XchB-ParamSetid-GostR3410-94-CryptoPro-XchC-ParamSetid-GostR3410-94-CryptoPro-XchC-ParamSetid-GostR3410-2001-TestParamSetid-GostR3410-2001-TestParamSetid-GostR3410-2001-CryptoPro-A-ParamSetid-GostR3410-2001-CryptoPro-A-ParamSetid-GostR3410-2001-CryptoPro-B-ParamSetid-GostR3410-2001-CryptoPro-B-ParamSetid-GostR3410-2001-CryptoPro-C-ParamSetid-GostR3410-2001-CryptoPro-C-ParamSetid-GostR3410-2001-CryptoPro-XchA-ParamSetid-GostR3410-2001-CryptoPro-XchA-ParamSetid-GostR3410-2001-CryptoPro-XchB-ParamSetid-GostR3410-2001-CryptoPro-XchB-ParamSetid-GostR3410-94-aid-GostR3410-94-aid-GostR3410-94-aBisid-GostR3410-94-aBisid-GostR3410-94-bid-GostR3410-94-bid-GostR3410-94-bBisid-GostR3410-94-bBisid-Gost28147-89-ccGOST 28147-89 Cryptocom ParamSetgost94ccGOST 34.10-94 Cryptocomgost2001ccGOST 34.10-2001 Cryptocomid-GostR3411-94-with-GostR3410-94-ccGOST R 34.11-94 with GOST R 34.10-94 Cryptocomid-GostR3411-94-with-GostR3410-2001-ccGOST R 34.11-94 with GOST R 34.10-2001 Cryptocomid-GostR3410-2001-ParamSet-ccGOST R 3410-2001 Parameter Set CryptocomHMAChmacLocalKeySetMicrosoft Local Key setfreshestCRLX509v3 Freshest CRLid-on-permanentIdentifierPermanent IdentifiersearchGuidesearchGuidebusinessCategorybusinessCategorypostalAddresspostalAddresspostOfficeBoxpostOfficeBoxphysicalDeliveryOfficeNamephysicalDeliveryOfficeNametelephoneNumbertelephoneNumbertelexNumbertelexNumberteletexTerminalIdentifierteletexTerminalIdentifierfacsimileTelephoneNumberfacsimileTelephoneNumberx121Addressx121AddressinternationaliSDNNumberinternationaliSDNNumberregisteredAddressregisteredAddressdestinationIndicatordestinationIndicatorpreferredDeliveryMethodpreferredDeliveryMethodpresentationAddresspresentationAddresssupportedApplicationContextsupportedApplicationContextmembermemberownerownerroleOccupantroleOccupantseeAlsoseeAlsouserPassworduserPassworduserCertificateuserCertificatecACertificatecACertificateauthorityRevocationListauthorityRevocationListcertificateRevocationListcertificateRevocationListcrossCertificatePaircrossCertificatePairenhancedSearchGuideenhancedSearchGuideprotocolInformationprotocolInformationdistinguishedNamedistinguishedNameuniqueMemberuniqueMemberhouseIdentifierhouseIdentifiersupportedAlgorithmssupportedAlgorithmsdeltaRevocationListdeltaRevocationListdmdNamedmdNameid-alg-PWRI-KEKid-alg-PWRI-KEKCMACcmacid-aes128-GCMaes-128-gcmid-aes128-CCMaes-128-ccmid-aes128-wrap-padid-aes128-wrap-padid-aes192-GCMaes-192-gcmid-aes192-CCMaes-192-ccmid-aes192-wrap-padid-aes192-wrap-padid-aes256-GCMaes-256-gcmid-aes256-CCMaes-256-ccmid-aes256-wrap-padid-aes256-wrap-padAES-128-CTRaes-128-ctrAES-192-CTRaes-192-ctrAES-256-CTRaes-256-ctrid-camellia128-wrapid-camellia128-wrapid-camellia192-wrapid-camellia192-wrapid-camellia256-wrapid-camellia256-wrapanyExtendedKeyUsageAny Extended Key UsageMGF1mgf1RSASSA-PSSrsassaPssAES-128-XTSaes-128-xtsAES-256-XTSaes-256-xtsRC4-HMAC-MD5rc4-hmac-md5AES-128-CBC-HMAC-SHA1aes-128-cbc-hmac-sha1AES-192-CBC-HMAC-SHA1aes-192-cbc-hmac-sha1AES-256-CBC-HMAC-SHA1aes-256-cbc-hmac-sha1RSAES-OAEPrsaesOaep.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.%lu.\crypto\objects\obj_dat.c.\crypto\objects\obj_dat.c.\crypto\objects\obj_lib.c.\crypto\objects\obj_lib.c.\crypto\objects\obj_lib.c.\crypto\objects\obj_lib.c.\crypto\objects\obj_lib.cOBJ_add_objectOBJ_createOBJ_dupOBJ_NAME_new_indexOBJ_nid2lnOBJ_nid2objOBJ_nid2snF@FPGG` Gp0G@Gmalloc failureunknown niddGeG.\crypto\objects\obj_xref.cctx->length <= (int)sizeof(ctx->enc_data).\crypto\evp\encode.cn < (int)sizeof(ctx->enc_data).\crypto\evp\encode.c.\crypto\evp\digest.c.\crypto\evp\digest.c.\crypto\evp\digest.c.\crypto\evp\digest.c.\crypto\evp\digest.c.\crypto\evp\digest.cctx->digest->md_size <= EVP_MAX_MD_SIZE.\crypto\evp\digest.c.\crypto\evp\digest.c.\crypto\evp\digest.c.\crypto\evp\digest.c.\crypto\evp\digest.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.cctx->cipher->block_size == 1 || ctx->cipher->block_size == 8 || ctx->cipher->block_size == 16.\crypto\evp\evp_enc.cEVP_CIPHER_CTX_iv_length(ctx) <= (int)sizeof(ctx->iv).\crypto\evp\evp_enc.cbl <= (int)sizeof(ctx->buf).\crypto\evp\evp_enc.cb <= sizeof ctx->buf.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.cb <= sizeof ctx->final.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.cb <= sizeof ctx->final.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.c.\crypto\evp\evp_enc.cnkey <= EVP_MAX_KEY_LENGTH.\crypto\evp\evp_key.cniv <= EVP_MAX_IV_LENGTH.\crypto\evp\evp_key.c.\crypto\evp\evp_cnf.cfips_mode.\crypto\evp\evp_cnf.c.\crypto\evp\evp_cnf.c.\crypto\evp\evp_cnf.c, value=name=alg_section.\crypto\evp\e_camellia.c.\crypto\evp\e_aes.c.\crypto\evp\e_aes.c.\crypto\evp\e_aes.c.\crypto\evp\e_aes.c.\crypto\evp\e_rc2.cl <= sizeof(iv).\crypto\evp\e_rc2.c.\crypto\evp\p_open.c.\crypto\evp\p_open.c.\crypto\evp\p_open.c.\crypto\evp\p_sign.c.\crypto\evp\p_sign.c.\crypto\evp\p_verify.c.\crypto\evp\p_verify.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c.\crypto\evp\p_lib.c%s algorithm "%s" unsupported
Public KeyPrivate KeyParameters.\crypto\evp\p_enc.c.\crypto\evp\p_dec.cmessage digestPQ'	 '	*	(	&	&	*	base64 encodingQ0	+	8	4	 +	+	8	.\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.cctx->buf_off + i < (int)sizeof(ctx->buf).\crypto\evp\bio_b64.cctx->buf_off < (int)sizeof(ctx->buf).\crypto\evp\bio_b64.cctx->buf_len <= (int)sizeof(ctx->buf).\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.ci <= n.\crypto\evp\bio_b64.cctx->buf_off <= (int)sizeof(ctx->buf).\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.cctx->tmp_len <= 3.\crypto\evp\bio_b64.cctx->buf_len <= (int)sizeof(ctx->buf).\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.cctx->buf_len <= (int)sizeof(ctx->buf).\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.cctx->buf_len <= (int)sizeof(ctx->buf).\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.ci <= n.\crypto\evp\bio_b64.cctx->buf_off <= (int)sizeof(ctx->buf).\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.cctx->buf_len >= ctx->buf_off.\crypto\evp\bio_b64.ccipher
V<	@:	=	P9	9	@	.\crypto\evp\bio_enc.cAESNI_INIT_KEYAESNI_XTS_CIPHERAES_INIT_KEYAES_XTSAES_XTS_CIPHERALG_MODULE_INITCAMELLIA_INIT_KEYCMAC_INITD2I_PKEYDO_SIGVER_INITDSAPKEY2PKCS8DSA_PKEY2PKCS8ECDSA_PKEY2PKCS8ECKEY_PKEY2PKCS8EVP_CipherInit_exEVP_CIPHER_CTX_copyEVP_CIPHER_CTX_ctrlEVP_CIPHER_CTX_set_key_lengthEVP_DecryptFinal_exEVP_DigestInit_exEVP_EncryptFinal_exEVP_MD_CTX_copy_exEVP_MD_sizeEVP_OpenInitEVP_PBE_alg_addEVP_PBE_alg_add_typeEVP_PBE_CipherInitEVP_PKCS82PKEYEVP_PKCS82PKEY_BROKENEVP_PKEY2PKCS8_brokenEVP_PKEY_copy_parametersEVP_PKEY_CTX_ctrlEVP_PKEY_CTX_ctrl_strEVP_PKEY_CTX_dupEVP_PKEY_decryptEVP_PKEY_decrypt_initEVP_PKEY_decrypt_oldEVP_PKEY_deriveEVP_PKEY_derive_initEVP_PKEY_derive_set_peerEVP_PKEY_encryptEVP_PKEY_encrypt_initEVP_PKEY_encrypt_oldEVP_PKEY_get1_DHEVP_PKEY_get1_DSAEVP_PKEY_GET1_ECDSAEVP_PKEY_get1_EC_KEYEVP_PKEY_get1_RSAEVP_PKEY_keygenEVP_PKEY_keygen_initEVP_PKEY_newEVP_PKEY_paramgenEVP_PKEY_paramgen_initEVP_PKEY_signEVP_PKEY_sign_initEVP_PKEY_verifyEVP_PKEY_verify_initEVP_PKEY_verify_recoverEVP_PKEY_verify_recover_initEVP_RIJNDAELEVP_SignFinalEVP_VerifyFinalFIPS_CIPHERINITFIPS_CIPHER_CTX_COPYFIPS_CIPHER_CTX_CTRLFIPS_CIPHER_CTX_SET_KEY_LENGTHFIPS_DIGESTINITFIPS_MD_CTX_COPYHMAC_Init_exINT_CTX_NEWPKCS5_PBE_keyivgenPKCS5_v2_PBE_keyivgenPKCS5_V2_PBKDF2_KEYIVGENPKCS8_set_brokenPKEY_SET_TYPERC2_MAGIC_TO_METHRC5_CTRLP
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0]P]	h]x]]aes iv setup failedaes key setup failedasn1 libbad block lengthbad decryptbad key lengthbn decode errorbn pubkey errorbuffer too smallcamellia key setup failedcipher parameter errorcommand not supportedctrl not implementedctrl operation not implementeddata not multiple of block lengthdecode errordifferent key typesdifferent parametersdisabled for fipsencode errorerror loading sectionerror setting fips modeevp pbe cipherinit errorexpecting an rsa keyexpecting a dh keyexpecting a dsa keyexpecting a ecdsa keyexpecting a ec keyfips mode not supportedinitialization errorinput not initializedinvalid digestinvalid fips modeinvalid key lengthinvalid operationiv too largekeygen failuremessage digest is nullmethod not supportedmissing parametersno cipher setno default digestno digest setno dsa parametersno key setno operation setno sign function configuredno verify function configuredoperation not supported for this keytypeoperaton not initializedpkcs8 unknown broken typeprivate key decode errorprivate key encode errorpublic key not rsatoo largeunknown cipherunknown digestunknown optionunknown pbe algorithmunsuported number of roundsunsupported algorithmunsupported cipherunsupported keylengthunsupported key derivation functionunsupported key sizeunsupported prfunsupported private key algorithmunsupported salt typewrong final block lengthwrong public key typebbbbdbbpbqcc0czPchccccrcecd ds8dHd`dwxdddddde(eo@eXeheeefexeeegff(f@ftPfhfxfhfiffgu g@g`gjgggggygghk(h{@h|Xhlh}hvh~hmhniDESX-CBCDESXDESX-CBCdesxDES-CBCDESDES-CBCdesDES-EDE3-CBCDES3DES-EDE3-CBCdes3IDEA-CBCIDEAIDEA-CBCideaSEED-CBCSEEDSEED-CBCseedRC2-CBCRC2RC2-CBCrc2BF-CBCBFBF-CBCbfBF-CBCblowfishCAST5-CBCCASTCAST5-CBCcastCAST5-CBCCAST-cbcCAST5-CBCcast-cbcAES-128-CBCAES128AES-128-CBCaes128AES-192-CBCAES192AES-192-CBCaes192AES-256-CBCAES256AES-256-CBCaes256CAMELLIA-128-CBCCAMELLIA128CAMELLIA-128-CBCcamellia128CAMELLIA-192-CBCCAMELLIA192CAMELLIA-192-CBCcamellia192CAMELLIA-256-CBCCAMELLIA256CAMELLIA-256-CBCcamellia256MD5ssl2-md5MD5ssl3-md5SHA1ssl3-sha1RSA-SHA1RSA-SHA1-2DSA-SHA1DSA-SHA1-oldDSA-SHA1DSS1DSA-SHA1dss1RIPEMD160ripemdRIPEMD160rmd160l <= sizeof(c->iv).\crypto\evp\evp_lib.cj <= sizeof(c->iv).\crypto\evp\evp_lib.c.\crypto\evp\evp_lib.creliable
r`Z	X	0\	R	R	S	.\crypto\evp\bio_ok.cThe quick brown fox jumped over the lazy dog's back.The quick brown fox jumped over the lazy dog's back.The quick brown fox jumped over the lazy dog's back.The quick brown fox jumped over the lazy dog's back..\crypto\evp\evp_pkey.c.\crypto\evp\evp_pkey.cTYPE=.\crypto\evp\evp_pkey.c.\crypto\evp\evp_pkey.c.\crypto\evp\evp_pkey.c.\crypto\evp\evp_pkey.c.\crypto\evp\evp_pkey.c.\crypto\evp\evp_pkey.c.\crypto\evp\evp_pkey.c.\crypto\evp\evp_pbe.cNULLTYPE=.\crypto\evp\evp_pbe.c.\crypto\evp\evp_pbe.c.\crypto\evp\evp_pbe.c.\crypto\evp\evp_pbe.c.\crypto\evp\evp_pbe.c.\crypto\evp\p5_crpt.c.\crypto\evp\p5_crpt.cEVP_CIPHER_key_length(cipher) <= (int)sizeof(md_tmp).\crypto\evp\p5_crpt.cEVP_CIPHER_iv_length(cipher) <= 16.\crypto\evp\p5_crpt.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.ckeylen <= sizeof key.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.c.\crypto\evp\p5_crpt2.cX@daP.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_lib.cdigest.\crypto\evp\pmeth_lib.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_gn.c.\crypto\evp\pmeth_gn.c.\crypto\evp\pmeth_gn.c.\crypto\evp\pmeth_gn.c.\crypto\evp\pmeth_gn.c.\crypto\evp\pmeth_gn.c.\crypto\evp\m_sigver.c 		0	  		0	 Ф	`	(	.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.cNULL.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_object.c.\crypto\asn1\a_bitstr.c.\crypto\asn1\a_bitstr.c.\crypto\asn1\a_bitstr.c.\crypto\asn1\a_bitstr.c.\crypto\asn1\a_bitstr.c.\crypto\asn1\a_utctm.c.\crypto\asn1\a_utctm.c%02d%02d%02d%02d%02d%02dZ.\crypto\asn1\a_gentm.c.\crypto\asn1\a_gentm.c%04d%02d%02d%02d%02d%02dZASN1_TIME.\crypto\asn1\a_time.c1920.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_int.c.\crypto\asn1\a_set.c.\crypto\asn1\a_set.c.\crypto\asn1\a_set.c.\crypto\asn1\a_set.c.\crypto\asn1\a_set.c.\crypto\asn1\a_set.c.\crypto\asn1\a_set.c.\crypto\asn1\a_set.c.\crypto\asn1\a_set.c.\crypto\asn1\a_dup.c.\crypto\asn1\a_dup.c.\crypto\asn1\a_dup.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_i2d_fp.c.\crypto\asn1\a_i2d_fp.c.\crypto\asn1\a_i2d_fp.c.\crypto\asn1\a_i2d_fp.c.\crypto\asn1\a_i2d_fp.c.\crypto\asn1\a_enum.c.\crypto\asn1\a_enum.c.\crypto\asn1\a_enum.c.\crypto\asn1\a_enum.c.\crypto\asn1\a_enum.c.\crypto\asn1\a_enum.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_digest.c.\crypto\asn1\a_digest.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_verify.c.\crypto\asn1\a_mbstr.c.\crypto\asn1\a_mbstr.c.\crypto\asn1\a_mbstr.c.\crypto\asn1\a_mbstr.c.\crypto\asn1\a_mbstr.c%ldminsize=.\crypto\asn1\a_mbstr.c%ldmaxsize=.\crypto\asn1\a_mbstr.c.\crypto\asn1\a_mbstr.c.\crypto\asn1\a_mbstr.c.\crypto\asn1\a_mbstr.c.\crypto\asn1\a_mbstr.c'()+,-./:=?\W%08lX\U%04lX\\%02X\\#.\crypto\asn1\a_strex.c:"" 
 + ,+,  + ;  +  = =algorithmparameterX509_ALGORalgorithmsX509_ALGORSnotBeforenotAfterX509_VALalgorpublic_keyX509_PUBKEY.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.c.\crypto\asn1\x_pubkey.calgordigestX509_SIGversionsubjectpubkeyattributesX509_REQ_INFOreq_infosig_algsignatureX509_REQvalue.setvalue.singleX509_ATTRIBUTEobjectX509_ATTRIBUTE*
*
+
 +
BIGNUMBIGNUM,
,
,
`-
,
@.
LONGZLONG.\crypto\asn1\x_long.c.\crypto\asn1\x_long.c%ld
objectvalueX509_NAME_ENTRYRDNSX509_NAME_ENTRIESNameX509_NAME_INTERNALX509_NAME.\crypto\asn1\x_name.c.\crypto\asn1\x_name.c.\crypto\asn1\x_name.c.\crypto\asn1\x_name.c.\crypto\asn1\x_name.cversionserialNumbersignatureissuervaliditysubjectkeyissuerUIDsubjectUIDextensionsX509_CINFcert_infosig_algsignatureX509trustrejectaliaskeyidotherX509_CERT_AUXforwardreverseX509_CERT_PAIRserialNumberrevocationDateextensionsX509_REVOKED@J
J
hversionsig_algissuerlastUpdatenextUpdaterevokedextensionsX509_CRL_INFOcrlsig_algsignatureX509_CRL.\crypto\asn1\x_crl.c.\crypto\asn1\x_crl.c.\crypto\asn1\x_crl.c.\crypto\asn1\x_crl.c.\crypto\asn1\x_info.c.\crypto\asn1\x_info.c.\crypto\asn1\x_info.cpubkeychallengeNETSCAPE_SPKACspkacsig_algorsignatureNETSCAPE_SPKItypecertsNETSCAPE_CERT_SEQUENCEheadercertNETSCAPE_X509.\crypto\asn1\d2i_pu.c.\crypto\asn1\d2i_pu.c.\crypto\asn1\d2i_pu.c.\crypto\asn1\d2i_pu.c.\crypto\asn1\d2i_pu.c.\crypto\asn1\d2i_pu.c.\crypto\asn1\d2i_pr.c.\crypto\asn1\d2i_pr.c.\crypto\asn1\d2i_pr.c.\crypto\asn1\d2i_pr.c.\crypto\asn1\i2d_pu.c.\crypto\asn1\i2d_pr.c.\crypto\asn1\t_req.cCertificate Request:
    Data:
-%8sVersion: %s%lu (%s0x%lx)
        Subject:%c
        Subject Public Key Info:
%12sPublic Key Algorithm: 
%12sUnable to load Public Key
%8sAttributes:
%12sa0:00
%12s :
unable to print attribute
%8sRequested Extensions:
%12scritical: %s
%16s
.\crypto\asn1\t_req.c.\crypto\asn1\t_x509.cCertificate:
    Data:
%8sVersion: %lu (0x%lx)
        Serial Number:- %s%lu (%s0x%lx)
 (Negative)
%12s%s%02x%c        Issuer:%c
        Validity
            Not Before: 
            Not After : 
        Subject:%c
        Subject Public Key Info:
%12sPublic Key Algorithm: 
%12sUnable to load Public Key
X509v3 extensions        Subject OCSP hash: .\crypto\asn1\t_x509.c%02X
        Public key OCSP hash: %02X

:%02x%s
    Signature Algorithm: 
Bad time valueJanFebMarAprMayJunJulAugSepOctNovDecĘ GMT%s %2d %02d:%02d:%02d%.*s %d%sBad time value GMT%s %2d %02d:%02d:%02d %d%sBad time value, .\crypto\asn1\t_x509.c%*sTrusted Uses:
%*s, 
%*sNo Trusted Uses.
%*sRejected Uses:
%*s, 
%*sNo Rejected Uses.
%*sAlias: %s
%*sKey Id: :%s%02X
.\crypto\asn1\t_crl.cCertificate Revocation List (CRL):
%8sVersion %lu (0x%lx)
%8sIssuer: %s
%8sLast Update: 
%8sNext Update: NONE
CRL extensionsRevoked Certificates:
No Revoked Certificates.
    Serial Number: 
        Revocation Date: 
CRL entry extensions-%s 0
%s %s%lu (%s0x%lx)
 (Negative)%s%s
:%02x%s
Netscape SPKI:
UNKNOWN  Public Key Algorithm: %s
  Unable to load public key
  Challenge String: %s
UNKNOWN  Signature Algorithm: %s
      :%02x%s
%*s, 
.\crypto\asn1\tasn_new.c.\crypto\asn1\tasn_new.c.\crypto\asn1\tasn_new.c.\crypto\asn1\tasn_new.c.\crypto\asn1\tasn_new.c.\crypto\asn1\tasn_new.c.\crypto\asn1\tasn_enc.c.\crypto\asn1\tasn_enc.c.\crypto\asn1\tasn_enc.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c, Type=Field=Type=.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_dec.c.\crypto\asn1\tasn_utl.c.\crypto\asn1\tasn_utl.c.\crypto\asn1\tasn_utl.cASN1_INTEGERASN1_ENUMERATEDASN1_BIT_STRINGASN1_OCTET_STRINGASN1_NULLASN1_OBJECTASN1_UTF8STRINGASN1_PRINTABLESTRINGASN1_T61STRINGASN1_IA5STRINGASN1_GENERALSTRINGASN1_UTCTIMEASN1_GENERALIZEDTIMEASN1_VISIBLESTRINGASN1_UNIVERSALSTRINGASN1_BMPSTRINGASN1_ANYASN1_SEQUENCEASN1_PRINTABLEDISPLAYTEXTDIRECTORYSTRINGASN1_BOOLEANASN1_TBOOLEANASN1_FBOOLEANASN1_OCTET_STRING_NDEFASN1_SEQUENCE_ANYASN1_SEQUENCE_ANYASN1_SET_ANYASN1_SET_ANY.\crypto\asn1\tasn_prn.c.\crypto\asn1\tasn_prn.c

:EXTERNAL TYPE %s
ERROR: selector [%d] invalid
 {

%*s}
Unprocessed type %d
SETSEQUENCE%*s%s OF %s {
%*s%s:

%*s
%*s}
                     (%s): BOOL ABSENTFALSETRUE%s (%s) (%ld unused bits)

NULL
:

 WWpc]`^0_``0.\crypto\asn1\ameth_lib.c0123456789ABCDEFH-00\
.\crypto\asn1\f_int.c.\crypto\asn1\f_int.c.\crypto\asn1\f_int.c.\crypto\asn1\f_int.c.\crypto\asn1\f_int.c.\crypto\asn1\f_int.c0123456789ABCDEF0\
.\crypto\asn1\f_string.c.\crypto\asn1\f_string.c.\crypto\asn1\f_string.c.\crypto\asn1\f_string.c.\crypto\asn1\f_string.c.\crypto\asn1\f_string.cosenckeyNETSCAPE_ENCRYPTED_PKEYversionalgorprivate_keyNETSCAPE_PKEY.\crypto\asn1\n_pkey.c.\crypto\asn1\n_pkey.c.\crypto\asn1\n_pkey.c.\crypto\asn1\n_pkey.cprivate-key.\crypto\asn1\n_pkey.cEnter Private Key password:.\crypto\asn1\n_pkey.cSGCKEYSALT.\crypto\asn1\n_pkey.cprivate-key.\crypto\asn1\n_pkey.c.\crypto\asn1\n_pkey.cEnter Private Key password:.\crypto\asn1\n_pkey.cSGCKEYSALT.\crypto\asn1\n_pkey.c.\crypto\asn1\n_pkey.c0123456789ABCDEF00\
.\crypto\asn1\f_enum.c.\crypto\asn1\f_enum.c.\crypto\asn1\f_enum.c.\crypto\asn1\f_enum.c.\crypto\asn1\f_enum.c.\crypto\asn1\f_enum.c.\crypto\asn1\x_pkey.c.\crypto\asn1\x_pkey.c.\crypto\asn1\x_pkey.c.\crypto\asn1\x_pkey.c.\crypto\asn1\a_bool.cobjectcriticalvalueX509_EXTENSIONExtensionX509_EXTENSIONSasn1p0`P
.\crypto\asn1\bio_asn1.c.\crypto\asn1\bio_asn1.cctx->buflen <= ctx->bufsize.\crypto\asn1\bio_asn1.c.\crypto\asn1\bio_ndef.c.\crypto\asn1\bio_ndef.c.\crypto\asn1\bio_ndef.c.\crypto\asn1\bio_ndef.c.\crypto\asn1\asn_mime.c.\crypto\asn1\asn_mime.c-----BEGIN %s-----
-----END %s-----
.\crypto\asn1\asn_mime.c.\crypto\asn1\asn_mime.c,sha1md5sha-256sha-384sha-512gostr3411-94unknownsmime.p7mapplication/x-pkcs7-application/pkcs7-

MIME-Version: 1.0%sContent-Type: multipart/signed; protocol="%ssignature"; micalg=""; boundary="----%s"%s%sThis is an S/MIME signed message%s%s------%s%s%s------%s%sContent-Type: %ssignature; name="smime.p7s"%sContent-Transfer-Encoding: base64%sContent-Disposition: attachment; filename="smime.p7s"%s%s%s------%s--%s%senveloped-datasigned-receiptsigned-datacerts-onlycompressed-datasmime.p7zMIME-Version: 1.0%sContent-Disposition: attachment; filename="%s"%sContent-Type: %smime; smime-type=%s; name="%s"%sContent-Transfer-Encoding: base64%s%s%s.\crypto\asn1\asn_mime.c.\crypto\asn1\asn_mime.ccontent-type.\crypto\asn1\asn_mime.cmultipart/signedboundary.\crypto\asn1\asn_mime.c.\crypto\asn1\asn_mime.c.\crypto\asn1\asn_mime.ccontent-type.\crypto\asn1\asn_mime.capplication/x-pkcs7-signatureapplication/pkcs7-signature.\crypto\asn1\asn_mime.ctype: .\crypto\asn1\asn_mime.capplication/x-pkcs7-mimeapplication/pkcs7-mime.\crypto\asn1\asn_mime.ctype: .\crypto\asn1\asn_mime.cContent-Type: text/plain


.\crypto\asn1\asn_mime.ccontent-type.\crypto\asn1\asn_mime.ctext/plain.\crypto\asn1\asn_mime.ctype: 
.\crypto\asn1\asn_mime.c.\crypto\asn1\asn_mime.c----.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.ctag=.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.cASCIIUTF8HEXBITLIST.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.cChar=.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.cBOOLBOOLEANNULLINTINTEGERENUMENUMERATEDOIDOBJECTUTCTIMEUTCGENERALIZEDTIMEGENTIMEOCTOCTETSTRINGBITSTRBITSTRINGUNIVERSALSTRINGUNIVIA5IA5STRINGUTF8UTF8StringBMPBMPSTRINGVISIBLESTRINGVISIBLEPRINTABLESTRINGPRINTABLET61T61STRINGTELETEXSTRINGGeneralStringGENSTRNUMERICNUMERICSTRINGSEQUENCESEQSETEXPEXPLICITIMPIMPLICITOCTWRAPSEQWRAPSETWRAPBITWRAPFORMFORMAT.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.cstring=.\crypto\asn1\asn1_gen.c.\crypto\asn1\asn1_gen.ccons: prim: priv [ %d ] cont [ %d ]appl [ %d ]Error in encoding
%5ld:d=%-2d hl=%ld l=%4ld d=%-2d hl=%ld l=inf  
length is greater than %ld

:::BAD OBJECTBad boolean
:%d:[HEX DUMP]:%02X
:-%02X00BAD INTEGER:-%02X00BAD ENUMERATED

EOCBOOLEANINTEGERBIT STRINGOCTET STRINGNULLOBJECTOBJECT DESCRIPTOREXTERNALREALENUMERATEDUTF8STRINGSEQUENCESETNUMERICSTRINGPRINTABLESTRINGT61STRINGVIDEOTEXSTRINGIA5STRINGUTCTIMEGENERALIZEDTIMEGRAPHICSTRINGVISIBLESTRINGGENERALSTRINGUNIVERSALSTRINGBMPSTRING(unknown).\crypto\asn1\asn1_lib.c.\crypto\asn1\asn1_lib.c.\crypto\asn1\asn1_lib.c.\crypto\asn1\asn1_lib.c.\crypto\asn1\asn1_lib.c.\crypto\asn1\asn1_lib.c.\crypto\asn1\asn1_lib.c%lu%d offset=address=a2d_ASN1_OBJECTa2i_ASN1_ENUMERATEDa2i_ASN1_INTEGERa2i_ASN1_STRINGAPPEND_EXPASN1_BIT_STRING_set_bitASN1_CBASN1_CHECK_TLENASN1_COLLATE_PRIMITIVEASN1_COLLECTASN1_D2I_EX_PRIMITIVEASN1_d2i_fpASN1_D2I_READ_BIOASN1_digestASN1_DO_ADBASN1_dupASN1_ENUMERATED_setASN1_ENUMERATED_to_BNASN1_EX_C2IASN1_FIND_ENDASN1_GENERALIZEDTIME_adjASN1_GENERALIZEDTIME_setASN1_generate_v3ASN1_get_objectASN1_HEADER_NEWASN1_i2d_bioASN1_i2d_fpASN1_INTEGER_setASN1_INTEGER_to_BNASN1_item_d2i_fpASN1_item_dupASN1_ITEM_EX_COMBINE_NEWASN1_ITEM_EX_D2IASN1_item_i2d_bioASN1_item_i2d_fpASN1_item_packASN1_item_signASN1_item_sign_ctxASN1_item_unpackASN1_item_verifyASN1_mbstring_ncopyASN1_OBJECT_newASN1_OUTPUT_DATAASN1_pack_stringASN1_PCTX_newASN1_PKCS5_PBE_SETASN1_seq_packASN1_seq_unpackASN1_signASN1_STR2TYPEASN1_STRING_setASN1_STRING_TABLE_addASN1_STRING_type_newASN1_TEMPLATE_EX_D2IASN1_TEMPLATE_NEWASN1_TEMPLATE_NOEXP_D2IASN1_TIME_adjASN1_TIME_setASN1_TYPE_get_int_octetstringASN1_TYPE_get_octetstringASN1_unpack_stringASN1_UTCTIME_adjASN1_UTCTIME_setASN1_verifyB64_READ_ASN1B64_WRITE_ASN1BIO_new_NDEFBITSTR_CBBN_to_ASN1_ENUMERATEDBN_to_ASN1_INTEGERc2i_ASN1_BIT_STRINGc2i_ASN1_INTEGERc2i_ASN1_OBJECTCOLLECT_DATAD2I_ASN1_BIT_STRINGd2i_ASN1_BOOLEANd2i_ASN1_bytesD2I_ASN1_GENERALIZEDTIMED2I_ASN1_HEADERD2I_ASN1_INTEGERd2i_ASN1_OBJECTd2i_ASN1_SETd2i_ASN1_type_bytesd2i_ASN1_UINTEGERD2I_ASN1_UTCTIMEd2i_AutoPrivateKeyd2i_Netscape_RSAD2I_NETSCAPE_RSA_2d2i_PrivateKeyd2i_PublicKeyd2i_RSA_NETD2I_RSA_NET_2D2I_X509D2I_X509_CINFd2i_X509_PKEYi2d_ASN1_bio_streami2d_ASN1_SETI2D_ASN1_TIMEi2d_DSA_PUBKEYi2d_EC_PUBKEYi2d_PrivateKeyi2d_PublicKeyi2d_RSA_NETi2d_RSA_PUBKEYLONG_C2IOID_MODULE_INITPARSE_TAGGINGPKCS5_pbe2_set_ivPKCS5_pbe_setPKCS5_pbe_set0_algorPKCS5_pbkdf2_setSMIME_read_ASN1SMIME_textX509_CINF_NEWX509_CRL_add0_revokedX509_INFO_newX509_NAME_ENCODEX509_NAME_EX_D2IX509_NAME_EX_NEWX509_NEWX509_PKEY_new@
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adding objectasn1 parse errorasn1 sig parse erroraux errorbad classbad object headerbad password readbad tagbmpstring is wrong lengthbn libboolean is wrong lengthbuffer too smallcipher has no object identifiercontext not initialiseddata is wrongdecode errordecoding errordepth exceededdigest and key type not supportedencode errorerror getting timeerror loading sectionerror parsing set elementerror setting cipher paramsexpecting an integerexpecting an objectexpecting a booleanexpecting a timeexplicit length mismatchexplicit tag not constructedfield missingfirst num too largeheader too longillegal bitstring formatillegal booleanillegal charactersillegal formatillegal hexillegal implicit tagillegal integerillegal nested taggingillegal nullillegal null valueillegal objectillegal optional anyillegal options on item templateillegal tagged anyillegal time valueinteger not ascii formatinteger too large for longinvalid bit string bits leftinvalid bmpstring lengthinvalid digitinvalid mime typeinvalid modifierinvalid numberinvalid object encodinginvalid separatorinvalid time formatinvalid universalstring lengthinvalid utf8stringiv too largelength errorlist errormime no content typemime parse errormime sig parse errormissing eocmissing second numbermissing valuemstring not universalmstring wrong tagnested asn1 stringnon hex charactersnot ascii formatnot enough datano content typeno default digestno matching choice typeno multipart body failureno multipart boundaryno sig content typenull is wrong lengthobject not ascii formatodd number of charsprivate key header missingsecond number too largesequence length mismatchsequence not constructedsequence or set needs configshort linesig invalid mime typestreaming not supportedstring too longstring too shorttag value too highthe asn1 object identifier is not known for this mdtime not ascii formattoo longtype not constructedtype not primitiveunable to decode rsa keyunable to decode rsa private keyunexpected eocuniversalstring is wrong lengthunknown formatunknown message digest algorithmunknown object typeunknown public key typeunknown signature algorithmunknown tagunknown formatunsupported any defined by typeunsupported cipherunsupported encryption algorithmunsupported public key typeunsupported typewrong public key typewrong tagwrong type
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`.\crypto\asn1\a_bytes.c.\crypto\asn1\a_bytes.c.\crypto\asn1\a_bytes.c.\crypto\asn1\a_bytes.c.\crypto\asn1\a_bytes.c MASK:nombstrpkixutf8onlydefault.\crypto\asn1\a_strnid.c.\crypto\asn1\a_strnid.c.\crypto\asn1\a_strnid.c.\crypto\asn1\evp_asn1.c.\crypto\asn1\evp_asn1.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.c.\crypto\asn1\asn_pack.csaltiterPBEPARAM.\crypto\asn1\p5_pbe.c.\crypto\asn1\p5_pbe.c.\crypto\asn1\p5_pbe.c.\crypto\asn1\p5_pbe.c.\crypto\asn1\p5_pbe.ckeyfuncencryptionPBE2PARAMsaltiterkeylengthprfPBKDF2PARAM.\crypto\asn1\p5_pbev2.c.\crypto\asn1\p5_pbev2.c.\crypto\asn1\p5_pbev2.c.\crypto\asn1\p5_pbev2.c.\crypto\asn1\p5_pbev2.cversionpkeyalgpkeyattributesPKCS8_PRIV_KEY_INFO.\crypto\asn1\asn_moid.c.\crypto\asn1\asn_moid.coid_section.\crypto\asn1\asn_moid.c.\crypto\pem\pem_sign.c.\crypto\pem\pem_sign.c.\crypto\pem\pem_seal.c.\crypto\pem\pem_seal.c.\crypto\pem\pem_seal.c.\crypto\pem\pem_seal.c.\crypto\pem\pem_seal.c.\crypto\pem\pem_seal.c.\crypto\pem\pem_info.c.\crypto\pem\pem_info.cCERTIFICATEX509 CERTIFICATETRUSTED CERTIFICATEX509 CRLRSA PRIVATE KEYDSA PRIVATE KEYEC PRIVATE KEY.\crypto\pem\pem_info.c.\crypto\pem\pem_info.c.\crypto\pem\pem_info.c.\crypto\pem\pem_info.c.\crypto\pem\pem_info.cstrlen(objstr) + 23 + 2 * enc->iv_len + 13 <= sizeof buf.\crypto\pem\pem_info.cRSA PRIVATE KEYEnter PEM pass phrase:.\crypto\pem\pem_lib.cphrase is too short, needs to be at least %d chars
ENCRYPTEDMIC-CLEARMIC-ONLYBAD-TYPEProc-Type: 4,
DEK-Info: ,.\crypto\pem\pem_lib.cANY PRIVATE KEYENCRYPTED PRIVATE KEYPRIVATE KEYPRIVATE KEYPARAMETERSPARAMETERSX509 CERTIFICATECERTIFICATENEW CERTIFICATE REQUESTCERTIFICATE REQUESTCERTIFICATETRUSTED CERTIFICATEX509 CERTIFICATETRUSTED CERTIFICATECERTIFICATEPKCS7PKCS #7 SIGNED DATAPKCS7CERTIFICATECMSPKCS7CMSExpecting: .\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.cenc->iv_len <= (int)sizeof(iv).\crypto\pem\pem_lib.cstrlen(objstr) + 23 + 2 * enc->iv_len + 13 <= sizeof buf.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.cProc-Type: .\crypto\pem\pem_lib.cENCRYPTED.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.cDEK-Info: .\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c-----BEGIN -----

.\crypto\pem\pem_lib.c-----END -----
.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c-----BEGIN -----
.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c-----END .\crypto\pem\pem_lib.c-----END .\crypto\pem\pem_lib.c-----END -----
.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.c.\crypto\pem\pem_lib.cCERTIFICATE REQUESTCERTIFICATE REQUESTCERTIFICATE REQUESTCERTIFICATE REQUESTNEW CERTIFICATE REQUESTNEW CERTIFICATE REQUESTX509 CRLX509 CRLX509 CRLX509 CRLPKCS7PKCS7PKCS7PKCS7CERTIFICATECERTIFICATECERTIFICATECERTIFICATERSA PRIVATE KEYRSA PRIVATE KEYRSA PUBLIC KEYRSA PUBLIC KEYRSA PUBLIC KEYRSA PUBLIC KEYPUBLIC KEYPUBLIC KEYPUBLIC KEYPUBLIC KEYDSA PRIVATE KEYDSA PRIVATE KEYPUBLIC KEYPUBLIC KEYPUBLIC KEYPUBLIC KEYDSA PARAMETERSDSA PARAMETERSDSA PARAMETERSDSA PARAMETERSEC PARAMETERSEC PARAMETERSEC PARAMETERSEC PARAMETERSEC PRIVATE KEYEC PRIVATE KEYPUBLIC KEYPUBLIC KEYPUBLIC KEYPUBLIC KEYDH PARAMETERSDH PARAMETERSDH PARAMETERSDH PARAMETERSPUBLIC KEYPUBLIC KEYPUBLIC KEYPUBLIC KEYB2I_DSSb2i_PVK_bioB2I_RSACHECK_BITLEN_DSACHECK_BITLEN_RSAd2i_PKCS8PrivateKey_biod2i_PKCS8PrivateKey_fpDO_B2IDO_B2I_BIODO_BLOB_HEADERDO_PK8PKEYDO_PK8PKEY_FPDO_PVK_BODYDO_PVK_HEADERI2B_PVKi2b_PVK_bioLOAD_IVPEM_ASN1_readPEM_ASN1_read_bioPEM_ASN1_writePEM_ASN1_write_bioPEM_def_callbackPEM_do_headerPEM_F_PEM_WRITE_PKCS8PRIVATEKEYPEM_get_EVP_CIPHER_INFOPEM_PK8PKEYPEM_readPEM_read_bioPEM_read_bio_ParametersPEM_READ_BIO_PRIVATEKEYPEM_READ_PRIVATEKEYPEM_SealFinalPEM_SealInitPEM_SignFinalPEM_writePEM_write_bioPEM_WRITE_PRIVATEKEYPEM_X509_INFO_readPEM_X509_INFO_read_bioPEM_X509_INFO_write_bio	`	h	x 	0			@	P	`			p	(	8	H	PP	``	hp	x		@		`		p		(	8	H	`	x				 		0	@	P	(bad base64 decodebad decryptbad end linebad iv charsbad magic numberbad password readbad version numberbio write failurecipher is nullerror converting private keyexpecting private key blobexpecting public key blobinconsistent headerkeyblob header parse errorkeyblob too shortnot dek infonot encryptednot proc typeno start lineproblems getting passwordpublic key no rsapvk data too shortpvk too shortread keyshort headerunsupported cipherunsupported encryptionunsupported key componentsd	e	f	g	t	h	0u	Hv	`	xs	w	x	y	z	{	 i	8j	Hk	Xl	hm	xn	|	}	o	p	q	r	~	(CERTIFICATECERTIFICATECERTIFICATECERTIFICATETRUSTED CERTIFICATETRUSTED CERTIFICATETRUSTED CERTIFICATETRUSTED CERTIFICATECERTIFICATE PAIRCERTIFICATE PAIRCERTIFICATE PAIRCERTIFICATE PAIR.\crypto\pem\pem_oth.c.\crypto\pem\pem_pk8.c.\crypto\pem\pem_pk8.c.\crypto\pem\pem_pk8.c.\crypto\pem\pem_pk8.c.\crypto\pem\pem_pk8.cENCRYPTED PRIVATE KEYENCRYPTED PRIVATE KEYENCRYPTED PRIVATE KEYENCRYPTED PRIVATE KEYPRIVATE KEYPRIVATE KEYPRIVATE KEYPRIVATE KEYANY PRIVATE KEYPRIVATE KEYENCRYPTED PRIVATE KEY.\crypto\pem\pem_pkey.cPRIVATE KEY.\crypto\pem\pem_pkey.c%s PRIVATE KEYPARAMETERSPARAMETERS.\crypto\pem\pem_pkey.c%s PARAMETERS.\crypto\pem\pem_pkey.c.\crypto\pem\pem_pkey.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c.\crypto\pem\pvkfmt.c/usr/local/ssl/private/usr/local/ssl/usr/local/ssl/certs/usr/local/ssl/cert.pemSSL_CERT_DIRSSL_CERT_FILE.\crypto\x509\x509_r2x.c.\crypto\x509\x509_cmp.c.\crypto\x509\x509_cmp.c.\crypto\x509\x509_cmp.cNO X509_NAME.\crypto\x509\x509_obj.c.\crypto\x509\x509_req.c.\crypto\x509\x509_req.c.\crypto\x509\x509_req.c.\crypto\x509\x509_req.c.\crypto\x509\x509_req.c.\crypto\x509\x509_req.c.\crypto\x509\x509_req.c.\crypto\x509\x509spki.c.\crypto\x509\x509spki.c.\crypto\x509\x509spki.c.\crypto\x509\x509spki.c.\crypto\x509\x509spki.c.\crypto\x509\x509spki.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.cOPENSSL_ALLOW_PROXY_CERTS.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.cdefault.\crypto\x509\x509_vfy.c.\crypto\x509\x509_vfy.cADD_CERT_DIRBY_FILE_CTRLCHECK_POLICYDIR_CTRLGET_CERT_BY_SUBJECTNETSCAPE_SPKI_b64_decodeNETSCAPE_SPKI_b64_encodeX509at_add1_attrX509v3_add_extX509_ATTRIBUTE_create_by_NIDX509_ATTRIBUTE_create_by_OBJX509_ATTRIBUTE_create_by_txtX509_ATTRIBUTE_get0_dataX509_ATTRIBUTE_set1_dataX509_check_private_keyX509_CRL_print_fpX509_EXTENSION_create_by_NIDX509_EXTENSION_create_by_OBJX509_get_pubkey_parametersX509_load_cert_crl_fileX509_load_cert_fileX509_load_crl_fileX509_NAME_add_entryX509_NAME_ENTRY_create_by_NIDX509_NAME_ENTRY_create_by_txtX509_NAME_ENTRY_set_objectX509_NAME_onelineX509_NAME_printX509_print_ex_fpX509_PUBKEY_getX509_PUBKEY_setX509_REQ_check_private_keyX509_REQ_print_exX509_REQ_print_fpX509_REQ_to_X509X509_STORE_add_certX509_STORE_add_crlX509_STORE_CTX_get1_issuerX509_STORE_CTX_initX509_STORE_CTX_newX509_STORE_CTX_purpose_inheritX509_to_X509_REQX509_TRUST_addX509_TRUST_setX509_verify_cert@`Pp	`p 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0@Ph 00@P(`8pP`	p 	(@`XxPbad x509 filetypebase64 decode errorcant check dh keycert already in hash tableerr asn1 libinvalid directoryinvalid field nameinvalid trustkey type mismatchkey values mismatchloading cert dirloading defaultsmethod not supportedno cert set for us to verifypublic key decode errorpublic key encode errorshould retryunable to find parameters in chainunable to get certs public keyunknown key typeunknown nidunknown purpose idunknown trust idunsupported algorithmwrong lookup typewrong typedvrefq(w@{Xshtgh|i}~j0k@lhumyxopz.\crypto\x509\x509name.c.\crypto\x509\x509name.cname=.\crypto\x509\x509name.c.\crypto\x509\x509name.c.\crypto\x509\x509_v3.c.\crypto\x509\x509_v3.c.\crypto\x509\x509_v3.c.\crypto\x509\x509_v3.c.\crypto\x509\x509_att.c.\crypto\x509\x509_att.c.\crypto\x509\x509_att.c.\crypto\x509\x509_att.c.\crypto\x509\x509_att.cname=.\crypto\x509\x509_att.c.\crypto\x509\x509_att.c.\crypto\x509\x509_att.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.c.\crypto\x509\x509_lu.cokunable to get issuer certificateunable to get certificate CRLunable to decrypt certificate's signatureunable to decrypt CRL's signatureunable to decode issuer public keycertificate signature failureCRL signature failurecertificate is not yet validCRL is not yet validcertificate has expiredCRL has expiredformat error in certificate's notBefore fieldformat error in certificate's notAfter fieldformat error in CRL's lastUpdate fieldformat error in CRL's nextUpdate fieldout of memoryself signed certificateself signed certificate in certificate chainunable to get local issuer certificateunable to verify the first certificatecertificate chain too longcertificate revokedinvalid CA certificateinvalid non-CA certificate (has CA markings)path length constraint exceededproxy path length constraint exceededproxy certificates not allowed, please set the appropriate flagunsupported certificate purposecertificate not trustedcertificate rejectedapplication verification failuresubject issuer mismatchauthority and subject key identifier mismatchauthority and issuer serial number mismatchkey usage does not include certificate signingunable to get CRL issuer certificateunhandled critical extensionkey usage does not include CRL signingkey usage does not include digital signatureunhandled critical CRL extensioninvalid or inconsistent certificate extensioninvalid or inconsistent certificate policy extensionno explicit policyDifferent CRL scopeUnsupported extension featureRFC 3779 resource not subset of parent's resourcespermitted subtree violationexcluded subtree violationname constraints minimum and maximum not supportedunsupported name constraint typeunsupported or invalid name constraint syntaxunsupported or invalid name syntaxCRL path validation errorerror number %ldcompatibleSSL ClientSSL ServerS/MIME emailObject SignerOCSP responderOCSP requestTSA server@$`$`$`$`%н%н(%`8%.\crypto\x509\x509_trs.c.\crypto\x509\x509_trs.c.\crypto\x509\x509_trs.c.\crypto\x509\x509_trs.c.\crypto\x509\x509_trs.c.\crypto\x509\x509_trs.cLoad file into cacheP'P.\crypto\x509\by_file.c.\crypto\x509\by_file.c.\crypto\x509\by_file.c.\crypto\x509\by_file.c.\crypto\x509\by_file.c.\crypto\x509\by_file.c.\crypto\x509\by_file.c.\crypto\x509\by_file.c.\crypto\x509\by_file.cr.\crypto\x509\by_file.c.\crypto\x509\by_file.cLoad certs from files in a directory(@P0.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.cr.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c%s%08lx.%s%d%s%c%08lx.%s%d.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\by_dir.c.\crypto\x509\x509_vpm.cdefaultpkcs7smime_signssl_clientssl_servercapathlenBASIC_CONSTRAINTSCApathlen.\crypto\x509v3\v3_bcons.cCApathlen.\crypto\x509v3\v3_bcons.c,value:,name:section:SSL ClientclientSSL ServerserverS/MIMEemailObject SigningobjsignUnusedreservedSSL CAsslCAS/MIME CAemailCAObject Signing CAobjCA,,(,4,<,D,P,`,h,p,|,,,,,,Digital SignaturedigitalSignatureNon RepudiationnonRepudiationKey EnciphermentkeyEnciphermentData EnciphermentdataEnciphermentKey AgreementkeyAgreementCertificate SignkeyCertSignCRL SigncRLSignEncipher OnlyencipherOnlyDecipher OnlydecipherOnly-----. .8.P.`.p.........\crypto\x509v3\v3_bitst.c.\crypto\x509v3\v3_bitst.c.\crypto\x509v3\v3_bitst.c,value:,name:section:.\crypto\x509v3\v3_conf.c, value=name=.\crypto\x509v3\v3_conf.c.\crypto\x509v3\v3_conf.c.\crypto\x509v3\v3_conf.c,section=name=.\crypto\x509v3\v3_conf.c.\crypto\x509v3\v3_conf.cname=.\crypto\x509v3\v3_conf.c.\crypto\x509v3\v3_conf.c.\crypto\x509v3\v3_conf.ccritical,DER:ASN1:.\crypto\x509v3\v3_conf.cname=.\crypto\x509v3\v3_conf.cvalue=.\crypto\x509v3\v3_conf.c.\crypto\x509v3\v3_conf.c.\crypto\x509v3\v3_conf.c`EXTENDED_KEY_USAGEEXTENDED_KEY_USAGE.\crypto\x509v3\v3_extku.c.\crypto\x509v3\v3_extku.c,value:,name:section:.\crypto\x509v3\v3_ia5.c.\crypto\x509v3\v3_ia5.c.\crypto\x509v3\v3_ia5.c.\crypto\x509v3\v3_ia5.cX(`P8@ `@0 PP0 @p.\crypto\x509v3\v3_lib.c.\crypto\x509v3\v3_lib.c.\crypto\x509v3\v3_lib.c.\crypto\x509v3\v3_lib.c.\crypto\x509v3\v3_lib.c.\crypto\x509v3\v3_lib.c.\crypto\x509v3\v3_lib.c%*s
%*s, %s:%s
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%*s%*s.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.cTRUEFALSETRUE.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.cTRUEtrueYyYESyesFALSEfalseNnNOno.\crypto\x509v3\v3_utl.c,value:,name:section:,value:,name:section:.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c.\crypto\x509v3\v3_utl.c%d.%d.%d.%dA2I_GENERAL_NAMEASIDENTIFIERCHOICE_CANONIZEASIDENTIFIERCHOICE_IS_CANONICALCOPY_EMAILCOPY_ISSUERDO_DIRNAMEDO_EXT_CONFDO_EXT_I2DDO_EXT_NCONFDO_I2V_NAME_CONSTRAINTSGNAMES_FROM_SECTNAMEhex_to_stringi2s_ASN1_ENUMERATEDI2S_ASN1_IA5STRINGi2s_ASN1_INTEGERI2V_AUTHORITY_INFO_ACCESSNOTICE_SECTIONNREF_NOSPOLICY_SECTIONPROCESS_PCI_VALUER2I_CERTPOLR2I_PCIS2I_ASN1_IA5STRINGs2i_ASN1_INTEGERs2i_ASN1_OCTET_STRINGS2I_ASN1_SKEY_IDS2I_SKEY_IDSET_DIST_POINT_NAMEstring_to_hexSXNET_add_id_ascSXNET_add_id_INTEGERSXNET_add_id_ulongSXNET_get_id_ascSXNET_get_id_ulongV2I_ASIDENTIFIERSv2i_ASN1_BIT_STRINGV2I_AUTHORITY_INFO_ACCESSV2I_AUTHORITY_KEYIDV2I_BASIC_CONSTRAINTSV2I_CRLDV2I_EXTENDED_KEY_USAGEv2i_GENERAL_NAMESv2i_GENERAL_NAME_exV2I_IDPV2I_IPADDRBLOCKSV2I_ISSUER_ALTV2I_NAME_CONSTRAINTSV2I_POLICY_CONSTRAINTSV2I_POLICY_MAPPINGSV2I_SUBJECT_ALTV3_ADDR_VALIDATE_PATH_INTERNALV3_GENERIC_EXTENSIONX509V3_add1_i2dX509V3_add_valueX509V3_EXT_addX509V3_EXT_add_aliasX509V3_EXT_confX509V3_EXT_i2dX509V3_EXT_nconfX509V3_get_sectionX509V3_get_stringX509V3_get_value_boolX509V3_parse_listX509_PURPOSE_addX509_PURPOSE_set@
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"=@">"(>"8>"P>"`>"x>">	">">">">">"?"(?bad ip addressbad objectbn dec2bn errorbn to asn1 integer errordirname errordistpoint already setduplicate zone iderror converting zoneerror creating extensionerror in extensionexpected a section nameextension existsextension name errorextension not foundextension setting not supportedextension value errorillegal empty extensionillegal hex digitincorrect policy syntax taginvalid multiple rdnsinvalid asnumberinvalid asrangeinvalid boolean stringinvalid extension stringinvalid inheritanceinvalid ipaddressinvalid nameinvalid null argumentinvalid null nameinvalid null valueinvalid numberinvalid numbersinvalid object identifierinvalid optioninvalid policy identifierinvalid proxy policy settinginvalid purposeinvalid safiinvalid sectioninvalid syntaxissuer decode errormissing valueneed organization and numbersno config databaseno issuer certificateno issuer detailsno policy identifierno proxy cert policy language definedno public keyno subject detailsodd number of digitsoperation not definedothername errorpolicy language already definedpolicy path lengthpolicy path length already definedpolicy syntax not currently supportedpolicy when proxy language requires no policysection not foundunable to get issuer detailsunable to get issuer keyidunknown bit string argumentunknown extensionunknown extension nameunknown optionunsupported optionunsupported typeuser too longv"`Cw"pCd"Ce"C"C"C"C"C"D"(D"@D"XDs"pDf"Dg"Dt"D"Dq"D"E"(E"@E"XEh"hEi"E"E"Ej"Ek"El"Em"F"(F"8Fn"HF"hF"xF"F"F"F"F"F~"F|"G" G"@Gy"XG"pG"G"Gr"G}"Gp"G"H" H"0H"PH"hH"H"H"Hz"I{" Io"@I"`I"xIx"Iu"I"I"Itype_idvalueOTHERNAMEnameAssignerpartyNameEDIPARTYNAMEd.otherNamed.rfc822Named.dNSNamed.x400Addressd.directoryNamed.ediPartyNamed.uniformResourceIdentifierd.iPAddressd.registeredIDGENERAL_NAMEGeneralNamesGENERAL_NAMESothernameX400NameEdiPartyNameemailDNSURIDirName%d.%d.%d.%d%X:IP AddressIP AddressRegistered IDothername:X400Name:EdiPartyName:email:%sDNS:%sURI:%sDirName: IP Address:%d.%d.%d.%dIP Address:%X
IP Address:Registered ID.\crypto\x509v3\v3_alt.cissuercopy.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.cemailcopyemailmove.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.cvalue=.\crypto\x509v3\v3_alt.cvalue=.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.cemailURIDNSRIDIPdirNameotherName.\crypto\x509v3\v3_alt.cname=.\crypto\x509v3\v3_alt.c.\crypto\x509v3\v3_alt.csection=.\crypto\x509v3\v3_skey.chash.\crypto\x509v3\v3_skey.c.\crypto\x509v3\v3_skey.c.\crypto\x509v3\v3_skey.c.\crypto\x509v3\v3_skey.ckeyidserialkeyidalwaysissueralways.\crypto\x509v3\v3_akey.cname=.\crypto\x509v3\v3_akey.c.\crypto\x509v3\v3_akey.c.\crypto\x509v3\v3_akey.c.\crypto\x509v3\v3_akey.cnotBeforenotAfterPKEY_USAGE_PERIOD%*sNot Before: , Not After: UnspecifiedunspecifiedKey CompromisekeyCompromiseCA CompromiseCACompromiseAffiliation ChangedaffiliationChangedSupersededsupersededCessation Of OperationcessationOfOperationCertificate HoldcertificateHoldRemove From CRLremoveFromCRLPrivilege WithdrawnprivilegeWithdrawnAA CompromiseAACompromiseVV V0V@VPV`VxVVVVVVVWW	(W@W
XWhWzoneuserSXNETIDversionidsSXNET%*sVersion: %ld (0x%lX)
%*sZone: %s, User: .\crypto\x509v3\v3_sxnet.c.\crypto\x509v3\v3_sxnet.c.\crypto\x509v3\v3_sxnet.c.\crypto\x509v3\v3_sxnet.c.\crypto\x509v3\v3_sxnet.c.\crypto\x509v3\v3_sxnet.c.\crypto\x509v3\v3_sxnet.c.\crypto\x509v3\v3_sxnet.cCERTIFICATEPOLICIESCERTIFICATEPOLICIESpolicyidqualifiersPOLICYINFOd.otherd.cpsurid.usernoticepqualidPOLICYQUALINFOPOLICYQUALINFOnoticerefexptextUSERNOTICEorganizationnoticenosNOTICEREF.\crypto\x509v3\v3_cpols.c.\crypto\x509v3\v3_cpols.c.\crypto\x509v3\v3_cpols.c,value:,name:section:ia5org.\crypto\x509v3\v3_cpols.c,value:,name:section:.\crypto\x509v3\v3_cpols.c,value:,name:section:.\crypto\x509v3\v3_cpols.cpolicyIdentifier.\crypto\x509v3\v3_cpols.c,value:,name:section:CPS.\crypto\x509v3\v3_cpols.cuserNotice.\crypto\x509v3\v3_cpols.c,value:,name:section:.\crypto\x509v3\v3_cpols.c,value:,name:section:.\crypto\x509v3\v3_cpols.c,value:,name:section:.\crypto\x509v3\v3_cpols.c.\crypto\x509v3\v3_cpols.c.\crypto\x509v3\v3_cpols.cexplicitTextorganizationnoticeNumbers.\crypto\x509v3\v3_cpols.c,value:,name:section:.\crypto\x509v3\v3_cpols.c,value:,name:section:.\crypto\x509v3\v3_cpols.c.\crypto\x509v3\v3_cpols.c.\crypto\x509v3\v3_cpols.c.\crypto\x509v3\v3_cpols.c%*sPolicy: 
%*sCPS: %s
%*sUser Notice:
%*sUnknown Qualifier: 
%*sOrganization: %s
s%*sNumber%s: , 
%*sExplicit Text: %s
%*sPolicy: 
CriticalNon Critical%*s%s
%*sNo Qualifiers
.\crypto\x509v3\v3_crld.cfullnamerelativename.\crypto\x509v3\v3_crld.c.\crypto\x509v3\v3_crld.c.\crypto\x509v3\v3_crld.cUnusedunusedKey CompromisekeyCompromiseCA CompromiseCACompromiseAffiliation ChangedaffiliationChangedSupersededsupersededCessation Of OperationcessationOfOperationCertificate HoldcertificateHoldPrivilege WithdrawnprivilegeWithdrawnAA CompromiseAACompromise%*s%s:
%*s, 

reasonsCRLissuer.\crypto\x509v3\v3_crld.cname.fullnamename.relativenameDIST_POINT_NAMEdistpointreasonsCRLissuerDIST_POINTCRLDistributionPointsCRL_DIST_POINTSdistpointonlyuseronlyCAonlysomereasonsindirectCRLonlyattrISSUING_DIST_POINTonlyuseronlyCAonlyAAindirectCRLonlysomereasons.\crypto\x509v3\v3_crld.c,value:,name:section:.\crypto\x509v3\v3_crld.c%*s
%*sFull Name:
%*sRelative Name:
%*s
%*sOnly User Certificates
%*sOnly CA Certificates
%*sIndirect CRL
Only Some Reasons%*sOnly Attribute Certificates
%*s

Reasons%*sCRL Issuer:
SSL clientsslclientSSL serversslserverNetscape SSL servernssslserverS/MIME signingsmimesignS/MIME encryptionsmimeencryptCRL signingcrlsignAny PurposeanyOCSP helperocsphelperTime Stamp signingtimestampsign{
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ee.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.c.\crypto\x509v3\v3_purp.cmethodlocationACCESS_DESCRIPTIONGeneralNamesAUTHORITY_INFO_ACCESS.\crypto\x509v3\v3_info.c.\crypto\x509v3\v3_info.c - .\crypto\x509v3\v3_info.c.\crypto\x509v3\v3_info.c.\crypto\x509v3\v3_info.c.\crypto\x509v3\v3_info.c.\crypto\x509v3\v3_info.c.\crypto\x509v3\v3_info.cvalue=%*scrlUrl: 
%*scrlNum: 
%*scrlTime: 
%*s%*s.\crypto\x509v3\v3_ocsp.c%*s%*sIssuer: 
%*s - keyidissuerserialAUTHORITY_KEYIDissuerDomainPolicysubjectDomainPolicyPOLICY_MAPPINGPOLICY_MAPPINGSPOLICY_MAPPINGS.\crypto\x509v3\v3_pmaps.c.\crypto\x509v3\v3_pmaps.c,value:,name:section:.\crypto\x509v3\v3_pmaps.c,value:,name:section:.\crypto\x509v3\v3_pmaps.crequireExplicitPolicyinhibitPolicyMappingPOLICY_CONSTRAINTSRequire Explicit PolicyInhibit Policy Mapping.\crypto\x509v3\v3_pcons.crequireExplicitPolicyinhibitPolicyMapping.\crypto\x509v3\v3_pcons.c,value:,name:section:.\crypto\x509v3\v3_pcons.cbaseminimummaximumGENERAL_SUBTREEpermittedSubtreesexcludedSubtreesNAME_CONSTRAINTSpermittedexcluded.\crypto\x509v3\v3_ncons.c.\crypto\x509v3\v3_ncons.cPermittedExcluded%*s%s:
%*s
IP:%d.%d.%d.%d/%d.%d.%d.%d%X/:IP Address:policyLanguagepolicyPROXY_POLICYpcPathLengthConstraintproxyPolicyPROXY_CERT_INFO_EXTENSION%*sPath Length Constraint: infinite
%*sPolicy Language: 
%*sPolicy Text: %s
language.\crypto\x509v3\v3_pci.c,value:,name:section:.\crypto\x509v3\v3_pci.c,value:,name:section:pathlen.\crypto\x509v3\v3_pci.c,value:,name:section:.\crypto\x509v3\v3_pci.c,value:,name:section:policy.\crypto\x509v3\v3_pci.c,value:,name:section:hex:.\crypto\x509v3\v3_pci.c,value:,name:section:.\crypto\x509v3\v3_pci.c.\crypto\x509v3\v3_pci.c,value:,name:section:file:r.\crypto\x509v3\v3_pci.c,value:,name:section:.\crypto\x509v3\v3_pci.c.\crypto\x509v3\v3_pci.c,value:,name:section:text:.\crypto\x509v3\v3_pci.c.\crypto\x509v3\v3_pci.c,value:,name:section:.\crypto\x509v3\v3_pci.c,value:,name:section:.\crypto\x509v3\v3_pci.c,value:,name:section:.\crypto\x509v3\v3_pci.c,value:,name:section:.\crypto\x509v3\v3_pci.c,value:,name:section:,value:,name:section:.\crypto\x509v3\v3_pci.c.\crypto\x509v3\v3_pci.c.\crypto\x509v3\v3_pci.c.\crypto\x509v3\pcy_cache.c.\crypto\x509v3\pcy_cache.c.\crypto\x509v3\pcy_cache.c.\crypto\x509v3\pcy_node.c.\crypto\x509v3\pcy_data.c.\crypto\x509v3\pcy_tree.c.\crypto\x509v3\pcy_tree.c.\crypto\x509v3\pcy_tree.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.c.\crypto\cms\cms_lib.cissuerserialNumberCMS_IssuerAndSerialNumberotherCertFormatotherCertCMS_OtherCertificateFormatd.certificated.extendedCertificated.v1AttrCertd.v2AttrCertd.otherCMS_CertificateChoicesd.issuerAndSerialNumberd.subjectKeyIdentifierCMS_SignerIdentifiereContentTypeeContentCMS_EncapsulatedContentInfoversionsiddigestAlgorithmsignedAttrssignatureAlgorithmsignatureunsignedAttrsCMS_SignerInfootherRevInfoFormatotherRevInfoCMS_OtherRevocationInfoFormatd.crld.otherCMS_RevocationInfoChoiceversiondigestAlgorithmsencapContentInfocertificatescrlssignerInfosCMS_SignedDatacertificatescrlsCMS_OriginatorInfocontentTypecontentEncryptionAlgorithmencryptedContentCMS_EncryptedContentInfoversionridkeyEncryptionAlgorithmencryptedKeyCMS_KeyTransRecipientInfokeyAttrIdkeyAttrCMS_OtherKeyAttributesubjectKeyIdentifierdateotherCMS_RecipientKeyIdentifierd.issuerAndSerialNumberd.rKeyIdCMS_KeyAgreeRecipientIdentifierridencryptedKeyCMS_RecipientEncryptedKeyalgorithmpublicKeyCMS_OriginatorPublicKeyd.issuerAndSerialNumberd.subjectKeyIdentifierd.originatorKeyCMS_OriginatorIdentifierOrKeyversionoriginatorukmkeyEncryptionAlgorithmrecipientEncryptedKeysCMS_KeyAgreeRecipientInfokeyIdentifierdateotherCMS_KEKIdentifierversionkekidkeyEncryptionAlgorithmencryptedKeyCMS_KEKRecipientInfoversionkeyDerivationAlgorithmkeyEncryptionAlgorithmencryptedKeyCMS_PasswordRecipientInfooriTypeoriValueCMS_OtherRecipientInfod.ktrid.karid.kekrid.pwrid.oriCMS_RecipientInfoversionoriginatorInforecipientInfosencryptedContentInfounprotectedAttrsCMS_EnvelopedDataversiondigestAlgorithmencapContentInfodigestCMS_DigestedDataversionencryptedContentInfounprotectedAttrsCMS_EncryptedDataversionoriginatorInforecipientInfosmacAlgorithmdigestAlgorithmencapContentInfoauthAttrsmacunauthAttrsCMS_AuthenticatedDataversioncompressionAlgorithmencapContentInfoCMS_CompressedDatad.otherd.datad.signedDatad.envelopedDatad.digestedDatad.encryptedDatad.authenticatedDatad.compressedDatacontentTypeCMS_ContentInfoCMS_ContentInfoCMS_ATTRIBUTESCMS_Attributes_SignCMS_ATTRIBUTESCMS_Attributes_Verifyd.allOrFirstTierd.receiptListCMS_ReceiptsFromsignedContentIdentifierreceiptsFromreceiptsToCMS_ReceiptRequestversioncontentTypesignedContentIdentifieroriginatorSignatureValueCMS_Receipt.\crypto\cms\cms_io.cCMSCMSCMSCMSCMS.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.csmime_sign.\crypto\cms\cms_smime.cVerify error:.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.c.\crypto\cms\cms_smime.cCHECK_CONTENTCMS_add0_certCMS_add0_recipient_keyCMS_add0_recipient_passwordCMS_add1_ReceiptRequestCMS_add1_recipient_certCMS_add1_signerCMS_ADD1_SIGNINGTIMECMS_compresscms_CompressedData_createcms_CompressedData_init_bioCMS_COPY_CONTENTCMS_COPY_MESSAGEDIGESTCMS_dataCMS_dataFinalCMS_dataInitCMS_decryptCMS_decrypt_set1_keyCMS_decrypt_set1_passwordCMS_decrypt_set1_pkeycms_DigestAlgorithm_find_ctxcms_DigestAlgorithm_init_biocms_DigestedData_do_finalCMS_digest_verifycms_encode_ReceiptCMS_encryptcms_EncryptedContent_init_bioCMS_EncryptedData_decryptCMS_EncryptedData_encryptCMS_EncryptedData_set1_keyCMS_EnvelopedData_createcms_EnvelopedData_init_bioCMS_ENVELOPED_DATA_INITCMS_finalCMS_GET0_CERTIFICATE_CHOICESCMS_get0_contentCMS_GET0_ECONTENT_TYPEcms_get0_envelopedCMS_GET0_REVOCATION_CHOICESCMS_GET0_SIGNEDcms_msgSigDigest_add1CMS_ReceiptRequest_create0cms_Receipt_verifyCMS_RecipientInfo_decryptCMS_RECIPIENTINFO_KEKRI_DECRYPTCMS_RECIPIENTINFO_KEKRI_ENCRYPTCMS_RecipientInfo_kekri_get0_idCMS_RecipientInfo_kekri_id_cmpCMS_RecipientInfo_ktri_cert_cmpCMS_RECIPIENTINFO_KTRI_DECRYPTCMS_RECIPIENTINFO_KTRI_ENCRYPTCMS_RecipientInfo_ktri_get0_algsCMS_RecipientInfo_ktri_get0_signer_idcms_RecipientInfo_pwri_cryptCMS_RecipientInfo_set0_keyCMS_RecipientInfo_set0_passwordCMS_RecipientInfo_set0_pkeycms_set1_SignerIdentifierCMS_set_detachedCMS_signCMS_SIGNED_DATA_INITCMS_SIGNERINFO_CONTENT_SIGNCMS_SignerInfo_signCMS_SignerInfo_verifyCMS_SIGNERINFO_VERIFY_CERTCMS_SignerInfo_verify_contentCMS_sign_receiptCMS_streamCMS_uncompressCMS_verify0.P@
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.@	.X	.h	.xadd signer errorcertificate already presentcertificate has no keyidcertificate verify errorcipher initialisation errorcipher parameter initialisation errorcms datafinal errorcms libcontentidentifier mismatchcontent not foundcontent type mismatchcontent type not compressed datacontent type not enveloped datacontent type not signed datacontent verify errorctrl errorctrl failuredecrypt errordigest errorerror getting public keyerror reading messagedigest attributeerror setting keyerror setting recipientinfoinvalid encrypted key lengthinvalid key encryption parameterinvalid key lengthmd bio init errormessagedigest attribute wrong lengthmessagedigest wrong lengthmsgsigdigest errormsgsigdigest verification failuremsgsigdigest wrong lengthneed one signernot a signed receiptnot encrypted datanot keknot key transportnot pwrinot supported for this key typeno cipherno contentno content typeno default digestno digest setno keyno key or certno matching digestno matching recipientno matching signatureno msgsigdigestno passwordno private keyno public keyno receipt requestno signersprivate key does not match certificatereceipt decode errorrecipient errorsigner certificate not foundsignfinal errorsmime text errorstore init errortype not compressed datatype not datatype not digested datatype not encrypted datatype not enveloped dataunable to finalize contextunknown cipherunknown digest algorihmunknown idunsupported compression algorithmunsupported content typeunsupported kek algorithmunsupported key encryption algorithmunsupported recipient typeunsupported recpientinfo typeunsupported typeunwrap errorunwrap failureverification failurewrap errorc...8d.Xe.xf.g.h.ؑ.i..j.0k.Xl.xm.n.o.p.В.q.r.s.8t.Pu.p.v.w.Гx.y..0.H.p..z.{.Д|.ؔ.}.~. .0.@.P.h.x.....ؕ.....0.@.h.....ؖ... .8.P.h.......(.P.p....Ș..\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_sd.c.\crypto\cms\cms_dd.c.\crypto\cms\cms_dd.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_env.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.c.\crypto\cms\cms_pwri.cCONF_dump_fpCONF_loadCONF_load_bioCONF_load_fpCONF_modules_loadCONF_parse_listDEF_LOADDEF_LOAD_BIOMODULE_INITMODULE_LOAD_DSOMODULE_RUNNCONF_dump_bioNCONF_dump_fpNCONF_get_numberNCONF_get_number_eNCONF_get_sectionNCONF_get_stringNCONF_loadNCONF_load_bioNCONF_load_fpNCONF_newSTR_COPY @0`@pP@`px0P`Ȫت(@Xh xPerror loading dsolist cannot be nullmissing close square bracketmissing equal signmissing finish functionmissing init functionmodule initialization errorno close braceno confno conf or environment variableno sectionno such fileno valueunable to create new sectionunknown module namevariable has no valuen s8dPepopmfحijkr l0g@q`hxrb.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c name=group=.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.c.\crypto\conf\conf_lib.cENVdefault.\crypto\conf\conf_api.c.\crypto\conf\conf_api.cvv == NULL.\crypto\conf\conf_api.c@@ @
OpenSSL default0nntouPttt~WIN32`0nntouPttt~.\crypto\conf\conf_def.crb.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.cdefault.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c%ldline .\crypto\conf\conf_def.c.\crypto\conf\conf_def.c.\crypto\conf\conf_def.c[%s] %s=%s
[[%s]]
openssl_conf.\crypto\conf\conf_mod.cmodule=.\crypto\conf\conf_mod.c%-8d, retcode=, value=module=pathOPENSSL_initOPENSSL_finish.\crypto\conf\conf_mod.c, path=module=.\crypto\conf\conf_mod.c.\crypto\conf\conf_mod.c.\crypto\conf\conf_mod.c.\crypto\conf\conf_mod.cOPENSSL_CONFopenssl.cnf.\crypto\conf\conf_mod.c/openssl.cnf.\crypto\conf\conf_mod.c.\crypto\txt_db\txt_db.c.\crypto\txt_db\txt_db.c.\crypto\txt_db\txt_db.c.\crypto\txt_db\txt_db.cwrong number of fields on line %ld (looking for field %d, got %d, '%s' left)
failure in sk_push
OPENSSL_malloc failure
d.otherd.datad.signd.envelopedd.signed_and_envelopedd.digestd.encryptedtypePKCS7PKCS7versionmd_algscontentscertcrlsigner_infoPKCS7_SIGNEDversionissuer_and_serialdigest_algauth_attrdigest_enc_algenc_digestunauth_attrPKCS7_SIGNER_INFOissuerserialPKCS7_ISSUER_AND_SERIALversionrecipientinfoenc_dataPKCS7_ENVELOPEversionissuer_and_serialkey_enc_algorenc_keyPKCS7_RECIP_INFOcontent_typealgorithmenc_dataPKCS7_ENC_CONTENTversionrecipientinfomd_algsenc_datacertcrlsigner_infoPKCS7_SIGN_ENVELOPEversionenc_dataPKCS7_ENCRYPTversionmdcontentsdigestPKCS7_DIGESTPKCS7_ATTRIBUTESPKCS7_ATTR_SIGNPKCS7_ATTRIBUTESPKCS7_ATTR_VERIFY.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.c.\crypto\pkcs7\pk7_lib.cB64_READ_PKCS7B64_WRITE_PKCS7DO_PKCS7_SIGNED_ATTRIBi2d_PKCS7_bio_streamPKCS7_add0_attrib_signing_timePKCS7_add_attrib_smimecapPKCS7_add_certificatePKCS7_add_crlPKCS7_add_recipient_infoPKCS7_add_signaturePKCS7_add_signerPKCS7_BIO_ADD_DIGESTPKCS7_COPY_EXISTING_DIGESTPKCS7_ctrlPKCS7_dataDecodePKCS7_dataFinalPKCS7_dataInitPKCS7_DATASIGNPKCS7_dataVerifyPKCS7_decryptPKCS7_DECRYPT_RINFOPKCS7_ENCODE_RINFOPKCS7_encryptPKCS7_finalPKCS7_FIND_DIGESTPKCS7_get0_signersPKCS7_RECIP_INFO_setPKCS7_set_cipherPKCS7_set_contentPKCS7_set_digestPKCS7_set_typePKCS7_signPKCS7_signatureVerifyPKCS7_SIGNER_INFO_setPKCS7_SIGNER_INFO_signPKCS7_sign_add_signerPKCS7_simple_smimecapPKCS7_verifySMIME_read_PKCS7SMIME_text!!! !8p!P`!p@!P!`!0!p!!! !@!P!h!x!! !P!@!0!`!!!( !@!X!p!!@!!!!!p! P!8!H!`certificate verify errorcipher has no object identifiercipher not initializedcontent and data presentctrl errordecode errordecrypted key is wrong lengthdecrypt errordigest failureencryption ctrl failureencryption not supported for this key typeerror adding recipienterror setting cipherinvalid mime typeinvalid null pointerinvalid signed data typemime no content typemime parse errormime sig parse errormissing ceripend infono contentno content typeno default digestno matching digest type foundno multipart body failureno multipart boundaryno recipient matches certificateno recipient matches keyno signatures on datano signersno sig content typeoperation not supported on this typepkcs7 add signature errorpkcs7 add signer errorpkcs7 datafinalpkcs7 datafinal errorpkcs7 datasignpkcs7 parse errorpkcs7 sig parse errorprivate key does not match certificatesignature failuresigner certificate not foundsigning ctrl failuresigning not supported for this key typesig invalid mime typesmime text errorunable to find certificateunable to find mem biounable to find message digestunknown digest typeunknown operationunsupported cipher typeunsupported content typewrong content typewrong pkcs7 typeu!! t!@v!X!x!d!w!e!!!x! y!8!P!h!!!!g!z!!! !8!X!xs!!{!!!h!|!@!`~!x}!!!!!i!! !@!X!!j!k!l!m!n! o!8p!Pq!pr!.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.csmime_sign.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.cVerify error:.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_attr.c.\crypto\pkcs7\pk7_attr.c.\crypto\pkcs7\pk7_attr.c.\crypto\pkcs7\pk7_attr.c.\crypto\pkcs7\pk7_attr.c.\crypto\pkcs7\pk7_attr.cPKCS7.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.c.\crypto\pkcs12\p12_add.cversionauthsafesmacPKCS12dinfosaltiterPKCS12_MAC_DATAvalue.othervalue.x509certvalue.x509crlvalue.sdsicerttypePKCS12_BAGSPKCS12_BAGSvalue.othervalue.keybagvalue.shkeybagvalue.safesvalue.bagvalue.bagvalue.bagtypePKCS12_SAFEBAGattribPKCS12_SAFEBAGPKCS12_SAFEBAGSPKCS12_SAFEBAGSPKCS12_AUTHSAFESPKCS12_AUTHSAFES.\crypto\pkcs12\p12_crpt.c.\crypto\pkcs12\p12_crpt.c.\crypto\pkcs12\p12_crpt.c.\crypto\pkcs12\p12_crpt.c.\crypto\pkcs12\p12_crt.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_init.c.\crypto\pkcs12\p12_init.c.\crypto\pkcs12\p12_init.c.\crypto\pkcs12\p12_key.c.\crypto\pkcs12\p12_key.c.\crypto\pkcs12\p12_key.c.\crypto\pkcs12\p12_key.c.\crypto\pkcs12\p12_key.c.\crypto\pkcs12\p12_key.c.\crypto\pkcs12\p12_kiss.c.\crypto\pkcs12\p12_kiss.c.\crypto\pkcs12\p12_kiss.c.\crypto\pkcs12\p12_kiss.c.\crypto\pkcs12\p12_kiss.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_utl.c.\crypto\pkcs12\p12_utl.c.\crypto\pkcs12\p12_npas.c.\crypto\pkcs12\p12_npas.c.\crypto\pkcs12\p12_npas.cPARSE_BAGPARSE_BAGSPKCS12_ADD_FRIENDLYNAMEPKCS12_add_friendlyname_ascPKCS12_add_friendlyname_uniPKCS12_add_localkeyidPKCS12_createPKCS12_gen_macPKCS12_initPKCS12_item_decrypt_d2iPKCS12_item_i2d_encryptPKCS12_item_pack_safebagPKCS12_key_gen_ascPKCS12_key_gen_uniPKCS12_MAKE_KEYBAGPKCS12_MAKE_SHKEYBAGPKCS12_newpassPKCS12_pack_p7dataPKCS12_pack_p7encdataPKCS12_parsePKCS12_pbe_cryptPKCS12_PBE_keyivgenPKCS12_setup_macPKCS12_set_macPKCS12_unpack_authsafesPKCS12_unpack_p7dataPKCS12_verify_macPKCS8_add_keyusagePKCS8_encrypt#p#@##`### #0#@#P#hP###### #0#(`#@p#P#h## #0####cant pack structurecontent type not datadecode errorencode errorencrypt errorerror setting encrypted data typeinvalid null argumentinvalid null pkcs12 pointeriv gen errorkey gen errormac absentmac generation errormac setup errormac string set errormac verify errormac verify failureparse errorpkcs12 algor cipherinit errorpkcs12 cipherfinal errorpkcs12 pbe crypt errorunknown digest algorithmunsupported pkcs12 moded#y#e#0f#@g#Px#`h#i#j#k#l#m#n#o#p#0q#Hr#`s#pt#u#v#w#.\crypto\pkcs12\p12_p8e.c.\crypto\pkcs12\p12_p8e.c.\crypto\pkcs12\p12_p8e.c.\crypto\comp\comp_lib.cBIO_ZLIB_FLUSHBIO_ZLIB_NEWBIO_ZLIB_READBIO_ZLIB_WRITE0)@)P)`) zlib deflate errorzlib inflate errorzlib not supportedc)d)e)run length compression|`11(undef)pDYNAMIC_CTRLDYNAMIC_GET_DATA_CTXDYNAMIC_LOADDYNAMIC_SET_DATA_CTXENGINE_addENGINE_by_idENGINE_cmd_is_executableENGINE_ctrlENGINE_ctrl_cmdENGINE_ctrl_cmd_stringENGINE_finishENGINE_FREE_UTILENGINE_get_cipherENGINE_GET_DEFAULT_TYPEENGINE_get_digestENGINE_get_nextENGINE_get_pkey_asn1_methENGINE_get_pkey_methENGINE_get_prevENGINE_initENGINE_LIST_ADDENGINE_LIST_REMOVEENGINE_load_private_keyENGINE_load_public_keyENGINE_load_ssl_client_certENGINE_newENGINE_removeENGINE_set_default_stringENGINE_SET_DEFAULT_TYPEENGINE_set_idENGINE_set_nameENGINE_TABLE_REGISTERENGINE_UNLOAD_KEYENGINE_UNLOCKED_FINISHENGINE_up_refINT_CTRL_HELPERINT_ENGINE_CONFIGUREINT_ENGINE_MODULE_INITLOG_MESSAGE@&P&`&p&&& 
&0&P &`
&p&&&&&0&&&(@&@p&P&`&p`	&p	& &&&&&&0 &@&P	&h&&
&&&&already loadedargument is not a numbercmd not executablecommand takes inputcommand takes no inputconflicting engine idctrl command not implementeddh not implementeddsa not implementedDSO failuredso not foundengines section errorengine configuration errorengine is not in the listengine section errorfailed loading private keyfailed loading public keyfinish failedcould not obtain hardware handle'id' or 'name' missinginit failedinternal list errorinvalid argumentinvalid cmd nameinvalid cmd numberinvalid init valueinvalid stringnot initialisednot loadedno control functionno indexno load functionno referenceno such engineno unload functionprovide parametersrsa not implementedunimplemented cipherunimplemented digestunimplemented public key methodversion incompatibilityd&&&&&g&w&&0&Hh&`&p&f&i&&&&j&0k&@l&hm&n&&&&&&u&p&(x&8&P}&`&xt&~&q&&&&e&&0.\crypto\engine\eng_lib.c.\crypto\engine\eng_lib.c.\crypto\engine\eng_lib.c.\crypto\engine\eng_lib.c.\crypto\engine\eng_lib.c.\crypto\engine\eng_lib.c.\crypto\engine\eng_lib.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_list.cdynamicOPENSSL_ENGINES/usr/local/ssl/lib/enginesdynamicID2DIR_LOADDIR_ADD1LIST_ADDLOAD.\crypto\engine\eng_list.cid=.\crypto\engine\eng_list.c.\crypto\engine\eng_list.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c.\crypto\engine\eng_init.c8.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c%s%s%s.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_table.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.c.\crypto\engine\eng_pkey.cALLRSADSAECDHECDSADHRANDCIPHERSDIGESTSPKEYPKEY_CRYPTOPKEY_ASN1.\crypto\engine\eng_fat.cstr=.\crypto\engine\tb_cipher.c.\crypto\engine\tb_digest.c.\crypto\engine\tb_pkmeth.c.\crypto\engine\tb_asnmth.c.\crypto\engine\tb_asnmth.c.\crypto\engine\tb_asnmth.copenssl(Software engine support8a(TEST_ENG_OPENSSL_RC4) test_init_key() called
@(TEST_ENG_OPENSSL_PKEY)Loading Private key %s
r.\crypto\engine\eng_cnf.cengine_idsoft_loaddynamic_pathdynamicSO_PATH2LIST_ADDLOADEMPTYinitinit.\crypto\engine\eng_cnf.cdefault_algorithms.\crypto\engine\eng_cnf.c, value=, name=section=.\crypto\engine\eng_cnf.cenginesdynamic Dynamic engine loading support0SO_PATHSpecifies the path to the new ENGINE shared libraryNO_VCHECKSpecifies to continue even if version checking fails (boolean)IDSpecifies an ENGINE id name for loadingLIST_ADDWhether to add a loaded ENGINE to the internal list (0=no,1=yes,2=mandatory)DIR_LOADSpecifies whether to load from 'DIR_ADD' directories (0=no,1=yes,2=mandatory)DIR_ADDAdds a directory from which ENGINEs can be loadedLOADLoad up the ENGINE specified by other settings.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.cv_checkbind_engine.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.c.\crypto\engine\eng_dyn.cIntel RSA-X method0rsaxRSAX engine support.\crypto\engine\eng_rsax.cCan't support this byte size
Error's in bn2bin
00`
rdrandPIntel RDRAND engine`signatureAlgorithmsignaturecertsOCSP_SIGNATUREhashAlgorithmissuerNameHashissuerKeyHashserialNumberOCSP_CERTIDreqCertsingleRequestExtensionsOCSP_ONEREQversionrequestorNamerequestListrequestExtensionsOCSP_REQINFOtbsRequestoptionalSignatureOCSP_REQUESTresponseTyperesponseOCSP_RESPBYTESresponseStatusresponseBytesOCSP_RESPONSEvalue.byNamevalue.byKeyOCSP_RESPIDrevocationTimerevocationReasonOCSP_REVOKEDINFOvalue.goodvalue.revokedvalue.unknownOCSP_CERTSTATUScertIdcertStatusthisUpdatenextUpdatesingleExtensionsOCSP_SINGLERESPversionresponderIdproducedAtresponsesresponseExtensionsOCSP_RESPDATAtbsResponseDatasignatureAlgorithmsignaturecertsOCSP_BASICRESPcrlUrlcrlNumcrlTimeOCSP_CRLIDissuerlocatorOCSP_SERVICELOC.\crypto\ocsp\ocsp_ext.c: 
.\crypto\ocsp\ocsp_ht.c.\crypto\ocsp\ocsp_ht.c/.\crypto\ocsp\ocsp_ht.c.\crypto\ocsp\ocsp_ht.c.\crypto\ocsp\ocsp_ht.c.\crypto\ocsp\ocsp_ht.cCode=,Reason=Code=.\crypto\ocsp\ocsp_lib.c.\crypto\ocsp\ocsp_lib.chttp80https443/44380.\crypto\ocsp\ocsp_lib.c.\crypto\ocsp\ocsp_lib.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_cl.c.\crypto\ocsp\ocsp_srv.c.\crypto\ocsp\ocsp_srv.c.\crypto\ocsp\ocsp_srv.c%*sCertificate ID:
%*sHash Algorithm: 
%*sIssuer Name Hash: 
%*sIssuer Key Hash: 
%*sSerial Number: 
(UNKNOWN)successfulmalformedrequestinternalerrortrylatersigrequiredunauthorizedgoodrevokedunknownunspecifiedkeyCompromisecACompromiseaffiliationChangedsupersededcessationOfOperationcertificateHoldremoveFromCRLOCSP Request Data:
    Version: %lu (0x%lx)
    Requestor Name: 
    Requestor List:
Request Single ExtensionsRequest ExtensionsOCSP Response Data:
    OCSP Response Status: %s (0x%lx)
    Response Type:  (unknown response type)

    Version: %lu (0x%lx)
    Responder Id: 
    Produced At: 
    Responses:
    Cert Status: %s
    Revocation Time: 
    Revocation Reason: %s (0x%lx)
    This Update: 
    Next Update: 
Response Single Extensions
Response Extensions.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.cVerify error:.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.c.\crypto\ocsp\ocsp_vfy.cVerify error:ASN1_STRING_encodeD2I_OCSP_NONCEOCSP_basic_add1_statusOCSP_basic_signOCSP_basic_verifyOCSP_cert_id_newOCSP_CHECK_DELEGATEDOCSP_CHECK_IDSOCSP_CHECK_ISSUEROCSP_check_validityOCSP_MATCH_ISSUERIDOCSP_parse_urlOCSP_request_signOCSP_request_verifyOCSP_response_get1_basicOCSP_sendreq_bioOCSP_sendreq_nbioPARSE_HTTP_LINE1REQUEST_VERIFY@' `' p'!' !'0!P'H!'`!'x!'!0'!'! '!'!@'!'"'0"P'H"`'`"'x"bad datacertificate verify errordigest errerror in nextupdate fielderror in thisupdate fielderror parsing urlmissing ocspsigning usagenextupdate before thisupdatenot basic responseno certificates in chainno contentno public keyno response datano revoked timeprivate key does not match certificaterequest not signedresponse contains no revocation dataroot ca not trustedserver read errorserver response errorserver response parse errorserver write errorsignature failuresigner certificate not foundstatus expiredstatus not yet validstatus too oldunknown message digestunknown nidunsupported requestorname typed'#e'#f'$z'${'0$y'P$g'h$|'$h'$i'$j'$k'$l'%m'%n'(%'P%o'h%p'%q'%r'%s'%t'%u'&v'(&}'H&~'X&'p&w'&x'&'&GENERAL_ALLOCATE_BOOLEANGENERAL_ALLOCATE_PROMPTGENERAL_ALLOCATE_STRINGUI_ctrlUI_dup_error_stringUI_dup_info_stringUI_dup_input_booleanUI_dup_input_stringUI_dup_verify_stringUI_get0_resultUI_new_methodUI_set_result((((@((()P()`(0)(H)p(`)(x)()()()common ok and cancel charactersindex too largeindex too smallno result bufferresult too largeresult too smallunknown control commandh(*f(*g(*i(*d(*e(+j(+.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.cEnter  for :.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.c%d%d.\crypto\ui\ui_lib.c characters to You must type in .\crypto\ui\ui_lib.c characters to You must type in .\crypto\ui\ui_lib.c.\crypto\ui\ui_lib.cOpenSSL default user interface.`Verifying - %sVerify failure

.\crypto\ui\ui_openssl.crconwcon.\crypto\ui\ui_openssl.cetypekvnocipherKRB5_ENCDATAnametypenamestringKRB5_PRINCNAMEtktvnorealmsnameencdataKRB5_TKTBODYKRB5_TICKETKRB5_TICKETpvnomsgtypeapoptionsticketauthenticatorKRB5_APREQBODYKRB5_APREQKRB5_APREQctypechecksumKRB5_CHECKSUMktypekeyvalueKRB5_ENCKEYadtypeaddataKRB5_AUTHDATAavnocrealmcnamecksumcusecctimesubkeyseqnumauthorizationKRB5_AUTHENTBODYKRB5_AUTHENTKRB5_AUTHENT.\crypto\pqueue\pqueue.c.\crypto\pqueue\pqueue.citem	%02x%02x%02x%02x%02x%02x%02x%02x
d2i_TS_RESPDEF_SERIAL_CBDEF_TIME_CBESS_ADD_SIGNING_CERTESS_CERT_ID_NEW_INITESS_SIGNING_CERT_NEW_INITINT_TS_RESP_VERIFY_TOKENPKCS7_to_TS_TST_INFOTS_ACCURACY_set_microsTS_ACCURACY_set_millisTS_ACCURACY_set_secondsTS_CHECK_IMPRINTSTS_CHECK_NONCESTS_CHECK_POLICYTS_CHECK_SIGNING_CERTSTS_CHECK_STATUS_INFOTS_COMPUTE_IMPRINTTS_CONF_set_default_engineTS_GET_STATUS_TEXTTS_MSG_IMPRINT_set_algoTS_REQ_set_msg_imprintTS_REQ_set_nonceTS_REQ_set_policy_idTS_RESP_create_responseTS_RESP_CREATE_TST_INFOTS_RESP_CTX_add_failure_infoTS_RESP_CTX_add_mdTS_RESP_CTX_add_policyTS_RESP_CTX_newTS_RESP_CTX_set_accuracyTS_RESP_CTX_set_certsTS_RESP_CTX_set_def_policyTS_RESP_CTX_set_signer_certTS_RESP_CTX_set_status_infoTS_RESP_GET_POLICYTS_RESP_SET_GENTIME_WITH_PRECISIONTS_RESP_set_status_infoTS_RESP_set_tst_infoTS_RESP_SIGNTS_RESP_verify_signatureTS_RESP_verify_tokenTS_TST_INFO_set_accuracyTS_TST_INFO_set_msg_imprintTS_TST_INFO_set_nonceTS_TST_INFO_set_policy_idTS_TST_INFO_set_serialTS_TST_INFO_set_timeTS_TST_INFO_set_tsaTS_VERIFYTS_VERIFY_CERTTS_VERIFY_CTX_new0	/1/1/2/2/(2 /@2P	/`2@	/20/2@/2P/2@/2P/2`/3p/3/03	/H3 	/`3/3`/3p/3/3/3/3/4/(4/H4/`4/x4/4/4 /40/4@/5P/ 5`/85p/`5`	/x5/5/5/5/5/5/6/06/P6/h6/6/6/6	/6bad pkcs7 typebad typecertificate verify errorcould not set enginecould not set timed2i ts resp int faileddetached contentess add signing cert erroress signing certificate errorinvalid null pointerinvalid signer certificate purposemessage imprint mismatchnonce mismatchnonce not returnedno contentno time stamp tokenpkcs7 add signature errorpkcs7 add signed attr errorpkcs7 to ts tst info failedpolicy mismatchprivate key does not match certificateresponse setup errorsignature failurethere must be one signertime syscall errortoken not presenttoken presenttsa name mismatchtsa untrustedtst info setup errorts datasignunacceptable policyunsupported md algorithmunsupported versionwrong content type/:/ :d/0:/P:s/h:/:/:t/:e/:f/:u/;g/0;h/P;i/`;j/x;k/;v/;w/;/;l/<x/<y/8<m/P<n/h<z/</</<o/<p/<{/<|/=}/=~/0=q/P=r/h=.\crypto\ts\ts_req_utils.c.\crypto\ts\ts_req_utils.c.\crypto\ts\ts_req_utils.c.\crypto\ts\ts_req_utils.cVersion: %d
Policy OID: unspecified
Nonce: unspecified
yesnoCertificate required: %s
.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.c.\crypto\ts\ts_rsp_utils.cStatus info:

TST info:
Not included.
Granted.Granted with modifications.Rejected.Waiting.Revocation warning.Revoked.@BPBpBBBBunrecognized or unsupported algorithm identifiertransaction not permitted or supportedthe data submitted has the wrong formatthe TSA's time source is not availablethe requested TSA policy is not supported by the TSAthe requested extension is not supported by the TSAthe additional information requested could not be understood or is not availablethe request cannot be handled due to system failureB CHCpCCCDhDStatus: %s
out of bounds
Status description: 	
unspecified
Failure info: unspecified
, %sVersion: %d
Policy OID: Serial number: unspecified
Time stamp: 
Accuracy: unspecified
yesnoOrdering: %s
Nonce: unspecified
TSA: unspecified
unspecified seconds, unspecified millis, unspecified micros.\crypto\ts\ts_rsp_sign.cError during serial number generation..\crypto\ts\ts_rsp_sign.cTime is not available.Unsupported extension..\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.cBad request format or system error..\crypto\ts\ts_rsp_sign.cError during response generation.Bad request version.Message digest algorithm is not supported.Superfluous message digest parameter.Bad message digest..\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.cRequested policy is not supported..\crypto\ts\ts_rsp_sign.cError during TSTInfo generation..\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.cError during signature generation..\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c.\crypto\ts\ts_rsp_sign.c%04d%02d%02d%02d%02d%02d.%06ld.\crypto\ts\ts_rsp_sign.cgrantedgrantedWithModsrejectionwaitingrevocationWarningrevocationNotificationLLLLMMbadAlgbadRequestbadDataFormattimeNotAvailableunacceptedPolicyunacceptedExtensionaddInfoNotAvailablesystemFailure`MhMxMMMMMM.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.cVerify error:.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.cunknown code,unspecified.\crypto\ts\ts_rsp_verify.c, failure codes: unspecified, status text: status code: .\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_rsp_verify.c.\crypto\ts\ts_verify_ctx.c.\crypto\ts\ts_verify_ctx.cctx != NULL.\crypto\ts\ts_verify_ctx.creq != NULL.\crypto\ts\ts_verify_ctx.c.\crypto\ts\ts_verify_ctx.c0x
Extensions:
critical: %s
%4s
UNKNOWNHash Algorithm: %s
Message data:
runable to load certificate: %s
runable to load certificates: %s
runable to load private key: %s
variable lookup failed for %s::%s
invalid variable value for %s::%s
default_tsatsadefault_tsatsaserialserialcrypto_devicecrypto_devicebuiltinchil.\crypto\ts\ts_conf.cengine:signer_certsigner_certcertssigner_keysigner_keydefault_policydefault_policydefault_policyother_policiesother_policiesother_policiesdigestsdigestsdigestsdigestsdigestsaccuracyaccuracysecsmillisecsmicrosecsaccuracyclock_precision_digitsclock_precision_digitsyesnoorderingtsa_nameess_cert_id_chainhash_algohashed_msgTS_MSG_IMPRINTversionmsg_imprintpolicy_idnoncecert_reqextensionsTS_REQsecondsmillismicrosTS_ACCURACYversionpolicy_idmsg_imprintserialtimeaccuracyorderingnoncetsaextensionsTS_TST_INFOstatustextfailure_infoTS_STATUS_INFO.\crypto\ts\ts_asn1.c.\crypto\ts\ts_asn1.c.\crypto\ts\ts_asn1.cstatus_infotokenTS_RESPissuerserialESS_ISSUER_SERIALhashissuer_serialESS_CERT_IDcert_idspolicy_infoESS_SIGNING_CERT.\crypto\ts\ts_asn1.c.\crypto\ts\ts_asn1.c.\crypto\ts\ts_asn1.c.\crypto\ts\ts_asn1.c/Ɵ[Cv8Qn/lrSK?NvہTG=`yȱ4g|"UCР;X)z`KQ'nU_O_MKaLۻ{*z'9<YsJreuT_Rm#5zȵ5qШV*{̜)SsNz'`ax/,u'z^}հ$#ETHw2[FdlCz v#:;wkD(>AYst
t
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encrypt__imp_BF_ofb64_encryptBF_options__imp_BF_optionsBF_set_key__imp_BF_set_keyBIGNUM_it__imp_BIGNUM_itBIO_accept__imp_BIO_acceptBIO_asn1_get_prefix__imp_BIO_asn1_get_prefixBIO_asn1_get_suffix__imp_BIO_asn1_get_suffixBIO_asn1_set_prefix__imp_BIO_asn1_set_prefixBIO_asn1_set_suffix__imp_BIO_asn1_set_suffixBIO_callback_ctrl__imp_BIO_callback_ctrlBIO_clear_flags__imp_BIO_clear_flagsBIO_copy_next_retry__imp_BIO_copy_next_retryBIO_ctrl__imp_BIO_ctrlBIO_ctrl_get_read_request__imp_BIO_ctrl_get_read_requestBIO_ctrl_get_write_guarantee__imp_BIO_ctrl_get_write_guaranteeBIO_ctrl_pending__imp_BIO_ctrl_pendingBIO_ctrl_reset_read_request__imp_BIO_ctrl_reset_read_requestBIO_ctrl_wpending__imp_BIO_ctrl_wpendingBIO_debug_callback__imp_BIO_debug_callbackBIO_dgram_non_fatal_error__imp_BIO_dgram_non_fatal_errorBIO_dump__imp_BIO_dumpBIO_dump_cb__imp_BIO_dump_cbBIO_dump_fp__imp_BIO_dump_fpBIO_dump_indent__imp_BIO_dump_indentBIO_dump_indent_cb__imp_BIO_dump_indent_cbBIO_dump_indent_fp__imp_BIO_dump_indent_fpBIO_dup_chain__imp_BIO_dup_chainBIO_f_asn1__imp_BIO_f_asn1BIO_f_base64__imp_BIO_f_base64BIO_f_buffer__imp_BIO_f_bufferBIO_f_cipher__imp_BIO_f_cipherBIO_f_md__imp_BIO_f_mdBIO_f_nbio_test__imp_BIO_f_nbio_testBIO_f_null__imp_BIO_f_nullBIO_f_reliable__imp_BIO_f_reliableBIO_fd_non_fatal_error__imp_BIO_fd_non_fatal_errorBIO_fd_should_retry__imp_BIO_fd_should_retryBIO_find_type__imp_BIO_find_typeBIO_free__imp_BIO_freeBIO_free_all__imp_BIO_free_allBIO_get_accept_socket__imp_BIO_get_accept_socketBIO_get_callback__imp_BIO_get_callbackBIO_get_callback_arg__imp_BIO_get_callback_argBIO_get_ex_data__imp_BIO_get_ex_dataBIO_get_ex_new_index__imp_BIO_get_ex_new_indexBIO_get_host_ip__imp_BIO_get_host_ipBIO_get_port__imp_BIO_get_portBIO_get_retry_BIO__imp_BIO_get_retry_BIOBIO_get_retry_reason__imp_BIO_get_retry_reasonBIO_gethostbyname__imp_BIO_gethostbynameBIO_gets__imp_BIO_getsBIO_indent__imp_BIO_indentBIO_int_ctrl__imp_BIO_int_ctrlBIO_method_name__imp_BIO_method_nameBIO_method_type__imp_BIO_method_typeBIO_new__imp_BIO_newBIO_new_CMS__imp_BIO_new_CMSBIO_new_NDEF__imp_BIO_new_NDEFBIO_new_PKCS7__imp_BIO_new_PKCS7BIO_new_accept__imp_BIO_new_acceptBIO_new_bio_pair__imp_BIO_new_bio_pairBIO_new_connect__imp_BIO_new_connectBIO_new_dgram__imp_BIO_new_dgramBIO_new_fd__imp_BIO_new_fdBIO_new_file__imp_BIO_new_fileBIO_new_fp__imp_BIO_new_fpBIO_new_mem_buf__imp_BIO_new_mem_bufBIO_new_socket__imp_BIO_new_socketBIO_next__imp_BIO_nextBIO_nread0__imp_BIO_nread0BIO_nread__imp_BIO_nreadBIO_number_read__imp_BIO_number_readBIO_number_written__imp_BIO_number_writtenBIO_nwrite0__imp_BIO_nwrite0BIO_nwrite__imp_BIO_nwriteBIO_pop__imp_BIO_popBIO_printf__imp_BIO_printfBIO_ptr_ctrl__imp_BIO_ptr_ctrlBIO_push__imp_BIO_pushBIO_puts__imp_BIO_putsBIO_read__imp_BIO_readBIO_s_accept__imp_BIO_s_acceptBIO_s_bio__imp_BIO_s_bioBIO_s_connect__imp_BIO_s_connectBIO_s_datagram__imp_BIO_s_datagramBIO_s_fd__imp_BIO_s_fdBIO_s_file__imp_BIO_s_fileBIO_s_mem__imp_BIO_s_memBIO_s_null__imp_BIO_s_nullBIO_s_socket__imp_BIO_s_socketBIO_set__imp_BIO_setBIO_set_callback__imp_BIO_set_callbackBIO_set_callback_arg__imp_BIO_set_callback_argBIO_set_cipher__imp_BIO_set_cipherBIO_set_ex_data__imp_BIO_set_ex_dataBIO_set_flags__imp_BIO_set_flagsBIO_set_tcp_ndelay__imp_BIO_set_tcp_ndelayBIO_snprintf__imp_BIO_snprintfBIO_sock_cleanup__imp_BIO_sock_cleanupBIO_sock_error__imp_BIO_sock_errorBIO_sock_init__imp_BIO_sock_initBIO_sock_non_fatal_error__imp_BIO_sock_non_fatal_errorBIO_sock_should_retry__imp_BIO_sock_should_retryBIO_socket_ioctl__imp_BIO_socket_ioctlBIO_socket_nbio__imp_BIO_socket_nbioBIO_test_flags__imp_BIO_test_flagsBIO_vfree__imp_BIO_vfreeBIO_vprintf__imp_BIO_vprintfBIO_vsnprintf__imp_BIO_vsnprintfBIO_write__imp_BIO_writeBN_BLINDING_convert__imp_BN_BLINDING_convertBN_BLINDING_convert_ex__imp_BN_BLINDING_convert_exBN_BLINDING_create_param__imp_BN_BLINDING_create_paramBN_BLINDING_free__imp_BN_BLINDING_freeBN_BLINDING_get_flags__imp_BN_BLINDING_get_flagsBN_BLINDING_get_thread_id__imp_BN_BLINDING_get_thread_idBN_BLINDING_invert__imp_BN_BLINDING_invertBN_BLINDING_invert_ex__imp_BN_BLINDING_invert_exBN_BLINDING_new__imp_BN_BLINDING_newBN_BLINDING_set_flags__imp_BN_BLINDING_set_flagsBN_BLINDING_set_thread_id__imp_BN_BLINDING_set_thread_idBN_BLINDING_thread_id__imp_BN_BLINDING_thread_idBN_BLINDING_update__imp_BN_BLINDING_updateBN_CTX_end__imp_BN_CTX_endBN_CTX_free__imp_BN_CTX_freeBN_CTX_get__imp_BN_CTX_getBN_CTX_init__imp_BN_CTX_initBN_CTX_new__imp_BN_CTX_newBN_CTX_start__imp_BN_CTX_startBN_GENCB_call__imp_BN_GENCB_callBN_GF2m_add__imp_BN_GF2m_addBN_GF2m_arr2poly__imp_BN_GF2m_arr2polyBN_GF2m_mod__imp_BN_GF2m_modBN_GF2m_mod_arr__imp_BN_GF2m_mod_arrBN_GF2m_mod_div__imp_BN_GF2m_mod_divBN_GF2m_mod_div_arr__imp_BN_GF2m_mod_div_arrBN_GF2m_mod_exp__imp_BN_GF2m_mod_expBN_GF2m_mod_exp_arr__imp_BN_GF2m_mod_exp_arrBN_GF2m_mod_inv__imp_BN_GF2m_mod_invBN_GF2m_mod_inv_arr__imp_BN_GF2m_mod_inv_arrBN_GF2m_mod_mul__imp_BN_GF2m_mod_mulBN_GF2m_mod_mul_arr__imp_BN_GF2m_mod_mul_arrBN_GF2m_mod_solve_quad__imp_BN_GF2m_mod_solve_q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free__imp_CONF_freeCONF_get1_default_config_file__imp_CONF_get1_default_config_fileCONF_get_number__imp_CONF_get_numberCONF_get_section__imp_CONF_get_sectionCONF_get_string__imp_CONF_get_stringCONF_imodule_get_flags__imp_CONF_imodule_get_flagsCONF_imodule_get_module__imp_CONF_imodule_get_moduleCONF_imodule_get_name__imp_CONF_imodule_get_nameCONF_imodule_get_usr_data__imp_CONF_imodule_get_usr_dataCONF_imodule_get_value__imp_CONF_imodule_get_valueCONF_imodule_set_flags__imp_CONF_imodule_set_flagsCONF_imodule_set_usr_data__imp_CONF_imodule_set_usr_dataCONF_load__imp_CONF_loadCONF_load_bio__imp_CONF_load_bioCONF_load_fp__imp_CONF_load_fpCONF_module_add__imp_CONF_module_addCONF_module_get_usr_data__imp_CONF_module_get_usr_dataCONF_module_set_usr_data__imp_CONF_module_set_usr_dataCONF_modules_finish__imp_CONF_modules_finishCONF_modules_free__imp_CONF_modules_freeCONF_modules_load__imp_CONF_modules_loadCONF_modules_load_file__imp_CONF_modules_load_fileCONF_modules_unload__imp_CONF_modules_unloadCONF_parse_list__imp_CONF_parse_listCONF_set_default_method__imp_CONF_set_default_methodCONF_set_nconf__imp_CONF_set_nconfCRL_DIST_POINTS_free__imp_CRL_DIST_POINTS_freeCRL_DIST_POINTS_it__imp_CRL_DIST_POINTS_itCRL_DIST_POINTS_new__imp_CRL_DIST_POINTS_newCRYPTO_THREADID_cmp__imp_CRYPTO_THREADID_cmpCRYPTO_THREADID_cpy__imp_CRYPTO_THREADID_cpyCRYPTO_THREADID_current__imp_CRYPTO_THREADID_currentCRYPTO_THREADID_get_callback__imp_CRYPTO_THREADID_get_callbackCRYPTO_THREADID_hash__imp_CRYPTO_THREADID_hashCRYPTO_THREADID_set_callback__imp_CRYPTO_THREADID_set_callbackCRYPTO_THREADID_set_numeric__imp_CRYPTO_THREADID_set_numericCRYPTO_THREADID_set_pointer__imp_CRYPTO_THREADID_set_pointerCRYPTO_add_lock__imp_CRYPTO_add_lockCRYPTO_cbc128_decrypt__imp_CRYPTO_cbc128_decryptCRYPTO_cbc128_encrypt__imp_CRYPTO_cbc128_encryptCRYPTO_ccm128_aad__imp_CRYPTO_ccm128_aadCRYPTO_ccm128_decrypt__imp_CRYPTO_ccm128_decryptCRYPTO_ccm128_decrypt_ccm64__imp_CRYPTO_ccm128_decrypt_ccm64CRYPTO_ccm128_encrypt__imp_CRYPTO_ccm128_encryptCRYPTO_ccm128_encrypt_ccm64__imp_CRYPTO_ccm128_encrypt_ccm64CRYPTO_ccm128_init__imp_CRYPTO_ccm128_initCRYPTO_ccm128_setiv__imp_CRYPTO_ccm128_setivCRYPTO_ccm128_tag__imp_CRYPTO_ccm128_tagCRYPTO_cfb128_1_encrypt__imp_CRYPTO_cfb128_1_encryptCRYPTO_cfb128_8_encrypt__imp_CRYPTO_cfb128_8_encryptCRYPTO_cfb128_encrypt__imp_CRYPTO_cfb128_encryptCRYPTO_cleanup_all_ex_data__imp_CRYPTO_cleanup_all_ex_dataCRYPTO_ctr128_encrypt__imp_CRYPTO_ctr128_encryptCRYPTO_ctr128_encrypt_ctr32__imp_CRYPTO_ctr128_encrypt_ctr32CRYPTO_cts128_decrypt__imp_CRYPTO_cts128_decryptCRYPTO_cts128_decrypt_block__imp_CRYPTO_cts128_decrypt_blockCRYPTO_cts128_encrypt__imp_CRYPTO_cts128_encryptCRYPTO_cts128_encrypt_block__imp_CRYPTO_cts128_encrypt_blockCRYPTO_dbg_free__imp_CRYPTO_dbg_freeCRYPTO_dbg_get_options__imp_CRYPTO_dbg_get_optionsCRYPTO_dbg_malloc__imp_CRYPTO_dbg_mallocCRYPTO_dbg_realloc__imp_CRYPTO_dbg_reallocCRYPTO_dbg_set_options__imp_CRYPTO_dbg_set_optionsCRYPTO_destroy_dynlockid__imp_CRYPTO_destroy_dynlockidCRYPTO_dup_ex_data__imp_CRYPTO_dup_ex_dataCRYPTO_ex_data_new_class__imp_CRYPTO_ex_data_new_classCRYPTO_free__imp_CRYPTO_freeCRYPTO_free_ex_data__imp_CRYPTO_free_ex_dataCRYPTO_free_locked__imp_CRYPTO_free_lockedCRYPTO_gcm128_aad__imp_CRYPTO_gcm128_aadCRYPTO_gcm128_decrypt__imp_CRYPTO_gcm128_decryptCRYPTO_gcm128_decrypt_ctr32__imp_CRYPTO_gcm128_decrypt_ctr32CRYPTO_gcm128_encrypt__imp_CRYPTO_gcm128_encryptCRYPTO_gcm128_encrypt_ctr32__imp_CRYPTO_gcm128_encrypt_ctr32CRYPTO_gcm128_finish__imp_CRYPTO_gcm128_finishCRYPTO_gcm128_init__imp_CRYPTO_gcm128_initCRYPTO_gcm128_new__imp_CRYPTO_gcm128_newCRYPTO_gcm128_release__imp_CRYPTO_gcm128_releaseCRYPTO_gcm128_setiv__imp_CRYPTO_gcm128_setivCRYPTO_gcm128_tag__imp_CRYPTO_gcm128_tagCRYPTO_get_add_lock_callback__imp_CRYPTO_get_add_lock_callbackCRYPTO_get_dynlock_create_callback__imp_CRYPTO_get_dynlock_create_callbackCRYPTO_get_dynlock_destroy_callback__imp_CRYPTO_get_dynlock_destroy_callbackCRYPTO_get_dynlock_lock_callback__imp_CRYPTO_get_dynlock_lock_callbackCRYPTO_get_dynlock_value__imp_CRYPTO_get_dynlock_valueCRYPTO_get_ex_data__imp_CRYPTO_get_ex_dataCRYPTO_get_ex_data_implementation__imp_CRYPTO_get_ex_data_implementationCRYPTO_get_ex_new_index__imp_CRYPTO_get_ex_new_indexCRYPTO_get_id_callback__imp_CRYPTO_get_id_callbackCRYPTO_get_lock_name__imp_CRYPTO_get_lock_nameCRYPTO_get_locked_mem_ex_functions__imp_CRYPTO_get_locked_mem_ex_functionsCRYPTO_get_locked_mem_functions__imp_CRYPTO_get_locked_mem_functionsCRYPTO_get_locking_callback__imp_CRYPTO_get_locking_callbackCRYPTO_get_mem_debug_functions__imp_CRYPTO_get_mem_debug_functionsCRYPTO_get_mem_debug_options__imp_CRYPTO_get_mem_debug_optionsCRYPTO_get_mem_ex_functions__imp_CRYPTO_get_mem_ex_functionsCRYPTO_get_mem_functions__imp_CRYPTO_get_mem_functionsCRYPTO_get_new_dynlockid__imp_CRYPTO_get_new_dynlockidCRYPTO_get_new_lockid__imp_CRYPTO_get_new_lockidCRYPTO_is_mem_check_on__imp_CRYPTO_is_mem_check_onCRYPTO_lock__imp_CRYPTO_lockCRYPTO_malloc__imp_CRYPTO_mallocCRYPTO_malloc_locked__imp_CRYPTO_malloc_lockedCRYPTO_mem_ctrl__imp_CRYPTO_mem_ctrlCRYPTO_mem_leaks__imp_CRYPTO_mem_leaksCRYPTO_mem_leaks_cb__imp_CRYPTO_mem_leaks_cbCRYPTO_mem_leaks_fp__imp_CRYPTO_mem_leaks_fpCRYPTO_memcmp__imp_CRYPTO_memcmpCRYPTO_new_ex_data__imp_CRYPTO_new_ex_dataCRYPTO_nistcts128_decrypt__imp_CRYPTO_nistcts128_decryptCRYPTO_nistcts128_decrypt_block__imp_CRYPTO_nistcts128_decrypt_blockCRYPTO_nistcts128_encrypt__imp_CRYPTO_nistcts128_encryptCRYPTO_nistcts128_encrypt_block__imp_CRYPTO_nistcts128_encrypt_blockCRYPTO_num_locks__imp_CRYPTO_num_locksCRYPTO_ofb128_encrypt__imp_CRYPTO_ofb128_encryptCRYPTO_pop_info__imp_CRYPTO_pop_infoCRYPTO_push_info___imp_CRYPTO_push_info_CRYPTO_realloc__imp_CRYPTO_reallocCRYPTO_realloc_clean__imp_CRYPTO_realloc_cleanCRYPTO_remalloc__imp_CRYPTO_remallocCRYPTO_remove_all_info__imp_CRYPTO_remove_all_infoCRYPTO_set_add_lock_callback__imp_CRYPTO_set_add_lock_callbackCRYPTO_set_dynlock_create_callback__imp_CRYPTO_set_dynlock_create_callbackCRYPTO_set_dynlock_destroy_callback__imp_CRYPTO_set_dynlock_destroy_callbackCRYPTO_set_dynlock_lock_callback__imp_CRYPTO_set_dynlock_lock_callbackCRYPTO_set_ex_data__imp_CRYPTO_set_ex_dataCRYPTO_set_ex_data_implementation__imp_CRYPTO_set_ex_data_implementationCRYPTO_set_id_callback__imp_CRYPTO_set_id_callbackCRYPTO_set_locked_mem_ex_functions__imp_CRYPTO_set_locked_mem_ex_functionsCRYPTO_set_locked_mem_functions__imp_CRYPTO_set_locked_mem_functionsCRYPTO_set_locking_callback__imp_CRYPTO_set_locking_callbackCRYPTO_set_mem_debug_functions__imp_CRYPTO_set_mem_debug_functionsCRYPTO_set_mem_debug_options__imp_CRYPTO_set_mem_debug_optionsCRYPTO_set_mem_ex_functions__imp_CRYPTO_set_mem_ex_functionsCRYPTO_set_mem_functions__imp_CRYPTO_set_mem_functionsCRYPTO_strdup__imp_CRYPTO_strdupCRYPTO_thread_id__imp_CRYPTO_thread_idCRYPTO_xts128_encrypt__imp_CRYPTO_xts128_encryptCamellia_cbc_encrypt__imp_Camellia_cbc_encryptCamellia_cfb128_encrypt__imp_Camellia_cfb128_encryptCamellia_cfb1_encrypt__imp_Camellia_cfb1_encryptCamellia_cfb8_encrypt__imp_Camellia_cfb8_encryptCamellia_ctr128_encrypt__imp_Camellia_ctr128_encryptCamellia_decrypt__imp_Camellia_decryptCamellia_ecb_encrypt__imp_Camellia_ecb_encryptCamellia_encrypt__imp_Camellia_encryptCamellia_ofb128_encrypt__imp_Camellia_ofb128_encryptCamellia_set_key__imp_Camellia_set_keyDES_cbc_cksum__imp_DES_cbc_cksumDES_cbc_encrypt__imp_DES_cbc_encryptDES_cfb64_encrypt__imp_DES_cfb64_encryptDES_cfb_encrypt__imp_DES_cfb_encryptDES_check_key_parity__imp_DES_check_key_parityDES_crypt__imp_DES_cryptDES_decrypt3__imp_DES_decrypt3DES_ecb3_encrypt__imp_DES_ecb3_encryptDES_ecb_encrypt__imp_DES_ecb_encryptDES_ede3_cbc_encrypt__imp_DES_ede3_cbc_encryptDES_ede3_cbcm_encrypt__imp_DES_ede3_cbcm_encryptDES_ede3_cfb64_encrypt__imp_DES_ede3_cfb64_encryptDES_ede3_cfb_encrypt__imp_DES_ede3_cfb_encryptDES_ede3_ofb64_encrypt__imp_DES_ede3_ofb64_encryptDES_enc_read__imp_DES_enc_readDES_enc_write__imp_DES_enc_writeDES_encrypt1__imp_DES_encrypt1DES_encrypt2__imp_DES_encrypt2DES_encrypt3__imp_DES_encrypt3DES_fcrypt__imp_DES_fcryptDES_is_weak_key__imp_DES_is_weak_keyDES_key_sched__imp_DES_key_schedDES_ncbc_encrypt__imp_DES_ncbc_encryptDES_ofb64_encrypt__imp_DES_ofb64_encryptDES_ofb_encrypt__imp_DES_ofb_encryptDES_options__imp_DES_optionsDES_pcbc_encrypt__imp_DES_pcbc_encryptDES_quad_cksum__imp_DES_quad_cksumDES_random_key__imp_DES_random_keyDES_read_2passwords__imp_DES_read_2passwordsDES_read_password__imp_DES_read_passwordDES_set_key__imp_DES_set_keyDES_set_key_checked__imp_DES_set_key_checkedDES_set_key_unchecked__imp_DES_set_key_uncheckedDES_set_odd_parity__imp_DES_set_odd_parityDES_string_to_2keys__imp_DES_string_to_2keysDES_string_to_key__imp_DES_string_to_keyDES_xcbc_encrypt__imp_DES_xcbc_encryptDH_OpenSSL__imp_DH_OpenSSLDH_check__imp_DH_checkDH_check_pub_key__imp_DH_check_pub_keyDH_compute_key__imp_DH_compute_keyDH_free__imp_DH_freeDH_generate_key__imp_DH_generate_keyDH_generate_parameters__imp_DH_generate_parametersDH_generate_parameters_ex__imp_DH_generate_parameters_exDH_get_default_method__imp_DH_get_default_methodDH_get_ex_data__imp_DH_get_ex_dataDH_get_ex_new_index__imp_DH_get_ex_new_indexDH_new__imp_DH_newDH_new_method__imp_DH_new_methodDH_set_default_method__imp_DH_set_default_methodDH_set_ex_data__imp_DH_set_ex_dataDH_set_method__imp_DH_set_methodDH_size__imp_DH_sizeDH_up_ref__imp_DH_up_refDHparams_dup__imp_DHparams_dupDHparams_print__imp_DHparams_printDHparams_print_fp__imp_DHparams_print_fpDIRECTORYSTRING_free__imp_DIRECTORYSTRING_freeDIRECTORYSTRING_it__imp_DIRECTORYSTRING_itDIRECTORYSTRING_new__imp_DIRECTORYSTRING_newDISPLAYTEXT_free__imp_DISPLAYTEXT_freeDISPLAYTEXT_it__imp_DISPLAYTEXT_itDISPLAYTEXT_new__imp_DISPLAYTEXT_newDIST_POINT_NAME_free__imp_DIST_POINT_NAME_freeDIST_POINT_NAME_it__imp_DIST_POINT_NAME_itDIST_POINT_NAME_new__imp_DIST_POINT_NAME_newDIST_POINT_free__imp_DIST_POINT_freeDIST_POINT_it__imp_DIST_POINT_itDIST_POINT_new__imp_DIST_POINT_newDIST_POINT_set_dpname__imp_DIST_POINT_set_dpnameDSA_OpenSSL__imp_DSA_OpenSSLDSA_SIG_free__imp_DSA_SIG_freeDSA_SIG_new__imp_DSA_SIG_newDSA_do_sign__imp_DSA_do_signDSA_do_verify__imp_DSA_do_verifyDSA_dup_DH__imp_DSA_dup_DHDSA_free__imp_DSA_freeDSA_generate_key__imp_DSA_generate_keyDSA_generate_parameters__imp_DSA_generate_parametersDSA_generate_parameters_ex__imp_DSA_generate_parameters_exDSA_get_default_method__imp_DSA_get_default_methodDSA_get_ex_data__imp_DSA_get_ex_dataDSA_get_ex_new_index__imp_DSA_get_ex_new_indexDSA_new__imp_DSA_newDSA_new_method__imp_DSA_new_methodDSA_print__imp_DSA_printDSA_print_fp__imp_DSA_print_fpDSA_set_default_method__imp_DSA_set_default_methodDSA_set_ex_data__imp_DSA_set_ex_dataDSA_set_method__imp_DSA_set_methodDSA_sign__imp_DSA_signDSA_sign_setup__imp_DSA_sign_setupDSA_size__imp_DSA_sizeDSA_up_ref__imp_DSA_up_refDSA_verify__imp_DSA_verifyDSAparams_dup__imp_DSAparams_dupDSAparams_print__imp_DSAparams_printDSAparams_print_fp__imp_DSAparams_print_fpDSO_METHOD_beos__imp_DSO_METHOD_beosDSO_METHOD_dl__imp_DSO_METHOD_dlDSO_METHOD_dlfcn__imp_DSO_METHOD_dlfcnDSO_METHOD_null__imp_DSO_METHOD_nullDSO_METHOD_openssl__imp_DSO_METHOD_opensslDSO_METHOD_vms__imp_DSO_METHOD_vmsDSO_METHOD_win32__imp_DSO_METHOD_win32DSO_bind_func__imp_DSO_bind_funcDSO_bind_var__imp_DSO_bind_varDSO_convert_filename__imp_DSO_convert_filenameDSO_ctrl__imp_DSO_ctrlDSO_flags__imp_DSO_flagsDSO_free__imp_DSO_freeDSO_get_default_method__imp_DSO_get_default_methodDSO_get_filename__imp_DSO_get_filenameDSO_get_loaded_filename__imp_DSO_get_loaded_filenameDSO_get_method__imp_DSO_get_methodDSO_global_lookup__imp_DSO_global_lookupDSO_load__imp_DSO_loadDSO_merge__imp_DSO_mergeDSO_new__imp_DSO_newDSO_new_method__imp_DSO_new_methodDSO_pathbyaddr__imp_DSO_pathbyaddrDSO_set_default_method__imp_DSO_set_default_methodDSO_set_filename__imp_DSO_set_filenameDSO_set_method__imp_DSO_set_methodDSO_set_name_converter__imp_DSO_set_name_converterDSO_up_ref__imp_DSO_up_refECDH_OpenSSL__imp_ECDH_OpenSSLECDH_compute_key__imp_ECDH_compute_keyECDH_get_default_method__imp_ECDH_get_default_methodECDH_get_ex_data__imp_ECDH_get_ex_dataECDH_get_ex_new_index__imp_ECDH_get_ex_new_indexECDH_set_default_method__imp_ECDH_set_default_methodECDH_set_ex_data__imp_ECDH_set_ex_dataECDH_set_method__imp_ECDH_set_methodECDSA_OpenSSL__imp_ECDSA_OpenSSLECDSA_SIG_free__imp_ECDSA_SIG_freeECDSA_SIG_new__imp_ECDSA_SIG_newECDSA_do_sign__imp_ECDSA_do_signECDSA_do_sign_ex__imp_ECDSA_do_sign_exECDSA_do_verify__imp_ECDSA_do_verifyECDSA_get_default_method__imp_ECDSA_get_default_methodECDSA_get_ex_data__imp_ECDSA_get_ex_dataECDSA_get_ex_new_index__imp_ECDSA_get_ex_new_indexECDSA_set_default_method__imp_ECDSA_set_default_methodECDSA_set_ex_data__imp_ECDSA_set_ex_dataECDSA_set_method__imp_ECDSA_set_methodECDSA_sign__imp_ECDSA_signECDSA_sign_ex__imp_ECDSA_sign_exECDSA_sign_setup__imp_ECDSA_sign_setupECDSA_size__imp_ECDSA_sizeECDSA_verify__imp_ECDSA_verifyECPKParameters_print__imp_ECPKParameters_printECPKParameters_print_fp__imp_ECPKParameters_print_fpECParameters_print__imp_ECParameters_printECParameters_print_fp__imp_ECParameters_print_fpEC_GF2m_simple_method__imp_EC_GF2m_simple_methodEC_GFp_mont_method__imp_EC_GFp_mont_methodEC_GFp_nist_method__imp_EC_GFp_nist_methodEC_GFp_simple_method__imp_EC_GFp_simple_methodEC_GROUP_check__imp_EC_GROUP_checkEC_GROUP_check_discriminant__imp_EC_GROUP_check_discriminantEC_GROUP_clear_free__imp_EC_GROUP_clear_freeEC_GROUP_cmp__imp_EC_GROUP_cmpEC_GROUP_copy__imp_EC_GROUP_copyEC_GROUP_dup__imp_EC_GROUP_dupEC_GROUP_free__imp_EC_GROUP_freeEC_GROUP_get0_generator__imp_EC_GROUP_get0_generatorEC_GROUP_get0_seed__imp_EC_GROUP_get0_seedEC_GROUP_get_asn1_flag__imp_EC_GROUP_get_asn1_flagEC_GROUP_get_basis_type__imp_EC_GROUP_get_basis_typeEC_GROUP_get_cofactor__imp_EC_GROUP_get_cofactorEC_GROUP_get_curve_GF2m__imp_EC_GROUP_get_curve_GF2mEC_GROUP_get_curve_GFp__imp_EC_GROUP_get_curve_GFpEC_GROUP_get_curve_name__imp_EC_GROUP_get_curve_nameEC_GROUP_get_degree__imp_EC_GROUP_get_degreeEC_GROUP_get_order__imp_EC_GROUP_get_orderEC_GROUP_get_pentanomial_basis__imp_EC_GROUP_get_pentanomial_basisEC_GROUP_get_point_conversion_form__imp_EC_GROUP_get_point_conversion_formEC_GROUP_get_seed_len__imp_EC_GROUP_get_seed_lenEC_GROUP_get_trinomial_basis__imp_EC_GROUP_get_trinomial_basisEC_GROUP_have_precompute_mult__imp_EC_GROUP_have_precompute_multEC_GROUP_method_of__imp_EC_GROUP_method_ofEC_GROUP_new__imp_EC_GROUP_newEC_GROUP_new_by_curve_name__imp_EC_GROUP_new_by_curve_nameEC_GROUP_new_curve_GF2m__imp_EC_GROUP_new_curve_GF2mEC_GROUP_new_curve_GFp__imp_EC_GROUP_new_curve_GFpEC_GROUP_precompute_mult__imp_EC_GROUP_precompute_multEC_GROUP_set_asn1_flag__imp_EC_GROUP_set_asn1_flagEC_GROUP_set_curve_GF2m__imp_EC_GROUP_set_curve_GF2mEC_GROUP_set_curve_GFp__imp_EC_GROUP_set_curve_GFpEC_GROUP_set_curve_name__imp_EC_GROUP_set_curve_nameEC_GROUP_set_generator__imp_EC_GROUP_set_generatorEC_GROUP_set_point_conversion_form__imp_EC_GROUP_set_point_conversion_formEC_GROUP_set_seed__imp_EC_GROUP_set_seedEC_KEY_check_key__imp_EC_KEY_check_keyEC_KEY_clear_flags__imp_E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string__imp_ERR_func_error_stringERR_get_err_state_table__imp_ERR_get_err_state_tableERR_get_error__imp_ERR_get_errorERR_get_error_line__imp_ERR_get_error_lineERR_get_error_line_data__imp_ERR_get_error_line_dataERR_get_implementation__imp_ERR_get_implementationERR_get_next_error_library__imp_ERR_get_next_error_libraryERR_get_state__imp_ERR_get_stateERR_get_string_table__imp_ERR_get_string_tableERR_lib_error_string__imp_ERR_lib_error_stringERR_load_ASN1_strings__imp_ERR_load_ASN1_stringsERR_load_BIO_strings__imp_ERR_load_BIO_stringsERR_load_BN_strings__imp_ERR_load_BN_stringsERR_load_BUF_strings__imp_ERR_load_BUF_stringsERR_load_CMS_strings__imp_ERR_load_CMS_stringsERR_load_COMP_strings__imp_ERR_load_COMP_stringsERR_load_CONF_strings__imp_ERR_load_CONF_stringsERR_load_CRYPTO_strings__imp_ERR_load_CRYPTO_stringsERR_load_DH_strings__imp_ERR_load_DH_stringsERR_load_DSA_strings__imp_ERR_load_DSA_stringsERR_load_DSO_strings__imp_ERR_load_DSO_stringsERR_load_ECDH_strings__imp_ERR_load_ECDH_stringsERR_load_ECDSA_strings__imp_ERR_load_ECDSA_stringsERR_load_EC_strings__imp_ERR_load_EC_stringsERR_load_ENGINE_strings__imp_ERR_load_ENGINE_stringsERR_load_ERR_strings__imp_ERR_load_ERR_stringsERR_load_EVP_strings__imp_ERR_load_EVP_stringsERR_load_OBJ_strings__imp_ERR_load_OBJ_stringsERR_load_OCSP_strings__imp_ERR_load_OCSP_stringsERR_load_PEM_strings__imp_ERR_load_PEM_stringsERR_load_PKCS12_strings__imp_ERR_load_PKCS12_stringsERR_load_PKCS7_strings__imp_ERR_load_PKCS7_stringsERR_load_RAND_strings__imp_ERR_load_RAND_stringsERR_load_RSA_strings__imp_ERR_load_RSA_stringsERR_load_TS_strings__imp_ERR_load_TS_stringsERR_load_UI_strings__imp_ERR_load_UI_stringsERR_load_X509V3_strings__imp_ERR_load_X509V3_stringsERR_load_X509_strings__imp_ERR_load_X509_stringsERR_load_crypto_strings__imp_ERR_load_crypto_stringsERR_load_strings__imp_ERR_load_stringsERR_peek_error__imp_ERR_peek_errorERR_peek_error_line__imp_ERR_peek_error_lineERR_peek_error_line_data__imp_ERR_peek_error_line_dataERR_peek_last_error__imp_ERR_peek_last_errorERR_peek_last_error_line__imp_ERR_peek_last_error_lineERR_peek_last_error_line_data__imp_ERR_peek_last_error_line_dataERR_pop_to_mark__imp_ERR_pop_to_markERR_print_errors__imp_ERR_print_errorsERR_print_errors_cb__imp_ERR_print_errors_cbERR_print_errors_fp__imp_ERR_print_errors_fpERR_put_error__imp_ERR_put_errorERR_reason_error_string__imp_ERR_reason_error_stringERR_release_err_state_table__imp_ERR_release_err_state_tableERR_remove_state__imp_ERR_remove_stateERR_remove_thread_state__imp_ERR_remove_thread_stateERR_set_error_data__imp_ERR_set_error_dataERR_set_implementation__imp_ERR_set_implementationERR_set_mark__imp_ERR_set_markERR_unload_strings__imp_ERR_unload_stringsESS_CERT_ID_dup__imp_ESS_CERT_ID_dupESS_CERT_ID_free__imp_ESS_CERT_ID_freeESS_CERT_ID_new__imp_ESS_CERT_ID_newESS_ISSUER_SERIAL_dup__imp_ESS_ISSUER_SERIAL_dupESS_ISSUER_SERIAL_free__imp_ESS_ISSUER_SERIAL_freeESS_ISSUER_SERIAL_new__imp_ESS_ISSUER_SERIAL_newESS_SIGNING_CERT_dup__imp_ESS_SIGNING_CERT_dupESS_SIGNING_CERT_free__imp_ESS_SIGNING_CERT_freeESS_SIGNING_CERT_new__imp_ESS_SIGNING_CERT_newEVP_BytesToKey__imp_EVP_BytesToKeyEVP_CIPHER_CTX_block_size__imp_EVP_CIPHER_CTX_block_sizeEVP_CIPHER_CTX_cipher__imp_EVP_CIPHER_CTX_cipherEVP_CIPHER_CTX_cleanup__imp_EVP_CIPHER_CTX_cleanupEVP_CIPHER_CTX_clear_flags__imp_EVP_CIPHER_CTX_clear_flagsEVP_CIPHER_CTX_copy__imp_EVP_CIPHER_CTX_copyEVP_CIPHER_CTX_ctrl__imp_EVP_CIPHER_CTX_ctrlEVP_CIPHER_CTX_flags__imp_EVP_CIPHER_CTX_flagsEVP_CIPHER_CTX_free__imp_EVP_CIPHER_CTX_freeEVP_CIPHER_CTX_get_app_data__imp_EVP_CIPHER_CTX_get_app_dataEVP_CIPHER_CTX_init__imp_EVP_CIPHER_CTX_initEVP_CIPHER_CTX_iv_length__imp_EVP_CIPHER_CTX_iv_lengthEVP_CIPHER_CTX_key_length__imp_EVP_CIPHER_CTX_key_lengthEVP_CIPHER_CTX_new__imp_EVP_CIPHER_CTX_newEVP_CIPHER_CTX_nid__imp_EVP_CIPHER_CTX_nidEVP_CIPHER_CTX_rand_key__imp_EVP_CIPHER_CTX_rand_keyEVP_CIPHER_CTX_set_app_data__imp_EVP_CIPHER_CTX_set_app_dataEVP_CIPHER_CTX_set_flags__imp_EVP_CIPHER_CTX_set_flagsEVP_CIPHER_CTX_set_key_length__imp_EVP_CIPHER_CTX_set_key_lengthEVP_CIPHER_CTX_set_padding__imp_EVP_CIPHER_CTX_set_paddingEVP_CIPHER_CTX_test_flags__imp_EVP_CIPHER_CTX_test_flagsEVP_CIPHER_asn1_to_param__imp_EVP_CIPHER_asn1_to_paramEVP_CIPHER_block_size__imp_EVP_CIPHER_block_sizeEVP_CIPHER_do_all__imp_EVP_CIPHER_do_allEVP_CIPHER_do_all_sorted__imp_EVP_CIPHER_do_all_sortedEVP_CIPHER_flags__imp_EVP_CIPHER_flagsEVP_CIPHER_get_asn1_iv__imp_EVP_CIPHER_get_asn1_ivEVP_CIPHER_iv_length__imp_EVP_CIPHER_iv_lengthEVP_CIPHER_key_length__imp_EVP_CIPHER_key_lengthEVP_CIPHER_nid__imp_EVP_CIPHER_nidEVP_CIPHER_param_to_asn1__imp_EVP_CIPHER_param_to_asn1EVP_CIPHER_set_asn1_iv__imp_EVP_CIPHER_set_asn1_ivEVP_CIPHER_type__imp_EVP_CIPHER_typeEVP_CipherFinal__imp_EVP_CipherFinalEVP_CipherFinal_ex__imp_EVP_CipherFinal_exEVP_CipherInit__imp_EVP_CipherInitEVP_CipherInit_ex__imp_EVP_CipherInit_exEVP_CipherUpdate__imp_EVP_CipherUpdateEVP_Cipher__imp_EVP_CipherEVP_DecodeBlock__imp_EVP_DecodeBlockEVP_DecodeFinal__imp_EVP_DecodeFinalEVP_DecodeInit__imp_EVP_DecodeInitEVP_DecodeUpdate__imp_EVP_DecodeUpdateEVP_DecryptFinal__imp_EVP_DecryptFinalEVP_DecryptFinal_ex__imp_EVP_DecryptFinal_exEVP_DecryptInit__imp_EVP_DecryptInitEVP_DecryptInit_ex__imp_EVP_DecryptInit_exEVP_DecryptUpdate__imp_EVP_DecryptUpdateEVP_DigestFinal__imp_EVP_DigestFinalEVP_DigestFinal_ex__imp_EVP_DigestFinal_exEVP_DigestInit__imp_EVP_DigestInitEVP_DigestInit_ex__imp_EVP_DigestInit_exEVP_DigestSignFinal__imp_EVP_DigestSignFinalEVP_DigestSignInit__imp_EVP_DigestSignInitEVP_DigestUpdate__imp_EVP_DigestUpdateEVP_DigestVerifyFinal__imp_EVP_DigestVerifyFinalEVP_DigestVerifyInit__imp_EVP_DigestVerifyInitEVP_Digest__imp_EVP_DigestEVP_EncodeBlock__imp_EVP_EncodeBlockEVP_EncodeFinal__imp_EVP_EncodeFinalEVP_EncodeInit__imp_EVP_EncodeInitEVP_EncodeUpdate__imp_EVP_EncodeUpdateEVP_EncryptFinal__imp_EVP_EncryptFinalEVP_EncryptFinal_ex__imp_EVP_EncryptFinal_exEVP_EncryptInit__imp_EVP_EncryptInitEVP_EncryptInit_ex__imp_EVP_EncryptInit_exEVP_EncryptUpdate__imp_EVP_EncryptUpdateEVP_MD_CTX_cleanup__imp_EVP_MD_CTX_cleanupEVP_MD_CTX_clear_flags__imp_EVP_MD_CTX_clear_flagsEVP_MD_CTX_copy__imp_EVP_MD_CTX_copyEVP_MD_CTX_copy_ex__imp_EVP_MD_CTX_copy_exEVP_MD_CTX_create__imp_EVP_MD_CTX_createEVP_MD_CTX_destroy__imp_EVP_MD_CTX_destroyEVP_MD_CTX_init__imp_EVP_MD_CTX_initEVP_MD_CTX_md__imp_EVP_MD_CTX_mdEVP_MD_CTX_set_flags__imp_EVP_MD_CTX_set_flagsEVP_MD_CTX_test_flags__imp_EVP_MD_CTX_test_flagsEVP_MD_block_size__imp_EVP_MD_block_sizeEVP_MD_do_all__imp_EVP_MD_do_allEVP_MD_do_all_sorted__imp_EVP_MD_do_all_sortedEVP_MD_flags__imp_EVP_MD_flagsEVP_MD_pkey_type__imp_EVP_MD_pkey_typeEVP_MD_size__imp_EVP_MD_sizeEVP_MD_type__imp_EVP_MD_typeEVP_OpenFinal__imp_EVP_OpenFinalEVP_OpenInit__imp_EVP_OpenInitEVP_PBE_CipherInit__imp_EVP_PBE_CipherInitEVP_PBE_alg_add__imp_EVP_PBE_alg_addEVP_PBE_alg_add_type__imp_EVP_PBE_alg_add_typeEVP_PBE_cleanup__imp_EVP_PBE_cleanupEVP_PBE_find__imp_EVP_PBE_findEVP_PKCS82PKEY__imp_EVP_PKCS82PKEYEVP_PKEY2PKCS8__imp_EVP_PKEY2PKCS8EVP_PKEY2PKCS8_broken__imp_EVP_PKEY2PKCS8_brokenEVP_PKEY_CTX_ctrl__imp_EVP_PKEY_CTX_ctrlEVP_PKEY_CTX_ctrl_str__imp_EVP_PKEY_CTX_ctrl_strEVP_PKEY_CTX_dup__imp_EVP_PKEY_CTX_dupEVP_PKEY_CTX_free__imp_EVP_PKEY_CTX_freeEVP_PKEY_CTX_get0_peerkey__imp_EVP_PKEY_CTX_get0_peerkeyEVP_PKEY_CTX_get0_pkey__imp_EVP_PKEY_CTX_get0_pkeyEVP_PKEY_CTX_get_app_data__imp_EVP_PKEY_CTX_get_app_dataEVP_PKEY_CTX_get_cb__imp_EVP_PKEY_CTX_get_cbEVP_PKEY_CTX_get_data__imp_EVP_PKEY_CTX_get_dataEVP_PKEY_CTX_get_keygen_info__imp_EVP_PKEY_CTX_get_keygen_infoEVP_PKEY_CTX_get_operation__imp_EVP_PKEY_CTX_get_operationEVP_PKEY_CTX_new__imp_EVP_PKEY_CTX_newEVP_PKEY_CTX_new_id__imp_EVP_PKEY_CTX_new_idEVP_PKEY_CTX_set0_keygen_info__imp_EVP_PKEY_CTX_set0_keygen_infoEVP_PKEY_CTX_set_app_data__imp_EVP_PKEY_CTX_set_app_dataEVP_PKEY_CTX_set_cb__imp_EVP_PKEY_CTX_set_cbEVP_PKEY_CTX_set_data__imp_EVP_PKEY_CTX_set_dataEVP_PKEY_add1_attr__imp_EVP_PKEY_add1_attrEVP_PKEY_add1_attr_by_NID__imp_EVP_PKEY_add1_attr_by_NIDEVP_PKEY_add1_attr_by_OBJ__imp_EVP_PKEY_add1_attr_by_OBJEVP_PKEY_add1_attr_by_txt__imp_EVP_PKEY_add1_attr_by_txtEVP_PKEY_asn1_add0__imp_EVP_PKEY_asn1_add0EVP_PKEY_asn1_add_alias__imp_EVP_PKEY_asn1_add_aliasEVP_PKEY_asn1_copy__imp_EVP_PKEY_asn1_copyEVP_PKEY_asn1_find__imp_EVP_PKEY_asn1_findEVP_PKEY_asn1_find_str__imp_EVP_PKEY_asn1_find_strEVP_PKEY_asn1_free__imp_EVP_PKEY_asn1_freeEVP_PKEY_asn1_get0__imp_EVP_PKEY_asn1_get0EVP_PKEY_asn1_get0_info__imp_EVP_PKEY_asn1_get0_infoEVP_PKEY_asn1_get_count__imp_EVP_PKEY_asn1_get_countEVP_PKEY_asn1_new__imp_EVP_PKEY_asn1_newEVP_PKEY_asn1_set_ctrl__imp_EVP_PKEY_asn1_set_ctrlEVP_PKEY_asn1_set_free__imp_EVP_PKEY_asn1_set_freeEVP_PKEY_asn1_set_param__imp_EVP_PKEY_asn1_set_paramEVP_PKEY_asn1_set_private__imp_EVP_PKEY_asn1_set_privateEVP_PKEY_asn1_set_public__imp_EVP_PKEY_asn1_set_publicEVP_PKEY_assign__imp_EVP_PKEY_assignEVP_PKEY_base_id__imp_EVP_PKEY_base_idEVP_PKEY_bits__imp_EVP_PKEY_bitsEVP_PKEY_cmp__imp_EVP_PKEY_cmpEVP_PKEY_cmp_parameters__imp_EVP_PKEY_cmp_parametersEVP_PKEY_copy_parameters__imp_EVP_PKEY_copy_parametersEVP_PKEY_decrypt__imp_EVP_PKEY_decryptEVP_PKEY_decrypt_init__imp_EVP_PKEY_decrypt_initEVP_PKEY_decrypt_old__imp_EVP_PKEY_decrypt_oldEVP_PKEY_delete_attr__imp_EVP_PKEY_delete_attrEVP_PKEY_derive__imp_EVP_PKEY_deriveEVP_PKEY_derive_init__imp_EVP_PKEY_derive_initEVP_PKEY_derive_set_peer__imp_EVP_PKEY_derive_set_peerEVP_PKEY_encrypt__imp_EVP_PKEY_encryptEVP_PKEY_encrypt_init__imp_EVP_PKEY_encrypt_initEVP_PKEY_encrypt_old__imp_EVP_PKEY_encrypt_oldEVP_PKEY_free__imp_EVP_PKEY_freeEVP_PKEY_get0__imp_EVP_PKEY_get0EVP_PKEY_get0_asn1__imp_EVP_PKEY_get0_asn1EVP_PKEY_get1_DH__imp_EVP_PKEY_get1_DHEVP_PKEY_get1_DSA__imp_EVP_PKEY_get1_DSAEVP_PKEY_get1_EC_KEY__imp_EVP_PKEY_get1_EC_KEYEVP_PKEY_get1_RSA__imp_EVP_PKEY_get1_RSAEVP_PKEY_get_attr__imp_EVP_PKEY_get_attrEVP_PKEY_get_attr_by_NID__imp_EVP_PKEY_get_attr_by_NIDEVP_PKEY_get_attr_by_OBJ__imp_EVP_PKEY_get_attr_by_OBJEVP_PKEY_get_attr_count__imp_EVP_PKEY_get_attr_countEVP_PKEY_get_default_digest_nid__imp_EVP_PKEY_get_default_digest_nidEVP_PKEY_id__imp_EVP_PKEY_idEVP_PKEY_keygen__imp_EVP_PKEY_keygenEVP_PKEY_keygen_init__imp_EVP_PKEY_keygen_initEVP_PKEY_meth_add0__imp_EVP_PKEY_meth_add0EVP_PKEY_meth_copy__imp_EVP_PKEY_meth_copyEVP_PKEY_meth_find__imp_EVP_PKEY_meth_findEVP_PKEY_meth_free__imp_EVP_PKEY_meth_freeEVP_PKEY_meth_get0_info__imp_EVP_PKEY_meth_get0_infoEVP_PKEY_meth_new__imp_EVP_PKEY_meth_newEVP_PKEY_meth_set_cleanup__imp_EVP_PKEY_meth_set_cleanupEVP_PKEY_meth_set_copy__imp_EVP_PKEY_meth_set_copyEVP_PKEY_meth_set_ctrl__imp_EVP_PKEY_meth_set_ctrlEVP_PKEY_meth_set_decrypt__imp_EVP_PKEY_meth_set_decryptEVP_PKEY_meth_set_derive__imp_EVP_PKEY_meth_set_deriveEVP_PKEY_meth_set_encrypt__imp_EVP_PKEY_meth_set_encryptEVP_PKEY_meth_set_init__imp_EVP_PKEY_meth_set_initEVP_PKEY_meth_set_keygen__imp_EVP_PKEY_meth_set_keygenEVP_PKEY_meth_set_paramgen__imp_EVP_PKEY_meth_set_paramgenEVP_PKEY_meth_set_sign__imp_EVP_PKEY_meth_set_signEVP_PKEY_meth_set_signctx__imp_EVP_PKEY_meth_set_signctxEVP_PKEY_meth_set_verify__imp_EVP_PKEY_meth_set_verifyEVP_PKEY_meth_set_verify_recover__imp_EVP_PKEY_meth_set_verify_recoverEVP_PKEY_meth_set_verifyctx__imp_EVP_PKEY_meth_set_verifyctxEVP_PKEY_missing_parameters__imp_EVP_PKEY_missing_parametersEVP_PKEY_new__imp_EVP_PKEY_newEVP_PKEY_new_mac_key__imp_EVP_PKEY_new_mac_keyEVP_PKEY_paramgen__imp_EVP_PKEY_paramgenEVP_PKEY_paramgen_init__imp_EVP_PKEY_paramgen_initEVP_PKEY_print_params__imp_EVP_PKEY_print_paramsEVP_PKEY_print_private__imp_EVP_PKEY_print_privateEVP_PKEY_print_public__imp_EVP_PKEY_print_publicEVP_PKEY_save_parameters__imp_EVP_PKEY_save_parametersEVP_PKEY_set1_DH__imp_EVP_PKEY_set1_DHEVP_PKEY_set1_DSA__imp_EVP_PKEY_set1_DSAEVP_PKEY_set1_EC_KEY__imp_EVP_PKEY_set1_EC_KEYEVP_PKEY_set1_RSA__imp_EVP_PKEY_set1_RSAEVP_PKEY_set_type__imp_EVP_PKEY_set_typeEVP_PKEY_set_type_str__imp_EVP_PKEY_set_type_strEVP_PKEY_sign__imp_EVP_PKEY_signEVP_PKEY_sign_init__imp_EVP_PKEY_sign_initEVP_PKEY_size__imp_EVP_PKEY_sizeEVP_PKEY_type__imp_EVP_PKEY_typeEVP_PKEY_verify__imp_EVP_PKEY_verifyEVP_PKEY_verify_init__imp_EVP_PKEY_verify_initEVP_PKEY_verify_recover__imp_EVP_PKEY_verify_recoverEVP_PKEY_verify_recover_init__imp_EVP_PKEY_verify_recover_initEVP_SealFinal__imp_EVP_SealFinalEVP_SealInit__imp_EVP_SealInitEVP_SignFinal__imp_EVP_SignFinalEVP_VerifyFinal__imp_EVP_VerifyFinalEVP_add_alg_module__imp_EVP_add_alg_moduleEVP_add_cipher__imp_EVP_add_cipherEVP_add_digest__imp_EVP_add_digestEVP_aes_128_cbc__imp_EVP_aes_128_cbcEVP_aes_128_cbc_hmac_sha1__imp_EVP_aes_128_cbc_hmac_sha1EVP_aes_128_ccm__imp_EVP_aes_128_ccmEVP_aes_128_cfb128__imp_EVP_aes_128_cfb128EVP_aes_128_cfb1__imp_EVP_aes_128_cfb1EVP_aes_128_cfb8__imp_EVP_aes_128_cfb8EVP_aes_128_ctr__imp_EVP_aes_128_ctrEVP_aes_128_ecb__imp_EVP_aes_128_ecbEVP_aes_128_gcm__imp_EVP_aes_128_gcmEVP_aes_128_ofb__imp_EVP_aes_128_ofbEVP_aes_128_xts__imp_EVP_aes_128_xtsEVP_aes_192_cbc__imp_EVP_aes_192_cbcEVP_aes_192_ccm__imp_EVP_aes_192_ccmEVP_aes_192_cfb128__imp_EVP_aes_192_cfb128EVP_aes_192_cfb1__imp_EVP_aes_192_cfb1EVP_aes_192_cfb8__imp_EVP_aes_192_cfb8EVP_aes_192_ctr__imp_EVP_aes_192_ctrEVP_aes_192_ecb__imp_EVP_aes_192_ecbEVP_aes_192_gcm__imp_EVP_aes_192_gcmEVP_aes_192_ofb__imp_EVP_aes_192_ofbEVP_aes_256_cbc__imp_EVP_aes_256_cbcEVP_aes_256_cbc_hmac_sha1__imp_EVP_aes_256_cbc_hmac_sha1EVP_aes_256_ccm__imp_EVP_aes_256_ccmEVP_aes_256_cfb128__imp_EVP_aes_256_cfb128EVP_aes_256_cfb1__imp_EVP_aes_256_cfb1EVP_aes_256_cfb8__imp_EVP_aes_256_cfb8EVP_aes_256_ctr__imp_EVP_aes_256_ctrEVP_aes_256_ecb__imp_EVP_aes_256_ecbEVP_aes_256_gcm__imp_EVP_aes_256_gcmEVP_aes_256_ofb__imp_EVP_aes_256_ofbEVP_aes_256_xts__imp_EVP_aes_256_xtsEVP_bf_cbc__imp_EVP_bf_cbcEVP_bf_cfb64__imp_EVP_bf_cfb64EVP_bf_ecb__imp_EVP_bf_ecbEVP_bf_ofb__imp_EVP_bf_ofbEVP_camellia_128_cbc__imp_EVP_camellia_128_cbcEVP_camellia_128_cfb128__imp_EVP_camellia_128_cfb128EVP_camellia_128_cfb1__imp_EVP_camellia_128_cfb1EVP_camellia_128_cfb8__imp_EVP_camellia_128_cfb8EVP_camellia_128_ecb__imp_EVP_camellia_128_ecbEVP_camellia_128_ofb__imp_EVP_camellia_128_ofbEVP_camellia_192_cbc__imp_EVP_camellia_192_cbcEVP_camellia_192_cfb128__imp_EVP_camellia_192_cfb128EVP_camellia_192_cfb1__imp_EVP_camellia_192_cfb1EVP_camellia_192_cfb8__imp_EVP_camellia_192_cfb8EVP_camellia_192_ecb__imp_EVP_camellia_192_ecbEVP_camellia_192_ofb__imp_EVP_camellia_192_ofbEVP_camellia_256_cbc__imp_EVP_camellia_256_cbcEVP_camellia_256_cfb128__imp_EVP_camellia_256_cfb128EVP_camellia_256_cfb1__imp_EVP_camellia_256_cfb1EVP_camellia_256_cfb8__imp_EVP_camellia_256_cfb8EVP_camellia_256_ecb__imp_EVP_camellia_256_ecbEVP_camellia_256_ofb__imp_EVP_camellia_256_ofbEVP_cast5_cbc__imp_EVP_cast5_cbcEVP_cast5_cfb64__imp_EVP_cast5_cfb64EVP_cast5_ecb__imp_EVP_cast5_ecbEVP_cast5_ofb__imp_EVP_cast5_ofbEVP_cleanup__imp_EVP_cleanupEVP_des_cbc__imp_EVP_des_cbcEVP_des_cfb1__imp_EVP_des_cfb1EVP_des_cfb64__imp_EVP_des_cfb64EVP_des_cfb8__imp_EVP_des_cfb8EVP_des_ecb__imp_EVP_des_ecbEVP_des_ede3__imp_EVP_des_ede3EVP_des_ede3_cbc__imp_EVP_des_ede3_cbcEVP_des_ede3_cfb1__imp_EVP_des_ede3_cfb1EVP_des_ede3_cfb64__imp_EVP_des_ede3_cfb64EVP_des_ede3_cfb8__imp_EVP_des_ede3_cfb8EVP_des_ede3_ecb__imp_EVP_des_ede3_ecbEVP_des_ede3_ofb__imp_EVP_des_ede3_ofbEVP_des_ede__imp_EVP_des_edeEVP_des_ede_cbc__imp_EVP_des_ede_cbcEVP_des_ede_cfb64__imp_EVP_des_ede_cfb64EVP_des_ede_ecb__imp_EVP_des_ede_ecbEVP_des_ede_ofb__imp_EVP_des_ede_ofbEVP_des_ofb__imp_EVP_des_ofbEVP_desx_cbc__imp_EVP_desx_cbcEVP_dss1__imp_EVP_dss1EVP_dss__imp_EVP_dssEVP_ecdsa__imp_EVP_ecdsaEVP_enc_null__imp_EVP_enc_nullEVP_get_cipherbyname__imp_EVP_get_cipherbynameEVP_get_digestbyname__imp_EVP_get_digestbynameEVP_get_pw_prompt__imp_EVP_get_pw_promptEVP_idea_cbc__imp_EVP_idea_cbcEVP_idea_cfb64__imp_EVP_idea_cfb64EVP_idea_ecb__imp_EVP_idea_ecbEVP_idea_ofb__imp_EVP_idea_ofbEVP_md4__imp_EVP_md4EVP_md5__imp_EVP_md5EVP_md_null__imp_EVP_md_nullEVP_mdc2__imp_EVP_mdc2EVP_rc2_40_cbc__imp_EVP_rc2_40_cbcEVP_rc2_64_cbc__imp_EVP_rc2_64_cbcEVP_rc2_cbc__imp_EVP_rc2_cbcEVP_rc2_cfb64__imp_EVP_rc2_cfb64EVP_rc2_ecb__imp_EVP_rc2_ecbEVP_rc2_ofb__imp_EVP_rc2_ofbEVP_rc4__imp_EVP_rc4EVP_rc4_40__imp_EVP_rc4_40EVP_rc4_hmac_md5__imp_EVP_rc4_hmac_md5EVP_read_pw_string__imp_EVP_read_pw_stringEVP_read_pw_string_min__imp_EVP_read_pw_string_minEVP_ripemd160__imp_EVP_ripemd160EVP_seed_cbc__imp_EVP_seed_cbcEVP_seed_cfb128__imp_EVP_seed_cfb128EVP_seed_ecb__imp_EVP_seed_ecbEVP_seed_ofb__imp_EVP_seed_ofbEVP_set_pw_prompt__imp_EVP_set_pw_promptEVP_sha1__imp_EVP_sha1EVP_sha224__imp_EVP_sha224EVP_sha256__imp_EVP_sha256EVP_sha384__imp_EVP_sha384EVP_sha512__imp_EVP_sha512EVP_sha__imp_EVP_shaEVP_whirlpool__imp_EVP_whirlpoolEXTENDED_KEY_USAGE_free__imp_EXTENDED_KEY_USAGE_freeEXTENDED_KEY_USAGE_it__imp_EXTENDED_KEY_USAGE_itEXTENDED_KEY_USAGE_new__imp_EXTENDED_KEY_USAGE_newFIPS_mode__imp_FIPS_modeFIPS_mode_set__imp_FIPS_mode_setGENERAL_NAMES_free__imp_GENERAL_NAMES_freeGENERAL_NAMES_it__imp_GENERAL_NAMES_itGENERAL_NAMES_new__imp_GENERAL_NAMES_newGENERAL_NAME_cmp__imp_GENERAL_NAME_cmpGENERAL_NAME_dup__imp_GENERAL_NAME_dupGENERAL_NAME_free__imp_GENERAL_NAME_freeGENERAL_NAME_get0_otherName__imp_GENERAL_NAME_get0_otherNameGENERAL_NAME_get0_value__imp_GENERAL_NAME_get0_valueGENERAL_NAME_it__imp_GENERAL_NAME_itGENERAL_NAME_new__imp_GENERAL_NAME_newGENERAL_NAME_print__imp_GENERAL_NAME_printGENERAL_NAME_set0_othername__imp_GENERAL_NAME_set0_othernameGENERAL_NAME_set0_value__imp_GENERAL_NAME_set0_valueGENERAL_SUBTREE_free__imp_GENERAL_SUBTREE_freeGENERAL_SUBTREE_it__imp_GENERAL_SUBTREE_itGENERAL_SUBTREE_new__imp_GENERAL_SUBTREE_newHMAC__imp_HMACHMAC_CTX_cleanup__imp_HMAC_CTX_cleanupHMAC_CTX_copy__imp_HMAC_CTX_copyHMAC_CTX_init__imp_HMAC_CTX_initHMAC_CTX_set_flags__imp_HMAC_CTX_set_flagsHMAC_Final__imp_HMAC_FinalHMAC_Init__imp_HMAC_InitHMAC_Init_ex__imp_HMAC_Init_exHMAC_Update__imp_HMAC_UpdateISSUING_DIST_POINT_free__imp_ISSUING_DIST_POINT_freeISSUING_DIST_POINT_it__imp_ISSUING_DIST_POINT_itISSUING_DIST_POINT_new__imp_ISSUING_DIST_POINT_newKRB5_APREQBODY_free__imp_KRB5_APREQBODY_freeKRB5_APREQBODY_it__imp_KRB5_APREQBODY_itKRB5_APREQBODY_new__imp_KRB5_APREQBODY_newKRB5_APREQ_free__imp_KRB5_APREQ_freeKRB5_APREQ_it__imp_KRB5_APREQ_itKRB5_APREQ_new__imp_KRB5_APREQ_newKRB5_AUTHDATA_free__imp_KRB5_AUTHDATA_freeKRB5_AUTHDATA_it__imp_KRB5_AUTHDATA_itKRB5_AUTHDATA_new__imp_KRB5_AUTHDATA_newKRB5_AUTHENTBODY_free__imp_KRB5_AUTHENTBODY_freeKRB5_AUTHENTBODY_it__imp_KRB5_AUTHENTBODY_itKRB5_AUTHENTBODY_new__imp_KRB5_AUTHENTBODY_newKRB5_AUTHENT_free__imp_KRB5_AUTHENT_freeKRB5_AUTHENT_it__imp_KRB5_AUTHENT_itKRB5_AUTHENT_new__imp_KRB5_AUTHENT_newKRB5_CHECKSUM_free__imp_KRB5_CHECKSUM_freeKRB5_CHECKSUM_it__imp_KRB5_CHECKSUM_itKRB5_CHECKSUM_new__imp_KRB5_CHECKSUM_newKRB5_ENCDATA_free__imp_KRB5_ENCDATA_freeKRB5_ENCDATA_it__imp_KRB5_ENCDATA_itKRB5_ENCDATA_new__imp_KRB5_ENCDATA_newKRB5_ENCKEY_free__imp_KRB5_ENCKEY_freeKRB5_ENCKEY_it__imp_KRB5_ENCKEY_itKRB5_ENCKEY_new__imp_KRB5_ENCKEY_newKRB5_PRINCNAME_free__imp_KRB5_PRINCNAME_freeKRB5_PRINCNAME_it__imp_KRB5_PRINCNAME_itKRB5_PRINCNAME_new__imp_KRB5_PRINCNAME_newKRB5_TICKET_free__imp_KRB5_TICKET_freeKRB5_TICKET_it__imp_KRB5_TICKET_itKRB5_TICKET_new__imp_KRB5_TICKET_newKRB5_TKTBODY_free__imp_KRB5_TKTBODY_freeKRB5_TKTBODY_it__imp_KRB5_TKTBODY_itKRB5_TKTBODY_new__imp_KRB5_TKTBODY_newLONG_it__imp_LONG_itMD4__imp_MD4MD4_Final__imp_MD4_FinalMD4_Init__imp_MD4_InitMD4_Transform__imp_MD4_TransformMD4_Update__imp_MD4_UpdateMD5__imp_MD5MD5_Final__imp_MD5_FinalMD5_Init__imp_MD5_InitMD5_Transform__imp_MD5_TransformMD5_Update__imp_MD5_UpdateMDC2__imp_MDC2MDC2_Final__imp_MDC2_FinalMDC2_Init__imp_MDC2_InitMDC2_Update__imp_MDC2_UpdateNAME_CONSTRAINTS_check__imp_NAME_CONSTRAINTS_checkNAME_CONSTRAINTS_free__imp_NAME_CONSTRAINTS_freeNAME_CONSTRAINTS_it__imp_NAME_CONSTRAINTS_itNAME_CONSTRAINTS_new__imp_NAME_CONSTRAINTS_newNCONF_WIN32__imp_NCONF_WIN32NCONF_default__imp_NCONF_defaultNCONF_dump_bio__imp_NCONF_dump_bioNCONF_dump_fp__imp_NCONF_dump_fpNCONF_free__imp_NCONF_freeNCONF_free_data__imp_NCONF_free_dataNCONF_get_number_e__imp_NCONF_get_number_eNCONF_get_section__imp_NCONF_get_sectionNCONF_g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SA_PUBKEY__imp_PEM_write_bio_RSA_PUBKEYPEM_write_bio_X509__imp_PEM_write_bio_X509PEM_write_bio_X509_AUX__imp_PEM_write_bio_X509_AUXPEM_write_bio_X509_CERT_PAIR__imp_PEM_write_bio_X509_CERT_PAIRPEM_write_bio_X509_CRL__imp_PEM_write_bio_X509_CRLPEM_write_bio_X509_REQ__imp_PEM_write_bio_X509_REQPEM_write_bio_X509_REQ_NEW__imp_PEM_write_bio_X509_REQ_NEWPKCS12_AUTHSAFES_it__imp_PKCS12_AUTHSAFES_itPKCS12_BAGS_free__imp_PKCS12_BAGS_freePKCS12_BAGS_it__imp_PKCS12_BAGS_itPKCS12_BAGS_new__imp_PKCS12_BAGS_newPKCS12_MAC_DATA_free__imp_PKCS12_MAC_DATA_freePKCS12_MAC_DATA_it__imp_PKCS12_MAC_DATA_itPKCS12_MAC_DATA_new__imp_PKCS12_MAC_DATA_newPKCS12_MAKE_KEYBAG__imp_PKCS12_MAKE_KEYBAGPKCS12_MAKE_SHKEYBAG__imp_PKCS12_MAKE_SHKEYBAGPKCS12_PBE_add__imp_PKCS12_PBE_addPKCS12_PBE_keyivgen__imp_PKCS12_PBE_keyivgenPKCS12_SAFEBAGS_it__imp_PKCS12_SAFEBAGS_itPKCS12_SAFEBAG_free__imp_PKCS12_SAFEBAG_freePKCS12_SAFEBAG_it__imp_PKCS12_SAFEBAG_itPKCS12_SAFEBAG_new__imp_PKCS12_SAFEBAG_newPKCS12_add_CSPName_asc__imp_PKCS12_add_CSPName_ascPKCS12_add_cert__imp_PKCS12_add_certPKCS12_add_friendlyname_asc__imp_PKCS12_add_friendlyname_ascPKCS12_add_friendlyname_uni__imp_PKCS12_add_friendlyname_uniPKCS12_add_key__imp_PKCS12_add_keyPKCS12_add_localkeyid__imp_PKCS12_add_localkeyidPKCS12_add_safe__imp_PKCS12_add_safePKCS12_add_safes__imp_PKCS12_add_safesPKCS12_certbag2x509__imp_PKCS12_certbag2x509PKCS12_certbag2x509crl__imp_PKCS12_certbag2x509crlPKCS12_create__imp_PKCS12_createPKCS12_decrypt_skey__imp_PKCS12_decrypt_skeyPKCS12_free__imp_PKCS12_freePKCS12_gen_mac__imp_PKCS12_gen_macPKCS12_get_attr_gen__imp_PKCS12_get_attr_genPKCS12_get_friendlyname__imp_PKCS12_get_friendlynamePKCS12_init__imp_PKCS12_initPKCS12_item_decrypt_d2i__imp_PKCS12_item_decrypt_d2iPKCS12_item_i2d_encrypt__imp_PKCS12_item_i2d_encryptPKCS12_item_pack_safebag__imp_PKCS12_item_pack_safebagPKCS12_it__imp_PKCS12_itPKCS12_key_gen_asc__imp_PKCS12_key_gen_ascPKCS12_key_gen_uni__imp_PKCS12_key_gen_uniPKCS12_new__imp_PKCS12_newPKCS12_newpass__imp_PKCS12_newpassPKCS12_pack_authsafes__imp_PKCS12_pack_authsafesPKCS12_pack_p7data__imp_PKCS12_pack_p7dataPKCS12_pack_p7encdata__imp_PKCS12_pack_p7encdataPKCS12_parse__imp_PKCS12_parsePKCS12_pbe_crypt__imp_PKCS12_pbe_cryptPKCS12_set_mac__imp_PKCS12_set_macPKCS12_setup_mac__imp_PKCS12_setup_macPKCS12_unpack_authsafes__imp_PKCS12_unpack_authsafesPKCS12_unpack_p7data__imp_PKCS12_unpack_p7dataPKCS12_unpack_p7encdata__imp_PKCS12_unpack_p7encdataPKCS12_verify_mac__imp_PKCS12_verify_macPKCS12_x5092certbag__imp_PKCS12_x5092certbagPKCS12_x509crl2certbag__imp_PKCS12_x509crl2certbagPKCS1_MGF1__imp_PKCS1_MGF1PKCS5_PBE_add__imp_PKCS5_PBE_addPKCS5_PBE_keyivgen__imp_PKCS5_PBE_keyivgenPKCS5_PBKDF2_HMAC__imp_PKCS5_PBKDF2_HMACPKCS5_PBKDF2_HMAC_SHA1__imp_PKCS5_PBKDF2_HMAC_SHA1PKCS5_pbe2_set__imp_PKCS5_pbe2_setPKCS5_pbe2_set_iv__imp_PKCS5_pbe2_set_ivPKCS5_pbe_set0_algor__imp_PKCS5_pbe_set0_algorPKCS5_pbe_set__imp_PKCS5_pbe_setPKCS5_pbkdf2_set__imp_PKCS5_pbkdf2_setPKCS5_v2_PBE_keyivgen__imp_PKCS5_v2_PBE_keyivgenPKCS7_ATTR_SIGN_it__imp_PKCS7_ATTR_SIGN_itPKCS7_ATTR_VERIFY_it__imp_PKCS7_ATTR_VERIFY_itPKCS7_DIGEST_free__imp_PKCS7_DIGEST_freePKCS7_DIGEST_it__imp_PKCS7_DIGEST_itPKCS7_DIGEST_new__imp_PKCS7_DIGEST_newPKCS7_ENCRYPT_free__imp_PKCS7_ENCRYPT_freePKCS7_ENCRYPT_it__imp_PKCS7_ENCRYPT_itPKCS7_ENCRYPT_new__imp_PKCS7_ENCRYPT_newPKCS7_ENC_CONTENT_free__imp_PKCS7_ENC_CONTENT_freePKCS7_ENC_CONTENT_it__imp_PKCS7_ENC_CONTENT_itPKCS7_ENC_CONTENT_new__imp_PKCS7_ENC_CONTENT_newPKCS7_ENVELOPE_free__imp_PKCS7_ENVELOPE_freePKCS7_ENVELOPE_it__imp_PKCS7_ENVELOPE_itPKCS7_ENVELOPE_new__imp_PKCS7_ENVELOPE_newPKCS7_ISSUER_AND_SERIAL_digest__imp_PKCS7_ISSUER_AND_SERIAL_digestPKCS7_ISSUER_AND_SERIAL_free__imp_PKCS7_ISSUER_AND_SERIAL_freePKCS7_ISSUER_AND_SERIAL_it__imp_PKCS7_ISSUER_AND_SERIAL_itPKCS7_ISSUER_AND_SERIAL_new__imp_PKCS7_ISSUER_AND_SERIAL_newPKCS7_RECIP_INFO_free__imp_PKCS7_RECIP_INFO_freePKCS7_RECIP_INFO_get0_alg__imp_PKCS7_RECIP_INFO_get0_algPKCS7_RECIP_INFO_it__imp_PKCS7_RECIP_INFO_itPKCS7_RECIP_INFO_new__imp_PKCS7_RECIP_INFO_newPKCS7_RECIP_INFO_set__imp_PKCS7_RECIP_INFO_setPKCS7_SIGNED_free__imp_PKCS7_SIGNED_freePKCS7_SIGNED_it__imp_PKCS7_SIGNED_itPKCS7_SIGNED_new__imp_PKCS7_SIGNED_newPKCS7_SIGNER_INFO_free__imp_PKCS7_SIGNER_INFO_freePKCS7_SIGNER_INFO_get0_algs__imp_PKCS7_SIGNER_INFO_get0_algsPKCS7_SIGNER_INFO_it__imp_PKCS7_SIGNER_INFO_itPKCS7_SIGNER_INFO_new__imp_PKCS7_SIGNER_INFO_newPKCS7_SIGNER_INFO_set__imp_PKCS7_SIGNER_INFO_setPKCS7_SIGNER_INFO_sign__imp_PKCS7_SIGNER_INFO_signPKCS7_SIGN_ENVELOPE_free__imp_PKCS7_SIGN_ENVELOPE_freePKCS7_SIGN_ENVELOPE_it__imp_PKCS7_SIGN_ENVELOPE_itPKCS7_SIGN_ENVELOPE_new__imp_PKCS7_SIGN_ENVELOPE_newPKCS7_add0_attrib_signing_time__imp_PKCS7_add0_attrib_signing_timePKCS7_add1_attrib_digest__imp_PKCS7_add1_attrib_digestPKCS7_add_attrib_content_type__imp_PKCS7_add_attrib_content_typePKCS7_add_attrib_smimecap__imp_PKCS7_add_attrib_smimecapPKCS7_add_attribute__imp_PKCS7_add_attributePKCS7_add_certificate__imp_PKCS7_add_certificatePKCS7_add_crl__imp_PKCS7_add_crlPKCS7_add_recipient__imp_PKCS7_add_recipientPKCS7_add_recipient_info__imp_PKCS7_add_recipient_infoPKCS7_add_signature__imp_PKCS7_add_signaturePKCS7_add_signed_attribute__imp_PKCS7_add_signed_attributePKCS7_add_signer__imp_PKCS7_add_signerPKCS7_cert_from_signer_info__imp_PKCS7_cert_from_signer_infoPKCS7_content_new__imp_PKCS7_content_newPKCS7_ctrl__imp_PKCS7_ctrlPKCS7_dataDecode__imp_PKCS7_dataDecodePKCS7_dataFinal__imp_PKCS7_dataFinalPKCS7_dataInit__imp_PKCS7_dataInitPKCS7_dataVerify__imp_PKCS7_dataVerifyPKCS7_decrypt__imp_PKCS7_decryptPKCS7_digest_from_attributes__imp_PKCS7_digest_from_attributesPKCS7_dup__imp_PKCS7_dupPKCS7_encrypt__imp_PKCS7_encryptPKCS7_final__imp_PKCS7_finalPKCS7_free__imp_PKCS7_freePKCS7_get0_signers__imp_PKCS7_get0_signersPKCS7_get_attribute__imp_PKCS7_get_attributePKCS7_get_issuer_and_serial__imp_PKCS7_get_issuer_and_serialPKCS7_get_signed_attribute__imp_PKCS7_get_signed_attributePKCS7_get_signer_info__imp_PKCS7_get_signer_infoPKCS7_get_smimecap__imp_PKCS7_get_smimecapPKCS7_it__imp_PKCS7_itPKCS7_new__imp_PKCS7_newPKCS7_print_ctx__imp_PKCS7_print_ctxPKCS7_set0_type_other__imp_PKCS7_set0_type_otherPKCS7_set_attributes__imp_PKCS7_set_attributesPKCS7_set_cipher__imp_PKCS7_set_cipherPKCS7_set_content__imp_PKCS7_set_contentPKCS7_set_digest__imp_PKCS7_set_digestPKCS7_set_signed_attributes__imp_PKCS7_set_signed_attributesPKCS7_set_type__imp_PKCS7_set_typePKCS7_sign__imp_PKCS7_signPKCS7_sign_add_signer__imp_PKCS7_sign_add_signerPKCS7_signatureVerify__imp_PKCS7_signatureVerifyPKCS7_simple_smimecap__imp_PKCS7_simple_smimecapPKCS7_stream__imp_PKCS7_streamPKCS7_to_TS_TST_INFO__imp_PKCS7_to_TS_TST_INFOPKCS7_verify__imp_PKCS7_verifyPKCS8_PRIV_KEY_INFO_free__imp_PKCS8_PRIV_KEY_INFO_freePKCS8_PRIV_KEY_INFO_it__imp_PKCS8_PRIV_KEY_INFO_itPKCS8_PRIV_KEY_INFO_new__imp_PKCS8_PRIV_KEY_INFO_newPKCS8_add_keyusage__imp_PKCS8_add_keyusagePKCS8_decrypt__imp_PKCS8_decryptPKCS8_encrypt__imp_PKCS8_encryptPKCS8_pkey_get0__imp_PKCS8_pkey_get0PKCS8_pkey_set0__imp_PKCS8_pkey_set0PKCS8_set_broken__imp_PKCS8_set_brokenPKEY_USAGE_PERIOD_free__imp_PKEY_USAGE_PERIOD_freePKEY_USAGE_PERIOD_it__imp_PKEY_USAGE_PERIOD_itPKEY_USAGE_PERIOD_new__imp_PKEY_USAGE_PERIOD_newPOLICYINFO_free__imp_POLICYINFO_freePOLICYINFO_it__imp_POLICYINFO_itPOLICYINFO_new__imp_POLICYINFO_newPOLICYQUALINFO_free__imp_POLICYQUALINFO_freePOLICYQUALINFO_it__imp_POLICYQUALINFO_itPOLICYQUALINFO_new__imp_POLICYQUALINFO_newPOLICY_CONSTRAINTS_free__imp_POLICY_CONSTRAINTS_freePOLICY_CONSTRAINTS_it__imp_POLICY_CONSTRAINTS_itPOLICY_CONSTRAINTS_new__imp_POLICY_CONSTRAINTS_newPOLICY_MAPPINGS_it__imp_POLICY_MAPPINGS_itPOLICY_MAPPING_free__imp_POLICY_MAPPING_freePOLICY_MAPPING_it__imp_POLICY_MAPPING_itPOLICY_MAPPING_new__imp_POLICY_MAPPING_newPROXY_CERT_INFO_EXTENSION_free__imp_PROXY_CERT_INFO_EXTENSION_freePROXY_CERT_INFO_EXTENSION_it__imp_PROXY_CERT_INFO_EXTENSION_itPROXY_CERT_INFO_EXTENSION_new__imp_PROXY_CERT_INFO_EXTENSION_newPROXY_POLICY_free__imp_PROXY_POLICY_freePROXY_POLICY_it__imp_PROXY_POLICY_itPROXY_POLICY_new__imp_PROXY_POLICY_newRAND_SSLeay__imp_RAND_SSLeayRAND_add__imp_RAND_addRAND_bytes__imp_RAND_bytesRAND_cleanup__imp_RAND_cleanupRAND_egd__imp_RAND_egdRAND_egd_bytes__imp_RAND_egd_bytesRAND_event__imp_RAND_eventRAND_file_name__imp_RAND_file_nameRAND_get_rand_method__imp_RAND_get_rand_methodRAND_load_file__imp_RAND_load_fileRAND_poll__imp_RAND_pollRAND_pseudo_bytes__imp_RAND_pseudo_bytesRAND_query_egd_bytes__imp_RAND_query_egd_bytesRAND_screen__imp_RAND_screenRAND_seed__imp_RAND_seedRAND_set_rand_engine__imp_RAND_set_rand_engineRAND_set_rand_method__imp_RAND_set_rand_methodRAND_status__imp_RAND_statusRAND_write_file__imp_RAND_write_fileRC2_cbc_encrypt__imp_RC2_cbc_encryptRC2_cfb64_encrypt__imp_RC2_cfb64_encryptRC2_decrypt__imp_RC2_decryptRC2_ecb_encrypt__imp_RC2_ecb_encryptRC2_encrypt__imp_RC2_encryptRC2_ofb64_encrypt__imp_RC2_ofb64_encryptRC2_set_key__imp_RC2_set_keyRC4__imp_RC4RC4_options__imp_RC4_optionsRC4_set_key__imp_RC4_set_keyRIPEMD160__imp_RIPEMD160RIPEMD160_Final__imp_RIPEMD160_FinalRIPEMD160_Init__imp_RIPEMD160_InitRIPEMD160_Transform__imp_RIPEMD160_TransformRIPEMD160_Update__imp_RIPEMD160_UpdateRSAPrivateKey_dup__imp_RSAPrivateKey_dupRSAPrivateKey_it__imp_RSAPrivateKey_itRSAPublicKey_dup__imp_RSAPublicKey_dupRSAPublicKey_it__imp_RSAPublicKey_itRSA_PKCS1_SSLeay__imp_RSA_PKCS1_SSLeayRSA_PSS_PARAMS_free__imp_RSA_PSS_PARAMS_freeRSA_PSS_PARAMS_it__imp_RSA_PSS_PARAMS_itRSA_PSS_PARAMS_new__imp_RSA_PSS_PARAMS_newRSA_X931_hash_id__imp_RSA_X931_hash_idRSA_blinding_off__imp_RSA_blinding_offRSA_blinding_on__imp_RSA_blinding_onRSA_check_key__imp_RSA_check_keyRSA_flags__imp_RSA_flagsRSA_free__imp_RSA_freeRSA_generate_key__imp_RSA_generate_keyRSA_generate_key_ex__imp_RSA_generate_key_exRSA_get_default_method__imp_RSA_get_default_methodRSA_get_ex_data__imp_RSA_get_ex_dataRSA_get_ex_new_index__imp_RSA_get_ex_new_indexRSA_get_method__imp_RSA_get_methodRSA_memory_lock__imp_RSA_memory_lockRSA_new__imp_RSA_newRSA_new_method__imp_RSA_new_methodRSA_null_method__imp_RSA_null_methodRSA_padding_add_PKCS1_OAEP__imp_RSA_padding_add_PKCS1_OAEPRSA_padding_add_PKCS1_PSS__imp_RSA_padding_add_PKCS1_PSSRSA_padding_add_PKCS1_PSS_mgf1__imp_RSA_padding_add_PKCS1_PSS_mgf1RSA_padding_add_PKCS1_type_1__imp_RSA_padding_add_PKCS1_type_1RSA_padding_add_PKCS1_type_2__imp_RSA_padding_add_PKCS1_type_2RSA_padding_add_SSLv23__imp_RSA_padding_add_SSLv23RSA_padding_add_X931__imp_RSA_padding_add_X931RSA_padding_add_none__imp_RSA_padding_add_noneRSA_padding_check_PKCS1_OAEP__imp_RSA_padding_check_PKCS1_OAEPRSA_padding_check_PKCS1_type_1__imp_RSA_padding_check_PKCS1_type_1RSA_padding_check_PKCS1_type_2__imp_RSA_padding_check_PKCS1_type_2RSA_padding_check_SSLv23__imp_RSA_padding_check_SSLv23RSA_padding_check_X931__imp_RSA_padding_check_X931RSA_padding_check_none__imp_RSA_padding_check_noneRSA_print__imp_RSA_printRSA_print_fp__imp_RSA_print_fpRSA_private_decrypt__imp_RSA_private_decryptRSA_private_encrypt__imp_RSA_private_encryptRSA_public_decrypt__imp_RSA_public_decryptRSA_public_encrypt__imp_RSA_public_encryptRSA_set_default_method__imp_RSA_set_default_methodRSA_set_ex_data__imp_RSA_set_ex_dataRSA_set_method__imp_RSA_set_methodRSA_setup_blinding__imp_RSA_setup_blindingRSA_sign__imp_RSA_signRSA_sign_ASN1_OCTET_STRING__imp_RSA_sign_ASN1_OCTET_STRINGRSA_size__imp_RSA_sizeRSA_up_ref__imp_RSA_up_refRSA_verify__imp_RSA_verifyRSA_verify_ASN1_OCTET_STRING__imp_RSA_verify_ASN1_OCTET_STRINGRSA_verify_PKCS1_PSS__imp_RSA_verify_PKCS1_PSSRSA_verify_PKCS1_PSS_mgf1__imp_RSA_verify_PKCS1_PSS_mgf1SEED_cbc_encrypt__imp_SEED_cbc_encryptSEED_cfb128_encrypt__imp_SEED_cfb128_encryptSEED_decrypt__imp_SEED_decryptSEED_ecb_encrypt__imp_SEED_ecb_encryptSEED_encrypt__imp_SEED_encryptSEED_ofb128_encrypt__imp_SEED_ofb128_encryptSEED_set_key__imp_SEED_set_keySHA1__imp_SHA1SHA1_Final__imp_SHA1_FinalSHA1_Init__imp_SHA1_InitSHA1_Transform__imp_SHA1_TransformSHA1_Update__imp_SHA1_UpdateSHA224__imp_SHA224SHA224_Final__imp_SHA224_FinalSHA224_Init__imp_SHA224_InitSHA224_Update__imp_SHA224_UpdateSHA256__imp_SHA256SHA256_Final__imp_SHA256_FinalSHA256_Init__imp_SHA256_InitSHA256_Transform__imp_SHA256_TransformSHA256_Update__imp_SHA256_UpdateSHA384__imp_SHA384SHA384_Final__imp_SHA384_FinalSHA384_Init__imp_SHA384_InitSHA384_Update__imp_SHA384_UpdateSHA512__imp_SHA512SHA512_Final__imp_SHA512_FinalSHA512_Init__imp_SHA512_InitSHA512_Transform__imp_SHA512_TransformSHA512_Update__imp_SHA512_UpdateSHA__imp_SHASHA_Final__imp_SHA_FinalSHA_Init__imp_SHA_InitSHA_Transform__imp_SHA_TransformSHA_Update__imp_SHA_UpdateSMIME_crlf_copy__imp_SMIME_crlf_copySMIME_read_ASN1__imp_SMIME_read_ASN1SMIME_read_CMS__imp_SMIME_read_CMSSMIME_read_PKCS7__imp_SMIME_read_PKCS7SMIME_text__imp_SMIME_textSMIME_write_ASN1__imp_SMIME_write_ASN1SMIME_write_CMS__imp_SMIME_write_CMSSMIME_write_PKCS7__imp_SMIME_write_PKCS7SRP_Calc_A__imp_SRP_Calc_ASRP_Calc_B__imp_SRP_Calc_BSRP_Calc_client_key__imp_SRP_Calc_client_keySRP_Calc_server_key__imp_SRP_Calc_server_keySRP_Calc_u__imp_SRP_Calc_uSRP_Calc_x__imp_SRP_Calc_xSRP_VBASE_free__imp_SRP_VBASE_freeSRP_VBASE_get_by_user__imp_SRP_VBASE_get_by_userSRP_VBASE_init__imp_SRP_VBASE_initSRP_VBASE_new__imp_SRP_VBASE_newSRP_Verify_A_mod_N__imp_SRP_Verify_A_mod_NSRP_Verify_B_mod_N__imp_SRP_Verify_B_mod_NSRP_check_known_gN_param__imp_SRP_check_known_gN_paramSRP_create_verifier__imp_SRP_create_verifierSRP_create_verifier_BN__imp_SRP_create_verifier_BNSRP_get_default_gN__imp_SRP_get_default_gNSSLeay_version__imp_SSLeay_versionSXNETID_free__imp_SXNETID_freeSXNETID_it__imp_SXNETID_itSXNETID_new__imp_SXNETID_newSXNET_add_id_INTEGER__imp_SXNET_add_id_INTEGERSXNET_add_id_asc__imp_SXNET_add_id_ascSXNET_add_id_ulong__imp_SXNET_add_id_ulongSXNET_free__imp_SXNET_freeSXNET_get_id_INTEGER__imp_SXNET_get_id_INTEGERSXNET_get_id_asc__imp_SXNET_get_id_ascSXNET_get_id_ulong__imp_SXNET_get_id_ulongSXNET_it__imp_SXNET_itSXNET_new__imp_SXNET_newTS_ACCURACY_dup__imp_TS_ACCURACY_dupTS_ACCURACY_free__imp_TS_ACCURACY_freeTS_ACCURACY_get_micros__imp_TS_ACCURACY_get_microsTS_ACCURACY_get_millis__imp_TS_ACCURACY_get_millisTS_ACCURACY_get_seconds__imp_TS_ACCURACY_get_secondsTS_ACCURACY_new__imp_TS_ACCURACY_newTS_ACCURACY_set_micros__imp_TS_ACCURACY_set_microsTS_ACCURACY_set_millis__imp_TS_ACCURACY_set_millisTS_ACCURACY_set_seconds__imp_TS_ACCURACY_set_secondsTS_ASN1_INTEGER_print_bio__imp_TS_ASN1_INTEGER_print_bioTS_CONF_get_tsa_section__imp_TS_CONF_get_tsa_sectionTS_CONF_load_cert__imp_TS_CONF_load_certTS_CONF_load_certs__imp_TS_CONF_load_certsTS_CONF_load_key__imp_TS_CONF_load_keyTS_CONF_set_accuracy__imp_TS_CONF_set_accuracyTS_CONF_set_certs__imp_TS_CONF_set_certsTS_CONF_set_clock_precision_digits__imp_TS_CONF_set_clock_precision_digitsTS_CONF_set_crypto_device__imp_TS_CONF_set_crypto_deviceTS_CONF_set_def_policy__imp_TS_CONF_set_def_policyTS_CONF_set_default_engine__imp_TS_CONF_set_default_engineTS_CONF_set_digests__imp_TS_CONF_set_digestsTS_CONF_set_ess_cert_id_chain__imp_TS_CONF_set_ess_cert_id_chainTS_CONF_set_ordering__imp_TS_CONF_set_orderingT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2i_ESS_CERT_IDd2i_ESS_CERT_ID__imp_d2i_ESS_ISSUER_SERIALd2i_ESS_ISSUER_SERIAL__imp_d2i_ESS_SIGNING_CERTd2i_ESS_SIGNING_CERT__imp_d2i_EXTENDED_KEY_USAGEd2i_EXTENDED_KEY_USAGE__imp_d2i_GENERAL_NAMESd2i_GENERAL_NAMES__imp_d2i_GENERAL_NAMEd2i_GENERAL_NAME__imp_d2i_ISSUING_DIST_POINTd2i_ISSUING_DIST_POINT__imp_d2i_KRB5_APREQBODYd2i_KRB5_APREQBODY__imp_d2i_KRB5_APREQd2i_KRB5_APREQ__imp_d2i_KRB5_AUTHDATAd2i_KRB5_AUTHDATA__imp_d2i_KRB5_AUTHENTBODYd2i_KRB5_AUTHENTBODY__imp_d2i_KRB5_AUTHENTd2i_KRB5_AUTHENT__imp_d2i_KRB5_CHECKSUMd2i_KRB5_CHECKSUM__imp_d2i_KRB5_ENCDATAd2i_KRB5_ENCDATA__imp_d2i_KRB5_ENCKEYd2i_KRB5_ENCKEY__imp_d2i_KRB5_PRINCNAMEd2i_KRB5_PRINCNAME__imp_d2i_KRB5_TICKETd2i_KRB5_TICKET__imp_d2i_KRB5_TKTBODYd2i_KRB5_TKTBODY__imp_d2i_NETSCAPE_CERT_SEQUENCEd2i_NETSCAPE_CERT_SEQUENCE__imp_d2i_NETSCAPE_SPKACd2i_NETSCAPE_SPKAC__imp_d2i_NETSCAPE_SPKId2i_NETSCAPE_SPKI__imp_d2i_NETSCAPE_X509d2i_NETSCAPE_X509__imp_d2i_NOTICEREFd2i_NOTICEREF__imp_d2i_Netscape_RSAd2i_Netscape_RSA__imp_d2i_OCSP_BASICRESPd2i_OCSP_BASICRESP__imp_d2i_OCSP_CERTIDd2i_OCSP_CERTID__imp_d2i_OCSP_CERTSTATUSd2i_OCSP_CERTSTATUS__imp_d2i_OCSP_CRLIDd2i_OCSP_CRLID__imp_d2i_OCSP_ONEREQd2i_OCSP_ONEREQ__imp_d2i_OCSP_REQINFOd2i_OCSP_REQINFO__imp_d2i_OCSP_REQUESTd2i_OCSP_REQUEST__imp_d2i_OCSP_RESPBYTESd2i_OCSP_RESPBYTES__imp_d2i_OCSP_RESPDATAd2i_OCSP_RESPDATA__imp_d2i_OCSP_RESPIDd2i_OCSP_RESPID__imp_d2i_OCSP_RESPONSEd2i_OCSP_RESPONSE__imp_d2i_OCSP_REVOKEDINFOd2i_OCSP_REVOKEDINFO__imp_d2i_OCSP_SERVICELOCd2i_OCSP_SERVICELOC__imp_d2i_OCSP_SIGNATUREd2i_OCSP_SIGNATURE__imp_d2i_OCSP_SINGLERESPd2i_OCSP_SINGLERESP__imp_d2i_OTHERNAMEd2i_OTHERNAME__imp_d2i_PBE2PARAMd2i_PBE2PARAM__imp_d2i_PBEPARAMd2i_PBEPARAM__imp_d2i_PBKDF2PARAMd2i_PBKDF2PARAM__imp_d2i_PKCS12d2i_PKCS12__imp_d2i_PKCS12_BAGSd2i_PKCS12_BAGS__imp_d2i_PKCS12_MAC_DATAd2i_PKCS12_MAC_DATA__imp_d2i_PKCS12_SAFEBAGd2i_PKCS12_SAFEBAG__imp_d2i_PKCS12_biod2i_PKCS12_bio__imp_d2i_PKCS12_fpd2i_PKCS12_fp__imp_d2i_PKCS7d2i_PKCS7__imp_d2i_PKCS7_DIGESTd2i_PKCS7_DIGEST__imp_d2i_PKCS7_ENCRYPTd2i_PKCS7_ENCRYPT__imp_d2i_PKCS7_ENC_CONTENTd2i_PKCS7_ENC_CONTENT__imp_d2i_PKCS7_ENVELOPEd2i_PKCS7_ENVELOPE__imp_d2i_PKCS7_ISSUER_AND_SERIALd2i_PKCS7_ISSUER_AND_SERIAL__imp_d2i_PKCS7_RECIP_INFOd2i_PKCS7_RECIP_INFO__imp_d2i_PKCS7_SIGNEDd2i_PKCS7_SIGNED__imp_d2i_PKCS7_SIGNER_INFOd2i_PKCS7_SIGNER_INFO__imp_d2i_PKCS7_SIGN_ENVELOPEd2i_PKCS7_SIGN_ENVELOPE__imp_d2i_PKCS7_biod2i_PKCS7_bio__imp_d2i_PKCS7_fpd2i_PKCS7_fp__imp_d2i_PKCS8PrivateKey_biod2i_PKCS8PrivateKey_bio__imp_d2i_PKCS8PrivateKey_fpd2i_PKCS8PrivateKey_fp__imp_d2i_PKCS8_PRIV_KEY_INFOd2i_PKCS8_PRIV_KEY_INFO__imp_d2i_PKCS8_PRIV_KEY_INFO_biod2i_PKCS8_PRIV_KEY_INFO_bio__imp_d2i_PKCS8_PRIV_KEY_INFO_fpd2i_PKCS8_PRIV_KEY_INFO_fp__imp_d2i_PKCS8_biod2i_PKCS8_bio__imp_d2i_PKCS8_fpd2i_PKCS8_fp__imp_d2i_PKEY_USAGE_PERIODd2i_PKEY_USAGE_PERIOD__imp_d2i_POLICYINFOd2i_POLICYINFO__imp_d2i_POLICYQUALINFOd2i_POLICYQUALINFO__imp_d2i_PROXY_CERT_INFO_EXTENSIONd2i_PROXY_CERT_INFO_EXTENSION__imp_d2i_PROXY_POLICYd2i_PROXY_POLICY__imp_d2i_PUBKEYd2i_PUBKEY__imp_d2i_PUBKEY_biod2i_PUBKEY_bio__imp_d2i_PUBKEY_fpd2i_PUBKEY_fp__imp_d2i_PrivateKeyd2i_PrivateKey__imp_d2i_PrivateKey_biod2i_PrivateKey_bio__imp_d2i_PrivateKey_fpd2i_PrivateKey_fp__imp_d2i_PublicKeyd2i_PublicKey__imp_d2i_RSAPrivateKeyd2i_RSAPrivateKey__imp_d2i_RSAPrivateKey_biod2i_RSAPrivateKey_bio__imp_d2i_RSAPrivateKey_fpd2i_RSAPrivateKey_fp__imp_d2i_RSAPublicKeyd2i_RSAPublicKey__imp_d2i_RSAPublicKey_biod2i_RSAPublicKey_bio__imp_d2i_RSAPublicKey_fpd2i_RSAPublicKey_fp__imp_d2i_RSA_NETd2i_RSA_NET__imp_d2i_RSA_PSS_PARAMSd2i_RSA_PSS_PARAMS__imp_d2i_RSA_PUBKEYd2i_RSA_PUBKEY__imp_d2i_RSA_PUBKEY_biod2i_RSA_PUBKEY_bio__imp_d2i_RSA_PUBKEY_fpd2i_RSA_PUBKEY_fp__imp_d2i_SXNETIDd2i_SXNETID__imp_d2i_SXNETd2i_SXNET__imp_d2i_TS_ACCURACYd2i_TS_ACCURACY__imp_d2i_TS_MSG_IMPRINTd2i_TS_MSG_IMPRINT__imp_d2i_TS_MSG_IMPRINT_biod2i_TS_MSG_IMPRINT_bio__imp_d2i_TS_MSG_IMPRINT_fpd2i_TS_MSG_IMPRINT_fp__imp_d2i_TS_REQd2i_TS_REQ__imp_d2i_TS_REQ_biod2i_TS_REQ_bio__imp_d2i_TS_REQ_fpd2i_TS_REQ_fp__imp_d2i_TS_RESPd2i_TS_RESP__imp_d2i_TS_RESP_biod2i_TS_RESP_bio__imp_d2i_TS_RESP_fpd2i_TS_RESP_fp__imp_d2i_TS_STATUS_INFOd2i_TS_STATUS_INFO__imp_d2i_TS_TST_INFOd2i_TS_TST_INFO__imp_d2i_TS_TST_INFO_biod2i_TS_TST_INFO_bio__imp_d2i_TS_TST_INFO_fpd2i_TS_TST_INFO_fp__imp_d2i_USERNOTICEd2i_USERNOTICE__imp_d2i_X509d2i_X509__imp_d2i_X509_ALGORSd2i_X509_ALGORS__imp_d2i_X509_ALGORd2i_X509_ALGOR__imp_d2i_X509_ATTRIBUTEd2i_X509_ATTRIBUTE__imp_d2i_X509_AUXd2i_X509_AUX__imp_d2i_X509_CERT_AUXd2i_X509_CERT_AUX__imp_d2i_X509_CERT_PAIRd2i_X509_CERT_PAIR__imp_d2i_X509_CINFd2i_X509_CINF__imp_d2i_X509_CRLd2i_X509_CRL__imp_d2i_X509_CRL_INFOd2i_X509_CRL_INFO__imp_d2i_X509_CRL_biod2i_X509_CRL_bio__imp_d2i_X509_CRL_fpd2i_X509_CRL_fp__imp_d2i_X509_EXTENSIONSd2i_X509_EXTENSIONS__imp_d2i_X509_EXTENSIONd2i_X509_EXTENSION__imp_d2i_X509_NAMEd2i_X509_NAME__imp_d2i_X509_NAME_ENTRYd2i_X509_NAME_ENTRY__imp_d2i_X509_PKEYd2i_X509_PKEY__imp_d2i_X509_PUBKEYd2i_X509_PUBKEY__imp_d2i_X509_REQd2i_X509_REQ__imp_d2i_X509_REQ_INFOd2i_X5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eters_exDSA_get_default_methodDSA_get_ex_dataDSA_get_ex_new_indexDSA_newDSA_new_methodDSA_printDSA_print_fpDSA_set_default_methodDSA_set_ex_dataDSA_set_methodDSA_signDSA_sign_setupDSA_sizeDSA_up_refDSA_verifyDSAparams_dupDSAparams_printDSAparams_print_fpDSO_METHOD_beosDSO_METHOD_dlDSO_METHOD_dlfcnDSO_METHOD_nullDSO_METHOD_opensslDSO_METHOD_vmsDSO_METHOD_win32DSO_bind_funcDSO_bind_varDSO_convert_filenameDSO_ctrlDSO_flagsDSO_freeDSO_get_default_methodDSO_get_filenameDSO_get_loaded_filenameDSO_get_methodDSO_global_lookupDSO_loadDSO_mergeDSO_newDSO_new_methodDSO_pathbyaddrDSO_set_default_methodDSO_set_filenameDSO_set_methodDSO_set_name_converterDSO_up_refECDH_OpenSSLECDH_compute_keyECDH_get_default_methodECDH_get_ex_dataECDH_get_ex_new_indexECDH_set_default_methodECDH_set_ex_dataECDH_set_methodECDSA_OpenSSLECDSA_SIG_freeECDSA_SIG_newECDSA_do_signECDSA_do_sign_exECDSA_do_verifyECDSA_get_default_methodECDSA_get_ex_dataECDSA_get_ex_new_indexECDSA_set_default_methodECDSA_set_ex_dataECDSA_set_methodECDSA_signECDSA_sign_exECDSA_sign_setupECDSA_sizeECDSA_verifyECPKParameters_printECPKParameters_print_fpECParameters_printECParameters_print_fpEC_GF2m_simple_methodEC_GFp_mont_methodEC_GFp_nist_methodEC_GFp_simple_methodEC_GROUP_checkEC_GROUP_check_discriminantEC_GROUP_clear_freeEC_GROUP_cmpEC_GROUP_copyEC_GROUP_dupEC_GROUP_freeEC_GROUP_get0_generatorEC_GROUP_get0_seedEC_GROUP_get_asn1_flagEC_GROUP_get_basis_typeEC_GROUP_get_cofactorEC_GROUP_get_curve_GF2mEC_GROUP_get_curve_GFpEC_GROUP_get_curve_nameEC_GROUP_get_degreeEC_GROUP_get_orderEC_GROUP_get_pentanomial_basisEC_GROUP_get_point_conversion_formEC_GROUP_get_seed_lenEC_GROUP_get_trinomial_basisEC_GROUP_have_precompute_multEC_GROUP_method_ofEC_GROUP_newEC_GROUP_new_by_curve_nameEC_GROUP_new_curve_GF2mEC_GROUP_new_curve_GFpEC_GROUP_precompute_multEC_GROUP_set_asn1_flagEC_GROUP_set_curve_GF2mEC_GROUP_set_curve_GFpEC_GROUP_set_curve_nameEC_GROUP_set_generatorEC_GROUP_set_point_conversion_formEC_GROUP_set_seedEC_KEY_check_keyEC_KEY_clear_flagsEC_KEY_copyEC_KEY_dupEC_KEY_freeEC_KEY_generate_keyEC_KEY_get0_groupEC_KEY_get0_private_keyEC_KEY_get0_public_keyEC_KEY_get_conv_formEC_KEY_get_enc_flagsEC_KEY_get_flagsEC_KEY_get_key_method_dataEC_KEY_insert_key_method_dataEC_KEY_newEC_KEY_new_by_curve_nameEC_KEY_precompute_multEC_KEY_printEC_KEY_print_fpEC_KEY_set_asn1_flagEC_KEY_set_conv_formEC_KEY_set_enc_flagsEC_KEY_set_flagsEC_KEY_set_groupEC_KEY_set_private_keyEC_KEY_set_public_keyEC_KEY_set_public_key_affine_coordinatesEC_KEY_up_refEC_METHOD_get_field_typeEC_POINT_addEC_POINT_bn2pointEC_POINT_clear_freeEC_POINT_cmpEC_POINT_copyEC_POINT_dblEC_POINT_dupEC_POINT_freeEC_POINT_get_Jprojective_coordinates_GFpEC_POINT_get_affine_coordinates_GF2mEC_POINT_get_affine_coordinates_GFpEC_POINT_hex2pointEC_POINT_invertEC_POINT_is_at_infinityEC_POINT_is_on_curveEC_POINT_make_affineEC_POINT_method_ofEC_POINT_mulEC_POINT_newEC_POINT_oct2pointEC_POINT_point2bnEC_POINT_point2hexEC_POINT_point2octEC_POINT_set_Jprojective_coordinates_GFpEC_POINT_set_affine_coordinates_GF2mEC_POINT_set_affine_coordinates_GFpEC_POINT_set_compressed_coordinates_GF2mEC_POINT_set_compressed_coordinates_GFpEC_POINT_set_to_infinityEC_POINTs_make_affineEC_POINTs_mulEC_get_builtin_curvesEDIPARTYNAME_freeEDIPARTYNAME_itEDIPARTYNAME_newENGINE_addENGINE_add_conf_moduleENGINE_by_idENGINE_cleanupENGINE_cmd_is_executableENGINE_ctrlENGINE_ctrl_cmdENGINE_ctrl_cmd_stringENGINE_finishENGINE_freeENGINE_get_DHENGINE_get_DSAENGINE_get_ECDHENGINE_get_ECDSAENGINE_get_RANDENGINE_get_RSAENGINE_get_STOREENGINE_get_cipherENGINE_get_cipher_engineENGINE_get_ciphersENGINE_get_cmd_defnsENGINE_get_ctrl_functionENGINE_get_default_DHENGINE_get_default_DSAENGINE_get_default_ECDHENGINE_get_default_ECDSAENGINE_get_default_RANDENGINE_get_default_RSAENGINE_get_destroy_functionENGINE_get_digestENGINE_get_digest_engineENGINE_get_digestsENGINE_get_ex_dataENGINE_get_ex_new_indexENGINE_get_finish_functionENGINE_get_firstENGINE_get_flagsENGINE_get_idENGINE_get_init_functionENGINE_get_lastENGINE_get_load_privkey_functionENGINE_get_load_pubkey_functionENGINE_get_nameENGINE_get_nextENGINE_get_pkey_asn1_methENGINE_get_pkey_asn1_meth_engineENGINE_get_pkey_asn1_meth_strENGINE_get_pkey_asn1_methsENGINE_get_pkey_methENGINE_get_pkey_meth_engineENGINE_get_pkey_methsENGINE_get_prevENGINE_get_ssl_client_cert_functionENGINE_get_static_stateENGINE_get_table_flagsENGINE_initENGINE_load_builtin_enginesENGINE_load_cryptodevENGINE_load_dynamicENGINE_load_opensslENGINE_load_private_keyENGINE_load_public_keyENGINE_load_rdrandENGINE_load_rsaxENGINE_load_ssl_client_certENGINE_newENGINE_pkey_asn1_find_strENGINE_register_DHENGINE_register_DSAENGINE_register_ECDHENGINE_register_ECDSAENGINE_register_RANDENGINE_register_RSAENGINE_register_STOREENGINE_register_all_DHENGINE_register_all_DSAENGINE_register_all_ECDHENGINE_register_all_ECDSAENGINE_register_all_RANDENGINE_register_all_RSAENGINE_register_all_STOREENGINE_register_all_ciphersENGINE_register_all_completeENGINE_register_all_digestsENGINE_register_all_pkey_asn1_methsENGINE_register_all_pkey_methsENGINE_register_ciphersENGINE_register_completeENGINE_register_digestsENGINE_register_pkey_asn1_methsENGINE_register_pkey_methsENGINE_removeENGINE_set_DHENGINE_set_DSAENGINE_set_ECDHENGINE_set_ECDSAENGINE_set_RANDENGINE_set_RSAENGINE_set_STOREENGINE_set_ciphersENGINE_set_cmd_defnsENGINE_set_ctrl_functionENGINE_set_defaultENGINE_set_default_DHENGINE_set_default_DSAENGINE_set_default_ECDHENGINE_set_default_ECDSAENGINE_set_default_RANDENGINE_set_default_RSAENGINE_set_default_ciphersENGINE_set_default_digestsENGINE_set_default_pkey_asn1_methsENGINE_set_default_pkey_methsENGINE_set_default_stringENGINE_set_destroy_functionENGINE_set_digestsENGINE_set_ex_dataENGINE_set_finish_functionENGINE_set_flagsENGINE_set_idENGINE_set_init_functionENGINE_set_load_privkey_functionENGINE_set_load_pubkey_functionENGINE_set_load_ssl_client_cert_functionENGINE_set_nameENGINE_set_pkey_asn1_methsENGINE_set_pkey_methsENGINE_set_table_flagsENGINE_unregister_DHENGINE_unregister_DSAENGINE_unregister_ECDHENGINE_unregister_ECDSAENGINE_unregister_RANDENGINE_unregister_RSAENGINE_unregister_STOREENGINE_unregister_ciphersENGINE_unregister_digestsENGINE_unregister_pkey_asn1_methsENGINE_unregister_pkey_methsENGINE_up_refERR_add_error_dataERR_add_error_vdataERR_clear_errorERR_error_stringERR_error_string_nERR_free_stringsERR_func_error_stringERR_get_err_state_tableERR_get_errorERR_get_error_lineERR_get_error_line_dataERR_get_implementationERR_get_next_error_libraryERR_get_stateERR_get_string_tableERR_lib_error_stringERR_load_ASN1_stringsERR_load_BIO_stringsERR_load_BN_stringsERR_load_BUF_stringsERR_load_CMS_stringsERR_load_COMP_stringsERR_load_CONF_stringsERR_load_CRYPTO_stringsERR_load_DH_stringsERR_load_DSA_stringsERR_load_DSO_stringsERR_load_ECDH_stringsERR_load_ECDSA_stringsERR_load_EC_stringsERR_load_ENGINE_stringsERR_load_ERR_stringsERR_load_EVP_stringsERR_load_OBJ_stringsERR_load_OCSP_stringsERR_load_PEM_stringsERR_load_PKCS12_stringsERR_load_PKCS7_stringsERR_load_RAND_stringsERR_load_RSA_stringsERR_load_TS_stringsERR_load_UI_stringsERR_load_X509V3_stringsERR_load_X509_stringsERR_load_crypto_stringsERR_load_stringsERR_peek_errorERR_peek_error_lineERR_peek_error_line_dataERR_peek_last_errorERR_peek_last_error_lineERR_peek_last_error_line_dataERR_pop_to_markERR_print_errorsERR_print_errors_cbERR_print_errors_fpERR_put_errorERR_reason_error_stringERR_release_err_state_tableERR_remove_stateERR_remove_thread_stateERR_set_error_dataERR_set_implementationERR_set_markERR_unload_stringsESS_CERT_ID_dupESS_CERT_ID_freeESS_CERT_ID_newESS_ISSUER_SERIAL_dupESS_ISSUER_SERIAL_freeESS_ISSUER_SERIAL_newESS_SIGNING_CERT_dupESS_SIGNING_CERT_freeESS_SIGNING_CERT_newEVP_BytesToKeyEVP_CIPHER_CTX_block_sizeEVP_CIPHER_CTX_cipherEVP_CIPHER_CTX_cleanupEVP_CIPHER_CTX_clear_flagsEVP_CIPHER_CTX_copyEVP_CIPHER_CTX_ctrlEVP_CIPHER_CTX_flagsEVP_CIPHER_CTX_freeEVP_CIPHER_CTX_get_app_dataEVP_CIPHER_CTX_initEVP_CIPHER_CTX_iv_lengthEVP_CIPHER_CTX_key_lengthEVP_CIPHER_CTX_newEVP_CIPHER_CTX_nidEVP_CIPHER_CTX_rand_keyEVP_CIPHER_CTX_set_app_dataEVP_CIPHER_CTX_set_flagsEVP_CIPHER_CTX_set_key_lengthEVP_CIPHER_CTX_set_paddingEVP_CIPHER_CTX_test_flagsEVP_CIPHER_asn1_to_paramEVP_CIPHER_block_sizeEVP_CIPHER_do_allEVP_CIPHER_do_all_sortedEVP_CIPHER_flagsEVP_CIPHER_get_asn1_ivEVP_CIPHER_iv_lengthEVP_CIPHER_key_lengthEVP_CIPHER_nidEVP_CIPHER_param_to_asn1EVP_CIPHER_set_asn1_ivEVP_CIPHER_typeEVP_CipherEVP_CipherFinalEVP_CipherFinal_exEVP_CipherInitEVP_CipherInit_exEVP_CipherUpdateEVP_DecodeBlockEVP_DecodeFinalEVP_DecodeInitEVP_DecodeUpdateEVP_DecryptFinalEVP_DecryptFinal_exEVP_DecryptInitEVP_DecryptInit_exEVP_DecryptUpdateEVP_DigestEVP_DigestFinalEVP_DigestFinal_exEVP_DigestInitEVP_DigestInit_exEVP_DigestSignFinalEVP_DigestSignInitEVP_DigestUpdateEVP_DigestVerifyFinalEVP_DigestVerifyInitEVP_EncodeBlockEVP_EncodeFinalEVP_EncodeInitEVP_EncodeUpdateEVP_EncryptFinalEVP_EncryptFinal_exEVP_EncryptInitEVP_EncryptInit_exEVP_EncryptUpdateEVP_MD_CTX_cleanupEVP_MD_CTX_clear_flagsEVP_MD_CTX_copyEVP_MD_CTX_copy_exEVP_MD_CTX_createEVP_MD_CTX_destroyEVP_MD_CTX_initEVP_MD_CTX_mdEVP_MD_CTX_set_flagsEVP_MD_CTX_test_flagsEVP_MD_block_sizeEVP_MD_do_allEVP_MD_do_all_sortedEVP_MD_flagsEVP_MD_pkey_typeEVP_MD_sizeEVP_MD_typeEVP_OpenFinalEVP_OpenInitEVP_PBE_CipherInitEVP_PBE_alg_addEVP_PBE_alg_add_typeEVP_PBE_cleanupEVP_PBE_findEVP_PKCS82PKEYEVP_PKEY2PKCS8EVP_PKEY2PKCS8_brokenEVP_PKEY_CTX_ctrlEVP_PKEY_CTX_ctrl_strEVP_PKEY_CTX_dupEVP_PKEY_CTX_freeEVP_PKEY_CTX_get0_peerkeyEVP_PKEY_CTX_get0_pkeyEVP_PKEY_CTX_get_app_dataEVP_PKEY_CTX_get_cbEVP_PKEY_CTX_get_dataEVP_PKEY_CTX_get_keygen_infoEVP_PKEY_CTX_get_operationEVP_PKEY_CTX_newEVP_PKEY_CTX_new_idEVP_PKEY_CTX_set0_keygen_infoEVP_PKEY_CTX_set_app_dataEVP_PKEY_CTX_set_cbEVP_PKEY_CTX_set_dataEVP_PKEY_add1_attrEVP_PKEY_add1_attr_by_NIDEVP_PKEY_add1_attr_by_OBJEVP_PKEY_add1_attr_by_txtEVP_PKEY_asn1_add0EVP_PKEY_asn1_add_aliasEVP_PKEY_asn1_copyEVP_PKEY_asn1_findEVP_PKEY_asn1_find_strEVP_PKEY_asn1_freeEVP_PKEY_asn1_get0EVP_PKEY_asn1_get0_infoEVP_PKEY_asn1_get_countEVP_PKEY_asn1_newEVP_PKEY_asn1_set_ctrlEVP_PKEY_asn1_set_freeEVP_PKEY_asn1_set_paramEVP_PKEY_asn1_set_privateEVP_PKEY_asn1_set_publicEVP_PKEY_assignEVP_PKEY_base_idEVP_PKEY_bitsEVP_PKEY_cmpEVP_PKEY_cmp_parametersEVP_PKEY_copy_parametersEVP_PKEY_decryptEVP_PKEY_decrypt_initEVP_PKEY_decrypt_oldEVP_PKEY_delete_attrEVP_PKEY_deriveEVP_PKEY_derive_initEVP_PKEY_derive_set_peerEVP_PKEY_encryptEVP_PKEY_encrypt_initEVP_PKEY_encrypt_oldEVP_PKEY_freeEVP_PKEY_get0EVP_PKEY_get0_asn1EVP_PKEY_get1_DHEVP_PKEY_get1_DSAEVP_PKEY_get1_EC_KEYEVP_PKEY_get1_RSAEVP_PKEY_get_attrEVP_PKEY_get_attr_by_NIDEVP_PKEY_get_attr_by_OBJEVP_PKEY_get_attr_countEVP_PKEY_get_default_digest_nidEVP_PKEY_idEVP_PKEY_keygenEVP_PKEY_keygen_initEVP_PKEY_meth_add0EVP_PKEY_meth_copyEVP_PKEY_meth_findEVP_PKEY_meth_freeEVP_PKEY_meth_get0_infoEVP_PKEY_meth_newEVP_PKEY_meth_set_cleanupEVP_PKEY_meth_set_copyEVP_PKEY_meth_set_ctrlEVP_PKEY_meth_set_decryptEVP_PKEY_meth_set_deriveEVP_PKEY_meth_set_encryptEVP_PKEY_meth_set_initEVP_PKEY_meth_set_keygenEVP_PKEY_meth_set_paramgenEVP_PKEY_meth_set_signEVP_PKEY_meth_set_signctxEVP_PKEY_meth_set_verifyEVP_PKEY_meth_set_verify_recoverEVP_PKEY_meth_set_verifyctxEVP_PKEY_missing_parametersEVP_PKEY_newEVP_PKEY_new_mac_keyEVP_PKEY_paramgenEVP_PKEY_paramgen_initEVP_PKEY_print_paramsEVP_PKEY_print_privateEVP_PKEY_print_publicEVP_PKEY_save_parametersEVP_PKEY_set1_DHEVP_PKEY_set1_DSAEVP_PKEY_set1_EC_KEYEVP_PKEY_set1_RSAEVP_PKEY_set_typeEVP_PKEY_set_type_strEVP_PKEY_signEVP_PKEY_sign_initEVP_PKEY_sizeEVP_PKEY_typeEVP_PKEY_verifyEVP_PKEY_verify_initEVP_PKEY_verify_recoverEVP_PKEY_verify_recover_initEVP_SealFinalEVP_SealInitEVP_SignFinalEVP_VerifyFinalEVP_add_alg_moduleEVP_add_cipherEVP_add_digestEVP_aes_128_cbcEVP_aes_128_cbc_hmac_sha1EVP_aes_128_ccmEVP_aes_128_cfb1EVP_aes_128_cfb128EVP_aes_128_cfb8EVP_aes_128_ctrEVP_aes_128_ecbEVP_aes_128_gcmEVP_aes_128_ofbEVP_aes_128_xtsEVP_aes_192_cbcEVP_aes_192_ccmEVP_aes_192_cfb1EVP_aes_192_cfb128EVP_aes_192_cfb8EVP_aes_192_ctrEVP_aes_192_ecbEVP_aes_192_gcmEVP_aes_192_ofbEVP_aes_256_cbcEVP_aes_256_cbc_hmac_sha1EVP_aes_256_ccmEVP_aes_256_cfb1EVP_aes_256_cfb128EVP_aes_256_cfb8EVP_aes_256_ctrEVP_aes_256_ecbEVP_aes_256_gcmEVP_aes_256_ofbEVP_aes_256_xtsEVP_bf_cbcEVP_bf_cfb64EVP_bf_ecbEVP_bf_ofbEVP_camellia_128_cbcEVP_camellia_128_cfb1EVP_camellia_128_cfb128EVP_camellia_128_cfb8EVP_camellia_128_ecbEVP_camellia_128_ofbEVP_camellia_192_cbcEVP_camellia_192_cfb1EVP_camellia_192_cfb128EVP_camellia_192_cfb8EVP_camellia_192_ecbEVP_camellia_192_ofbEVP_camellia_256_cbcEVP_camellia_256_cfb1EVP_camellia_256_cfb128EVP_camellia_256_cfb8EVP_camellia_256_ecbEVP_camellia_256_ofbEVP_cast5_cbcEVP_cast5_cfb64EVP_cast5_ecbEVP_cast5_ofbEVP_cleanupEVP_des_cbcEVP_des_cfb1EVP_des_cfb64EVP_des_cfb8EVP_des_ecbEVP_des_edeEVP_des_ede3EVP_des_ede3_cbcEVP_des_ede3_cfb1EVP_des_ede3_cfb64EVP_des_ede3_cfb8EVP_des_ede3_ecbEVP_des_ede3_ofbEVP_des_ede_cbcEVP_des_ede_cfb64EVP_des_ede_ecbEVP_des_ede_ofbEVP_des_ofbEVP_desx_cbcEVP_dssEVP_dss1EVP_ecdsaEVP_enc_nullEVP_get_cipherbynameEVP_get_digestbynameEVP_get_pw_promptEVP_idea_cbcEVP_idea_cfb64EVP_idea_ecbEVP_idea_ofbEVP_md4EVP_md5EVP_md_nullEVP_mdc2EVP_rc2_40_cbcEVP_rc2_64_cbcEVP_rc2_cbcEVP_rc2_cfb64EVP_rc2_ecbEVP_rc2_ofbEVP_rc4EVP_rc4_40EVP_rc4_hmac_md5EVP_read_pw_stringEVP_read_pw_string_minEVP_ripemd160EVP_seed_cbcEVP_seed_cfb128EVP_seed_ecbEVP_seed_ofbEVP_set_pw_promptEVP_shaEVP_sha1EVP_sha224EVP_sha256EVP_sha384EVP_sha512EVP_whirlpoolEXTENDED_KEY_USAGE_freeEXTENDED_KEY_USAGE_itEXTENDED_KEY_USAGE_newFIPS_modeFIPS_mode_setGENERAL_NAMES_freeGENERAL_NAMES_itGENERAL_NAMES_newGENERAL_NAME_cmpGENERAL_NAME_dupGENERAL_NAME_freeGENERAL_NAME_get0_otherNameGENERAL_NAME_get0_valueGENERAL_NAME_itGENERAL_NAME_newGENERAL_NAME_printGENERAL_NAME_set0_othernameGENERAL_NAME_set0_valueGENERAL_SUBTREE_freeGENERAL_SUBTREE_itGENERAL_SUBTREE_newHMACHMAC_CTX_cleanupHMAC_CTX_copyHMAC_CTX_initHMAC_CTX_set_flagsHMAC_FinalHMAC_InitHMAC_Init_exHMAC_UpdateISSUING_DIST_POINT_freeISSUING_DIST_POINT_itISSUING_DIST_POINT_newKRB5_APREQBODY_freeKRB5_APREQBODY_itKRB5_APREQBODY_newKRB5_APREQ_freeKRB5_APREQ_itKRB5_APREQ_newKRB5_AUTHDATA_freeKRB5_AUTHDATA_itKRB5_AUTHDATA_newKRB5_AUTHENTBODY_freeKRB5_AUTHENTBODY_itKRB5_AUTHENTBODY_newKRB5_AUTHENT_freeKRB5_AUTHENT_itKRB5_AUTHENT_newKRB5_CHECKSUM_freeKRB5_CHECKSUM_itKRB5_CHECKSUM_newKRB5_ENCDATA_freeKRB5_ENCDATA_itKRB5_ENCDATA_newKRB5_ENCKEY_freeKRB5_ENCKEY_itKRB5_ENCKEY_newKRB5_PRINCNAME_freeKRB5_PRINCNAME_itKRB5_PRINCNAME_newKRB5_TICKET_freeKRB5_TICKET_itKRB5_TICKET_newKRB5_TKTBODY_freeKRB5_TKTBODY_itKRB5_TKTBODY_newLONG_itMD4MD4_FinalMD4_InitMD4_TransformMD4_UpdateMD5MD5_FinalMD5_InitMD5_TransformMD5_UpdateMDC2MDC2_FinalMDC2_InitMDC2_UpdateNAME_CONSTRAINTS_checkNAME_CONSTRAINTS_freeNAME_CONSTRAINTS_itNAME_CONSTRAINTS_newNCONF_WIN32NCONF_defaultNCONF_dump_bioNCONF_dump_fpNCONF_freeNCONF_free_dataNCONF_get_number_eNCONF_get_sectionNCONF_get_stringNCONF_loadNCONF_load_bioNCONF_load_fpNCONF_newNETSCAPE_CERT_SEQUENCE_freeNETSCAPE_CERT_SEQUENCE_itNETSCAPE_CERT_SEQUENCE_newNETSCAPE_SPKAC_freeNETSCAPE_SPKAC_itNETSCAPE_SPKAC_newNETSCAPE_SPKI_b64_decodeNETSCAPE_SPKI_b64_encodeNETSCAPE_SPKI_freeNETSCAPE_SPKI_get_pubkeyNETSCAPE_SPKI_itNETSCAPE_SPKI_newNETSCAPE_SPKI_printNETSCAPE_SPKI_set_pubkeyNETSCAPE_SPKI_signNETSCAPE_SPKI_verifyNETSCAPE_X509_freeNETSCAPE_X509_itNETSCAPE_X509_newNOTICEREF_freeNOTICEREF_itNOTICEREF_newOBJ_NAME_addOBJ_NAME_cleanupOBJ_NAME_do_allOBJ_NAME_do_all_sortedOBJ_NAME_getOBJ_NAME_initOBJ_NAME_new_indexOBJ_NAME_removeOBJ_add_objectOBJ_add_sigidOBJ_bsearch_OBJ_bsearch_ex_OBJ_cleanupOBJ_cmpOBJ_createOBJ_create_objectsOBJ_dupOBJ_find_sigid_algsOBJ_find_sigid_by_algsOBJ_ln2nidOBJ_new_nidOBJ_nid2lnOBJ_nid2objOBJ_nid2snOBJ_obj2nidOBJ_obj2txtOBJ_sigid_freeOBJ_sn2nidOBJ_txt2nidOBJ_txt2objOCSP_BASICRESP_add1_ext_i2dOCSP_BASICRESP_add_extOCSP_BASICRESP_delete_extOCSP_BASICRESP_freeOCSP_BASICRESP_get1_ext_d2iOCSP_BASICRESP_get_extOCSP_BASICRESP_get_ext_by_NIDOCSP_BASICRESP_get_ext_by_OBJOCSP_BASICRESP_get_ext_by_criticalOCSP_BASICRESP_get_ext_countOCSP_BASICRESP_itOCSP_BASICRESP_newOCSP_CERTID_dupOCSP_CERTID_freeOCSP_CERTID_itOCSP_CERTID_newOCSP_CERTSTATUS_freeOCSP_CERTSTATUS_itOCSP_CERTSTATUS_newOCSP_CRLID_freeOCSP_CRLID_itOCSP_CRLID_newOCSP_ONEREQ_add1_ext_i2dOCSP_ONEREQ_add_extOCSP_ONEREQ_delete_extOCSP_ONEREQ_freeOCSP_ONEREQ_get1_ext_d2iOCSP_ONEREQ_get_extOCSP_ONEREQ_get_ext_by_NIDOCSP_ONEREQ_get_ext_by_OBJOCSP_ONEREQ_get_ext_by_criticalOCSP_ONEREQ_get_ext_countOCSP_ONEREQ_itOCSP_ONEREQ_newOCSP_REQINFO_freeOCSP_REQINFO_itOCSP_REQINFO_newOCSP_REQUEST_add1_ext_i2dOCSP_REQUEST_add_extOCSP_REQUEST_delete_extOCSP_REQUEST_freeOCSP_REQUEST_get1_ext_d2iOCSP_REQUEST_get_extOCSP_REQUEST_get_ext_by_NIDOCSP_REQUEST_get_ext_by_OBJOCSP_REQUEST_get_ext_by_criticalOCSP_REQUEST_get_ext_countOCSP_REQUEST_itOCSP_REQUEST_newOCSP_REQUEST_printOCSP_REQ_CTX_add1_headerOCSP_REQ_CTX_freeOCSP_REQ_CTX_set1_reqOCSP_RESPBYTES_freeOCSP_RESPBYTES_itOCSP_RESPBYTES_newOCSP_RESPDATA_freeOCSP_RESPDATA_itOCSP_RESPDATA_newOCSP_RESPID_freeOCSP_RESPID_itOCSP_RESPID_newOCSP_RESPONSE_freeOCSP_RESPONSE_itOCSP_RESPONSE_newOCSP_RESPONSE_printOCSP_REVOKEDINFO_freeOCSP_REVOKEDINFO_itOCSP_REVOKEDINFO_newOCSP_SERVICELOC_freeOCSP_SERVICELOC_itOCSP_SERVICELOC_newOCSP_SIGNATURE_freeOCSP_SIGNATURE_itOCSP_SIGNATURE_newOCSP_SINGLERESP_add1_ext_i2dOCSP_SINGLERESP_add_extOCSP_SINGLERESP_delete_extOCSP_SINGLERESP_freeOCSP_SINGLERESP_get1_ext_d2iOCSP_SINGLERESP_get_extOCSP_SINGLERESP_get_ext_by_NIDOCSP_SINGLERESP_get_ext_by_OBJOCSP_SINGLERESP_get_ext_by_criticalOCSP_SINGLERESP_get_ext_countOCSP_SINGLERESP_itOCSP_SINGLERESP_newOCSP_accept_responses_newOCSP_archive_cutoff_newOCSP_basic_add1_certOCSP_basic_add1_nonceOCSP_basic_add1_statusOCSP_basic_signOCSP_basic_verifyOCSP_cert_id_newOCSP_cert_status_strOCSP_cert_to_idOCSP_check_nonceOCSP_check_validityOCSP_copy_nonceOCSP_crlID_newOCSP_crl_reason_strOCSP_id_cmpOCSP_id_get0_infoOCSP_id_issuer_cmpOCSP_onereq_get0_idOCSP_parse_urlOCSP_request_add0_idOCSP_request_add1_certOCSP_request_add1_nonceOCSP_request_is_signedOCSP_request_onereq_countOCSP_request_onereq_get0OCSP_request_set1_nameOCSP_request_signOCSP_request_verifyOCSP_resp_countOCSP_resp_findOCSP_resp_find_statusOCSP_resp_get0OCSP_response_createOCSP_response_get1_basicOCSP_response_statusOCSP_response_status_strOCSP_sendreq_bioOCSP_sendreq_nbioOCSP_sendreq_newOCSP_single_get0_statusOCSP_url_svcloc_newOPENSSL_DIR_endOPENSSL_DIR_readOPENSSL_add_all_algorithms_confOPENSSL_add_all_algorithms_noconfOPENSSL_asc2uniOPENSSL_cleanseOPENSSL_configOPENSSL_cpuid_setupOPENSSL_gmtimeOPENSSL_gmtime_adjOPENSSL_ia32cap_locOPENSSL_initOPENSSL_isserviceOPENSSL_issetugidOPENSSL_load_builtin_modulesOPENSSL_memcmpOPENSSL_no_configOPENSSL_showfatalOPENSSL_stderrOPENSSL_strcasecmpOPENSSL_strncasecmpOPENSSL_uni2ascOTHERNAME_cmpOTHERNAME_freeOTHERNAME_itOTHERNAME_newOpenSSLDieOpenSSL_add_all_ciphersOpenSSL_add_all_digestsPBE2PARAM_freePBE2PARAM_itPBE2PARAM_newPBEPARAM_freePBEPARAM_itPBEPARAM_newPBKDF2PARAM_freePBKDF2PARAM_itPBKDF2PARAM_newPEM_ASN1_readPEM_ASN1_read_bioPEM_ASN1_writePEM_ASN1_write_bioPEM_SealFinalPEM_SealInitPEM_SealUpdatePEM_SignFinalPEM_SignInitPEM_SignUpdatePEM_X509_INFO_readPEM_X509_INFO_read_bioPEM_X509_INFO_write_bioPEM_bytes_read_bioPEM_def_callbackPEM_dek_infoPEM_do_headerPEM_get_EVP_CIPHER_INFOPEM_proc_typePEM_readPEM_read_CMSPEM_read_DHparamsPEM_read_DSAPrivateKeyPEM_read_DSA_PUBKEYPEM_read_DSAparamsPEM_read_ECPKParametersPEM_read_ECPrivateKeyPEM_read_EC_PUBKEYPEM_read_NETSCAPE_CERT_SEQUENCEPEM_read_PKCS7PEM_read_PKCS8PEM_read_PKCS8_PRIV_KEY_INFOPEM_read_PUBKEYPEM_read_PrivateKeyPEM_read_RSAPrivateKeyPEM_read_RSAPublicKeyPEM_read_RSA_PUBKEYPEM_read_X509PEM_read_X509_AUXPEM_read_X509_CERT_PAIRPEM_read_X509_CRLPEM_read_X509_REQPEM_read_bioPEM_read_bio_CMSPEM_read_bio_DHparamsPEM_read_bio_DSAPrivateKeyPEM_read_bio_DSA_PUBKEYPEM_read_bio_DSAparamsPEM_read_bio_ECPKParametersPEM_read_bio_ECPrivateKeyPEM_read_bio_EC_PUBKEYPEM_read_bio_NETSCAPE_CERT_SEQUENCEPEM_read_bio_PKCS7P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_end__imp_OPENSSL_DIR_read__imp_OPENSSL_add_all_algorithms_conf__imp_OPENSSL_add_all_algorithms_noconf__imp_OPENSSL_asc2uni__imp_OPENSSL_cleanse__imp_OPENSSL_config__imp_OPENSSL_cpuid_setup__imp_OPENSSL_gmtime__imp_OPENSSL_gmtime_adj__imp_OPENSSL_ia32cap_loc__imp_OPENSSL_init__imp_OPENSSL_isservice__imp_OPENSSL_issetugid__imp_OPENSSL_load_builtin_modules__imp_OPENSSL_memcmp__imp_OPENSSL_no_config__imp_OPENSSL_showfatal__imp_OPENSSL_stderr__imp_OPENSSL_strcasecmp__imp_OPENSSL_strncasecmp__imp_OPENSSL_uni2asc__imp_OSSL_DES_version__imp_OSSL_libdes_version__imp_OTHERNAME_cmp__imp_OTHERNAME_free__imp_OTHERNAME_it__imp_OTHERNAME_new__imp_OpenSSLDie__imp_OpenSSL_add_all_ciphers__imp_OpenSSL_add_all_digests__imp_PBE2PARAM_free__imp_PBE2PARAM_it__imp_PBE2PARAM_new__imp_PBEPARAM_free__imp_PBEPARAM_it__imp_PBEPARAM_new__imp_PBKDF2PARAM_free__imp_PBKDF2PARAM_it__imp_PBKDF2PARAM_new__imp_PEM_ASN1_read__imp_PEM_ASN1_read_bio__imp_PEM_ASN1_write__imp_PEM_ASN1_write_bio__imp_PEM_SealFinal__imp_PEM_SealInit__imp_PEM_SealUpdate__imp_PEM_SignFinal__imp_PEM_SignInit__imp_PEM_SignUpdate__imp_PEM_X509_INFO_read__imp_PEM_X509_INFO_read_bio__imp_PEM_X509_INFO_write_bio__imp_PEM_bytes_read_bio__imp_PEM_def_callback__imp_PEM_dek_info__imp_PEM_do_header__imp_PEM_get_EVP_CIPHER_INFO__imp_PEM_proc_type__imp_PEM_read__imp_PEM_read_CMS__imp_PEM_read_DHparams__imp_PEM_read_DSAPrivateKey__imp_PEM_read_DSA_PUBKEY__imp_PEM_read_DSAparams__imp_PEM_read_ECPKParameters__imp_PEM_read_ECPrivateKey__imp_PEM_read_EC_PUBKEY__imp_PEM_read_NETSCAPE_CERT_SEQUENCE__imp_PEM_read_PKCS7__imp_PEM_read_PKCS8__imp_PEM_read_PKCS8_PRIV_KEY_INFO__imp_PEM_read_PUBKEY__imp_PEM_read_PrivateKey__imp_PEM_read_RSAPrivateKey__imp_PEM_read_RSAPublicKey__imp_PEM_read_RSA_PUBKEY__imp_PEM_read_X509__imp_PEM_read_X509_AUX__imp_PEM_read_X509_CERT_PAIR__imp_PEM_read_X509_CRL__imp_PEM_read_X509_REQ__imp_PEM_read_bio__imp_PEM_read_bio_CMS__imp_PEM_read_bio_DHparams__imp_PEM_read_bio_DSAPrivateKey__imp_PEM_read_bio_DSA_PUBKEY__imp_PEM_read_bio_DSAparams__imp_PEM_read_bio_ECPKParameters__imp_PEM_read_bio_ECPrivateKey__imp_PEM_read_bio_EC_PUBKEY__imp_PEM_read_bio_NETSCAPE_CERT_SEQUENCE__imp_PEM_read_bio_PKCS7__imp_PEM_read_bio_PKCS8__imp_PEM_read_bio_PKCS8_PRIV_KEY_INFO__imp_PEM_read_bio_PUBKEY__imp_PEM_read_bio_Parameters__imp_PEM_read_bio_PrivateKey__imp_PEM_read_bio_RSAPrivateKey__imp_PEM_read_bio_RSAPublicKey__imp_PEM_read_bio_RSA_PUBKEY__imp_PEM_read_bio_X509__imp_PEM_read_bio_X509_AUX__imp_PEM_read_bio_X509_CERT_PAIR__imp_PEM_read_bio_X509_CRL__imp_PEM_read_bio_X509_REQ__imp_PEM_write__imp_PEM_write_CMS__imp_PEM_write_DHparams__imp_PEM_write_DSAPrivateKey__imp_PEM_write_DSA_PUBKEY__imp_PEM_write_DSAparams__imp_PEM_write_ECPKParameters__imp_PEM_write_ECPrivateKey__imp_PEM_write_EC_PUBKEY__imp_PEM_write_NETSCAPE_CERT_SEQUENCE__imp_PEM_write_PKCS7__imp_PEM_write_PKCS8__imp_PEM_write_PKCS8PrivateKey__imp_PEM_write_PKCS8PrivateKey_nid__imp_PEM_write_PKCS8_PRIV_KEY_INFO__imp_PEM_write_PUBKEY__imp_PEM_write_PrivateKey__imp_PEM_write_RSAPrivateKey__imp_PEM_write_RSAPublicKey__imp_PEM_write_RSA_PUBKEY__imp_PEM_write_X509__imp_PEM_write_X509_AUX__imp_PEM_write_X509_CERT_PAIR__imp_PEM_write_X509_CRL__imp_PEM_write_X509_REQ__imp_PEM_write_X509_REQ_NEW__imp_PEM_write_bio__imp_PEM_write_bio_ASN1_stream__imp_PEM_write_bio_CMS__imp_PEM_write_bio_CMS_stream__imp_PEM_write_bio_DHparams__imp_PEM_write_bio_DSAPrivateKey__imp_PEM_write_bio_DSA_PUBKEY__imp_PEM_write_bio_DSAparams__imp_PEM_write_bio_ECPKParameters__imp_PEM_write_bio_ECPrivateKey__imp_PEM_write_bio_EC_PUBKEY__imp_PEM_write_bio_NETSCAPE_CERT_SEQUENCE__imp_PEM_write_bio_PKCS7__imp_PEM_write_bio_PKCS7_stream__imp_PEM_write_bio_PKCS8__imp_PEM_write_bio_PKCS8PrivateKey__imp_PEM_write_bio_PKCS8PrivateKey_nid__imp_PEM_write_bio_PKCS8_PRIV_KEY_INFO__imp_PEM_write_bio_PUBKEY__imp_PEM_write_bio_Parameters__imp_PEM_write_bio_PrivateKey__imp_PEM_write_bio_RSAPrivateKey__imp_PEM_write_bio_RSAPublicKey__imp_PEM_write_bio_RSA_PUBKEY__imp_PEM_write_bio_X509__imp_PEM_write_bio_X509_AUX__imp_PEM_write_bio_X509_CERT_PAIR__imp_PEM_write_bio_X509_CRL__imp_PEM_write_bio_X509_REQ__imp_PEM_write_bio_X509_REQ_NEW__imp_PKCS12_AUTHSAFES_it__imp_PKCS12_BAGS_free__imp_PKCS12_BAGS_it__imp_PKCS12_BAGS_new__imp_PKCS12_MAC_DATA_free__imp_PKCS12_MAC_DATA_it__imp_PKCS12_MAC_DATA_new__imp_PKCS12_MAKE_KEYBAG__imp_PKCS12_MAKE_SHKEYBAG__imp_PKCS12_PBE_add__imp_PKCS12_PBE_keyivgen__imp_PKCS12_SAFEBAGS_it__imp_PKCS12_SAFEBAG_free__imp_PKCS12_SAFEBAG_it__imp_PKCS12_SAFEBAG_new__imp_PKCS12_add_CSPName_asc__imp_PKCS12_add_cert__imp_PKCS12_add_friendlyname_asc__imp_PKCS12_add_friendlyname_uni__imp_PKCS12_add_key__imp_PKCS12_add_localkeyid__imp_PKCS12_add_safe__imp_PKCS12_add_safes__imp_PKCS12_certbag2x509__imp_PKCS12_certbag2x509crl__imp_PKCS12_create__imp_PKCS12_decrypt_skey__imp_PKCS12_free__imp_PKCS12_gen_mac__imp_PKCS12_get_attr_gen__imp_PKCS12_get_friendlyname__imp_PKCS12_init__imp_PKCS12_it__imp_PKCS12_item_decrypt_d2i__imp_PKCS12_item_i2d_encrypt__imp_PKCS12_item_pack_safebag__imp_PKCS12_key_gen_asc__imp_PKCS12_key_gen_uni__imp_PKCS12_new__imp_PKCS12_newpass__imp_PKCS12_pack_authsafes__imp_PKCS12_pack_p7data__imp_PKCS12_pack_p7encdata__imp_PKCS12_parse__imp_PKCS12_pbe_crypt__imp_PKCS12_set_mac__imp_PKCS12_setup_mac__imp_PKCS12_unpack_authsafes__imp_PKCS12_unpack_p7data__imp_PKCS12_unpack_p7encdata__imp_PKCS12_verify_mac__imp_PKCS12_x5092certbag__imp_PKCS12_x509crl2certbag__imp_PKCS1_MGF1__imp_PKCS5_PBE_add__imp_PKCS5_PBE_keyivgen__imp_PKCS5_PBKDF2_HMAC__imp_PKCS5_PBKDF2_HMAC_SHA1__imp_PKCS5_pbe2_set__imp_PKCS5_pbe2_set_iv__imp_PKCS5_pbe_set__imp_PKCS5_pbe_set0_algor__imp_PKCS5_pbkdf2_set__imp_PKCS5_v2_PBE_keyivgen__imp_PKCS7_ATTR_SIGN_it__imp_PKCS7_ATTR_VERIFY_it__imp_PKCS7_DIGEST_free__imp_PKCS7_DIGEST_it__imp_PKCS7_DIGEST_new__imp_PKCS7_ENCRYPT_free__imp_PKCS7_ENCRYPT_it__imp_PKCS7_ENCRYPT_new__imp_PKCS7_ENC_CONTENT_free__imp_PKCS7_ENC_CONTENT_it__imp_PKCS7_ENC_CONTENT_new__imp_PKCS7_ENVELOPE_free__imp_PKCS7_ENVELOPE_it__imp_PKCS7_ENVELOPE_new__imp_PKCS7_ISSUER_AND_SERIAL_digest__imp_PKCS7_ISSUER_AND_SERIAL_free__imp_PKCS7_ISSUER_AND_SERIAL_it__imp_PKCS7_ISSUER_AND_SERIAL_new__imp_PKCS7_RECIP_INFO_free__imp_PKCS7_RECIP_INFO_get0_alg__imp_PKCS7_RECIP_INFO_it__imp_PKCS7_RECIP_INFO_new__imp_PKCS7_RECIP_INFO_set__imp_PKCS7_SIGNED_free__imp_PKCS7_SIGNED_it__imp_PKCS7_SIGNED_new__imp_PKCS7_SIGNER_INFO_free__imp_PKCS7_SIGNER_INFO_get0_algs__imp_PKCS7_SIGNER_INFO_it__imp_PKCS7_SIGNER_INFO_new__imp_PKCS7_SIGNER_INFO_set__imp_PKCS7_SIGNER_INFO_sign__imp_PKCS7_SIGN_ENVELOPE_free__imp_PKCS7_SIGN_ENVELOPE_it__imp_PKCS7_SIGN_ENVELOPE_new__imp_PKCS7_add0_attrib_signing_time__imp_PKCS7_add1_attrib_digest__imp_PKCS7_add_attrib_content_type__imp_PKCS7_add_attrib_smimecap__imp_PKCS7_add_attribute__imp_PKCS7_add_certificate__imp_PKCS7_add_crl__imp_PKCS7_add_recipient__imp_PKCS7_add_recipient_info__imp_PKCS7_add_signature__imp_PKCS7_add_signed_attribute__imp_PKCS7_add_signer__imp_PKCS7_cert_from_signer_info__imp_PKCS7_content_new__imp_PKCS7_ctrl__imp_PKCS7_dataDecode__imp_PKCS7_dataFinal__imp_PKCS7_dataInit__imp_PKCS7_dataVerify__imp_PKCS7_decrypt__imp_PKCS7_digest_from_attributes__imp_PKCS7_dup__imp_PKCS7_encrypt__imp_PKCS7_final__imp_PKCS7_free__imp_PKCS7_get0_signers__imp_PKCS7_get_attribute__imp_PKCS7_get_issuer_and_serial__imp_PKCS7_get_signed_attribute__imp_PKCS7_get_signer_info__imp_PKCS7_get_smimecap__imp_PKCS7_it__imp_PKCS7_new__imp_PKCS7_print_ctx__imp_PKCS7_set0_type_other__imp_PKCS7_set_attributes__imp_PKCS7_set_cipher__imp_PKCS7_set_content__imp_PKCS7_set_digest__imp_PKCS7_set_signed_attributes__imp_PKCS7_set_type__imp_PKCS7_sign__imp_PKCS7_sign_add_signer__imp_PKCS7_signatureVerify__imp_PKCS7_simple_smimecap__imp_PKCS7_stream__imp_PKCS7_to_TS_TST_INFO__imp_PKCS7_verify__imp_PKCS8_PRIV_KEY_INFO_free__imp_PKCS8_PRIV_KEY_INFO_it__imp_PKCS8_PRIV_KEY_INFO_new__imp_PKCS8_add_keyusage__imp_PKCS8_decrypt__imp_PKCS8_encrypt__imp_PKCS8_pkey_get0__imp_PKCS8_pkey_set0__imp_PKCS8_set_broken__imp_PKEY_USAGE_PERIOD_free__imp_PKEY_USAGE_PERIOD_it__imp_PKEY_USAGE_PERIOD_new__imp_POLICYINFO_free__imp_POLICYINFO_it__imp_POLICYINFO_new__imp_POLICYQUALINFO_free__imp_POLICYQUALINFO_it__imp_POLICYQUALINFO_new__imp_POLICY_CONSTRAINTS_free__imp_POLICY_CONSTRAINTS_it__imp_POLICY_CONSTRAINTS_new__imp_POLICY_MAPPINGS_it__imp_POLICY_MAPPING_free__imp_POLICY_MAPPING_it__imp_POLICY_MAPPING_new__imp_PROXY_CERT_INFO_EXTENSION_free__imp_PROXY_CERT_INFO_EXTENSION_it__imp_PROXY_CERT_INFO_EXTENSION_new__imp_PROXY_POLICY_free__imp_PROXY_POLICY_it__imp_PROXY_POLICY_new__imp_RAND_SSLeay__imp_RAND_add__imp_RAND_bytes__imp_RAND_cleanup__imp_RAND_egd__imp_RAND_egd_bytes__imp_RAND_event__imp_RAND_file_name__imp_RAND_get_rand_method__imp_RAND_load_file__imp_RAND_poll__imp_RAND_pseudo_bytes__imp_RAND_query_egd_bytes__imp_RAND_screen__imp_RAND_seed__imp_RAND_set_rand_engine__imp_RAND_set_rand_method__imp_RAND_status__imp_RAND_write_file__imp_RC2_cbc_encrypt__imp_RC2_cfb64_encrypt__imp_RC2_decrypt__imp_RC2_ecb_encrypt__imp_RC2_encrypt__imp_RC2_ofb64_encrypt__imp_RC2_set_key__imp_RC4__imp_RC4_options__imp_RC4_set_key__imp_RIPEMD160__imp_RIPEMD160_Final__imp_RIPEMD160_Init__imp_RIPEMD160_Transform__imp_RIPEMD160_Update__imp_RSAPrivateKey_dup__imp_RSAPrivateKey_it__imp_RSAPublicKey_dup__imp_RSAPublicKey_it__imp_RSA_PKCS1_SSLeay__imp_RSA_PSS_PARAMS_free__imp_RSA_PSS_PARAMS_it__imp_RSA_PSS_PARAMS_new__imp_RSA_X931_hash_id__imp_RSA_blinding_off__imp_RSA_blinding_on__imp_RSA_check_key__imp_RSA_flags__imp_RSA_free__imp_RSA_generate_key__imp_RSA_generate_key_ex__imp_RSA_get_default_method__imp_RSA_get_ex_data__imp_RSA_get_ex_new_index__imp_RSA_get_method__imp_RSA_memory_lock__imp_RSA_new__imp_RSA_new_method__imp_RSA_null_method__imp_RSA_padding_add_PKCS1_OAEP__imp_RSA_padding_add_PKCS1_PSS__imp_RSA_padding_add_PKCS1_PSS_mgf1__imp_RSA_padding_add_PKCS1_type_1__imp_RSA_padding_add_PKCS1_type_2__imp_RSA_padding_add_SSLv23__imp_RSA_padding_add_X931__imp_RSA_padding_add_none__imp_RSA_padding_check_PKCS1_OAEP__imp_RSA_padding_check_PKCS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d_X509_AUX__imp_i2d_X509_CERT_AUX__imp_i2d_X509_CERT_PAIR__imp_i2d_X509_CINF__imp_i2d_X509_CRL__imp_i2d_X509_CRL_INFO__imp_i2d_X509_CRL_bio__imp_i2d_X509_CRL_fp__imp_i2d_X509_EXTENSION__imp_i2d_X509_EXTENSIONS__imp_i2d_X509_NAME__imp_i2d_X509_NAME_ENTRY__imp_i2d_X509_PKEY__imp_i2d_X509_PUBKEY__imp_i2d_X509_REQ__imp_i2d_X509_REQ_INFO__imp_i2d_X509_REQ_bio__imp_i2d_X509_REQ_fp__imp_i2d_X509_REVOKED__imp_i2d_X509_SIG__imp_i2d_X509_VAL__imp_i2d_X509_bio__imp_i2d_X509_fp__imp_i2o_ECPublicKey__imp_i2s_ASN1_ENUMERATED__imp_i2s_ASN1_ENUMERATED_TABLE__imp_i2s_ASN1_INTEGER__imp_i2s_ASN1_OCTET_STRING__imp_i2t_ASN1_OBJECT__imp_i2v_ASN1_BIT_STRING__imp_i2v_GENERAL_NAME__imp_i2v_GENERAL_NAMES__imp_idea_cbc_encrypt__imp_idea_cfb64_encrypt__imp_idea_ecb_encrypt__imp_idea_encrypt__imp_idea_ofb64_encrypt__imp_idea_options__imp_idea_set_decrypt_key__imp_idea_set_encrypt_key__imp_lh_delete__imp_lh_doall__imp_lh_doall_arg__imp_lh_free__imp_lh_insert__imp_lh_new__imp_lh_node_stats__imp_lh_node_stats_bio__imp_lh_node_usage_stats__imp_lh_node_usage_stats_bio__imp_lh_num_items__imp_lh_retrieve__imp_lh_stats__imp_lh_stats_bio__imp_lh_strhash__imp_name_cmp__imp_o2i_ECPublicKey__imp_pitem_free__imp_pitem_new__imp_pqueue_find__imp_pqueue_free__imp_pqueue_insert__imp_pqueue_iterator__imp_pqueue_new__imp_pqueue_next__imp_pqueue_peek__imp_pqueue_pop__imp_pqueue_print__imp_pqueue_size__imp_private_AES_set_decrypt_key__imp_private_AES_set_encrypt_key__imp_private_RC4_set_key__imp_s2i_ASN1_INTEGER__imp_s2i_ASN1_OCTET_STRING__imp_sk_delete__imp_sk_delete_ptr__imp_sk_dup__imp_sk_find__imp_sk_find_ex__imp_sk_free__imp_sk_insert__imp_sk_is_sorted__imp_sk_new__imp_sk_new_null__imp_sk_num__imp_sk_pop__imp_sk_pop_free__imp_sk_push__imp_sk_set__imp_sk_set_cmp_func__imp_sk_shift__imp_sk_sort__imp_sk_unshift__imp_sk_value__imp_sk_zero__imp_string_to_hex__imp_v2i_ASN1_BIT_STRING__imp_v2i_GENERAL_NAME__imp_v2i_GENERAL_NAMES__imp_v2i_GENERAL_NAME_ex_ossl_096_des_random_seed_ossl_old_crypt_ossl_old_des_cbc_cksum_ossl_old_des_cbc_encrypt_ossl_old_des_cfb64_encrypt_ossl_old_des_cfb_encrypt_ossl_old_des_crypt_ossl_old_des_decrypt3_ossl_old_des_ecb3_encrypt_ossl_old_des_ecb_encrypt_ossl_old_des_ede3_cbc_encrypt_ossl_old_des_ede3_cfb64_encrypt_ossl_old_des_ede3_ofb64_encrypt_ossl_old_des_enc_read_ossl_old_des_enc_write_ossl_old_des_encrypt_ossl_old_des_encrypt2_ossl_old_des_encrypt3_ossl_old_des_fcrypt_ossl_old_des_is_weak_key_ossl_old_des_key_sched_ossl_old_des_ncbc_encrypt_ossl_old_des_ofb64_encrypt_ossl_old_des_ofb_encrypt_ossl_old_des_options_ossl_old_des_pcbc_encrypt_ossl_old_des_quad_cksum_ossl_old_des_random_key_ossl_old_des_random_seed_ossl_old_des_read_2passwords_ossl_old_des_read_password_ossl_old_des_read_pw_ossl_old_des_read_pw_string_ossl_old_des_set_key_ossl_old_des_set_odd_parity_ossl_old_des_string_to_2keys_ossl_old_des_string_to_key_ossl_old_des_xcbc_encrypt_shadow_DES_check_key_shadow_DES_rw_modea2d_ASN1_OBJECTa2i_ASN1_ENUMERATEDa2i_ASN1_INTEGERa2i_ASN1_STRINGa2i_GENERAL_NAMEa2i_IPADDRESSa2i_IPADDRESS_NCa2i_ipaddasn1_Finishasn1_GetSequenceasn1_add_errorasn1_const_Finishasn1_do_adbasn1_do_lockasn1_enc_freeasn1_enc_initasn1_enc_restoreasn1_enc_saveasn1_ex_c2iasn1_ex_i2casn1_get_choice_selectorasn1_get_field_ptrasn1_set_choice_selectorb2i_PVK_biob2i_PrivateKeyb2i_PrivateKey_biob2i_PublicKeyb2i_PublicKey_biobn_add_wordsbn_div_wordsbn_dup_expandbn_expand2bn_mul_add_wordsbn_mul_wordsbn_sqr_wordsbn_sub_wordsc2i_ASN1_BIT_STRINGc2i_ASN1_INTEGERc2i_ASN1_OBJECTcheck_deferd2i_ACCESS_DESCRIPTIONd2i_ASN1_BIT_STRINGd2i_ASN1_BMPSTRINGd2i_ASN1_BOOLEANd2i_ASN1_ENUMERATEDd2i_ASN1_GENERALIZEDTIMEd2i_ASN1_GENERALSTRINGd2i_ASN1_IA5STRINGd2i_ASN1_INTEGERd2i_ASN1_NULLd2i_ASN1_OBJECTd2i_ASN1_OCTET_STRINGd2i_ASN1_PRINTABLEd2i_ASN1_PRINTABLESTRINGd2i_ASN1_SEQUENCE_ANYd2i_ASN1_SETd2i_ASN1_SET_ANYd2i_ASN1_T61STRINGd2i_ASN1_TIMEd2i_ASN1_TYPEd2i_ASN1_UINTEGERd2i_ASN1_UNIVERSALSTRINGd2i_ASN1_UTCTIMEd2i_ASN1_UTF8STRINGd2i_ASN1_VISIBLESTRINGd2i_ASN1_bytesd2i_ASN1_type_bytesd2i_AUTHORITY_INFO_ACCESSd2i_AUTHORITY_KEYIDd2i_AutoPrivateKeyd2i_BASIC_CONSTRAINTSd2i_CERTIFICATEPOLICIESd2i_CMS_ContentInfod2i_CMS_ReceiptRequestd2i_CMS_biod2i_CRL_DIST_POINTSd2i_DHparamsd2i_DIRECTORYSTRINGd2i_DISPLAYTEXTd2i_DIST_POINTd2i_DIST_POINT_NAMEd2i_DSAPrivateKeyd2i_DSAPrivateKey_biod2i_DSAPrivateKey_fpd2i_DSAPublicKeyd2i_DSA_PUBKEYd2i_DSA_PUBKEY_biod2i_DSA_PUBKEY_fpd2i_DSA_SIGd2i_DSAparamsd2i_ECDSA_SIGd2i_ECPKParametersd2i_ECParametersd2i_ECPrivateKeyd2i_ECPrivateKey_biod2i_ECPrivateKey_fpd2i_EC_PUBKEYd2i_EC_PUBKEY_biod2i_EC_PUBKEY_fpd2i_EDIPARTYNAMEd2i_ESS_CERT_IDd2i_ESS_ISSUER_SERIALd2i_ESS_SIGNING_CERTd2i_EXTENDED_KEY_USAGEd2i_GENERAL_NAMEd2i_GENERAL_NAMESd2i_ISSUING_DIST_POINTd2i_KRB5_APREQd2i_KRB5_APREQBODYd2i_KRB5_AUTHDATAd2i_KRB5_AUTHENTd2i_KRB5_AUTHENTBODYd2i_KRB5_CHECKSUMd2i_KRB5_ENCDATAd2i_KRB5_ENCKEYd2i_KRB5_PRINCNAMEd2i_KRB5_TICKETd2i_KRB5_TKTBODYd2i_NETSCAPE_CERT_SEQUENCEd2i_NETSCAPE_SPKACd2i_NETSCAPE_SPKId2i_NETSCAPE_X509d2i_NOTICEREFd2i_Netscape_RSAd2i_OCSP_BASICRESPd2i_OCSP_CERTIDd2i_OCSP_CERTSTATUSd2i_OCSP_CRLIDd2i_OCSP_ONEREQd2i_OCSP_REQINFOd2i_OCSP_REQUESTd2i_OCSP_RESPBYTESd2i_OCSP_RESPDATAd2i_OCSP_RESPIDd2i_OCSP_RESPONSEd2i_OCSP_REVOKEDINFOd2i_OCSP_SERVICELOCd2i_OCSP_SIGNATUREd2i_OCSP_SINGLERESPd2i_OTHERNAMEd2i_PBE2PARAMd2i_PBEPARAMd2i_PBKDF2PARAMd2i_PKCS12d2i_PKCS12_BAGSd2i_PKCS12_MAC_DATAd2i_PKCS12_SAFEBAGd2i_PKCS12_biod2i_PKCS12_fpd2i_PKCS7d2i_PKCS7_DIGESTd2i_PKCS7_ENCRYPTd2i_PKCS7_ENC_CONTENTd2i_PKCS7_ENVELOPEd2i_PKCS7_ISSUER_AND_SERIALd2i_PKCS7_RECIP_INFOd2i_PKCS7_SIGNEDd2i_PKCS7_SIGNER_INFOd2i_PKCS7_SIGN_ENVELOPEd2i_PKCS7_biod2i_PKCS7_fpd2i_PKCS8PrivateKey_biod2i_PKCS8PrivateKey_fpd2i_PKCS8_PRIV_KEY_INFOd2i_PKCS8_PRIV_KEY_INFO_biod2i_PKCS8_PRIV_KEY_INFO_fpd2i_PKCS8_biod2i_PKCS8_fpd2i_PKEY_USAGE_PERIODd2i_POLICYINFOd2i_POLICYQUALINFOd2i_PROXY_CERT_INFO_EXTENSIONd2i_PROXY_POLICYd2i_PUBKEYd2i_PUBKEY_biod2i_PUBKEY_fpd2i_PrivateKeyd2i_PrivateKey_biod2i_PrivateKey_fpd2i_PublicKeyd2i_RSAPrivateKeyd2i_RSAPrivateKey_biod2i_RSAPrivateKey_fpd2i_RSAPublicKeyd2i_RSAPublicKey_biod2i_RSAPublicKey_fpd2i_RSA_NETd2i_RSA_PSS_PARAMSd2i_RSA_PUBKEYd2i_RSA_PUBKEY_biod2i_RSA_PUBKEY_fpd2i_SXNETd2i_SXNETIDd2i_TS_ACCURACYd2i_TS_MSG_IMPRINTd2i_TS_MSG_IMPRINT_biod2i_TS_MSG_IMPRINT_fpd2i_TS_REQd2i_TS_REQ_biod2i_TS_REQ_fpd2i_TS_RESPd2i_TS_RESP_biod2i_TS_RESP_fpd2i_TS_STATUS_INFOd2i_TS_TST_INFOd2i_TS_TST_INFO_biod2i_TS_TST_INFO_fpd2i_USERNOTICEd2i_X509d2i_X509_ALGORd2i_X509_ALGORSd2i_X509_ATTRIBUTEd2i_X509_AUXd2i_X509_CERT_AUXd2i_X509_CERT_PAIRd2i_X509_CINFd2i_X509_CRLd2i_X509_CRL_INFOd2i_X509_CRL_biod2i_X509_CRL_fpd2i_X509_EXTENSIONd2i_X509_EXTENSIONSd2i_X509_NAMEd2i_X509_NAME_ENTRYd2i_X509_PKEYd2i_X509_PUBKEYd2i_X509_REQd2i_X509_REQ_INFOd2i_X509_REQ_biod2i_X509_REQ_fpd2i_X509_REVOKEDd2i_X509_SIGd2i_X509_VALd2i_X509_biod2i_X509_fpget_rfc2409_prime_1024get_rfc2409_prime_768get_rfc3526_prime_1536get_rfc3526_prime_2048get_rfc3526_prime_3072get_rfc3526_prime_4096get_rfc3526_prime_6144get_rfc3526_prime_8192hex_to_stringi2a_ACCESS_DESCRIPTIONi2a_ASN1_ENUMERATEDi2a_ASN1_INTEGERi2a_ASN1_OBJECTi2a_ASN1_STRINGi2b_PVK_bioi2b_PrivateKey_bioi2b_PublicKey_bioi2c_ASN1_BIT_STRINGi2c_ASN1_INTEGERi2d_ACCESS_DESCRIPTIONi2d_ASN1_BIT_STRINGi2d_ASN1_BMPSTRINGi2d_ASN1_BOOLEANi2d_ASN1_ENUMERATEDi2d_ASN1_GENERALIZEDTIMEi2d_ASN1_GENERALSTRINGi2d_ASN1_IA5STRINGi2d_ASN1_INTEGERi2d_ASN1_NULLi2d_ASN1_OBJECTi2d_ASN1_OCTET_STRINGi2d_ASN1_PRINTABLEi2d_ASN1_PRINTABLESTRINGi2d_ASN1_SEQUENCE_ANYi2d_ASN1_SETi2d_ASN1_SET_ANYi2d_ASN1_T61STRINGi2d_ASN1_TIMEi2d_ASN1_TYPEi2d_ASN1_UNIVERSALSTRINGi2d_ASN1_UTCTIMEi2d_ASN1_UTF8STRINGi2d_ASN1_VISIBLESTRINGi2d_ASN1_bio_streami2d_ASN1_bytesi2d_AUTHORITY_INFO_ACCESSi2d_AUTHORITY_KEYIDi2d_BASIC_CONSTRAINTSi2d_CERTIFICATEPOLICIESi2d_CMS_ContentInfoi2d_CMS_ReceiptRequesti2d_CMS_bioi2d_CMS_bio_streami2d_CRL_DIST_POINTSi2d_DHparamsi2d_DIRECTORYSTRINGi2d_DISPLAYTEXTi2d_DIST_POINTi2d_DIST_POINT_NAMEi2d_DSAPrivateKeyi2d_DSAPrivateKey_bioi2d_DSAPrivateKey_fpi2d_DSAPublicKeyi2d_DSA_PUBKEYi2d_DSA_PUBKEY_bioi2d_DSA_PUBKEY_fpi2d_DSA_SIGi2d_DSAparamsi2d_ECDSA_SIGi2d_ECPKParametersi2d_ECParametersi2d_ECPrivateKeyi2d_ECPrivateKey_bioi2d_ECPrivateKey_fpi2d_EC_PUBKEYi2d_EC_PUBKEY_bioi2d_EC_PUBKEY_fpi2d_EDIPARTYNAMEi2d_ESS_CERT_IDi2d_ESS_ISSUER_SERIALi2d_ESS_SIGNING_CERTi2d_EXTENDED_KEY_USAGEi2d_GENERAL_NAMEi2d_GENERAL_NAMESi2d_ISSUING_DIST_POINTi2d_KRB5_APREQi2d_KRB5_APREQBODYi2d_KRB5_AUTHDATAi2d_KRB5_AUTHENTi2d_KRB5_AUTHENTBODYi2d_KRB5_CHECKSUMi2d_KRB5_ENCDATAi2d_KRB5_ENCKEYi2d_KRB5_PRINCNAMEi2d_KRB5_TICKETi2d_KRB5_TKTBODYi2d_NETSCAPE_CERT_SEQUENCEi2d_NETSCAPE_SPKACi2d_NETSCAPE_SPKIi2d_NETSCAPE_X509i2d_NOTICEREFi2d_Netscape_RSAi2d_OCSP_BASICRESPi2d_OCSP_CERTIDi2d_OCSP_CERTSTATUSi2d_OCSP_CRLIDi2d_OCSP_ONEREQi2d_OCSP_REQINFOi2d_OCSP_REQUESTi2d_OCSP_RESPBYTESi2d_OCSP_RESPDATAi2d_OCSP_RESPIDi2d_OCSP_RESPONSEi2d_OCSP_REVOKEDINFOi2d_OCSP_SERVICELOCi2d_OCSP_SIGNATUREi2d_OCSP_SINGLERESPi2d_OTHERNAMEi2d_PBE2PARAMi2d_PBEPARAMi2d_PBKDF2PARAMi2d_PKCS12i2d_PKCS12_BAGSi2d_PKCS12_MAC_DATAi2d_PKCS12_SAFEBAGi2d_PKCS12_bioi2d_PKCS12_fpi2d_PKCS7i2d_PKCS7_DIGESTi2d_PKCS7_ENCRYPTi2d_PKCS7_ENC_CONTENTi2d_PKCS7_ENVELOPEi2d_PKCS7_ISSUER_AND_SERIALi2d_PKCS7_NDEFi2d_PKCS7_RECIP_INFOi2d_PKCS7_SIGNEDi2d_PKCS7_SIGNER_INFOi2d_PKCS7_SIGN_ENVELOPEi2d_PKCS7_bioi2d_PKCS7_bio_streami2d_PKCS7_fpi2d_PKCS8PrivateKeyInfo_bioi2d_PKCS8PrivateKeyInfo_fpi2d_PKCS8PrivateKey_bioi2d_PKCS8PrivateKey_fpi2d_PKCS8PrivateKey_nid_bioi2d_PKCS8PrivateKey_nid_fpi2d_PKCS8_PRIV_KEY_INFOi2d_PKCS8_PRIV_KEY_INFO_bioi2d_PKCS8_PRIV_KEY_INFO_fpi2d_PKCS8_bioi2d_PKCS8_fpi2d_PKEY_USAGE_PERIODi2d_POLICYINFOi2d_POLICYQUALINFOi2d_PROXY_CERT_INFO_EXTENSIONi2d_PROXY_POLICYi2d_PUBKEYi2d_PUBKEY_bioi2d_PUBKEY_fpi2d_PrivateKeyi2d_PrivateKey_bioi2d_PrivateKey_fpi2d_PublicKeyi2d_RSAPrivateKeyi2d_RSAPrivateKey_bioi2d_RSAPrivateKey_fpi2d_RSAPublicKeyi2d_RSAPublicKey_bioi2d_RSAPublicKey_fpi2d_RSA_NETi2d_RSA_PSS_PARAMSi2d_RSA_PUBKEYi2d_RSA_PUBKEY_bioi2d_RSA_PUBKEY_fpi2d_SXNETi2d_SXNETIDi2d_TS_ACCURACYi2d_TS_MSG_IMPRINTi2d_TS_MSG_IMPRINT_bioi2d_TS_MSG_IMPRINT_fpi2d_TS_REQi2d_TS_REQ_bioi2d_TS_REQ_fpi2d_TS_RESPi2d_TS_RESP_bioi2d_TS_RESP_fpi2d_TS_STATUS_INFOi2d_TS_TST_INFOi2d_TS_TST_INFO_bioi2d_TS_TST_INFO_fpi2d_USERNOTICEi2d_X509i2d_X509_ALGORi2d_X509_ALGORSi2d_X509_ATTRIBUTEi2d_X509_AUXi2d_X509_CERT_AUXi2d_X509_CERT_PAIRi2d_X509_CINFi2d_X509_CRLi2d_X509_CRL_INFOi2d_X509_CRL_bioi2d_X509_CRL_fpi2d_X509_EXTENSIONi2d_X509_EXTENSIONSi2d_X509_NAMEi2d_X509_NAME_ENTRYi2d_X509_PKEYi2d_X509_PUBKEYi2d_X509_REQi2d_X509_REQ_INFOi2d_X509_REQ_bioi2d_X509_REQ_fpi2d_X509_REVOKEDi2d_X509_SIGi2d_X509_VALi2d_X509_bioi2d_X509_fpi2o_ECPublicKeyi2s_ASN1_ENUMERATEDi2s_ASN1_ENUMERATED_TABLEi2s_ASN1_INTEGERi2s_ASN1_OCTET_STRINGi2t_ASN1_OBJECTi2v_ASN1_BIT_STRINGi2v_GENERAL_NAMEi2v_GENERAL_NAMESidea_cbc_encryptidea_cfb64_encryptidea_ecb_encryptidea_encryptidea_ofb64_encryptidea_optionsidea_set_decrypt_keyidea_set_encrypt_keylh_deletelh_doalllh_doall_arglh_freelh_insertlh_newlh_node_statslh_node_stats_biolh_node_usage_statslh_node_usage_stats_biolh_num_itemslh_retrievelh_statslh_stats_biolh_strhashname_cmpo2i_ECPublicKeypitem_freepitem_newpqueue_findpqueue_freepqueue_insertpqueue_iteratorpqueue_newpqueue_nextpqueue_peekpqueue_poppqueue_printpqueue_sizeprivate_AES_set_decrypt_keyprivate_AES_set_encrypt_keyprivate_RC4_set_keys2i_ASN1_INTEGERs2i_ASN1_OCTET_STRINGsk_deletesk_delete_ptrsk_dupsk_findsk_find_exsk_freesk_insertsk_is_sortedsk_newsk_new_nullsk_numsk_popsk_pop_freesk_pushsk_setsk_set_cmp_funcsk_shiftsk_sortsk_unshiftsk_valuesk_zerostring_to_hexv2i_ASN1_BIT_STRINGv2i_GENERAL_NAMEv2i_GENERAL_NAMESv2i_GENERAL_NAME_exLIBEAY32_NULL_THUNK_DATA
LIBEAY32.dll/   1360601941              0       498       `
dU#Q.debug$SB@B.idata$2@0.idata$6@ 	LIBEAY32.dll'		xMicrosoft (R) LINKLIBEAY32.dll@comp.id	x.idata$2@h.idata$6.idata$4@h.idata$5@h!:T__IMPORT_DESCRIPTOR_LIBEAY32__NULL_IMPORT_DESCRIPTORLIBEAY32_NULL_THUNK_DATALIBEAY32.dll/   1360601941              0       251       `
dU#Q.debug$SBd@B.idata$3@0	LIBEAY32.dll'		xMicrosoft (R) LINK@comp.id	x__NULL_IMPORT_DESCRIPTOR
LIBEAY32.dll/   1360601941              0       288       `
dU#Q.debug$SB@B.idata$5@@.idata$4@@	LIBEAY32.dll'		xMicrosoft (R) LINK@comp.id	xLIBEAY32_NULL_THUNK_DATALIBEAY32.dll/   1360601941              0       57        `
dU#Q%ACCESS_DESCRIPTION_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#
ACCESS_DESCRIPTION_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$ACCESS_DESCRIPTION_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q AES_bi_ige_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QcAES_cbc_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q AES_cfb128_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QAES_cfb1_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QAES_cfb8_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q AES_ctr128_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QAES_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
AES_ecb_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QAES_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QAES_ige_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q AES_ofb128_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QAES_optionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!"AES_set_decrypt_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!AES_set_encrypt_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QYAES_unwrap_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QZAES_wrap_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QASN1_ANY_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#ASN1_BIT_STRING_checkLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q" ASN1_BIT_STRING_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%$ASN1_BIT_STRING_get_bitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q >ASN1_BIT_STRING_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(VASN1_BIT_STRING_name_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_BIT_STRING_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%ASN1_BIT_STRING_num_ascLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!=ASN1_BIT_STRING_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%ASN1_BIT_STRING_set_ascLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%%ASN1_BIT_STRING_set_bitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!	ASN1_BMPSTRING_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
ASN1_BMPSTRING_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_BMPSTRING_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QFASN1_BOOLEAN_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"ASN1_ENUMERATED_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_ENUMERATED_getLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_ENUMERATED_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_ENUMERATED_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_ENUMERATED_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#ASN1_ENUMERATED_to_BNLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
ASN1_FBOOLEAN_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&ASN1_GENERALIZEDTIME_adjLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(ASN1_GENERALIZEDTIME_checkLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'tASN1_GENERALIZEDTIME_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%#
ASN1_GENERALIZEDTIME_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&NASN1_GENERALIZEDTIME_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(ASN1_GENERALIZEDTIME_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&ASN1_GENERALIZEDTIME_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-ASN1_GENERALIZEDTIME_set_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%	ASN1_GENERALSTRING_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#
ASN1_GENERALSTRING_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$ASN1_GENERALSTRING_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_IA5STRING_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
ASN1_IA5STRING_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_IA5STRING_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_INTEGER_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QBASN1_INTEGER_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q?ASN1_INTEGER_freeLIBEAY32.dll
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dU#QASN1_INTEGER_getLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QbASN1_INTEGER_itLIBEAY32.dll
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dU#QSASN1_INTEGER_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_INTEGER_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 	ASN1_INTEGER_to_BNLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QxASN1_NULL_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QNASN1_NULL_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QzASN1_NULL_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
ASN1_OBJECT_createLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_OBJECT_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QlASN1_OBJECT_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_OBJECT_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'=
ASN1_OCTET_STRING_NDEF_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#ASN1_OCTET_STRING_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#<ASN1_OCTET_STRING_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$ASN1_OCTET_STRING_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"ASN1_OCTET_STRING_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#RASN1_OCTET_STRING_newLIBEAY32.dll
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dU#Q#ASN1_OCTET_STRING_setLIBEAY32.dll
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dU#QASN1_PCTX_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&FASN1_PCTX_get_cert_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!hASN1_PCTX_get_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$ASN1_PCTX_get_nm_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%ASN1_PCTX_get_oid_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%ASN1_PCTX_get_str_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q|ASN1_PCTX_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&ASN1_PCTX_set_cert_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_PCTX_set_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$ASN1_PCTX_set_nm_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%cASN1_PCTX_set_oid_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%(ASN1_PCTX_set_str_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'ASN1_PRINTABLESTRING_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%
ASN1_PRINTABLESTRING_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&ASN1_PRINTABLESTRING_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
ASN1_PRINTABLE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q-ASN1_PRINTABLE_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
ASN1_PRINTABLE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
ASN1_PRINTABLE_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"4ASN1_SEQUENCE_ANY_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_SEQUENCE_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QyASN1_SET_ANY_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#ASN1_STRING_TABLE_addLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'ASN1_STRING_TABLE_cleanupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#+ASN1_STRING_TABLE_getLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_STRING_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_STRING_copyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_STRING_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_STRING_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_STRING_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*ASN1_STRING_get_default_maskLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_STRING_lengthLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$XASN1_STRING_length_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_STRING_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QASN1_STRING_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"	ASN1_STRING_print_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%~	ASN1_STRING_print_ex_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_STRING_setLIBEAY32.dll
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dU#Q]ASN1_STRING_set0LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$ASN1_STRING_set_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*ASN1_STRING_set_default_maskLIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q.ASN1_STRING_set_default_mask_ascLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!	ASN1_STRING_to_UTF8LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_STRING_typeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"ASN1_STRING_type_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_T61STRING_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
ASN1_T61STRING_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
ASN1_T61STRING_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q_ASN1_TBOOLEAN_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QASN1_TIME_adjLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
ASN1_TIME_checkLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QASN1_TIME_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q
ASN1_TIME_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QASN1_TIME_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_TIME_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QASN1_TIME_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"ASN1_TIME_set_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*aASN1_TIME_to_generalizedtimeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QLASN1_TYPE_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QASN1_TYPE_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QASN1_TYPE_getLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+4ASN1_TYPE_get_int_octetstringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'5ASN1_TYPE_get_octetstringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QASN1_TYPE_newLIBEAY32.dll
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dU#QASN1_TYPE_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q\ASN1_TYPE_set1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+6ASN1_TYPE_set_int_octetstringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'7ASN1_TYPE_set_octetstringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'ASN1_UNIVERSALSTRING_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%ASN1_UNIVERSALSTRING_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&ASN1_UNIVERSALSTRING_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,ASN1_UNIVERSALSTRING_to_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_UTCTIME_adjLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_UTCTIME_checkLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%	ASN1_UTCTIME_cmp_time_tLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QASN1_UTCTIME_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_UTCTIME_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_UTCTIME_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_UTCTIME_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_UTCTIME_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%8ASN1_UTCTIME_set_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q",ASN1_UTF8STRING_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 	ASN1_UTF8STRING_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_UTF8STRING_newLIBEAY32.dll
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dU#Q%FASN1_VISIBLESTRING_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#1ASN1_VISIBLESTRING_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$ASN1_VISIBLESTRING_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!rASN1_add_oid_moduleLIBEAY32.dll
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dU#QASN1_bn_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%ASN1_check_infinite_endLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+'ASN1_const_check_infinite_endLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QASN1_d2i_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QASN1_d2i_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QASN1_digestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QASN1_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
ASN1_generate_nconfLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
ASN1_generate_v3LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q ASN1_get_objectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q!ASN1_i2d_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q"ASN1_i2d_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QASN1_item_d2iLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QASN1_item_d2i_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q4ASN1_item_d2i_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q	ASN1_item_digestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q
ASN1_item_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_item_ex_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEASN1_item_ex_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q	ASN1_item_ex_i2dLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_item_ex_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q?
ASN1_item_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q_
ASN1_item_i2dLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q*ASN1_item_i2d_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_item_i2d_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
ASN1_item_ndef_i2dLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q`ASN1_item_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q@ASN1_item_packLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_item_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
ASN1_item_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ?ASN1_item_sign_ctxLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QP
ASN1_item_unpackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
ASN1_item_verifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_mbstring_copyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!KASN1_mbstring_ncopyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q#ASN1_object_sizeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASN1_pack_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q$ASN1_parseLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q{	ASN1_parse_dumpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!ASN1_primitive_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q ,ASN1_primitive_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q
ASN1_put_eocLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q%ASN1_put_objectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QASN1_seq_packLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QASN1_seq_unpackLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q&ASN1_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q
ASN1_tag2bitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QqASN1_tag2strLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QASN1_template_d2iLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_template_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
ASN1_template_i2dLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QASN1_template_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q ASN1_unpack_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q'ASN1_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(AUTHORITY_INFO_ACCESS_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&
AUTHORITY_INFO_ACCESS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'AUTHORITY_INFO_ACCESS_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"AUTHORITY_KEYID_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q A
AUTHORITY_KEYID_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!AUTHORITY_KEYID_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$BASIC_CONSTRAINTS_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"jBASIC_CONSTRAINTS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#BASIC_CONSTRAINTS_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q(BF_cbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q)BF_cfb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QBF_decryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q*BF_ecb_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q+BF_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q,BF_ofb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q-BF_optionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q.BF_set_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QbBIGNUM_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q3BIO_acceptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!%BIO_asn1_get_prefixLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!jBIO_asn1_get_suffixLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!MBIO_asn1_set_prefixLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!XBIO_asn1_set_suffixLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QBIO_callback_ctrlLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QBIO_clear_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!BIO_copy_next_retryLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#Q4BIO_ctrlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'BIO_ctrl_get_read_requestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*BIO_ctrl_get_write_guaranteeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QBIO_ctrl_pendingLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)rBIO_ctrl_reset_read_requestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q	BIO_ctrl_wpendingLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 6BIO_debug_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'BIO_dgram_non_fatal_errorLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#Q7BIO_dumpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBIO_dump_cbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q*
BIO_dump_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qz	BIO_dump_indentLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q qBIO_dump_indent_cbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
BIO_dump_indent_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q8BIO_dup_chainLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q BIO_f_asn1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q9BIO_f_base64LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q:BIO_f_bufferLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q;BIO_f_cipherLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#Q<BIO_f_mdLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QBIO_f_nbio_testLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q=BIO_f_nullLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QBIO_f_reliableLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$?BIO_fd_non_fatal_errorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!@BIO_fd_should_retryLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QABIO_find_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QBBIO_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QCBIO_free_allLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EBIO_get_accept_socketLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QBIO_get_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q">BIO_get_callback_argLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q&BIO_get_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"'BIO_get_ex_new_indexLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QGBIO_get_host_ipLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QHBIO_get_portLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QIBIO_get_retry_BIOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"JBIO_get_retry_reasonLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QKBIO_gethostbynameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QLBIO_getsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QBIO_indentLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q5BIO_int_ctrlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q:BIO_method_nameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QBIO_method_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QNBIO_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QOBIO_new_CMSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q9BIO_new_NDEFLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QBIO_new_PKCS7LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QOBIO_new_acceptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
BIO_new_bio_pairLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QPBIO_new_connectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q
BIO_new_dgramLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QQBIO_new_fdLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QRBIO_new_fileLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QSBIO_new_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QZBIO_new_mem_bufLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QTBIO_new_socketLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#Q	BIO_nextLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QTBIO_nreadLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QXBIO_nread0LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QBIO_number_readLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q BIO_number_writtenLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QRBIO_nwriteLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QVBIO_nwrite0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QUBIO_popLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QVBIO_printfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QBIO_ptr_ctrlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QWBIO_pushLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QXBIO_putsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QYBIO_readLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QZBIO_s_acceptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QBIO_s_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QIO_s_connectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
BIO_s_datagramLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#Q\BIO_s_fdLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q]BIO_s_fileLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#Q_BIO_s_memLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q`BIO_s_nullLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QbBIO_s_socketLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#QdBIO_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q?BIO_set_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"BIO_set_callback_argLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QeBIO_set_cipherLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q(BIO_set_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QBIO_set_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q fBIO_set_tcp_ndelayLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QBIO_snprintfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QgBIO_sock_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QhBIO_sock_errorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QiBIO_sock_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&jBIO_sock_non_fatal_errorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#kBIO_sock_should_retryLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QlBIO_socket_ioctlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QNBIO_socket_nbioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QBIO_test_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#Q	BIO_vfreeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q	BIO_vprintfLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q	BIO_vsnprintfLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QmBIO_writeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!BN_BLINDING_convertLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
BN_BLINDING_convert_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&yBN_BLINDING_create_paramLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QBN_BLINDING_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#BN_BLINDING_get_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'
BN_BLINDING_get_thread_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q BN_BLINDING_invertLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#	
BN_BLINDING_invert_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QBN_BLINDING_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#S
BN_BLINDING_set_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'BN_BLINDING_set_thread_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#BN_BLINDING_thread_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q BN_BLINDING_updateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QBN_CTX_endLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QnBN_CTX_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QBN_CTX_getLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QoBN_CTX_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QoBN_CTX_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QBN_CTX_startLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q
BN_GENCB_callLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q
BN_GF2m_addLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
BN_GF2m_arr2polyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q
BN_GF2m_modLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qg
BN_GF2m_mod_arrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q\
BN_GF2m_mod_divLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!BN_GF2m_mod_div_arrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QBN_GF2m_mod_expLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!!
BN_GF2m_mod_exp_arrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
BN_GF2m_mod_invLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!BN_GF2m_mod_inv_arrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
BN_GF2m_mod_mulLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!&
BN_GF2m_mod_mul_arrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EBN_GF2m_mod_solve_quadLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(Y
BN_GF2m_mod_solve_quad_arrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QE
BN_GF2m_mod_sqrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
BN_GF2m_mod_sqr_arrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
BN_GF2m_mod_sqrtLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"{
BN_GF2m_mod_sqrt_arrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
BN_GF2m_poly2arrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QUBN_MONT_CTX_copyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QpBN_MONT_CTX_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QpBN_MONT_CTX_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QqBN_MONT_CTX_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QrBN_MONT_CTX_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$BN_MONT_CTX_set_lockedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QjBN_RECP_CTX_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QhBN_RECP_CTX_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QiBN_RECP_CTX_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QkBN_RECP_CTX_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%BN_X931_derive_prime_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"BN_X931_generate_XpqLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'BN_X931_generate_prime_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QsBN_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QtBN_add_wordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q_BN_asc2bnLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QvBN_bin2bnLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QxBN_bn2binLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QBN_bn2decLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QwBN_bn2hexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q"BN_bn2mpiLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q	BN_bntest_randLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QyBN_clearLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QzBN_clear_bitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q{BN_clear_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#Q|BN_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Q}BN_copyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QBN_dec2bnLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#Q~BN_divLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QnBN_div_recpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QBN_div_wordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QBN_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       40        `
dU#QBN_expLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#QBN_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q BN_from_montgomeryLIBEAY32.dllLIBEAY32.dll/   1360601941              0       40        `
dU#QBN_gcdLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QBN_generate_primeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"~BN_generate_prime_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
BN_get0_nist_prime_192LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
BN_get0_nist_prime_224LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$-BN_get0_nist_prime_256LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
BN_get0_nist_prime_384LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$|BN_get0_nist_prime_521LIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QBN_get_paramsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QBN_get_wordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QuBN_hex2bnLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QGBN_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QBN_is_bit_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QBN_is_primeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
BN_is_prime_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"BN_is_prime_fasttestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%BN_is_prime_fasttest_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QBN_kroneckerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QBN_lshiftLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QBN_lshift1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QBN_mask_bitsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q
BN_mod_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QkBN_mod_add_quickLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QBN_mod_expLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QBN_mod_exp2_montLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QBN_mod_exp_montLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'BN_mod_exp_mont_consttimeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"a	BN_mod_exp_mont_wordLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QmBN_mod_exp_recpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QBN_mod_exp_simpleLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QBN_mod_inverseLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q0BN_mod_lshiftLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QOBN_mod_lshift1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"BN_mod_lshift1_quickLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!=
BN_mod_lshift_quickLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QBN_mod_mulLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#BN_mod_mul_montgomeryLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#lBN_mod_mul_reciprocalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q
BN_mod_sqrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBN_mod_sqrtLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QBN_mod_subLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QuBN_mod_sub_quickLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBN_mod_wordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q#BN_mpi2bnLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QBN_mulLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBN_mul_wordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QBN_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q
BN_nist_mod_192LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
BN_nist_mod_224LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QvBN_nist_mod_256LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q9BN_nist_mod_384LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QBN_nist_mod_521LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#Q.
BN_nnmodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBN_num_bitsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QBN_num_bits_wordLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QBN_optionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QBN_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBN_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QBN_pseudo_randLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"	BN_pseudo_rand_rangeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#QBN_randLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q	BN_rand_rangeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QBN_reciprocalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QBN_rshiftLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QBN_rshift1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QBN_set_bitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q3BN_set_negativeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QBN_set_paramsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QBN_set_wordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QBN_sqrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       40        `
dU#QBN_subLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBN_sub_wordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QBN_swapLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#BN_to_ASN1_ENUMERATEDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q BN_to_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#QBN_uaddLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QBN_ucmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QBN_usubLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QBN_value_oneLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QBUF_MEM_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QBUF_MEM_growLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q BUF_MEM_grow_cleanLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBUF_MEM_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q
BUF_memdupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBUF_reverseLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QBUF_strdupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QBUF_strlcatLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QBUF_strlcpyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q
BUF_strndupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCAST_cbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q CAST_cfb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QCAST_decryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QCAST_ecb_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QCAST_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q CAST_ofb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QCAST_set_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QCBIGNUM_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&CERTIFICATEPOLICIES_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
CERTIFICATEPOLICIES_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%CERTIFICATEPOLICIES_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
CMAC_CTX_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q
CMAC_CTX_copyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QCMAC_CTX_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&CMAC_CTX_get0_cipher_ctxLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QCMAC_CTX_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QCMAC_FinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QCMAC_InitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QCMAC_UpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QCMAC_resumeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"|CMS_ContentInfo_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q CMS_ContentInfo_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!CMS_ContentInfo_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'1CMS_ContentInfo_print_ctxLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'CMS_EncryptedData_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'CMS_EncryptedData_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(CMS_EncryptedData_set1_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&sCMS_EnvelopedData_createLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(CMS_ReceiptRequest_create0LIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%bCMS_ReceiptRequest_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,CMS_ReceiptRequest_get0_valuesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#CMS_ReceiptRequest_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$CMS_ReceiptRequest_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'CMS_RecipientInfo_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       65        `
dU#Q-CMS_RecipientInfo_kekri_get0_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,CMS_RecipientInfo_kekri_id_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-zCMS_RecipientInfo_ktri_cert_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       66        `
dU#Q.{CMS_RecipientInfo_ktri_get0_algsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       71        `
dU#Q3CMS_RecipientInfo_ktri_get0_signer_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(CMS_RecipientInfo_set0_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-4CMS_RecipientInfo_set0_passwordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CMS_RecipientInfo_set0_pkeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$CMS_RecipientInfo_typeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!CMS_SignedData_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CMS_SignerInfo_cert_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&oCMS_SignerInfo_get0_algsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+CMS_SignerInfo_get0_signer_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       65        `
dU#Q-CMS_SignerInfo_set1_signer_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!CMS_SignerInfo_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CMS_SignerInfo_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+vCMS_SignerInfo_verify_contentLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)dCMS_add0_CertificateChoicesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+CMS_add0_RevocationInfoChoiceLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QCMS_add0_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QuCMS_add0_crlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$CMS_add0_recipient_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)2CMS_add0_recipient_passwordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CMS_add1_ReceiptRequestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QpCMS_add1_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q5CMS_add1_crlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%CMS_add1_recipient_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QCMS_add1_signerLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%~CMS_add_simple_smimecapLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCMS_add_smimecapLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'CMS_add_standard_smimecapLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QCMS_compressLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QCMS_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QCMS_dataFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QCMS_dataInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QCMS_data_createLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QCMS_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"nCMS_decrypt_set1_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'3CMS_decrypt_set1_passwordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CMS_decrypt_set1_pkeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QCMS_digest_createLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QCMS_digest_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QrCMS_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q}CMS_finalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CMS_get0_RecipientInfosLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"CMS_get0_SignerInfosLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QCMS_get0_contentLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#CMS_get0_eContentTypeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCMS_get0_signersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QCMS_get0_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CMS_get1_ReceiptRequestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QCMS_get1_certsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QCMS_get1_crlsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QCMS_is_detachedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CMS_set1_eContentTypeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$CMS_set1_signers_certsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QqCMS_set_detachedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QCMS_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QgCMS_sign_receiptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"CMS_signed_add1_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)CMS_signed_add1_attr_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CMS_signed_add1_attr_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CMS_signed_add1_attr_by_txtLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$iCMS_signed_delete_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)CMS_signed_get0_data_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!CMS_signed_get_attrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(CMS_signed_get_attr_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(CMS_signed_get_attr_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'CMS_signed_get_attr_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QCMS_streamLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QtCMS_uncompressLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$CMS_unsigned_add1_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+CMS_unsigned_add1_attr_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+eCMS_unsigned_add1_attr_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+CMS_unsigned_add1_attr_by_txtLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&CMS_unsigned_delete_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+wCMS_unsigned_get0_data_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#yCMS_unsigned_get_attrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*kCMS_unsigned_get_attr_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*CMS_unsigned_get_attr_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)CMS_unsigned_get_attr_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QlCMS_verifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q CMS_verify_receiptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QICOMP_CTX_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QHCOMP_CTX_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!xCOMP_compress_blockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QyCOMP_expand_blockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QzCOMP_rleLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#Q{COMP_zlibLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q`COMP_zlib_cleanupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QCONF_dump_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QCONF_dump_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QCONF_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+zCONF_get1_default_config_fileLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QCONF_get_numberLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCONF_get_sectionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QCONF_get_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q${CONF_imodule_get_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%|CONF_imodule_get_moduleLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#~CONF_imodule_get_nameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'CONF_imodule_get_usr_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$vCONF_imodule_get_valueLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$CONF_imodule_set_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'oCONF_imodule_set_usr_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QCONF_loadLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q
CONF_load_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QCONF_load_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QyCONF_module_addLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&qCONF_module_get_usr_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&wCONF_module_set_usr_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!sCONF_modules_finishLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QCONF_modules_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q}CONF_modules_loadLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$nCONF_modules_load_fileLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!uCONF_modules_unloadLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QxCONF_parse_listLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CONF_set_default_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q	CONF_set_nconfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"CRL_DIST_POINTS_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 5CRL_DIST_POINTS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!CRL_DIST_POINTS_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!PCRYPTO_THREADID_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!ECRYPTO_THREADID_cpyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CRYPTO_THREADID_currentLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*@CRYPTO_THREADID_get_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"0CRYPTO_THREADID_hashLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*CRYPTO_THREADID_set_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)CRYPTO_THREADID_set_numericLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)?CRYPTO_THREADID_set_pointerLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QCRYPTO_add_lockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_cbc128_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_cbc128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q)CRYPTO_ccm128_aadLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#(CRYPTO_ccm128_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CRYPTO_ccm128_decrypt_ccm64LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_ccm128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CRYPTO_ccm128_encrypt_ccm64LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q $CRYPTO_ccm128_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!!CRYPTO_ccm128_setivLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q'CRYPTO_ccm128_tagLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CRYPTO_cfb128_1_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CRYPTO_cfb128_8_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_cfb128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(,
CRYPTO_cleanup_all_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_ctr128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CRYPTO_ctr128_encrypt_ctr32LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_cts128_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CRYPTO_cts128_decrypt_blockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_cts128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CRYPTO_cts128_encrypt_blockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QCRYPTO_dbg_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$CRYPTO_dbg_get_optionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QCRYPTO_dbg_mallocLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q CRYPTO_dbg_reallocLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$mCRYPTO_dbg_set_optionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&m	CRYPTO_destroy_dynlockidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q CRYPTO_dup_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&CRYPTO_ex_data_new_classLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QCRYPTO_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!CRYPTO_free_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q CRYPTO_free_lockedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q#CRYPTO_gcm128_aadLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#+CRYPTO_gcm128_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)-CRYPTO_gcm128_decrypt_ctr32LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_gcm128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q).CRYPTO_gcm128_encrypt_ctr32LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"/CRYPTO_gcm128_finishLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q *CRYPTO_gcm128_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q&CRYPTO_gcm128_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_gcm128_releaseLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!CRYPTO_gcm128_setivLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QCRYPTO_gcm128_tagLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*CRYPTO_get_add_lock_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       68        `
dU#Q0t	CRYPTO_get_dynlock_create_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       69        `
dU#Q1r	CRYPTO_get_dynlock_destroy_callbackLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       66        `
dU#Q.q	CRYPTO_get_dynlock_lock_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&s	CRYPTO_get_dynlock_valueLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q CRYPTO_get_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       67        `
dU#Q/?CRYPTO_get_ex_data_implementationLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%CRYPTO_get_ex_new_indexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$CRYPTO_get_id_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"CRYPTO_get_lock_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       68        `
dU#Q0
CRYPTO_get_locked_mem_ex_functionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-CRYPTO_get_locked_mem_functionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CRYPTO_get_locking_callbackLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,oCRYPTO_get_mem_debug_functionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*CRYPTO_get_mem_debug_optionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)'CRYPTO_get_mem_ex_functionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&CRYPTO_get_mem_functionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&j	CRYPTO_get_new_dynlockidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_get_new_lockidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$pCRYPTO_is_mem_check_onLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QCRYPTO_lockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QCRYPTO_mallocLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"CRYPTO_malloc_lockedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QCRYPTO_mem_ctrlLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCRYPTO_mem_leaksLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!CRYPTO_mem_leaks_cbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!CRYPTO_mem_leaks_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QBCRYPTO_memcmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q CRYPTO_new_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'%CRYPTO_nistcts128_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       65        `
dU#Q-CRYPTO_nistcts128_decrypt_blockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'CRYPTO_nistcts128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       65        `
dU#Q-"CRYPTO_nistcts128_encrypt_blockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCRYPTO_num_locksLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_ofb128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QrCRYPTO_pop_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QsCRYPTO_push_info_LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QCRYPTO_reallocLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"CRYPTO_realloc_cleanLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QCRYPTO_remallocLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$nCRYPTO_remove_all_infoLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*CRYPTO_set_add_lock_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       68        `
dU#Q0o	CRYPTO_set_dynlock_create_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       69        `
dU#Q1l	CRYPTO_set_dynlock_destroy_callbackLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       66        `
dU#Q.p	CRYPTO_set_dynlock_lock_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q CRYPTO_set_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       67        `
dU#Q/CRYPTO_set_ex_data_implementationLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$CRYPTO_set_id_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       68        `
dU#Q0
CRYPTO_set_locked_mem_ex_functionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-CRYPTO_set_locked_mem_functionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)CRYPTO_set_locking_callbackLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,qCRYPTO_set_mem_debug_functionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*tCRYPTO_set_mem_debug_optionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)
CRYPTO_set_mem_ex_functionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&CRYPTO_set_mem_functionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QCRYPTO_strdupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCRYPTO_thread_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#CRYPTO_xts128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"Camellia_cbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%Camellia_cfb128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#Camellia_cfb1_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#Camellia_cfb8_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%Camellia_ctr128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCamellia_decryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"Camellia_ecb_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QCamellia_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%Camellia_ofb128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QCamellia_set_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q	DES_cbc_cksumLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
DES_cbc_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QDES_cfb64_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
DES_cfb_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"DES_check_key_parityLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QDES_cryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QDES_decrypt3LIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QDES_ecb3_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QDES_ecb_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"DES_ede3_cbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#DES_ede3_cbcm_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$DES_ede3_cfb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"DES_ede3_cfb_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$DES_ede3_ofb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QDES_enc_readLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QDES_enc_writeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QDES_encrypt1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QDES_encrypt2LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QDES_encrypt3LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QDES_fcryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QDES_is_weak_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QDES_key_schedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QDES_ncbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QDES_ofb64_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QDES_ofb_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QDES_optionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q DES_pcbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q!DES_quad_cksumLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q"DES_random_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!DES_read_2passwordsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QDES_read_passwordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q(DES_set_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!`DES_set_key_checkedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#cDES_set_key_uncheckedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q )DES_set_odd_parityLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!*DES_string_to_2keysLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q+DES_string_to_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q,DES_xcbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QbDH_OpenSSLLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QDH_checkLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QDH_check_pub_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QDH_compute_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#QDH_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QDH_generate_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$DH_generate_parametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'DH_generate_parameters_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#dDH_get_default_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q^DH_get_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!_DH_get_ex_new_indexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QDH_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QaDH_new_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#fDH_set_default_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q[DH_set_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q\DH_set_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QDH_sizeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QrDH_up_refLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QDHparams_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QDHparams_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QDHparams_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"DIRECTORYSTRING_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
DIRECTORYSTRING_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!YDIRECTORYSTRING_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QDISPLAYTEXT_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QDISPLAYTEXT_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QsDISPLAYTEXT_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"DIST_POINT_NAME_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q DIST_POINT_NAME_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
DIST_POINT_NAME_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QDIST_POINT_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QDIST_POINT_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QDIST_POINT_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#wDIST_POINT_set_dpnameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q]DSA_OpenSSLLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q6DSA_SIG_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q5DSA_SIG_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q7DSA_do_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q8DSA_do_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QODSA_dup_DHLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QDSA_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QDSA_generate_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%DSA_generate_parametersLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(gDSA_generate_parameters_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$DSA_get_default_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QgDSA_get_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"cDSA_get_ex_new_indexLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#QDSA_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q`DSA_new_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QDSA_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QDSA_print_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$DSA_set_default_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QeDSA_set_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QDSA_set_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QDSA_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QDSA_sign_setupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QDSA_sizeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q
DSA_up_refLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QDSA_verifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QDSAparams_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QDSAparams_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q DSAparams_print_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QDSO_METHOD_beosLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QDSO_METHOD_dlLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QDSO_METHOD_dlfcnLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QDSO_METHOD_nullLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q DSO_METHOD_opensslLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q	DSO_METHOD_vmsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QDSO_METHOD_win32LIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qi	DSO_bind_funcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QDSO_bind_varLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q":
DSO_convert_filenameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QDSO_ctrlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QDSO_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QDSO_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$DSO_get_default_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q+DSO_get_filenameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
DSO_get_loaded_filenameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QDSO_get_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QcDSO_global_lookupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QDSO_loadLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QDSO_mergeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QDSO_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QDSO_new_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QDSO_pathbyaddrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$DSO_set_default_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q>
DSO_set_filenameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QDSO_set_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$!DSO_set_name_converterLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QDSO_up_refLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qr
ECDH_OpenSSLLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q<ECDH_compute_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
ECDH_get_default_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qn
ECDH_get_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#ECDH_get_ex_new_indexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%
ECDH_set_default_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QECDH_set_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QECDH_set_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q$ECDSA_OpenSSLLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
ECDSA_SIG_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QC
ECDSA_SIG_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qp
ECDSA_do_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QWECDSA_do_sign_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QXECDSA_do_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&
ECDSA_get_default_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
ECDSA_get_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$ECDSA_get_ex_new_indexLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&)ECDSA_set_default_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QECDSA_set_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QECDSA_set_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QECDSA_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QK
ECDSA_sign_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QX
ECDSA_sign_setupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QzECDSA_sizeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QRECDSA_verifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"ECPKParameters_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%}
ECPKParameters_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
ECParameters_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#hECParameters_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#EC_GF2m_simple_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
EC_GFp_mont_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
EC_GFp_nist_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"EC_GFp_simple_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q
EC_GROUP_checkLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q),
EC_GROUP_check_discriminantLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!	EC_GROUP_clear_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q+EC_GROUP_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEC_GROUP_copyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QMEC_GROUP_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q=EC_GROUP_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%
EC_GROUP_get0_generatorLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q EC_GROUP_get0_seedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$EC_GROUP_get_asn1_flagLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%5EC_GROUP_get_basis_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#{
EC_GROUP_get_cofactorLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%
EC_GROUP_get_curve_GF2mLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EC_GROUP_get_curve_GFpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%oEC_GROUP_get_curve_nameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
EC_GROUP_get_degreeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
EC_GROUP_get_orderLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,Q
EC_GROUP_get_pentanomial_basisLIBEAY32.dllLIBEAY32.dll/   1360601941              0       68        `
dU#Q0M
EC_GROUP_get_point_conversion_formLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#
EC_GROUP_get_seed_lenLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*
EC_GROUP_get_trinomial_basisLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+e
EC_GROUP_have_precompute_multLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
EC_GROUP_method_ofLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QEC_GROUP_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(EC_GROUP_new_by_curve_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%6
EC_GROUP_new_curve_GF2mLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EEC_GROUP_new_curve_GFpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&EC_GROUP_precompute_multLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$EC_GROUP_set_asn1_flagLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
EC_GROUP_set_curve_GF2mLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
EC_GROUP_set_curve_GFpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
EC_GROUP_set_curve_nameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
EC_GROUP_set_generatorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       68        `
dU#Q0!EC_GROUP_set_point_conversion_formLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
EC_GROUP_set_seedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QEC_KEY_check_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EC_KEY_clear_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q)
EC_KEY_copyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QEC_KEY_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q^
EC_KEY_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
EC_KEY_generate_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
EC_KEY_get0_groupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%EC_KEY_get0_private_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
EC_KEY_get0_public_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"<
EC_KEY_get_conv_formLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"&EC_KEY_get_enc_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEC_KEY_get_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(J
EC_KEY_get_key_method_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+
EC_KEY_insert_key_method_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QOEC_KEY_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&
EC_KEY_new_by_curve_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$.
EC_KEY_precompute_multLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QEC_KEY_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qf
EC_KEY_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"H
EC_KEY_set_asn1_flagLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"s
EC_KEY_set_conv_formLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"QEC_KEY_set_enc_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEC_KEY_set_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
EC_KEY_set_groupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
EC_KEY_set_private_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#bEC_KEY_set_public_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       74        `
dU#Q6EC_KEY_set_public_key_affine_coordinatesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QZ
EC_KEY_up_refLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&
EC_METHOD_get_field_typeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q	EC_POINT_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QF
EC_POINT_bn2pointLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!EC_POINT_clear_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QEC_POINT_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEC_POINT_copyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QEC_POINT_dblLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qt
EC_POINT_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QqEC_POINT_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       74        `
dU#Q6
EC_POINT_get_Jprojective_coordinates_GFpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       70        `
dU#Q2LEC_POINT_get_affine_coordinates_GF2mLIBEAY32.dllLIBEAY32.dll/   1360601941              0       69        `
dU#Q1]EC_POINT_get_affine_coordinates_GFpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q EC_POINT_hex2pointLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QPEC_POINT_invertLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%8
EC_POINT_is_at_infinityLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"
EC_POINT_is_on_curveLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"*EC_POINT_make_affineLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q $EC_POINT_method_ofLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QEC_POINT_mulLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QlEC_POINT_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
EC_POINT_oct2pointLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q3
EC_POINT_point2bnLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q SEC_POINT_point2hexLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q jEC_POINT_point2octLIBEAY32.dllLIBEAY32.dll/   1360601941              0       74        `
dU#Q6
EC_POINT_set_Jprojective_coordinates_GFpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       70        `
dU#Q2 
EC_POINT_set_affine_coordinates_GF2mLIBEAY32.dllLIBEAY32.dll/   1360601941              0       69        `
dU#Q13
EC_POINT_set_affine_coordinates_GFpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       74        `
dU#Q6*EC_POINT_set_compressed_coordinates_GF2mLIBEAY32.dllLIBEAY32.dll/   1360601941              0       73        `
dU#Q5%
EC_POINT_set_compressed_coordinates_GFpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&hEC_POINT_set_to_infinityLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EC_POINTs_make_affineLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q|EC_POINTs_mulLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#w
EC_get_builtin_curvesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QCEDIPARTYNAME_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEDIPARTYNAME_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qo
EDIPARTYNAME_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q	ENGINE_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$ENGINE_add_conf_moduleLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q	ENGINE_by_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QENGINE_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&
ENGINE_cmd_is_executableLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q	ENGINE_ctrlLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QTENGINE_ctrl_cmdLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$D
ENGINE_ctrl_cmd_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q	ENGINE_finishLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q	ENGINE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q	ENGINE_get_DHLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q	ENGINE_get_DSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QENGINE_get_ECDHLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QENGINE_get_ECDSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q	ENGINE_get_RANDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q	ENGINE_get_RSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QTENGINE_get_STORELIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
ENGINE_get_cipherLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&ENGINE_get_cipher_engineLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 	ENGINE_get_ciphersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"b
ENGINE_get_cmd_defnsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&	ENGINE_get_ctrl_functionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#	ENGINE_get_default_DHLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$	ENGINE_get_default_DSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%;
ENGINE_get_default_ECDHLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&NENGINE_get_default_ECDSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%	ENGINE_get_default_RANDLIBEAY32.dll
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dU#Q$	ENGINE_get_default_RSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)ENGINE_get_destroy_functionLIBEAY32.dll
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dU#Q
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dU#Q&
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dU#Q ENGINE_get_digestsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q (ENGINE_get_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
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dU#Q	ENGINE_get_firstLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q_ENGINE_get_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
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dU#Q&	ENGINE_get_init_functionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q	ENGINE_get_lastLIBEAY32.dll
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dU#Q.dENGINE_get_load_privkey_functionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-
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LIBEAY32.dll/   1360601941              0       49        `
dU#Q	ENGINE_get_nameLIBEAY32.dll
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dU#Q	ENGINE_get_nextLIBEAY32.dll
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dU#Q'7ENGINE_get_pkey_asn1_methLIBEAY32.dll
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dU#Q.,ENGINE_get_pkey_asn1_meth_engineLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+)ENGINE_get_pkey_asn1_meth_strLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(ENGINE_get_pkey_asn1_methsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q":ENGINE_get_pkey_methLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)IENGINE_get_pkey_meth_engineLIBEAY32.dll
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dU#Q#ENGINE_get_pkey_methsLIBEAY32.dll
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dU#Q	ENGINE_get_prevLIBEAY32.dll
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dU#Q1ENGINE_get_ssl_client_cert_functionLIBEAY32.dll
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dU#Q%A
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dU#Q$GENGINE_get_table_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q	ENGINE_initLIBEAY32.dll
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dU#Q)
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dU#Q#9
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dU#Q!	ENGINE_load_dynamicLIBEAY32.dll
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dU#Q!a
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dU#Q%	ENGINE_load_private_keyLIBEAY32.dll
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dU#Q$	ENGINE_load_public_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q  ENGINE_load_rdrandLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q,ENGINE_load_rsaxLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)ENGINE_load_ssl_client_certLIBEAY32.dll
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dU#Q	ENGINE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'ENGINE_pkey_asn1_find_strLIBEAY32.dll
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dU#Q 
ENGINE_register_DHLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
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LIBEAY32.dll/   1360601941              0       54        `
dU#Q"
ENGINE_register_ECDHLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#
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dU#Q"1
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dU#Q!h
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dU#Q#eENGINE_register_STORELIBEAY32.dll
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dU#Q$[ENGINE_register_all_DHLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%fENGINE_register_all_DSALIBEAY32.dll
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dU#Q&>ENGINE_register_all_ECDHLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'JENGINE_register_all_ECDSALIBEAY32.dll
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dU#Q&	ENGINE_register_all_RANDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
ENGINE_register_all_RSALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'
ENGINE_register_all_STORELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)ENGINE_register_all_ciphersLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*ENGINE_register_all_completeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)M
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LIBEAY32.dll/   1360601941              0       69        `
dU#Q1.ENGINE_register_all_pkey_asn1_methsLIBEAY32.dll
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dU#Q,ENGINE_register_all_pkey_methsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%<
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dU#Q&}ENGINE_register_completeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%IENGINE_register_digestsLIBEAY32.dll
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dU#Q-ENGINE_register_pkey_asn1_methsLIBEAY32.dll
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dU#Q(!ENGINE_register_pkey_methsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q	ENGINE_removeLIBEAY32.dll
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dU#Q	ENGINE_set_DHLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q	ENGINE_set_DSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q
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LIBEAY32.dll/   1360601941              0       50        `
dU#QENGINE_set_ECDSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q	ENGINE_set_RANDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q	ENGINE_set_RSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
ENGINE_set_STORELIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q t
ENGINE_set_ciphersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q";ENGINE_set_cmd_defnsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&	ENGINE_set_ctrl_functionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 	ENGINE_set_defaultLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#	ENGINE_set_default_DHLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$	ENGINE_set_default_DSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%ENGINE_set_default_ECDHLIBEAY32.dll
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dU#Q&
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dU#Q%	ENGINE_set_default_RANDLIBEAY32.dll
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dU#Q$	ENGINE_set_default_RSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(ENGINE_set_default_ciphersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(e
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dU#Q0aENGINE_set_default_pkey_asn1_methsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+ENGINE_set_default_pkey_methsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'pENGINE_set_default_stringLIBEAY32.dll
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dU#Q)ENGINE_set_destroy_functionLIBEAY32.dll
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dU#Q yENGINE_set_digestsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ENGINE_set_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
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dU#QZENGINE_set_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
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dU#Q&	ENGINE_set_init_functionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q.c
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dU#Q-
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dU#Q6ENGINE_set_load_ssl_client_cert_functionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q	ENGINE_set_nameLIBEAY32.dll
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dU#Q(9ENGINE_set_pkey_asn1_methsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#ENGINE_set_pkey_methsLIBEAY32.dll
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dU#Q$ENGINE_set_table_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"eENGINE_unregister_DHLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#i
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dU#Q$q
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dU#Q$ENGINE_unregister_RANDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
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dU#Q%8
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dU#Q'	ENGINE_unregister_ciphersLIBEAY32.dll
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dU#Q'
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dU#Q/ENGINE_unregister_pkey_asn1_methsLIBEAY32.dll
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dU#Q*~ENGINE_unregister_pkey_methsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QENGINE_up_refLIBEAY32.dll
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dU#Q 9ERR_add_error_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ERR_add_error_vdataLIBEAY32.dll
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dU#QERR_error_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
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dU#Q ERR_get_error_lineLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
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dU#Q$)
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dU#QERR_get_stateLIBEAY32.dll
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dU#Q"ERR_get_string_tableLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"ERR_lib_error_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
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dU#Q"ERR_load_BIO_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
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dU#Q"ERR_load_BUF_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"fERR_load_CMS_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
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dU#Q%ERR_load_CRYPTO_stringsLIBEAY32.dll
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dU#Q!ERR_load_DH_stringsLIBEAY32.dll
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dU#Q"ERR_load_DSA_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"ERR_load_DSO_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
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dU#Q$4ERR_load_ECDSA_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
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dU#Q%	ERR_load_ENGINE_stringsLIBEAY32.dll
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dU#Q"ERR_load_ERR_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"ERR_load_EVP_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"ERR_load_OBJ_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#iERR_load_OCSP_stringsLIBEAY32.dll
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dU#Q"ERR_load_PEM_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%ERR_load_PKCS12_stringsLIBEAY32.dll
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dU#Q$ERR_load_PKCS7_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
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dU#Q"ERR_load_RSA_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ERR_load_TS_stringsLIBEAY32.dll
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dU#Q!ERR_load_UI_stringsLIBEAY32.dll
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dU#Q%ERR_load_X509V3_stringsLIBEAY32.dll
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dU#Q%ERR_load_crypto_stringsLIBEAY32.dll
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dU#QERR_load_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QERR_peek_errorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ERR_peek_error_lineLIBEAY32.dll
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dU#Q!ERR_peek_last_errorLIBEAY32.dll
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dU#Q+ERR_peek_last_error_line_dataLIBEAY32.dll
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dU#QERR_print_errorsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
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dU#Q!ERR_print_errors_fpLIBEAY32.dll
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dU#QERR_put_errorLIBEAY32.dll
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dU#Q%ERR_reason_error_stringLIBEAY32.dll
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dU#Q)ERR_release_err_state_tableLIBEAY32.dll
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dU#QERR_remove_stateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%]ERR_remove_thread_stateLIBEAY32.dll
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dU#Q :ERR_set_error_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$ ERR_set_implementationLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q
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dU#Q AERR_unload_stringsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QkESS_CERT_ID_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q}ESS_CERT_ID_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
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dU#Q#ESS_ISSUER_SERIAL_dupLIBEAY32.dll
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dU#Q$'ESS_ISSUER_SERIAL_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#4ESS_ISSUER_SERIAL_newLIBEAY32.dll
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dU#Q"dESS_SIGNING_CERT_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#ESS_SIGNING_CERT_freeLIBEAY32.dll
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dU#Q"!ESS_SIGNING_CERT_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QEVP_BytesToKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q''EVP_CIPHER_CTX_block_sizeLIBEAY32.dll
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dU#Q#0EVP_CIPHER_CTX_cipherLIBEAY32.dll
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dU#Q$EVP_CIPHER_CTX_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(EVP_CIPHER_CTX_clear_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!EVP_CIPHER_CTX_copyLIBEAY32.dll
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dU#Q!`	EVP_CIPHER_CTX_ctrlLIBEAY32.dll
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dU#Q"3EVP_CIPHER_CTX_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!EVP_CIPHER_CTX_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)1EVP_CIPHER_CTX_get_app_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!EVP_CIPHER_CTX_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&;EVP_CIPHER_CTX_iv_lengthLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'EVP_CIPHER_CTX_key_lengthLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_CIPHER_CTX_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_CIPHER_CTX_nidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_CIPHER_CTX_rand_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)EVP_CIPHER_CTX_set_app_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&EVP_CIPHER_CTX_set_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+_	EVP_CIPHER_CTX_set_key_lengthLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(EVP_CIPHER_CTX_set_paddingLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'EVP_CIPHER_CTX_test_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&;EVP_CIPHER_asn1_to_paramLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_CIPHER_block_sizeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_CIPHER_do_allLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&MEVP_CIPHER_do_all_sortedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_CIPHER_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$=EVP_CIPHER_get_asn1_ivLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_CIPHER_iv_lengthLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#!EVP_CIPHER_key_lengthLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q%EVP_CIPHER_nidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&<EVP_CIPHER_param_to_asn1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$>EVP_CIPHER_set_asn1_ivLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QqEVP_CIPHER_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q"EVP_CipherLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_CipherFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q *
EVP_CipherFinal_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QEVP_CipherInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QcEVP_CipherInit_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_CipherUpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_DecodeBlockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_DecodeFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QEVP_DecodeInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_DecodeUpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_DecryptFinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!`
EVP_DecryptFinal_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q	EVP_DecryptInitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_DecryptInit_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
EVP_DecryptUpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q]EVP_DigestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_DigestFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q xEVP_DigestFinal_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QEVP_DigestInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q%EVP_DigestInit_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!EVP_DigestSignFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 0EVP_DigestSignInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
EVP_DigestUpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#nEVP_DigestVerifyFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_DigestVerifyInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_EncodeBlockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_EncodeFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QEVP_EncodeInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_EncodeUpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_EncryptFinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!d
EVP_EncryptFinal_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_EncryptInitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q NEVP_EncryptInit_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_EncryptUpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_MD_CTX_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
EVP_MD_CTX_clear_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_MD_CTX_copyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
EVP_MD_CTX_copy_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
EVP_MD_CTX_createLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q mEVP_MD_CTX_destroyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QF
EVP_MD_CTX_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q8EVP_MD_CTX_mdLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"+EVP_MD_CTX_set_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_MD_CTX_test_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q2EVP_MD_block_sizeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QZEVP_MD_do_allLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_MD_do_all_sortedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QEVP_MD_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_MD_pkey_typeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QEVP_MD_sizeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QEVP_MD_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_OpenFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QEVP_OpenInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q rEVP_PBE_CipherInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q*EVP_PBE_alg_addLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"UEVP_PBE_alg_add_typeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q,EVP_PBE_cleanupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q"EVP_PBE_findLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q&EVP_PKCS82PKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q'EVP_PKEY2PKCS8LIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_PKEY2PKCS8_brokenLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_PKEY_CTX_ctrlLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#[EVP_PKEY_CTX_ctrl_strLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_PKEY_CTX_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QNEVP_PKEY_CTX_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'qEVP_PKEY_CTX_get0_peerkeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_CTX_get0_pkeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'EVP_PKEY_CTX_get_app_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!CEVP_PKEY_CTX_get_cbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#zEVP_PKEY_CTX_get_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*)EVP_PKEY_CTX_get_keygen_infoLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(REVP_PKEY_CTX_get_operationLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_PKEY_CTX_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!EVP_PKEY_CTX_new_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+vEVP_PKEY_CTX_set0_keygen_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'EVP_PKEY_CTX_set_app_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!EVP_PKEY_CTX_set_cbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#VEVP_PKEY_CTX_set_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q jEVP_PKEY_add1_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'
EVP_PKEY_add1_attr_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'EVP_PKEY_add1_attr_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'R
EVP_PKEY_add1_attr_by_txtLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q "EVP_PKEY_asn1_add0LIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%~EVP_PKEY_asn1_add_aliasLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q KEVP_PKEY_asn1_copyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_PKEY_asn1_findLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_asn1_find_strLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_PKEY_asn1_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_PKEY_asn1_get0LIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_PKEY_asn1_get0_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_PKEY_asn1_get_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q8EVP_PKEY_asn1_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_asn1_set_ctrlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$REVP_PKEY_asn1_set_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%	EVP_PKEY_asn1_set_paramLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'EVP_PKEY_asn1_set_privateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&KEVP_PKEY_asn1_set_publicLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_PKEY_assignLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_PKEY_base_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_PKEY_bitsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qi
EVP_PKEY_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_PKEY_cmp_parametersLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&EVP_PKEY_copy_parametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q.EVP_PKEY_decryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_PKEY_decrypt_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_PKEY_decrypt_oldLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"(EVP_PKEY_delete_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q$EVP_PKEY_deriveLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"|EVP_PKEY_derive_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&EVP_PKEY_derive_set_peerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q/EVP_PKEY_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#DEVP_PKEY_encrypt_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"CEVP_PKEY_encrypt_oldLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_PKEY_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QWEVP_PKEY_get0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q SEVP_PKEY_get0_asn1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPEVP_PKEY_get1_DHLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_PKEY_get1_DSALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"9
EVP_PKEY_get1_EC_KEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_PKEY_get1_RSALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Qo
EVP_PKEY_get_attrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&EVP_PKEY_get_attr_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&CEVP_PKEY_get_attr_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
EVP_PKEY_get_attr_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       65        `
dU#Q-\EVP_PKEY_get_default_digest_nidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QvEVP_PKEY_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q/EVP_PKEY_keygenLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"WEVP_PKEY_keygen_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ^EVP_PKEY_meth_add0LIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_PKEY_meth_copyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q uEVP_PKEY_meth_findLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q lEVP_PKEY_meth_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_PKEY_meth_get0_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q`EVP_PKEY_meth_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'EVP_PKEY_meth_set_cleanupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_meth_set_copyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_meth_set_ctrlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q''EVP_PKEY_meth_set_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&EVP_PKEY_meth_set_deriveLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'
EVP_PKEY_meth_set_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_meth_set_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&EVP_PKEY_meth_set_keygenLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(EVP_PKEY_meth_set_paramgenLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_meth_set_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'JEVP_PKEY_meth_set_signctxLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&EVP_PKEY_meth_set_verifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q.EVP_PKEY_meth_set_verify_recoverLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)EVP_PKEY_meth_set_verifyctxLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)EVP_PKEY_missing_parametersLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QEVP_PKEY_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"NEVP_PKEY_new_mac_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_PKEY_paramgenLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_paramgen_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#oEVP_PKEY_print_paramsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_PKEY_print_privateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_PKEY_print_publicLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&EVP_PKEY_save_parametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q;EVP_PKEY_set1_DHLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_PKEY_set1_DSALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"z
EVP_PKEY_set1_EC_KEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_PKEY_set1_RSALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_PKEY_set_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#(EVP_PKEY_set_type_strLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_PKEY_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_PKEY_sign_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_PKEY_sizeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_PKEY_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_PKEY_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"zEVP_PKEY_verify_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_PKEY_verify_recoverLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*UEVP_PKEY_verify_recover_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_SealFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q EVP_SealInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q!EVP_SignFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q"EVP_VerifyFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_add_alg_moduleLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q$EVP_add_cipherLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q%EVP_add_digestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QoEVP_aes_128_cbcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'EVP_aes_128_cbc_hmac_sha1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_128_ccmLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_aes_128_cfb1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_aes_128_cfb128LIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_aes_128_cfb8LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_128_ctrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QT
EVP_aes_128_ecbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_128_gcmLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_128_ofbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_128_xtsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QSEVP_aes_192_cbcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q	EVP_aes_192_ccmLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_aes_192_cfb1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_aes_192_cfb128LIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_aes_192_cfb8LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_192_ctrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q.EVP_aes_192_ecbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_192_gcmLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_192_ofbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_256_cbcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'0EVP_aes_256_cbc_hmac_sha1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_256_ccmLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_aes_256_cfb1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q EVP_aes_256_cfb128LIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_aes_256_cfb8LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_256_ctrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
EVP_aes_256_ecbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_256_gcmLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_256_ofbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_aes_256_xtsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q&EVP_bf_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q'EVP_bf_cfb64LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q(EVP_bf_ecbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q)EVP_bf_ofbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_128_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_camellia_128_cfb1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_camellia_128_cfb128LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_camellia_128_cfb8LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_128_ecbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_128_ofbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_192_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_camellia_192_cfb1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_camellia_192_cfb128LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_camellia_192_cfb8LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_192_ecbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_192_ofbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_256_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_camellia_256_cfb1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%EVP_camellia_256_cfb128LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#EVP_camellia_256_cfb8LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_256_ecbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"EVP_camellia_256_ofbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_cast5_cbcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_cast5_cfb64LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_cast5_ecbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_cast5_ofbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q*EVP_cleanupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q+EVP_des_cbcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QEVP_des_cfb1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q,EVP_des_cfb64LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QEVP_des_cfb8LIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q-EVP_des_ecbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q.EVP_des_edeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q/EVP_des_ede3LIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q0EVP_des_ede3_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_des_ede3_cfb1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 1EVP_des_ede3_cfb64LIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEVP_des_ede3_cfb8LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_des_ede3_ecbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q2EVP_des_ede3_ofbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q3EVP_des_ede_cbcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q4EVP_des_ede_cfb64LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QEVP_des_ede_ecbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q5EVP_des_ede_ofbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q6EVP_des_ofbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q7EVP_desx_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Q8EVP_dssLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#Q9EVP_dss1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QEVP_ecdsaLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q:EVP_enc_nullLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q";EVP_get_cipherbynameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"<EVP_get_digestbynameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q=EVP_get_pw_promptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q>EVP_idea_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q?EVP_idea_cfb64LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q@EVP_idea_ecbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QAEVP_idea_ofbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Q	EVP_md4LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QCEVP_md5LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QDEVP_md_nullLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QEVP_mdc2LIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QEVP_rc2_40_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QOEVP_rc2_64_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QEEVP_rc2_cbcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QFEVP_rc2_cfb64LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QGEVP_rc2_ecbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QHEVP_rc2_ofbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QIEVP_rc4LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QEVP_rc4_40LIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QEVP_rc4_hmac_md5LIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q JEVP_read_pw_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$EVP_read_pw_string_minLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_ripemd160LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QJEVP_seed_cbcLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QNEVP_seed_cfb128LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QLEVP_seed_ecbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QGEVP_seed_ofbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QKEVP_set_pw_promptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QLEVP_shaLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QMEVP_sha1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QEVP_sha224LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QEVP_sha256LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QEVP_sha384LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QEVP_sha512LIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QEVP_whirlpoolLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%G
EXTENDED_KEY_USAGE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#EXTENDED_KEY_USAGE_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$	EXTENDED_KEY_USAGE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QFIPS_modeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QFIPS_mode_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q GENERAL_NAMES_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
GENERAL_NAMES_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QGENERAL_NAMES_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QGENERAL_NAME_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q3GENERAL_NAME_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QGENERAL_NAME_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)GENERAL_NAME_get0_otherNameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%GENERAL_NAME_get0_valueLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q"
GENERAL_NAME_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QGENERAL_NAME_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 6GENERAL_NAME_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)EGENERAL_NAME_set0_othernameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%GENERAL_NAME_set0_valueLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"
GENERAL_SUBTREE_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q nGENERAL_SUBTREE_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!u
GENERAL_SUBTREE_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       38        `
dU#QHMACLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
HMAC_CTX_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QHMAC_CTX_copyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q
HMAC_CTX_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q HMAC_CTX_set_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QHMAC_FinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QHMAC_InitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q
HMAC_Init_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QHMAC_UpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%3ISSUING_DIST_POINT_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#OISSUING_DIST_POINT_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$ISSUING_DIST_POINT_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
KRB5_APREQBODY_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QKRB5_APREQBODY_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q B
KRB5_APREQBODY_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QkKRB5_APREQ_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QKRB5_APREQ_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QKRB5_APREQ_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
KRB5_AUTHDATA_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q1KRB5_AUTHDATA_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
KRB5_AUTHDATA_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#KRB5_AUTHENTBODY_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!KRB5_AUTHENTBODY_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"KRB5_AUTHENTBODY_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QU
KRB5_AUTHENT_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
KRB5_AUTHENT_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QKRB5_AUTHENT_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q J
KRB5_CHECKSUM_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q	KRB5_CHECKSUM_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QKRB5_CHECKSUM_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QKRB5_ENCDATA_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
KRB5_ENCDATA_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QKRB5_ENCDATA_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q 
KRB5_ENCKEY_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q	KRB5_ENCKEY_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QKRB5_ENCKEY_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!KRB5_PRINCNAME_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QKRB5_PRINCNAME_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
KRB5_PRINCNAME_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QTKRB5_TICKET_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QRKRB5_TICKET_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QKRB5_TICKET_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q@
KRB5_TKTBODY_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
KRB5_TKTBODY_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QKRB5_TKTBODY_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Q0LONG_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       37        `
dU#Q	MD4LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q	MD4_FinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#Q	MD4_InitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q	MD4_TransformLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q	MD4_UpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       37        `
dU#QSMD5LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QTMD5_FinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QUMD5_InitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QMD5_TransformLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QVMD5_UpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       38        `
dU#QWMDC2LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QXMDC2_FinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QYMDC2_InitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QZMDC2_UpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$NAME_CONSTRAINTS_checkLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#

NAME_CONSTRAINTS_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
NAME_CONSTRAINTS_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"
NAME_CONSTRAINTS_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QNCONF_WIN32LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QNCONF_defaultLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QNCONF_dump_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QNCONF_dump_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QNCONF_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QNCONF_free_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
NCONF_get_number_eLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QNCONF_get_sectionLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QNCONF_get_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QNCONF_loadLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QNCONF_load_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QNCONF_load_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QNCONF_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)NETSCAPE_CERT_SEQUENCE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'
NETSCAPE_CERT_SEQUENCE_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(NETSCAPE_CERT_SEQUENCE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q![NETSCAPE_SPKAC_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QQ
NETSCAPE_SPKAC_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q \NETSCAPE_SPKAC_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&mNETSCAPE_SPKI_b64_decodeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&kNETSCAPE_SPKI_b64_encodeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ]NETSCAPE_SPKI_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&lNETSCAPE_SPKI_get_pubkeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QNETSCAPE_SPKI_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q^NETSCAPE_SPKI_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!iNETSCAPE_SPKI_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&jNETSCAPE_SPKI_set_pubkeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q _NETSCAPE_SPKI_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"`NETSCAPE_SPKI_verifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q NETSCAPE_X509_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QNETSCAPE_X509_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QNETSCAPE_X509_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QNOTICEREF_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QNOTICEREF_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QNOTICEREF_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QMOBJ_NAME_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPOBJ_NAME_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q{OBJ_NAME_do_allLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
OBJ_NAME_do_all_sortedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QQOBJ_NAME_getLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QROBJ_NAME_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q SOBJ_NAME_new_indexLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QTOBJ_NAME_removeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QaOBJ_add_objectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QOBJ_add_sigidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QOBJ_bsearch_LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QOBJ_bsearch_ex_LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QcOBJ_cleanupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QdOBJ_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QeOBJ_createLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q OBJ_create_objectsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#QfOBJ_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!OBJ_find_sigid_algsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$rOBJ_find_sigid_by_algsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QgOBJ_ln2nidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QhOBJ_new_nidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QiOBJ_nid2lnLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QjOBJ_nid2objLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QkOBJ_nid2snLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QlOBJ_obj2nidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QNOBJ_obj2txtLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QOBJ_sigid_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QmOBJ_sn2nidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QnOBJ_txt2nidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QOBJ_txt2objLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)OCSP_BASICRESP_add1_ext_i2dLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$	OCSP_BASICRESP_add_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'	OCSP_BASICRESP_delete_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!OCSP_BASICRESP_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)YOCSP_BASICRESP_get1_ext_d2iLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$>OCSP_BASICRESP_get_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+OCSP_BASICRESP_get_ext_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+
OCSP_BASICRESP_get_ext_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       68        `
dU#Q0V
OCSP_BASICRESP_get_ext_by_criticalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*OCSP_BASICRESP_get_ext_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
OCSP_BASICRESP_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q OCSP_BASICRESP_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QOCSP_CERTID_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
OCSP_CERTID_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q	OCSP_CERTID_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QOCSP_CERTID_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"]
OCSP_CERTSTATUS_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q ,OCSP_CERTSTATUS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!+
OCSP_CERTSTATUS_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QXOCSP_CRLID_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q7OCSP_CRLID_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q^OCSP_CRLID_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&IOCSP_ONEREQ_add1_ext_i2dLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!vOCSP_ONEREQ_add_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$^OCSP_ONEREQ_delete_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
OCSP_ONEREQ_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&	OCSP_ONEREQ_get1_ext_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!#OCSP_ONEREQ_get_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(
OCSP_ONEREQ_get_ext_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(+OCSP_ONEREQ_get_ext_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-gOCSP_ONEREQ_get_ext_by_criticalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'
OCSP_ONEREQ_get_ext_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q`OCSP_ONEREQ_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QQOCSP_ONEREQ_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QDOCSP_REQINFO_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QOCSP_REQINFO_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q=OCSP_REQINFO_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'OCSP_REQUEST_add1_ext_i2dLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"
OCSP_REQUEST_add_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
OCSP_REQUEST_delete_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QOCSP_REQUEST_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'FOCSP_REQUEST_get1_ext_d2iLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"K
OCSP_REQUEST_get_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)OCSP_REQUEST_get_ext_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)
OCSP_REQUEST_get_ext_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       66        `
dU#Q.YOCSP_REQUEST_get_ext_by_criticalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(9OCSP_REQUEST_get_ext_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q
OCSP_REQUEST_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QOCSP_REQUEST_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q OCSP_REQUEST_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&OCSP_REQ_CTX_add1_headerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QQOCSP_REQ_CTX_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#OCSP_REQ_CTX_set1_reqLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!nOCSP_RESPBYTES_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
OCSP_RESPBYTES_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
OCSP_RESPBYTES_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q OCSP_RESPDATA_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QOCSP_RESPDATA_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
OCSP_RESPDATA_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q4OCSP_RESPID_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QOCSP_RESPID_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QOCSP_RESPID_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q eOCSP_RESPONSE_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q'OCSP_RESPONSE_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QOCSP_RESPONSE_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
OCSP_RESPONSE_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#
OCSP_REVOKEDINFO_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!OCSP_REVOKEDINFO_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"OCSP_REVOKEDINFO_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"<OCSP_SERVICELOC_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
OCSP_SERVICELOC_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!2
OCSP_SERVICELOC_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!OCSP_SIGNATURE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q	OCSP_SIGNATURE_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q /OCSP_SIGNATURE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*2OCSP_SINGLERESP_add1_ext_i2dLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%OCSP_SINGLERESP_add_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(7OCSP_SINGLERESP_delete_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"
OCSP_SINGLERESP_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*pOCSP_SINGLERESP_get1_ext_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%WOCSP_SINGLERESP_get_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,	OCSP_SINGLERESP_get_ext_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,OCSP_SINGLERESP_get_ext_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       69        `
dU#Q1\
OCSP_SINGLERESP_get_ext_by_criticalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+
OCSP_SINGLERESP_get_ext_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q OCSP_SINGLERESP_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
OCSP_SINGLERESP_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'OCSP_accept_responses_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%
OCSP_archive_cutoff_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"(
OCSP_basic_add1_certLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#OCSP_basic_add1_nonceLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$3OCSP_basic_add1_statusLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QQOCSP_basic_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QOCSP_basic_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QiOCSP_cert_id_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"W
OCSP_cert_status_strLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QOCSP_cert_to_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QSOCSP_check_nonceLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!OCSP_check_validityLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q~
OCSP_copy_nonceLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QmOCSP_crlID_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!OCSP_crl_reason_strLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QOCSP_id_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QOCSP_id_get0_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q zOCSP_id_issuer_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!OCSP_onereq_get0_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QVOCSP_parse_urlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q")OCSP_request_add0_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$-OCSP_request_add1_certLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%:OCSP_request_add1_nonceLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
OCSP_request_is_signedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'OCSP_request_onereq_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&OCSP_request_onereq_get0LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
OCSP_request_set1_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QwOCSP_request_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
OCSP_request_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QOCSP_resp_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q-
OCSP_resp_findLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#
OCSP_resp_find_statusLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q!
OCSP_resp_get0LIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"VOCSP_response_createLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&\OCSP_response_get1_basicLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"
OCSP_response_statusLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&&
OCSP_response_status_strLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q	OCSP_sendreq_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QSOCSP_sendreq_nbioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QTOCSP_sendreq_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%OCSP_single_get0_statusLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!OCSP_url_svcloc_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QD
OPENSSL_DIR_endLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QIOPENSSL_DIR_readLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-OPENSSL_add_all_algorithms_confLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       67        `
dU#Q/OPENSSL_add_all_algorithms_noconfLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QOPENSSL_asc2uniLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QOPENSSL_cleanseLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QtOPENSSL_configLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!COPENSSL_cpuid_setupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QOPENSSL_gmtimeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q OPENSSL_gmtime_adjLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
OPENSSL_ia32cap_locLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QOPENSSL_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QOPENSSL_isserviceLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q	OPENSSL_issetugidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*OPENSSL_load_builtin_modulesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QOPENSSL_memcmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QOPENSSL_no_configLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QDOPENSSL_showfatalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QBOPENSSL_stderrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q OPENSSL_strcasecmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!OPENSSL_strncasecmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QOPENSSL_uni2ascLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QZOSSL_DES_versionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q![OSSL_libdes_versionLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QOTHERNAME_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q@OTHERNAME_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QOTHERNAME_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QOTHERNAME_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QOpenSSLDieLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%OpenSSL_add_all_ciphersLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%OpenSSL_add_all_digestsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q|PBE2PARAM_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q
PBE2PARAM_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QzPBE2PARAM_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q!PBEPARAM_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QPBEPARAM_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QPBEPARAM_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QxPBKDF2PARAM_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q	PBKDF2PARAM_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QvPBKDF2PARAM_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QoPEM_ASN1_readLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QpPEM_ASN1_read_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QqPEM_ASN1_writeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q rPEM_ASN1_write_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QsPEM_SealFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QtPEM_SealInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QuPEM_SealUpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QvPEM_SignFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QwPEM_SignInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QxPEM_SignUpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q yPEM_X509_INFO_readLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$zPEM_X509_INFO_read_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%{PEM_X509_INFO_write_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
PEM_bytes_read_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPEM_def_callbackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q|PEM_dek_infoLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q}PEM_do_headerLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%~PEM_get_EVP_CIPHER_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QPEM_proc_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QPEM_readLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QPEM_read_CMSLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QPEM_read_DHparamsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_read_DSAPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PEM_read_DSA_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PEM_read_DSAparamsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%cPEM_read_ECPKParametersLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#0PEM_read_ECPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q "PEM_read_EC_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-PEM_read_NETSCAPE_CERT_SEQUENCELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QPEM_read_PKCS7LIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QPEM_read_PKCS8LIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*PEM_read_PKCS8_PRIV_KEY_INFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QPEM_read_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!PEM_read_PrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_read_RSAPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PEM_read_RSAPublicKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!PEM_read_RSA_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QPEM_read_X509LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q}PEM_read_X509_AUXLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%
PEM_read_X509_CERT_PAIRLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QPEM_read_X509_CRLLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QPEM_read_X509_REQLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QPEM_read_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPEM_read_bio_CMSLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PEM_read_bio_DHparamsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(PEM_read_bio_DSAPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%(PEM_read_bio_DSA_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_read_bio_DSAparamsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)P
PEM_read_bio_ECPKParametersLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'PEM_read_bio_ECPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
PEM_read_bio_EC_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       69        `
dU#Q1PEM_read_bio_NETSCAPE_CERT_SEQUENCELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PEM_read_bio_PKCS7LIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PEM_read_bio_PKCS8LIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q.PEM_read_bio_PKCS8_PRIV_KEY_INFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PEM_read_bio_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%PEM_read_bio_ParametersLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%PEM_read_bio_PrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(PEM_read_bio_RSAPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'PEM_read_bio_RSAPublicKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%!PEM_read_bio_RSA_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QPEM_read_bio_X509LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#PEM_read_bio_X509_AUXLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)PEM_read_bio_X509_CERT_PAIRLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#PEM_read_bio_X509_CRLLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#PEM_read_bio_X509_REQLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QPEM_writeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QcPEM_write_CMSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PEM_write_DHparamsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%PEM_write_DSAPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"5PEM_write_DSA_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PEM_write_DSAparamsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&;PEM_write_ECPKParametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$_PEM_write_ECPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PEM_write_EC_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       66        `
dU#Q.PEM_write_NETSCAPE_CERT_SEQUENCELIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QPEM_write_PKCS7LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QPEM_write_PKCS8LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'PEM_write_PKCS8PrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+uPEM_write_PKCS8PrivateKey_nidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+PEM_write_PKCS8_PRIV_KEY_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QPEM_write_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"PEM_write_PrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%PEM_write_RSAPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_write_RSAPublicKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"/PEM_write_RSA_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QPEM_write_X509LIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PEM_write_X509_AUXLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&pPEM_write_X509_CERT_PAIRLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PEM_write_X509_CRLLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PEM_write_X509_REQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_write_X509_REQ_NEWLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QPEM_write_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'PEM_write_bio_ASN1_streamLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QxPEM_write_bio_CMSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&rPEM_write_bio_CMS_streamLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_write_bio_DHparamsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)PEM_write_bio_DSAPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&PEM_write_bio_DSA_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%PEM_write_bio_DSAparamsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*
PEM_write_bio_ECPKParametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(`
PEM_write_bio_ECPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
PEM_write_bio_EC_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       70        `
dU#Q2PEM_write_bio_NETSCAPE_CERT_SEQUENCELIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PEM_write_bio_PKCS7LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(]PEM_write_bio_PKCS7_streamLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PEM_write_bio_PKCS8LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+PEM_write_bio_PKCS8PrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       67        `
dU#Q/vPEM_write_bio_PKCS8PrivateKey_nidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       67        `
dU#Q/PEM_write_bio_PKCS8_PRIV_KEY_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"EPEM_write_bio_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&:PEM_write_bio_ParametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&PEM_write_bio_PrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)PEM_write_bio_RSAPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(PEM_write_bio_RSAPublicKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&PEM_write_bio_RSA_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PEM_write_bio_X509LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_write_bio_X509_AUXLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*h
PEM_write_bio_X509_CERT_PAIRLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_write_bio_X509_CRLLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$PEM_write_bio_X509_REQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(PEM_write_bio_X509_REQ_NEWLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
PKCS12_AUTHSAFES_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS12_BAGS_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QPKCS12_BAGS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QPKCS12_BAGS_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"PKCS12_MAC_DATA_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS12_MAC_DATA_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
PKCS12_MAC_DATA_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS12_MAKE_KEYBAGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"PKCS12_MAKE_SHKEYBAGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QPKCS12_PBE_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PKCS12_PBE_keyivgenLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 8PKCS12_SAFEBAGS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PKCS12_SAFEBAG_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
PKCS12_SAFEBAG_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS12_SAFEBAG_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$7
PKCS12_add_CSPName_ascLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QPKCS12_add_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)PKCS12_add_friendlyname_ascLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)PKCS12_add_friendlyname_uniLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QPKCS12_add_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS12_add_localkeyidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
PKCS12_add_safeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
PKCS12_add_safesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!p
PKCS12_certbag2x509LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
PKCS12_certbag2x509crlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QPKCS12_createLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
PKCS12_decrypt_skeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QPKCS12_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QPKCS12_gen_macLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PKCS12_get_attr_genLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%PKCS12_get_friendlynameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QPKCS12_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q[
PKCS12_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%	PKCS12_item_decrypt_d2iLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%
PKCS12_item_i2d_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&GPKCS12_item_pack_safebagLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS12_key_gen_ascLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS12_key_gen_uniLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q
PKCS12_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q]PKCS12_newpassLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#
PKCS12_pack_authsafesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS12_pack_p7dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS12_pack_p7encdataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QPKCS12_parseLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS12_pbe_cryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QPKCS12_set_macLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS12_setup_macLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%O
PKCS12_unpack_authsafesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"|
PKCS12_unpack_p7dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
PKCS12_unpack_p7encdataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QPKCS12_verify_macLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!$PKCS12_x5092certbagLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
PKCS12_x509crl2certbagLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QPKCS1_MGF1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QPKCS5_PBE_addLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS5_PBE_keyivgenLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QPKCS5_PBKDF2_HMACLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$PKCS5_PBKDF2_HMAC_SHA1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QPKCS5_pbe2_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QPKCS5_pbe2_set_ivLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q+PKCS5_pbe_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"PKCS5_pbe_set0_algorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q1PKCS5_pbkdf2_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS5_v2_PBE_keyivgenLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q H
PKCS7_ATTR_SIGN_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"PKCS7_ATTR_VERIFY_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QPKCS7_DIGEST_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q#PKCS7_DIGEST_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS7_DIGEST_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS7_ENCRYPT_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qy
PKCS7_ENCRYPT_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QPKCS7_ENCRYPT_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$PKCS7_ENC_CONTENT_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"(PKCS7_ENC_CONTENT_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS7_ENC_CONTENT_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!PKCS7_ENVELOPE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q	PKCS7_ENVELOPE_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS7_ENVELOPE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,PKCS7_ISSUER_AND_SERIAL_digestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*PKCS7_ISSUER_AND_SERIAL_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(
PKCS7_ISSUER_AND_SERIAL_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)PKCS7_ISSUER_AND_SERIAL_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS7_RECIP_INFO_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'PKCS7_RECIP_INFO_get0_algLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!PKCS7_RECIP_INFO_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"PKCS7_RECIP_INFO_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"0PKCS7_RECIP_INFO_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QPKCS7_SIGNED_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
PKCS7_SIGNED_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS7_SIGNED_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$PKCS7_SIGNER_INFO_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)PKCS7_SIGNER_INFO_get0_algsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"
PKCS7_SIGNER_INFO_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS7_SIGNER_INFO_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS7_SIGNER_INFO_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$PKCS7_SIGNER_INFO_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&PKCS7_SIGN_ENVELOPE_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$BPKCS7_SIGN_ENVELOPE_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%PKCS7_SIGN_ENVELOPE_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,#PKCS7_add0_attrib_signing_timeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&6PKCS7_add1_attrib_digestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+\PKCS7_add_attrib_content_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'lPKCS7_add_attrib_smimecapLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!rPKCS7_add_attributeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS7_add_certificateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QPKCS7_add_crlLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!1PKCS7_add_recipientLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&2PKCS7_add_recipient_infoLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!PKCS7_add_signatureLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(sPKCS7_add_signed_attributeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS7_add_signerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)PKCS7_cert_from_signer_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QPKCS7_content_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QPKCS7_ctrlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS7_dataDecodeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QPKCS7_dataFinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QPKCS7_dataInitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS7_dataVerifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QgPKCS7_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*tPKCS7_digest_from_attributesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QPKCS7_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QbPKCS7_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QPKCS7_finalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QPKCS7_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q fPKCS7_get0_signersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!uPKCS7_get_attributeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)vPKCS7_get_issuer_and_serialLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(wPKCS7_get_signed_attributeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS7_get_signer_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q jPKCS7_get_smimecapLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QXPKCS7_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QPKCS7_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QPKCS7_print_ctxLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS7_set0_type_otherLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"PKCS7_set_attributesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q3PKCS7_set_cipherLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QPKCS7_set_contentLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QPKCS7_set_digestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)PKCS7_set_signed_attributesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QPKCS7_set_typeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QkPKCS7_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKCS7_sign_add_signerLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#5PKCS7_signatureVerifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#iPKCS7_simple_smimecapLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QPKCS7_streamLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"PKCS7_to_TS_TST_INFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QaPKCS7_verifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&%PKCS8_PRIV_KEY_INFO_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$PKCS8_PRIV_KEY_INFO_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%#PKCS8_PRIV_KEY_INFO_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q PKCS8_add_keyusageLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q
PKCS8_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QPKCS8_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QPKCS8_pkey_get0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QPKCS8_pkey_set0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q(PKCS8_set_brokenLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$PKEY_USAGE_PERIOD_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"N
PKEY_USAGE_PERIOD_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#PKEY_USAGE_PERIOD_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QPOLICYINFO_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QPOLICYINFO_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QPOLICYINFO_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!POLICYQUALINFO_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q;
POLICYQUALINFO_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q POLICYQUALINFO_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
POLICY_CONSTRAINTS_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#APOLICY_CONSTRAINTS_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
POLICY_CONSTRAINTS_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q mPOLICY_MAPPINGS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q![
POLICY_MAPPING_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
POLICY_MAPPING_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q POLICY_MAPPING_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,PROXY_CERT_INFO_EXTENSION_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*PROXY_CERT_INFO_EXTENSION_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+PROXY_CERT_INFO_EXTENSION_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QPROXY_POLICY_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QPROXY_POLICY_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QPROXY_POLICY_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QYRAND_SSLeayLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QRAND_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QRAND_bytesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QRAND_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QRAND_egdLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qb	RAND_egd_bytesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QRAND_eventLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QRAND_file_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"qRAND_get_rand_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QRAND_load_fileLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#Qw	RAND_pollLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QRAND_pseudo_bytesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"RAND_query_egd_bytesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QRAND_screenLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QRAND_seedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"
RAND_set_rand_engineLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"ZRAND_set_rand_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QRAND_statusLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QRAND_write_fileLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QRC2_cbc_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QRC2_cfb64_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QRC2_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QRC2_ecb_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QRC2_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QRC2_ofb64_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QRC2_set_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       37        `
dU#QRC4LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QRC4_optionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QRC4_set_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QRIPEMD160LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QRIPEMD160_FinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QRIPEMD160_InitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!RIPEMD160_TransformLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QRIPEMD160_UpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QRSAPrivateKey_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QZRSAPrivateKey_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QRSAPublicKey_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q
RSAPublicKey_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QRSA_PKCS1_SSLeayLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!<RSA_PSS_PARAMS_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q;RSA_PSS_PARAMS_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 7RSA_PSS_PARAMS_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QRSA_X931_hash_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QRSA_blinding_offLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QRSA_blinding_onLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QMRSA_check_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QRSA_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QRSA_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QRSA_generate_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!fRSA_generate_key_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$8RSA_get_default_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QRSA_get_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"RSA_get_ex_new_indexLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q7RSA_get_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q[RSA_memory_lockLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#QRSA_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QRSA_new_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QpRSA_null_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(RSA_padding_add_PKCS1_OAEPLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'RSA_padding_add_PKCS1_PSSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,RSA_padding_add_PKCS1_PSS_mgf1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*RSA_padding_add_PKCS1_type_1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*RSA_padding_add_PKCS1_type_2LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$	RSA_padding_add_SSLv23LIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"RSA_padding_add_X931LIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"
RSA_padding_add_noneLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*RSA_padding_check_PKCS1_OAEPLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,RSA_padding_check_PKCS1_type_1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,RSA_padding_check_PKCS1_type_2LIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&
RSA_padding_check_SSLv23LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$RSA_padding_check_X931LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$RSA_padding_check_noneLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QRSA_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QRSA_print_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!RSA_private_decryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!RSA_private_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q RSA_public_decryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q RSA_public_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$RSA_set_default_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QRSA_set_ex_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q6RSA_set_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
RSA_setup_blindingLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QRSA_signLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(RSA_sign_ASN1_OCTET_STRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QRSA_sizeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q
RSA_up_refLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QRSA_verifyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*RSA_verify_ASN1_OCTET_STRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"RSA_verify_PKCS1_PSSLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'RSA_verify_PKCS1_PSS_mgf1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QFSEED_cbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!HSEED_cfb128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QDSEED_decryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QKSEED_ecb_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QESEED_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ISEED_ofb128_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QMSEED_set_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       37        `
dU#QSHALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       38        `
dU#QSHA1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QSHA1_FinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QSHA1_InitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QSHA1_TransformLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QSHA1_UpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#Q
SHA224LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q
SHA224_FinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q/SHA224_InitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q
SHA224_UpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QFSHA256LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QSHA256_FinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q
SHA256_InitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QPSHA256_TransformLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QSHA256_UpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QSHA384LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QSHA384_FinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QSHA384_InitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q
SHA384_UpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#QUSHA512LIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q
SHA512_FinalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q1SHA512_InitLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q[SHA512_TransformLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q
SHA512_UpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QSHA_FinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QSHA_InitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QSHA_TransformLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QSHA_UpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QdSMIME_crlf_copyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QSMIME_read_ASN1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QmSMIME_read_CMSLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q_SMIME_read_PKCS7LIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QhSMIME_textLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QASMIME_write_ASN1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QSMIME_write_CMSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q^SMIME_write_PKCS7LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QSRP_Calc_ALIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QSRP_Calc_BLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!SRP_Calc_client_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!SRP_Calc_server_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QSRP_Calc_uLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QSRP_Calc_xLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QSRP_VBASE_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#SRP_VBASE_get_by_userLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QSRP_VBASE_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QSRP_VBASE_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q SRP_Verify_A_mod_NLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q SRP_Verify_B_mod_NLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&SRP_check_known_gN_paramLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!SRP_create_verifierLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$SRP_create_verifier_BNLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q SRP_get_default_gNLIBEAY32.dllLIBEAY32.dll/   1360601941              0       40        `
dU#QSSLeayLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QSSLeay_versionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q4SXNETID_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Qm
SXNETID_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q3SXNETID_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"SXNET_add_id_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QSXNET_add_id_ascLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q SXNET_add_id_ulongLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Q0SXNET_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"SXNET_get_id_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QSXNET_get_id_ascLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q SXNET_get_id_ulongLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#Q5
SXNET_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#Q/SXNET_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q-TS_ACCURACY_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QTS_ACCURACY_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$TS_ACCURACY_get_microsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$+TS_ACCURACY_get_millisLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_ACCURACY_get_secondsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QTS_ACCURACY_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$TS_ACCURACY_set_microsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$1TS_ACCURACY_set_millisLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_ACCURACY_set_secondsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'TS_ASN1_INTEGER_print_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%@TS_CONF_get_tsa_sectionLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QTS_CONF_load_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q TS_CONF_load_certsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QHTS_CONF_load_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"bTS_CONF_set_accuracyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QTS_CONF_set_certsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       68        `
dU#Q0TS_CONF_set_clock_precision_digitsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'yTS_CONF_set_crypto_deviceLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$TS_CONF_set_def_policyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(TS_CONF_set_default_engineLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!TS_CONF_set_digestsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+TS_CONF_set_ess_cert_id_chainLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"TTS_CONF_set_orderingLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"{TS_CONF_set_policiesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q TS_CONF_set_serialLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_CONF_set_signer_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$*TS_CONF_set_signer_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"dTS_CONF_set_tsa_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q TS_MSG_IMPRINT_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!TS_MSG_IMPRINT_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%YTS_MSG_IMPRINT_get_algoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$TS_MSG_IMPRINT_get_msgLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q tTS_MSG_IMPRINT_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&^TS_MSG_IMPRINT_print_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%;TS_MSG_IMPRINT_set_algoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$iTS_MSG_IMPRINT_set_msgLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QTS_OBJ_print_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QTS_REQ_add_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QmTS_REQ_delete_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q2TS_REQ_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QQTS_REQ_ext_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QkTS_REQ_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!TS_REQ_get_cert_reqLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QTS_REQ_get_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#TS_REQ_get_ext_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#TS_REQ_get_ext_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(TS_REQ_get_ext_by_criticalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"TS_REQ_get_ext_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q DTS_REQ_get_ext_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QmTS_REQ_get_extsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$qTS_REQ_get_msg_imprintLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QtTS_REQ_get_nonceLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"`TS_REQ_get_policy_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q TS_REQ_get_versionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QsTS_REQ_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QZTS_REQ_print_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!TS_REQ_set_cert_reqLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$TS_REQ_set_msg_imprintLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QTS_REQ_set_nonceLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"*TS_REQ_set_policy_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q VTS_REQ_set_versionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_REQ_to_TS_VERIFY_CTXLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*oTS_RESP_CTX_add_failure_infoLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#gTS_RESP_CTX_add_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 7TS_RESP_CTX_add_mdLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$TS_RESP_CTX_add_policyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QTS_RESP_CTX_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%GTS_RESP_CTX_get_requestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&>TS_RESP_CTX_get_tst_infoLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QTS_RESP_CTX_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&TS_RESP_CTX_set_accuracyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#TS_RESP_CTX_set_certsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       72        `
dU#Q4nTS_RESP_CTX_set_clock_precision_digitsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(TS_RESP_CTX_set_def_policyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*TS_RESP_CTX_set_extension_cbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'TS_RESP_CTX_set_serial_cbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)TS_RESP_CTX_set_signer_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(BTS_RESP_CTX_set_signer_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)XTS_RESP_CTX_set_status_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       66        `
dU#Q.TS_RESP_CTX_set_status_info_condLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_RESP_CTX_set_time_cbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_RESP_create_responseLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q TS_RESP_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q2TS_RESP_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_RESP_get_status_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q,TS_RESP_get_tokenLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"TS_RESP_get_tst_infoLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QjTS_RESP_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QTS_RESP_print_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%.TS_RESP_set_status_infoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"TS_RESP_set_tst_infoLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_RESP_verify_responseLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&?TS_RESP_verify_signatureLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"TS_RESP_verify_tokenLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q lTS_STATUS_INFO_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!TS_STATUS_INFO_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q BTS_STATUS_INFO_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&{TS_STATUS_INFO_print_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!TS_TST_INFO_add_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$&TS_TST_INFO_delete_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q8TS_TST_INFO_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"TS_TST_INFO_ext_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QTS_TST_INFO_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&;TS_TST_INFO_get_accuracyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!TS_TST_INFO_get_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(iTS_TST_INFO_get_ext_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(>TS_TST_INFO_get_ext_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-TS_TST_INFO_get_ext_by_criticalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'FTS_TST_INFO_get_ext_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_TST_INFO_get_ext_d2iLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"TS_TST_INFO_get_extsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)TS_TST_INFO_get_msg_imprintLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#TS_TST_INFO_get_nonceLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&TS_TST_INFO_get_orderingLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'TS_TST_INFO_get_policy_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$sTS_TST_INFO_get_serialLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"TS_TST_INFO_get_timeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!ATS_TST_INFO_get_tsaLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_TST_INFO_get_versionLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QTS_TST_INFO_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#TS_TST_INFO_print_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&[TS_TST_INFO_set_accuracyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)TS_TST_INFO_set_msg_imprintLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#TS_TST_INFO_set_nonceLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&=TS_TST_INFO_set_orderingLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'TS_TST_INFO_set_policy_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$wTS_TST_INFO_set_serialLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"&TS_TST_INFO_set_timeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!_TS_TST_INFO_set_tsaLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%=TS_TST_INFO_set_versionLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#TS_VERIFY_CTX_cleanupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q TS_VERIFY_CTX_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q TS_VERIFY_CTX_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
TS_VERIFY_CTX_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%TS_X509_ALGOR_print_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QTS_ext_print_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!TXT_DB_create_indexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QTXT_DB_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!TXT_DB_get_by_indexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QTXT_DB_insertLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QTXT_DB_readLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QTXT_DB_writeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QUI_OpenSSLLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QUI_UTIL_read_pwLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$UI_UTIL_read_pw_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!I
UI_add_error_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q LUI_add_info_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"	UI_add_input_booleanLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!6UI_add_input_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
UI_add_user_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"UI_add_verify_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
UI_construct_promptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QHUI_create_methodLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Q
UI_ctrlLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q)UI_destroy_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
UI_dup_error_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q Y
UI_dup_info_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"6
UI_dup_input_booleanLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
UI_dup_input_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"/UI_dup_verify_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#QLUI_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#"UI_get0_action_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#.UI_get0_output_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
UI_get0_resultLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#UI_get0_result_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!UI_get0_test_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
UI_get0_user_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#
UI_get_default_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
UI_get_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!tUI_get_ex_new_indexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
UI_get_input_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q
UI_get_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#UI_get_result_maxsizeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#MUI_get_result_minsizeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q dUI_get_string_typeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"UI_method_get_closerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#v
UI_method_get_flusherLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"UI_method_get_openerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q.UI_method_get_prompt_constructorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"UI_method_get_readerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"UI_method_get_writerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"	UI_method_set_closerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#
UI_method_set_flusherLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"DUI_method_set_openerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q.UI_method_set_prompt_constructorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"fUI_method_set_readerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"UI_method_set_writerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       40        `
dU#QUUI_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QMUI_new_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#QaUI_processLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#UI_set_default_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
UI_set_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QUI_set_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QUI_set_resultLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QUSERNOTICE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q<USERNOTICE_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QUSERNOTICE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QoUTF8_getcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QnUTF8_putcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q5WHIRLPOOLLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!gWHIRLPOOL_BitUpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QWHIRLPOOL_FinalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q-WHIRLPOOL_InitLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QaWHIRLPOOL_UpdateLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509V3_EXT_CRL_add_confLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509V3_EXT_CRL_add_nconfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%hX509V3_EXT_REQ_add_confLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&C
X509V3_EXT_REQ_add_nconfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QX509V3_EXT_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509V3_EXT_add_aliasLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509V3_EXT_add_confLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!pX509V3_EXT_add_listLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509V3_EXT_add_nconfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
X509V3_EXT_add_nconf_skLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509V3_EXT_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QX509V3_EXT_confLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509V3_EXT_conf_nidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QX509V3_EXT_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QX509V3_EXT_getLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509V3_EXT_get_nidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QnX509V3_EXT_i2dLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q	X509V3_EXT_nconfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"~X509V3_EXT_nconf_nidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QX509V3_EXT_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509V3_EXT_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q oX509V3_EXT_val_prnLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&iX509V3_NAME_from_sectionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q	X509V3_add1_i2dLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,X509V3_add_standard_extensionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QX509V3_add_valueLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509V3_add_value_boolLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&sX509V3_add_value_bool_nfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509V3_add_value_intLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
X509V3_add_value_ucharLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QX509V3_conf_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
X509V3_extensions_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QX509V3_get_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509V3_get_sectionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509V3_get_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509V3_get_value_boolLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509V3_get_value_intLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509V3_parse_listLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509V3_section_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509V3_set_conf_lhashLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QX509V3_set_ctxLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
X509V3_set_nconfLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509V3_string_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QVX509_ALGORS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QX509_ALGOR_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QX509_ALGOR_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QWX509_ALGOR_get0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q
X509_ALGOR_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QX509_ALGOR_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QXX509_ALGOR_set0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QX509_ALGOR_set_mdLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_ATTRIBUTE_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_ATTRIBUTE_createLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*X509_ATTRIBUTE_create_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*X509_ATTRIBUTE_create_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*X509_ATTRIBUTE_create_by_txtLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_ATTRIBUTE_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_ATTRIBUTE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_ATTRIBUTE_get0_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_ATTRIBUTE_get0_objectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_ATTRIBUTE_get0_typeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
X509_ATTRIBUTE_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_ATTRIBUTE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_ATTRIBUTE_set1_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_ATTRIBUTE_set1_objectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_CERT_AUX_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
X509_CERT_AUX_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509_CERT_AUX_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_CERT_AUX_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
X509_CERT_PAIR_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
X509_CERT_PAIR_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q dX509_CERT_PAIR_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q	X509_CINF_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q
X509_CINF_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q
X509_CINF_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_CRL_INFO_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q X509_CRL_INFO_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509_CRL_INFO_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_CRL_METHOD_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_CRL_METHOD_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_CRL_add0_revokedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_CRL_add1_ext_i2dLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
X509_CRL_add_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QX509_CRL_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_CRL_delete_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QW	X509_CRL_digestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QX509_CRL_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QX509_CRL_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q##X509_CRL_get0_by_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%<X509_CRL_get0_by_serialLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QX509_CRL_get_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509_CRL_get_ext_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509_CRL_get_ext_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*X509_CRL_get_ext_by_criticalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_CRL_get_ext_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_CRL_get_ext_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_CRL_get_meth_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Q	X509_CRL_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QX509_CRL_matchLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QX509_CRL_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QX509_CRL_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509_CRL_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)/X509_CRL_set_default_methodLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&
X509_CRL_set_issuer_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509_CRL_set_lastUpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_CRL_set_meth_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%
X509_CRL_set_nextUpdateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_CRL_set_versionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QX509_CRL_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q8X509_CRL_sign_ctxLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q/
X509_CRL_sortLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QX509_CRL_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q OX509_EXTENSIONS_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*X509_EXTENSION_create_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*X509_EXTENSION_create_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_EXTENSION_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_EXTENSION_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)X509_EXTENSION_get_criticalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509_EXTENSION_get_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q' X509_EXTENSION_get_objectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Qk
X509_EXTENSION_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q !X509_EXTENSION_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)"X509_EXTENSION_set_criticalLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%#X509_EXTENSION_set_dataLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'$X509_EXTENSION_set_objectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q%X509_INFO_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q&X509_INFO_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"'X509_LOOKUP_by_aliasLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q((X509_LOOKUP_by_fingerprintLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*)X509_LOOKUP_by_issuer_serialLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$*X509_LOOKUP_by_subjectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q+X509_LOOKUP_ctrlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q,X509_LOOKUP_fileLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q-X509_LOOKUP_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q".X509_LOOKUP_hash_dirLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q/X509_LOOKUP_initLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q0X509_LOOKUP_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"1X509_LOOKUP_shutdownLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+2X509_NAME_ENTRY_create_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+3X509_NAME_ENTRY_create_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+X509_NAME_ENTRY_create_by_txtLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!4X509_NAME_ENTRY_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"5X509_NAME_ENTRY_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&6X509_NAME_ENTRY_get_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(7X509_NAME_ENTRY_get_objectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q sX509_NAME_ENTRY_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!8X509_NAME_ENTRY_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&9X509_NAME_ENTRY_set_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(:X509_NAME_ENTRY_set_objectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!;X509_NAME_add_entryLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(zX509_NAME_add_entry_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_NAME_add_entry_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(xX509_NAME_add_entry_by_txtLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q<X509_NAME_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$=X509_NAME_delete_entryLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q>X509_NAME_digestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q?X509_NAME_dupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#@X509_NAME_entry_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QAX509_NAME_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!BX509_NAME_get_entryLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(CX509_NAME_get_index_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(DX509_NAME_get_index_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'EX509_NAME_get_text_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'FX509_NAME_get_text_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QGX509_NAME_hashLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_NAME_hash_oldLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q;X509_NAME_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QHX509_NAME_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QIX509_NAME_onelineLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QJX509_NAME_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 	X509_NAME_print_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#}	X509_NAME_print_ex_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QKX509_NAME_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'LX509_OBJECT_free_contentsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(	X509_OBJECT_idx_by_subjectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-MX509_OBJECT_retrieve_by_subjectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(	X509_OBJECT_retrieve_matchLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&NX509_OBJECT_up_ref_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QOX509_PKEY_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QPX509_PKEY_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_POLICY_NODE_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QQX509_PUBKEY_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QRX509_PUBKEY_getLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_PUBKEY_get0_paramLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qw
X509_PUBKEY_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QSX509_PUBKEY_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QTX509_PUBKEY_setLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$uX509_PUBKEY_set0_paramLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q*X509_PURPOSE_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"GX509_PURPOSE_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q{X509_PURPOSE_get0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_PURPOSE_get0_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%9X509_PURPOSE_get0_snameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_PURPOSE_get_by_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'X509_PURPOSE_get_by_snameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_PURPOSE_get_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_PURPOSE_get_idLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_PURPOSE_get_trustLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QBX509_PURPOSE_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q UX509_REQ_INFO_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QCX509_REQ_INFO_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QVX509_REQ_INFO_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_REQ_add1_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'X509_REQ_add1_attr_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'X509_REQ_add1_attr_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'X509_REQ_add1_attr_by_txtLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%YX509_REQ_add_extensionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)WX509_REQ_add_extensions_nidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(
X509_REQ_check_private_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_REQ_delete_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q:	X509_REQ_digestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QWX509_REQ_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$SX509_REQ_extension_nidLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QXX509_REQ_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!c	X509_REQ_get1_emailLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QX509_REQ_get_attrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_REQ_get_attr_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_REQ_get_attr_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509_REQ_get_attr_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)UX509_REQ_get_extension_nidsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%PX509_REQ_get_extensionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!YX509_REQ_get_pubkeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q?X509_REQ_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QZX509_REQ_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q[X509_REQ_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509_REQ_print_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q\X509_REQ_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)QX509_REQ_set_extension_nidsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!]X509_REQ_set_pubkeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'^X509_REQ_set_subject_nameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"_X509_REQ_set_versionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q`X509_REQ_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q6X509_REQ_sign_ctxLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QaX509_REQ_to_X509LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QbX509_REQ_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'X509_REVOKED_add1_ext_i2dLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"cX509_REVOKED_add_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%dX509_REVOKED_delete_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QeX509_REVOKED_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"fX509_REVOKED_get_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)gX509_REVOKED_get_ext_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)hX509_REVOKED_get_ext_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       66        `
dU#Q.iX509_REVOKED_get_ext_by_criticalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(jX509_REVOKED_get_ext_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&uX509_REVOKED_get_ext_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QR
X509_REVOKED_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QkX509_REVOKED_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-0
X509_REVOKED_set_revocationDateLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+	X509_REVOKED_set_serialNumberLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QlX509_SIG_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QX509_SIG_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QmX509_SIG_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$nX509_STORE_CTX_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_STORE_CTX_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       65        `
dU#Q-X509_STORE_CTX_get0_current_crlLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       68        `
dU#Q0X509_STORE_CTX_get0_current_issuerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'
X509_STORE_CTX_get0_paramLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,X509_STORE_CTX_get0_parent_ctxLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-X509_STORE_CTX_get0_policy_treeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'X509_STORE_CTX_get1_chainLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(	X509_STORE_CTX_get1_issuerLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_STORE_CTX_get_chainLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-X509_STORE_CTX_get_current_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_STORE_CTX_get_errorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,X509_STORE_CTX_get_error_depthLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_STORE_CTX_get_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       65        `
dU#Q-LX509_STORE_CTX_get_ex_new_indexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       68        `
dU#Q0
X509_STORE_CTX_get_explicit_policyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!oX509_STORE_CTX_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_STORE_CTX_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,X509_STORE_CTX_purpose_inheritLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&
X509_STORE_CTX_set0_crlsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'

X509_STORE_CTX_set0_paramLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509_STORE_CTX_set_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_STORE_CTX_set_chainLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_STORE_CTX_set_defaultLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&1
X509_STORE_CTX_set_depthLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_STORE_CTX_set_errorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_STORE_CTX_set_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&	X509_STORE_CTX_set_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_STORE_CTX_set_purposeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%	X509_STORE_CTX_set_timeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_STORE_CTX_set_trustLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*	X509_STORE_CTX_set_verify_cbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*	X509_STORE_CTX_trusted_stackLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!pX509_STORE_add_certLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_STORE_add_crlLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#qX509_STORE_add_lookupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QrX509_STORE_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#QX509_STORE_get1_certsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"6X509_STORE_get1_crlsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'sX509_STORE_get_by_subjectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'tX509_STORE_load_locationsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QuX509_STORE_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#\X509_STORE_set1_paramLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*vX509_STORE_set_default_pathsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"
X509_STORE_set_depthLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"$
X509_STORE_set_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$	X509_STORE_set_purposeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"
X509_STORE_set_trustLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_STORE_set_verify_cbLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QX509_TRUST_addLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_TRUST_cleanupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QX509_TRUST_get0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_TRUST_get0_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_TRUST_get_by_idLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q">X509_TRUST_get_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_TRUST_get_flagsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_TRUST_get_trustLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QX509_TRUST_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_TRUST_set_defaultLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QwX509_VAL_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q
X509_VAL_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QxX509_VAL_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+DX509_VERIFY_PARAM_add0_policyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*wX509_VERIFY_PARAM_add0_tableLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+X509_VERIFY_PARAM_clear_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
X509_VERIFY_PARAM_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)
X509_VERIFY_PARAM_get_depthLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)X509_VERIFY_PARAM_get_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'2
X509_VERIFY_PARAM_inheritLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&KX509_VERIFY_PARAM_lookupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#m
X509_VERIFY_PARAM_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_VERIFY_PARAM_set1LIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)U
X509_VERIFY_PARAM_set1_nameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       65        `
dU#Q-T
X509_VERIFY_PARAM_set1_policiesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)G
X509_VERIFY_PARAM_set_depthLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)]
X509_VERIFY_PARAM_set_flagsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+V
X509_VERIFY_PARAM_set_purposeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_VERIFY_PARAM_set_timeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)
X509_VERIFY_PARAM_set_trustLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       65        `
dU#Q-
X509_VERIFY_PARAM_table_cleanupLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q
X509_add1_ext_i2dLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%"X509_add1_reject_objectLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$\X509_add1_trust_objectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QyX509_add_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QX509_alias_get0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QX509_alias_set1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#{X509_certificate_typeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QX509_check_akidLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QX509_check_caLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q	X509_check_issuedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$|X509_check_private_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_check_purposeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q#X509_check_trustLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QWX509_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#}X509_cmp_current_timeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q	X509_cmp_timeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q~X509_delete_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QX509_digestLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#QX509_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qe	X509_email_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,X509_find_by_issuer_and_serialLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_find_by_subjectLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QX509_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%f
X509_get0_pubkey_bitstrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qd	X509_get1_emailLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QPX509_get1_ocspLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_get_default_cert_areaLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'X509_get_default_cert_dirLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+X509_get_default_cert_dir_envLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_get_default_cert_fileLIBEAY32.dllLIBEAY32.dll/   1360601941              0       64        `
dU#Q,X509_get_default_cert_file_envLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*X509_get_default_private_dirLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QX509_get_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_get_ex_new_indexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#QX509_get_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_get_ext_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_get_ext_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_get_ext_by_criticalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_get_ext_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QX509_get_ext_d2iLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_get_issuer_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QX509_get_pubkeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_get_pubkey_parametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_get_serialNumberLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_get_subject_nameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QX509_gmtime_adjLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_issuer_and_serial_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)X509_issuer_and_serial_hashLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_issuer_name_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_issuer_name_hashLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'X509_issuer_name_hash_oldLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#Q
X509_itLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q#
X509_keyid_get0LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q	X509_keyid_set1LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509_load_cert_crl_fileLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!X509_load_cert_fileLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_load_crl_fileLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QX509_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
X509_ocspid_printLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QX509_policy_checkLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)
X509_policy_level_get0_nodeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*j
X509_policy_level_node_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*+
X509_policy_node_get0_parentLIBEAY32.dllLIBEAY32.dll/   1360601941              0       62        `
dU#Q*
X509_policy_node_get0_policyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q.x
X509_policy_node_get0_qualifiersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#
X509_policy_tree_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q) X509_policy_tree_get0_levelLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,5
X509_policy_tree_get0_policiesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       69        `
dU#Q1HX509_policy_tree_get0_user_policiesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*
X509_policy_tree_level_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#QX509_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q	X509_print_exLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QX509_print_ex_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#QX509_print_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q OX509_pubkey_digestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509_reject_clearLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QvX509_set_ex_dataLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509_set_issuer_nameLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509_set_notAfterLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509_set_notBeforeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QX509_set_pubkeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_set_serialNumberLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_set_subject_nameLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QX509_set_versionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#QX509_signLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q=X509_sign_ctxLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!9X509_signature_dumpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"
X509_signature_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509_subject_name_cmpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509_subject_name_hashLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509_subject_name_hash_oldLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&X509_supported_extensionLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q	X509_time_adjLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QfX509_time_adj_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QX509_to_X509_REQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QX509_trust_clearLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#QX509_verifyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QX509_verify_certLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+X509_verify_cert_error_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QX509at_add1_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509at_add1_attr_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509at_add1_attr_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%X509at_add1_attr_by_txtLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q X509at_delete_attrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%[X509at_get0_data_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QX509at_get_attrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509at_get_attr_by_NIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$X509at_get_attr_by_OBJLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509at_get_attr_countLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QX509v3_add_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QX509v3_delete_extLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QX509v3_get_extLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509v3_get_ext_by_NIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#X509v3_get_ext_by_OBJLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(X509v3_get_ext_by_criticalLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"X509v3_get_ext_countLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#Q
ZLONG_itLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'_ossl_096_des_random_seedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q_ossl_old_cryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%
_ossl_old_des_cbc_cksumLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'@_ossl_old_des_cbc_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)_ossl_old_des_cfb64_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'_ossl_old_des_cfb_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!^
_ossl_old_des_cryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$
_ossl_old_des_decrypt3LIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(&_ossl_old_des_ecb3_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'[_ossl_old_des_ecb_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       64        `
dU#Q,
_ossl_old_des_ede3_cbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q.
_ossl_old_des_ede3_cfb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       66        `
dU#Q._ossl_old_des_ede3_ofb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$x
_ossl_old_des_enc_readLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%_ossl_old_des_enc_writeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#

_ossl_old_des_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$_ossl_old_des_encrypt2LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$_ossl_old_des_encrypt3LIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"_ossl_old_des_fcryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'
_ossl_old_des_is_weak_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%j
_ossl_old_des_key_schedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(_ossl_old_des_ncbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)q
_ossl_old_des_ofb64_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'_ossl_old_des_ofb_encryptLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#4
_ossl_old_des_optionsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(_ossl_old_des_pcbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&_ossl_old_des_quad_cksumLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&
_ossl_old_des_random_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'#_ossl_old_des_random_seedLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       63        `
dU#Q+$_ossl_old_des_read_2passwordsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)%_ossl_old_des_read_passwordLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#&_ossl_old_des_read_pwLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*'_ossl_old_des_read_pw_stringLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#_ossl_old_des_set_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       62        `
dU#Q*_ossl_old_des_set_odd_parityLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+
_ossl_old_des_string_to_2keysLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)
_ossl_old_des_string_to_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(W_ossl_old_des_xcbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#J_shadow_DES_check_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!
_shadow_DES_rw_modeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qa2d_ASN1_OBJECTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!a2i_ASN1_ENUMERATEDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qa2i_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qa2i_ASN1_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qxa2i_GENERAL_NAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q/
a2i_IPADDRESSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qa2i_IPADDRESS_NCLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#Qa2i_ipaddLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qasn1_FinishLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qasn1_GetSequenceLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QCasn1_add_errorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qtasn1_const_FinishLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q
asn1_do_adbLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qasn1_do_lockLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qasn1_enc_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qasn1_enc_initLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QKasn1_enc_restoreLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qasn1_enc_saveLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#QHasn1_ex_c2iLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qg
asn1_ex_i2cLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&asn1_get_choice_selectorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 5asn1_get_field_ptrLIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&2asn1_set_choice_selectorLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qb2i_PVK_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Qb2i_PrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q b2i_PrivateKey_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qb2i_PublicKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QLb2i_PublicKey_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qbn_add_wordsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qbn_div_wordsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qhbn_dup_expandLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Qbn_expand2LIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qbn_mul_add_wordsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qbn_mul_wordsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qbn_sqr_wordsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Q\bn_sub_wordsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!u	c2i_ASN1_BIT_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qx	c2i_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q|	c2i_ASN1_OBJECTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qcheck_deferLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$d2i_ACCESS_DESCRIPTIONLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_ASN1_BIT_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q Dd2i_ASN1_BMPSTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_ASN1_BOOLEANLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_ASN1_ENUMERATEDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&d2i_ASN1_GENERALIZEDTIMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$d2i_ASN1_GENERALSTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_ASN1_IA5STRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qyd2i_ASN1_NULLLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qd2i_ASN1_OBJECTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_ASN1_OCTET_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_ASN1_PRINTABLELIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&d2i_ASN1_PRINTABLESTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_ASN1_SEQUENCE_ANYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_ASN1_SETLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_ASN1_SET_ANYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_ASN1_T61STRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_ASN1_TIMELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_ASN1_TYPELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Qtd2i_ASN1_UINTEGERLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&d2i_ASN1_UNIVERSALSTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_ASN1_UTCTIMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!>d2i_ASN1_UTF8STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$<d2i_ASN1_VISIBLESTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_ASN1_bytesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_ASN1_type_bytesLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'~d2i_AUTHORITY_INFO_ACCESSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_AUTHORITY_KEYIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_AutoPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_BASIC_CONSTRAINTSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%d2i_CERTIFICATEPOLICIESLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_CMS_ContentInfoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$d2i_CMS_ReceiptRequestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qjd2i_CMS_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_CRL_DIST_POINTSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_DHparamsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!@d2i_DIRECTORYSTRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QBd2i_DISPLAYTEXTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_DIST_POINTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_DIST_POINT_NAMELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_DSAPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_DSAPrivateKey_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"d2i_DSAPrivateKey_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_DSAPublicKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_DSA_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q -d2i_DSA_PUBKEY_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_DSA_PUBKEY_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q9d2i_DSA_SIGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_DSAparamsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_ECDSA_SIGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
d2i_ECPKParametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_ECParametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
d2i_ECPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"
d2i_ECPrivateKey_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!Yd2i_ECPrivateKey_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qa
d2i_EC_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q{d2i_EC_PUBKEY_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_EC_PUBKEY_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
d2i_EDIPARTYNAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qd2i_ESS_CERT_IDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_ESS_ISSUER_SERIALLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"Sd2i_ESS_SIGNING_CERTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$r
d2i_EXTENDED_KEY_USAGELIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_GENERAL_NAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_GENERAL_NAMESLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$d2i_ISSUING_DIST_POINTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q
d2i_KRB5_APREQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q u
d2i_KRB5_APREQBODYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q}
d2i_KRB5_AUTHDATALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
d2i_KRB5_AUTHENTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"d2i_KRB5_AUTHENTBODYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q
d2i_KRB5_CHECKSUMLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_KRB5_ENCDATALIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QUd2i_KRB5_ENCKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
d2i_KRB5_PRINCNAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qd2i_KRB5_TICKETLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_KRB5_TKTBODYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(d2i_NETSCAPE_CERT_SEQUENCELIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_NETSCAPE_SPKACLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_NETSCAPE_SPKILIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QTd2i_NETSCAPE_X509LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_NOTICEREFLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_Netscape_RSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 	d2i_OCSP_BASICRESPLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q3d2i_OCSP_CERTIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!	d2i_OCSP_CERTSTATUSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
d2i_OCSP_CRLIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#QPd2i_OCSP_ONEREQLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QKd2i_OCSP_REQINFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QX
d2i_OCSP_REQUESTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 	d2i_OCSP_RESPBYTESLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_OCSP_RESPDATALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q
d2i_OCSP_RESPIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_OCSP_RESPONSELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"'
d2i_OCSP_REVOKEDINFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
d2i_OCSP_SERVICELOCLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 9d2i_OCSP_SIGNATURELIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!n
d2i_OCSP_SINGLERESPLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q0d2i_OTHERNAMELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q{d2i_PBE2PARAMLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q d2i_PBEPARAMLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qwd2i_PBKDF2PARAMLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q	d2i_PKCS12LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qd2i_PKCS12_BAGSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_PKCS12_MAC_DATALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_PKCS12_SAFEBAGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_PKCS12_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_PKCS12_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Qd2i_PKCS7LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_PKCS7_DIGESTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_PKCS7_ENCRYPTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_PKCS7_ENC_CONTENTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_PKCS7_ENVELOPELIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)d2i_PKCS7_ISSUER_AND_SERIALLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"d2i_PKCS7_RECIP_INFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_PKCS7_SIGNEDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_PKCS7_SIGNER_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%d2i_PKCS7_SIGN_ENVELOPELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_PKCS7_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_PKCS7_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%wd2i_PKCS8PrivateKey_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$d2i_PKCS8PrivateKey_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%$d2i_PKCS8_PRIV_KEY_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)d2i_PKCS8_PRIV_KEY_INFO_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(d2i_PKCS8_PRIV_KEY_INFO_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_PKCS8_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_PKCS8_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_PKEY_USAGE_PERIODLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_POLICYINFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_POLICYQUALINFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+d2i_PROXY_CERT_INFO_EXTENSIONLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_PROXY_POLICYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Qd2i_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q	d2i_PUBKEY_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q	d2i_PUBKEY_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_PrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_PrivateKey_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_PrivateKey_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_PublicKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_RSAPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#d2i_RSAPrivateKey_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"d2i_RSAPrivateKey_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_RSAPublicKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"d2i_RSAPublicKey_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_RSAPublicKey_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qh	d2i_RSA_NETLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q :d2i_RSA_PSS_PARAMSLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_RSA_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_RSA_PUBKEY_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_RSA_PUBKEY_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q.d2i_SXNETLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q2d2i_SXNETIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qbd2i_TS_ACCURACYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_TS_MSG_IMPRINTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$Jd2i_TS_MSG_IMPRINT_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#Pd2i_TS_MSG_IMPRINT_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Qd2i_TS_REQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qed2i_TS_REQ_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_TS_REQ_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qd2i_TS_RESPLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qd2i_TS_RESP_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q+d2i_TS_RESP_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q hd2i_TS_STATUS_INFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q}d2i_TS_TST_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_TS_TST_INFO_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_TS_TST_INFO_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_USERNOTICELIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#Qd2i_X509LIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qd2i_X509_ALGORLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qad2i_X509_ALGORSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_X509_ATTRIBUTELIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_X509_AUXLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QCd2i_X509_CERT_AUXLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q rd2i_X509_CERT_PAIRLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_X509_CINFLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_X509_CRLLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_X509_CRL_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_X509_CRL_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qd2i_X509_CRL_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q d2i_X509_EXTENSIONLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!Ud2i_X509_EXTENSIONSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_X509_NAMELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!d2i_X509_NAME_ENTRYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qd2i_X509_PKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qd2i_X509_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_X509_REQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qd2i_X509_REQ_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_X509_REQ_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qd2i_X509_REQ_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qd2i_X509_REVOKEDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_X509_SIGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_X509_VALLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qd2i_X509_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qd2i_X509_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$get_rfc2409_prime_1024LIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#get_rfc2409_prime_768LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$get_rfc3526_prime_1536LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$get_rfc3526_prime_2048LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$get_rfc3526_prime_3072LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$get_rfc3526_prime_4096LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$get_rfc3526_prime_6144LIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$get_rfc3526_prime_8192LIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qhex_to_stringLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$&i2a_ACCESS_DESCRIPTIONLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2a_ASN1_ENUMERATEDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q/i2a_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q0i2a_ASN1_OBJECTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q1i2a_ASN1_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qi2b_PVK_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q i2b_PrivateKey_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qi2b_PublicKey_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!v	i2c_ASN1_BIT_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qy	i2c_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$i2d_ACCESS_DESCRIPTIONLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!2i2d_ASN1_BIT_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q Ei2d_ASN1_BMPSTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q3i2d_ASN1_BOOLEANLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2d_ASN1_ENUMERATEDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&i2d_ASN1_GENERALIZEDTIMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$
i2d_ASN1_GENERALSTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 5i2d_ASN1_IA5STRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q6i2d_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q}i2d_ASN1_NULLLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q7i2d_ASN1_OBJECTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#8i2d_ASN1_OCTET_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 9i2d_ASN1_PRINTABLELIBEAY32.dllLIBEAY32.dll/   1360601941              0       58        `
dU#Q&ei2d_ASN1_PRINTABLESTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#Ii2d_ASN1_SEQUENCE_ANYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q:i2d_ASN1_SETLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qei2d_ASN1_SET_ANYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q gi2d_ASN1_T61STRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qi2d_ASN1_TIMELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q;i2d_ASN1_TYPELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       58        `
dU#Q&i2d_ASN1_UNIVERSALSTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q<i2d_ASN1_UTCTIMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!=i2d_ASN1_UTF8STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$;i2d_ASN1_VISIBLESTRINGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2d_ASN1_bio_streamLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q=i2d_ASN1_bytesLIBEAY32.dllLIBEAY32.dll/   1360601941              0       59        `
dU#Q'i2d_AUTHORITY_INFO_ACCESSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2d_AUTHORITY_KEYIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#i2d_BASIC_CONSTRAINTSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%i2d_CERTIFICATEPOLICIESLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!hi2d_CMS_ContentInfoLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$i2d_CMS_ReceiptRequestLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qi2d_CMS_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q pi2d_CMS_bio_streamLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2d_CRL_DIST_POINTSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q>i2d_DHparamsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!?i2d_DIRECTORYSTRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QAi2d_DISPLAYTEXTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Qi2d_DIST_POINTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!	i2d_DIST_POINT_NAMELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q?i2d_DSAPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#@i2d_DSAPrivateKey_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"Ai2d_DSAPrivateKey_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QBi2d_DSAPublicKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qi2d_DSA_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q i2d_DSA_PUBKEY_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qi2d_DSA_PUBKEY_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q:i2d_DSA_SIGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QCi2d_DSAparamsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q#i2d_ECDSA_SIGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q 
i2d_ECPKParametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
i2d_ECParametersLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
i2d_ECPrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"|
i2d_ECPrivateKey_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!Gi2d_ECPrivateKey_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Q
i2d_EC_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Qi2d_EC_PUBKEY_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qui2d_EC_PUBKEY_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q\i2d_EDIPARTYNAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qi2d_ESS_CERT_IDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#i2d_ESS_ISSUER_SERIALLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"Gi2d_ESS_SIGNING_CERTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$i2d_EXTENDED_KEY_USAGELIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qi2d_GENERAL_NAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qi2d_GENERAL_NAMESLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$xi2d_ISSUING_DIST_POINTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q	
i2d_KRB5_APREQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q %i2d_KRB5_APREQBODYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qi2d_KRB5_AUTHDATALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Ql
i2d_KRB5_AUTHENTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"8i2d_KRB5_AUTHENTBODYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qi2d_KRB5_CHECKSUMLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QAi2d_KRB5_ENCDATALIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qi2d_KRB5_ENCKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q i2d_KRB5_PRINCNAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qi2d_KRB5_TICKETLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qi2d_KRB5_TKTBODYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       60        `
dU#Q(i2d_NETSCAPE_CERT_SEQUENCELIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q Di2d_NETSCAPE_SPKACLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QEi2d_NETSCAPE_SPKILIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QHi2d_NETSCAPE_X509LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qi2d_NOTICEREFLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QFi2d_Netscape_RSALIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
i2d_OCSP_BASICRESPLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qi2d_OCSP_CERTIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2d_OCSP_CERTSTATUSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
i2d_OCSP_CRLIDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q
i2d_OCSP_ONEREQLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q
i2d_OCSP_REQINFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Q
i2d_OCSP_REQUESTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q 
i2d_OCSP_RESPBYTESLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QE
i2d_OCSP_RESPDATALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QRi2d_OCSP_RESPIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Qz
i2d_OCSP_RESPONSELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"Ji2d_OCSP_REVOKEDINFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!
i2d_OCSP_SERVICELOCLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q i2d_OCSP_SIGNATURELIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2d_OCSP_SINGLERESPLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qi2d_OTHERNAMELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qyi2d_PBE2PARAMLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qi2d_PBEPARAMLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qui2d_PBKDF2PARAMLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Qi2d_PKCS12LIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qi2d_PKCS12_BAGSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2d_PKCS12_MAC_DATALIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q i2d_PKCS12_SAFEBAGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qi2d_PKCS12_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qi2d_PKCS12_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#QGi2d_PKCS7LIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#QHi2d_PKCS7_DIGESTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QIi2d_PKCS7_ENCRYPTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#Ji2d_PKCS7_ENC_CONTENTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q Ki2d_PKCS7_ENVELOPELIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)Li2d_PKCS7_ISSUER_AND_SERIALLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Q
i2d_PKCS7_NDEFLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"Mi2d_PKCS7_RECIP_INFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QNi2d_PKCS7_SIGNEDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#Oi2d_PKCS7_SIGNER_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%Pi2d_PKCS7_SIGN_ENVELOPELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QQi2d_PKCS7_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"i2d_PKCS7_bio_streamLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QRi2d_PKCS7_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)i2d_PKCS8PrivateKeyInfo_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(i2d_PKCS8PrivateKeyInfo_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%{i2d_PKCS8PrivateKey_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       56        `
dU#Q$|i2d_PKCS8PrivateKey_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       61        `
dU#Q)i2d_PKCS8PrivateKey_nid_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(~i2d_PKCS8PrivateKey_nid_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       57        `
dU#Q%"i2d_PKCS8_PRIV_KEY_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)i2d_PKCS8_PRIV_KEY_INFO_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       60        `
dU#Q(i2d_PKCS8_PRIV_KEY_INFO_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qi2d_PKCS8_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qi2d_PKCS8_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#i2d_PKEY_USAGE_PERIODLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Qi2d_POLICYINFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q i2d_POLICYQUALINFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       63        `
dU#Q+i2d_PROXY_CERT_INFO_EXTENSIONLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qi2d_PROXY_POLICYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Qi2d_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Q	i2d_PUBKEY_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q	i2d_PUBKEY_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#QSi2d_PrivateKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q i2d_PrivateKey_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qi2d_PrivateKey_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#QTi2d_PublicKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#QUi2d_RSAPrivateKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       55        `
dU#Q#Vi2d_RSAPrivateKey_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       54        `
dU#Q"Wi2d_RSAPrivateKey_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#QXi2d_RSAPublicKeyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"i2d_RSAPublicKey_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2d_RSAPublicKey_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qf	i2d_RSA_NETLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q >i2d_RSA_PSS_PARAMSLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qi2d_RSA_PUBKEYLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q i2d_RSA_PUBKEY_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#QAi2d_RSA_PUBKEY_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q-i2d_SXNETLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q1i2d_SXNETIDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qi2d_TS_ACCURACYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q i2d_TS_MSG_IMPRINTLIBEAY32.dllLIBEAY32.dll/   1360601941              0       56        `
dU#Q$i2d_TS_MSG_IMPRINT_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#i2d_TS_MSG_IMPRINT_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q%i2d_TS_REQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qi2d_TS_REQ_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Qi2d_TS_REQ_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qi2d_TS_RESPLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qpi2d_TS_RESP_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       48        `
dU#Qi2d_TS_RESP_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q Yi2d_TS_STATUS_INFOLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qi2d_TS_TST_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!<i2d_TS_TST_INFO_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q $i2d_TS_TST_INFO_fpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#Qi2d_USERNOTICELIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#QYi2d_X509LIBEAY32.dllLIBEAY32.dll/   1360601941              0       48        `
dU#QZi2d_X509_ALGORLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q^i2d_X509_ALGORSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q [i2d_X509_ATTRIBUTELIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#QTi2d_X509_AUXLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qi2d_X509_CERT_AUXLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q :i2d_X509_CERT_PAIRLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q\i2d_X509_CINFLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Q]i2d_X509_CRLLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Q^i2d_X509_CRL_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Q_i2d_X509_CRL_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q`i2d_X509_CRL_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       52        `
dU#Q ai2d_X509_EXTENSIONLIBEAY32.dllLIBEAY32.dll/   1360601941              0       53        `
dU#Q!Ri2d_X509_EXTENSIONSLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qbi2d_X509_NAMELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!ci2d_X509_NAME_ENTRYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qdi2d_X509_PKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qei2d_X509_PUBKEYLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qfi2d_X509_REQLIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qgi2d_X509_REQ_INFOLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qhi2d_X509_REQ_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qii2d_X509_REQ_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qji2d_X509_REVOKEDLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qki2d_X509_SIGLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qli2d_X509_VALLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qmi2d_X509_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qni2d_X509_fpLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Q-
i2o_ECPublicKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!i2s_ASN1_ENUMERATEDLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       59        `
dU#Q'i2s_ASN1_ENUMERATED_TABLELIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qi2s_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#i2s_ASN1_OCTET_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#Qi2t_ASN1_OBJECTLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!7i2v_ASN1_BIT_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qi2v_GENERAL_NAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qi2v_GENERAL_NAMESLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qoidea_cbc_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q pidea_cfb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       50        `
dU#Qqidea_ecb_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qridea_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       52        `
dU#Q sidea_ofb64_encryptLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qtidea_optionsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"uidea_set_decrypt_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       54        `
dU#Q"videa_set_encrypt_keyLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#Qwlh_deleteLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#Qxlh_doallLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qylh_doall_argLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Qzlh_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Q{lh_insertLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#Q|lh_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       47        `
dU#Q}lh_node_statsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       51        `
dU#Q~lh_node_stats_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!lh_node_usage_statsLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       57        `
dU#Q%lh_node_usage_stats_bioLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qlh_num_itemsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qlh_retrieveLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#Qlh_statsLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qlh_stats_bioLIBEAY32.dllLIBEAY32.dll/   1360601941              0       44        `
dU#Qlh_strhashLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#Qname_cmpLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Q(
o2i_ECPublicKeyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Qpitem_freeLIBEAY32.dllLIBEAY32.dll/   1360601941              0       43        `
dU#Q%
pitem_newLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q~
pqueue_findLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Qxpqueue_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qpqueue_insertLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       49        `
dU#QB
pqueue_iteratorLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Qpqueue_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qpqueue_nextLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       45        `
dU#Q
pqueue_peekLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q?pqueue_popLIBEAY32.dllLIBEAY32.dll/   1360601941              0       46        `
dU#Qd
pqueue_printLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qpqueue_sizeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)private_AES_set_decrypt_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       61        `
dU#Q)private_AES_set_encrypt_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!private_RC4_set_keyLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qs2i_ASN1_INTEGERLIBEAY32.dllLIBEAY32.dll/   1360601941              0       55        `
dU#Q#s2i_ASN1_OCTET_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Qsk_deleteLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qsk_delete_ptrLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#Qsk_dupLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Qsk_findLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Q
sk_find_exLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Qsk_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       43        `
dU#Qsk_insertLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       46        `
dU#Qsk_is_sortedLIBEAY32.dllLIBEAY32.dll/   1360601941              0       40        `
dU#Qsk_newLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qk	sk_new_nullLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#Qvsk_numLIBEAY32.dllLIBEAY32.dll/   1360601941              0       40        `
dU#Qsk_popLIBEAY32.dllLIBEAY32.dll/   1360601941              0       45        `
dU#Qsk_pop_freeLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       41        `
dU#Qsk_pushLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       40        `
dU#Qwsk_setLIBEAY32.dllLIBEAY32.dll/   1360601941              0       49        `
dU#Qsk_set_cmp_funcLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       42        `
dU#Qsk_shiftLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Qsk_sortLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       44        `
dU#Qsk_unshiftLIBEAY32.dllLIBEAY32.dll/   1360601941              0       42        `
dU#Qusk_valueLIBEAY32.dllLIBEAY32.dll/   1360601941              0       41        `
dU#Qsk_zeroLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       47        `
dU#Qstring_to_hexLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!v2i_ASN1_BIT_STRINGLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       50        `
dU#Qv2i_GENERAL_NAMELIBEAY32.dllLIBEAY32.dll/   1360601941              0       51        `
dU#Qv2i_GENERAL_NAMESLIBEAY32.dll
LIBEAY32.dll/   1360601941              0       53        `
dU#Q!v2i_GENERAL_NAME_exLIBEAY32.dll
vibe.d-0.7.30/lib/win-amd64/ssleay32.dll000066400000000000000000013430001304441332000173610ustar00rootroot00000000000000MZ@	!L!This program cannot be run in DOS mode.

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 0p @0 0 00A0H0p`@0x0 0A00p@000p0p00pP@0h@0@0 0!0"0#@@$@  %@@@&@ `'@x( ) @*  +@@,@ @-@@ .@ @@/@`0 @1 @2  @CLNTSRVR7FB`?@1 F$E`h`A.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c.\ssl\s3_lib.c666666666666666666666666666666666666666666666666\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\.\ssl\s3_enc.cm.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.c.\ssl\s3_enc.cABBCCC.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.cmac_size <= EVP_MAX_MD_SIZE.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.cs->s3->wnum <= INT_MAX.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c%dSSL alert number .\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.c.\ssl\s3_pkt.ci <= EVP_MAX_MD_SIZE.\ssl\s3_both.ci <= EVP_MAX_MD_SIZE.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.ci <= EVP_MAX_MD_SIZE.\ssl\s3_both.ci <= EVP_MAX_MD_SIZE.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.c.\ssl\s3_both.corig_len >= md_size.\ssl\s3_cbc.cmd_size <= EVP_MAX_MD_SIZE.\ssl\s3_cbc.cdata_plus_mac_plus_padding_size < 1024 * 1024.\ssl\s3_cbc.c0.\ssl\s3_cbc.cmd_length_size <= MAX_HASH_BIT_COUNT_BYTES.\ssl\s3_cbc.cmd_block_size <= MAX_HASH_BLOCK_SIZE.\ssl\s3_cbc.cmd_size <= EVP_MAX_MD_SIZE.\ssl\s3_cbc.cmac_secret_length <= sizeof(hmac_pad).\ssl\s3_cbc.c.\ssl\s23_srvr.c.\ssl\s23_srvr.cGET POST HEAD PUT .\ssl\s23_srvr.cCONNECT.\ssl\s23_srvr.cs->version <= TLS_MAX_VERSION.\ssl\s23_srvr.c.\ssl\s23_srvr.c.\ssl\s23_srvr.c.\ssl\s23_srvr.c.\ssl\s23_srvr.c.\ssl\s23_srvr.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.cs->version <= TLS_MAX_VERSION.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_clnt.c.\ssl\s23_lib.c.\ssl\s23_lib.c.\ssl\s23_lib.cclient finishedserver finished``
0@0.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c@t.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.c.\ssl\t1_lib.cpayload + padding <= 16381.\ssl\t1_lib.c.\ssl\t1_lib.cchunk >= 0.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.ckey expansion.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.cclient write keyserver write key.\ssl\t1_enc.cIV block.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\t1_enc.cn >= 0.\ssl\t1_enc.c.\ssl\t1_enc.c%s:%d: rec->data != rec->input
n >= 0.\ssl\t1_enc.c.\ssl\t1_enc.ct >= 0.\ssl\t1_enc.ct > 0.\ssl\t1_enc.cmaster secret.\ssl\t1_enc.c.\ssl\t1_enc.cclient finishedserver finishedmaster secretkey expansion.\ssl\t1_enc.c.\ssl\t1_enc.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_srvr.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.c.\ssl\d1_clnt.cclient finishedserver finished``
0.\ssl\d1_lib.c.\ssl\d1_lib.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.cmac_size <= EVP_MAX_MD_SIZE.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c%dSSL alert number .\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.c.\ssl\d1_pkt.clen <= SSL3_RT_MAX_PLAIN_LENGTH.\ssl\d1_pkt.c0.\ssl\d1_pkt.c.\ssl\d1_pkt.c?.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.cs->d1->mtu >= dtls1_min_mtu(s).\ssl\d1_both.cs->init_num == (int)s->d1->w_msg_hdr.msg_len + DTLS1_HM_HEADER_LENGTH.\ssl\d1_both.cs->init_off > DTLS1_HM_HEADER_LENGTH.\ssl\d1_both.clen == (unsigned int)ret.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.c((long)msg_hdr->msg_len) > 0.\ssl\d1_both.citem != NULL.\ssl\d1_both.citem != NULL.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.ci <= EVP_MAX_MD_SIZE.\ssl\d1_both.ci <= EVP_MAX_MD_SIZE.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.cinvalid state reached %s:%ddtls1_retransmit_message() failed
s->init_off == 0.\ssl\d1_both.cs->d1->w_msg_hdr.msg_len + ((s->version == DTLS1_VERSION) ? DTLS1_CCS_HEADER_LENGTH : 3) == (unsigned int)s->init_num.\ssl\d1_both.cs->d1->w_msg_hdr.msg_len + DTLS1_HM_HEADER_LENGTH == (unsigned int)s->init_num.\ssl\d1_both.cretransmit:  message %d non-existant
.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_both.cpayload + padding <= 16381.\ssl\d1_both.c.\ssl\d1_both.c.\ssl\d1_enc.c%s:%d: rec->data != rec->input
mac_size >= 0.\ssl\d1_enc.cSRTP_AES128_CM_SHA1_80SRTP_AES128_CM_SHA1_32x.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.c.\ssl\d1_srtp.cOpenSSL 1.0.1m 19 Mar 2015.\ssl\ssl_lib.c.\ssl\ssl_lib.cSSLv2ALL:!EXPORT:!aNULL:!eNULL:!SSLv2.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.cs->sid_ctx_length <= sizeof s->sid_ctx.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.cV.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.cSSLv2ALL:!EXPORT:!aNULL:!eNULL:!SSLv2.\ssl\ssl_lib.cssl2-md5.\ssl\ssl_lib.cssl3-md5.\ssl\ssl_lib.cssl3-sha1.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.cTLSv1.2TLSv1.1TLSv1SSLv3SSLv2unknown.\ssl\ssl_lib.cssl->sid_ctx_length <= sizeof(ssl->sid_ctx).\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_lib.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.cSSL for verify callback.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.cssl_clientssl_server.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_cert.c%s/%s.\ssl\ssl_cert.c')OPENSSL_DIR_read(&ctx, '.\ssl\ssl_cert.c.\ssl\ssl_cert.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.c.\ssl\ssl_sess.cSSL SESSION PARAMETERSSSL SESSION PARAMETERSSSL SESSION PARAMETERSSSL SESSION PARAMETERSWWWWW @ALLCOMPLEMENTOFALLCOMPLEMENTOFDEFAULTkRSAkDHrkDHdkDHkEDHDHkKRB5kECDHrkECDHekECDHkEECDHECDHkPSKkSRPkGOSTaRSAaDSSDSSaKRB5aNULLaDHaECDHaECDSAECDSAaPSKaGOST94aGOST01aGOSTaSRPEDHEECDHNULLKRB5RSAADHAECDHPSKSRPDES3DESRC4RC2IDEASEEDeNULLAES128AES256AESAESGCMCAMELLIA128CAMELLIA256CAMELLIAMD5SHA1SHAGOST94GOST89MACSHA256SHA384SSLv2SSLv3TLSv1TLSv1.2EXPEXPORTEXPORT40EXPORT56LOWMEDIUMHIGHFIPSDES-CBCDES-EDE3-CBCRC4RC2-CBCIDEA-CBCAES-128-CBCAES-256-CBCCAMELLIA-128-CBCCAMELLIA-256-CBCgost89-cntSEED-CBCid-aes128-GCMid-aes256-GCMMD5ssl_mac_secret_size[SSL_MD_MD5_IDX] >= 0.\ssl\ssl_ciph.cSHA1ssl_mac_secret_size[SSL_MD_SHA1_IDX] >= 0.\ssl\ssl_ciph.cmd_gost94ssl_mac_secret_size[SSL_MD_GOST94_IDX] >= 0.\ssl\ssl_ciph.cgost-macgost-macSHA256SHA384.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.cRC4-HMAC-MD5AES-128-CBC-HMAC-SHA1AES-256-CBC-HMAC-SHA1gost94gost2001.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.cSTRENGTH.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.cDEFAULTALL:!EXPORT:!aNULL:!eNULL:!SSLv2%-23s %s Kx=%-8s Au=%-4s Enc=%-9s Mac=%-4s%s
+ exportSSLv2SSLv3TLSv1.2unknownRSA(512)RSA(1024)RSADH/RSADH/DSSKRB5DH(512)DH(1024)DHECDH/RSAECDH/ECDSAECDHPSKSRPGOSTunknownRSADSSDHKRB5ECDHNoneECDSAPSKSRPGOST94GOST01unknownDES(40)DES(56)3DES(168)RC4(40)RC4(56)RC4(64)RC4(128)RC2(40)RC2(56)RC2(128)IDEA(128)NoneAES(128)AES(256)AESGCM(128)AESGCM(256)Camellia(128)Camellia(256)SEED(128)GOST89(256)unknownMD5SHA1SHA256SHA384AEADGOST89GOST94unknown.\ssl\ssl_ciph.cOPENSSL_malloc ErrorBuffer too small(NONE)TLSv1/SSLv3SSLv2unknown(NONE).\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.c.\ssl\ssl_ciph.cbefore SSL initializationbefore accept initializationbefore connect initializationSSL negotiation finished successfullySSL renegotiate ciphersbefore/connect initializationok/connect SSL initializationbefore/accept initializationok/accept SSL initializationSSLv2 client start encryptionSSLv2 server start encryptionSSLv2 write client hello ASSLv2 write client hello BSSLv2 read server hello ASSLv2 read server hello BSSLv2 write client master key ASSLv2 write client master key BSSLv2 write client finished ASSLv2 write client finished BSSLv2 write client certificate ASSLv2 write client certificate BSSLv2 write client certificate CSSLv2 write client certificate DSSLv2 read server verify ASSLv2 read server verify BSSLv2 read server finished ASSLv2 read server finished BSSLv2 read client hello ASSLv2 read client hello BSSLv2 read client hello CSSLv2 write server hello ASSLv2 write server hello BSSLv2 read client master key ASSLv2 read client master key BSSLv2 write server verify ASSLv2 write server verify BSSLv2 write server verify CSSLv2 read client finished ASSLv2 read client finished BSSLv2 write server finished ASSLv2 write server finished BSSLv2 write request certificate ASSLv2 write request certificate BSSLv2 write request certificate CSSLv2 write request certificate DSSLv2 X509 read server certificateSSLv2 X509 read client certificateSSLv3 write client hello ASSLv3 write client hello BSSLv3 read server hello ASSLv3 read server hello BSSLv3 read server certificate ASSLv3 read server certificate BSSLv3 read server key exchange ASSLv3 read server key exchange BSSLv3 read server certificate request ASSLv3 read server certificate request BSSLv3 read server session ticket ASSLv3 read server session ticket BSSLv3 read server done ASSLv3 read server done BSSLv3 write client certificate ASSLv3 write client certificate BSSLv3 write client certificate CSSLv3 write client certificate DSSLv3 write client key exchange ASSLv3 write client key exchange BSSLv3 write certificate verify ASSLv3 write certificate verify BSSLv3 write change cipher spec ASSLv3 write change cipher spec BSSLv3 write finished ASSLv3 write finished BSSLv3 read change cipher spec ASSLv3 read change cipher spec BSSLv3 read finished ASSLv3 read finished BSSLv3 flush dataSSLv3 read client hello ASSLv3 read client hello BSSLv3 read client hello CSSLv3 write hello request ASSLv3 write hello request BSSLv3 write hello request CSSLv3 write server hello ASSLv3 write server hello BSSLv3 write certificate ASSLv3 write certificate BSSLv3 write key exchange ASSLv3 write key exchange BSSLv3 write certificate request ASSLv3 write certificate request BSSLv3 write session ticket ASSLv3 write session ticket BSSLv3 write server done ASSLv3 write server done BSSLv3 read client certificate ASSLv3 read client certificate BSSLv3 read client key exchange ASSLv3 read client key exchange BSSLv3 read certificate verify ASSLv3 read certificate verify BSSLv2/v3 write client hello ASSLv2/v3 write client hello BSSLv2/v3 read server hello ASSLv2/v3 read server hello BSSLv2/v3 read client hello ASSLv2/v3 read client hello BDTLS1 read hello verify request ADTLS1 read hello verify request BDTLS1 write hello verify request ADTLS1 write hello verify request Bunknown stateread headerread bodyread doneunknownPINIT AINIT CINIT SSLOK 2CSENC2SSENC2SCH_A2SCH_B2GSH_A2GSH_B2SCMKA2SCMKB2SCF_A2SCF_B2SCC_A2SCC_B2SCC_C2SCC_D2GSV_A2GSV_B2GSF_A2GSF_B2GCH_A2GCH_B2GCH_C2SSH_A2SSH_B2GCMKA2GCMKA2SSV_A2SSV_B2SSV_C2GCF_A2GCF_B2SSF_A2SSF_B2SRC_A2SRC_B2SRC_C2SRC_D2X9GSC2X9GCC3FLUSH3WCH_A3WCH_B3RSH_A3RSH_B3RSC_A3RSC_B3RSKEA3RSKEB3RCR_A3RCR_B3RSD_A3RSD_B3WCC_A3WCC_B3WCC_C3WCC_D3WCKEA3WCKEB3WCV_A3WCV_B3WCCSA3WCCSB3WFINA3WFINB3RCCSA3RCCSB3RFINA3RFINB3WHR_A3WHR_B3WHR_C3RCH_A3RCH_B3RCH_C3WSH_A3WSH_B3WSC_A3WSC_B3WSKEA3WSKEB3WCR_A3WCR_B3WSD_A3WSD_B3RCC_A3RCC_B3RCKEA3RCKEB3RCV_A3RCV_B23WCHA23WCHB23RSHA23RSHA23RCHA23RCHBDRCHVADRCHVBDWCHVADWCHVBUNKWN warningfatalunknownWFUCNUMBMDFHFNCBCUCCRCECUIPDCROCAADDECYERPVISIEUSNRUECOUNBRBHUPUKclose notifyunexpected_messagebad record macdecompression failurehandshake failureno certificatebad certificateunsupported certificatecertificate revokedcertificate expiredcertificate unknownillegal parameterdecryption failedrecord overflowunknown CAaccess denieddecode errordecrypt errorexport restrictionprotocol versioninsufficient securityinternal erroruser canceledno renegotiationunsupported extensioncertificate unobtainableunrecognized namebad certificate status responsebad certificate hash valueunknown PSK identityunknownRHRBRDunknown.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.c.\ssl\ssl_rsa.cos.length <= (int)sizeof(ret->session_id).\ssl\ssl_asn1.c.\ssl\ssl_asn1.c.\ssl\ssl_txt.cSSL-Session:
SSLv2SSLv3TLSv1.2TLSv1.1TLSv1DTLSv1DTLSv1-badunknown    Protocol  : %s
    Cipher    : %06lX
    Cipher    : %04lX
unknown    Cipher    : %s
    Session-ID: %02X
    Session-ID-ctx: %02X
    Master-Key: %02X
    Key-Arg   : None%02X
    PSK identity: None%s
    PSK identity hint: None%s
    SRP username: None%s
    TLS session ticket lifetime hint: %ld (seconds)
    TLS session ticket:

    Compression: %d
    Compression: %d (%s)
    Start Time: %ld
    Timeout   : %ld (sec)
    Verify return code: %ld (%s)
MD5ssl2-md5MD5ssl3-md5SHA1ssl3-sha1RSA-SHA1RSA-SHA1-2DSA-SHA1DSA-SHA1-oldDSA-SHA1DSS1DSA-SHA1dss1sslK0P00.\ssl\bio_ssl.c.\ssl\bio_ssl.c.\ssl\bio_ssl.c.\ssl\bio_ssl.c.\ssl\bio_ssl.cCLIENT_CERTIFICATECLIENT_FINISHEDCLIENT_HELLOCLIENT_MASTER_KEYd2i_SSL_SESSIONDO_DTLS1_WRITEDO_SSL3_WRITEDTLS1_ACCEPTDTLS1_ADD_CERT_TO_BUFDTLS1_BUFFER_RECORDDTLS1_CHECK_TIMEOUT_NUMDTLS1_CLIENT_HELLODTLS1_CONNECTDTLS1_ENCDTLS1_GET_HELLO_VERIFYDTLS1_GET_MESSAGEDTLS1_GET_MESSAGE_FRAGMENTDTLS1_GET_RECORDDTLS1_HANDLE_TIMEOUTDTLS1_HEARTBEATDTLS1_OUTPUT_CERT_CHAINDTLS1_PREPROCESS_FRAGMENTDTLS1_PROCESS_OUT_OF_SEQ_MESSAGEDTLS1_PROCESS_RECORDDTLS1_READ_BYTESDTLS1_READ_FAILEDDTLS1_SEND_CERTIFICATE_REQUESTDTLS1_SEND_CLIENT_CERTIFICATEDTLS1_SEND_CLIENT_KEY_EXCHANGEDTLS1_SEND_CLIENT_VERIFYDTLS1_SEND_HELLO_VERIFY_REQUESTDTLS1_SEND_SERVER_CERTIFICATEDTLS1_SEND_SERVER_HELLODTLS1_SEND_SERVER_KEY_EXCHANGEDTLS1_WRITE_APP_DATA_BYTESGET_CLIENT_FINISHEDGET_CLIENT_HELLOGET_CLIENT_MASTER_KEYGET_SERVER_FINISHEDGET_SERVER_HELLOGET_SERVER_VERIFYi2d_SSL_SESSIONREAD_NREQUEST_CERTIFICATESERVER_FINISHSERVER_HELLOSERVER_VERIFYSSL23_ACCEPTSSL23_CLIENT_HELLOSSL23_CONNECTSSL23_GET_CLIENT_HELLOSSL23_GET_SERVER_HELLOSSL23_PEEKSSL23_READSSL23_WRITESSL2_ACCEPTSSL2_CONNECTSSL2_ENC_INITSSL2_GENERATE_KEY_MATERIALSSL2_PEEKSSL2_READSSL2_READ_INTERNALSSL2_SET_CERTIFICATESSL2_WRITESSL3_ACCEPTSSL3_ADD_CERT_TO_BUFSSL3_CALLBACK_CTRLSSL3_CHANGE_CIPHER_STATESSL3_CHECK_CERT_AND_ALGORITHMSSL3_CHECK_CLIENT_HELLOSSL3_CLIENT_HELLOSSL3_CONNECTSSL3_CTRLSSL3_CTX_CTRLSSL3_DIGEST_CACHED_RECORDSSSL3_DO_CHANGE_CIPHER_SPECSSL3_ENCSSL3_GENERATE_KEY_BLOCKSSL3_GET_CERTIFICATE_REQUESTSSL3_GET_CERT_STATUSSSL3_GET_CERT_VERIFYSSL3_GET_CLIENT_CERTIFICATESSL3_GET_CLIENT_HELLOSSL3_GET_CLIENT_KEY_EXCHANGESSL3_GET_FINISHEDSSL3_GET_KEY_EXCHANGESSL3_GET_MESSAGESSL3_GET_NEW_SESSION_TICKETSSL3_GET_NEXT_PROTOSSL3_GET_RECORDSSL3_GET_SERVER_CERTIFICATESSL3_GET_SERVER_DONESSL3_GET_SERVER_HELLOssl3_handshake_macSSL3_NEW_SESSION_TICKETSSL3_OUTPUT_CERT_CHAINSSL3_PEEKSSL3_READ_BYTESSSL3_READ_NSSL3_SEND_CERTIFICATE_REQUESTSSL3_SEND_CLIENT_CERTIFICATESSL3_SEND_CLIENT_KEY_EXCHANGESSL3_SEND_CLIENT_VERIFYSSL3_SEND_SERVER_CERTIFICATESSL3_SEND_SERVER_HELLOSSL3_SEND_SERVER_KEY_EXCHANGESSL3_SETUP_KEY_BLOCKSSL3_SETUP_READ_BUFFERSSL3_SETUP_WRITE_BUFFERSSL3_WRITE_BYTESSSL3_WRITE_PENDINGSSL_ADD_CLIENTHELLO_RENEGOTIATE_EXTSSL_ADD_CLIENTHELLO_TLSEXTSSL_ADD_CLIENTHELLO_USE_SRTP_EXTSSL_add_dir_cert_subjects_to_stackSSL_add_file_cert_subjects_to_stackSSL_ADD_SERVERHELLO_RENEGOTIATE_EXTSSL_ADD_SERVERHELLO_TLSEXTSSL_ADD_SERVERHELLO_USE_SRTP_EXTSSL_BAD_METHODSSL_BYTES_TO_CIPHER_LISTSSL_CERT_DUPSSL_CERT_INSTSSL_CERT_INSTANTIATESSL_CERT_NEWSSL_check_private_keySSL_CHECK_SERVERHELLO_TLSEXTSSL_CHECK_SRVR_ECC_CERT_AND_ALGSSL_CIPHER_PROCESS_RULESTRSSL_CIPHER_STRENGTH_SORTSSL_clearSSL_COMP_add_compression_methodSSL_CREATE_CIPHER_LISTSSL_ctrlSSL_CTX_check_private_keySSL_CTX_MAKE_PROFILESSSL_CTX_newSSL_CTX_set_cipher_listSSL_CTX_set_client_cert_engineSSL_CTX_set_purposeSSL_CTX_set_session_id_contextSSL_CTX_set_ssl_versionSSL_CTX_set_trustSSL_CTX_use_certificateSSL_CTX_use_certificate_ASN1SSL_CTX_use_certificate_chain_fileSSL_CTX_use_certificate_fileSSL_CTX_use_PrivateKeySSL_CTX_use_PrivateKey_ASN1SSL_CTX_use_PrivateKey_fileSSL_CTX_use_psk_identity_hintSSL_CTX_use_RSAPrivateKeySSL_CTX_use_RSAPrivateKey_ASN1SSL_CTX_use_RSAPrivateKey_fileSSL_do_handshakeSSL_GET_NEW_SESSIONSSL_GET_PREV_SESSIONSSL_GET_SERVER_SEND_CERTSSL_GET_SERVER_SEND_PKEYSSL_GET_SIGN_PKEYSSL_INIT_WBIO_BUFFERSSL_load_client_CA_fileSSL_newSSL_PARSE_CLIENTHELLO_RENEGOTIATE_EXTSSL_PARSE_CLIENTHELLO_TLSEXTSSL_PARSE_CLIENTHELLO_USE_SRTP_EXTSSL_PARSE_SERVERHELLO_RENEGOTIATE_EXTSSL_PARSE_SERVERHELLO_TLSEXTSSL_PARSE_SERVERHELLO_USE_SRTP_EXTSSL_peekSSL_PREPARE_CLIENTHELLO_TLSEXTSSL_PREPARE_SERVERHELLO_TLSEXTSSL_readSSL_RSA_PRIVATE_DECRYPTSSL_RSA_PUBLIC_ENCRYPTSSL_SESSION_newSSL_SESSION_print_fpSSL_SESSION_set1_id_contextSSL_SESS_CERT_NEWSSL_SET_CERTSSL_set_cipher_listSSL_set_fdSSL_SET_PKEYSSL_set_purposeSSL_set_rfdSSL_set_sessionSSL_set_session_id_contextSSL_set_session_ticket_extSSL_set_trustSSL_set_wfdSSL_shutdownSSL_SRP_CTX_initSSL_UNDEFINED_CONST_FUNCTIONSSL_UNDEFINED_FUNCTIONSSL_UNDEFINED_VOID_FUNCTIONSSL_use_certificateSSL_use_certificate_ASN1SSL_use_certificate_fileSSL_use_PrivateKeySSL_use_PrivateKey_ASN1SSL_use_PrivateKey_fileSSL_use_psk_identity_hintSSL_use_RSAPrivateKeySSL_use_RSAPrivateKey_ASN1SSL_use_RSAPrivateKey_fileSSL_VERIFY_CERT_CHAINSSL_writetls1_cert_verify_macTLS1_CHANGE_CIPHER_STATETLS1_CHECK_SERVERHELLO_TLSEXTTLS1_ENCTLS1_EXPORT_KEYING_MATERIALSSL_F_TLS1_HEARTBEATTLS1_PREPARE_CLIENTHELLO_TLSEXTTLS1_PREPARE_SERVERHELLO_TLSEXTtls1_prfTLS1_SETUP_KEY_BLOCKWRITE_PENDING@Lp
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aapp data in handshakeattempt to reuse session in different contextbad alert recordbad authentication typebad change cipher specbad checksumbad data returned by callbackbad decompressionbad dh g lengthbad dh pub key lengthbad dh p lengthbad digest lengthbad dsa signaturebad ecc certbad ecdsa signaturebad ecpointbad handshake lengthbad hello requestbad lengthbad mac decodebad mac lengthbad message typebad packet lengthbad protocol version numberbad psk identity hint lengthbad response argumentbad rsa decryptbad rsa encryptbad rsa e lengthbad rsa modulus lengthbad rsa signaturebad signaturebad srp a lengthbad srp b lengthbad srp g lengthbad srp n lengthbad srp parametersbad srp s lengthbad srtp mki valuebad srtp protection profile listbad ssl filetypebad ssl session id lengthbad statebad write retrybio not setblock cipher pad is wrongbn libca dn length mismatchca dn too longccs received earlycertificate verify failedcert length mismatchchallenge is differentcipher code wrong lengthcipher or hash unavailablecipher table src errorclienthello tlsextcompressed length too longcompression disabledcompression failurecompression id not within private rangecompression library errorconnection id is differentconnection type not setcookie mismatchdata between ccs and finisheddata length too longdecryption faileddecryption failed or bad record macdh public value length is wrongdigest check faileddtls message too bigduplicate compression idecc cert not for key agreementecc cert not for signingecc cert should have rsa signatureecc cert should have sha1 signatureecgroup too large for cipherempty srtp protection profile listencrypted length too longerror generating tmp rsa keyerror in received cipher listexcessive message sizeextra data in messagegot a fin before a ccsgot next proto before a ccsgot next proto without seeing extensionhttps proxy requesthttp requestillegal paddinginappropriate fallbackinconsistent compressioninvalid challenge lengthinvalid commandinvalid compression algorithminvalid purposeinvalid srp usernameinvalid status responseinvalid ticket keys lengthinvalid trustkey arg too longkrb5krb5 client cc principal (no tkt?)krb5 client get credkrb5 client initkrb5 client mk_req (expired tkt?)krb5 server bad ticketkrb5 server initkrb5 server rd_req (keytab perms?)krb5 server tkt expiredkrb5 server tkt not yet validkrb5 server tkt skewlength mismatchlength too shortlibrary buglibrary has no ciphersmessage too longmissing dh dsa certmissing dh keymissing dh rsa certmissing dsa signing certmissing export tmp dh keymissing export tmp rsa keymissing rsa certificatemissing rsa encrypting certmissing rsa signing certcan't find SRP server parammissing tmp dh keymissing tmp ecdh keymissing tmp rsa keymissing tmp rsa pkeymissing verify messagemultiple sgc restartsnon sslv2 initial packetno certificates returnedno certificate assignedno certificate returnedno certificate setno certificate specifiedno ciphers availableno ciphers passedno ciphers specifiedno cipher listno cipher matchno client cert methodno client cert receivedno compression specifiedPeer haven't sent GOST certificate, required for selected ciphersuiteno method specifiedno privatekeyno private key assignedno protocols availableno publickeyno renegotiationdigest requred for handshake isn't computedno shared cipherno srtp profilesno verify callbacknull ssl ctxnull ssl method passedold session cipher not returnedold session compression algorithm not returnedonly tls allowed in fips modeopaque PRF input too longpacket length too longparse tlsextpath too longpeer did not return a certificatepeer errorpeer error certificatepeer error no certificatepeer error no cipherpeer error unsupported certificate typepre mac length too longproblems mapping cipher functionsprotocol is shutdownpsk identity not foundpsk no client cbpsk no server cbpublic key encrypt errorpublic key is not rsapublic key not rsaread bio not setread timeout expiredread wrong packet typerecord length mismatchrecord too largerecord too smallrenegotiate ext too longrenegotiation encoding errrenegotiation mismatchrequired cipher missingrequired compresssion algorithm missingreuse cert length not zeroreuse cert type not zeroreuse cipher list not zeroscsv received when renegotiatingserverhello tlsextsession id context uninitializedshort readsignature algorithms errorsignature for non signing certificateerror with the srp paramssrtp could not allocate profilessrtp protection profile list too longsrtp unknown protection profilessl23 doing session id reusessl2 connection id too longssl3 ext invalid ecpointformatssl3 ext invalid servernamessl3 ext invalid servername typessl3 session id too longssl3 session id too shortsslv3 alert bad certificatesslv3 alert bad record macsslv3 alert certificate expiredsslv3 alert certificate revokedsslv3 alert certificate unknownsslv3 alert decompression failuresslv3 alert handshake failuresslv3 alert illegal parametersslv3 alert no certificatesslv3 alert unexpected messagesslv3 alert unsupported certificatessl ctx has no default ssl versionssl handshake failuressl library has no ciphersssl session id callback failedssl session id conflictssl session id context too longssl session id has bad lengthssl session id is differenttlsv1 alert access deniedtlsv1 alert decode errortlsv1 alert decryption failedtlsv1 alert decrypt errortlsv1 alert export restrictiontlsv1 alert inappropriate fallbacktlsv1 alert insufficient securitytlsv1 alert internal errortlsv1 alert no renegotiationtlsv1 alert protocol versiontlsv1 alert record overflowtlsv1 alert unknown catlsv1 alert user cancelledtlsv1 bad certificate hash valuetlsv1 bad certificate status responsetlsv1 certificate unobtainabletlsv1 unrecognized nametlsv1 unsupported extensiontls client cert req with anon cipherpeer does not accept heartbeatsheartbeat request already pendingtls illegal exporter labeltls invalid ecpointformat listtls peer did not respond with certificate listtls rsa encrypted value length is wrongtried to use unsupported cipherunable to decode dh certsunable to decode ecdh certsunable to extract public keyunable to find dh parametersunable to find ecdh parametersunable to find public key parametersunable to find ssl methodunable to load ssl2 md5 routinesunable to load ssl3 md5 routinesunable to load ssl3 sha1 routinesunexpected messageunexpected recorduninitializedunknown alert typeunknown certificate typeunknown cipher returnedunknown cipher typeunknown digestunknown key exchange typeunknown pkey typeunknown protocolunknown remote error typeunknown ssl versionunknown stateunsafe legacy renegotiation disabledunsupported cipherunsupported compression algorithmunsupported digest typeunsupported elliptic curveunsupported protocolunsupported ssl versionunsupported status typeuse srtp not negotiatedwrite bio not setwrong cipher returnedwrong message typewrong number of key bitswrong signature lengthwrong signature sizewrong signature typewrong ssl versionwrong version numberx509 libx509 verification setup problemsdooeofpgph0pj@pk`plxpmpnpoppp0p1p2qLqi0qHqqXqMhqrxqsqtq<quqvrwrx ry8rzPr{hr[xr\r]r^rsr_r`sa s|Hs}`s~ssssssstt8tPthtttttWtu3(uPupuu4uuuuv0vPvNhv5v=v>vBvCw60wbPwxwwwwwxc xd@xhxxxuxTxxxUy(ye8yHPyEhyyyyyy y!z"8z#Pz$hz%z&z'zzz{{(0{H{`{p{{{{{| |f@|`|7x||||Z||}0}H}`}x}}}}}}K~~0~JP~~~~~~SDHg`xX)G(H`pЀ0HpЁ 88Ph*OPЂQV HhYЃh @ihjkl؄+A8?X@x, @`Ȇ(Px-.Ї/(Hh$Ȉ>/88LX.xBЉZYW@X`Vxmno(Hx9 :@`Ќ 8P`xpȍ؍(H`RpF؎;(I@qXp؏	r
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  1360601956              0       498       `
dd#Q.debug$SB@B.idata$2@0.idata$6@ 	SSLEAY32.dll'		xMicrosoft (R) LINKSSLEAY32.dll@comp.id	x.idata$2@h.idata$6.idata$4@h.idata$5@h!:T__IMPORT_DESCRIPTOR_SSLEAY32__NULL_IMPORT_DESCRIPTORSSLEAY32_NULL_THUNK_DATASSLEAY32.dll/   1360601956              0       251       `
dd#Q.debug$SBd@B.idata$3@0	SSLEAY32.dll'		xMicrosoft (R) LINK@comp.id	x__NULL_IMPORT_DESCRIPTOR
SSLEAY32.dll/   1360601956              0       288       `
dd#Q.debug$SB@B.idata$5@@.idata$4@@	SSLEAY32.dll'		xMicrosoft (R) LINK@comp.id	xSSLEAY32_NULL_THUNK_DATASSLEAY32.dll/   1360601956              0       43        `
dd#QyBIO_f_sslSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(BIO_new_buffer_ssl_connectSSLEAY32.dllSSLEAY32.dll/   1360601956              0       45        `
dd#QzBIO_new_sslSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!BIO_new_ssl_connectSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%|BIO_ssl_copy_session_idSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       50        `
dd#QBIO_ssl_shutdownSSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"DTLSv1_client_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       47        `
dd#QDTLSv1_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"DTLSv1_server_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"ERR_load_SSL_stringsSSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"-PEM_read_SSL_SESSIONSSLEAY32.dllSSLEAY32.dll/   1360601956              0       58        `
dd#Q&.PEM_read_bio_SSL_SESSIONSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#1PEM_write_SSL_SESSIONSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       59        `
dd#Q'(PEM_write_bio_SSL_SESSIONSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       50        `
dd#QLSRP_Calc_A_paramSSLEAY32.dllSSLEAY32.dll/   1360601956              0       67        `
dd#Q/OSRP_generate_client_master_secretSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       67        `
dd#Q/MSRP_generate_server_master_secretSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_CIPHER_descriptionSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!SSL_CIPHER_get_bitsSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       51        `
dd#Q]SSL_CIPHER_get_idSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!SSL_CIPHER_get_nameSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_CIPHER_get_versionSSLEAY32.dllSSLEAY32.dll/   1360601956              0       65        `
dd#Q-SSL_COMP_add_compression_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       66        `
dd#Q.SSL_COMP_get_compression_methodsSSLEAY32.dllSSLEAY32.dll/   1360601956              0       51        `
dd#QSSL_COMP_get_nameSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"NSSL_CTX_SRP_CTX_freeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"JSSL_CTX_SRP_CTX_initSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#SSL_CTX_add_client_CASSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!SSL_CTX_add_sessionSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       55        `
dd#Q#SSL_CTX_callback_ctrlSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       59        `
dd#Q'SSL_CTX_check_private_keySSLEAY32.dll
SSLEAY32.dll/   1360601956              0       46        `
dd#QSSL_CTX_ctrlSSLEAY32.dllSSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_CTX_flush_sessionsSSLEAY32.dllSSLEAY32.dll/   1360601956              0       46        `
dd#QSSL_CTX_freeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_CTX_get_cert_storeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       60        `
dd#Q(	SSL_CTX_get_client_CA_listSSLEAY32.dllSSLEAY32.dll/   1360601956              0       60        `
dd#Q( SSL_CTX_get_client_cert_cbSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!SSL_CTX_get_ex_dataSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       58        `
dd#Q&SSL_CTX_get_ex_new_indexSSLEAY32.dllSSLEAY32.dll/   1360601956              0       59        `
dd#Q'SSL_CTX_get_info_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(SSL_CTX_get_quiet_shutdownSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!SSL_CTX_get_timeoutSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       61        `
dd#Q)
SSL_CTX_get_verify_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       58        `
dd#Q&SSL_CTX_get_verify_depthSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_CTX_get_verify_modeSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       63        `
dd#Q+SSL_CTX_load_verify_locationsSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       45        `
dd#QSSL_CTX_newSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$
SSL_CTX_remove_sessionSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_CTX_sess_get_get_cbSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_CTX_sess_get_new_cbSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(!SSL_CTX_sess_get_remove_cbSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_CTX_sess_set_get_cbSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_CTX_sess_set_new_cbSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(SSL_CTX_sess_set_remove_cbSSLEAY32.dllSSLEAY32.dll/   1360601956              0       50        `
dd#QSSL_CTX_sessionsSSLEAY32.dllSSLEAY32.dll/   1360601956              0       52        `
dd#Q 6SSL_CTX_set1_paramSSLEAY32.dllSSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_CTX_set_cert_storeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       66        `
dd#Q.SSL_CTX_set_cert_verify_callbackSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_CTX_set_cipher_listSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(SSL_CTX_set_client_CA_listSSLEAY32.dllSSLEAY32.dll/   1360601956              0       60        `
dd#Q(SSL_CTX_set_client_cert_cbSSLEAY32.dllSSLEAY32.dll/   1360601956              0       64        `
dd#Q,%SSL_CTX_set_client_cert_engineSSLEAY32.dllSSLEAY32.dll/   1360601956              0       64        `
dd#Q,SSL_CTX_set_cookie_generate_cbSSLEAY32.dllSSLEAY32.dll/   1360601956              0       62        `
dd#Q*SSL_CTX_set_cookie_verify_cbSSLEAY32.dllSSLEAY32.dll/   1360601956              0       63        `
dd#Q+SSL_CTX_set_default_passwd_cbSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       72        `
dd#Q4SSL_CTX_set_default_passwd_cb_userdataSSLEAY32.dllSSLEAY32.dll/   1360601956              0       66        `
dd#Q.SSL_CTX_set_default_verify_pathsSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!SSL_CTX_set_ex_dataSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       65        `
dd#Q-SSL_CTX_set_generate_session_idSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       59        `
dd#Q'SSL_CTX_set_info_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       58        `
dd#Q&
SSL_CTX_set_msg_callbackSSLEAY32.dllSSLEAY32.dll/   1360601956              0       66        `
dd#Q.iSSL_CTX_set_next_proto_select_cbSSLEAY32.dllSSLEAY32.dll/   1360601956              0       71        `
dd#Q3cSSL_CTX_set_next_protos_advertised_cbSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       65        `
dd#Q-'SSL_CTX_set_psk_client_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       65        `
dd#Q-/SSL_CTX_set_psk_server_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!SSL_CTX_set_purposeSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(SSL_CTX_set_quiet_shutdownSSLEAY32.dllSSLEAY32.dll/   1360601956              0       64        `
dd#Q,SSL_CTX_set_session_id_contextSSLEAY32.dllSSLEAY32.dll/   1360601956              0       56        `
dd#Q$HSSL_CTX_set_srp_cb_argSSLEAY32.dllSSLEAY32.dll/   1360601956              0       69        `
dd#Q1<SSL_CTX_set_srp_client_pwd_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       58        `
dd#Q&DSSL_CTX_set_srp_passwordSSLEAY32.dllSSLEAY32.dll/   1360601956              0       58        `
dd#Q&ESSL_CTX_set_srp_strengthSSLEAY32.dllSSLEAY32.dll/   1360601956              0       58        `
dd#Q&ISSL_CTX_set_srp_usernameSSLEAY32.dllSSLEAY32.dll/   1360601956              0       67        `
dd#Q/>SSL_CTX_set_srp_username_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       71        `
dd#Q3FSSL_CTX_set_srp_verify_param_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_CTX_set_ssl_versionSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!SSL_CTX_set_timeoutSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       61        `
dd#Q)fSSL_CTX_set_tlsext_use_srtpSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       61        `
dd#Q)SSL_CTX_set_tmp_dh_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       63        `
dd#Q+
SSL_CTX_set_tmp_ecdh_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       62        `
dd#Q*SSL_CTX_set_tmp_rsa_callbackSSLEAY32.dllSSLEAY32.dll/   1360601956              0       51        `
dd#QSSL_CTX_set_trustSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       52        `
dd#Q SSL_CTX_set_verifySSLEAY32.dllSSLEAY32.dll/   1360601956              0       58        `
dd#Q&SSL_CTX_set_verify_depthSSLEAY32.dllSSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_CTX_use_PrivateKeySSLEAY32.dllSSLEAY32.dll/   1360601956              0       61        `
dd#Q)SSL_CTX_use_PrivateKey_ASN1SSLEAY32.dll
SSLEAY32.dll/   1360601956              0       61        `
dd#Q)SSL_CTX_use_PrivateKey_fileSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       59        `
dd#Q'SSL_CTX_use_RSAPrivateKeySSLEAY32.dll
SSLEAY32.dll/   1360601956              0       64        `
dd#Q,SSL_CTX_use_RSAPrivateKey_ASN1SSLEAY32.dllSSLEAY32.dll/   1360601956              0       64        `
dd#Q,SSL_CTX_use_RSAPrivateKey_fileSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_CTX_use_certificateSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       62        `
dd#Q*SSL_CTX_use_certificate_ASN1SSLEAY32.dllSSLEAY32.dll/   1360601956              0       68        `
dd#Q0SSL_CTX_use_certificate_chain_fileSSLEAY32.dllSSLEAY32.dll/   1360601956              0       62        `
dd#Q*SSL_CTX_use_certificate_fileSSLEAY32.dllSSLEAY32.dll/   1360601956              0       63        `
dd#Q+&SSL_CTX_use_psk_identity_hintSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       50        `
dd#QSSL_SESSION_freeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#TSSL_SESSION_get0_peerSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       61        `
dd#Q)jSSL_SESSION_get_compress_idSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_SESSION_get_ex_dataSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       62        `
dd#Q*SSL_SESSION_get_ex_new_indexSSLEAY32.dllSSLEAY32.dll/   1360601956              0       52        `
dd#Q SSL_SESSION_get_idSSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"SSL_SESSION_get_timeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_SESSION_get_timeoutSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#Q SSL_SESSION_newSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       51        `
dd#Q!SSL_SESSION_printSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q""SSL_SESSION_print_fpSSLEAY32.dllSSLEAY32.dll/   1360601956              0       61        `
dd#Q)VSSL_SESSION_set1_id_contextSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_SESSION_set_ex_dataSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"SSL_SESSION_set_timeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_SESSION_set_timeoutSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       50        `
dd#QRSSL_SRP_CTX_freeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       50        `
dd#QKSSL_SRP_CTX_initSSLEAY32.dllSSLEAY32.dll/   1360601956              0       44        `
dd#Q#SSL_acceptSSLEAY32.dllSSLEAY32.dll/   1360601956              0       51        `
dd#Q$SSL_add_client_CASSLEAY32.dll
SSLEAY32.dll/   1360601956              0       68        `
dd#Q0SSL_add_dir_cert_subjects_to_stackSSLEAY32.dllSSLEAY32.dll/   1360601956              0       69        `
dd#Q1SSL_add_file_cert_subjects_to_stackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       55        `
dd#Q#%SSL_alert_desc_stringSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(&SSL_alert_desc_string_longSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#'SSL_alert_type_stringSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q((SSL_alert_type_string_longSSLEAY32.dllSSLEAY32.dll/   1360601956              0       47        `
dd#QXSSL_cache_hitSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       51        `
dd#QSSL_callback_ctrlSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       55        `
dd#Q#)SSL_check_private_keySSLEAY32.dll
SSLEAY32.dll/   1360601956              0       43        `
dd#Q*SSL_clearSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       45        `
dd#Q+SSL_connectSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!,SSL_copy_session_idSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       42        `
dd#Q-SSL_ctrlSSLEAY32.dllSSLEAY32.dll/   1360601956              0       50        `
dd#Q}SSL_do_handshakeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       41        `
dd#Q.SSL_dupSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#Q/SSL_dup_CA_listSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(aSSL_export_keying_materialSSLEAY32.dllSSLEAY32.dll/   1360601956              0       42        `
dd#Q0SSL_freeSSLEAY32.dllSSLEAY32.dll/   1360601956              0       64        `
dd#Q,dSSL_get0_next_proto_negotiatedSSLEAY32.dllSSLEAY32.dll/   1360601956              0       50        `
dd#QSSL_get1_sessionSSLEAY32.dllSSLEAY32.dll/   1360601956              0       49        `
dd#QSSL_get_SSL_CTXSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!1SSL_get_certificateSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!4SSL_get_cipher_listSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#Q7SSL_get_ciphersSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$8SSL_get_client_CA_listSSLEAY32.dllSSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_get_current_cipherSSLEAY32.dllSSLEAY32.dll/   1360601956              0       61        `
dd#Q)SSL_get_current_compressionSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       59        `
dd#Q'SSL_get_current_expansionSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%9SSL_get_default_timeoutSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       47        `
dd#Q:SSL_get_errorSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#QSSL_get_ex_dataSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       68        `
dd#Q0SSL_get_ex_data_X509_STORE_CTX_idxSSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"SSL_get_ex_new_indexSSLEAY32.dllSSLEAY32.dll/   1360601956              0       44        `
dd#Q;SSL_get_fdSSLEAY32.dllSSLEAY32.dll/   1360601956              0       50        `
dd#QSSL_get_finishedSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#SSL_get_info_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%<SSL_get_peer_cert_chainSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       58        `
dd#Q&=SSL_get_peer_certificateSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#SSL_get_peer_finishedSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       52        `
dd#Q ~SSL_get_privatekeySSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"0SSL_get_psk_identitySSLEAY32.dllSSLEAY32.dll/   1360601956              0       59        `
dd#Q')SSL_get_psk_identity_hintSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_get_quiet_shutdownSSLEAY32.dllSSLEAY32.dll/   1360601956              0       46        `
dd#Q?SSL_get_rbioSSLEAY32.dllSSLEAY32.dll/   1360601956              0       52        `
dd#Q @SSL_get_read_aheadSSLEAY32.dllSSLEAY32.dll/   1360601956              0       45        `
dd#QSSL_get_rfdSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       63        `
dd#Q+eSSL_get_selected_srtp_profileSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       52        `
dd#Q #SSL_get_servernameSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%$SSL_get_servername_typeSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#QSSL_get_sessionSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$ASSL_get_shared_ciphersSSLEAY32.dllSSLEAY32.dll/   1360601956              0       50        `
dd#QSSL_get_shutdownSSLEAY32.dllSSLEAY32.dll/   1360601956              0       47        `
dd#QBSSL_get_srp_NSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       47        `
dd#Q=SSL_get_srp_gSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"?SSL_get_srp_userinfoSSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"CSSL_get_srp_usernameSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#hSSL_get_srtp_profilesSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       52        `
dd#Q BSSL_get_ssl_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%ESSL_get_verify_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"SSL_get_verify_depthSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!FSSL_get_verify_modeSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       55        `
dd#Q#SSL_get_verify_resultSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#QGSSL_get_versionSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       46        `
dd#QHSSL_get_wbioSSLEAY32.dllSSLEAY32.dll/   1360601956              0       45        `
dd#QSSL_get_wfdSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       61        `
dd#Q)SSL_has_matching_session_idSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       50        `
dd#QSSL_library_initSSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%ISSL_load_client_CA_fileSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$JSSL_load_error_stringsSSLEAY32.dllSSLEAY32.dll/   1360601956              0       41        `
dd#QKSSL_newSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       42        `
dd#QLSSL_peekSSLEAY32.dllSSLEAY32.dll/   1360601956              0       45        `
dd#QMSSL_pendingSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       42        `
dd#QNSSL_readSSLEAY32.dllSSLEAY32.dll/   1360601956              0       49        `
dd#QOSSL_renegotiateSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       61        `
dd#Q)8SSL_renegotiate_abbreviatedSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%	SSL_renegotiate_pendingSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       51        `
dd#QPSSL_rstate_stringSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$QSSL_rstate_string_longSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#gSSL_select_next_protoSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       48        `
dd#Q5SSL_set1_paramSSLEAY32.dllSSLEAY32.dll/   1360601956              0       49        `
dd#Q"SSL_set_SSL_CTXSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"RSSL_set_accept_stateSSLEAY32.dllSSLEAY32.dll/   1360601956              0       45        `
dd#QSSSL_set_bioSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!TSSL_set_cipher_listSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$USSL_set_client_CA_listSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#VSSL_set_connect_stateSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       47        `
dd#QSSSL_set_debugSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#QSSL_set_ex_dataSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       44        `
dd#QWSSL_set_fdSSLEAY32.dllSSLEAY32.dll/   1360601956              0       61        `
dd#Q)SSL_set_generate_session_idSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       55        `
dd#Q#SSL_set_info_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"SSL_set_msg_callbackSSLEAY32.dllSSLEAY32.dll/   1360601956              0       61        `
dd#Q),SSL_set_psk_client_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       61        `
dd#Q)*SSL_set_psk_server_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#QSSL_set_purposeSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       56        `
dd#Q$SSL_set_quiet_shutdownSSLEAY32.dllSSLEAY32.dll/   1360601956              0       52        `
dd#Q XSSL_set_read_aheadSSLEAY32.dllSSLEAY32.dll/   1360601956              0       45        `
dd#QYSSL_set_rfdSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#QZSSL_set_sessionSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(SSL_set_session_id_contextSSLEAY32.dllSSLEAY32.dll/   1360601956              0       59        `
dd#Q'3SSL_set_session_secret_cbSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(2SSL_set_session_ticket_extSSLEAY32.dllSSLEAY32.dll/   1360601956              0       63        `
dd#Q+4SSL_set_session_ticket_ext_cbSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       50        `
dd#QSSL_set_shutdownSSLEAY32.dllSSLEAY32.dll/   1360601956              0       58        `
dd#Q&@SSL_set_srp_server_paramSSLEAY32.dllSSLEAY32.dll/   1360601956              0       61        `
dd#Q)ASSL_set_srp_server_param_pwSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       52        `
dd#Q [SSL_set_ssl_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       47        `
dd#Q\SSL_set_stateSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%bSSL_set_tlsext_use_srtpSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%SSL_set_tmp_dh_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       59        `
dd#Q'SSL_set_tmp_ecdh_callbackSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       58        `
dd#Q&SSL_set_tmp_rsa_callbackSSLEAY32.dllSSLEAY32.dll/   1360601956              0       47        `
dd#QSSL_set_trustSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       48        `
dd#Q^SSL_set_verifySSLEAY32.dllSSLEAY32.dll/   1360601956              0       54        `
dd#Q"SSL_set_verify_depthSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#SSL_set_verify_resultSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       45        `
dd#Q_SSL_set_wfdSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       46        `
dd#Q`SSL_shutdownSSLEAY32.dllSSLEAY32.dll/   1360601956              0       68        `
dd#Q0PSSL_srp_server_param_with_usernameSSLEAY32.dllSSLEAY32.dll/   1360601956              0       43        `
dd#QSSL_stateSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       50        `
dd#QaSSL_state_stringSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#bSSL_state_string_longSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       52        `
dd#Q cSSL_use_PrivateKeySSLEAY32.dllSSLEAY32.dll/   1360601956              0       57        `
dd#Q%dSSL_use_PrivateKey_ASN1SSLEAY32.dll
SSLEAY32.dll/   1360601956              0       57        `
dd#Q%eSSL_use_PrivateKey_fileSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       55        `
dd#Q#fSSL_use_RSAPrivateKeySSLEAY32.dll
SSLEAY32.dll/   1360601956              0       60        `
dd#Q(gSSL_use_RSAPrivateKey_ASN1SSLEAY32.dllSSLEAY32.dll/   1360601956              0       60        `
dd#Q(hSSL_use_RSAPrivateKey_fileSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!iSSL_use_certificateSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       58        `
dd#Q&jSSL_use_certificate_ASN1SSLEAY32.dllSSLEAY32.dll/   1360601956              0       58        `
dd#Q&kSSL_use_certificate_fileSSLEAY32.dllSSLEAY32.dll/   1360601956              0       59        `
dd#Q'+SSL_use_psk_identity_hintSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       45        `
dd#QSSL_versionSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       42        `
dd#QSSL_wantSSLEAY32.dllSSLEAY32.dll/   1360601956              0       43        `
dd#QlSSL_writeSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"nSSLv23_client_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       47        `
dd#QoSSLv23_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       54        `
dd#Q"pSSLv23_server_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!qSSLv2_client_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       46        `
dd#QrSSLv2_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!sSSLv2_server_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!tSSLv3_client_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       46        `
dd#QuSSLv3_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!vSSLv3_server_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       55        `
dd#Q#:TLSv1_1_client_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       48        `
dd#Q9TLSv1_1_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#;TLSv1_1_server_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       55        `
dd#Q#UTLSv1_2_client_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       48        `
dd#Q^TLSv1_2_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       55        `
dd#Q#WTLSv1_2_server_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       53        `
dd#Q!TLSv1_client_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       46        `
dd#QTLSv1_methodSSLEAY32.dllSSLEAY32.dll/   1360601956              0       53        `
dd#Q!TLSv1_server_methodSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#Qwd2i_SSL_SESSIONSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       49        `
dd#Qxi2d_SSL_SESSIONSSLEAY32.dll
SSLEAY32.dll/   1360601956              0       46        `
dd#Qssl2_ciphersSSLEAY32.dllSSLEAY32.dll/   1360601956              0       46        `
dd#Qssl3_ciphersSSLEAY32.dllvibe.d-0.7.30/lib/win-i386/000077500000000000000000000000001304441332000147745ustar00rootroot00000000000000vibe.d-0.7.30/lib/win-i386/eay.lib000066400000000000000000020330001304441332000162400ustar00rootroot00000000000000
@{ACCESS_DESCRIPTION_freeC_ACCESS_DESCRIPTION_freelibeay32.dllACCESS_DESCRIPTION_freeACCESS_DESCRIPTION_it?_ACCESS_DESCRIPTION_itlibeay32.dllACCESS_DESCRIPTION_itACCESS_DESCRIPTION_newA_ACCESS_DESCRIPTION_newlibeay32.dllACCESS_DESCRIPTION_newAES_bi_ige_encrypt9_AES_bi_ige_encryptlibeay32.dllAES_bi_ige_encryptAES_cbc_encrypt3_AES_cbc_encryptlibeay32.dllAES_cbc_encryptAES_cfb128_encrypt9_AES_cfb128_encryptlibeay32.dllAES_cfb128_encryptAES_cfb1_encrypt5_AES_cfb1_encryptlibeay32.dllAES_cfb1_encryptAES_cfb8_encrypt5_AES_cfb8_encryptlibeay32.dllAES_cfb8_encryptAES_ctr128_encrypt9_AES_ctr128_encryptlibeay32.dllAES_ctr128_encrypt
AES_decrypt+_AES_decryptlibeay32.dllAES_decryptAES_ecb_encrypt3_AES_ecb_encryptlibeay32.dllAES_ecb_encrypt
AES_encrypt+_AES_encryptlibeay32.dllAES_encryptAES_ige_encrypt3_AES_ige_encryptlibeay32.dllAES_ige_encryptAES_ofb128_encrypt9_AES_ofb128_encryptlibeay32.dllAES_ofb128_encrypt
AES_options+_AES_optionslibeay32.dllAES_optionsAES_set_decrypt_key;_AES_set_decrypt_keylibeay32.dllAES_set_decrypt_keyAES_set_encrypt_key;_AES_set_encrypt_keylibeay32.dllAES_set_encrypt_keyAES_unwrap_key1_AES_unwrap_keylibeay32.dllAES_unwrap_keyAES_wrap_key-
_AES_wrap_keylibeay32.dllAES_wrap_key
ASN1_ANY_it+_ASN1_ANY_itlibeay32.dllASN1_ANY_itASN1_BIT_STRING_check?_ASN1_BIT_STRING_checklibeay32.dllASN1_BIT_STRING_checkASN1_BIT_STRING_free=_ASN1_BIT_STRING_freelibeay32.dllASN1_BIT_STRING_freeASN1_BIT_STRING_get_bitC_ASN1_BIT_STRING_get_bitlibeay32.dllASN1_BIT_STRING_get_bitASN1_BIT_STRING_it9_ASN1_BIT_STRING_itlibeay32.dllASN1_BIT_STRING_itASN1_BIT_STRING_name_printI_ASN1_BIT_STRING_name_printlibeay32.dllASN1_BIT_STRING_name_printASN1_BIT_STRING_new;_ASN1_BIT_STRING_newlibeay32.dllASN1_BIT_STRING_newASN1_BIT_STRING_num_ascC_ASN1_BIT_STRING_num_asclibeay32.dllASN1_BIT_STRING_num_ascASN1_BIT_STRING_set;_ASN1_BIT_STRING_setlibeay32.dllASN1_BIT_STRING_setASN1_BIT_STRING_set_ascC_ASN1_BIT_STRING_set_asclibeay32.dllASN1_BIT_STRING_set_ascASN1_BIT_STRING_set_bitC_ASN1_BIT_STRING_set_bitlibeay32.dllASN1_BIT_STRING_set_bitASN1_BMPSTRING_free;_ASN1_BMPSTRING_freelibeay32.dllASN1_BMPSTRING_freeASN1_BMPSTRING_it7_ASN1_BMPSTRING_itlibeay32.dllASN1_BMPSTRING_itASN1_BMPSTRING_new9_ASN1_BMPSTRING_newlibeay32.dllASN1_BMPSTRING_newASN1_BOOLEAN_it3_ASN1_BOOLEAN_itlibeay32.dllASN1_BOOLEAN_itASN1_ENUMERATED_free=_ASN1_ENUMERATED_freelibeay32.dllASN1_ENUMERATED_freeASN1_ENUMERATED_get;_ASN1_ENUMERATED_getlibeay32.dllASN1_ENUMERATED_getASN1_ENUMERATED_it9_ASN1_ENUMERATED_itlibeay32.dllASN1_ENUMERATED_itASN1_ENUMERATED_new;_ASN1_ENUMERATED_newlibeay32.dllASN1_ENUMERATED_newASN1_ENUMERATED_set;_ASN1_ENUMERATED_setlibeay32.dllASN1_ENUMERATED_setASN1_ENUMERATED_to_BN?_ASN1_ENUMERATED_to_BNlibeay32.dllASN1_ENUMERATED_to_BNASN1_FBOOLEAN_it5_ASN1_FBOOLEAN_itlibeay32.dllASN1_FBOOLEAN_itASN1_GENERALIZEDTIME_adjE_ASN1_GENERALIZEDTIME_adjlibeay32.dllASN1_GENERALIZEDTIME_adjASN1_GENERALIZEDTIME_checkI_ASN1_GENERALIZEDTIME_checklibeay32.dllASN1_GENERALIZEDTIME_checkASN1_GENERALIZEDTIME_freeG_ASN1_GENERALIZEDTIME_freelibeay32.dllASN1_GENERALIZEDTIME_freeASN1_GENERALIZEDTIME_itC_ASN1_GENERALIZEDTIME_itlibeay32.dllASN1_GENERALIZEDTIME_itASN1_GENERALIZEDTIME_newE_ASN1_GENERALIZEDTIME_newlibeay32.dllASN1_GENERALIZEDTIME_newASN1_GENERALIZEDTIME_printI_ASN1_GENERALIZEDTIME_printlibeay32.dllASN1_GENERALIZEDTIME_printASN1_GENERALIZEDTIME_setE_ASN1_GENERALIZEDTIME_setlibeay32.dllASN1_GENERALIZEDTIME_set!ASN1_GENERALIZEDTIME_set_stringS _ASN1_GENERALIZEDTIME_set_stringlibeay32.dllASN1_GENERALIZEDTIME_set_stringASN1_GENERALSTRING_freeC_ASN1_GENERALSTRING_freelibeay32.dllASN1_GENERALSTRING_freeASN1_GENERALSTRING_it?_ASN1_GENERALSTRING_itlibeay32.dllASN1_GENERALSTRING_itASN1_GENERALSTRING_newA_ASN1_GENERALSTRING_newlibeay32.dllASN1_GENERALSTRING_newASN1_IA5STRING_free;_ASN1_IA5STRING_freelibeay32.dllASN1_IA5STRING_freeASN1_IA5STRING_it7_ASN1_IA5STRING_itlibeay32.dllASN1_IA5STRING_itASN1_IA5STRING_new9_ASN1_IA5STRING_newlibeay32.dllASN1_IA5STRING_newASN1_INTEGER_cmp5_ASN1_INTEGER_cmplibeay32.dllASN1_INTEGER_cmpASN1_INTEGER_dup5_ASN1_INTEGER_duplibeay32.dllASN1_INTEGER_dupASN1_INTEGER_free7_ASN1_INTEGER_freelibeay32.dllASN1_INTEGER_freeASN1_INTEGER_get5_ASN1_INTEGER_getlibeay32.dllASN1_INTEGER_getASN1_INTEGER_it3_ASN1_INTEGER_itlibeay32.dllASN1_INTEGER_itASN1_INTEGER_new5_ASN1_INTEGER_newlibeay32.dllASN1_INTEGER_newASN1_INTEGER_set5_ASN1_INTEGER_setlibeay32.dllASN1_INTEGER_setASN1_INTEGER_to_BN9_ASN1_INTEGER_to_BNlibeay32.dllASN1_INTEGER_to_BNASN1_NULL_free1_ASN1_NULL_freelibeay32.dllASN1_NULL_freeASN1_NULL_it-
_ASN1_NULL_itlibeay32.dllASN1_NULL_it
ASN1_NULL_new/_ASN1_NULL_newlibeay32.dll
ASN1_NULL_newASN1_OBJECT_create9_ASN1_OBJECT_createlibeay32.dllASN1_OBJECT_createASN1_OBJECT_free5_ASN1_OBJECT_freelibeay32.dllASN1_OBJECT_freeASN1_OBJECT_it1_ASN1_OBJECT_itlibeay32.dllASN1_OBJECT_itASN1_OBJECT_new3_ASN1_OBJECT_newlibeay32.dllASN1_OBJECT_newASN1_OCTET_STRING_NDEF_itG_ASN1_OCTET_STRING_NDEF_itlibeay32.dllASN1_OCTET_STRING_NDEF_itASN1_OCTET_STRING_cmp?_ASN1_OCTET_STRING_cmplibeay32.dllASN1_OCTET_STRING_cmpASN1_OCTET_STRING_dup?_ASN1_OCTET_STRING_duplibeay32.dllASN1_OCTET_STRING_dupASN1_OCTET_STRING_freeA_ASN1_OCTET_STRING_freelibeay32.dllASN1_OCTET_STRING_freeASN1_OCTET_STRING_it=_ASN1_OCTET_STRING_itlibeay32.dllASN1_OCTET_STRING_itASN1_OCTET_STRING_new?_ASN1_OCTET_STRING_newlibeay32.dllASN1_OCTET_STRING_newASN1_OCTET_STRING_set?_ASN1_OCTET_STRING_setlibeay32.dllASN1_OCTET_STRING_setASN1_PCTX_free1_ASN1_PCTX_freelibeay32.dllASN1_PCTX_freeASN1_PCTX_get_cert_flagsE_ASN1_PCTX_get_cert_flagslibeay32.dllASN1_PCTX_get_cert_flagsASN1_PCTX_get_flags;_ASN1_PCTX_get_flagslibeay32.dllASN1_PCTX_get_flagsASN1_PCTX_get_nm_flagsA_ASN1_PCTX_get_nm_flagslibeay32.dllASN1_PCTX_get_nm_flagsASN1_PCTX_get_oid_flagsC_ASN1_PCTX_get_oid_flagslibeay32.dllASN1_PCTX_get_oid_flagsASN1_PCTX_get_str_flagsC_ASN1_PCTX_get_str_flagslibeay32.dllASN1_PCTX_get_str_flags
ASN1_PCTX_new/_ASN1_PCTX_newlibeay32.dll
ASN1_PCTX_newASN1_PCTX_set_cert_flagsE_ASN1_PCTX_set_cert_flagslibeay32.dllASN1_PCTX_set_cert_flagsASN1_PCTX_set_flags;_ASN1_PCTX_set_flagslibeay32.dllASN1_PCTX_set_flagsASN1_PCTX_set_nm_flagsA_ASN1_PCTX_set_nm_flagslibeay32.dllASN1_PCTX_set_nm_flagsASN1_PCTX_set_oid_flagsC_ASN1_PCTX_set_oid_flagslibeay32.dllASN1_PCTX_set_oid_flagsASN1_PCTX_set_str_flagsC_ASN1_PCTX_set_str_flagslibeay32.dllASN1_PCTX_set_str_flagsASN1_PRINTABLESTRING_freeG_ASN1_PRINTABLESTRING_freelibeay32.dllASN1_PRINTABLESTRING_freeASN1_PRINTABLESTRING_itC_ASN1_PRINTABLESTRING_itlibeay32.dllASN1_PRINTABLESTRING_itASN1_PRINTABLESTRING_newE_ASN1_PRINTABLESTRING_newlibeay32.dllASN1_PRINTABLESTRING_newASN1_PRINTABLE_free;_ASN1_PRINTABLE_freelibeay32.dllASN1_PRINTABLE_freeASN1_PRINTABLE_it7_ASN1_PRINTABLE_itlibeay32.dllASN1_PRINTABLE_itASN1_PRINTABLE_new9_ASN1_PRINTABLE_newlibeay32.dllASN1_PRINTABLE_newASN1_PRINTABLE_type;_ASN1_PRINTABLE_typelibeay32.dllASN1_PRINTABLE_typeASN1_SEQUENCE_ANY_it=_ASN1_SEQUENCE_ANY_itlibeay32.dllASN1_SEQUENCE_ANY_itASN1_SEQUENCE_it5_ASN1_SEQUENCE_itlibeay32.dllASN1_SEQUENCE_itASN1_SET_ANY_it3_ASN1_SET_ANY_itlibeay32.dllASN1_SET_ANY_itASN1_STRING_TABLE_add?_ASN1_STRING_TABLE_addlibeay32.dllASN1_STRING_TABLE_addASN1_STRING_TABLE_cleanupG_ASN1_STRING_TABLE_cleanuplibeay32.dllASN1_STRING_TABLE_cleanupASN1_STRING_TABLE_get?_ASN1_STRING_TABLE_getlibeay32.dllASN1_STRING_TABLE_getASN1_STRING_cmp3_ASN1_STRING_cmplibeay32.dllASN1_STRING_cmpASN1_STRING_copy5_ASN1_STRING_copylibeay32.dllASN1_STRING_copyASN1_STRING_data5_ASN1_STRING_datalibeay32.dllASN1_STRING_dataASN1_STRING_dup3_ASN1_STRING_duplibeay32.dllASN1_STRING_dupASN1_STRING_free5_ASN1_STRING_freelibeay32.dllASN1_STRING_freeASN1_STRING_get_default_maskM_ASN1_STRING_get_default_masklibeay32.dllASN1_STRING_get_default_maskASN1_STRING_length9_ASN1_STRING_lengthlibeay32.dllASN1_STRING_lengthASN1_STRING_length_setA_ASN1_STRING_length_setlibeay32.dllASN1_STRING_length_setASN1_STRING_new3_ASN1_STRING_newlibeay32.dllASN1_STRING_newASN1_STRING_print7_ASN1_STRING_printlibeay32.dllASN1_STRING_printASN1_STRING_print_ex=_ASN1_STRING_print_exlibeay32.dllASN1_STRING_print_exASN1_STRING_print_ex_fpC_ASN1_STRING_print_ex_fplibeay32.dllASN1_STRING_print_ex_fpASN1_STRING_set3_ASN1_STRING_setlibeay32.dllASN1_STRING_setASN1_STRING_set05_ASN1_STRING_set0libeay32.dllASN1_STRING_set0ASN1_STRING_set_by_NIDA_ASN1_STRING_set_by_NIDlibeay32.dllASN1_STRING_set_by_NIDASN1_STRING_set_default_maskM_ASN1_STRING_set_default_masklibeay32.dllASN1_STRING_set_default_mask" ASN1_STRING_set_default_mask_ascU!_ASN1_STRING_set_default_mask_asclibeay32.dll ASN1_STRING_set_default_mask_ascASN1_STRING_to_UTF8;_ASN1_STRING_to_UTF8libeay32.dllASN1_STRING_to_UTF8ASN1_STRING_type5_ASN1_STRING_typelibeay32.dllASN1_STRING_typeASN1_STRING_type_new=_ASN1_STRING_type_newlibeay32.dllASN1_STRING_type_newASN1_T61STRING_free;_ASN1_T61STRING_freelibeay32.dllASN1_T61STRING_freeASN1_T61STRING_it7_ASN1_T61STRING_itlibeay32.dllASN1_T61STRING_itASN1_T61STRING_new9_ASN1_T61STRING_newlibeay32.dllASN1_T61STRING_newASN1_TBOOLEAN_it5_ASN1_TBOOLEAN_itlibeay32.dllASN1_TBOOLEAN_it
ASN1_TIME_adj/_ASN1_TIME_adjlibeay32.dll
ASN1_TIME_adjASN1_TIME_check3_ASN1_TIME_checklibeay32.dllASN1_TIME_checkASN1_TIME_free1_ASN1_TIME_freelibeay32.dllASN1_TIME_freeASN1_TIME_it-
_ASN1_TIME_itlibeay32.dllASN1_TIME_it
ASN1_TIME_new/_ASN1_TIME_newlibeay32.dll
ASN1_TIME_newASN1_TIME_print3_ASN1_TIME_printlibeay32.dllASN1_TIME_print
ASN1_TIME_set/_ASN1_TIME_setlibeay32.dll
ASN1_TIME_setASN1_TIME_set_string=_ASN1_TIME_set_stringlibeay32.dllASN1_TIME_set_stringASN1_TIME_to_generalizedtimeM_ASN1_TIME_to_generalizedtimelibeay32.dllASN1_TIME_to_generalizedtime
ASN1_TYPE_cmp/_ASN1_TYPE_cmplibeay32.dll
ASN1_TYPE_cmpASN1_TYPE_free1_ASN1_TYPE_freelibeay32.dllASN1_TYPE_free
ASN1_TYPE_get/_ASN1_TYPE_getlibeay32.dll
ASN1_TYPE_getASN1_TYPE_get_int_octetstringO_ASN1_TYPE_get_int_octetstringlibeay32.dllASN1_TYPE_get_int_octetstringASN1_TYPE_get_octetstringG_ASN1_TYPE_get_octetstringlibeay32.dllASN1_TYPE_get_octetstring
ASN1_TYPE_new/_ASN1_TYPE_newlibeay32.dll
ASN1_TYPE_new
ASN1_TYPE_set/_ASN1_TYPE_setlibeay32.dll
ASN1_TYPE_setASN1_TYPE_set11_ASN1_TYPE_set1libeay32.dllASN1_TYPE_set1ASN1_TYPE_set_int_octetstringO_ASN1_TYPE_set_int_octetstringlibeay32.dllASN1_TYPE_set_int_octetstringASN1_TYPE_set_octetstringG_ASN1_TYPE_set_octetstringlibeay32.dllASN1_TYPE_set_octetstringASN1_UNIVERSALSTRING_freeG_ASN1_UNIVERSALSTRING_freelibeay32.dllASN1_UNIVERSALSTRING_freeASN1_UNIVERSALSTRING_itC_ASN1_UNIVERSALSTRING_itlibeay32.dllASN1_UNIVERSALSTRING_itASN1_UNIVERSALSTRING_newE_ASN1_UNIVERSALSTRING_newlibeay32.dllASN1_UNIVERSALSTRING_new ASN1_UNIVERSALSTRING_to_stringQ_ASN1_UNIVERSALSTRING_to_stringlibeay32.dllASN1_UNIVERSALSTRING_to_stringASN1_UTCTIME_adj5_ASN1_UTCTIME_adjlibeay32.dllASN1_UTCTIME_adjASN1_UTCTIME_check9_ASN1_UTCTIME_checklibeay32.dllASN1_UTCTIME_checkASN1_UTCTIME_cmp_time_tC_ASN1_UTCTIME_cmp_time_tlibeay32.dllASN1_UTCTIME_cmp_time_tASN1_UTCTIME_free7_ASN1_UTCTIME_freelibeay32.dllASN1_UTCTIME_freeASN1_UTCTIME_it3_ASN1_UTCTIME_itlibeay32.dllASN1_UTCTIME_itASN1_UTCTIME_new5_ASN1_UTCTIME_newlibeay32.dllASN1_UTCTIME_newASN1_UTCTIME_print9_ASN1_UTCTIME_printlibeay32.dllASN1_UTCTIME_printASN1_UTCTIME_set5_ASN1_UTCTIME_setlibeay32.dllASN1_UTCTIME_setASN1_UTCTIME_set_stringC_ASN1_UTCTIME_set_stringlibeay32.dllASN1_UTCTIME_set_stringASN1_UTF8STRING_free=_ASN1_UTF8STRING_freelibeay32.dllASN1_UTF8STRING_freeASN1_UTF8STRING_it9_ASN1_UTF8STRING_itlibeay32.dllASN1_UTF8STRING_itASN1_UTF8STRING_new;_ASN1_UTF8STRING_newlibeay32.dllASN1_UTF8STRING_newASN1_VISIBLESTRING_freeC_ASN1_VISIBLESTRING_freelibeay32.dllASN1_VISIBLESTRING_freeASN1_VISIBLESTRING_it?_ASN1_VISIBLESTRING_itlibeay32.dllASN1_VISIBLESTRING_itASN1_VISIBLESTRING_newA_ASN1_VISIBLESTRING_newlibeay32.dllASN1_VISIBLESTRING_newASN1_add_oid_module;_ASN1_add_oid_modulelibeay32.dllASN1_add_oid_module
ASN1_bn_print/_ASN1_bn_printlibeay32.dll
ASN1_bn_printASN1_check_infinite_endC_ASN1_check_infinite_endlibeay32.dllASN1_check_infinite_endASN1_const_check_infinite_endO_ASN1_const_check_infinite_endlibeay32.dllASN1_const_check_infinite_endASN1_d2i_bio-
_ASN1_d2i_biolibeay32.dllASN1_d2i_bio
ASN1_d2i_fp+_ASN1_d2i_fplibeay32.dllASN1_d2i_fp
ASN1_digest+_ASN1_digestlibeay32.dllASN1_digest
ASN1_dup%	_ASN1_duplibeay32.dllASN1_dupASN1_generate_nconf;_ASN1_generate_nconflibeay32.dllASN1_generate_nconfASN1_generate_v35_ASN1_generate_v3libeay32.dllASN1_generate_v3ASN1_get_object3_ASN1_get_objectlibeay32.dllASN1_get_objectASN1_i2d_bio-
_ASN1_i2d_biolibeay32.dllASN1_i2d_bio
ASN1_i2d_fp+_ASN1_i2d_fplibeay32.dllASN1_i2d_fp
ASN1_item_d2i/_ASN1_item_d2ilibeay32.dll
ASN1_item_d2iASN1_item_d2i_bio7_ASN1_item_d2i_biolibeay32.dllASN1_item_d2i_bioASN1_item_d2i_fp5_ASN1_item_d2i_fplibeay32.dllASN1_item_d2i_fpASN1_item_digest5_ASN1_item_digestlibeay32.dllASN1_item_digest
ASN1_item_dup/_ASN1_item_duplibeay32.dll
ASN1_item_dupASN1_item_ex_d2i5_ASN1_item_ex_d2ilibeay32.dllASN1_item_ex_d2iASN1_item_ex_free7_ASN1_item_ex_freelibeay32.dllASN1_item_ex_freeASN1_item_ex_i2d5_ASN1_item_ex_i2dlibeay32.dllASN1_item_ex_i2dASN1_item_ex_new5_ASN1_item_ex_newlibeay32.dllASN1_item_ex_newASN1_item_free1_ASN1_item_freelibeay32.dllASN1_item_free
ASN1_item_i2d/_ASN1_item_i2dlibeay32.dll
ASN1_item_i2dASN1_item_i2d_bio7_ASN1_item_i2d_biolibeay32.dllASN1_item_i2d_bioASN1_item_i2d_fp5_ASN1_item_i2d_fplibeay32.dllASN1_item_i2d_fpASN1_item_ndef_i2d9_ASN1_item_ndef_i2dlibeay32.dllASN1_item_ndef_i2d
ASN1_item_new/_ASN1_item_newlibeay32.dll
ASN1_item_newASN1_item_pack1_ASN1_item_packlibeay32.dllASN1_item_packASN1_item_print3_ASN1_item_printlibeay32.dllASN1_item_printASN1_item_sign1_ASN1_item_signlibeay32.dllASN1_item_signASN1_item_sign_ctx9_ASN1_item_sign_ctxlibeay32.dllASN1_item_sign_ctxASN1_item_unpack5_ASN1_item_unpacklibeay32.dllASN1_item_unpackASN1_item_verify5_ASN1_item_verifylibeay32.dllASN1_item_verifyASN1_mbstring_copy9_ASN1_mbstring_copylibeay32.dllASN1_mbstring_copyASN1_mbstring_ncopy;_ASN1_mbstring_ncopylibeay32.dllASN1_mbstring_ncopyASN1_object_size5_ASN1_object_sizelibeay32.dllASN1_object_sizeASN1_pack_string5_ASN1_pack_stringlibeay32.dllASN1_pack_string
ASN1_parse)_ASN1_parselibeay32.dll
ASN1_parseASN1_parse_dump3_ASN1_parse_dumplibeay32.dllASN1_parse_dumpASN1_primitive_free;_ASN1_primitive_freelibeay32.dllASN1_primitive_freeASN1_primitive_new9_ASN1_primitive_newlibeay32.dllASN1_primitive_newASN1_put_eoc-
_ASN1_put_eoclibeay32.dllASN1_put_eocASN1_put_object3_ASN1_put_objectlibeay32.dllASN1_put_object
ASN1_seq_pack/_ASN1_seq_packlibeay32.dll
ASN1_seq_packASN1_seq_unpack3_ASN1_seq_unpacklibeay32.dllASN1_seq_unpack	ASN1_sign'
_ASN1_signlibeay32.dll	ASN1_signASN1_tag2bit-
_ASN1_tag2bitlibeay32.dllASN1_tag2bitASN1_tag2str-
_ASN1_tag2strlibeay32.dllASN1_tag2strASN1_template_d2i7_ASN1_template_d2ilibeay32.dllASN1_template_d2iASN1_template_free9_ASN1_template_freelibeay32.dllASN1_template_freeASN1_template_i2d7_ASN1_template_i2dlibeay32.dllASN1_template_i2dASN1_template_new7_ASN1_template_newlibeay32.dllASN1_template_newASN1_unpack_string9_ASN1_unpack_stringlibeay32.dllASN1_unpack_string
ASN1_verify+_ASN1_verifylibeay32.dllASN1_verifyAUTHORITY_INFO_ACCESS_freeI_AUTHORITY_INFO_ACCESS_freelibeay32.dllAUTHORITY_INFO_ACCESS_freeAUTHORITY_INFO_ACCESS_itE_AUTHORITY_INFO_ACCESS_itlibeay32.dllAUTHORITY_INFO_ACCESS_itAUTHORITY_INFO_ACCESS_newG_AUTHORITY_INFO_ACCESS_newlibeay32.dllAUTHORITY_INFO_ACCESS_newAUTHORITY_KEYID_free=_AUTHORITY_KEYID_freelibeay32.dllAUTHORITY_KEYID_freeAUTHORITY_KEYID_it9_AUTHORITY_KEYID_itlibeay32.dllAUTHORITY_KEYID_itAUTHORITY_KEYID_new;_AUTHORITY_KEYID_newlibeay32.dllAUTHORITY_KEYID_newBASIC_CONSTRAINTS_freeA_BASIC_CONSTRAINTS_freelibeay32.dllBASIC_CONSTRAINTS_freeBASIC_CONSTRAINTS_it=_BASIC_CONSTRAINTS_itlibeay32.dllBASIC_CONSTRAINTS_itBASIC_CONSTRAINTS_new?_BASIC_CONSTRAINTS_newlibeay32.dllBASIC_CONSTRAINTS_newBF_cbc_encrypt1_BF_cbc_encryptlibeay32.dllBF_cbc_encryptBF_cfb64_encrypt5_BF_cfb64_encryptlibeay32.dllBF_cfb64_encrypt
BF_decrypt)_BF_decryptlibeay32.dll
BF_decryptBF_ecb_encrypt1_BF_ecb_encryptlibeay32.dllBF_ecb_encrypt
BF_encrypt)_BF_encryptlibeay32.dll
BF_encryptBF_ofb64_encrypt5_BF_ofb64_encryptlibeay32.dllBF_ofb64_encrypt
BF_options)_BF_optionslibeay32.dll
BF_options
BF_set_key)_BF_set_keylibeay32.dll
BF_set_key	BIGNUM_it'
_BIGNUM_itlibeay32.dll	BIGNUM_it
BIO_accept)_BIO_acceptlibeay32.dll
BIO_acceptBIO_asn1_get_prefix;_BIO_asn1_get_prefixlibeay32.dllBIO_asn1_get_prefixBIO_asn1_get_suffix;_BIO_asn1_get_suffixlibeay32.dllBIO_asn1_get_suffixBIO_asn1_set_prefix;_BIO_asn1_set_prefixlibeay32.dllBIO_asn1_set_prefixBIO_asn1_set_suffix;_BIO_asn1_set_suffixlibeay32.dllBIO_asn1_set_suffixBIO_callback_ctrl7_BIO_callback_ctrllibeay32.dllBIO_callback_ctrlBIO_clear_flags3_BIO_clear_flagslibeay32.dllBIO_clear_flagsBIO_copy_next_retry;_BIO_copy_next_retrylibeay32.dllBIO_copy_next_retry
BIO_ctrl%	_BIO_ctrllibeay32.dllBIO_ctrlBIO_ctrl_get_read_requestG_BIO_ctrl_get_read_requestlibeay32.dllBIO_ctrl_get_read_requestBIO_ctrl_get_write_guaranteeM_BIO_ctrl_get_write_guaranteelibeay32.dllBIO_ctrl_get_write_guaranteeBIO_ctrl_pending5_BIO_ctrl_pendinglibeay32.dllBIO_ctrl_pendingBIO_ctrl_reset_read_requestK_BIO_ctrl_reset_read_requestlibeay32.dllBIO_ctrl_reset_read_requestBIO_ctrl_wpending7_BIO_ctrl_wpendinglibeay32.dllBIO_ctrl_wpendingBIO_debug_callback9_BIO_debug_callbacklibeay32.dllBIO_debug_callbackBIO_dgram_non_fatal_errorG_BIO_dgram_non_fatal_errorlibeay32.dllBIO_dgram_non_fatal_error
BIO_dump%	_BIO_dumplibeay32.dllBIO_dump
BIO_dump_cb+_BIO_dump_cblibeay32.dllBIO_dump_cb
BIO_dump_fp+_BIO_dump_fplibeay32.dllBIO_dump_fpBIO_dump_indent3_BIO_dump_indentlibeay32.dllBIO_dump_indentBIO_dump_indent_cb9_BIO_dump_indent_cblibeay32.dllBIO_dump_indent_cbBIO_dump_indent_fp9_BIO_dump_indent_fplibeay32.dllBIO_dump_indent_fp
BIO_dup_chain/_BIO_dup_chainlibeay32.dll
BIO_dup_chain
BIO_f_asn1)_BIO_f_asn1libeay32.dll
BIO_f_asn1BIO_f_base64-
_BIO_f_base64libeay32.dllBIO_f_base64BIO_f_buffer-
_BIO_f_bufferlibeay32.dllBIO_f_bufferBIO_f_cipher-
_BIO_f_cipherlibeay32.dllBIO_f_cipher
BIO_f_md%	_BIO_f_mdlibeay32.dllBIO_f_mdBIO_f_nbio_test3_BIO_f_nbio_testlibeay32.dllBIO_f_nbio_test
BIO_f_null)_BIO_f_nulllibeay32.dll
BIO_f_nullBIO_f_reliable1_BIO_f_reliablelibeay32.dllBIO_f_reliableBIO_fd_non_fatal_errorA_BIO_fd_non_fatal_errorlibeay32.dllBIO_fd_non_fatal_errorBIO_fd_should_retry;_BIO_fd_should_retrylibeay32.dllBIO_fd_should_retry
BIO_find_type/_BIO_find_typelibeay32.dll
BIO_find_type
BIO_free%	_BIO_freelibeay32.dllBIO_freeBIO_free_all-
_BIO_free_alllibeay32.dllBIO_free_allBIO_get_accept_socket?_BIO_get_accept_socketlibeay32.dllBIO_get_accept_socketBIO_get_callback5_BIO_get_callbacklibeay32.dllBIO_get_callbackBIO_get_callback_arg=_BIO_get_callback_arglibeay32.dllBIO_get_callback_argBIO_get_ex_data3_BIO_get_ex_datalibeay32.dllBIO_get_ex_dataBIO_get_ex_new_index=_BIO_get_ex_new_indexlibeay32.dllBIO_get_ex_new_indexBIO_get_host_ip3_BIO_get_host_iplibeay32.dllBIO_get_host_ipBIO_get_port-
_BIO_get_portlibeay32.dllBIO_get_portBIO_get_retry_BIO7_BIO_get_retry_BIOlibeay32.dllBIO_get_retry_BIOBIO_get_retry_reason=_BIO_get_retry_reasonlibeay32.dllBIO_get_retry_reasonBIO_gethostbyname7_BIO_gethostbynamelibeay32.dllBIO_gethostbyname
BIO_gets%	_BIO_getslibeay32.dllBIO_gets
BIO_indent)_BIO_indentlibeay32.dll
BIO_indentBIO_int_ctrl-
_BIO_int_ctrllibeay32.dllBIO_int_ctrlBIO_method_name3_BIO_method_namelibeay32.dllBIO_method_nameBIO_method_type3_BIO_method_typelibeay32.dllBIO_method_type	BIO_new#_BIO_newlibeay32.dllBIO_new
BIO_new_CMS+_BIO_new_CMSlibeay32.dllBIO_new_CMSBIO_new_NDEF-
_BIO_new_NDEFlibeay32.dllBIO_new_NDEF
BIO_new_PKCS7/_BIO_new_PKCS7libeay32.dll
BIO_new_PKCS7BIO_new_accept1_BIO_new_acceptlibeay32.dllBIO_new_acceptBIO_new_bio_pair5_BIO_new_bio_pairlibeay32.dllBIO_new_bio_pairBIO_new_connect3_BIO_new_connectlibeay32.dllBIO_new_connect
BIO_new_dgram/_BIO_new_dgramlibeay32.dll
BIO_new_dgram
BIO_new_fd)_BIO_new_fdlibeay32.dll
BIO_new_fdBIO_new_file-
_BIO_new_filelibeay32.dllBIO_new_file
BIO_new_fp)_BIO_new_fplibeay32.dll
BIO_new_fpBIO_new_mem_buf3_BIO_new_mem_buflibeay32.dllBIO_new_mem_bufBIO_new_socket1_BIO_new_socketlibeay32.dllBIO_new_socket
BIO_next%	_BIO_nextlibeay32.dllBIO_next	BIO_nread'
_BIO_nreadlibeay32.dll	BIO_nread
BIO_nread0)_BIO_nread0libeay32.dll
BIO_nread0BIO_number_read3_BIO_number_readlibeay32.dllBIO_number_readBIO_number_written9_BIO_number_writtenlibeay32.dllBIO_number_written
BIO_nwrite)_BIO_nwritelibeay32.dll
BIO_nwrite
BIO_nwrite0+_BIO_nwrite0libeay32.dllBIO_nwrite0	BIO_pop#_BIO_poplibeay32.dllBIO_pop
BIO_printf)_BIO_printflibeay32.dll
BIO_printfBIO_ptr_ctrl-
_BIO_ptr_ctrllibeay32.dllBIO_ptr_ctrl
BIO_push%	_BIO_pushlibeay32.dllBIO_push
BIO_puts%	_BIO_putslibeay32.dllBIO_puts
BIO_read%	_BIO_readlibeay32.dllBIO_readBIO_s_accept-
_BIO_s_acceptlibeay32.dllBIO_s_accept	BIO_s_bio'
_BIO_s_biolibeay32.dll	BIO_s_bio
BIO_s_connect/_BIO_s_connectlibeay32.dll
BIO_s_connectBIO_s_datagram1_BIO_s_datagramlibeay32.dllBIO_s_datagram
BIO_s_fd%	_BIO_s_fdlibeay32.dllBIO_s_fd
BIO_s_file)_BIO_s_filelibeay32.dll
BIO_s_file	BIO_s_mem'
_BIO_s_memlibeay32.dll	BIO_s_mem
BIO_s_null)_BIO_s_nulllibeay32.dll
BIO_s_nullBIO_s_socket-
_BIO_s_socketlibeay32.dllBIO_s_socket	BIO_set#_BIO_setlibeay32.dllBIO_setBIO_set_callback5_BIO_set_callbacklibeay32.dllBIO_set_callbackBIO_set_callback_arg=_BIO_set_callback_arglibeay32.dllBIO_set_callback_argBIO_set_cipher1_BIO_set_cipherlibeay32.dllBIO_set_cipherBIO_set_ex_data3_BIO_set_ex_datalibeay32.dllBIO_set_ex_data
BIO_set_flags/_BIO_set_flagslibeay32.dll
BIO_set_flagsBIO_set_tcp_ndelay9_BIO_set_tcp_ndelaylibeay32.dllBIO_set_tcp_ndelayBIO_snprintf-
_BIO_snprintflibeay32.dllBIO_snprintfBIO_sock_cleanup5_BIO_sock_cleanuplibeay32.dllBIO_sock_cleanupBIO_sock_error1_BIO_sock_errorlibeay32.dllBIO_sock_error
BIO_sock_init/_BIO_sock_initlibeay32.dll
BIO_sock_initBIO_sock_non_fatal_errorE_BIO_sock_non_fatal_errorlibeay32.dllBIO_sock_non_fatal_errorBIO_sock_should_retry?_BIO_sock_should_retrylibeay32.dllBIO_sock_should_retryBIO_socket_ioctl5_BIO_socket_ioctllibeay32.dllBIO_socket_ioctlBIO_socket_nbio3_BIO_socket_nbiolibeay32.dllBIO_socket_nbioBIO_test_flags1_BIO_test_flagslibeay32.dllBIO_test_flags	BIO_vfree'
_BIO_vfreelibeay32.dll	BIO_vfree
BIO_vprintf+_BIO_vprintflibeay32.dllBIO_vprintf
BIO_vsnprintf/_BIO_vsnprintflibeay32.dll
BIO_vsnprintf	BIO_write'
_BIO_writelibeay32.dll	BIO_writeBN_BLINDING_convert;_BN_BLINDING_convertlibeay32.dllBN_BLINDING_convertBN_BLINDING_convert_exA_BN_BLINDING_convert_exlibeay32.dllBN_BLINDING_convert_exBN_BLINDING_create_paramE_BN_BLINDING_create_paramlibeay32.dllBN_BLINDING_create_paramBN_BLINDING_free5_BN_BLINDING_freelibeay32.dllBN_BLINDING_freeBN_BLINDING_get_flags?_BN_BLINDING_get_flagslibeay32.dllBN_BLINDING_get_flagsBN_BLINDING_get_thread_idG_BN_BLINDING_get_thread_idlibeay32.dllBN_BLINDING_get_thread_idBN_BLINDING_invert9_BN_BLINDING_invertlibeay32.dllBN_BLINDING_invertBN_BLINDING_invert_ex?_BN_BLINDING_invert_exlibeay32.dllBN_BLINDING_invert_exBN_BLINDING_new3_BN_BLINDING_newlibeay32.dllBN_BLINDING_newBN_BLINDING_set_flags?_BN_BLINDING_set_flagslibeay32.dllBN_BLINDING_set_flagsBN_BLINDING_set_thread_idG_BN_BLINDING_set_thread_idlibeay32.dllBN_BLINDING_set_thread_idBN_BLINDING_thread_id?_BN_BLINDING_thread_idlibeay32.dllBN_BLINDING_thread_idBN_BLINDING_update9_BN_BLINDING_updatelibeay32.dllBN_BLINDING_update
BN_CTX_end)_BN_CTX_endlibeay32.dll
BN_CTX_end
BN_CTX_free+_BN_CTX_freelibeay32.dllBN_CTX_free
BN_CTX_get)_BN_CTX_getlibeay32.dll
BN_CTX_get
BN_CTX_init+_BN_CTX_initlibeay32.dllBN_CTX_init
BN_CTX_new)_BN_CTX_newlibeay32.dll
BN_CTX_newBN_CTX_start-
_BN_CTX_startlibeay32.dllBN_CTX_start
BN_GENCB_call/_BN_GENCB_calllibeay32.dll
BN_GENCB_call
BN_GF2m_add+_BN_GF2m_addlibeay32.dllBN_GF2m_addBN_GF2m_arr2poly5_BN_GF2m_arr2polylibeay32.dllBN_GF2m_arr2poly
BN_GF2m_mod+_BN_GF2m_modlibeay32.dllBN_GF2m_modBN_GF2m_mod_arr3_BN_GF2m_mod_arrlibeay32.dllBN_GF2m_mod_arrBN_GF2m_mod_div3_BN_GF2m_mod_divlibeay32.dllBN_GF2m_mod_divBN_GF2m_mod_div_arr;_BN_GF2m_mod_div_arrlibeay32.dllBN_GF2m_mod_div_arrBN_GF2m_mod_exp3_BN_GF2m_mod_explibeay32.dllBN_GF2m_mod_expBN_GF2m_mod_exp_arr;_BN_GF2m_mod_exp_arrlibeay32.dllBN_GF2m_mod_exp_arrBN_GF2m_mod_inv3_BN_GF2m_mod_invlibeay32.dllBN_GF2m_mod_invBN_GF2m_mod_inv_arr;_BN_GF2m_mod_inv_arrlibeay32.dllBN_GF2m_mod_inv_arrBN_GF2m_mod_mul3_BN_GF2m_mod_mullibeay32.dllBN_GF2m_mod_mulBN_GF2m_mod_mul_arr;_BN_GF2m_mod_mul_arrlibeay32.dllBN_GF2m_mod_mul_arrBN_GF2m_mod_solve_quadA_BN_GF2m_mod_solve_quadlibeay32.dllBN_GF2m_mod_solve_quadBN_GF2m_mod_solve_quad_arrI_BN_GF2m_mod_solve_quad_arrlibeay32.dllBN_GF2m_mod_solve_quad_arrBN_GF2m_mod_sqr3_BN_GF2m_mod_sqrlibeay32.dllBN_GF2m_mod_sqrBN_GF2m_mod_sqr_arr;_BN_GF2m_mod_sqr_arrlibeay32.dllBN_GF2m_mod_sqr_arrBN_GF2m_mod_sqrt5_BN_GF2m_mod_sqrtlibeay32.dllBN_GF2m_mod_sqrtBN_GF2m_mod_sqrt_arr=_BN_GF2m_mod_sqrt_arrlibeay32.dllBN_GF2m_mod_sqrt_arrBN_GF2m_poly2arr5_BN_GF2m_poly2arrlibeay32.dllBN_GF2m_poly2arrBN_MONT_CTX_copy5_BN_MONT_CTX_copylibeay32.dllBN_MONT_CTX_copyBN_MONT_CTX_free5_BN_MONT_CTX_freelibeay32.dllBN_MONT_CTX_freeBN_MONT_CTX_init5_BN_MONT_CTX_initlibeay32.dllBN_MONT_CTX_initBN_MONT_CTX_new3_BN_MONT_CTX_newlibeay32.dllBN_MONT_CTX_newBN_MONT_CTX_set3_BN_MONT_CTX_setlibeay32.dllBN_MONT_CTX_setBN_MONT_CTX_set_lockedA_BN_MONT_CTX_set_lockedlibeay32.dllBN_MONT_CTX_set_lockedBN_RECP_CTX_free5_BN_RECP_CTX_freelibeay32.dllBN_RECP_CTX_freeBN_RECP_CTX_init5_BN_RECP_CTX_initlibeay32.dllBN_RECP_CTX_initBN_RECP_CTX_new3_BN_RECP_CTX_newlibeay32.dllBN_RECP_CTX_newBN_RECP_CTX_set3_BN_RECP_CTX_setlibeay32.dllBN_RECP_CTX_setBN_X931_derive_prime_exC_BN_X931_derive_prime_exlibeay32.dllBN_X931_derive_prime_exBN_X931_generate_Xpq=_BN_X931_generate_Xpqlibeay32.dllBN_X931_generate_XpqBN_X931_generate_prime_exG_BN_X931_generate_prime_exlibeay32.dllBN_X931_generate_prime_exBN_add!_BN_addlibeay32.dllBN_add
BN_add_word+_BN_add_wordlibeay32.dllBN_add_word	BN_asc2bn'
_BN_asc2bnlibeay32.dll	BN_asc2bn	BN_bin2bn'
_BN_bin2bnlibeay32.dll	BN_bin2bn	BN_bn2bin'
_BN_bn2binlibeay32.dll	BN_bn2bin	BN_bn2dec'
_BN_bn2declibeay32.dll	BN_bn2dec	BN_bn2hex'
_BN_bn2hexlibeay32.dll	BN_bn2hex	BN_bn2mpi'
_BN_bn2mpilibeay32.dll	BN_bn2mpiBN_bntest_rand1_BN_bntest_randlibeay32.dllBN_bntest_rand
BN_clear%	_BN_clearlibeay32.dllBN_clearBN_clear_bit-
_BN_clear_bitlibeay32.dllBN_clear_bit
BN_clear_free/_BN_clear_freelibeay32.dll
BN_clear_freeBN_cmp!_BN_cmplibeay32.dllBN_cmp	BN_copy#_BN_copylibeay32.dllBN_copy	BN_dec2bn'
_BN_dec2bnlibeay32.dll	BN_dec2bnBN_div!_BN_divlibeay32.dllBN_div
BN_div_recp+_BN_div_recplibeay32.dllBN_div_recp
BN_div_word+_BN_div_wordlibeay32.dllBN_div_wordBN_dup!_BN_duplibeay32.dllBN_dupBN_exp!_BN_explibeay32.dllBN_exp	BN_free#_BN_freelibeay32.dllBN_freeBN_from_montgomery9_BN_from_montgomerylibeay32.dllBN_from_montgomeryBN_gcd!_BN_gcdlibeay32.dllBN_gcdBN_generate_prime7_BN_generate_primelibeay32.dllBN_generate_primeBN_generate_prime_ex=_BN_generate_prime_exlibeay32.dllBN_generate_prime_exBN_get0_nist_prime_192A_BN_get0_nist_prime_192libeay32.dllBN_get0_nist_prime_192BN_get0_nist_prime_224A_BN_get0_nist_prime_224libeay32.dllBN_get0_nist_prime_224BN_get0_nist_prime_256A_BN_get0_nist_prime_256libeay32.dllBN_get0_nist_prime_256BN_get0_nist_prime_384A_BN_get0_nist_prime_384libeay32.dllBN_get0_nist_prime_384BN_get0_nist_prime_521A_BN_get0_nist_prime_521libeay32.dllBN_get0_nist_prime_521
BN_get_params/_BN_get_paramslibeay32.dll
BN_get_params
BN_get_word+_BN_get_wordlibeay32.dllBN_get_word	BN_hex2bn'
_BN_hex2bnlibeay32.dll	BN_hex2bn	BN_init#_BN_initlibeay32.dllBN_init
BN_is_bit_set/_BN_is_bit_setlibeay32.dll
BN_is_bit_set
BN_is_prime+_BN_is_primelibeay32.dllBN_is_primeBN_is_prime_ex1_BN_is_prime_exlibeay32.dllBN_is_prime_exBN_is_prime_fasttest=_BN_is_prime_fasttestlibeay32.dllBN_is_prime_fasttestBN_is_prime_fasttest_exC_BN_is_prime_fasttest_exlibeay32.dllBN_is_prime_fasttest_exBN_kronecker-
_BN_kroneckerlibeay32.dllBN_kronecker	BN_lshift'
_BN_lshiftlibeay32.dll	BN_lshift
BN_lshift1)_BN_lshift1libeay32.dll
BN_lshift1BN_mask_bits-
_BN_mask_bitslibeay32.dllBN_mask_bits
BN_mod_add)_BN_mod_addlibeay32.dll
BN_mod_addBN_mod_add_quick5_BN_mod_add_quicklibeay32.dllBN_mod_add_quick
BN_mod_exp)_BN_mod_explibeay32.dll
BN_mod_expBN_mod_exp2_mont5_BN_mod_exp2_montlibeay32.dllBN_mod_exp2_montBN_mod_exp_mont3_BN_mod_exp_montlibeay32.dllBN_mod_exp_montBN_mod_exp_mont_consttimeG_BN_mod_exp_mont_consttimelibeay32.dllBN_mod_exp_mont_consttimeBN_mod_exp_mont_word=_BN_mod_exp_mont_wordlibeay32.dllBN_mod_exp_mont_wordBN_mod_exp_recp3_BN_mod_exp_recplibeay32.dllBN_mod_exp_recpBN_mod_exp_simple7_BN_mod_exp_simplelibeay32.dllBN_mod_exp_simpleBN_mod_inverse1_BN_mod_inverselibeay32.dllBN_mod_inverse
BN_mod_lshift/_BN_mod_lshiftlibeay32.dll
BN_mod_lshiftBN_mod_lshift11_BN_mod_lshift1libeay32.dllBN_mod_lshift1BN_mod_lshift1_quick=_BN_mod_lshift1_quicklibeay32.dllBN_mod_lshift1_quickBN_mod_lshift_quick;_BN_mod_lshift_quicklibeay32.dllBN_mod_lshift_quick
BN_mod_mul)_BN_mod_mullibeay32.dll
BN_mod_mulBN_mod_mul_montgomery?_BN_mod_mul_montgomerylibeay32.dllBN_mod_mul_montgomeryBN_mod_mul_reciprocal?_BN_mod_mul_reciprocallibeay32.dllBN_mod_mul_reciprocal
BN_mod_sqr)_BN_mod_sqrlibeay32.dll
BN_mod_sqr
BN_mod_sqrt+_BN_mod_sqrtlibeay32.dllBN_mod_sqrt
BN_mod_sub)_BN_mod_sublibeay32.dll
BN_mod_subBN_mod_sub_quick5_BN_mod_sub_quicklibeay32.dllBN_mod_sub_quick
BN_mod_word+_BN_mod_wordlibeay32.dllBN_mod_word	BN_mpi2bn'
_BN_mpi2bnlibeay32.dll	BN_mpi2bnBN_mul!_BN_mullibeay32.dllBN_mul
BN_mul_word+_BN_mul_wordlibeay32.dllBN_mul_wordBN_new!_BN_newlibeay32.dllBN_newBN_nist_mod_1923_BN_nist_mod_192libeay32.dllBN_nist_mod_192BN_nist_mod_2243_BN_nist_mod_224libeay32.dllBN_nist_mod_224BN_nist_mod_2563_BN_nist_mod_256libeay32.dllBN_nist_mod_256BN_nist_mod_3843_BN_nist_mod_384libeay32.dllBN_nist_mod_384BN_nist_mod_5213_BN_nist_mod_521libeay32.dllBN_nist_mod_521
BN_nnmod%	_BN_nnmodlibeay32.dllBN_nnmod
BN_num_bits+_BN_num_bitslibeay32.dllBN_num_bitsBN_num_bits_word5_BN_num_bits_wordlibeay32.dllBN_num_bits_word
BN_options)_BN_optionslibeay32.dll
BN_options
BN_print%	_BN_printlibeay32.dllBN_print
BN_print_fp+_BN_print_fplibeay32.dllBN_print_fpBN_pseudo_rand1_BN_pseudo_randlibeay32.dllBN_pseudo_randBN_pseudo_rand_range=_BN_pseudo_rand_rangelibeay32.dllBN_pseudo_rand_range	BN_rand#_BN_randlibeay32.dllBN_rand
BN_rand_range/_BN_rand_rangelibeay32.dll
BN_rand_range
BN_reciprocal/_BN_reciprocallibeay32.dll
BN_reciprocal	BN_rshift'
_BN_rshiftlibeay32.dll	BN_rshift
BN_rshift1)_BN_rshift1libeay32.dll
BN_rshift1
BN_set_bit)_BN_set_bitlibeay32.dll
BN_set_bitBN_set_negative3_BN_set_negativelibeay32.dllBN_set_negative
BN_set_params/_BN_set_paramslibeay32.dll
BN_set_params
BN_set_word+_BN_set_wordlibeay32.dllBN_set_wordBN_sqr!_BN_sqrlibeay32.dllBN_sqrBN_sub!_BN_sublibeay32.dllBN_sub
BN_sub_word+_BN_sub_wordlibeay32.dllBN_sub_word	BN_swap#_BN_swaplibeay32.dllBN_swapBN_to_ASN1_ENUMERATED?_BN_to_ASN1_ENUMERATEDlibeay32.dllBN_to_ASN1_ENUMERATEDBN_to_ASN1_INTEGER9_BN_to_ASN1_INTEGERlibeay32.dllBN_to_ASN1_INTEGER	BN_uadd#_BN_uaddlibeay32.dllBN_uadd	BN_ucmp#_BN_ucmplibeay32.dllBN_ucmp	BN_usub#_BN_usublibeay32.dllBN_usubBN_value_one-
_BN_value_onelibeay32.dllBN_value_oneBUF_MEM_free-
_BUF_MEM_freelibeay32.dllBUF_MEM_freeBUF_MEM_grow-
_BUF_MEM_growlibeay32.dllBUF_MEM_growBUF_MEM_grow_clean9_BUF_MEM_grow_cleanlibeay32.dllBUF_MEM_grow_clean
BUF_MEM_new+_BUF_MEM_newlibeay32.dllBUF_MEM_new
BUF_memdup)_BUF_memduplibeay32.dll
BUF_memdup
BUF_reverse+_BUF_reverselibeay32.dllBUF_reverse
BUF_strdup)_BUF_strduplibeay32.dll
BUF_strdup
BUF_strlcat+_BUF_strlcatlibeay32.dllBUF_strlcat
BUF_strlcpy+_BUF_strlcpylibeay32.dllBUF_strlcpy
BUF_strndup+_BUF_strnduplibeay32.dllBUF_strndupCAST_cbc_encrypt5_CAST_cbc_encryptlibeay32.dllCAST_cbc_encryptCAST_cfb64_encrypt9_CAST_cfb64_encryptlibeay32.dllCAST_cfb64_encryptCAST_decrypt-
_CAST_decryptlibeay32.dllCAST_decryptCAST_ecb_encrypt5_CAST_ecb_encryptlibeay32.dllCAST_ecb_encryptCAST_encrypt-
_CAST_encryptlibeay32.dllCAST_encryptCAST_ofb64_encrypt9_CAST_ofb64_encryptlibeay32.dllCAST_ofb64_encryptCAST_set_key-
_CAST_set_keylibeay32.dllCAST_set_key
CBIGNUM_it)_CBIGNUM_itlibeay32.dll
CBIGNUM_itCERTIFICATEPOLICIES_freeE_CERTIFICATEPOLICIES_freelibeay32.dllCERTIFICATEPOLICIES_freeCERTIFICATEPOLICIES_itA_CERTIFICATEPOLICIES_itlibeay32.dllCERTIFICATEPOLICIES_itCERTIFICATEPOLICIES_newC_CERTIFICATEPOLICIES_newlibeay32.dllCERTIFICATEPOLICIES_newCMAC_CTX_cleanup5_CMAC_CTX_cleanuplibeay32.dllCMAC_CTX_cleanup
CMAC_CTX_copy/_CMAC_CTX_copylibeay32.dll
CMAC_CTX_copy
CMAC_CTX_free/_CMAC_CTX_freelibeay32.dll
CMAC_CTX_freeCMAC_CTX_get0_cipher_ctxE_CMAC_CTX_get0_cipher_ctxlibeay32.dllCMAC_CTX_get0_cipher_ctxCMAC_CTX_new-
_CMAC_CTX_newlibeay32.dllCMAC_CTX_new
CMAC_Final)_CMAC_Finallibeay32.dll
CMAC_Final	CMAC_Init'
_CMAC_Initlibeay32.dll	CMAC_Init
CMAC_Update+_CMAC_Updatelibeay32.dllCMAC_Update
CMAC_resume+_CMAC_resumelibeay32.dllCMAC_resumeCMS_ContentInfo_free=_CMS_ContentInfo_freelibeay32.dllCMS_ContentInfo_freeCMS_ContentInfo_it9_CMS_ContentInfo_itlibeay32.dllCMS_ContentInfo_itCMS_ContentInfo_new;_CMS_ContentInfo_newlibeay32.dllCMS_ContentInfo_newCMS_ContentInfo_print_ctxG_CMS_ContentInfo_print_ctxlibeay32.dllCMS_ContentInfo_print_ctxCMS_EncryptedData_decryptG_CMS_EncryptedData_decryptlibeay32.dllCMS_EncryptedData_decryptCMS_EncryptedData_encryptG_CMS_EncryptedData_encryptlibeay32.dllCMS_EncryptedData_encryptCMS_EncryptedData_set1_keyI_CMS_EncryptedData_set1_keylibeay32.dllCMS_EncryptedData_set1_keyCMS_EnvelopedData_createE_CMS_EnvelopedData_createlibeay32.dllCMS_EnvelopedData_createCMS_ReceiptRequest_create0I_CMS_ReceiptRequest_create0libeay32.dllCMS_ReceiptRequest_create0CMS_ReceiptRequest_freeC_CMS_ReceiptRequest_freelibeay32.dllCMS_ReceiptRequest_free CMS_ReceiptRequest_get0_valuesQ_CMS_ReceiptRequest_get0_valueslibeay32.dllCMS_ReceiptRequest_get0_valuesCMS_ReceiptRequest_it?_CMS_ReceiptRequest_itlibeay32.dllCMS_ReceiptRequest_itCMS_ReceiptRequest_newA_CMS_ReceiptRequest_newlibeay32.dllCMS_ReceiptRequest_newCMS_RecipientInfo_decryptG_CMS_RecipientInfo_decryptlibeay32.dllCMS_RecipientInfo_decrypt!CMS_RecipientInfo_kekri_get0_idS _CMS_RecipientInfo_kekri_get0_idlibeay32.dllCMS_RecipientInfo_kekri_get0_id CMS_RecipientInfo_kekri_id_cmpQ_CMS_RecipientInfo_kekri_id_cmplibeay32.dllCMS_RecipientInfo_kekri_id_cmp!CMS_RecipientInfo_ktri_cert_cmpS _CMS_RecipientInfo_ktri_cert_cmplibeay32.dllCMS_RecipientInfo_ktri_cert_cmp" CMS_RecipientInfo_ktri_get0_algsU!_CMS_RecipientInfo_ktri_get0_algslibeay32.dll CMS_RecipientInfo_ktri_get0_algs'%CMS_RecipientInfo_ktri_get0_signer_id_&_CMS_RecipientInfo_ktri_get0_signer_idlibeay32.dll%CMS_RecipientInfo_ktri_get0_signer_idCMS_RecipientInfo_set0_keyI_CMS_RecipientInfo_set0_keylibeay32.dllCMS_RecipientInfo_set0_key!CMS_RecipientInfo_set0_passwordS _CMS_RecipientInfo_set0_passwordlibeay32.dllCMS_RecipientInfo_set0_passwordCMS_RecipientInfo_set0_pkeyK_CMS_RecipientInfo_set0_pkeylibeay32.dllCMS_RecipientInfo_set0_pkeyCMS_RecipientInfo_typeA_CMS_RecipientInfo_typelibeay32.dllCMS_RecipientInfo_typeCMS_SignedData_init;_CMS_SignedData_initlibeay32.dllCMS_SignedData_initCMS_SignerInfo_cert_cmpC_CMS_SignerInfo_cert_cmplibeay32.dllCMS_SignerInfo_cert_cmpCMS_SignerInfo_get0_algsE_CMS_SignerInfo_get0_algslibeay32.dllCMS_SignerInfo_get0_algsCMS_SignerInfo_get0_signer_idO_CMS_SignerInfo_get0_signer_idlibeay32.dllCMS_SignerInfo_get0_signer_id!CMS_SignerInfo_set1_signer_certS _CMS_SignerInfo_set1_signer_certlibeay32.dllCMS_SignerInfo_set1_signer_certCMS_SignerInfo_sign;_CMS_SignerInfo_signlibeay32.dllCMS_SignerInfo_signCMS_SignerInfo_verify?_CMS_SignerInfo_verifylibeay32.dllCMS_SignerInfo_verifyCMS_SignerInfo_verify_contentO_CMS_SignerInfo_verify_contentlibeay32.dllCMS_SignerInfo_verify_contentCMS_add0_CertificateChoicesK_CMS_add0_CertificateChoiceslibeay32.dllCMS_add0_CertificateChoicesCMS_add0_RevocationInfoChoiceO_CMS_add0_RevocationInfoChoicelibeay32.dllCMS_add0_RevocationInfoChoice
CMS_add0_cert/_CMS_add0_certlibeay32.dll
CMS_add0_certCMS_add0_crl-
_CMS_add0_crllibeay32.dllCMS_add0_crlCMS_add0_recipient_keyA_CMS_add0_recipient_keylibeay32.dllCMS_add0_recipient_keyCMS_add0_recipient_passwordK_CMS_add0_recipient_passwordlibeay32.dllCMS_add0_recipient_passwordCMS_add1_ReceiptRequestC_CMS_add1_ReceiptRequestlibeay32.dllCMS_add1_ReceiptRequest
CMS_add1_cert/_CMS_add1_certlibeay32.dll
CMS_add1_certCMS_add1_crl-
_CMS_add1_crllibeay32.dllCMS_add1_crlCMS_add1_recipient_certC_CMS_add1_recipient_certlibeay32.dllCMS_add1_recipient_certCMS_add1_signer3_CMS_add1_signerlibeay32.dllCMS_add1_signerCMS_add_simple_smimecapC_CMS_add_simple_smimecaplibeay32.dllCMS_add_simple_smimecapCMS_add_smimecap5_CMS_add_smimecaplibeay32.dllCMS_add_smimecapCMS_add_standard_smimecapG_CMS_add_standard_smimecaplibeay32.dllCMS_add_standard_smimecapCMS_compress-
_CMS_compresslibeay32.dllCMS_compress
CMS_data%	_CMS_datalibeay32.dllCMS_data
CMS_dataFinal/_CMS_dataFinallibeay32.dll
CMS_dataFinalCMS_dataInit-
_CMS_dataInitlibeay32.dllCMS_dataInitCMS_data_create3_CMS_data_createlibeay32.dllCMS_data_create
CMS_decrypt+_CMS_decryptlibeay32.dllCMS_decryptCMS_decrypt_set1_key=_CMS_decrypt_set1_keylibeay32.dllCMS_decrypt_set1_keyCMS_decrypt_set1_passwordG_CMS_decrypt_set1_passwordlibeay32.dllCMS_decrypt_set1_passwordCMS_decrypt_set1_pkey?_CMS_decrypt_set1_pkeylibeay32.dllCMS_decrypt_set1_pkeyCMS_digest_create7_CMS_digest_createlibeay32.dllCMS_digest_createCMS_digest_verify7_CMS_digest_verifylibeay32.dllCMS_digest_verify
CMS_encrypt+_CMS_encryptlibeay32.dllCMS_encrypt	CMS_final'
_CMS_finallibeay32.dll	CMS_finalCMS_get0_RecipientInfosC_CMS_get0_RecipientInfoslibeay32.dllCMS_get0_RecipientInfosCMS_get0_SignerInfos=_CMS_get0_SignerInfoslibeay32.dllCMS_get0_SignerInfosCMS_get0_content5_CMS_get0_contentlibeay32.dllCMS_get0_contentCMS_get0_eContentType?_CMS_get0_eContentTypelibeay32.dllCMS_get0_eContentTypeCMS_get0_signers5_CMS_get0_signerslibeay32.dllCMS_get0_signers
CMS_get0_type/_CMS_get0_typelibeay32.dll
CMS_get0_typeCMS_get1_ReceiptRequestC_CMS_get1_ReceiptRequestlibeay32.dllCMS_get1_ReceiptRequestCMS_get1_certs1_CMS_get1_certslibeay32.dllCMS_get1_certs
CMS_get1_crls/_CMS_get1_crlslibeay32.dll
CMS_get1_crlsCMS_is_detached3_CMS_is_detachedlibeay32.dllCMS_is_detachedCMS_set1_eContentType?_CMS_set1_eContentTypelibeay32.dllCMS_set1_eContentTypeCMS_set1_signers_certsA_CMS_set1_signers_certslibeay32.dllCMS_set1_signers_certsCMS_set_detached5_CMS_set_detachedlibeay32.dllCMS_set_detached
CMS_sign%	_CMS_signlibeay32.dllCMS_signCMS_sign_receipt5_CMS_sign_receiptlibeay32.dllCMS_sign_receiptCMS_signed_add1_attr=_CMS_signed_add1_attrlibeay32.dllCMS_signed_add1_attrCMS_signed_add1_attr_by_NIDK_CMS_signed_add1_attr_by_NIDlibeay32.dllCMS_signed_add1_attr_by_NIDCMS_signed_add1_attr_by_OBJK_CMS_signed_add1_attr_by_OBJlibeay32.dllCMS_signed_add1_attr_by_OBJCMS_signed_add1_attr_by_txtK_CMS_signed_add1_attr_by_txtlibeay32.dllCMS_signed_add1_attr_by_txtCMS_signed_delete_attrA_CMS_signed_delete_attrlibeay32.dllCMS_signed_delete_attrCMS_signed_get0_data_by_OBJK_CMS_signed_get0_data_by_OBJlibeay32.dllCMS_signed_get0_data_by_OBJCMS_signed_get_attr;_CMS_signed_get_attrlibeay32.dllCMS_signed_get_attrCMS_signed_get_attr_by_NIDI_CMS_signed_get_attr_by_NIDlibeay32.dllCMS_signed_get_attr_by_NIDCMS_signed_get_attr_by_OBJI_CMS_signed_get_attr_by_OBJlibeay32.dllCMS_signed_get_attr_by_OBJCMS_signed_get_attr_countG_CMS_signed_get_attr_countlibeay32.dllCMS_signed_get_attr_count
CMS_stream)_CMS_streamlibeay32.dll
CMS_streamCMS_uncompress1_CMS_uncompresslibeay32.dllCMS_uncompressCMS_unsigned_add1_attrA_CMS_unsigned_add1_attrlibeay32.dllCMS_unsigned_add1_attrCMS_unsigned_add1_attr_by_NIDO_CMS_unsigned_add1_attr_by_NIDlibeay32.dllCMS_unsigned_add1_attr_by_NIDCMS_unsigned_add1_attr_by_OBJO_CMS_unsigned_add1_attr_by_OBJlibeay32.dllCMS_unsigned_add1_attr_by_OBJCMS_unsigned_add1_attr_by_txtO_CMS_unsigned_add1_attr_by_txtlibeay32.dllCMS_unsigned_add1_attr_by_txtCMS_unsigned_delete_attrE_CMS_unsigned_delete_attrlibeay32.dllCMS_unsigned_delete_attrCMS_unsigned_get0_data_by_OBJO_CMS_unsigned_get0_data_by_OBJlibeay32.dllCMS_unsigned_get0_data_by_OBJCMS_unsigned_get_attr?_CMS_unsigned_get_attrlibeay32.dllCMS_unsigned_get_attrCMS_unsigned_get_attr_by_NIDM_CMS_unsigned_get_attr_by_NIDlibeay32.dllCMS_unsigned_get_attr_by_NIDCMS_unsigned_get_attr_by_OBJM_CMS_unsigned_get_attr_by_OBJlibeay32.dllCMS_unsigned_get_attr_by_OBJCMS_unsigned_get_attr_countK_CMS_unsigned_get_attr_countlibeay32.dllCMS_unsigned_get_attr_count
CMS_verify)_CMS_verifylibeay32.dll
CMS_verifyCMS_verify_receipt9_CMS_verify_receiptlibeay32.dllCMS_verify_receipt
COMP_CTX_free/_COMP_CTX_freelibeay32.dll
COMP_CTX_freeCOMP_CTX_new-
_COMP_CTX_newlibeay32.dllCOMP_CTX_newCOMP_compress_block;_COMP_compress_blocklibeay32.dllCOMP_compress_blockCOMP_expand_block7_COMP_expand_blocklibeay32.dllCOMP_expand_block
COMP_rle%	_COMP_rlelibeay32.dllCOMP_rle	COMP_zlib'
_COMP_zliblibeay32.dll	COMP_zlibCOMP_zlib_cleanup7_COMP_zlib_cleanuplibeay32.dllCOMP_zlib_cleanup
CONF_dump_bio/_CONF_dump_biolibeay32.dll
CONF_dump_bioCONF_dump_fp-
_CONF_dump_fplibeay32.dllCONF_dump_fp	CONF_free'
_CONF_freelibeay32.dll	CONF_freeCONF_get1_default_config_fileO_CONF_get1_default_config_filelibeay32.dllCONF_get1_default_config_fileCONF_get_number3_CONF_get_numberlibeay32.dllCONF_get_numberCONF_get_section5_CONF_get_sectionlibeay32.dllCONF_get_sectionCONF_get_string3_CONF_get_stringlibeay32.dllCONF_get_stringCONF_imodule_get_flagsA_CONF_imodule_get_flagslibeay32.dllCONF_imodule_get_flagsCONF_imodule_get_moduleC_CONF_imodule_get_modulelibeay32.dllCONF_imodule_get_moduleCONF_imodule_get_name?_CONF_imodule_get_namelibeay32.dllCONF_imodule_get_nameCONF_imodule_get_usr_dataG_CONF_imodule_get_usr_datalibeay32.dllCONF_imodule_get_usr_dataCONF_imodule_get_valueA_CONF_imodule_get_valuelibeay32.dllCONF_imodule_get_valueCONF_imodule_set_flagsA_CONF_imodule_set_flagslibeay32.dllCONF_imodule_set_flagsCONF_imodule_set_usr_dataG_CONF_imodule_set_usr_datalibeay32.dllCONF_imodule_set_usr_data	CONF_load'
_CONF_loadlibeay32.dll	CONF_load
CONF_load_bio/_CONF_load_biolibeay32.dll
CONF_load_bioCONF_load_fp-
_CONF_load_fplibeay32.dllCONF_load_fpCONF_module_add3_CONF_module_addlibeay32.dllCONF_module_addCONF_module_get_usr_dataE_CONF_module_get_usr_datalibeay32.dllCONF_module_get_usr_dataCONF_module_set_usr_dataE_CONF_module_set_usr_datalibeay32.dllCONF_module_set_usr_dataCONF_modules_finish;_CONF_modules_finishlibeay32.dllCONF_modules_finishCONF_modules_free7_CONF_modules_freelibeay32.dllCONF_modules_freeCONF_modules_load7_CONF_modules_loadlibeay32.dllCONF_modules_loadCONF_modules_load_fileA_CONF_modules_load_filelibeay32.dllCONF_modules_load_fileCONF_modules_unload;_CONF_modules_unloadlibeay32.dllCONF_modules_unloadCONF_parse_list3_CONF_parse_listlibeay32.dllCONF_parse_listCONF_set_default_methodC_CONF_set_default_methodlibeay32.dllCONF_set_default_methodCONF_set_nconf1_CONF_set_nconflibeay32.dllCONF_set_nconfCRL_DIST_POINTS_free=_CRL_DIST_POINTS_freelibeay32.dllCRL_DIST_POINTS_freeCRL_DIST_POINTS_it9_CRL_DIST_POINTS_itlibeay32.dllCRL_DIST_POINTS_itCRL_DIST_POINTS_new;_CRL_DIST_POINTS_newlibeay32.dllCRL_DIST_POINTS_newCRYPTO_THREADID_cmp;_CRYPTO_THREADID_cmplibeay32.dllCRYPTO_THREADID_cmpCRYPTO_THREADID_cpy;_CRYPTO_THREADID_cpylibeay32.dllCRYPTO_THREADID_cpyCRYPTO_THREADID_currentC_CRYPTO_THREADID_currentlibeay32.dllCRYPTO_THREADID_currentCRYPTO_THREADID_get_callbackM_CRYPTO_THREADID_get_callbacklibeay32.dllCRYPTO_THREADID_get_callbackCRYPTO_THREADID_hash=_CRYPTO_THREADID_hashlibeay32.dllCRYPTO_THREADID_hashCRYPTO_THREADID_set_callbackM_CRYPTO_THREADID_set_callbacklibeay32.dllCRYPTO_THREADID_set_callbackCRYPTO_THREADID_set_numericK_CRYPTO_THREADID_set_numericlibeay32.dllCRYPTO_THREADID_set_numericCRYPTO_THREADID_set_pointerK_CRYPTO_THREADID_set_pointerlibeay32.dllCRYPTO_THREADID_set_pointerCRYPTO_add_lock3_CRYPTO_add_locklibeay32.dllCRYPTO_add_lockCRYPTO_cbc128_decrypt?_CRYPTO_cbc128_decryptlibeay32.dllCRYPTO_cbc128_decryptCRYPTO_cbc128_encrypt?_CRYPTO_cbc128_encryptlibeay32.dllCRYPTO_cbc128_encryptCRYPTO_ccm128_aad7_CRYPTO_ccm128_aadlibeay32.dllCRYPTO_ccm128_aadCRYPTO_ccm128_decrypt?_CRYPTO_ccm128_decryptlibeay32.dllCRYPTO_ccm128_decryptCRYPTO_ccm128_decrypt_ccm64K_CRYPTO_ccm128_decrypt_ccm64libeay32.dllCRYPTO_ccm128_decrypt_ccm64CRYPTO_ccm128_encrypt?_CRYPTO_ccm128_encryptlibeay32.dllCRYPTO_ccm128_encryptCRYPTO_ccm128_encrypt_ccm64K_CRYPTO_ccm128_encrypt_ccm64libeay32.dllCRYPTO_ccm128_encrypt_ccm64CRYPTO_ccm128_init9_CRYPTO_ccm128_initlibeay32.dllCRYPTO_ccm128_initCRYPTO_ccm128_setiv;_CRYPTO_ccm128_setivlibeay32.dllCRYPTO_ccm128_setivCRYPTO_ccm128_tag7_CRYPTO_ccm128_taglibeay32.dllCRYPTO_ccm128_tagCRYPTO_cfb128_1_encryptC_CRYPTO_cfb128_1_encryptlibeay32.dllCRYPTO_cfb128_1_encryptCRYPTO_cfb128_8_encryptC_CRYPTO_cfb128_8_encryptlibeay32.dllCRYPTO_cfb128_8_encryptCRYPTO_cfb128_encrypt?_CRYPTO_cfb128_encryptlibeay32.dllCRYPTO_cfb128_encryptCRYPTO_cleanup_all_ex_dataI_CRYPTO_cleanup_all_ex_datalibeay32.dllCRYPTO_cleanup_all_ex_dataCRYPTO_ctr128_encrypt?_CRYPTO_ctr128_encryptlibeay32.dllCRYPTO_ctr128_encryptCRYPTO_ctr128_encrypt_ctr32K_CRYPTO_ctr128_encrypt_ctr32libeay32.dllCRYPTO_ctr128_encrypt_ctr32CRYPTO_cts128_decrypt?_CRYPTO_cts128_decryptlibeay32.dllCRYPTO_cts128_decryptCRYPTO_cts128_decrypt_blockK_CRYPTO_cts128_decrypt_blocklibeay32.dllCRYPTO_cts128_decrypt_blockCRYPTO_cts128_encrypt?_CRYPTO_cts128_encryptlibeay32.dllCRYPTO_cts128_encryptCRYPTO_cts128_encrypt_blockK_CRYPTO_cts128_encrypt_blocklibeay32.dllCRYPTO_cts128_encrypt_blockCRYPTO_dbg_free3_CRYPTO_dbg_freelibeay32.dllCRYPTO_dbg_freeCRYPTO_dbg_get_optionsA_CRYPTO_dbg_get_optionslibeay32.dllCRYPTO_dbg_get_optionsCRYPTO_dbg_malloc7_CRYPTO_dbg_malloclibeay32.dllCRYPTO_dbg_mallocCRYPTO_dbg_realloc9_CRYPTO_dbg_realloclibeay32.dllCRYPTO_dbg_reallocCRYPTO_dbg_set_optionsA_CRYPTO_dbg_set_optionslibeay32.dllCRYPTO_dbg_set_optionsCRYPTO_destroy_dynlockidE_CRYPTO_destroy_dynlockidlibeay32.dllCRYPTO_destroy_dynlockidCRYPTO_dup_ex_data9_CRYPTO_dup_ex_datalibeay32.dllCRYPTO_dup_ex_dataCRYPTO_ex_data_new_classE_CRYPTO_ex_data_new_classlibeay32.dllCRYPTO_ex_data_new_class
CRYPTO_free+_CRYPTO_freelibeay32.dllCRYPTO_freeCRYPTO_free_ex_data;_CRYPTO_free_ex_datalibeay32.dllCRYPTO_free_ex_dataCRYPTO_free_locked9_CRYPTO_free_lockedlibeay32.dllCRYPTO_free_lockedCRYPTO_gcm128_aad7_CRYPTO_gcm128_aadlibeay32.dllCRYPTO_gcm128_aadCRYPTO_gcm128_decrypt?_CRYPTO_gcm128_decryptlibeay32.dllCRYPTO_gcm128_decryptCRYPTO_gcm128_decrypt_ctr32K_CRYPTO_gcm128_decrypt_ctr32libeay32.dllCRYPTO_gcm128_decrypt_ctr32CRYPTO_gcm128_encrypt?_CRYPTO_gcm128_encryptlibeay32.dllCRYPTO_gcm128_encryptCRYPTO_gcm128_encrypt_ctr32K_CRYPTO_gcm128_encrypt_ctr32libeay32.dllCRYPTO_gcm128_encrypt_ctr32CRYPTO_gcm128_finish=_CRYPTO_gcm128_finishlibeay32.dllCRYPTO_gcm128_finishCRYPTO_gcm128_init9_CRYPTO_gcm128_initlibeay32.dllCRYPTO_gcm128_initCRYPTO_gcm128_new7_CRYPTO_gcm128_newlibeay32.dllCRYPTO_gcm128_newCRYPTO_gcm128_release?_CRYPTO_gcm128_releaselibeay32.dllCRYPTO_gcm128_releaseCRYPTO_gcm128_setiv;_CRYPTO_gcm128_setivlibeay32.dllCRYPTO_gcm128_setivCRYPTO_gcm128_tag7_CRYPTO_gcm128_taglibeay32.dllCRYPTO_gcm128_tagCRYPTO_get_add_lock_callbackM_CRYPTO_get_add_lock_callbacklibeay32.dllCRYPTO_get_add_lock_callback$"CRYPTO_get_dynlock_create_callbackY#_CRYPTO_get_dynlock_create_callbacklibeay32.dll"CRYPTO_get_dynlock_create_callback%#CRYPTO_get_dynlock_destroy_callback[$_CRYPTO_get_dynlock_destroy_callbacklibeay32.dll#CRYPTO_get_dynlock_destroy_callback" CRYPTO_get_dynlock_lock_callbackU!_CRYPTO_get_dynlock_lock_callbacklibeay32.dll CRYPTO_get_dynlock_lock_callbackCRYPTO_get_dynlock_valueE_CRYPTO_get_dynlock_valuelibeay32.dllCRYPTO_get_dynlock_valueCRYPTO_get_ex_data9_CRYPTO_get_ex_datalibeay32.dllCRYPTO_get_ex_data#!CRYPTO_get_ex_data_implementationW"_CRYPTO_get_ex_data_implementationlibeay32.dll!CRYPTO_get_ex_data_implementationCRYPTO_get_ex_new_indexC_CRYPTO_get_ex_new_indexlibeay32.dllCRYPTO_get_ex_new_indexCRYPTO_get_id_callbackA_CRYPTO_get_id_callbacklibeay32.dllCRYPTO_get_id_callbackCRYPTO_get_lock_name=_CRYPTO_get_lock_namelibeay32.dllCRYPTO_get_lock_name$"CRYPTO_get_locked_mem_ex_functionsY#_CRYPTO_get_locked_mem_ex_functionslibeay32.dll"CRYPTO_get_locked_mem_ex_functions!CRYPTO_get_locked_mem_functionsS _CRYPTO_get_locked_mem_functionslibeay32.dllCRYPTO_get_locked_mem_functionsCRYPTO_get_locking_callbackK_CRYPTO_get_locking_callbacklibeay32.dllCRYPTO_get_locking_callback CRYPTO_get_mem_debug_functionsQ_CRYPTO_get_mem_debug_functionslibeay32.dllCRYPTO_get_mem_debug_functionsCRYPTO_get_mem_debug_optionsM_CRYPTO_get_mem_debug_optionslibeay32.dllCRYPTO_get_mem_debug_optionsCRYPTO_get_mem_ex_functionsK_CRYPTO_get_mem_ex_functionslibeay32.dllCRYPTO_get_mem_ex_functionsCRYPTO_get_mem_functionsE_CRYPTO_get_mem_functionslibeay32.dllCRYPTO_get_mem_functionsCRYPTO_get_new_dynlockidE_CRYPTO_get_new_dynlockidlibeay32.dllCRYPTO_get_new_dynlockidCRYPTO_get_new_lockid?_CRYPTO_get_new_lockidlibeay32.dllCRYPTO_get_new_lockidCRYPTO_is_mem_check_onA_CRYPTO_is_mem_check_onlibeay32.dllCRYPTO_is_mem_check_on
CRYPTO_lock+_CRYPTO_locklibeay32.dllCRYPTO_lock
CRYPTO_malloc/_CRYPTO_malloclibeay32.dll
CRYPTO_mallocCRYPTO_malloc_locked=_CRYPTO_malloc_lockedlibeay32.dllCRYPTO_malloc_lockedCRYPTO_mem_ctrl3_CRYPTO_mem_ctrllibeay32.dllCRYPTO_mem_ctrlCRYPTO_mem_leaks5_CRYPTO_mem_leakslibeay32.dllCRYPTO_mem_leaksCRYPTO_mem_leaks_cb;_CRYPTO_mem_leaks_cblibeay32.dllCRYPTO_mem_leaks_cbCRYPTO_mem_leaks_fp;_CRYPTO_mem_leaks_fplibeay32.dllCRYPTO_mem_leaks_fpCRYPTO_new_ex_data9_CRYPTO_new_ex_datalibeay32.dllCRYPTO_new_ex_dataCRYPTO_nistcts128_decryptG_CRYPTO_nistcts128_decryptlibeay32.dllCRYPTO_nistcts128_decrypt!CRYPTO_nistcts128_decrypt_blockS _CRYPTO_nistcts128_decrypt_blocklibeay32.dllCRYPTO_nistcts128_decrypt_blockCRYPTO_nistcts128_encryptG_CRYPTO_nistcts128_encryptlibeay32.dllCRYPTO_nistcts128_encrypt!CRYPTO_nistcts128_encrypt_blockS _CRYPTO_nistcts128_encrypt_blocklibeay32.dllCRYPTO_nistcts128_encrypt_blockCRYPTO_num_locks5_CRYPTO_num_lockslibeay32.dllCRYPTO_num_locksCRYPTO_ofb128_encrypt?_CRYPTO_ofb128_encryptlibeay32.dllCRYPTO_ofb128_encryptCRYPTO_pop_info3_CRYPTO_pop_infolibeay32.dllCRYPTO_pop_infoCRYPTO_push_info_7_CRYPTO_push_info_libeay32.dllCRYPTO_push_info_CRYPTO_realloc1_CRYPTO_realloclibeay32.dllCRYPTO_reallocCRYPTO_realloc_clean=_CRYPTO_realloc_cleanlibeay32.dllCRYPTO_realloc_cleanCRYPTO_remalloc3_CRYPTO_remalloclibeay32.dllCRYPTO_remallocCRYPTO_remove_all_infoA_CRYPTO_remove_all_infolibeay32.dllCRYPTO_remove_all_infoCRYPTO_set_add_lock_callbackM_CRYPTO_set_add_lock_callbacklibeay32.dllCRYPTO_set_add_lock_callback$"CRYPTO_set_dynlock_create_callbackY#_CRYPTO_set_dynlock_create_callbacklibeay32.dll"CRYPTO_set_dynlock_create_callback%#CRYPTO_set_dynlock_destroy_callback[$_CRYPTO_set_dynlock_destroy_callbacklibeay32.dll#CRYPTO_set_dynlock_destroy_callback" CRYPTO_set_dynlock_lock_callbackU!_CRYPTO_set_dynlock_lock_callbacklibeay32.dll CRYPTO_set_dynlock_lock_callbackCRYPTO_set_ex_data9_CRYPTO_set_ex_datalibeay32.dllCRYPTO_set_ex_data#!CRYPTO_set_ex_data_implementationW"_CRYPTO_set_ex_data_implementationlibeay32.dll!CRYPTO_set_ex_data_implementationCRYPTO_set_id_callbackA_CRYPTO_set_id_callbacklibeay32.dllCRYPTO_set_id_callback$"CRYPTO_set_locked_mem_ex_functionsY#_CRYPTO_set_locked_mem_ex_functionslibeay32.dll"CRYPTO_set_locked_mem_ex_functions!CRYPTO_set_locked_mem_functionsS _CRYPTO_set_locked_mem_functionslibeay32.dllCRYPTO_set_locked_mem_functionsCRYPTO_set_locking_callbackK_CRYPTO_set_locking_callbacklibeay32.dllCRYPTO_set_locking_callback CRYPTO_set_mem_debug_functionsQ_CRYPTO_set_mem_debug_functionslibeay32.dllCRYPTO_set_mem_debug_functionsCRYPTO_set_mem_debug_optionsM_CRYPTO_set_mem_debug_optionslibeay32.dllCRYPTO_set_mem_debug_optionsCRYPTO_set_mem_ex_functionsK_CRYPTO_set_mem_ex_functionslibeay32.dllCRYPTO_set_mem_ex_functionsCRYPTO_set_mem_functionsE_CRYPTO_set_mem_functionslibeay32.dllCRYPTO_set_mem_functions
CRYPTO_strdup/_CRYPTO_strduplibeay32.dll
CRYPTO_strdupCRYPTO_thread_id5_CRYPTO_thread_idlibeay32.dllCRYPTO_thread_idCRYPTO_xts128_encrypt?_CRYPTO_xts128_encryptlibeay32.dllCRYPTO_xts128_encryptCamellia_cbc_encrypt=_Camellia_cbc_encryptlibeay32.dllCamellia_cbc_encryptCamellia_cfb128_encryptC_Camellia_cfb128_encryptlibeay32.dllCamellia_cfb128_encryptCamellia_cfb1_encrypt?_Camellia_cfb1_encryptlibeay32.dllCamellia_cfb1_encryptCamellia_cfb8_encrypt?_Camellia_cfb8_encryptlibeay32.dllCamellia_cfb8_encryptCamellia_ctr128_encryptC_Camellia_ctr128_encryptlibeay32.dllCamellia_ctr128_encryptCamellia_decrypt5_Camellia_decryptlibeay32.dllCamellia_decryptCamellia_ecb_encrypt=_Camellia_ecb_encryptlibeay32.dllCamellia_ecb_encryptCamellia_encrypt5_Camellia_encryptlibeay32.dllCamellia_encryptCamellia_ofb128_encryptC_Camellia_ofb128_encryptlibeay32.dllCamellia_ofb128_encryptCamellia_set_key5_Camellia_set_keylibeay32.dllCamellia_set_key
DES_cbc_cksum/_DES_cbc_cksumlibeay32.dll
DES_cbc_cksumDES_cbc_encrypt3_DES_cbc_encryptlibeay32.dllDES_cbc_encryptDES_cfb64_encrypt7_DES_cfb64_encryptlibeay32.dllDES_cfb64_encryptDES_cfb_encrypt3_DES_cfb_encryptlibeay32.dllDES_cfb_encryptDES_check_key_parity=_DES_check_key_paritylibeay32.dllDES_check_key_parity	DES_crypt'
_DES_cryptlibeay32.dll	DES_cryptDES_decrypt3-
_DES_decrypt3libeay32.dllDES_decrypt3DES_ecb3_encrypt5_DES_ecb3_encryptlibeay32.dllDES_ecb3_encryptDES_ecb_encrypt3_DES_ecb_encryptlibeay32.dllDES_ecb_encryptDES_ede3_cbc_encrypt=_DES_ede3_cbc_encryptlibeay32.dllDES_ede3_cbc_encryptDES_ede3_cbcm_encrypt?_DES_ede3_cbcm_encryptlibeay32.dllDES_ede3_cbcm_encryptDES_ede3_cfb64_encryptA_DES_ede3_cfb64_encryptlibeay32.dllDES_ede3_cfb64_encryptDES_ede3_cfb_encrypt=_DES_ede3_cfb_encryptlibeay32.dllDES_ede3_cfb_encryptDES_ede3_ofb64_encryptA_DES_ede3_ofb64_encryptlibeay32.dllDES_ede3_ofb64_encryptDES_enc_read-
_DES_enc_readlibeay32.dllDES_enc_read
DES_enc_write/_DES_enc_writelibeay32.dll
DES_enc_writeDES_encrypt1-
_DES_encrypt1libeay32.dllDES_encrypt1DES_encrypt2-
_DES_encrypt2libeay32.dllDES_encrypt2DES_encrypt3-
_DES_encrypt3libeay32.dllDES_encrypt3
DES_fcrypt)_DES_fcryptlibeay32.dll
DES_fcryptDES_is_weak_key3_DES_is_weak_keylibeay32.dllDES_is_weak_key
DES_key_sched/_DES_key_schedlibeay32.dll
DES_key_schedDES_ncbc_encrypt5_DES_ncbc_encryptlibeay32.dllDES_ncbc_encryptDES_ofb64_encrypt7_DES_ofb64_encryptlibeay32.dllDES_ofb64_encryptDES_ofb_encrypt3_DES_ofb_encryptlibeay32.dllDES_ofb_encrypt
DES_options+_DES_optionslibeay32.dllDES_optionsDES_pcbc_encrypt5_DES_pcbc_encryptlibeay32.dllDES_pcbc_encryptDES_quad_cksum1_DES_quad_cksumlibeay32.dllDES_quad_cksumDES_random_key1_DES_random_keylibeay32.dllDES_random_keyDES_read_2passwords;_DES_read_2passwordslibeay32.dllDES_read_2passwordsDES_read_password7_DES_read_passwordlibeay32.dllDES_read_password
DES_set_key+_DES_set_keylibeay32.dllDES_set_keyDES_set_key_checked;_DES_set_key_checkedlibeay32.dllDES_set_key_checkedDES_set_key_unchecked?_DES_set_key_uncheckedlibeay32.dllDES_set_key_uncheckedDES_set_odd_parity9_DES_set_odd_paritylibeay32.dllDES_set_odd_parityDES_string_to_2keys;_DES_string_to_2keyslibeay32.dllDES_string_to_2keysDES_string_to_key7_DES_string_to_keylibeay32.dllDES_string_to_keyDES_xcbc_encrypt5_DES_xcbc_encryptlibeay32.dllDES_xcbc_encrypt
DH_OpenSSL)_DH_OpenSSLlibeay32.dll
DH_OpenSSL
DH_check%	_DH_checklibeay32.dllDH_checkDH_check_pub_key5_DH_check_pub_keylibeay32.dllDH_check_pub_keyDH_compute_key1_DH_compute_keylibeay32.dllDH_compute_key	DH_free#_DH_freelibeay32.dllDH_freeDH_generate_key3_DH_generate_keylibeay32.dllDH_generate_keyDH_generate_parametersA_DH_generate_parameterslibeay32.dllDH_generate_parametersDH_generate_parameters_exG_DH_generate_parameters_exlibeay32.dllDH_generate_parameters_exDH_get_default_method?_DH_get_default_methodlibeay32.dllDH_get_default_methodDH_get_ex_data1_DH_get_ex_datalibeay32.dllDH_get_ex_dataDH_get_ex_new_index;_DH_get_ex_new_indexlibeay32.dllDH_get_ex_new_indexDH_new!_DH_newlibeay32.dllDH_new
DH_new_method/_DH_new_methodlibeay32.dll
DH_new_methodDH_set_default_method?_DH_set_default_methodlibeay32.dllDH_set_default_methodDH_set_ex_data1_DH_set_ex_datalibeay32.dllDH_set_ex_data
DH_set_method/_DH_set_methodlibeay32.dll
DH_set_method	DH_size#_DH_sizelibeay32.dllDH_size	DH_up_ref'
_DH_up_reflibeay32.dll	DH_up_refDHparams_dup-
_DHparams_duplibeay32.dllDHparams_dupDHparams_print1_DHparams_printlibeay32.dllDHparams_printDHparams_print_fp7_DHparams_print_fplibeay32.dllDHparams_print_fpDIRECTORYSTRING_free=_DIRECTORYSTRING_freelibeay32.dllDIRECTORYSTRING_freeDIRECTORYSTRING_it9_DIRECTORYSTRING_itlibeay32.dllDIRECTORYSTRING_itDIRECTORYSTRING_new;_DIRECTORYSTRING_newlibeay32.dllDIRECTORYSTRING_newDISPLAYTEXT_free5_DISPLAYTEXT_freelibeay32.dllDISPLAYTEXT_freeDISPLAYTEXT_it1_DISPLAYTEXT_itlibeay32.dllDISPLAYTEXT_itDISPLAYTEXT_new3_DISPLAYTEXT_newlibeay32.dllDISPLAYTEXT_newDIST_POINT_NAME_free=_DIST_POINT_NAME_freelibeay32.dllDIST_POINT_NAME_freeDIST_POINT_NAME_it9_DIST_POINT_NAME_itlibeay32.dllDIST_POINT_NAME_itDIST_POINT_NAME_new;_DIST_POINT_NAME_newlibeay32.dllDIST_POINT_NAME_newDIST_POINT_free3_DIST_POINT_freelibeay32.dllDIST_POINT_free
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DSA_OpenSSL+_DSA_OpenSSLlibeay32.dllDSA_OpenSSLDSA_SIG_free-
_DSA_SIG_freelibeay32.dllDSA_SIG_free
DSA_SIG_new+_DSA_SIG_newlibeay32.dllDSA_SIG_new
DSA_do_sign+_DSA_do_signlibeay32.dllDSA_do_sign
DSA_do_verify/_DSA_do_verifylibeay32.dll
DSA_do_verify
DSA_dup_DH)_DSA_dup_DHlibeay32.dll
DSA_dup_DH
DSA_free%	_DSA_freelibeay32.dllDSA_freeDSA_generate_key5_DSA_generate_keylibeay32.dllDSA_generate_keyDSA_generate_parametersC_DSA_generate_parameterslibeay32.dllDSA_generate_parametersDSA_generate_parameters_exI_DSA_generate_parameters_exlibeay32.dllDSA_generate_parameters_exDSA_get_default_methodA_DSA_get_default_methodlibeay32.dllDSA_get_default_methodDSA_get_ex_data3_DSA_get_ex_datalibeay32.dllDSA_get_ex_dataDSA_get_ex_new_index=_DSA_get_ex_new_indexlibeay32.dllDSA_get_ex_new_index	DSA_new#_DSA_newlibeay32.dllDSA_newDSA_new_method1_DSA_new_methodlibeay32.dllDSA_new_method	DSA_print'
_DSA_printlibeay32.dll	DSA_printDSA_print_fp-
_DSA_print_fplibeay32.dllDSA_print_fpDSA_set_default_methodA_DSA_set_default_methodlibeay32.dllDSA_set_default_methodDSA_set_ex_data3_DSA_set_ex_datalibeay32.dllDSA_set_ex_dataDSA_set_method1_DSA_set_methodlibeay32.dllDSA_set_method
DSA_sign%	_DSA_signlibeay32.dllDSA_signDSA_sign_setup1_DSA_sign_setuplibeay32.dllDSA_sign_setup
DSA_size%	_DSA_sizelibeay32.dllDSA_size
DSA_up_ref)_DSA_up_reflibeay32.dll
DSA_up_ref
DSA_verify)_DSA_verifylibeay32.dll
DSA_verify
DSAparams_dup/_DSAparams_duplibeay32.dll
DSAparams_dupDSAparams_print3_DSAparams_printlibeay32.dllDSAparams_printDSAparams_print_fp9_DSAparams_print_fplibeay32.dllDSAparams_print_fpDSO_METHOD_beos3_DSO_METHOD_beoslibeay32.dllDSO_METHOD_beos
DSO_METHOD_dl/_DSO_METHOD_dllibeay32.dll
DSO_METHOD_dlDSO_METHOD_dlfcn5_DSO_METHOD_dlfcnlibeay32.dllDSO_METHOD_dlfcnDSO_METHOD_null3_DSO_METHOD_nulllibeay32.dllDSO_METHOD_nullDSO_METHOD_openssl9_DSO_METHOD_openssllibeay32.dllDSO_METHOD_opensslDSO_METHOD_vms1_DSO_METHOD_vmslibeay32.dllDSO_METHOD_vmsDSO_METHOD_win325_DSO_METHOD_win32libeay32.dllDSO_METHOD_win32
DSO_bind_func/_DSO_bind_funclibeay32.dll
DSO_bind_funcDSO_bind_var-
_DSO_bind_varlibeay32.dllDSO_bind_varDSO_convert_filename=_DSO_convert_filenamelibeay32.dllDSO_convert_filename
DSO_ctrl%	_DSO_ctrllibeay32.dllDSO_ctrl	DSO_flags'
_DSO_flagslibeay32.dll	DSO_flags
DSO_free%	_DSO_freelibeay32.dllDSO_freeDSO_get_default_methodA_DSO_get_default_methodlibeay32.dllDSO_get_default_methodDSO_get_filename5_DSO_get_filenamelibeay32.dllDSO_get_filenameDSO_get_loaded_filenameC_DSO_get_loaded_filenamelibeay32.dllDSO_get_loaded_filenameDSO_get_method1_DSO_get_methodlibeay32.dllDSO_get_methodDSO_global_lookup7_DSO_global_lookuplibeay32.dllDSO_global_lookup
DSO_load%	_DSO_loadlibeay32.dllDSO_load	DSO_merge'
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EC_KEY_copy+_EC_KEY_copylibeay32.dllEC_KEY_copy
EC_KEY_dup)_EC_KEY_duplibeay32.dll
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EC_KEY_free+_EC_KEY_freelibeay32.dllEC_KEY_freeEC_KEY_generate_key;_EC_KEY_generate_keylibeay32.dllEC_KEY_generate_keyEC_KEY_get0_group7_EC_KEY_get0_grouplibeay32.dllEC_KEY_get0_groupEC_KEY_get0_private_keyC_EC_KEY_get0_private_keylibeay32.dllEC_KEY_get0_private_keyEC_KEY_get0_public_keyA_EC_KEY_get0_public_keylibeay32.dllEC_KEY_get0_public_keyEC_KEY_get_conv_form=_EC_KEY_get_conv_formlibeay32.dllEC_KEY_get_conv_formEC_KEY_get_enc_flags=_EC_KEY_get_enc_flagslibeay32.dllEC_KEY_get_enc_flagsEC_KEY_get_flags5_EC_KEY_get_flagslibeay32.dllEC_KEY_get_flagsEC_KEY_get_key_method_dataI_EC_KEY_get_key_method_datalibeay32.dllEC_KEY_get_key_method_dataEC_KEY_insert_key_method_dataO_EC_KEY_insert_key_method_datalibeay32.dllEC_KEY_insert_key_method_data
EC_KEY_new)_EC_KEY_newlibeay32.dll
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EC_KEY_up_ref/_EC_KEY_up_reflibeay32.dll
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ENGINE_add)_ENGINE_addlibeay32.dll
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ENGINE_up_ref/_ENGINE_up_reflibeay32.dll
ENGINE_up_refERR_add_error_data9_ERR_add_error_datalibeay32.dllERR_add_error_dataERR_add_error_vdata;_ERR_add_error_vdatalibeay32.dllERR_add_error_vdataERR_clear_error3_ERR_clear_errorlibeay32.dllERR_clear_errorERR_error_string5_ERR_error_stringlibeay32.dllERR_error_stringERR_error_string_n9_ERR_error_string_nlibeay32.dllERR_error_string_nERR_free_strings5_ERR_free_stringslibeay32.dllERR_free_stringsERR_func_error_string?_ERR_func_error_stringlibeay32.dllERR_func_error_stringERR_get_err_state_tableC_ERR_get_err_state_tablelibeay32.dllERR_get_err_state_table
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ERR_put_error/_ERR_put_errorlibeay32.dll
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_ERR_set_marklibeay32.dllERR_set_markERR_unload_strings9_ERR_unload_stringslibeay32.dllERR_unload_stringsESS_CERT_ID_dup3_ESS_CERT_ID_duplibeay32.dllESS_CERT_ID_dupESS_CERT_ID_free5_ESS_CERT_ID_freelibeay32.dllESS_CERT_ID_freeESS_CERT_ID_new3_ESS_CERT_ID_newlibeay32.dllESS_CERT_ID_newESS_ISSUER_SERIAL_dup?_ESS_ISSUER_SERIAL_duplibeay32.dllESS_ISSUER_SERIAL_dupESS_ISSUER_SERIAL_freeA_ESS_ISSUER_SERIAL_freelibeay32.dllESS_ISSUER_SERIAL_freeESS_ISSUER_SERIAL_new?_ESS_ISSUER_SERIAL_newlibeay32.dllESS_ISSUER_SERIAL_newESS_SIGNING_CERT_dup=_ESS_SIGNING_CERT_duplibeay32.dllESS_SIGNING_CERT_dupESS_SIGNING_CERT_free?_ESS_SIGNING_CERT_freelibeay32.dllESS_SIGNING_CERT_freeESS_SIGNING_CERT_new=_ESS_SIGNING_CERT_newlibeay32.dllESS_SIGNING_CERT_newEVP_BytesToKey1_EVP_BytesToKeylibeay32.dllEVP_BytesToKeyEVP_CIPHER_CTX_block_sizeG_EVP_CIPHER_CTX_block_sizelibeay32.dllEVP_CIPHER_CTX_block_sizeEVP_CIPHER_CTX_cipher?_EVP_CIPHER_CTX_cipherlibeay32.dllEVP_CIPHER_CTX_cipherEVP_CIPHER_CTX_cleanupA_EVP_CIPHER_CTX_cleanuplibeay32.dllEVP_CIPHER_CTX_cleanupEVP_CIPHER_CTX_clear_flagsI_EVP_CIPHER_CTX_clear_flagslibeay32.dllEVP_CIPHER_CTX_clear_flagsEVP_CIPHER_CTX_copy;_EVP_CIPHER_CTX_copylibeay32.dllEVP_CIPHER_CTX_copyEVP_CIPHER_CTX_ctrl;_EVP_CIPHER_CTX_ctrllibeay32.dllEVP_CIPHER_CTX_ctrlEVP_CIPHER_CTX_flags=_EVP_CIPHER_CTX_flagslibeay32.dllEVP_CIPHER_CTX_flagsEVP_CIPHER_CTX_free;_EVP_CIPHER_CTX_freelibeay32.dllEVP_CIPHER_CTX_freeEVP_CIPHER_CTX_get_app_dataK_EVP_CIPHER_CTX_get_app_datalibeay32.dllEVP_CIPHER_CTX_get_app_dataEVP_CIPHER_CTX_init;_EVP_CIPHER_CTX_initlibeay32.dllEVP_CIPHER_CTX_initEVP_CIPHER_CTX_iv_lengthE_EVP_CIPHER_CTX_iv_lengthlibeay32.dllEVP_CIPHER_CTX_iv_lengthEVP_CIPHER_CTX_key_lengthG_EVP_CIPHER_CTX_key_lengthlibeay32.dllEVP_CIPHER_CTX_key_lengthEVP_CIPHER_CTX_new9_EVP_CIPHER_CTX_newlibeay32.dllEVP_CIPHER_CTX_newEVP_CIPHER_CTX_nid9_EVP_CIPHER_CTX_nidlibeay32.dllEVP_CIPHER_CTX_nidEVP_CIPHER_CTX_rand_keyC_EVP_CIPHER_CTX_rand_keylibeay32.dllEVP_CIPHER_CTX_rand_keyEVP_CIPHER_CTX_set_app_dataK_EVP_CIPHER_CTX_set_app_datalibeay32.dllEVP_CIPHER_CTX_set_app_dataEVP_CIPHER_CTX_set_flagsE_EVP_CIPHER_CTX_set_flagslibeay32.dllEVP_CIPHER_CTX_set_flagsEVP_CIPHER_CTX_set_key_lengthO_EVP_CIPHER_CTX_set_key_lengthlibeay32.dllEVP_CIPHER_CTX_set_key_lengthEVP_CIPHER_CTX_set_paddingI_EVP_CIPHER_CTX_set_paddinglibeay32.dllEVP_CIPHER_CTX_set_paddingEVP_CIPHER_CTX_test_flagsG_EVP_CIPHER_CTX_test_flagslibeay32.dllEVP_CIPHER_CTX_test_flagsEVP_CIPHER_asn1_to_paramE_EVP_CIPHER_asn1_to_paramlibeay32.dllEVP_CIPHER_asn1_to_paramEVP_CIPHER_block_size?_EVP_CIPHER_block_sizelibeay32.dllEVP_CIPHER_block_sizeEVP_CIPHER_do_all7_EVP_CIPHER_do_alllibeay32.dllEVP_CIPHER_do_allEVP_CIPHER_do_all_sortedE_EVP_CIPHER_do_all_sortedlibeay32.dllEVP_CIPHER_do_all_sortedEVP_CIPHER_flags5_EVP_CIPHER_flagslibeay32.dllEVP_CIPHER_flagsEVP_CIPHER_get_asn1_ivA_EVP_CIPHER_get_asn1_ivlibeay32.dllEVP_CIPHER_get_asn1_ivEVP_CIPHER_iv_length=_EVP_CIPHER_iv_lengthlibeay32.dllEVP_CIPHER_iv_lengthEVP_CIPHER_key_length?_EVP_CIPHER_key_lengthlibeay32.dllEVP_CIPHER_key_lengthEVP_CIPHER_nid1_EVP_CIPHER_nidlibeay32.dllEVP_CIPHER_nidEVP_CIPHER_param_to_asn1E_EVP_CIPHER_param_to_asn1libeay32.dllEVP_CIPHER_param_to_asn1EVP_CIPHER_set_asn1_ivA_EVP_CIPHER_set_asn1_ivlibeay32.dllEVP_CIPHER_set_asn1_ivEVP_CIPHER_type3_EVP_CIPHER_typelibeay32.dllEVP_CIPHER_type
EVP_Cipher)_EVP_Cipherlibeay32.dll
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EVP_Digest)_EVP_Digestlibeay32.dll
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EVP_MD_CTX_md/_EVP_MD_CTX_mdlibeay32.dll
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EVP_MD_do_all/_EVP_MD_do_alllibeay32.dll
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_EVP_MD_flagslibeay32.dllEVP_MD_flagsEVP_MD_pkey_type5_EVP_MD_pkey_typelibeay32.dllEVP_MD_pkey_type
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EVP_OpenFinal/_EVP_OpenFinallibeay32.dll
EVP_OpenFinalEVP_OpenInit-
_EVP_OpenInitlibeay32.dllEVP_OpenInitEVP_PBE_CipherInit9_EVP_PBE_CipherInitlibeay32.dllEVP_PBE_CipherInitEVP_PBE_alg_add3_EVP_PBE_alg_addlibeay32.dllEVP_PBE_alg_addEVP_PBE_alg_add_type=_EVP_PBE_alg_add_typelibeay32.dllEVP_PBE_alg_add_typeEVP_PBE_cleanup3_EVP_PBE_cleanuplibeay32.dllEVP_PBE_cleanupEVP_PBE_find-
_EVP_PBE_findlibeay32.dllEVP_PBE_findEVP_PKCS82PKEY1_EVP_PKCS82PKEYlibeay32.dllEVP_PKCS82PKEYEVP_PKEY2PKCS81_EVP_PKEY2PKCS8libeay32.dllEVP_PKEY2PKCS8EVP_PKEY2PKCS8_broken?_EVP_PKEY2PKCS8_brokenlibeay32.dllEVP_PKEY2PKCS8_brokenEVP_PKEY_CTX_ctrl7_EVP_PKEY_CTX_ctrllibeay32.dllEVP_PKEY_CTX_ctrlEVP_PKEY_CTX_ctrl_str?_EVP_PKEY_CTX_ctrl_strlibeay32.dllEVP_PKEY_CTX_ctrl_strEVP_PKEY_CTX_dup5_EVP_PKEY_CTX_duplibeay32.dllEVP_PKEY_CTX_dupEVP_PKEY_CTX_free7_EVP_PKEY_CTX_freelibeay32.dllEVP_PKEY_CTX_freeEVP_PKEY_CTX_get0_peerkeyG_EVP_PKEY_CTX_get0_peerkeylibeay32.dllEVP_PKEY_CTX_get0_peerkeyEVP_PKEY_CTX_get0_pkeyA_EVP_PKEY_CTX_get0_pkeylibeay32.dllEVP_PKEY_CTX_get0_pkeyEVP_PKEY_CTX_get_app_dataG_EVP_PKEY_CTX_get_app_datalibeay32.dllEVP_PKEY_CTX_get_app_dataEVP_PKEY_CTX_get_cb;_EVP_PKEY_CTX_get_cblibeay32.dllEVP_PKEY_CTX_get_cbEVP_PKEY_CTX_get_data?_EVP_PKEY_CTX_get_datalibeay32.dllEVP_PKEY_CTX_get_dataEVP_PKEY_CTX_get_keygen_infoM_EVP_PKEY_CTX_get_keygen_infolibeay32.dllEVP_PKEY_CTX_get_keygen_infoEVP_PKEY_CTX_get_operationI_EVP_PKEY_CTX_get_operationlibeay32.dllEVP_PKEY_CTX_get_operationEVP_PKEY_CTX_new5_EVP_PKEY_CTX_newlibeay32.dllEVP_PKEY_CTX_newEVP_PKEY_CTX_new_id;_EVP_PKEY_CTX_new_idlibeay32.dllEVP_PKEY_CTX_new_idEVP_PKEY_CTX_set0_keygen_infoO_EVP_PKEY_CTX_set0_keygen_infolibeay32.dllEVP_PKEY_CTX_set0_keygen_infoEVP_PKEY_CTX_set_app_dataG_EVP_PKEY_CTX_set_app_datalibeay32.dllEVP_PKEY_CTX_set_app_dataEVP_PKEY_CTX_set_cb;_EVP_PKEY_CTX_set_cblibeay32.dllEVP_PKEY_CTX_set_cbEVP_PKEY_CTX_set_data?_EVP_PKEY_CTX_set_datalibeay32.dllEVP_PKEY_CTX_set_dataEVP_PKEY_add1_attr9_EVP_PKEY_add1_attrlibeay32.dllEVP_PKEY_add1_attrEVP_PKEY_add1_attr_by_NIDG_EVP_PKEY_add1_attr_by_NIDlibeay32.dllEVP_PKEY_add1_attr_by_NIDEVP_PKEY_add1_attr_by_OBJG_EVP_PKEY_add1_attr_by_OBJlibeay32.dllEVP_PKEY_add1_attr_by_OBJEVP_PKEY_add1_attr_by_txtG_EVP_PKEY_add1_attr_by_txtlibeay32.dllEVP_PKEY_add1_attr_by_txtEVP_PKEY_asn1_add09_EVP_PKEY_asn1_add0libeay32.dllEVP_PKEY_asn1_add0EVP_PKEY_asn1_add_aliasC_EVP_PKEY_asn1_add_aliaslibeay32.dllEVP_PKEY_asn1_add_aliasEVP_PKEY_asn1_copy9_EVP_PKEY_asn1_copylibeay32.dllEVP_PKEY_asn1_copyEVP_PKEY_asn1_find9_EVP_PKEY_asn1_findlibeay32.dllEVP_PKEY_asn1_findEVP_PKEY_asn1_find_strA_EVP_PKEY_asn1_find_strlibeay32.dllEVP_PKEY_asn1_find_strEVP_PKEY_asn1_free9_EVP_PKEY_asn1_freelibeay32.dllEVP_PKEY_asn1_freeEVP_PKEY_asn1_get09_EVP_PKEY_asn1_get0libeay32.dllEVP_PKEY_asn1_get0EVP_PKEY_asn1_get0_infoC_EVP_PKEY_asn1_get0_infolibeay32.dllEVP_PKEY_asn1_get0_infoEVP_PKEY_asn1_get_countC_EVP_PKEY_asn1_get_countlibeay32.dllEVP_PKEY_asn1_get_countEVP_PKEY_asn1_new7_EVP_PKEY_asn1_newlibeay32.dllEVP_PKEY_asn1_newEVP_PKEY_asn1_set_ctrlA_EVP_PKEY_asn1_set_ctrllibeay32.dllEVP_PKEY_asn1_set_ctrlEVP_PKEY_asn1_set_freeA_EVP_PKEY_asn1_set_freelibeay32.dllEVP_PKEY_asn1_set_freeEVP_PKEY_asn1_set_paramC_EVP_PKEY_asn1_set_paramlibeay32.dllEVP_PKEY_asn1_set_paramEVP_PKEY_asn1_set_privateG_EVP_PKEY_asn1_set_privatelibeay32.dllEVP_PKEY_asn1_set_privateEVP_PKEY_asn1_set_publicE_EVP_PKEY_asn1_set_publiclibeay32.dllEVP_PKEY_asn1_set_publicEVP_PKEY_assign3_EVP_PKEY_assignlibeay32.dllEVP_PKEY_assignEVP_PKEY_base_id5_EVP_PKEY_base_idlibeay32.dllEVP_PKEY_base_id
EVP_PKEY_bits/_EVP_PKEY_bitslibeay32.dll
EVP_PKEY_bitsEVP_PKEY_cmp-
_EVP_PKEY_cmplibeay32.dllEVP_PKEY_cmpEVP_PKEY_cmp_parametersC_EVP_PKEY_cmp_parameterslibeay32.dllEVP_PKEY_cmp_parametersEVP_PKEY_copy_parametersE_EVP_PKEY_copy_parameterslibeay32.dllEVP_PKEY_copy_parametersEVP_PKEY_decrypt5_EVP_PKEY_decryptlibeay32.dllEVP_PKEY_decryptEVP_PKEY_decrypt_init?_EVP_PKEY_decrypt_initlibeay32.dllEVP_PKEY_decrypt_initEVP_PKEY_decrypt_old=_EVP_PKEY_decrypt_oldlibeay32.dllEVP_PKEY_decrypt_oldEVP_PKEY_delete_attr=_EVP_PKEY_delete_attrlibeay32.dllEVP_PKEY_delete_attrEVP_PKEY_derive3_EVP_PKEY_derivelibeay32.dllEVP_PKEY_deriveEVP_PKEY_derive_init=_EVP_PKEY_derive_initlibeay32.dllEVP_PKEY_derive_initEVP_PKEY_derive_set_peerE_EVP_PKEY_derive_set_peerlibeay32.dllEVP_PKEY_derive_set_peerEVP_PKEY_encrypt5_EVP_PKEY_encryptlibeay32.dllEVP_PKEY_encryptEVP_PKEY_encrypt_init?_EVP_PKEY_encrypt_initlibeay32.dllEVP_PKEY_encrypt_initEVP_PKEY_encrypt_old=_EVP_PKEY_encrypt_oldlibeay32.dllEVP_PKEY_encrypt_old
EVP_PKEY_free/_EVP_PKEY_freelibeay32.dll
EVP_PKEY_free
EVP_PKEY_get0/_EVP_PKEY_get0libeay32.dll
EVP_PKEY_get0EVP_PKEY_get0_asn19_EVP_PKEY_get0_asn1libeay32.dllEVP_PKEY_get0_asn1EVP_PKEY_get1_DH5_EVP_PKEY_get1_DHlibeay32.dllEVP_PKEY_get1_DHEVP_PKEY_get1_DSA7_EVP_PKEY_get1_DSAlibeay32.dllEVP_PKEY_get1_DSAEVP_PKEY_get1_EC_KEY=_EVP_PKEY_get1_EC_KEYlibeay32.dllEVP_PKEY_get1_EC_KEYEVP_PKEY_get1_RSA7_EVP_PKEY_get1_RSAlibeay32.dllEVP_PKEY_get1_RSAEVP_PKEY_get_attr7_EVP_PKEY_get_attrlibeay32.dllEVP_PKEY_get_attrEVP_PKEY_get_attr_by_NIDE_EVP_PKEY_get_attr_by_NIDlibeay32.dllEVP_PKEY_get_attr_by_NIDEVP_PKEY_get_attr_by_OBJE_EVP_PKEY_get_attr_by_OBJlibeay32.dllEVP_PKEY_get_attr_by_OBJEVP_PKEY_get_attr_countC_EVP_PKEY_get_attr_countlibeay32.dllEVP_PKEY_get_attr_count!EVP_PKEY_get_default_digest_nidS _EVP_PKEY_get_default_digest_nidlibeay32.dllEVP_PKEY_get_default_digest_nid
EVP_PKEY_id+_EVP_PKEY_idlibeay32.dllEVP_PKEY_idEVP_PKEY_keygen3_EVP_PKEY_keygenlibeay32.dllEVP_PKEY_keygenEVP_PKEY_keygen_init=_EVP_PKEY_keygen_initlibeay32.dllEVP_PKEY_keygen_initEVP_PKEY_meth_add09_EVP_PKEY_meth_add0libeay32.dllEVP_PKEY_meth_add0EVP_PKEY_meth_copy9_EVP_PKEY_meth_copylibeay32.dllEVP_PKEY_meth_copyEVP_PKEY_meth_find9_EVP_PKEY_meth_findlibeay32.dllEVP_PKEY_meth_findEVP_PKEY_meth_free9_EVP_PKEY_meth_freelibeay32.dllEVP_PKEY_meth_freeEVP_PKEY_meth_get0_infoC_EVP_PKEY_meth_get0_infolibeay32.dllEVP_PKEY_meth_get0_infoEVP_PKEY_meth_new7_EVP_PKEY_meth_newlibeay32.dllEVP_PKEY_meth_newEVP_PKEY_meth_set_cleanupG_EVP_PKEY_meth_set_cleanuplibeay32.dllEVP_PKEY_meth_set_cleanupEVP_PKEY_meth_set_copyA_EVP_PKEY_meth_set_copylibeay32.dllEVP_PKEY_meth_set_copyEVP_PKEY_meth_set_ctrlA_EVP_PKEY_meth_set_ctrllibeay32.dllEVP_PKEY_meth_set_ctrlEVP_PKEY_meth_set_decryptG_EVP_PKEY_meth_set_decryptlibeay32.dllEVP_PKEY_meth_set_decryptEVP_PKEY_meth_set_deriveE_EVP_PKEY_meth_set_derivelibeay32.dllEVP_PKEY_meth_set_deriveEVP_PKEY_meth_set_encryptG_EVP_PKEY_meth_set_encryptlibeay32.dllEVP_PKEY_meth_set_encryptEVP_PKEY_meth_set_initA_EVP_PKEY_meth_set_initlibeay32.dllEVP_PKEY_meth_set_initEVP_PKEY_meth_set_keygenE_EVP_PKEY_meth_set_keygenlibeay32.dllEVP_PKEY_meth_set_keygenEVP_PKEY_meth_set_paramgenI_EVP_PKEY_meth_set_paramgenlibeay32.dllEVP_PKEY_meth_set_paramgenEVP_PKEY_meth_set_signA_EVP_PKEY_meth_set_signlibeay32.dllEVP_PKEY_meth_set_signEVP_PKEY_meth_set_signctxG_EVP_PKEY_meth_set_signctxlibeay32.dllEVP_PKEY_meth_set_signctxEVP_PKEY_meth_set_verifyE_EVP_PKEY_meth_set_verifylibeay32.dllEVP_PKEY_meth_set_verify" EVP_PKEY_meth_set_verify_recoverU!_EVP_PKEY_meth_set_verify_recoverlibeay32.dll EVP_PKEY_meth_set_verify_recoverEVP_PKEY_meth_set_verifyctxK_EVP_PKEY_meth_set_verifyctxlibeay32.dllEVP_PKEY_meth_set_verifyctxEVP_PKEY_missing_parametersK_EVP_PKEY_missing_parameterslibeay32.dllEVP_PKEY_missing_parametersEVP_PKEY_new-
_EVP_PKEY_newlibeay32.dllEVP_PKEY_newEVP_PKEY_new_mac_key=_EVP_PKEY_new_mac_keylibeay32.dllEVP_PKEY_new_mac_keyEVP_PKEY_paramgen7_EVP_PKEY_paramgenlibeay32.dllEVP_PKEY_paramgenEVP_PKEY_paramgen_initA_EVP_PKEY_paramgen_initlibeay32.dllEVP_PKEY_paramgen_initEVP_PKEY_print_params?_EVP_PKEY_print_paramslibeay32.dllEVP_PKEY_print_paramsEVP_PKEY_print_privateA_EVP_PKEY_print_privatelibeay32.dllEVP_PKEY_print_privateEVP_PKEY_print_public?_EVP_PKEY_print_publiclibeay32.dllEVP_PKEY_print_publicEVP_PKEY_save_parametersE_EVP_PKEY_save_parameterslibeay32.dllEVP_PKEY_save_parametersEVP_PKEY_set1_DH5_EVP_PKEY_set1_DHlibeay32.dllEVP_PKEY_set1_DHEVP_PKEY_set1_DSA7_EVP_PKEY_set1_DSAlibeay32.dllEVP_PKEY_set1_DSAEVP_PKEY_set1_EC_KEY=_EVP_PKEY_set1_EC_KEYlibeay32.dllEVP_PKEY_set1_EC_KEYEVP_PKEY_set1_RSA7_EVP_PKEY_set1_RSAlibeay32.dllEVP_PKEY_set1_RSAEVP_PKEY_set_type7_EVP_PKEY_set_typelibeay32.dllEVP_PKEY_set_typeEVP_PKEY_set_type_str?_EVP_PKEY_set_type_strlibeay32.dllEVP_PKEY_set_type_str
EVP_PKEY_sign/_EVP_PKEY_signlibeay32.dll
EVP_PKEY_signEVP_PKEY_sign_init9_EVP_PKEY_sign_initlibeay32.dllEVP_PKEY_sign_init
EVP_PKEY_size/_EVP_PKEY_sizelibeay32.dll
EVP_PKEY_size
EVP_PKEY_type/_EVP_PKEY_typelibeay32.dll
EVP_PKEY_typeEVP_PKEY_verify3_EVP_PKEY_verifylibeay32.dllEVP_PKEY_verifyEVP_PKEY_verify_init=_EVP_PKEY_verify_initlibeay32.dllEVP_PKEY_verify_initEVP_PKEY_verify_recoverC_EVP_PKEY_verify_recoverlibeay32.dllEVP_PKEY_verify_recoverEVP_PKEY_verify_recover_initM_EVP_PKEY_verify_recover_initlibeay32.dllEVP_PKEY_verify_recover_init
EVP_SealFinal/_EVP_SealFinallibeay32.dll
EVP_SealFinalEVP_SealInit-
_EVP_SealInitlibeay32.dllEVP_SealInit
EVP_SignFinal/_EVP_SignFinallibeay32.dll
EVP_SignFinalEVP_VerifyFinal3_EVP_VerifyFinallibeay32.dllEVP_VerifyFinalEVP_add_cipher1_EVP_add_cipherlibeay32.dllEVP_add_cipherEVP_add_digest1_EVP_add_digestlibeay32.dllEVP_add_digestEVP_aes_128_cbc3_EVP_aes_128_cbclibeay32.dllEVP_aes_128_cbcEVP_aes_128_cbc_hmac_sha1G_EVP_aes_128_cbc_hmac_sha1libeay32.dllEVP_aes_128_cbc_hmac_sha1EVP_aes_128_ccm3_EVP_aes_128_ccmlibeay32.dllEVP_aes_128_ccmEVP_aes_128_cfb15_EVP_aes_128_cfb1libeay32.dllEVP_aes_128_cfb1EVP_aes_128_cfb1289_EVP_aes_128_cfb128libeay32.dllEVP_aes_128_cfb128EVP_aes_128_cfb85_EVP_aes_128_cfb8libeay32.dllEVP_aes_128_cfb8EVP_aes_128_ctr3_EVP_aes_128_ctrlibeay32.dllEVP_aes_128_ctrEVP_aes_128_ecb3_EVP_aes_128_ecblibeay32.dllEVP_aes_128_ecbEVP_aes_128_gcm3_EVP_aes_128_gcmlibeay32.dllEVP_aes_128_gcmEVP_aes_128_ofb3_EVP_aes_128_ofblibeay32.dllEVP_aes_128_ofbEVP_aes_128_xts3_EVP_aes_128_xtslibeay32.dllEVP_aes_128_xtsEVP_aes_192_cbc3_EVP_aes_192_cbclibeay32.dllEVP_aes_192_cbcEVP_aes_192_ccm3_EVP_aes_192_ccmlibeay32.dllEVP_aes_192_ccmEVP_aes_192_cfb15_EVP_aes_192_cfb1libeay32.dllEVP_aes_192_cfb1EVP_aes_192_cfb1289_EVP_aes_192_cfb128libeay32.dllEVP_aes_192_cfb128EVP_aes_192_cfb85_EVP_aes_192_cfb8libeay32.dllEVP_aes_192_cfb8EVP_aes_192_ctr3_EVP_aes_192_ctrlibeay32.dllEVP_aes_192_ctrEVP_aes_192_ecb3_EVP_aes_192_ecblibeay32.dllEVP_aes_192_ecbEVP_aes_192_gcm3_EVP_aes_192_gcmlibeay32.dllEVP_aes_192_gcmEVP_aes_192_ofb3_EVP_aes_192_ofblibeay32.dllEVP_aes_192_ofbEVP_aes_256_cbc3_EVP_aes_256_cbclibeay32.dllEVP_aes_256_cbcEVP_aes_256_cbc_hmac_sha1G_EVP_aes_256_cbc_hmac_sha1libeay32.dllEVP_aes_256_cbc_hmac_sha1EVP_aes_256_ccm3_EVP_aes_256_ccmlibeay32.dllEVP_aes_256_ccmEVP_aes_256_cfb15_EVP_aes_256_cfb1libeay32.dllEVP_aes_256_cfb1EVP_aes_256_cfb1289_EVP_aes_256_cfb128libeay32.dllEVP_aes_256_cfb128EVP_aes_256_cfb85_EVP_aes_256_cfb8libeay32.dllEVP_aes_256_cfb8EVP_aes_256_ctr3_EVP_aes_256_ctrlibeay32.dllEVP_aes_256_ctrEVP_aes_256_ecb3_EVP_aes_256_ecblibeay32.dllEVP_aes_256_ecbEVP_aes_256_gcm3_EVP_aes_256_gcmlibeay32.dllEVP_aes_256_gcmEVP_aes_256_ofb3_EVP_aes_256_ofblibeay32.dllEVP_aes_256_ofbEVP_aes_256_xts3_EVP_aes_256_xtslibeay32.dllEVP_aes_256_xts
EVP_bf_cbc)_EVP_bf_cbclibeay32.dll
EVP_bf_cbcEVP_bf_cfb64-
_EVP_bf_cfb64libeay32.dllEVP_bf_cfb64
EVP_bf_ecb)_EVP_bf_ecblibeay32.dll
EVP_bf_ecb
EVP_bf_ofb)_EVP_bf_ofblibeay32.dll
EVP_bf_ofbEVP_camellia_128_cbc=_EVP_camellia_128_cbclibeay32.dllEVP_camellia_128_cbcEVP_camellia_128_cfb1?_EVP_camellia_128_cfb1libeay32.dllEVP_camellia_128_cfb1EVP_camellia_128_cfb128C_EVP_camellia_128_cfb128libeay32.dllEVP_camellia_128_cfb128EVP_camellia_128_cfb8?_EVP_camellia_128_cfb8libeay32.dllEVP_camellia_128_cfb8EVP_camellia_128_ecb=_EVP_camellia_128_ecblibeay32.dllEVP_camellia_128_ecbEVP_camellia_128_ofb=_EVP_camellia_128_ofblibeay32.dllEVP_camellia_128_ofbEVP_camellia_192_cbc=_EVP_camellia_192_cbclibeay32.dllEVP_camellia_192_cbcEVP_camellia_192_cfb1?_EVP_camellia_192_cfb1libeay32.dllEVP_camellia_192_cfb1EVP_camellia_192_cfb128C_EVP_camellia_192_cfb128libeay32.dllEVP_camellia_192_cfb128EVP_camellia_192_cfb8?_EVP_camellia_192_cfb8libeay32.dllEVP_camellia_192_cfb8EVP_camellia_192_ecb=_EVP_camellia_192_ecblibeay32.dllEVP_camellia_192_ecbEVP_camellia_192_ofb=_EVP_camellia_192_ofblibeay32.dllEVP_camellia_192_ofbEVP_camellia_256_cbc=_EVP_camellia_256_cbclibeay32.dllEVP_camellia_256_cbcEVP_camellia_256_cfb1?_EVP_camellia_256_cfb1libeay32.dllEVP_camellia_256_cfb1EVP_camellia_256_cfb128C_EVP_camellia_256_cfb128libeay32.dllEVP_camellia_256_cfb128EVP_camellia_256_cfb8?_EVP_camellia_256_cfb8libeay32.dllEVP_camellia_256_cfb8EVP_camellia_256_ecb=_EVP_camellia_256_ecblibeay32.dllEVP_camellia_256_ecbEVP_camellia_256_ofb=_EVP_camellia_256_ofblibeay32.dllEVP_camellia_256_ofb
EVP_cast5_cbc/_EVP_cast5_cbclibeay32.dll
EVP_cast5_cbcEVP_cast5_cfb643_EVP_cast5_cfb64libeay32.dllEVP_cast5_cfb64
EVP_cast5_ecb/_EVP_cast5_ecblibeay32.dll
EVP_cast5_ecb
EVP_cast5_ofb/_EVP_cast5_ofblibeay32.dll
EVP_cast5_ofb
EVP_cleanup+_EVP_cleanuplibeay32.dllEVP_cleanup
EVP_des_cbc+_EVP_des_cbclibeay32.dllEVP_des_cbcEVP_des_cfb1-
_EVP_des_cfb1libeay32.dllEVP_des_cfb1
EVP_des_cfb64/_EVP_des_cfb64libeay32.dll
EVP_des_cfb64EVP_des_cfb8-
_EVP_des_cfb8libeay32.dllEVP_des_cfb8
EVP_des_ecb+_EVP_des_ecblibeay32.dllEVP_des_ecb
EVP_des_ede+_EVP_des_edelibeay32.dllEVP_des_edeEVP_des_ede3-
_EVP_des_ede3libeay32.dllEVP_des_ede3EVP_des_ede3_cbc5_EVP_des_ede3_cbclibeay32.dllEVP_des_ede3_cbcEVP_des_ede3_cfb17_EVP_des_ede3_cfb1libeay32.dllEVP_des_ede3_cfb1EVP_des_ede3_cfb649_EVP_des_ede3_cfb64libeay32.dllEVP_des_ede3_cfb64EVP_des_ede3_cfb87_EVP_des_ede3_cfb8libeay32.dllEVP_des_ede3_cfb8EVP_des_ede3_ecb5_EVP_des_ede3_ecblibeay32.dllEVP_des_ede3_ecbEVP_des_ede3_ofb5_EVP_des_ede3_ofblibeay32.dllEVP_des_ede3_ofbEVP_des_ede_cbc3_EVP_des_ede_cbclibeay32.dllEVP_des_ede_cbcEVP_des_ede_cfb647_EVP_des_ede_cfb64libeay32.dllEVP_des_ede_cfb64EVP_des_ede_ecb3_EVP_des_ede_ecblibeay32.dllEVP_des_ede_ecbEVP_des_ede_ofb3_EVP_des_ede_ofblibeay32.dllEVP_des_ede_ofb
EVP_des_ofb+_EVP_des_ofblibeay32.dllEVP_des_ofbEVP_desx_cbc-
_EVP_desx_cbclibeay32.dllEVP_desx_cbc	EVP_dss#_EVP_dsslibeay32.dllEVP_dss
EVP_dss1%	_EVP_dss1libeay32.dllEVP_dss1	EVP_ecdsa'
_EVP_ecdsalibeay32.dll	EVP_ecdsaEVP_enc_null-
_EVP_enc_nulllibeay32.dllEVP_enc_nullEVP_get_cipherbyname=_EVP_get_cipherbynamelibeay32.dllEVP_get_cipherbynameEVP_get_digestbyname=_EVP_get_digestbynamelibeay32.dllEVP_get_digestbynameEVP_get_pw_prompt7_EVP_get_pw_promptlibeay32.dllEVP_get_pw_promptEVP_idea_cbc-
_EVP_idea_cbclibeay32.dllEVP_idea_cbcEVP_idea_cfb641_EVP_idea_cfb64libeay32.dllEVP_idea_cfb64EVP_idea_ecb-
_EVP_idea_ecblibeay32.dllEVP_idea_ecbEVP_idea_ofb-
_EVP_idea_ofblibeay32.dllEVP_idea_ofb	EVP_md4#_EVP_md4libeay32.dllEVP_md4	EVP_md5#_EVP_md5libeay32.dllEVP_md5
EVP_md_null+_EVP_md_nulllibeay32.dllEVP_md_null
EVP_mdc2%	_EVP_mdc2libeay32.dllEVP_mdc2EVP_rc2_40_cbc1_EVP_rc2_40_cbclibeay32.dllEVP_rc2_40_cbcEVP_rc2_64_cbc1_EVP_rc2_64_cbclibeay32.dllEVP_rc2_64_cbc
EVP_rc2_cbc+_EVP_rc2_cbclibeay32.dllEVP_rc2_cbc
EVP_rc2_cfb64/_EVP_rc2_cfb64libeay32.dll
EVP_rc2_cfb64
EVP_rc2_ecb+_EVP_rc2_ecblibeay32.dllEVP_rc2_ecb
EVP_rc2_ofb+_EVP_rc2_ofblibeay32.dllEVP_rc2_ofb	EVP_rc4#_EVP_rc4libeay32.dllEVP_rc4
EVP_rc4_40)_EVP_rc4_40libeay32.dll
EVP_rc4_40EVP_rc4_hmac_md55_EVP_rc4_hmac_md5libeay32.dllEVP_rc4_hmac_md5EVP_read_pw_string9_EVP_read_pw_stringlibeay32.dllEVP_read_pw_stringEVP_read_pw_string_minA_EVP_read_pw_string_minlibeay32.dllEVP_read_pw_string_min
EVP_ripemd160/_EVP_ripemd160libeay32.dll
EVP_ripemd160EVP_seed_cbc-
_EVP_seed_cbclibeay32.dllEVP_seed_cbcEVP_seed_cfb1283_EVP_seed_cfb128libeay32.dllEVP_seed_cfb128EVP_seed_ecb-
_EVP_seed_ecblibeay32.dllEVP_seed_ecbEVP_seed_ofb-
_EVP_seed_ofblibeay32.dllEVP_seed_ofbEVP_set_pw_prompt7_EVP_set_pw_promptlibeay32.dllEVP_set_pw_prompt	EVP_sha#_EVP_shalibeay32.dllEVP_sha
EVP_sha1%	_EVP_sha1libeay32.dllEVP_sha1
EVP_sha224)_EVP_sha224libeay32.dll
EVP_sha224
EVP_sha256)_EVP_sha256libeay32.dll
EVP_sha256
EVP_sha384)_EVP_sha384libeay32.dll
EVP_sha384
EVP_sha512)_EVP_sha512libeay32.dll
EVP_sha512
EVP_whirlpool/_EVP_whirlpoollibeay32.dll
EVP_whirlpoolEXTENDED_KEY_USAGE_freeC_EXTENDED_KEY_USAGE_freelibeay32.dllEXTENDED_KEY_USAGE_freeEXTENDED_KEY_USAGE_it?_EXTENDED_KEY_USAGE_itlibeay32.dllEXTENDED_KEY_USAGE_itEXTENDED_KEY_USAGE_newA_EXTENDED_KEY_USAGE_newlibeay32.dllEXTENDED_KEY_USAGE_new	FIPS_mode'
_FIPS_modelibeay32.dll	FIPS_mode
FIPS_mode_set/_FIPS_mode_setlibeay32.dll
FIPS_mode_setGENERAL_NAMES_free9_GENERAL_NAMES_freelibeay32.dllGENERAL_NAMES_freeGENERAL_NAMES_it5_GENERAL_NAMES_itlibeay32.dllGENERAL_NAMES_itGENERAL_NAMES_new7_GENERAL_NAMES_newlibeay32.dllGENERAL_NAMES_newGENERAL_NAME_cmp5_GENERAL_NAME_cmplibeay32.dllGENERAL_NAME_cmpGENERAL_NAME_dup5_GENERAL_NAME_duplibeay32.dllGENERAL_NAME_dupGENERAL_NAME_free7_GENERAL_NAME_freelibeay32.dllGENERAL_NAME_freeGENERAL_NAME_get0_otherNameK_GENERAL_NAME_get0_otherNamelibeay32.dllGENERAL_NAME_get0_otherNameGENERAL_NAME_get0_valueC_GENERAL_NAME_get0_valuelibeay32.dllGENERAL_NAME_get0_valueGENERAL_NAME_it3_GENERAL_NAME_itlibeay32.dllGENERAL_NAME_itGENERAL_NAME_new5_GENERAL_NAME_newlibeay32.dllGENERAL_NAME_newGENERAL_NAME_print9_GENERAL_NAME_printlibeay32.dllGENERAL_NAME_printGENERAL_NAME_set0_othernameK_GENERAL_NAME_set0_othernamelibeay32.dllGENERAL_NAME_set0_othernameGENERAL_NAME_set0_valueC_GENERAL_NAME_set0_valuelibeay32.dllGENERAL_NAME_set0_valueGENERAL_SUBTREE_free=_GENERAL_SUBTREE_freelibeay32.dllGENERAL_SUBTREE_freeGENERAL_SUBTREE_it9_GENERAL_SUBTREE_itlibeay32.dllGENERAL_SUBTREE_itGENERAL_SUBTREE_new;_GENERAL_SUBTREE_newlibeay32.dllGENERAL_SUBTREE_newHMAC_HMAClibeay32.dllHMACHMAC_CTX_cleanup5_HMAC_CTX_cleanuplibeay32.dllHMAC_CTX_cleanup
HMAC_CTX_copy/_HMAC_CTX_copylibeay32.dll
HMAC_CTX_copy
HMAC_CTX_init/_HMAC_CTX_initlibeay32.dll
HMAC_CTX_initHMAC_CTX_set_flags9_HMAC_CTX_set_flagslibeay32.dllHMAC_CTX_set_flags
HMAC_Final)_HMAC_Finallibeay32.dll
HMAC_Final	HMAC_Init'
_HMAC_Initlibeay32.dll	HMAC_InitHMAC_Init_ex-
_HMAC_Init_exlibeay32.dllHMAC_Init_ex
HMAC_Update+_HMAC_Updatelibeay32.dllHMAC_UpdateISSUING_DIST_POINT_freeC_ISSUING_DIST_POINT_freelibeay32.dllISSUING_DIST_POINT_freeISSUING_DIST_POINT_it?_ISSUING_DIST_POINT_itlibeay32.dllISSUING_DIST_POINT_itISSUING_DIST_POINT_newA_ISSUING_DIST_POINT_newlibeay32.dllISSUING_DIST_POINT_newKRB5_APREQBODY_free;_KRB5_APREQBODY_freelibeay32.dllKRB5_APREQBODY_freeKRB5_APREQBODY_it7_KRB5_APREQBODY_itlibeay32.dllKRB5_APREQBODY_itKRB5_APREQBODY_new9_KRB5_APREQBODY_newlibeay32.dllKRB5_APREQBODY_newKRB5_APREQ_free3_KRB5_APREQ_freelibeay32.dllKRB5_APREQ_free
KRB5_APREQ_it/_KRB5_APREQ_itlibeay32.dll
KRB5_APREQ_itKRB5_APREQ_new1_KRB5_APREQ_newlibeay32.dllKRB5_APREQ_newKRB5_AUTHDATA_free9_KRB5_AUTHDATA_freelibeay32.dllKRB5_AUTHDATA_freeKRB5_AUTHDATA_it5_KRB5_AUTHDATA_itlibeay32.dllKRB5_AUTHDATA_itKRB5_AUTHDATA_new7_KRB5_AUTHDATA_newlibeay32.dllKRB5_AUTHDATA_newKRB5_AUTHENTBODY_free?_KRB5_AUTHENTBODY_freelibeay32.dllKRB5_AUTHENTBODY_freeKRB5_AUTHENTBODY_it;_KRB5_AUTHENTBODY_itlibeay32.dllKRB5_AUTHENTBODY_itKRB5_AUTHENTBODY_new=_KRB5_AUTHENTBODY_newlibeay32.dllKRB5_AUTHENTBODY_newKRB5_AUTHENT_free7_KRB5_AUTHENT_freelibeay32.dllKRB5_AUTHENT_freeKRB5_AUTHENT_it3_KRB5_AUTHENT_itlibeay32.dllKRB5_AUTHENT_itKRB5_AUTHENT_new5_KRB5_AUTHENT_newlibeay32.dllKRB5_AUTHENT_newKRB5_CHECKSUM_free9_KRB5_CHECKSUM_freelibeay32.dllKRB5_CHECKSUM_freeKRB5_CHECKSUM_it5_KRB5_CHECKSUM_itlibeay32.dllKRB5_CHECKSUM_itKRB5_CHECKSUM_new7_KRB5_CHECKSUM_newlibeay32.dllKRB5_CHECKSUM_newKRB5_ENCDATA_free7_KRB5_ENCDATA_freelibeay32.dllKRB5_ENCDATA_freeKRB5_ENCDATA_it3_KRB5_ENCDATA_itlibeay32.dllKRB5_ENCDATA_itKRB5_ENCDATA_new5_KRB5_ENCDATA_newlibeay32.dllKRB5_ENCDATA_newKRB5_ENCKEY_free5_KRB5_ENCKEY_freelibeay32.dllKRB5_ENCKEY_freeKRB5_ENCKEY_it1_KRB5_ENCKEY_itlibeay32.dllKRB5_ENCKEY_itKRB5_ENCKEY_new3_KRB5_ENCKEY_newlibeay32.dllKRB5_ENCKEY_newKRB5_PRINCNAME_free;_KRB5_PRINCNAME_freelibeay32.dllKRB5_PRINCNAME_freeKRB5_PRINCNAME_it7_KRB5_PRINCNAME_itlibeay32.dllKRB5_PRINCNAME_itKRB5_PRINCNAME_new9_KRB5_PRINCNAME_newlibeay32.dllKRB5_PRINCNAME_newKRB5_TICKET_free5_KRB5_TICKET_freelibeay32.dllKRB5_TICKET_freeKRB5_TICKET_it1_KRB5_TICKET_itlibeay32.dllKRB5_TICKET_itKRB5_TICKET_new3_KRB5_TICKET_newlibeay32.dllKRB5_TICKET_newKRB5_TKTBODY_free7_KRB5_TKTBODY_freelibeay32.dllKRB5_TKTBODY_freeKRB5_TKTBODY_it3_KRB5_TKTBODY_itlibeay32.dllKRB5_TKTBODY_itKRB5_TKTBODY_new5_KRB5_TKTBODY_newlibeay32.dllKRB5_TKTBODY_new	LONG_it#_LONG_itlibeay32.dllLONG_itMD4_MD4libeay32.dllMD4	MD4_Final'
_MD4_Finallibeay32.dll	MD4_Final
MD4_Init%	_MD4_Initlibeay32.dllMD4_Init
MD4_Transform/_MD4_Transformlibeay32.dll
MD4_Transform
MD4_Update)_MD4_Updatelibeay32.dll
MD4_UpdateMD5_MD5libeay32.dllMD5	MD5_Final'
_MD5_Finallibeay32.dll	MD5_Final
MD5_Init%	_MD5_Initlibeay32.dllMD5_Init
MD5_Transform/_MD5_Transformlibeay32.dll
MD5_Transform
MD5_Update)_MD5_Updatelibeay32.dll
MD5_UpdateMDC2_MDC2libeay32.dllMDC2
MDC2_Final)_MDC2_Finallibeay32.dll
MDC2_Final	MDC2_Init'
_MDC2_Initlibeay32.dll	MDC2_Init
MDC2_Update+_MDC2_Updatelibeay32.dllMDC2_UpdateNAME_CONSTRAINTS_checkA_NAME_CONSTRAINTS_checklibeay32.dllNAME_CONSTRAINTS_checkNAME_CONSTRAINTS_free?_NAME_CONSTRAINTS_freelibeay32.dllNAME_CONSTRAINTS_freeNAME_CONSTRAINTS_it;_NAME_CONSTRAINTS_itlibeay32.dllNAME_CONSTRAINTS_itNAME_CONSTRAINTS_new=_NAME_CONSTRAINTS_newlibeay32.dllNAME_CONSTRAINTS_new
NCONF_WIN32+_NCONF_WIN32libeay32.dllNCONF_WIN32
NCONF_default/_NCONF_defaultlibeay32.dll
NCONF_defaultNCONF_dump_bio1_NCONF_dump_biolibeay32.dllNCONF_dump_bio
NCONF_dump_fp/_NCONF_dump_fplibeay32.dll
NCONF_dump_fp
NCONF_free)_NCONF_freelibeay32.dll
NCONF_freeNCONF_free_data3_NCONF_free_datalibeay32.dllNCONF_free_dataNCONF_get_number_e9_NCONF_get_number_elibeay32.dllNCONF_get_number_eNCONF_get_section7_NCONF_get_sectionlibeay32.dllNCONF_get_sectionNCONF_get_string5_NCONF_get_stringlibeay32.dllNCONF_get_string
NCONF_load)_NCONF_loadlibeay32.dll
NCONF_loadNCONF_load_bio1_NCONF_load_biolibeay32.dllNCONF_load_bio
NCONF_load_fp/_NCONF_load_fplibeay32.dll
NCONF_load_fp	NCONF_new'
_NCONF_newlibeay32.dll	NCONF_newNETSCAPE_CERT_SEQUENCE_freeK_NETSCAPE_CERT_SEQUENCE_freelibeay32.dllNETSCAPE_CERT_SEQUENCE_freeNETSCAPE_CERT_SEQUENCE_itG_NETSCAPE_CERT_SEQUENCE_itlibeay32.dllNETSCAPE_CERT_SEQUENCE_itNETSCAPE_CERT_SEQUENCE_newI_NETSCAPE_CERT_SEQUENCE_newlibeay32.dllNETSCAPE_CERT_SEQUENCE_newNETSCAPE_SPKAC_free;_NETSCAPE_SPKAC_freelibeay32.dllNETSCAPE_SPKAC_freeNETSCAPE_SPKAC_it7_NETSCAPE_SPKAC_itlibeay32.dllNETSCAPE_SPKAC_itNETSCAPE_SPKAC_new9_NETSCAPE_SPKAC_newlibeay32.dllNETSCAPE_SPKAC_newNETSCAPE_SPKI_b64_decodeE_NETSCAPE_SPKI_b64_decodelibeay32.dllNETSCAPE_SPKI_b64_decodeNETSCAPE_SPKI_b64_encodeE_NETSCAPE_SPKI_b64_encodelibeay32.dllNETSCAPE_SPKI_b64_encodeNETSCAPE_SPKI_free9_NETSCAPE_SPKI_freelibeay32.dllNETSCAPE_SPKI_freeNETSCAPE_SPKI_get_pubkeyE_NETSCAPE_SPKI_get_pubkeylibeay32.dllNETSCAPE_SPKI_get_pubkeyNETSCAPE_SPKI_it5_NETSCAPE_SPKI_itlibeay32.dllNETSCAPE_SPKI_itNETSCAPE_SPKI_new7_NETSCAPE_SPKI_newlibeay32.dllNETSCAPE_SPKI_newNETSCAPE_SPKI_print;_NETSCAPE_SPKI_printlibeay32.dllNETSCAPE_SPKI_printNETSCAPE_SPKI_set_pubkeyE_NETSCAPE_SPKI_set_pubkeylibeay32.dllNETSCAPE_SPKI_set_pubkeyNETSCAPE_SPKI_sign9_NETSCAPE_SPKI_signlibeay32.dllNETSCAPE_SPKI_signNETSCAPE_SPKI_verify=_NETSCAPE_SPKI_verifylibeay32.dllNETSCAPE_SPKI_verifyNETSCAPE_X509_free9_NETSCAPE_X509_freelibeay32.dllNETSCAPE_X509_freeNETSCAPE_X509_it5_NETSCAPE_X509_itlibeay32.dllNETSCAPE_X509_itNETSCAPE_X509_new7_NETSCAPE_X509_newlibeay32.dllNETSCAPE_X509_newNOTICEREF_free1_NOTICEREF_freelibeay32.dllNOTICEREF_freeNOTICEREF_it-
_NOTICEREF_itlibeay32.dllNOTICEREF_it
NOTICEREF_new/_NOTICEREF_newlibeay32.dll
NOTICEREF_newOBJ_NAME_add-
_OBJ_NAME_addlibeay32.dllOBJ_NAME_addOBJ_NAME_cleanup5_OBJ_NAME_cleanuplibeay32.dllOBJ_NAME_cleanupOBJ_NAME_do_all3_OBJ_NAME_do_alllibeay32.dllOBJ_NAME_do_allOBJ_NAME_do_all_sortedA_OBJ_NAME_do_all_sortedlibeay32.dllOBJ_NAME_do_all_sortedOBJ_NAME_get-
_OBJ_NAME_getlibeay32.dllOBJ_NAME_get
OBJ_NAME_init/_OBJ_NAME_initlibeay32.dll
OBJ_NAME_initOBJ_NAME_new_index9_OBJ_NAME_new_indexlibeay32.dllOBJ_NAME_new_indexOBJ_NAME_remove3_OBJ_NAME_removelibeay32.dllOBJ_NAME_removeOBJ_add_object1_OBJ_add_objectlibeay32.dllOBJ_add_object
OBJ_add_sigid/_OBJ_add_sigidlibeay32.dll
OBJ_add_sigidOBJ_bsearch_-
_OBJ_bsearch_libeay32.dllOBJ_bsearch_OBJ_bsearch_ex_3_OBJ_bsearch_ex_libeay32.dllOBJ_bsearch_ex_
OBJ_cleanup+_OBJ_cleanuplibeay32.dllOBJ_cleanup	OBJ_cmp#_OBJ_cmplibeay32.dllOBJ_cmp
OBJ_create)_OBJ_createlibeay32.dll
OBJ_createOBJ_create_objects9_OBJ_create_objectslibeay32.dllOBJ_create_objects	OBJ_dup#_OBJ_duplibeay32.dllOBJ_dupOBJ_find_sigid_algs;_OBJ_find_sigid_algslibeay32.dllOBJ_find_sigid_algsOBJ_find_sigid_by_algsA_OBJ_find_sigid_by_algslibeay32.dllOBJ_find_sigid_by_algs
OBJ_ln2nid)_OBJ_ln2nidlibeay32.dll
OBJ_ln2nid
OBJ_new_nid+_OBJ_new_nidlibeay32.dllOBJ_new_nid
OBJ_nid2ln)_OBJ_nid2lnlibeay32.dll
OBJ_nid2ln
OBJ_nid2obj+_OBJ_nid2objlibeay32.dllOBJ_nid2obj
OBJ_nid2sn)_OBJ_nid2snlibeay32.dll
OBJ_nid2sn
OBJ_obj2nid+_OBJ_obj2nidlibeay32.dllOBJ_obj2nid
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OBJ_sn2nid)_OBJ_sn2nidlibeay32.dll
OBJ_sn2nid
OBJ_txt2nid+_OBJ_txt2nidlibeay32.dllOBJ_txt2nid
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OCSP_CRLID_it/_OCSP_CRLID_itlibeay32.dll
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_OCSP_ONEREQ_get_ext_by_criticallibeay32.dllOCSP_ONEREQ_get_ext_by_criticalOCSP_ONEREQ_get_ext_countG_OCSP_ONEREQ_get_ext_countlibeay32.dllOCSP_ONEREQ_get_ext_countOCSP_ONEREQ_it1_OCSP_ONEREQ_itlibeay32.dllOCSP_ONEREQ_itOCSP_ONEREQ_new3_OCSP_ONEREQ_newlibeay32.dllOCSP_ONEREQ_newOCSP_REQINFO_free7_OCSP_REQINFO_freelibeay32.dllOCSP_REQINFO_freeOCSP_REQINFO_it3_OCSP_REQINFO_itlibeay32.dllOCSP_REQINFO_itOCSP_REQINFO_new5_OCSP_REQINFO_newlibeay32.dllOCSP_REQINFO_newOCSP_REQUEST_add1_ext_i2dG_OCSP_REQUEST_add1_ext_i2dlibeay32.dllOCSP_REQUEST_add1_ext_i2dOCSP_REQUEST_add_ext=_OCSP_REQUEST_add_extlibeay32.dllOCSP_REQUEST_add_extOCSP_REQUEST_delete_extC_OCSP_REQUEST_delete_extlibeay32.dllOCSP_REQUEST_delete_extOCSP_REQUEST_free7_OCSP_REQUEST_freelibeay32.dllOCSP_REQUEST_freeOCSP_REQUEST_get1_ext_d2iG_OCSP_REQUEST_get1_ext_d2ilibeay32.dllOCSP_REQUEST_get1_ext_d2iOCSP_REQUEST_get_ext=_OCSP_REQUEST_get_extlibeay32.dllOCSP_REQUEST_get_extOCSP_REQUEST_get_ext_by_NIDK_OCSP_REQUEST_get_ext_by_NIDlibeay32.dllOCSP_REQUEST_get_ext_by_NIDOCSP_REQUEST_get_ext_by_OBJK_OCSP_REQUEST_get_ext_by_OBJlibeay32.dllOCSP_REQUEST_get_ext_by_OBJ" OCSP_REQUEST_get_ext_by_criticalU!_OCSP_REQUEST_get_ext_by_criticallibeay32.dll OCSP_REQUEST_get_ext_by_criticalOCSP_REQUEST_get_ext_countI_OCSP_REQUEST_get_ext_countlibeay32.dllOCSP_REQUEST_get_ext_countOCSP_REQUEST_it3_OCSP_REQUEST_itlibeay32.dllOCSP_REQUEST_itOCSP_REQUEST_new5_OCSP_REQUEST_newlibeay32.dllOCSP_REQUEST_newOCSP_REQUEST_print9_OCSP_REQUEST_printlibeay32.dllOCSP_REQUEST_printOCSP_REQ_CTX_add1_headerE_OCSP_REQ_CTX_add1_headerlibeay32.dllOCSP_REQ_CTX_add1_headerOCSP_REQ_CTX_free7_OCSP_REQ_CTX_freelibeay32.dllOCSP_REQ_CTX_freeOCSP_REQ_CTX_set1_req?_OCSP_REQ_CTX_set1_reqlibeay32.dllOCSP_REQ_CTX_set1_reqOCSP_RESPBYTES_free;_OCSP_RESPBYTES_freelibeay32.dllOCSP_RESPBYTES_freeOCSP_RESPBYTES_it7_OCSP_RESPBYTES_itlibeay32.dllOCSP_RESPBYTES_itOCSP_RESPBYTES_new9_OCSP_RESPBYTES_newlibeay32.dllOCSP_RESPBYTES_newOCSP_RESPDATA_free9_OCSP_RESPDATA_freelibeay32.dllOCSP_RESPDATA_freeOCSP_RESPDATA_it5_OCSP_RESPDATA_itlibeay32.dllOCSP_RESPDATA_itOCSP_RESPDATA_new7_OCSP_RESPDATA_newlibeay32.dllOCSP_RESPDATA_newOCSP_RESPID_free5_OCSP_RESPID_freelibeay32.dllOCSP_RESPID_freeOCSP_RESPID_it1_OCSP_RESPID_itlibeay32.dllOCSP_RESPID_itOCSP_RESPID_new3_OCSP_RESPID_newlibeay32.dllOCSP_RESPID_newOCSP_RESPONSE_free9_OCSP_RESPONSE_freelibeay32.dllOCSP_RESPONSE_freeOCSP_RESPONSE_it5_OCSP_RESPONSE_itlibeay32.dllOCSP_RESPONSE_itOCSP_RESPONSE_new7_OCSP_RESPONSE_newlibeay32.dllOCSP_RESPONSE_newOCSP_RESPONSE_print;_OCSP_RESPONSE_printlibeay32.dllOCSP_RESPONSE_printOCSP_REVOKEDINFO_free?_OCSP_REVOKEDINFO_freelibeay32.dllOCSP_REVOKEDINFO_freeOCSP_REVOKEDINFO_it;_OCSP_REVOKEDINFO_itlibeay32.dllOCSP_REVOKEDINFO_itOCSP_REVOKEDINFO_new=_OCSP_REVOKEDINFO_newlibeay32.dllOCSP_REVOKEDINFO_newOCSP_SERVICELOC_free=_OCSP_SERVICELOC_freelibeay32.dllOCSP_SERVICELOC_freeOCSP_SERVICELOC_it9_OCSP_SERVICELOC_itlibeay32.dllOCSP_SERVICELOC_itOCSP_SERVICELOC_new;_OCSP_SERVICELOC_newlibeay32.dllOCSP_SERVICELOC_newOCSP_SIGNATURE_free;_OCSP_SIGNATURE_freelibeay32.dllOCSP_SIGNATURE_freeOCSP_SIGNATURE_it7_OCSP_SIGNATURE_itlibeay32.dllOCSP_SIGNATURE_itOCSP_SIGNATURE_new9_OCSP_SIGNATURE_newlibeay32.dllOCSP_SIGNATURE_newOCSP_SINGLERESP_add1_ext_i2dM_OCSP_SINGLERESP_add1_ext_i2dlibeay32.dllOCSP_SINGLERESP_add1_ext_i2dOCSP_SINGLERESP_add_extC_OCSP_SINGLERESP_add_extlibeay32.dllOCSP_SINGLERESP_add_extOCSP_SINGLERESP_delete_extI_OCSP_SINGLERESP_delete_extlibeay32.dllOCSP_SINGLERESP_delete_extOCSP_SINGLERESP_free=_OCSP_SINGLERESP_freelibeay32.dllOCSP_SINGLERESP_freeOCSP_SINGLERESP_get1_ext_d2iM_OCSP_SINGLERESP_get1_ext_d2ilibeay32.dllOCSP_SINGLERESP_get1_ext_d2iOCSP_SINGLERESP_get_extC_OCSP_SINGLERESP_get_extlibeay32.dllOCSP_SINGLERESP_get_ext OCSP_SINGLERESP_get_ext_by_NIDQ_OCSP_SINGLERESP_get_ext_by_NIDlibeay32.dllOCSP_SINGLERESP_get_ext_by_NID OCSP_SINGLERESP_get_ext_by_OBJQ_OCSP_SINGLERESP_get_ext_by_OBJlibeay32.dllOCSP_SINGLERESP_get_ext_by_OBJ%#OCSP_SINGLERESP_get_ext_by_critical[$_OCSP_SINGLERESP_get_ext_by_criticallibeay32.dll#OCSP_SINGLERESP_get_ext_by_criticalOCSP_SINGLERESP_get_ext_countO_OCSP_SINGLERESP_get_ext_countlibeay32.dllOCSP_SINGLERESP_get_ext_countOCSP_SINGLERESP_it9_OCSP_SINGLERESP_itlibeay32.dllOCSP_SINGLERESP_itOCSP_SINGLERESP_new;_OCSP_SINGLERESP_newlibeay32.dllOCSP_SINGLERESP_newOCSP_accept_responses_newG_OCSP_accept_responses_newlibeay32.dllOCSP_accept_responses_newOCSP_archive_cutoff_newC_OCSP_archive_cutoff_newlibeay32.dllOCSP_archive_cutoff_newOCSP_basic_add1_cert=_OCSP_basic_add1_certlibeay32.dllOCSP_basic_add1_certOCSP_basic_add1_nonce?_OCSP_basic_add1_noncelibeay32.dllOCSP_basic_add1_nonceOCSP_basic_add1_statusA_OCSP_basic_add1_statuslibeay32.dllOCSP_basic_add1_statusOCSP_basic_sign3_OCSP_basic_signlibeay32.dllOCSP_basic_signOCSP_basic_verify7_OCSP_basic_verifylibeay32.dllOCSP_basic_verifyOCSP_cert_id_new5_OCSP_cert_id_newlibeay32.dllOCSP_cert_id_newOCSP_cert_status_str=_OCSP_cert_status_strlibeay32.dllOCSP_cert_status_strOCSP_cert_to_id3_OCSP_cert_to_idlibeay32.dllOCSP_cert_to_idOCSP_check_nonce5_OCSP_check_noncelibeay32.dllOCSP_check_nonceOCSP_check_validity;_OCSP_check_validitylibeay32.dllOCSP_check_validityOCSP_copy_nonce3_OCSP_copy_noncelibeay32.dllOCSP_copy_nonceOCSP_crlID_new1_OCSP_crlID_newlibeay32.dllOCSP_crlID_newOCSP_crl_reason_str;_OCSP_crl_reason_strlibeay32.dllOCSP_crl_reason_str
OCSP_id_cmp+_OCSP_id_cmplibeay32.dllOCSP_id_cmpOCSP_id_get0_info7_OCSP_id_get0_infolibeay32.dllOCSP_id_get0_infoOCSP_id_issuer_cmp9_OCSP_id_issuer_cmplibeay32.dllOCSP_id_issuer_cmpOCSP_onereq_get0_id;_OCSP_onereq_get0_idlibeay32.dllOCSP_onereq_get0_idOCSP_parse_url1_OCSP_parse_urllibeay32.dllOCSP_parse_urlOCSP_request_add0_id=_OCSP_request_add0_idlibeay32.dllOCSP_request_add0_idOCSP_request_add1_certA_OCSP_request_add1_certlibeay32.dllOCSP_request_add1_certOCSP_request_add1_nonceC_OCSP_request_add1_noncelibeay32.dllOCSP_request_add1_nonceOCSP_request_is_signedA_OCSP_request_is_signedlibeay32.dllOCSP_request_is_signedOCSP_request_onereq_countG_OCSP_request_onereq_countlibeay32.dllOCSP_request_onereq_countOCSP_request_onereq_get0E_OCSP_request_onereq_get0libeay32.dllOCSP_request_onereq_get0OCSP_request_set1_nameA_OCSP_request_set1_namelibeay32.dllOCSP_request_set1_nameOCSP_request_sign7_OCSP_request_signlibeay32.dllOCSP_request_signOCSP_request_verify;_OCSP_request_verifylibeay32.dllOCSP_request_verifyOCSP_resp_count3_OCSP_resp_countlibeay32.dllOCSP_resp_countOCSP_resp_find1_OCSP_resp_findlibeay32.dllOCSP_resp_findOCSP_resp_find_status?_OCSP_resp_find_statuslibeay32.dllOCSP_resp_find_statusOCSP_resp_get01_OCSP_resp_get0libeay32.dllOCSP_resp_get0OCSP_response_create=_OCSP_response_createlibeay32.dllOCSP_response_createOCSP_response_get1_basicE_OCSP_response_get1_basiclibeay32.dllOCSP_response_get1_basicOCSP_response_status=_OCSP_response_statuslibeay32.dllOCSP_response_statusOCSP_response_status_strE_OCSP_response_status_strlibeay32.dllOCSP_response_status_strOCSP_sendreq_bio5_OCSP_sendreq_biolibeay32.dllOCSP_sendreq_bioOCSP_sendreq_nbio7_OCSP_sendreq_nbiolibeay32.dllOCSP_sendreq_nbioOCSP_sendreq_new5_OCSP_sendreq_newlibeay32.dllOCSP_sendreq_newOCSP_single_get0_statusC_OCSP_single_get0_statuslibeay32.dllOCSP_single_get0_statusOCSP_url_svcloc_new;_OCSP_url_svcloc_newlibeay32.dllOCSP_url_svcloc_newOPENSSL_DIR_end3_OPENSSL_DIR_endlibeay32.dllOPENSSL_DIR_endOPENSSL_DIR_read5_OPENSSL_DIR_readlibeay32.dllOPENSSL_DIR_read!OPENSSL_add_all_algorithms_confS _OPENSSL_add_all_algorithms_conflibeay32.dllOPENSSL_add_all_algorithms_conf#!OPENSSL_add_all_algorithms_noconfW"_OPENSSL_add_all_algorithms_noconflibeay32.dll!OPENSSL_add_all_algorithms_noconfOPENSSL_asc2uni3_OPENSSL_asc2unilibeay32.dllOPENSSL_asc2uniOPENSSL_cleanse3_OPENSSL_cleanselibeay32.dllOPENSSL_cleanseOPENSSL_config1_OPENSSL_configlibeay32.dllOPENSSL_configOPENSSL_cpuid_setup;_OPENSSL_cpuid_setuplibeay32.dllOPENSSL_cpuid_setupOPENSSL_gmtime1_OPENSSL_gmtimelibeay32.dllOPENSSL_gmtimeOPENSSL_gmtime_adj9_OPENSSL_gmtime_adjlibeay32.dllOPENSSL_gmtime_adjOPENSSL_ia32cap_loc;_OPENSSL_ia32cap_loclibeay32.dllOPENSSL_ia32cap_locOPENSSL_init-
_OPENSSL_initlibeay32.dllOPENSSL_initOPENSSL_isservice7_OPENSSL_isservicelibeay32.dllOPENSSL_isserviceOPENSSL_issetugid7_OPENSSL_issetugidlibeay32.dllOPENSSL_issetugidOPENSSL_load_builtin_modulesM_OPENSSL_load_builtin_moduleslibeay32.dllOPENSSL_load_builtin_modulesOPENSSL_memcmp1_OPENSSL_memcmplibeay32.dllOPENSSL_memcmpOPENSSL_no_config7_OPENSSL_no_configlibeay32.dllOPENSSL_no_configOPENSSL_showfatal7_OPENSSL_showfatallibeay32.dllOPENSSL_showfatalOPENSSL_stderr1_OPENSSL_stderrlibeay32.dllOPENSSL_stderrOPENSSL_strcasecmp9_OPENSSL_strcasecmplibeay32.dllOPENSSL_strcasecmpOPENSSL_strncasecmp;_OPENSSL_strncasecmplibeay32.dllOPENSSL_strncasecmpOPENSSL_uni2asc3_OPENSSL_uni2asclibeay32.dllOPENSSL_uni2ascOSSL_DES_version5_OSSL_DES_versionlibeay32.dllOSSL_DES_versionOSSL_libdes_version;_OSSL_libdes_versionlibeay32.dllOSSL_libdes_version
OTHERNAME_cmp/_OTHERNAME_cmplibeay32.dll
OTHERNAME_cmpOTHERNAME_free1_OTHERNAME_freelibeay32.dllOTHERNAME_freeOTHERNAME_it-
_OTHERNAME_itlibeay32.dllOTHERNAME_it
OTHERNAME_new/_OTHERNAME_newlibeay32.dll
OTHERNAME_new
OpenSSLDie)_OpenSSLDielibeay32.dll
OpenSSLDieOpenSSL_add_all_ciphersC_OpenSSL_add_all_cipherslibeay32.dllOpenSSL_add_all_ciphersOpenSSL_add_all_digestsC_OpenSSL_add_all_digestslibeay32.dllOpenSSL_add_all_digestsPBE2PARAM_free1_PBE2PARAM_freelibeay32.dllPBE2PARAM_freePBE2PARAM_it-
_PBE2PARAM_itlibeay32.dllPBE2PARAM_it
PBE2PARAM_new/_PBE2PARAM_newlibeay32.dll
PBE2PARAM_new
PBEPARAM_free/_PBEPARAM_freelibeay32.dll
PBEPARAM_free
PBEPARAM_it+_PBEPARAM_itlibeay32.dllPBEPARAM_itPBEPARAM_new-
_PBEPARAM_newlibeay32.dllPBEPARAM_newPBKDF2PARAM_free5_PBKDF2PARAM_freelibeay32.dllPBKDF2PARAM_freePBKDF2PARAM_it1_PBKDF2PARAM_itlibeay32.dllPBKDF2PARAM_itPBKDF2PARAM_new3_PBKDF2PARAM_newlibeay32.dllPBKDF2PARAM_new
PEM_ASN1_read/_PEM_ASN1_readlibeay32.dll
PEM_ASN1_readPEM_ASN1_read_bio7_PEM_ASN1_read_biolibeay32.dllPEM_ASN1_read_bioPEM_ASN1_write1_PEM_ASN1_writelibeay32.dllPEM_ASN1_writePEM_ASN1_write_bio9_PEM_ASN1_write_biolibeay32.dllPEM_ASN1_write_bio
PEM_SealFinal/_PEM_SealFinallibeay32.dll
PEM_SealFinalPEM_SealInit-
_PEM_SealInitlibeay32.dllPEM_SealInitPEM_SealUpdate1_PEM_SealUpdatelibeay32.dllPEM_SealUpdate
PEM_SignFinal/_PEM_SignFinallibeay32.dll
PEM_SignFinalPEM_SignInit-
_PEM_SignInitlibeay32.dllPEM_SignInitPEM_SignUpdate1_PEM_SignUpdatelibeay32.dllPEM_SignUpdatePEM_X509_INFO_read9_PEM_X509_INFO_readlibeay32.dllPEM_X509_INFO_readPEM_X509_INFO_read_bioA_PEM_X509_INFO_read_biolibeay32.dllPEM_X509_INFO_read_bioPEM_X509_INFO_write_bioC_PEM_X509_INFO_write_biolibeay32.dllPEM_X509_INFO_write_bioPEM_bytes_read_bio9_PEM_bytes_read_biolibeay32.dllPEM_bytes_read_bioPEM_def_callback5_PEM_def_callbacklibeay32.dllPEM_def_callbackPEM_dek_info-
_PEM_dek_infolibeay32.dllPEM_dek_info
PEM_do_header/_PEM_do_headerlibeay32.dll
PEM_do_headerPEM_get_EVP_CIPHER_INFOC_PEM_get_EVP_CIPHER_INFOlibeay32.dllPEM_get_EVP_CIPHER_INFO
PEM_proc_type/_PEM_proc_typelibeay32.dll
PEM_proc_type
PEM_read%	_PEM_readlibeay32.dllPEM_readPEM_read_CMS-
_PEM_read_CMSlibeay32.dllPEM_read_CMSPEM_read_DHparams7_PEM_read_DHparamslibeay32.dllPEM_read_DHparamsPEM_read_DSAPrivateKeyA_PEM_read_DSAPrivateKeylibeay32.dllPEM_read_DSAPrivateKeyPEM_read_DSA_PUBKEY;_PEM_read_DSA_PUBKEYlibeay32.dllPEM_read_DSA_PUBKEYPEM_read_DSAparams9_PEM_read_DSAparamslibeay32.dllPEM_read_DSAparamsPEM_read_ECPKParametersC_PEM_read_ECPKParameterslibeay32.dllPEM_read_ECPKParametersPEM_read_ECPrivateKey?_PEM_read_ECPrivateKeylibeay32.dllPEM_read_ECPrivateKeyPEM_read_EC_PUBKEY9_PEM_read_EC_PUBKEYlibeay32.dllPEM_read_EC_PUBKEY!PEM_read_NETSCAPE_CERT_SEQUENCES _PEM_read_NETSCAPE_CERT_SEQUENCElibeay32.dllPEM_read_NETSCAPE_CERT_SEQUENCEPEM_read_PKCS71_PEM_read_PKCS7libeay32.dllPEM_read_PKCS7PEM_read_PKCS81_PEM_read_PKCS8libeay32.dllPEM_read_PKCS8PEM_read_PKCS8_PRIV_KEY_INFOM_PEM_read_PKCS8_PRIV_KEY_INFOlibeay32.dllPEM_read_PKCS8_PRIV_KEY_INFOPEM_read_PUBKEY3_PEM_read_PUBKEYlibeay32.dllPEM_read_PUBKEYPEM_read_PrivateKey;_PEM_read_PrivateKeylibeay32.dllPEM_read_PrivateKeyPEM_read_RSAPrivateKeyA_PEM_read_RSAPrivateKeylibeay32.dllPEM_read_RSAPrivateKeyPEM_read_RSAPublicKey?_PEM_read_RSAPublicKeylibeay32.dllPEM_read_RSAPublicKeyPEM_read_RSA_PUBKEY;_PEM_read_RSA_PUBKEYlibeay32.dllPEM_read_RSA_PUBKEY
PEM_read_X509/_PEM_read_X509libeay32.dll
PEM_read_X509PEM_read_X509_AUX7_PEM_read_X509_AUXlibeay32.dllPEM_read_X509_AUXPEM_read_X509_CERT_PAIRC_PEM_read_X509_CERT_PAIRlibeay32.dllPEM_read_X509_CERT_PAIRPEM_read_X509_CRL7_PEM_read_X509_CRLlibeay32.dllPEM_read_X509_CRLPEM_read_X509_REQ7_PEM_read_X509_REQlibeay32.dllPEM_read_X509_REQPEM_read_bio-
_PEM_read_biolibeay32.dllPEM_read_bioPEM_read_bio_CMS5_PEM_read_bio_CMSlibeay32.dllPEM_read_bio_CMSPEM_read_bio_DHparams?_PEM_read_bio_DHparamslibeay32.dllPEM_read_bio_DHparamsPEM_read_bio_DSAPrivateKeyI_PEM_read_bio_DSAPrivateKeylibeay32.dllPEM_read_bio_DSAPrivateKeyPEM_read_bio_DSA_PUBKEYC_PEM_read_bio_DSA_PUBKEYlibeay32.dllPEM_read_bio_DSA_PUBKEYPEM_read_bio_DSAparamsA_PEM_read_bio_DSAparamslibeay32.dllPEM_read_bio_DSAparamsPEM_read_bio_ECPKParametersK_PEM_read_bio_ECPKParameterslibeay32.dllPEM_read_bio_ECPKParametersPEM_read_bio_ECPrivateKeyG_PEM_read_bio_ECPrivateKeylibeay32.dllPEM_read_bio_ECPrivateKeyPEM_read_bio_EC_PUBKEYA_PEM_read_bio_EC_PUBKEYlibeay32.dllPEM_read_bio_EC_PUBKEY%#PEM_read_bio_NETSCAPE_CERT_SEQUENCE[$_PEM_read_bio_NETSCAPE_CERT_SEQUENCElibeay32.dll#PEM_read_bio_NETSCAPE_CERT_SEQUENCEPEM_read_bio_PKCS79_PEM_read_bio_PKCS7libeay32.dllPEM_read_bio_PKCS7PEM_read_bio_PKCS89_PEM_read_bio_PKCS8libeay32.dllPEM_read_bio_PKCS8" PEM_read_bio_PKCS8_PRIV_KEY_INFOU!_PEM_read_bio_PKCS8_PRIV_KEY_INFOlibeay32.dll PEM_read_bio_PKCS8_PRIV_KEY_INFOPEM_read_bio_PUBKEY;_PEM_read_bio_PUBKEYlibeay32.dllPEM_read_bio_PUBKEYPEM_read_bio_ParametersC_PEM_read_bio_Parameterslibeay32.dllPEM_read_bio_ParametersPEM_read_bio_PrivateKeyC_PEM_read_bio_PrivateKeylibeay32.dllPEM_read_bio_PrivateKeyPEM_read_bio_RSAPrivateKeyI_PEM_read_bio_RSAPrivateKeylibeay32.dllPEM_read_bio_RSAPrivateKeyPEM_read_bio_RSAPublicKeyG_PEM_read_bio_RSAPublicKeylibeay32.dllPEM_read_bio_RSAPublicKeyPEM_read_bio_RSA_PUBKEYC_PEM_read_bio_RSA_PUBKEYlibeay32.dllPEM_read_bio_RSA_PUBKEYPEM_read_bio_X5097_PEM_read_bio_X509libeay32.dllPEM_read_bio_X509PEM_read_bio_X509_AUX?_PEM_read_bio_X509_AUXlibeay32.dllPEM_read_bio_X509_AUXPEM_read_bio_X509_CERT_PAIRK_PEM_read_bio_X509_CERT_PAIRlibeay32.dllPEM_read_bio_X509_CERT_PAIRPEM_read_bio_X509_CRL?_PEM_read_bio_X509_CRLlibeay32.dllPEM_read_bio_X509_CRLPEM_read_bio_X509_REQ?_PEM_read_bio_X509_REQlibeay32.dllPEM_read_bio_X509_REQ	PEM_write'
_PEM_writelibeay32.dll	PEM_write
PEM_write_CMS/_PEM_write_CMSlibeay32.dll
PEM_write_CMSPEM_write_DHparams9_PEM_write_DHparamslibeay32.dllPEM_write_DHparamsPEM_write_DSAPrivateKeyC_PEM_write_DSAPrivateKeylibeay32.dllPEM_write_DSAPrivateKeyPEM_write_DSA_PUBKEY=_PEM_write_DSA_PUBKEYlibeay32.dllPEM_write_DSA_PUBKEYPEM_write_DSAparams;_PEM_write_DSAparamslibeay32.dllPEM_write_DSAparamsPEM_write_ECPKParametersE_PEM_write_ECPKParameterslibeay32.dllPEM_write_ECPKParametersPEM_write_ECPrivateKeyA_PEM_write_ECPrivateKeylibeay32.dllPEM_write_ECPrivateKeyPEM_write_EC_PUBKEY;_PEM_write_EC_PUBKEYlibeay32.dllPEM_write_EC_PUBKEY" PEM_write_NETSCAPE_CERT_SEQUENCEU!_PEM_write_NETSCAPE_CERT_SEQUENCElibeay32.dll PEM_write_NETSCAPE_CERT_SEQUENCEPEM_write_PKCS73_PEM_write_PKCS7libeay32.dllPEM_write_PKCS7PEM_write_PKCS83_PEM_write_PKCS8libeay32.dllPEM_write_PKCS8PEM_write_PKCS8PrivateKeyG_PEM_write_PKCS8PrivateKeylibeay32.dllPEM_write_PKCS8PrivateKeyPEM_write_PKCS8PrivateKey_nidO_PEM_write_PKCS8PrivateKey_nidlibeay32.dllPEM_write_PKCS8PrivateKey_nidPEM_write_PKCS8_PRIV_KEY_INFOO_PEM_write_PKCS8_PRIV_KEY_INFOlibeay32.dllPEM_write_PKCS8_PRIV_KEY_INFOPEM_write_PUBKEY5_PEM_write_PUBKEYlibeay32.dllPEM_write_PUBKEYPEM_write_PrivateKey=_PEM_write_PrivateKeylibeay32.dllPEM_write_PrivateKeyPEM_write_RSAPrivateKeyC_PEM_write_RSAPrivateKeylibeay32.dllPEM_write_RSAPrivateKeyPEM_write_RSAPublicKeyA_PEM_write_RSAPublicKeylibeay32.dllPEM_write_RSAPublicKeyPEM_write_RSA_PUBKEY=_PEM_write_RSA_PUBKEYlibeay32.dllPEM_write_RSA_PUBKEYPEM_write_X5091_PEM_write_X509libeay32.dllPEM_write_X509PEM_write_X509_AUX9_PEM_write_X509_AUXlibeay32.dllPEM_write_X509_AUXPEM_write_X509_CERT_PAIRE_PEM_write_X509_CERT_PAIRlibeay32.dllPEM_write_X509_CERT_PAIRPEM_write_X509_CRL9_PEM_write_X509_CRLlibeay32.dllPEM_write_X509_CRLPEM_write_X509_REQ9_PEM_write_X509_REQlibeay32.dllPEM_write_X509_REQPEM_write_X509_REQ_NEWA_PEM_write_X509_REQ_NEWlibeay32.dllPEM_write_X509_REQ_NEW
PEM_write_bio/_PEM_write_biolibeay32.dll
PEM_write_bioPEM_write_bio_ASN1_streamG_PEM_write_bio_ASN1_streamlibeay32.dllPEM_write_bio_ASN1_streamPEM_write_bio_CMS7_PEM_write_bio_CMSlibeay32.dllPEM_write_bio_CMSPEM_write_bio_CMS_streamE_PEM_write_bio_CMS_streamlibeay32.dllPEM_write_bio_CMS_streamPEM_write_bio_DHparamsA_PEM_write_bio_DHparamslibeay32.dllPEM_write_bio_DHparamsPEM_write_bio_DSAPrivateKeyK_PEM_write_bio_DSAPrivateKeylibeay32.dllPEM_write_bio_DSAPrivateKeyPEM_write_bio_DSA_PUBKEYE_PEM_write_bio_DSA_PUBKEYlibeay32.dllPEM_write_bio_DSA_PUBKEYPEM_write_bio_DSAparamsC_PEM_write_bio_DSAparamslibeay32.dllPEM_write_bio_DSAparamsPEM_write_bio_ECPKParametersM_PEM_write_bio_ECPKParameterslibeay32.dllPEM_write_bio_ECPKParametersPEM_write_bio_ECPrivateKeyI_PEM_write_bio_ECPrivateKeylibeay32.dllPEM_write_bio_ECPrivateKeyPEM_write_bio_EC_PUBKEYC_PEM_write_bio_EC_PUBKEYlibeay32.dllPEM_write_bio_EC_PUBKEY&$PEM_write_bio_NETSCAPE_CERT_SEQUENCE]%_PEM_write_bio_NETSCAPE_CERT_SEQUENCElibeay32.dll$PEM_write_bio_NETSCAPE_CERT_SEQUENCEPEM_write_bio_PKCS7;_PEM_write_bio_PKCS7libeay32.dllPEM_write_bio_PKCS7PEM_write_bio_PKCS7_streamI_PEM_write_bio_PKCS7_streamlibeay32.dllPEM_write_bio_PKCS7_streamPEM_write_bio_PKCS8;_PEM_write_bio_PKCS8libeay32.dllPEM_write_bio_PKCS8PEM_write_bio_PKCS8PrivateKeyO_PEM_write_bio_PKCS8PrivateKeylibeay32.dllPEM_write_bio_PKCS8PrivateKey#!PEM_write_bio_PKCS8PrivateKey_nidW"_PEM_write_bio_PKCS8PrivateKey_nidlibeay32.dll!PEM_write_bio_PKCS8PrivateKey_nid#!PEM_write_bio_PKCS8_PRIV_KEY_INFOW"_PEM_write_bio_PKCS8_PRIV_KEY_INFOlibeay32.dll!PEM_write_bio_PKCS8_PRIV_KEY_INFOPEM_write_bio_PUBKEY=_PEM_write_bio_PUBKEYlibeay32.dllPEM_write_bio_PUBKEYPEM_write_bio_ParametersE_PEM_write_bio_Parameterslibeay32.dllPEM_write_bio_ParametersPEM_write_bio_PrivateKeyE_PEM_write_bio_PrivateKeylibeay32.dllPEM_write_bio_PrivateKeyPEM_write_bio_RSAPrivateKeyK_PEM_write_bio_RSAPrivateKeylibeay32.dllPEM_write_bio_RSAPrivateKeyPEM_write_bio_RSAPublicKeyI_PEM_write_bio_RSAPublicKeylibeay32.dllPEM_write_bio_RSAPublicKeyPEM_write_bio_RSA_PUBKEYE_PEM_write_bio_RSA_PUBKEYlibeay32.dllPEM_write_bio_RSA_PUBKEYPEM_write_bio_X5099_PEM_write_bio_X509libeay32.dllPEM_write_bio_X509PEM_write_bio_X509_AUXA_PEM_write_bio_X509_AUXlibeay32.dllPEM_write_bio_X509_AUXPEM_write_bio_X509_CERT_PAIRM_PEM_write_bio_X509_CERT_PAIRlibeay32.dllPEM_write_bio_X509_CERT_PAIRPEM_write_bio_X509_CRLA_PEM_write_bio_X509_CRLlibeay32.dllPEM_write_bio_X509_CRLPEM_write_bio_X509_REQA_PEM_write_bio_X509_REQlibeay32.dllPEM_write_bio_X509_REQPEM_write_bio_X509_REQ_NEWI_PEM_write_bio_X509_REQ_NEWlibeay32.dllPEM_write_bio_X509_REQ_NEWPKCS12_AUTHSAFES_it;_PKCS12_AUTHSAFES_itlibeay32.dllPKCS12_AUTHSAFES_itPKCS12_BAGS_free5_PKCS12_BAGS_freelibeay32.dllPKCS12_BAGS_freePKCS12_BAGS_it1_PKCS12_BAGS_itlibeay32.dllPKCS12_BAGS_itPKCS12_BAGS_new3_PKCS12_BAGS_newlibeay32.dllPKCS12_BAGS_newPKCS12_MAC_DATA_free=_PKCS12_MAC_DATA_freelibeay32.dllPKCS12_MAC_DATA_freePKCS12_MAC_DATA_it9_PKCS12_MAC_DATA_itlibeay32.dllPKCS12_MAC_DATA_itPKCS12_MAC_DATA_new;_PKCS12_MAC_DATA_newlibeay32.dllPKCS12_MAC_DATA_newPKCS12_MAKE_KEYBAG9_PKCS12_MAKE_KEYBAGlibeay32.dllPKCS12_MAKE_KEYBAGPKCS12_MAKE_SHKEYBAG=_PKCS12_MAKE_SHKEYBAGlibeay32.dllPKCS12_MAKE_SHKEYBAGPKCS12_PBE_add1_PKCS12_PBE_addlibeay32.dllPKCS12_PBE_addPKCS12_PBE_keyivgen;_PKCS12_PBE_keyivgenlibeay32.dllPKCS12_PBE_keyivgenPKCS12_SAFEBAGS_it9_PKCS12_SAFEBAGS_itlibeay32.dllPKCS12_SAFEBAGS_itPKCS12_SAFEBAG_free;_PKCS12_SAFEBAG_freelibeay32.dllPKCS12_SAFEBAG_freePKCS12_SAFEBAG_it7_PKCS12_SAFEBAG_itlibeay32.dllPKCS12_SAFEBAG_itPKCS12_SAFEBAG_new9_PKCS12_SAFEBAG_newlibeay32.dllPKCS12_SAFEBAG_newPKCS12_add_CSPName_ascA_PKCS12_add_CSPName_asclibeay32.dllPKCS12_add_CSPName_ascPKCS12_add_cert3_PKCS12_add_certlibeay32.dllPKCS12_add_certPKCS12_add_friendlyname_ascK_PKCS12_add_friendlyname_asclibeay32.dllPKCS12_add_friendlyname_ascPKCS12_add_friendlyname_uniK_PKCS12_add_friendlyname_unilibeay32.dllPKCS12_add_friendlyname_uniPKCS12_add_key1_PKCS12_add_keylibeay32.dllPKCS12_add_keyPKCS12_add_localkeyid?_PKCS12_add_localkeyidlibeay32.dllPKCS12_add_localkeyidPKCS12_add_safe3_PKCS12_add_safelibeay32.dllPKCS12_add_safePKCS12_add_safes5_PKCS12_add_safeslibeay32.dllPKCS12_add_safesPKCS12_certbag2x509;_PKCS12_certbag2x509libeay32.dllPKCS12_certbag2x509PKCS12_certbag2x509crlA_PKCS12_certbag2x509crllibeay32.dllPKCS12_certbag2x509crl
PKCS12_create/_PKCS12_createlibeay32.dll
PKCS12_createPKCS12_decrypt_skey;_PKCS12_decrypt_skeylibeay32.dllPKCS12_decrypt_skey
PKCS12_free+_PKCS12_freelibeay32.dllPKCS12_freePKCS12_gen_mac1_PKCS12_gen_maclibeay32.dllPKCS12_gen_macPKCS12_get_attr_gen;_PKCS12_get_attr_genlibeay32.dllPKCS12_get_attr_genPKCS12_get_friendlynameC_PKCS12_get_friendlynamelibeay32.dllPKCS12_get_friendlyname
PKCS12_init+_PKCS12_initlibeay32.dllPKCS12_init	PKCS12_it'
_PKCS12_itlibeay32.dll	PKCS12_itPKCS12_item_decrypt_d2iC_PKCS12_item_decrypt_d2ilibeay32.dllPKCS12_item_decrypt_d2iPKCS12_item_i2d_encryptC_PKCS12_item_i2d_encryptlibeay32.dllPKCS12_item_i2d_encryptPKCS12_item_pack_safebagE_PKCS12_item_pack_safebaglibeay32.dllPKCS12_item_pack_safebagPKCS12_key_gen_asc9_PKCS12_key_gen_asclibeay32.dllPKCS12_key_gen_ascPKCS12_key_gen_uni9_PKCS12_key_gen_unilibeay32.dllPKCS12_key_gen_uni
PKCS12_new)_PKCS12_newlibeay32.dll
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_PKCS12_parselibeay32.dllPKCS12_parsePKCS12_pbe_crypt5_PKCS12_pbe_cryptlibeay32.dllPKCS12_pbe_cryptPKCS12_set_mac1_PKCS12_set_maclibeay32.dllPKCS12_set_macPKCS12_setup_mac5_PKCS12_setup_maclibeay32.dllPKCS12_setup_macPKCS12_unpack_authsafesC_PKCS12_unpack_authsafeslibeay32.dllPKCS12_unpack_authsafesPKCS12_unpack_p7data=_PKCS12_unpack_p7datalibeay32.dllPKCS12_unpack_p7dataPKCS12_unpack_p7encdataC_PKCS12_unpack_p7encdatalibeay32.dllPKCS12_unpack_p7encdataPKCS12_verify_mac7_PKCS12_verify_maclibeay32.dllPKCS12_verify_macPKCS12_x5092certbag;_PKCS12_x5092certbaglibeay32.dllPKCS12_x5092certbagPKCS12_x509crl2certbagA_PKCS12_x509crl2certbaglibeay32.dllPKCS12_x509crl2certbag
PKCS1_MGF1)_PKCS1_MGF1libeay32.dll
PKCS1_MGF1
PKCS5_PBE_add/_PKCS5_PBE_addlibeay32.dll
PKCS5_PBE_addPKCS5_PBE_keyivgen9_PKCS5_PBE_keyivgenlibeay32.dllPKCS5_PBE_keyivgenPKCS5_PBKDF2_HMAC7_PKCS5_PBKDF2_HMAClibeay32.dllPKCS5_PBKDF2_HMACPKCS5_PBKDF2_HMAC_SHA1A_PKCS5_PBKDF2_HMAC_SHA1libeay32.dllPKCS5_PBKDF2_HMAC_SHA1PKCS5_pbe2_set1_PKCS5_pbe2_setlibeay32.dllPKCS5_pbe2_setPKCS5_pbe2_set_iv7_PKCS5_pbe2_set_ivlibeay32.dllPKCS5_pbe2_set_iv
PKCS5_pbe_set/_PKCS5_pbe_setlibeay32.dll
PKCS5_pbe_setPKCS5_pbe_set0_algor=_PKCS5_pbe_set0_algorlibeay32.dllPKCS5_pbe_set0_algorPKCS5_pbkdf2_set5_PKCS5_pbkdf2_setlibeay32.dllPKCS5_pbkdf2_setPKCS5_v2_PBE_keyivgen?_PKCS5_v2_PBE_keyivgenlibeay32.dllPKCS5_v2_PBE_keyivgenPKCS7_ATTR_SIGN_it9_PKCS7_ATTR_SIGN_itlibeay32.dllPKCS7_ATTR_SIGN_itPKCS7_ATTR_VERIFY_it=_PKCS7_ATTR_VERIFY_itlibeay32.dllPKCS7_ATTR_VERIFY_itPKCS7_DIGEST_free7_PKCS7_DIGEST_freelibeay32.dllPKCS7_DIGEST_freePKCS7_DIGEST_it3_PKCS7_DIGEST_itlibeay32.dllPKCS7_DIGEST_itPKCS7_DIGEST_new5_PKCS7_DIGEST_newlibeay32.dllPKCS7_DIGEST_newPKCS7_ENCRYPT_free9_PKCS7_ENCRYPT_freelibeay32.dllPKCS7_ENCRYPT_freePKCS7_ENCRYPT_it5_PKCS7_ENCRYPT_itlibeay32.dllPKCS7_ENCRYPT_itPKCS7_ENCRYPT_new7_PKCS7_ENCRYPT_newlibeay32.dllPKCS7_ENCRYPT_newPKCS7_ENC_CONTENT_freeA_PKCS7_ENC_CONTENT_freelibeay32.dllPKCS7_ENC_CONTENT_freePKCS7_ENC_CONTENT_it=_PKCS7_ENC_CONTENT_itlibeay32.dllPKCS7_ENC_CONTENT_itPKCS7_ENC_CONTENT_new?_PKCS7_ENC_CONTENT_newlibeay32.dllPKCS7_ENC_CONTENT_newPKCS7_ENVELOPE_free;_PKCS7_ENVELOPE_freelibeay32.dllPKCS7_ENVELOPE_freePKCS7_ENVELOPE_it7_PKCS7_ENVELOPE_itlibeay32.dllPKCS7_ENVELOPE_itPKCS7_ENVELOPE_new9_PKCS7_ENVELOPE_newlibeay32.dllPKCS7_ENVELOPE_new PKCS7_ISSUER_AND_SERIAL_digestQ_PKCS7_ISSUER_AND_SERIAL_digestlibeay32.dllPKCS7_ISSUER_AND_SERIAL_digestPKCS7_ISSUER_AND_SERIAL_freeM_PKCS7_ISSUER_AND_SERIAL_freelibeay32.dllPKCS7_ISSUER_AND_SERIAL_freePKCS7_ISSUER_AND_SERIAL_itI_PKCS7_ISSUER_AND_SERIAL_itlibeay32.dllPKCS7_ISSUER_AND_SERIAL_itPKCS7_ISSUER_AND_SERIAL_newK_PKCS7_ISSUER_AND_SERIAL_newlibeay32.dllPKCS7_ISSUER_AND_SERIAL_newPKCS7_RECIP_INFO_free?_PKCS7_RECIP_INFO_freelibeay32.dllPKCS7_RECIP_INFO_freePKCS7_RECIP_INFO_get0_algG_PKCS7_RECIP_INFO_get0_alglibeay32.dllPKCS7_RECIP_INFO_get0_algPKCS7_RECIP_INFO_it;_PKCS7_RECIP_INFO_itlibeay32.dllPKCS7_RECIP_INFO_itPKCS7_RECIP_INFO_new=_PKCS7_RECIP_INFO_newlibeay32.dllPKCS7_RECIP_INFO_newPKCS7_RECIP_INFO_set=_PKCS7_RECIP_INFO_setlibeay32.dllPKCS7_RECIP_INFO_setPKCS7_SIGNED_free7_PKCS7_SIGNED_freelibeay32.dllPKCS7_SIGNED_freePKCS7_SIGNED_it3_PKCS7_SIGNED_itlibeay32.dllPKCS7_SIGNED_itPKCS7_SIGNED_new5_PKCS7_SIGNED_newlibeay32.dllPKCS7_SIGNED_newPKCS7_SIGNER_INFO_freeA_PKCS7_SIGNER_INFO_freelibeay32.dllPKCS7_SIGNER_INFO_freePKCS7_SIGNER_INFO_get0_algsK_PKCS7_SIGNER_INFO_get0_algslibeay32.dllPKCS7_SIGNER_INFO_get0_algsPKCS7_SIGNER_INFO_it=_PKCS7_SIGNER_INFO_itlibeay32.dllPKCS7_SIGNER_INFO_itPKCS7_SIGNER_INFO_new?_PKCS7_SIGNER_INFO_newlibeay32.dllPKCS7_SIGNER_INFO_newPKCS7_SIGNER_INFO_set?_PKCS7_SIGNER_INFO_setlibeay32.dllPKCS7_SIGNER_INFO_setPKCS7_SIGNER_INFO_signA_PKCS7_SIGNER_INFO_signlibeay32.dllPKCS7_SIGNER_INFO_signPKCS7_SIGN_ENVELOPE_freeE_PKCS7_SIGN_ENVELOPE_freelibeay32.dllPKCS7_SIGN_ENVELOPE_freePKCS7_SIGN_ENVELOPE_itA_PKCS7_SIGN_ENVELOPE_itlibeay32.dllPKCS7_SIGN_ENVELOPE_itPKCS7_SIGN_ENVELOPE_newC_PKCS7_SIGN_ENVELOPE_newlibeay32.dllPKCS7_SIGN_ENVELOPE_new PKCS7_add0_attrib_signing_timeQ_PKCS7_add0_attrib_signing_timelibeay32.dllPKCS7_add0_attrib_signing_timePKCS7_add1_attrib_digestE_PKCS7_add1_attrib_digestlibeay32.dllPKCS7_add1_attrib_digestPKCS7_add_attrib_content_typeO_PKCS7_add_attrib_content_typelibeay32.dllPKCS7_add_attrib_content_typePKCS7_add_attrib_smimecapG_PKCS7_add_attrib_smimecaplibeay32.dllPKCS7_add_attrib_smimecapPKCS7_add_attribute;_PKCS7_add_attributelibeay32.dllPKCS7_add_attributePKCS7_add_certificate?_PKCS7_add_certificatelibeay32.dllPKCS7_add_certificate
PKCS7_add_crl/_PKCS7_add_crllibeay32.dll
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PKCS7_ctrl)_PKCS7_ctrllibeay32.dll
PKCS7_ctrlPKCS7_dataDecode5_PKCS7_dataDecodelibeay32.dllPKCS7_dataDecodePKCS7_dataFinal3_PKCS7_dataFinallibeay32.dllPKCS7_dataFinalPKCS7_dataInit1_PKCS7_dataInitlibeay32.dllPKCS7_dataInitPKCS7_dataVerify5_PKCS7_dataVerifylibeay32.dllPKCS7_dataVerify
PKCS7_decrypt/_PKCS7_decryptlibeay32.dll
PKCS7_decryptPKCS7_digest_from_attributesM_PKCS7_digest_from_attributeslibeay32.dllPKCS7_digest_from_attributes	PKCS7_dup'
_PKCS7_duplibeay32.dll	PKCS7_dup
PKCS7_encrypt/_PKCS7_encryptlibeay32.dll
PKCS7_encrypt
PKCS7_final+_PKCS7_finallibeay32.dllPKCS7_final
PKCS7_free)_PKCS7_freelibeay32.dll
PKCS7_freePKCS7_get0_signers9_PKCS7_get0_signerslibeay32.dllPKCS7_get0_signersPKCS7_get_attribute;_PKCS7_get_attributelibeay32.dllPKCS7_get_attributePKCS7_get_issuer_and_serialK_PKCS7_get_issuer_and_seriallibeay32.dllPKCS7_get_issuer_and_serialPKCS7_get_signed_attributeI_PKCS7_get_signed_attributelibeay32.dllPKCS7_get_signed_attributePKCS7_get_signer_info?_PKCS7_get_signer_infolibeay32.dllPKCS7_get_signer_infoPKCS7_get_smimecap9_PKCS7_get_smimecaplibeay32.dllPKCS7_get_smimecap
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PKCS7_sign)_PKCS7_signlibeay32.dll
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_PKCS7_streamlibeay32.dllPKCS7_streamPKCS7_to_TS_TST_INFO=_PKCS7_to_TS_TST_INFOlibeay32.dllPKCS7_to_TS_TST_INFOPKCS7_verify-
_PKCS7_verifylibeay32.dllPKCS7_verifyPKCS8_PRIV_KEY_INFO_freeE_PKCS8_PRIV_KEY_INFO_freelibeay32.dllPKCS8_PRIV_KEY_INFO_freePKCS8_PRIV_KEY_INFO_itA_PKCS8_PRIV_KEY_INFO_itlibeay32.dllPKCS8_PRIV_KEY_INFO_itPKCS8_PRIV_KEY_INFO_newC_PKCS8_PRIV_KEY_INFO_newlibeay32.dllPKCS8_PRIV_KEY_INFO_newPKCS8_add_keyusage9_PKCS8_add_keyusagelibeay32.dllPKCS8_add_keyusage
PKCS8_decrypt/_PKCS8_decryptlibeay32.dll
PKCS8_decrypt
PKCS8_encrypt/_PKCS8_encryptlibeay32.dll
PKCS8_encryptPKCS8_pkey_get03_PKCS8_pkey_get0libeay32.dllPKCS8_pkey_get0PKCS8_pkey_set03_PKCS8_pkey_set0libeay32.dllPKCS8_pkey_set0PKCS8_set_broken5_PKCS8_set_brokenlibeay32.dllPKCS8_set_brokenPKEY_USAGE_PERIOD_freeA_PKEY_USAGE_PERIOD_freelibeay32.dllPKEY_USAGE_PERIOD_freePKEY_USAGE_PERIOD_it=_PKEY_USAGE_PERIOD_itlibeay32.dllPKEY_USAGE_PERIOD_itPKEY_USAGE_PERIOD_new?_PKEY_USAGE_PERIOD_newlibeay32.dllPKEY_USAGE_PERIOD_newPOLICYINFO_free3_POLICYINFO_freelibeay32.dllPOLICYINFO_free
POLICYINFO_it/_POLICYINFO_itlibeay32.dll
POLICYINFO_itPOLICYINFO_new1_POLICYINFO_newlibeay32.dllPOLICYINFO_newPOLICYQUALINFO_free;_POLICYQUALINFO_freelibeay32.dllPOLICYQUALINFO_freePOLICYQUALINFO_it7_POLICYQUALINFO_itlibeay32.dllPOLICYQUALINFO_itPOLICYQUALINFO_new9_POLICYQUALINFO_newlibeay32.dllPOLICYQUALINFO_newPOLICY_CONSTRAINTS_freeC_POLICY_CONSTRAINTS_freelibeay32.dllPOLICY_CONSTRAINTS_freePOLICY_CONSTRAINTS_it?_POLICY_CONSTRAINTS_itlibeay32.dllPOLICY_CONSTRAINTS_itPOLICY_CONSTRAINTS_newA_POLICY_CONSTRAINTS_newlibeay32.dllPOLICY_CONSTRAINTS_newPOLICY_MAPPINGS_it9_POLICY_MAPPINGS_itlibeay32.dllPOLICY_MAPPINGS_itPOLICY_MAPPING_free;_POLICY_MAPPING_freelibeay32.dllPOLICY_MAPPING_freePOLICY_MAPPING_it7_POLICY_MAPPING_itlibeay32.dllPOLICY_MAPPING_itPOLICY_MAPPING_new9_POLICY_MAPPING_newlibeay32.dllPOLICY_MAPPING_new PROXY_CERT_INFO_EXTENSION_freeQ_PROXY_CERT_INFO_EXTENSION_freelibeay32.dllPROXY_CERT_INFO_EXTENSION_freePROXY_CERT_INFO_EXTENSION_itM_PROXY_CERT_INFO_EXTENSION_itlibeay32.dllPROXY_CERT_INFO_EXTENSION_itPROXY_CERT_INFO_EXTENSION_newO_PROXY_CERT_INFO_EXTENSION_newlibeay32.dllPROXY_CERT_INFO_EXTENSION_newPROXY_POLICY_free7_PROXY_POLICY_freelibeay32.dllPROXY_POLICY_freePROXY_POLICY_it3_PROXY_POLICY_itlibeay32.dllPROXY_POLICY_itPROXY_POLICY_new5_PROXY_POLICY_newlibeay32.dllPROXY_POLICY_new
RAND_SSLeay+_RAND_SSLeaylibeay32.dllRAND_SSLeay
RAND_add%	_RAND_addlibeay32.dllRAND_add
RAND_bytes)_RAND_byteslibeay32.dll
RAND_bytesRAND_cleanup-
_RAND_cleanuplibeay32.dllRAND_cleanup
RAND_egd%	_RAND_egdlibeay32.dllRAND_egdRAND_egd_bytes1_RAND_egd_byteslibeay32.dllRAND_egd_bytes
RAND_event)_RAND_eventlibeay32.dll
RAND_eventRAND_file_name1_RAND_file_namelibeay32.dllRAND_file_nameRAND_get_rand_method=_RAND_get_rand_methodlibeay32.dllRAND_get_rand_methodRAND_load_file1_RAND_load_filelibeay32.dllRAND_load_file	RAND_poll'
_RAND_polllibeay32.dll	RAND_pollRAND_pseudo_bytes7_RAND_pseudo_byteslibeay32.dllRAND_pseudo_bytesRAND_query_egd_bytes=_RAND_query_egd_byteslibeay32.dllRAND_query_egd_bytes
RAND_screen+_RAND_screenlibeay32.dllRAND_screen	RAND_seed'
_RAND_seedlibeay32.dll	RAND_seedRAND_set_rand_engine=_RAND_set_rand_enginelibeay32.dllRAND_set_rand_engineRAND_set_rand_method=_RAND_set_rand_methodlibeay32.dllRAND_set_rand_method
RAND_status+_RAND_statuslibeay32.dllRAND_statusRAND_write_file3_RAND_write_filelibeay32.dllRAND_write_fileRC2_cbc_encrypt3_RC2_cbc_encryptlibeay32.dllRC2_cbc_encryptRC2_cfb64_encrypt7_RC2_cfb64_encryptlibeay32.dllRC2_cfb64_encrypt
RC2_decrypt+_RC2_decryptlibeay32.dllRC2_decryptRC2_ecb_encrypt3_RC2_ecb_encryptlibeay32.dllRC2_ecb_encrypt
RC2_encrypt+_RC2_encryptlibeay32.dllRC2_encryptRC2_ofb64_encrypt7_RC2_ofb64_encryptlibeay32.dllRC2_ofb64_encrypt
RC2_set_key+_RC2_set_keylibeay32.dllRC2_set_keyRC4_RC4libeay32.dllRC4
RC4_options+_RC4_optionslibeay32.dllRC4_options
RC4_set_key+_RC4_set_keylibeay32.dllRC4_set_key	RIPEMD160'
_RIPEMD160libeay32.dll	RIPEMD160RIPEMD160_Final3_RIPEMD160_Finallibeay32.dllRIPEMD160_FinalRIPEMD160_Init1_RIPEMD160_Initlibeay32.dllRIPEMD160_InitRIPEMD160_Transform;_RIPEMD160_Transformlibeay32.dllRIPEMD160_TransformRIPEMD160_Update5_RIPEMD160_Updatelibeay32.dllRIPEMD160_UpdateRSAPrivateKey_dup7_RSAPrivateKey_duplibeay32.dllRSAPrivateKey_dupRSAPrivateKey_it5_RSAPrivateKey_itlibeay32.dllRSAPrivateKey_itRSAPublicKey_dup5_RSAPublicKey_duplibeay32.dllRSAPublicKey_dupRSAPublicKey_it3_RSAPublicKey_itlibeay32.dllRSAPublicKey_itRSA_PKCS1_SSLeay5_RSA_PKCS1_SSLeaylibeay32.dllRSA_PKCS1_SSLeayRSA_PSS_PARAMS_free;_RSA_PSS_PARAMS_freelibeay32.dllRSA_PSS_PARAMS_freeRSA_PSS_PARAMS_it7_RSA_PSS_PARAMS_itlibeay32.dllRSA_PSS_PARAMS_itRSA_PSS_PARAMS_new9_RSA_PSS_PARAMS_newlibeay32.dllRSA_PSS_PARAMS_newRSA_X931_hash_id5_RSA_X931_hash_idlibeay32.dllRSA_X931_hash_idRSA_blinding_off5_RSA_blinding_offlibeay32.dllRSA_blinding_offRSA_blinding_on3_RSA_blinding_onlibeay32.dllRSA_blinding_on
RSA_check_key/_RSA_check_keylibeay32.dll
RSA_check_key	RSA_flags'
_RSA_flagslibeay32.dll	RSA_flags
RSA_free%	_RSA_freelibeay32.dllRSA_freeRSA_generate_key5_RSA_generate_keylibeay32.dllRSA_generate_keyRSA_generate_key_ex;_RSA_generate_key_exlibeay32.dllRSA_generate_key_exRSA_get_default_methodA_RSA_get_default_methodlibeay32.dllRSA_get_default_methodRSA_get_ex_data3_RSA_get_ex_datalibeay32.dllRSA_get_ex_dataRSA_get_ex_new_index=_RSA_get_ex_new_indexlibeay32.dllRSA_get_ex_new_indexRSA_get_method1_RSA_get_methodlibeay32.dllRSA_get_methodRSA_memory_lock3_RSA_memory_locklibeay32.dllRSA_memory_lock	RSA_new#_RSA_newlibeay32.dllRSA_newRSA_new_method1_RSA_new_methodlibeay32.dllRSA_new_methodRSA_null_method3_RSA_null_methodlibeay32.dllRSA_null_methodRSA_padding_add_PKCS1_OAEPI_RSA_padding_add_PKCS1_OAEPlibeay32.dllRSA_padding_add_PKCS1_OAEPRSA_padding_add_PKCS1_PSSG_RSA_padding_add_PKCS1_PSSlibeay32.dllRSA_padding_add_PKCS1_PSS RSA_padding_add_PKCS1_PSS_mgf1Q_RSA_padding_add_PKCS1_PSS_mgf1libeay32.dllRSA_padding_add_PKCS1_PSS_mgf1RSA_padding_add_PKCS1_type_1M_RSA_padding_add_PKCS1_type_1libeay32.dllRSA_padding_add_PKCS1_type_1RSA_padding_add_PKCS1_type_2M_RSA_padding_add_PKCS1_type_2libeay32.dllRSA_padding_add_PKCS1_type_2RSA_padding_add_SSLv23A_RSA_padding_add_SSLv23libeay32.dllRSA_padding_add_SSLv23RSA_padding_add_X931=_RSA_padding_add_X931libeay32.dllRSA_padding_add_X931RSA_padding_add_none=_RSA_padding_add_nonelibeay32.dllRSA_padding_add_noneRSA_padding_check_PKCS1_OAEPM_RSA_padding_check_PKCS1_OAEPlibeay32.dllRSA_padding_check_PKCS1_OAEP RSA_padding_check_PKCS1_type_1Q_RSA_padding_check_PKCS1_type_1libeay32.dllRSA_padding_check_PKCS1_type_1 RSA_padding_check_PKCS1_type_2Q_RSA_padding_check_PKCS1_type_2libeay32.dllRSA_padding_check_PKCS1_type_2RSA_padding_check_SSLv23E_RSA_padding_check_SSLv23libeay32.dllRSA_padding_check_SSLv23RSA_padding_check_X931A_RSA_padding_check_X931libeay32.dllRSA_padding_check_X931RSA_padding_check_noneA_RSA_padding_check_nonelibeay32.dllRSA_padding_check_none	RSA_print'
_RSA_printlibeay32.dll	RSA_printRSA_print_fp-
_RSA_print_fplibeay32.dllRSA_print_fpRSA_private_decrypt;_RSA_private_decryptlibeay32.dllRSA_private_decryptRSA_private_encrypt;_RSA_private_encryptlibeay32.dllRSA_private_encryptRSA_public_decrypt9_RSA_public_decryptlibeay32.dllRSA_public_decryptRSA_public_encrypt9_RSA_public_encryptlibeay32.dllRSA_public_encryptRSA_set_default_methodA_RSA_set_default_methodlibeay32.dllRSA_set_default_methodRSA_set_ex_data3_RSA_set_ex_datalibeay32.dllRSA_set_ex_dataRSA_set_method1_RSA_set_methodlibeay32.dllRSA_set_methodRSA_setup_blinding9_RSA_setup_blindinglibeay32.dllRSA_setup_blinding
RSA_sign%	_RSA_signlibeay32.dllRSA_signRSA_sign_ASN1_OCTET_STRINGI_RSA_sign_ASN1_OCTET_STRINGlibeay32.dllRSA_sign_ASN1_OCTET_STRING
RSA_size%	_RSA_sizelibeay32.dllRSA_size
RSA_up_ref)_RSA_up_reflibeay32.dll
RSA_up_ref
RSA_verify)_RSA_verifylibeay32.dll
RSA_verifyRSA_verify_ASN1_OCTET_STRINGM_RSA_verify_ASN1_OCTET_STRINGlibeay32.dllRSA_verify_ASN1_OCTET_STRINGRSA_verify_PKCS1_PSS=_RSA_verify_PKCS1_PSSlibeay32.dllRSA_verify_PKCS1_PSSRSA_verify_PKCS1_PSS_mgf1G_RSA_verify_PKCS1_PSS_mgf1libeay32.dllRSA_verify_PKCS1_PSS_mgf1SEED_cbc_encrypt5_SEED_cbc_encryptlibeay32.dllSEED_cbc_encryptSEED_cfb128_encrypt;_SEED_cfb128_encryptlibeay32.dllSEED_cfb128_encryptSEED_decrypt-
_SEED_decryptlibeay32.dllSEED_decryptSEED_ecb_encrypt5_SEED_ecb_encryptlibeay32.dllSEED_ecb_encryptSEED_encrypt-
_SEED_encryptlibeay32.dllSEED_encryptSEED_ofb128_encrypt;_SEED_ofb128_encryptlibeay32.dllSEED_ofb128_encryptSEED_set_key-
_SEED_set_keylibeay32.dllSEED_set_keySHA_SHAlibeay32.dllSHASHA1_SHA1libeay32.dllSHA1
SHA1_Final)_SHA1_Finallibeay32.dll
SHA1_Final	SHA1_Init'
_SHA1_Initlibeay32.dll	SHA1_InitSHA1_Transform1_SHA1_Transformlibeay32.dllSHA1_Transform
SHA1_Update+_SHA1_Updatelibeay32.dllSHA1_UpdateSHA224!_SHA224libeay32.dllSHA224SHA224_Final-
_SHA224_Finallibeay32.dllSHA224_Final
SHA224_Init+_SHA224_Initlibeay32.dllSHA224_Init
SHA224_Update/_SHA224_Updatelibeay32.dll
SHA224_UpdateSHA256!_SHA256libeay32.dllSHA256SHA256_Final-
_SHA256_Finallibeay32.dllSHA256_Final
SHA256_Init+_SHA256_Initlibeay32.dllSHA256_InitSHA256_Transform5_SHA256_Transformlibeay32.dllSHA256_Transform
SHA256_Update/_SHA256_Updatelibeay32.dll
SHA256_UpdateSHA384!_SHA384libeay32.dllSHA384SHA384_Final-
_SHA384_Finallibeay32.dllSHA384_Final
SHA384_Init+_SHA384_Initlibeay32.dllSHA384_Init
SHA384_Update/_SHA384_Updatelibeay32.dll
SHA384_UpdateSHA512!_SHA512libeay32.dllSHA512SHA512_Final-
_SHA512_Finallibeay32.dllSHA512_Final
SHA512_Init+_SHA512_Initlibeay32.dllSHA512_InitSHA512_Transform5_SHA512_Transformlibeay32.dllSHA512_Transform
SHA512_Update/_SHA512_Updatelibeay32.dll
SHA512_Update	SHA_Final'
_SHA_Finallibeay32.dll	SHA_Final
SHA_Init%	_SHA_Initlibeay32.dllSHA_Init
SHA_Transform/_SHA_Transformlibeay32.dll
SHA_Transform
SHA_Update)_SHA_Updatelibeay32.dll
SHA_UpdateSMIME_crlf_copy3_SMIME_crlf_copylibeay32.dllSMIME_crlf_copySMIME_read_ASN13_SMIME_read_ASN1libeay32.dllSMIME_read_ASN1SMIME_read_CMS1_SMIME_read_CMSlibeay32.dllSMIME_read_CMSSMIME_read_PKCS75_SMIME_read_PKCS7libeay32.dllSMIME_read_PKCS7
SMIME_text)_SMIME_textlibeay32.dll
SMIME_textSMIME_write_ASN15_SMIME_write_ASN1libeay32.dllSMIME_write_ASN1SMIME_write_CMS3_SMIME_write_CMSlibeay32.dllSMIME_write_CMSSMIME_write_PKCS77_SMIME_write_PKCS7libeay32.dllSMIME_write_PKCS7
SRP_Calc_A)_SRP_Calc_Alibeay32.dll
SRP_Calc_A
SRP_Calc_B)_SRP_Calc_Blibeay32.dll
SRP_Calc_BSRP_Calc_client_key;_SRP_Calc_client_keylibeay32.dllSRP_Calc_client_keySRP_Calc_server_key;_SRP_Calc_server_keylibeay32.dllSRP_Calc_server_key
SRP_Calc_u)_SRP_Calc_ulibeay32.dll
SRP_Calc_u
SRP_Calc_x)_SRP_Calc_xlibeay32.dll
SRP_Calc_xSRP_VBASE_free1_SRP_VBASE_freelibeay32.dllSRP_VBASE_freeSRP_VBASE_get_by_user?_SRP_VBASE_get_by_userlibeay32.dllSRP_VBASE_get_by_userSRP_VBASE_init1_SRP_VBASE_initlibeay32.dllSRP_VBASE_init
SRP_VBASE_new/_SRP_VBASE_newlibeay32.dll
SRP_VBASE_newSRP_Verify_A_mod_N9_SRP_Verify_A_mod_Nlibeay32.dllSRP_Verify_A_mod_NSRP_Verify_B_mod_N9_SRP_Verify_B_mod_Nlibeay32.dllSRP_Verify_B_mod_NSRP_check_known_gN_paramE_SRP_check_known_gN_paramlibeay32.dllSRP_check_known_gN_paramSRP_create_verifier;_SRP_create_verifierlibeay32.dllSRP_create_verifierSRP_create_verifier_BNA_SRP_create_verifier_BNlibeay32.dllSRP_create_verifier_BNSRP_get_default_gN9_SRP_get_default_gNlibeay32.dllSRP_get_default_gNSSLeay!_SSLeaylibeay32.dllSSLeaySSLeay_version1_SSLeay_versionlibeay32.dllSSLeay_versionSXNETID_free-
_SXNETID_freelibeay32.dllSXNETID_free
SXNETID_it)_SXNETID_itlibeay32.dll
SXNETID_it
SXNETID_new+_SXNETID_newlibeay32.dllSXNETID_newSXNET_add_id_INTEGER=_SXNET_add_id_INTEGERlibeay32.dllSXNET_add_id_INTEGERSXNET_add_id_asc5_SXNET_add_id_asclibeay32.dllSXNET_add_id_ascSXNET_add_id_ulong9_SXNET_add_id_ulonglibeay32.dllSXNET_add_id_ulong
SXNET_free)_SXNET_freelibeay32.dll
SXNET_freeSXNET_get_id_INTEGER=_SXNET_get_id_INTEGERlibeay32.dllSXNET_get_id_INTEGERSXNET_get_id_asc5_SXNET_get_id_asclibeay32.dllSXNET_get_id_ascSXNET_get_id_ulong9_SXNET_get_id_ulonglibeay32.dllSXNET_get_id_ulong
SXNET_it%	_SXNET_itlibeay32.dllSXNET_it	SXNET_new'
_SXNET_newlibeay32.dll	SXNET_newTS_ACCURACY_dup3_TS_ACCURACY_duplibeay32.dllTS_ACCURACY_dupTS_ACCURACY_free5_TS_ACCURACY_freelibeay32.dllTS_ACCURACY_freeTS_ACCURACY_get_microsA_TS_ACCURACY_get_microslibeay32.dllTS_ACCURACY_get_microsTS_ACCURACY_get_millisA_TS_ACCURACY_get_millislibeay32.dllTS_ACCURACY_get_millisTS_ACCURACY_get_secondsC_TS_ACCURACY_get_secondslibeay32.dllTS_ACCURACY_get_secondsTS_ACCURACY_new3_TS_ACCURACY_newlibeay32.dllTS_ACCURACY_newTS_ACCURACY_set_microsA_TS_ACCURACY_set_microslibeay32.dllTS_ACCURACY_set_microsTS_ACCURACY_set_millisA_TS_ACCURACY_set_millislibeay32.dllTS_ACCURACY_set_millisTS_ACCURACY_set_secondsC_TS_ACCURACY_set_secondslibeay32.dllTS_ACCURACY_set_secondsTS_ASN1_INTEGER_print_bioG_TS_ASN1_INTEGER_print_biolibeay32.dllTS_ASN1_INTEGER_print_bioTS_CONF_get_tsa_sectionC_TS_CONF_get_tsa_sectionlibeay32.dllTS_CONF_get_tsa_sectionTS_CONF_load_cert7_TS_CONF_load_certlibeay32.dllTS_CONF_load_certTS_CONF_load_certs9_TS_CONF_load_certslibeay32.dllTS_CONF_load_certsTS_CONF_load_key5_TS_CONF_load_keylibeay32.dllTS_CONF_load_keyTS_CONF_set_accuracy=_TS_CONF_set_accuracylibeay32.dllTS_CONF_set_accuracyTS_CONF_set_certs7_TS_CONF_set_certslibeay32.dllTS_CONF_set_certs$"TS_CONF_set_clock_precision_digitsY#_TS_CONF_set_clock_precision_digitslibeay32.dll"TS_CONF_set_clock_precision_digitsTS_CONF_set_crypto_deviceG_TS_CONF_set_crypto_devicelibeay32.dllTS_CONF_set_crypto_deviceTS_CONF_set_def_policyA_TS_CONF_set_def_policylibeay32.dllTS_CONF_set_def_policyTS_CONF_set_default_engineI_TS_CONF_set_default_enginelibeay32.dllTS_CONF_set_default_engineTS_CONF_set_digests;_TS_CONF_set_digestslibeay32.dllTS_CONF_set_digestsTS_CONF_set_ess_cert_id_chainO_TS_CONF_set_ess_cert_id_chainlibeay32.dllTS_CONF_set_ess_cert_id_chainTS_CONF_set_ordering=_TS_CONF_set_orderinglibeay32.dllTS_CONF_set_orderingTS_CONF_set_policies=_TS_CONF_set_policieslibeay32.dllTS_CONF_set_policiesTS_CONF_set_serial9_TS_CONF_set_seriallibeay32.dllTS_CONF_set_serialTS_CONF_set_signer_certC_TS_CONF_set_signer_certlibeay32.dllTS_CONF_set_signer_certTS_CONF_set_signer_keyA_TS_CONF_set_signer_keylibeay32.dllTS_CONF_set_signer_keyTS_CONF_set_tsa_name=_TS_CONF_set_tsa_namelibeay32.dllTS_CONF_set_tsa_nameTS_MSG_IMPRINT_dup9_TS_MSG_IMPRINT_duplibeay32.dllTS_MSG_IMPRINT_dupTS_MSG_IMPRINT_free;_TS_MSG_IMPRINT_freelibeay32.dllTS_MSG_IMPRINT_freeTS_MSG_IMPRINT_get_algoC_TS_MSG_IMPRINT_get_algolibeay32.dllTS_MSG_IMPRINT_get_algoTS_MSG_IMPRINT_get_msgA_TS_MSG_IMPRINT_get_msglibeay32.dllTS_MSG_IMPRINT_get_msgTS_MSG_IMPRINT_new9_TS_MSG_IMPRINT_newlibeay32.dllTS_MSG_IMPRINT_newTS_MSG_IMPRINT_print_bioE_TS_MSG_IMPRINT_print_biolibeay32.dllTS_MSG_IMPRINT_print_bioTS_MSG_IMPRINT_set_algoC_TS_MSG_IMPRINT_set_algolibeay32.dllTS_MSG_IMPRINT_set_algoTS_MSG_IMPRINT_set_msgA_TS_MSG_IMPRINT_set_msglibeay32.dllTS_MSG_IMPRINT_set_msgTS_OBJ_print_bio5_TS_OBJ_print_biolibeay32.dllTS_OBJ_print_bioTS_REQ_add_ext1_TS_REQ_add_extlibeay32.dllTS_REQ_add_extTS_REQ_delete_ext7_TS_REQ_delete_extlibeay32.dllTS_REQ_delete_ext
TS_REQ_dup)_TS_REQ_duplibeay32.dll
TS_REQ_dupTS_REQ_ext_free3_TS_REQ_ext_freelibeay32.dllTS_REQ_ext_free
TS_REQ_free+_TS_REQ_freelibeay32.dllTS_REQ_freeTS_REQ_get_cert_req;_TS_REQ_get_cert_reqlibeay32.dllTS_REQ_get_cert_reqTS_REQ_get_ext1_TS_REQ_get_extlibeay32.dllTS_REQ_get_extTS_REQ_get_ext_by_NID?_TS_REQ_get_ext_by_NIDlibeay32.dllTS_REQ_get_ext_by_NIDTS_REQ_get_ext_by_OBJ?_TS_REQ_get_ext_by_OBJlibeay32.dllTS_REQ_get_ext_by_OBJTS_REQ_get_ext_by_criticalI_TS_REQ_get_ext_by_criticallibeay32.dllTS_REQ_get_ext_by_criticalTS_REQ_get_ext_count=_TS_REQ_get_ext_countlibeay32.dllTS_REQ_get_ext_countTS_REQ_get_ext_d2i9_TS_REQ_get_ext_d2ilibeay32.dllTS_REQ_get_ext_d2iTS_REQ_get_exts3_TS_REQ_get_extslibeay32.dllTS_REQ_get_extsTS_REQ_get_msg_imprintA_TS_REQ_get_msg_imprintlibeay32.dllTS_REQ_get_msg_imprintTS_REQ_get_nonce5_TS_REQ_get_noncelibeay32.dllTS_REQ_get_nonceTS_REQ_get_policy_id=_TS_REQ_get_policy_idlibeay32.dllTS_REQ_get_policy_idTS_REQ_get_version9_TS_REQ_get_versionlibeay32.dllTS_REQ_get_version
TS_REQ_new)_TS_REQ_newlibeay32.dll
TS_REQ_newTS_REQ_print_bio5_TS_REQ_print_biolibeay32.dllTS_REQ_print_bioTS_REQ_set_cert_req;_TS_REQ_set_cert_reqlibeay32.dllTS_REQ_set_cert_reqTS_REQ_set_msg_imprintA_TS_REQ_set_msg_imprintlibeay32.dllTS_REQ_set_msg_imprintTS_REQ_set_nonce5_TS_REQ_set_noncelibeay32.dllTS_REQ_set_nonceTS_REQ_set_policy_id=_TS_REQ_set_policy_idlibeay32.dllTS_REQ_set_policy_idTS_REQ_set_version9_TS_REQ_set_versionlibeay32.dllTS_REQ_set_versionTS_REQ_to_TS_VERIFY_CTXC_TS_REQ_to_TS_VERIFY_CTXlibeay32.dllTS_REQ_to_TS_VERIFY_CTXTS_RESP_CTX_add_failure_infoM_TS_RESP_CTX_add_failure_infolibeay32.dllTS_RESP_CTX_add_failure_infoTS_RESP_CTX_add_flags?_TS_RESP_CTX_add_flagslibeay32.dllTS_RESP_CTX_add_flagsTS_RESP_CTX_add_md9_TS_RESP_CTX_add_mdlibeay32.dllTS_RESP_CTX_add_mdTS_RESP_CTX_add_policyA_TS_RESP_CTX_add_policylibeay32.dllTS_RESP_CTX_add_policyTS_RESP_CTX_free5_TS_RESP_CTX_freelibeay32.dllTS_RESP_CTX_freeTS_RESP_CTX_get_requestC_TS_RESP_CTX_get_requestlibeay32.dllTS_RESP_CTX_get_requestTS_RESP_CTX_get_tst_infoE_TS_RESP_CTX_get_tst_infolibeay32.dllTS_RESP_CTX_get_tst_infoTS_RESP_CTX_new3_TS_RESP_CTX_newlibeay32.dllTS_RESP_CTX_newTS_RESP_CTX_set_accuracyE_TS_RESP_CTX_set_accuracylibeay32.dllTS_RESP_CTX_set_accuracyTS_RESP_CTX_set_certs?_TS_RESP_CTX_set_certslibeay32.dllTS_RESP_CTX_set_certs(&TS_RESP_CTX_set_clock_precision_digitsa'_TS_RESP_CTX_set_clock_precision_digitslibeay32.dll&TS_RESP_CTX_set_clock_precision_digitsTS_RESP_CTX_set_def_policyI_TS_RESP_CTX_set_def_policylibeay32.dllTS_RESP_CTX_set_def_policyTS_RESP_CTX_set_extension_cbM_TS_RESP_CTX_set_extension_cblibeay32.dllTS_RESP_CTX_set_extension_cbTS_RESP_CTX_set_serial_cbG_TS_RESP_CTX_set_serial_cblibeay32.dllTS_RESP_CTX_set_serial_cbTS_RESP_CTX_set_signer_certK_TS_RESP_CTX_set_signer_certlibeay32.dllTS_RESP_CTX_set_signer_certTS_RESP_CTX_set_signer_keyI_TS_RESP_CTX_set_signer_keylibeay32.dllTS_RESP_CTX_set_signer_keyTS_RESP_CTX_set_status_infoK_TS_RESP_CTX_set_status_infolibeay32.dllTS_RESP_CTX_set_status_info" TS_RESP_CTX_set_status_info_condU!_TS_RESP_CTX_set_status_info_condlibeay32.dll TS_RESP_CTX_set_status_info_condTS_RESP_CTX_set_time_cbC_TS_RESP_CTX_set_time_cblibeay32.dllTS_RESP_CTX_set_time_cbTS_RESP_create_responseC_TS_RESP_create_responselibeay32.dllTS_RESP_create_response
TS_RESP_dup+_TS_RESP_duplibeay32.dllTS_RESP_dupTS_RESP_free-
_TS_RESP_freelibeay32.dllTS_RESP_freeTS_RESP_get_status_infoC_TS_RESP_get_status_infolibeay32.dllTS_RESP_get_status_infoTS_RESP_get_token7_TS_RESP_get_tokenlibeay32.dllTS_RESP_get_tokenTS_RESP_get_tst_info=_TS_RESP_get_tst_infolibeay32.dllTS_RESP_get_tst_info
TS_RESP_new+_TS_RESP_newlibeay32.dllTS_RESP_newTS_RESP_print_bio7_TS_RESP_print_biolibeay32.dllTS_RESP_print_bioTS_RESP_set_status_infoC_TS_RESP_set_status_infolibeay32.dllTS_RESP_set_status_infoTS_RESP_set_tst_info=_TS_RESP_set_tst_infolibeay32.dllTS_RESP_set_tst_infoTS_RESP_verify_responseC_TS_RESP_verify_responselibeay32.dllTS_RESP_verify_responseTS_RESP_verify_signatureE_TS_RESP_verify_signaturelibeay32.dllTS_RESP_verify_signatureTS_RESP_verify_token=_TS_RESP_verify_tokenlibeay32.dllTS_RESP_verify_tokenTS_STATUS_INFO_dup9_TS_STATUS_INFO_duplibeay32.dllTS_STATUS_INFO_dupTS_STATUS_INFO_free;_TS_STATUS_INFO_freelibeay32.dllTS_STATUS_INFO_freeTS_STATUS_INFO_new9_TS_STATUS_INFO_newlibeay32.dllTS_STATUS_INFO_newTS_STATUS_INFO_print_bioE_TS_STATUS_INFO_print_biolibeay32.dllTS_STATUS_INFO_print_bioTS_TST_INFO_add_ext;_TS_TST_INFO_add_extlibeay32.dllTS_TST_INFO_add_extTS_TST_INFO_delete_extA_TS_TST_INFO_delete_extlibeay32.dllTS_TST_INFO_delete_extTS_TST_INFO_dup3_TS_TST_INFO_duplibeay32.dllTS_TST_INFO_dupTS_TST_INFO_ext_free=_TS_TST_INFO_ext_freelibeay32.dllTS_TST_INFO_ext_freeTS_TST_INFO_free5_TS_TST_INFO_freelibeay32.dllTS_TST_INFO_freeTS_TST_INFO_get_accuracyE_TS_TST_INFO_get_accuracylibeay32.dllTS_TST_INFO_get_accuracyTS_TST_INFO_get_ext;_TS_TST_INFO_get_extlibeay32.dllTS_TST_INFO_get_extTS_TST_INFO_get_ext_by_NIDI_TS_TST_INFO_get_ext_by_NIDlibeay32.dllTS_TST_INFO_get_ext_by_NIDTS_TST_INFO_get_ext_by_OBJI_TS_TST_INFO_get_ext_by_OBJlibeay32.dllTS_TST_INFO_get_ext_by_OBJ!TS_TST_INFO_get_ext_by_criticalS _TS_TST_INFO_get_ext_by_criticallibeay32.dllTS_TST_INFO_get_ext_by_criticalTS_TST_INFO_get_ext_countG_TS_TST_INFO_get_ext_countlibeay32.dllTS_TST_INFO_get_ext_countTS_TST_INFO_get_ext_d2iC_TS_TST_INFO_get_ext_d2ilibeay32.dllTS_TST_INFO_get_ext_d2iTS_TST_INFO_get_exts=_TS_TST_INFO_get_extslibeay32.dllTS_TST_INFO_get_extsTS_TST_INFO_get_msg_imprintK_TS_TST_INFO_get_msg_imprintlibeay32.dllTS_TST_INFO_get_msg_imprintTS_TST_INFO_get_nonce?_TS_TST_INFO_get_noncelibeay32.dllTS_TST_INFO_get_nonceTS_TST_INFO_get_orderingE_TS_TST_INFO_get_orderinglibeay32.dllTS_TST_INFO_get_orderingTS_TST_INFO_get_policy_idG_TS_TST_INFO_get_policy_idlibeay32.dllTS_TST_INFO_get_policy_idTS_TST_INFO_get_serialA_TS_TST_INFO_get_seriallibeay32.dllTS_TST_INFO_get_serialTS_TST_INFO_get_time=_TS_TST_INFO_get_timelibeay32.dllTS_TST_INFO_get_timeTS_TST_INFO_get_tsa;_TS_TST_INFO_get_tsalibeay32.dllTS_TST_INFO_get_tsaTS_TST_INFO_get_versionC_TS_TST_INFO_get_versionlibeay32.dllTS_TST_INFO_get_versionTS_TST_INFO_new3_TS_TST_INFO_newlibeay32.dllTS_TST_INFO_newTS_TST_INFO_print_bio?_TS_TST_INFO_print_biolibeay32.dllTS_TST_INFO_print_bioTS_TST_INFO_set_accuracyE_TS_TST_INFO_set_accuracylibeay32.dllTS_TST_INFO_set_accuracyTS_TST_INFO_set_msg_imprintK_TS_TST_INFO_set_msg_imprintlibeay32.dllTS_TST_INFO_set_msg_imprintTS_TST_INFO_set_nonce?_TS_TST_INFO_set_noncelibeay32.dllTS_TST_INFO_set_nonceTS_TST_INFO_set_orderingE_TS_TST_INFO_set_orderinglibeay32.dllTS_TST_INFO_set_orderingTS_TST_INFO_set_policy_idG_TS_TST_INFO_set_policy_idlibeay32.dllTS_TST_INFO_set_policy_idTS_TST_INFO_set_serialA_TS_TST_INFO_set_seriallibeay32.dllTS_TST_INFO_set_serialTS_TST_INFO_set_time=_TS_TST_INFO_set_timelibeay32.dllTS_TST_INFO_set_timeTS_TST_INFO_set_tsa;_TS_TST_INFO_set_tsalibeay32.dllTS_TST_INFO_set_tsaTS_TST_INFO_set_versionC_TS_TST_INFO_set_versionlibeay32.dllTS_TST_INFO_set_versionTS_VERIFY_CTX_cleanup?_TS_VERIFY_CTX_cleanuplibeay32.dllTS_VERIFY_CTX_cleanupTS_VERIFY_CTX_free9_TS_VERIFY_CTX_freelibeay32.dllTS_VERIFY_CTX_freeTS_VERIFY_CTX_init9_TS_VERIFY_CTX_initlibeay32.dllTS_VERIFY_CTX_initTS_VERIFY_CTX_new7_TS_VERIFY_CTX_newlibeay32.dllTS_VERIFY_CTX_newTS_X509_ALGOR_print_bioC_TS_X509_ALGOR_print_biolibeay32.dllTS_X509_ALGOR_print_bioTS_ext_print_bio5_TS_ext_print_biolibeay32.dllTS_ext_print_bioTXT_DB_create_index;_TXT_DB_create_indexlibeay32.dllTXT_DB_create_index
TXT_DB_free+_TXT_DB_freelibeay32.dllTXT_DB_freeTXT_DB_get_by_index;_TXT_DB_get_by_indexlibeay32.dllTXT_DB_get_by_index
TXT_DB_insert/_TXT_DB_insertlibeay32.dll
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TXT_DB_read+_TXT_DB_readlibeay32.dllTXT_DB_readTXT_DB_write-
_TXT_DB_writelibeay32.dllTXT_DB_write
UI_OpenSSL)_UI_OpenSSLlibeay32.dll
UI_OpenSSLUI_UTIL_read_pw3_UI_UTIL_read_pwlibeay32.dllUI_UTIL_read_pwUI_UTIL_read_pw_stringA_UI_UTIL_read_pw_stringlibeay32.dllUI_UTIL_read_pw_stringUI_add_error_string;_UI_add_error_stringlibeay32.dllUI_add_error_stringUI_add_info_string9_UI_add_info_stringlibeay32.dllUI_add_info_stringUI_add_input_boolean=_UI_add_input_booleanlibeay32.dllUI_add_input_booleanUI_add_input_string;_UI_add_input_stringlibeay32.dllUI_add_input_stringUI_add_user_data5_UI_add_user_datalibeay32.dllUI_add_user_dataUI_add_verify_string=_UI_add_verify_stringlibeay32.dllUI_add_verify_stringUI_construct_prompt;_UI_construct_promptlibeay32.dllUI_construct_promptUI_create_method5_UI_create_methodlibeay32.dllUI_create_method	UI_ctrl#_UI_ctrllibeay32.dllUI_ctrlUI_destroy_method7_UI_destroy_methodlibeay32.dllUI_destroy_methodUI_dup_error_string;_UI_dup_error_stringlibeay32.dllUI_dup_error_stringUI_dup_info_string9_UI_dup_info_stringlibeay32.dllUI_dup_info_stringUI_dup_input_boolean=_UI_dup_input_booleanlibeay32.dllUI_dup_input_booleanUI_dup_input_string;_UI_dup_input_stringlibeay32.dllUI_dup_input_stringUI_dup_verify_string=_UI_dup_verify_stringlibeay32.dllUI_dup_verify_string	UI_free#_UI_freelibeay32.dllUI_freeUI_get0_action_string?_UI_get0_action_stringlibeay32.dllUI_get0_action_stringUI_get0_output_string?_UI_get0_output_stringlibeay32.dllUI_get0_output_stringUI_get0_result1_UI_get0_resultlibeay32.dllUI_get0_resultUI_get0_result_string?_UI_get0_result_stringlibeay32.dllUI_get0_result_stringUI_get0_test_string;_UI_get0_test_stringlibeay32.dllUI_get0_test_stringUI_get0_user_data7_UI_get0_user_datalibeay32.dllUI_get0_user_dataUI_get_default_method?_UI_get_default_methodlibeay32.dllUI_get_default_methodUI_get_ex_data1_UI_get_ex_datalibeay32.dllUI_get_ex_dataUI_get_ex_new_index;_UI_get_ex_new_indexlibeay32.dllUI_get_ex_new_indexUI_get_input_flags9_UI_get_input_flagslibeay32.dllUI_get_input_flags
UI_get_method/_UI_get_methodlibeay32.dll
UI_get_methodUI_get_result_maxsize?_UI_get_result_maxsizelibeay32.dllUI_get_result_maxsizeUI_get_result_minsize?_UI_get_result_minsizelibeay32.dllUI_get_result_minsizeUI_get_string_type9_UI_get_string_typelibeay32.dllUI_get_string_typeUI_method_get_closer=_UI_method_get_closerlibeay32.dllUI_method_get_closerUI_method_get_flusher?_UI_method_get_flusherlibeay32.dllUI_method_get_flusherUI_method_get_opener=_UI_method_get_openerlibeay32.dllUI_method_get_opener" UI_method_get_prompt_constructorU!_UI_method_get_prompt_constructorlibeay32.dll UI_method_get_prompt_constructorUI_method_get_reader=_UI_method_get_readerlibeay32.dllUI_method_get_readerUI_method_get_writer=_UI_method_get_writerlibeay32.dllUI_method_get_writerUI_method_set_closer=_UI_method_set_closerlibeay32.dllUI_method_set_closerUI_method_set_flusher?_UI_method_set_flusherlibeay32.dllUI_method_set_flusherUI_method_set_opener=_UI_method_set_openerlibeay32.dllUI_method_set_opener" UI_method_set_prompt_constructorU!_UI_method_set_prompt_constructorlibeay32.dll UI_method_set_prompt_constructorUI_method_set_reader=_UI_method_set_readerlibeay32.dllUI_method_set_readerUI_method_set_writer=_UI_method_set_writerlibeay32.dllUI_method_set_writerUI_new!_UI_newlibeay32.dllUI_new
UI_new_method/_UI_new_methodlibeay32.dll
UI_new_method
UI_process)_UI_processlibeay32.dll
UI_processUI_set_default_method?_UI_set_default_methodlibeay32.dllUI_set_default_methodUI_set_ex_data1_UI_set_ex_datalibeay32.dllUI_set_ex_data
UI_set_method/_UI_set_methodlibeay32.dll
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UI_set_result/_UI_set_resultlibeay32.dll
UI_set_resultUSERNOTICE_free3_USERNOTICE_freelibeay32.dllUSERNOTICE_free
USERNOTICE_it/_USERNOTICE_itlibeay32.dll
USERNOTICE_itUSERNOTICE_new1_USERNOTICE_newlibeay32.dllUSERNOTICE_new	UTF8_getc'
_UTF8_getclibeay32.dll	UTF8_getc	UTF8_putc'
_UTF8_putclibeay32.dll	UTF8_putc	WHIRLPOOL'
_WHIRLPOOLlibeay32.dll	WHIRLPOOLWHIRLPOOL_BitUpdate;_WHIRLPOOL_BitUpdatelibeay32.dllWHIRLPOOL_BitUpdateWHIRLPOOL_Final3_WHIRLPOOL_Finallibeay32.dllWHIRLPOOL_FinalWHIRLPOOL_Init1_WHIRLPOOL_Initlibeay32.dllWHIRLPOOL_InitWHIRLPOOL_Update5_WHIRLPOOL_Updatelibeay32.dllWHIRLPOOL_UpdateX509V3_EXT_CRL_add_confC_X509V3_EXT_CRL_add_conflibeay32.dllX509V3_EXT_CRL_add_confX509V3_EXT_CRL_add_nconfE_X509V3_EXT_CRL_add_nconflibeay32.dllX509V3_EXT_CRL_add_nconfX509V3_EXT_REQ_add_confC_X509V3_EXT_REQ_add_conflibeay32.dllX509V3_EXT_REQ_add_confX509V3_EXT_REQ_add_nconfE_X509V3_EXT_REQ_add_nconflibeay32.dllX509V3_EXT_REQ_add_nconfX509V3_EXT_add1_X509V3_EXT_addlibeay32.dllX509V3_EXT_addX509V3_EXT_add_alias=_X509V3_EXT_add_aliaslibeay32.dllX509V3_EXT_add_aliasX509V3_EXT_add_conf;_X509V3_EXT_add_conflibeay32.dllX509V3_EXT_add_confX509V3_EXT_add_list;_X509V3_EXT_add_listlibeay32.dllX509V3_EXT_add_listX509V3_EXT_add_nconf=_X509V3_EXT_add_nconflibeay32.dllX509V3_EXT_add_nconfX509V3_EXT_add_nconf_skC_X509V3_EXT_add_nconf_sklibeay32.dllX509V3_EXT_add_nconf_skX509V3_EXT_cleanup9_X509V3_EXT_cleanuplibeay32.dllX509V3_EXT_cleanupX509V3_EXT_conf3_X509V3_EXT_conflibeay32.dllX509V3_EXT_confX509V3_EXT_conf_nid;_X509V3_EXT_conf_nidlibeay32.dllX509V3_EXT_conf_nidX509V3_EXT_d2i1_X509V3_EXT_d2ilibeay32.dllX509V3_EXT_d2iX509V3_EXT_get1_X509V3_EXT_getlibeay32.dllX509V3_EXT_getX509V3_EXT_get_nid9_X509V3_EXT_get_nidlibeay32.dllX509V3_EXT_get_nidX509V3_EXT_i2d1_X509V3_EXT_i2dlibeay32.dllX509V3_EXT_i2dX509V3_EXT_nconf5_X509V3_EXT_nconflibeay32.dllX509V3_EXT_nconfX509V3_EXT_nconf_nid=_X509V3_EXT_nconf_nidlibeay32.dllX509V3_EXT_nconf_nidX509V3_EXT_print5_X509V3_EXT_printlibeay32.dllX509V3_EXT_printX509V3_EXT_print_fp;_X509V3_EXT_print_fplibeay32.dllX509V3_EXT_print_fpX509V3_EXT_val_prn9_X509V3_EXT_val_prnlibeay32.dllX509V3_EXT_val_prnX509V3_NAME_from_sectionE_X509V3_NAME_from_sectionlibeay32.dllX509V3_NAME_from_sectionX509V3_add1_i2d3_X509V3_add1_i2dlibeay32.dllX509V3_add1_i2d X509V3_add_standard_extensionsQ_X509V3_add_standard_extensionslibeay32.dllX509V3_add_standard_extensionsX509V3_add_value5_X509V3_add_valuelibeay32.dllX509V3_add_valueX509V3_add_value_bool?_X509V3_add_value_boollibeay32.dllX509V3_add_value_boolX509V3_add_value_bool_nfE_X509V3_add_value_bool_nflibeay32.dllX509V3_add_value_bool_nfX509V3_add_value_int=_X509V3_add_value_intlibeay32.dllX509V3_add_value_intX509V3_add_value_ucharA_X509V3_add_value_ucharlibeay32.dllX509V3_add_value_ucharX509V3_conf_free5_X509V3_conf_freelibeay32.dllX509V3_conf_freeX509V3_extensions_printC_X509V3_extensions_printlibeay32.dllX509V3_extensions_printX509V3_get_d2i1_X509V3_get_d2ilibeay32.dllX509V3_get_d2iX509V3_get_section9_X509V3_get_sectionlibeay32.dllX509V3_get_sectionX509V3_get_string7_X509V3_get_stringlibeay32.dllX509V3_get_stringX509V3_get_value_bool?_X509V3_get_value_boollibeay32.dllX509V3_get_value_boolX509V3_get_value_int=_X509V3_get_value_intlibeay32.dllX509V3_get_value_intX509V3_parse_list7_X509V3_parse_listlibeay32.dllX509V3_parse_listX509V3_section_free;_X509V3_section_freelibeay32.dllX509V3_section_freeX509V3_set_conf_lhash?_X509V3_set_conf_lhashlibeay32.dllX509V3_set_conf_lhashX509V3_set_ctx1_X509V3_set_ctxlibeay32.dllX509V3_set_ctxX509V3_set_nconf5_X509V3_set_nconflibeay32.dllX509V3_set_nconfX509V3_string_free9_X509V3_string_freelibeay32.dllX509V3_string_freeX509_ALGORS_it1_X509_ALGORS_itlibeay32.dllX509_ALGORS_itX509_ALGOR_dup1_X509_ALGOR_duplibeay32.dllX509_ALGOR_dupX509_ALGOR_free3_X509_ALGOR_freelibeay32.dllX509_ALGOR_freeX509_ALGOR_get03_X509_ALGOR_get0libeay32.dllX509_ALGOR_get0
X509_ALGOR_it/_X509_ALGOR_itlibeay32.dll
X509_ALGOR_itX509_ALGOR_new1_X509_ALGOR_newlibeay32.dllX509_ALGOR_newX509_ALGOR_set03_X509_ALGOR_set0libeay32.dllX509_ALGOR_set0X509_ALGOR_set_md7_X509_ALGOR_set_mdlibeay32.dllX509_ALGOR_set_mdX509_ATTRIBUTE_count=_X509_ATTRIBUTE_countlibeay32.dllX509_ATTRIBUTE_countX509_ATTRIBUTE_create?_X509_ATTRIBUTE_createlibeay32.dllX509_ATTRIBUTE_createX509_ATTRIBUTE_create_by_NIDM_X509_ATTRIBUTE_create_by_NIDlibeay32.dllX509_ATTRIBUTE_create_by_NIDX509_ATTRIBUTE_create_by_OBJM_X509_ATTRIBUTE_create_by_OBJlibeay32.dllX509_ATTRIBUTE_create_by_OBJX509_ATTRIBUTE_create_by_txtM_X509_ATTRIBUTE_create_by_txtlibeay32.dllX509_ATTRIBUTE_create_by_txtX509_ATTRIBUTE_dup9_X509_ATTRIBUTE_duplibeay32.dllX509_ATTRIBUTE_dupX509_ATTRIBUTE_free;_X509_ATTRIBUTE_freelibeay32.dllX509_ATTRIBUTE_freeX509_ATTRIBUTE_get0_dataE_X509_ATTRIBUTE_get0_datalibeay32.dllX509_ATTRIBUTE_get0_dataX509_ATTRIBUTE_get0_objectI_X509_ATTRIBUTE_get0_objectlibeay32.dllX509_ATTRIBUTE_get0_objectX509_ATTRIBUTE_get0_typeE_X509_ATTRIBUTE_get0_typelibeay32.dllX509_ATTRIBUTE_get0_typeX509_ATTRIBUTE_it7_X509_ATTRIBUTE_itlibeay32.dllX509_ATTRIBUTE_itX509_ATTRIBUTE_new9_X509_ATTRIBUTE_newlibeay32.dllX509_ATTRIBUTE_newX509_ATTRIBUTE_set1_dataE_X509_ATTRIBUTE_set1_datalibeay32.dllX509_ATTRIBUTE_set1_dataX509_ATTRIBUTE_set1_objectI_X509_ATTRIBUTE_set1_objectlibeay32.dllX509_ATTRIBUTE_set1_objectX509_CERT_AUX_free9_X509_CERT_AUX_freelibeay32.dllX509_CERT_AUX_freeX509_CERT_AUX_it5_X509_CERT_AUX_itlibeay32.dllX509_CERT_AUX_itX509_CERT_AUX_new7_X509_CERT_AUX_newlibeay32.dllX509_CERT_AUX_newX509_CERT_AUX_print;_X509_CERT_AUX_printlibeay32.dllX509_CERT_AUX_printX509_CERT_PAIR_free;_X509_CERT_PAIR_freelibeay32.dllX509_CERT_PAIR_freeX509_CERT_PAIR_it7_X509_CERT_PAIR_itlibeay32.dllX509_CERT_PAIR_itX509_CERT_PAIR_new9_X509_CERT_PAIR_newlibeay32.dllX509_CERT_PAIR_newX509_CINF_free1_X509_CINF_freelibeay32.dllX509_CINF_freeX509_CINF_it-
_X509_CINF_itlibeay32.dllX509_CINF_it
X509_CINF_new/_X509_CINF_newlibeay32.dll
X509_CINF_newX509_CRL_INFO_free9_X509_CRL_INFO_freelibeay32.dllX509_CRL_INFO_freeX509_CRL_INFO_it5_X509_CRL_INFO_itlibeay32.dllX509_CRL_INFO_itX509_CRL_INFO_new7_X509_CRL_INFO_newlibeay32.dllX509_CRL_INFO_newX509_CRL_METHOD_free=_X509_CRL_METHOD_freelibeay32.dllX509_CRL_METHOD_freeX509_CRL_METHOD_new;_X509_CRL_METHOD_newlibeay32.dllX509_CRL_METHOD_newX509_CRL_add0_revoked?_X509_CRL_add0_revokedlibeay32.dllX509_CRL_add0_revokedX509_CRL_add1_ext_i2d?_X509_CRL_add1_ext_i2dlibeay32.dllX509_CRL_add1_ext_i2dX509_CRL_add_ext5_X509_CRL_add_extlibeay32.dllX509_CRL_add_extX509_CRL_cmp-
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X509_CRL_free/_X509_CRL_freelibeay32.dll
X509_CRL_freeX509_CRL_get0_by_cert?_X509_CRL_get0_by_certlibeay32.dllX509_CRL_get0_by_certX509_CRL_get0_by_serialC_X509_CRL_get0_by_seriallibeay32.dllX509_CRL_get0_by_serialX509_CRL_get_ext5_X509_CRL_get_extlibeay32.dllX509_CRL_get_extX509_CRL_get_ext_by_NIDC_X509_CRL_get_ext_by_NIDlibeay32.dllX509_CRL_get_ext_by_NIDX509_CRL_get_ext_by_OBJC_X509_CRL_get_ext_by_OBJlibeay32.dllX509_CRL_get_ext_by_OBJX509_CRL_get_ext_by_criticalM_X509_CRL_get_ext_by_criticallibeay32.dllX509_CRL_get_ext_by_criticalX509_CRL_get_ext_countA_X509_CRL_get_ext_countlibeay32.dllX509_CRL_get_ext_countX509_CRL_get_ext_d2i=_X509_CRL_get_ext_d2ilibeay32.dllX509_CRL_get_ext_d2iX509_CRL_get_meth_dataA_X509_CRL_get_meth_datalibeay32.dllX509_CRL_get_meth_data
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X509_CRL_sign/_X509_CRL_signlibeay32.dll
X509_CRL_signX509_CRL_sign_ctx7_X509_CRL_sign_ctxlibeay32.dllX509_CRL_sign_ctx
X509_CRL_sort/_X509_CRL_sortlibeay32.dll
X509_CRL_sortX509_CRL_verify3_X509_CRL_verifylibeay32.dllX509_CRL_verifyX509_EXTENSIONS_it9_X509_EXTENSIONS_itlibeay32.dllX509_EXTENSIONS_itX509_EXTENSION_create_by_NIDM_X509_EXTENSION_create_by_NIDlibeay32.dllX509_EXTENSION_create_by_NIDX509_EXTENSION_create_by_OBJM_X509_EXTENSION_create_by_OBJlibeay32.dllX509_EXTENSION_create_by_OBJX509_EXTENSION_dup9_X509_EXTENSION_duplibeay32.dllX509_EXTENSION_dupX509_EXTENSION_free;_X509_EXTENSION_freelibeay32.dllX509_EXTENSION_freeX509_EXTENSION_get_criticalK_X509_EXTENSION_get_criticallibeay32.dllX509_EXTENSION_get_criticalX509_EXTENSION_get_dataC_X509_EXTENSION_get_datalibeay32.dllX509_EXTENSION_get_dataX509_EXTENSION_get_objectG_X509_EXTENSION_get_objectlibeay32.dllX509_EXTENSION_get_objectX509_EXTENSION_it7_X509_EXTENSION_itlibeay32.dllX509_EXTENSION_itX509_EXTENSION_new9_X509_EXTENSION_newlibeay32.dllX509_EXTENSION_newX509_EXTENSION_set_criticalK_X509_EXTENSION_set_criticallibeay32.dllX509_EXTENSION_set_criticalX509_EXTENSION_set_dataC_X509_EXTENSION_set_datalibeay32.dllX509_EXTENSION_set_dataX509_EXTENSION_set_objectG_X509_EXTENSION_set_objectlibeay32.dllX509_EXTENSION_set_objectX509_INFO_free1_X509_INFO_freelibeay32.dllX509_INFO_free
X509_INFO_new/_X509_INFO_newlibeay32.dll
X509_INFO_newX509_LOOKUP_by_alias=_X509_LOOKUP_by_aliaslibeay32.dllX509_LOOKUP_by_aliasX509_LOOKUP_by_fingerprintI_X509_LOOKUP_by_fingerprintlibeay32.dllX509_LOOKUP_by_fingerprintX509_LOOKUP_by_issuer_serialM_X509_LOOKUP_by_issuer_seriallibeay32.dllX509_LOOKUP_by_issuer_serialX509_LOOKUP_by_subjectA_X509_LOOKUP_by_subjectlibeay32.dllX509_LOOKUP_by_subjectX509_LOOKUP_ctrl5_X509_LOOKUP_ctrllibeay32.dllX509_LOOKUP_ctrlX509_LOOKUP_file5_X509_LOOKUP_filelibeay32.dllX509_LOOKUP_fileX509_LOOKUP_free5_X509_LOOKUP_freelibeay32.dllX509_LOOKUP_freeX509_LOOKUP_hash_dir=_X509_LOOKUP_hash_dirlibeay32.dllX509_LOOKUP_hash_dirX509_LOOKUP_init5_X509_LOOKUP_initlibeay32.dllX509_LOOKUP_initX509_LOOKUP_new3_X509_LOOKUP_newlibeay32.dllX509_LOOKUP_newX509_LOOKUP_shutdown=_X509_LOOKUP_shutdownlibeay32.dllX509_LOOKUP_shutdownX509_NAME_ENTRY_create_by_NIDO_X509_NAME_ENTRY_create_by_NIDlibeay32.dllX509_NAME_ENTRY_create_by_NIDX509_NAME_ENTRY_create_by_OBJO_X509_NAME_ENTRY_create_by_OBJlibeay32.dllX509_NAME_ENTRY_create_by_OBJX509_NAME_ENTRY_create_by_txtO_X509_NAME_ENTRY_create_by_txtlibeay32.dllX509_NAME_ENTRY_create_by_txtX509_NAME_ENTRY_dup;_X509_NAME_ENTRY_duplibeay32.dllX509_NAME_ENTRY_dupX509_NAME_ENTRY_free=_X509_NAME_ENTRY_freelibeay32.dllX509_NAME_ENTRY_freeX509_NAME_ENTRY_get_dataE_X509_NAME_ENTRY_get_datalibeay32.dllX509_NAME_ENTRY_get_dataX509_NAME_ENTRY_get_objectI_X509_NAME_ENTRY_get_objectlibeay32.dllX509_NAME_ENTRY_get_objectX509_NAME_ENTRY_it9_X509_NAME_ENTRY_itlibeay32.dllX509_NAME_ENTRY_itX509_NAME_ENTRY_new;_X509_NAME_ENTRY_newlibeay32.dllX509_NAME_ENTRY_newX509_NAME_ENTRY_set_dataE_X509_NAME_ENTRY_set_datalibeay32.dllX509_NAME_ENTRY_set_dataX509_NAME_ENTRY_set_objectI_X509_NAME_ENTRY_set_objectlibeay32.dllX509_NAME_ENTRY_set_objectX509_NAME_add_entry;_X509_NAME_add_entrylibeay32.dllX509_NAME_add_entryX509_NAME_add_entry_by_NIDI_X509_NAME_add_entry_by_NIDlibeay32.dllX509_NAME_add_entry_by_NIDX509_NAME_add_entry_by_OBJI_X509_NAME_add_entry_by_OBJlibeay32.dllX509_NAME_add_entry_by_OBJX509_NAME_add_entry_by_txtI_X509_NAME_add_entry_by_txtlibeay32.dllX509_NAME_add_entry_by_txt
X509_NAME_cmp/_X509_NAME_cmplibeay32.dll
X509_NAME_cmpX509_NAME_delete_entryA_X509_NAME_delete_entrylibeay32.dllX509_NAME_delete_entryX509_NAME_digest5_X509_NAME_digestlibeay32.dllX509_NAME_digest
X509_NAME_dup/_X509_NAME_duplibeay32.dll
X509_NAME_dupX509_NAME_entry_count?_X509_NAME_entry_countlibeay32.dllX509_NAME_entry_countX509_NAME_free1_X509_NAME_freelibeay32.dllX509_NAME_freeX509_NAME_get_entry;_X509_NAME_get_entrylibeay32.dllX509_NAME_get_entryX509_NAME_get_index_by_NIDI_X509_NAME_get_index_by_NIDlibeay32.dllX509_NAME_get_index_by_NIDX509_NAME_get_index_by_OBJI_X509_NAME_get_index_by_OBJlibeay32.dllX509_NAME_get_index_by_OBJX509_NAME_get_text_by_NIDG_X509_NAME_get_text_by_NIDlibeay32.dllX509_NAME_get_text_by_NIDX509_NAME_get_text_by_OBJG_X509_NAME_get_text_by_OBJlibeay32.dllX509_NAME_get_text_by_OBJX509_NAME_hash1_X509_NAME_hashlibeay32.dllX509_NAME_hashX509_NAME_hash_old9_X509_NAME_hash_oldlibeay32.dllX509_NAME_hash_oldX509_NAME_it-
_X509_NAME_itlibeay32.dllX509_NAME_it
X509_NAME_new/_X509_NAME_newlibeay32.dll
X509_NAME_newX509_NAME_oneline7_X509_NAME_onelinelibeay32.dllX509_NAME_onelineX509_NAME_print3_X509_NAME_printlibeay32.dllX509_NAME_printX509_NAME_print_ex9_X509_NAME_print_exlibeay32.dllX509_NAME_print_exX509_NAME_print_ex_fp?_X509_NAME_print_ex_fplibeay32.dllX509_NAME_print_ex_fp
X509_NAME_set/_X509_NAME_setlibeay32.dll
X509_NAME_setX509_OBJECT_free_contentsG_X509_OBJECT_free_contentslibeay32.dllX509_OBJECT_free_contentsX509_OBJECT_idx_by_subjectI_X509_OBJECT_idx_by_subjectlibeay32.dllX509_OBJECT_idx_by_subject!X509_OBJECT_retrieve_by_subjectS _X509_OBJECT_retrieve_by_subjectlibeay32.dllX509_OBJECT_retrieve_by_subjectX509_OBJECT_retrieve_matchI_X509_OBJECT_retrieve_matchlibeay32.dllX509_OBJECT_retrieve_matchX509_OBJECT_up_ref_countE_X509_OBJECT_up_ref_countlibeay32.dllX509_OBJECT_up_ref_countX509_PKEY_free1_X509_PKEY_freelibeay32.dllX509_PKEY_free
X509_PKEY_new/_X509_PKEY_newlibeay32.dll
X509_PKEY_newX509_POLICY_NODE_printA_X509_POLICY_NODE_printlibeay32.dllX509_POLICY_NODE_printX509_PUBKEY_free5_X509_PUBKEY_freelibeay32.dllX509_PUBKEY_freeX509_PUBKEY_get3_X509_PUBKEY_getlibeay32.dllX509_PUBKEY_getX509_PUBKEY_get0_paramA_X509_PUBKEY_get0_paramlibeay32.dllX509_PUBKEY_get0_paramX509_PUBKEY_it1_X509_PUBKEY_itlibeay32.dllX509_PUBKEY_itX509_PUBKEY_new3_X509_PUBKEY_newlibeay32.dllX509_PUBKEY_newX509_PUBKEY_set3_X509_PUBKEY_setlibeay32.dllX509_PUBKEY_setX509_PUBKEY_set0_paramA_X509_PUBKEY_set0_paramlibeay32.dllX509_PUBKEY_set0_paramX509_PURPOSE_add5_X509_PURPOSE_addlibeay32.dllX509_PURPOSE_addX509_PURPOSE_cleanup=_X509_PURPOSE_cleanuplibeay32.dllX509_PURPOSE_cleanupX509_PURPOSE_get07_X509_PURPOSE_get0libeay32.dllX509_PURPOSE_get0X509_PURPOSE_get0_nameA_X509_PURPOSE_get0_namelibeay32.dllX509_PURPOSE_get0_nameX509_PURPOSE_get0_snameC_X509_PURPOSE_get0_snamelibeay32.dllX509_PURPOSE_get0_snameX509_PURPOSE_get_by_idA_X509_PURPOSE_get_by_idlibeay32.dllX509_PURPOSE_get_by_idX509_PURPOSE_get_by_snameG_X509_PURPOSE_get_by_snamelibeay32.dllX509_PURPOSE_get_by_snameX509_PURPOSE_get_countA_X509_PURPOSE_get_countlibeay32.dllX509_PURPOSE_get_countX509_PURPOSE_get_id;_X509_PURPOSE_get_idlibeay32.dllX509_PURPOSE_get_idX509_PURPOSE_get_trustA_X509_PURPOSE_get_trustlibeay32.dllX509_PURPOSE_get_trustX509_PURPOSE_set5_X509_PURPOSE_setlibeay32.dllX509_PURPOSE_setX509_REQ_INFO_free9_X509_REQ_INFO_freelibeay32.dllX509_REQ_INFO_freeX509_REQ_INFO_it5_X509_REQ_INFO_itlibeay32.dllX509_REQ_INFO_itX509_REQ_INFO_new7_X509_REQ_INFO_newlibeay32.dllX509_REQ_INFO_newX509_REQ_add1_attr9_X509_REQ_add1_attrlibeay32.dllX509_REQ_add1_attrX509_REQ_add1_attr_by_NIDG_X509_REQ_add1_attr_by_NIDlibeay32.dllX509_REQ_add1_attr_by_NIDX509_REQ_add1_attr_by_OBJG_X509_REQ_add1_attr_by_OBJlibeay32.dllX509_REQ_add1_attr_by_OBJX509_REQ_add1_attr_by_txtG_X509_REQ_add1_attr_by_txtlibeay32.dllX509_REQ_add1_attr_by_txtX509_REQ_add_extensionsC_X509_REQ_add_extensionslibeay32.dllX509_REQ_add_extensionsX509_REQ_add_extensions_nidK_X509_REQ_add_extensions_nidlibeay32.dllX509_REQ_add_extensions_nidX509_REQ_check_private_keyI_X509_REQ_check_private_keylibeay32.dllX509_REQ_check_private_keyX509_REQ_delete_attr=_X509_REQ_delete_attrlibeay32.dllX509_REQ_delete_attrX509_REQ_digest3_X509_REQ_digestlibeay32.dllX509_REQ_digestX509_REQ_dup-
_X509_REQ_duplibeay32.dllX509_REQ_dupX509_REQ_extension_nidA_X509_REQ_extension_nidlibeay32.dllX509_REQ_extension_nid
X509_REQ_free/_X509_REQ_freelibeay32.dll
X509_REQ_freeX509_REQ_get1_email;_X509_REQ_get1_emaillibeay32.dllX509_REQ_get1_emailX509_REQ_get_attr7_X509_REQ_get_attrlibeay32.dllX509_REQ_get_attrX509_REQ_get_attr_by_NIDE_X509_REQ_get_attr_by_NIDlibeay32.dllX509_REQ_get_attr_by_NIDX509_REQ_get_attr_by_OBJE_X509_REQ_get_attr_by_OBJlibeay32.dllX509_REQ_get_attr_by_OBJX509_REQ_get_attr_countC_X509_REQ_get_attr_countlibeay32.dllX509_REQ_get_attr_countX509_REQ_get_extension_nidsK_X509_REQ_get_extension_nidslibeay32.dllX509_REQ_get_extension_nidsX509_REQ_get_extensionsC_X509_REQ_get_extensionslibeay32.dllX509_REQ_get_extensionsX509_REQ_get_pubkey;_X509_REQ_get_pubkeylibeay32.dllX509_REQ_get_pubkey
X509_REQ_it+_X509_REQ_itlibeay32.dllX509_REQ_itX509_REQ_new-
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X509_REQ_sign/_X509_REQ_signlibeay32.dll
X509_REQ_signX509_REQ_sign_ctx7_X509_REQ_sign_ctxlibeay32.dllX509_REQ_sign_ctxX509_REQ_to_X5095_X509_REQ_to_X509libeay32.dllX509_REQ_to_X509X509_REQ_verify3_X509_REQ_verifylibeay32.dllX509_REQ_verifyX509_REVOKED_add1_ext_i2dG_X509_REVOKED_add1_ext_i2dlibeay32.dllX509_REVOKED_add1_ext_i2dX509_REVOKED_add_ext=_X509_REVOKED_add_extlibeay32.dllX509_REVOKED_add_extX509_REVOKED_delete_extC_X509_REVOKED_delete_extlibeay32.dllX509_REVOKED_delete_extX509_REVOKED_free7_X509_REVOKED_freelibeay32.dllX509_REVOKED_freeX509_REVOKED_get_ext=_X509_REVOKED_get_extlibeay32.dllX509_REVOKED_get_extX509_REVOKED_get_ext_by_NIDK_X509_REVOKED_get_ext_by_NIDlibeay32.dllX509_REVOKED_get_ext_by_NIDX509_REVOKED_get_ext_by_OBJK_X509_REVOKED_get_ext_by_OBJlibeay32.dllX509_REVOKED_get_ext_by_OBJ" X509_REVOKED_get_ext_by_criticalU!_X509_REVOKED_get_ext_by_criticallibeay32.dll X509_REVOKED_get_ext_by_criticalX509_REVOKED_get_ext_countI_X509_REVOKED_get_ext_countlibeay32.dllX509_REVOKED_get_ext_countX509_REVOKED_get_ext_d2iE_X509_REVOKED_get_ext_d2ilibeay32.dllX509_REVOKED_get_ext_d2iX509_REVOKED_it3_X509_REVOKED_itlibeay32.dllX509_REVOKED_itX509_REVOKED_new5_X509_REVOKED_newlibeay32.dllX509_REVOKED_new!X509_REVOKED_set_revocationDateS _X509_REVOKED_set_revocationDatelibeay32.dllX509_REVOKED_set_revocationDateX509_REVOKED_set_serialNumberO_X509_REVOKED_set_serialNumberlibeay32.dllX509_REVOKED_set_serialNumber
X509_SIG_free/_X509_SIG_freelibeay32.dll
X509_SIG_free
X509_SIG_it+_X509_SIG_itlibeay32.dllX509_SIG_itX509_SIG_new-
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X509_VAL_free/_X509_VAL_freelibeay32.dll
X509_VAL_free
X509_VAL_it+_X509_VAL_itlibeay32.dllX509_VAL_itX509_VAL_new-
_X509_VAL_newlibeay32.dllX509_VAL_newX509_VERIFY_PARAM_add0_policyO_X509_VERIFY_PARAM_add0_policylibeay32.dllX509_VERIFY_PARAM_add0_policyX509_VERIFY_PARAM_add0_tableM_X509_VERIFY_PARAM_add0_tablelibeay32.dllX509_VERIFY_PARAM_add0_tableX509_VERIFY_PARAM_clear_flagsO_X509_VERIFY_PARAM_clear_flagslibeay32.dllX509_VERIFY_PARAM_clear_flagsX509_VERIFY_PARAM_freeA_X509_VERIFY_PARAM_freelibeay32.dllX509_VERIFY_PARAM_freeX509_VERIFY_PARAM_get_depthK_X509_VERIFY_PARAM_get_depthlibeay32.dllX509_VERIFY_PARAM_get_depthX509_VERIFY_PARAM_get_flagsK_X509_VERIFY_PARAM_get_flagslibeay32.dllX509_VERIFY_PARAM_get_flagsX509_VERIFY_PARAM_inheritG_X509_VERIFY_PARAM_inheritlibeay32.dllX509_VERIFY_PARAM_inheritX509_VERIFY_PARAM_lookupE_X509_VERIFY_PARAM_lookuplibeay32.dllX509_VERIFY_PARAM_lookupX509_VERIFY_PARAM_new?_X509_VERIFY_PARAM_newlibeay32.dllX509_VERIFY_PARAM_newX509_VERIFY_PARAM_set1A_X509_VERIFY_PARAM_set1libeay32.dllX509_VERIFY_PARAM_set1X509_VERIFY_PARAM_set1_nameK_X509_VERIFY_PARAM_set1_namelibeay32.dllX509_VERIFY_PARAM_set1_name!X509_VERIFY_PARAM_set1_policiesS _X509_VERIFY_PARAM_set1_policieslibeay32.dllX509_VERIFY_PARAM_set1_policiesX509_VERIFY_PARAM_set_depthK_X509_VERIFY_PARAM_set_depthlibeay32.dllX509_VERIFY_PARAM_set_depthX509_VERIFY_PARAM_set_flagsK_X509_VERIFY_PARAM_set_flagslibeay32.dllX509_VERIFY_PARAM_set_flagsX509_VERIFY_PARAM_set_purposeO_X509_VERIFY_PARAM_set_purposelibeay32.dllX509_VERIFY_PARAM_set_purposeX509_VERIFY_PARAM_set_timeI_X509_VERIFY_PARAM_set_timelibeay32.dllX509_VERIFY_PARAM_set_timeX509_VERIFY_PARAM_set_trustK_X509_VERIFY_PARAM_set_trustlibeay32.dllX509_VERIFY_PARAM_set_trust!X509_VERIFY_PARAM_table_cleanupS _X509_VERIFY_PARAM_table_cleanuplibeay32.dllX509_VERIFY_PARAM_table_cleanupX509_add1_ext_i2d7_X509_add1_ext_i2dlibeay32.dllX509_add1_ext_i2dX509_add1_reject_objectC_X509_add1_reject_objectlibeay32.dllX509_add1_reject_objectX509_add1_trust_objectA_X509_add1_trust_objectlibeay32.dllX509_add1_trust_objectX509_add_ext-
_X509_add_extlibeay32.dllX509_add_extX509_alias_get03_X509_alias_get0libeay32.dllX509_alias_get0X509_alias_set13_X509_alias_set1libeay32.dllX509_alias_set1X509_certificate_type?_X509_certificate_typelibeay32.dllX509_certificate_typeX509_check_akid3_X509_check_akidlibeay32.dllX509_check_akid
X509_check_ca/_X509_check_calibeay32.dll
X509_check_caX509_check_issued7_X509_check_issuedlibeay32.dllX509_check_issuedX509_check_private_keyA_X509_check_private_keylibeay32.dllX509_check_private_keyX509_check_purpose9_X509_check_purposelibeay32.dllX509_check_purposeX509_check_trust5_X509_check_trustlibeay32.dllX509_check_trust
X509_cmp%	_X509_cmplibeay32.dllX509_cmpX509_cmp_current_time?_X509_cmp_current_timelibeay32.dllX509_cmp_current_time
X509_cmp_time/_X509_cmp_timelibeay32.dll
X509_cmp_timeX509_delete_ext3_X509_delete_extlibeay32.dllX509_delete_ext
X509_digest+_X509_digestlibeay32.dllX509_digest
X509_dup%	_X509_duplibeay32.dllX509_dupX509_email_free3_X509_email_freelibeay32.dllX509_email_free X509_find_by_issuer_and_serialQ_X509_find_by_issuer_and_seriallibeay32.dllX509_find_by_issuer_and_serialX509_find_by_subject=_X509_find_by_subjectlibeay32.dllX509_find_by_subject	X509_free'
_X509_freelibeay32.dll	X509_freeX509_get0_pubkey_bitstrC_X509_get0_pubkey_bitstrlibeay32.dllX509_get0_pubkey_bitstrX509_get1_email3_X509_get1_emaillibeay32.dllX509_get1_emailX509_get1_ocsp1_X509_get1_ocsplibeay32.dllX509_get1_ocspX509_get_default_cert_areaI_X509_get_default_cert_arealibeay32.dllX509_get_default_cert_areaX509_get_default_cert_dirG_X509_get_default_cert_dirlibeay32.dllX509_get_default_cert_dirX509_get_default_cert_dir_envO_X509_get_default_cert_dir_envlibeay32.dllX509_get_default_cert_dir_envX509_get_default_cert_fileI_X509_get_default_cert_filelibeay32.dllX509_get_default_cert_file X509_get_default_cert_file_envQ_X509_get_default_cert_file_envlibeay32.dllX509_get_default_cert_file_envX509_get_default_private_dirM_X509_get_default_private_dirlibeay32.dllX509_get_default_private_dirX509_get_ex_data5_X509_get_ex_datalibeay32.dllX509_get_ex_dataX509_get_ex_new_index?_X509_get_ex_new_indexlibeay32.dllX509_get_ex_new_indexX509_get_ext-
_X509_get_extlibeay32.dllX509_get_extX509_get_ext_by_NID;_X509_get_ext_by_NIDlibeay32.dllX509_get_ext_by_NIDX509_get_ext_by_OBJ;_X509_get_ext_by_OBJlibeay32.dllX509_get_ext_by_OBJX509_get_ext_by_criticalE_X509_get_ext_by_criticallibeay32.dllX509_get_ext_by_criticalX509_get_ext_count9_X509_get_ext_countlibeay32.dllX509_get_ext_countX509_get_ext_d2i5_X509_get_ext_d2ilibeay32.dllX509_get_ext_d2iX509_get_issuer_name=_X509_get_issuer_namelibeay32.dllX509_get_issuer_nameX509_get_pubkey3_X509_get_pubkeylibeay32.dllX509_get_pubkeyX509_get_pubkey_parametersI_X509_get_pubkey_parameterslibeay32.dllX509_get_pubkey_parametersX509_get_serialNumber?_X509_get_serialNumberlibeay32.dllX509_get_serialNumberX509_get_subject_name?_X509_get_subject_namelibeay32.dllX509_get_subject_nameX509_gmtime_adj3_X509_gmtime_adjlibeay32.dllX509_gmtime_adjX509_issuer_and_serial_cmpI_X509_issuer_and_serial_cmplibeay32.dllX509_issuer_and_serial_cmpX509_issuer_and_serial_hashK_X509_issuer_and_serial_hashlibeay32.dllX509_issuer_and_serial_hashX509_issuer_name_cmp=_X509_issuer_name_cmplibeay32.dllX509_issuer_name_cmpX509_issuer_name_hash?_X509_issuer_name_hashlibeay32.dllX509_issuer_name_hashX509_issuer_name_hash_oldG_X509_issuer_name_hash_oldlibeay32.dllX509_issuer_name_hash_old	X509_it#_X509_itlibeay32.dllX509_itX509_keyid_get03_X509_keyid_get0libeay32.dllX509_keyid_get0X509_keyid_set13_X509_keyid_set1libeay32.dllX509_keyid_set1X509_load_cert_crl_fileC_X509_load_cert_crl_filelibeay32.dllX509_load_cert_crl_fileX509_load_cert_file;_X509_load_cert_filelibeay32.dllX509_load_cert_fileX509_load_crl_file9_X509_load_crl_filelibeay32.dllX509_load_crl_file
X509_new%	_X509_newlibeay32.dllX509_newX509_ocspid_print7_X509_ocspid_printlibeay32.dllX509_ocspid_printX509_policy_check7_X509_policy_checklibeay32.dllX509_policy_checkX509_policy_level_get0_nodeK_X509_policy_level_get0_nodelibeay32.dllX509_policy_level_get0_nodeX509_policy_level_node_countM_X509_policy_level_node_countlibeay32.dllX509_policy_level_node_countX509_policy_node_get0_parentM_X509_policy_node_get0_parentlibeay32.dllX509_policy_node_get0_parentX509_policy_node_get0_policyM_X509_policy_node_get0_policylibeay32.dllX509_policy_node_get0_policy" X509_policy_node_get0_qualifiersU!_X509_policy_node_get0_qualifierslibeay32.dll X509_policy_node_get0_qualifiersX509_policy_tree_free?_X509_policy_tree_freelibeay32.dllX509_policy_tree_freeX509_policy_tree_get0_levelK_X509_policy_tree_get0_levellibeay32.dllX509_policy_tree_get0_level X509_policy_tree_get0_policiesQ_X509_policy_tree_get0_policieslibeay32.dllX509_policy_tree_get0_policies%#X509_policy_tree_get0_user_policies[$_X509_policy_tree_get0_user_policieslibeay32.dll#X509_policy_tree_get0_user_policiesX509_policy_tree_level_countM_X509_policy_tree_level_countlibeay32.dllX509_policy_tree_level_count
X509_print)_X509_printlibeay32.dll
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X509_print_ex/_X509_print_exlibeay32.dll
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X509_time_adj/_X509_time_adjlibeay32.dll
X509_time_adjX509_time_adj_ex5_X509_time_adj_exlibeay32.dllX509_time_adj_exX509_to_X509_REQ5_X509_to_X509_REQlibeay32.dllX509_to_X509_REQX509_trust_clear5_X509_trust_clearlibeay32.dllX509_trust_clear
X509_verify+_X509_verifylibeay32.dllX509_verifyX509_verify_cert5_X509_verify_certlibeay32.dllX509_verify_certX509_verify_cert_error_stringO_X509_verify_cert_error_stringlibeay32.dllX509_verify_cert_error_stringX509at_add1_attr5_X509at_add1_attrlibeay32.dllX509at_add1_attrX509at_add1_attr_by_NIDC_X509at_add1_attr_by_NIDlibeay32.dllX509at_add1_attr_by_NIDX509at_add1_attr_by_OBJC_X509at_add1_attr_by_OBJlibeay32.dllX509at_add1_attr_by_OBJX509at_add1_attr_by_txtC_X509at_add1_attr_by_txtlibeay32.dllX509at_add1_attr_by_txtX509at_delete_attr9_X509at_delete_attrlibeay32.dllX509at_delete_attrX509at_get0_data_by_OBJC_X509at_get0_data_by_OBJlibeay32.dllX509at_get0_data_by_OBJX509at_get_attr3_X509at_get_attrlibeay32.dllX509at_get_attrX509at_get_attr_by_NIDA_X509at_get_attr_by_NIDlibeay32.dllX509at_get_attr_by_NIDX509at_get_attr_by_OBJA_X509at_get_attr_by_OBJlibeay32.dllX509at_get_attr_by_OBJX509at_get_attr_count?_X509at_get_attr_countlibeay32.dllX509at_get_attr_countX509v3_add_ext1_X509v3_add_extlibeay32.dllX509v3_add_extX509v3_delete_ext7_X509v3_delete_extlibeay32.dllX509v3_delete_extX509v3_get_ext1_X509v3_get_extlibeay32.dllX509v3_get_extX509v3_get_ext_by_NID?_X509v3_get_ext_by_NIDlibeay32.dllX509v3_get_ext_by_NIDX509v3_get_ext_by_OBJ?_X509v3_get_ext_by_OBJlibeay32.dllX509v3_get_ext_by_OBJX509v3_get_ext_by_criticalI_X509v3_get_ext_by_criticallibeay32.dllX509v3_get_ext_by_criticalX509v3_get_ext_count=_X509v3_get_ext_countlibeay32.dllX509v3_get_ext_count
ZLONG_it%	_ZLONG_itlibeay32.dllZLONG_it_ossl_096_des_random_seedG__ossl_096_des_random_seedlibeay32.dll_ossl_096_des_random_seed_ossl_old_crypt3__ossl_old_cryptlibeay32.dll_ossl_old_crypt_ossl_old_des_cbc_cksumC__ossl_old_des_cbc_cksumlibeay32.dll_ossl_old_des_cbc_cksum_ossl_old_des_cbc_encryptG__ossl_old_des_cbc_encryptlibeay32.dll_ossl_old_des_cbc_encrypt_ossl_old_des_cfb64_encryptK__ossl_old_des_cfb64_encryptlibeay32.dll_ossl_old_des_cfb64_encrypt_ossl_old_des_cfb_encryptG__ossl_old_des_cfb_encryptlibeay32.dll_ossl_old_des_cfb_encrypt_ossl_old_des_crypt;__ossl_old_des_cryptlibeay32.dll_ossl_old_des_crypt_ossl_old_des_decrypt3A__ossl_old_des_decrypt3libeay32.dll_ossl_old_des_decrypt3_ossl_old_des_ecb3_encryptI__ossl_old_des_ecb3_encryptlibeay32.dll_ossl_old_des_ecb3_encrypt_ossl_old_des_ecb_encryptG__ossl_old_des_ecb_encryptlibeay32.dll_ossl_old_des_ecb_encrypt _ossl_old_des_ede3_cbc_encryptQ__ossl_old_des_ede3_cbc_encryptlibeay32.dll_ossl_old_des_ede3_cbc_encrypt" _ossl_old_des_ede3_cfb64_encryptU!__ossl_old_des_ede3_cfb64_encryptlibeay32.dll _ossl_old_des_ede3_cfb64_encrypt" _ossl_old_des_ede3_ofb64_encryptU!__ossl_old_des_ede3_ofb64_encryptlibeay32.dll _ossl_old_des_ede3_ofb64_encrypt_ossl_old_des_enc_readA__ossl_old_des_enc_readlibeay32.dll_ossl_old_des_enc_read_ossl_old_des_enc_writeC__ossl_old_des_enc_writelibeay32.dll_ossl_old_des_enc_write_ossl_old_des_encrypt?__ossl_old_des_encryptlibeay32.dll_ossl_old_des_encrypt_ossl_old_des_encrypt2A__ossl_old_des_encrypt2libeay32.dll_ossl_old_des_encrypt2_ossl_old_des_encrypt3A__ossl_old_des_encrypt3libeay32.dll_ossl_old_des_encrypt3_ossl_old_des_fcrypt=__ossl_old_des_fcryptlibeay32.dll_ossl_old_des_fcrypt_ossl_old_des_is_weak_keyG__ossl_old_des_is_weak_keylibeay32.dll_ossl_old_des_is_weak_key_ossl_old_des_key_schedC__ossl_old_des_key_schedlibeay32.dll_ossl_old_des_key_sched_ossl_old_des_ncbc_encryptI__ossl_old_des_ncbc_encryptlibeay32.dll_ossl_old_des_ncbc_encrypt_ossl_old_des_ofb64_encryptK__ossl_old_des_ofb64_encryptlibeay32.dll_ossl_old_des_ofb64_encrypt_ossl_old_des_ofb_encryptG__ossl_old_des_ofb_encryptlibeay32.dll_ossl_old_des_ofb_encrypt_ossl_old_des_options?__ossl_old_des_optionslibeay32.dll_ossl_old_des_options_ossl_old_des_pcbc_encryptI__ossl_old_des_pcbc_encryptlibeay32.dll_ossl_old_des_pcbc_encrypt_ossl_old_des_quad_cksumE__ossl_old_des_quad_cksumlibeay32.dll_ossl_old_des_quad_cksum_ossl_old_des_random_keyE__ossl_old_des_random_keylibeay32.dll_ossl_old_des_random_key_ossl_old_des_random_seedG__ossl_old_des_random_seedlibeay32.dll_ossl_old_des_random_seed_ossl_old_des_read_2passwordsO__ossl_old_des_read_2passwordslibeay32.dll_ossl_old_des_read_2passwords_ossl_old_des_read_passwordK__ossl_old_des_read_passwordlibeay32.dll_ossl_old_des_read_password_ossl_old_des_read_pw?__ossl_old_des_read_pwlibeay32.dll_ossl_old_des_read_pw_ossl_old_des_read_pw_stringM__ossl_old_des_read_pw_stringlibeay32.dll_ossl_old_des_read_pw_string_ossl_old_des_set_key?__ossl_old_des_set_keylibeay32.dll_ossl_old_des_set_key_ossl_old_des_set_odd_parityM__ossl_old_des_set_odd_paritylibeay32.dll_ossl_old_des_set_odd_parity_ossl_old_des_string_to_2keysO__ossl_old_des_string_to_2keyslibeay32.dll_ossl_old_des_string_to_2keys_ossl_old_des_string_to_keyK__ossl_old_des_string_to_keylibeay32.dll_ossl_old_des_string_to_key_ossl_old_des_xcbc_encryptI__ossl_old_des_xcbc_encryptlibeay32.dll_ossl_old_des_xcbc_encrypt_shadow_DES_check_key?__shadow_DES_check_keylibeay32.dll_shadow_DES_check_key_shadow_DES_rw_mode;__shadow_DES_rw_modelibeay32.dll_shadow_DES_rw_modea2d_ASN1_OBJECT3_a2d_ASN1_OBJECTlibeay32.dlla2d_ASN1_OBJECTa2i_ASN1_ENUMERATED;_a2i_ASN1_ENUMERATEDlibeay32.dlla2i_ASN1_ENUMERATEDa2i_ASN1_INTEGER5_a2i_ASN1_INTEGERlibeay32.dlla2i_ASN1_INTEGERa2i_ASN1_STRING3_a2i_ASN1_STRINGlibeay32.dlla2i_ASN1_STRINGa2i_GENERAL_NAME5_a2i_GENERAL_NAMElibeay32.dlla2i_GENERAL_NAME
a2i_IPADDRESS/_a2i_IPADDRESSlibeay32.dll
a2i_IPADDRESSa2i_IPADDRESS_NC5_a2i_IPADDRESS_NClibeay32.dlla2i_IPADDRESS_NC	a2i_ipadd'
_a2i_ipaddlibeay32.dll	a2i_ipadd
asn1_Finish+_asn1_Finishlibeay32.dllasn1_Finishasn1_GetSequence5_asn1_GetSequencelibeay32.dllasn1_GetSequenceasn1_add_error1_asn1_add_errorlibeay32.dllasn1_add_errorasn1_const_Finish7_asn1_const_Finishlibeay32.dllasn1_const_Finish
asn1_do_adb+_asn1_do_adblibeay32.dllasn1_do_adbasn1_do_lock-
_asn1_do_locklibeay32.dllasn1_do_lock
asn1_enc_free/_asn1_enc_freelibeay32.dll
asn1_enc_free
asn1_enc_init/_asn1_enc_initlibeay32.dll
asn1_enc_initasn1_enc_restore5_asn1_enc_restorelibeay32.dllasn1_enc_restore
asn1_enc_save/_asn1_enc_savelibeay32.dll
asn1_enc_save
asn1_ex_c2i+_asn1_ex_c2ilibeay32.dllasn1_ex_c2i
asn1_ex_i2c+_asn1_ex_i2clibeay32.dllasn1_ex_i2casn1_get_choice_selectorE_asn1_get_choice_selectorlibeay32.dllasn1_get_choice_selectorasn1_get_field_ptr9_asn1_get_field_ptrlibeay32.dllasn1_get_field_ptrasn1_set_choice_selectorE_asn1_set_choice_selectorlibeay32.dllasn1_set_choice_selector
b2i_PVK_bio+_b2i_PVK_biolibeay32.dllb2i_PVK_biob2i_PrivateKey1_b2i_PrivateKeylibeay32.dllb2i_PrivateKeyb2i_PrivateKey_bio9_b2i_PrivateKey_biolibeay32.dllb2i_PrivateKey_bio
b2i_PublicKey/_b2i_PublicKeylibeay32.dll
b2i_PublicKeyb2i_PublicKey_bio7_b2i_PublicKey_biolibeay32.dllb2i_PublicKey_biobn_add_words-
_bn_add_wordslibeay32.dllbn_add_wordsbn_div_words-
_bn_div_wordslibeay32.dllbn_div_words
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bn_expand2)_bn_expand2libeay32.dll
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check_defer+_check_deferlibeay32.dllcheck_deferd2i_ACCESS_DESCRIPTIONA_d2i_ACCESS_DESCRIPTIONlibeay32.dlld2i_ACCESS_DESCRIPTIONd2i_ASN1_BIT_STRING;_d2i_ASN1_BIT_STRINGlibeay32.dlld2i_ASN1_BIT_STRINGd2i_ASN1_BMPSTRING9_d2i_ASN1_BMPSTRINGlibeay32.dlld2i_ASN1_BMPSTRINGd2i_ASN1_BOOLEAN5_d2i_ASN1_BOOLEANlibeay32.dlld2i_ASN1_BOOLEANd2i_ASN1_ENUMERATED;_d2i_ASN1_ENUMERATEDlibeay32.dlld2i_ASN1_ENUMERATEDd2i_ASN1_GENERALIZEDTIMEE_d2i_ASN1_GENERALIZEDTIMElibeay32.dlld2i_ASN1_GENERALIZEDTIMEd2i_ASN1_GENERALSTRINGA_d2i_ASN1_GENERALSTRINGlibeay32.dlld2i_ASN1_GENERALSTRINGd2i_ASN1_IA5STRING9_d2i_ASN1_IA5STRINGlibeay32.dlld2i_ASN1_IA5STRINGd2i_ASN1_INTEGER5_d2i_ASN1_INTEGERlibeay32.dlld2i_ASN1_INTEGER
d2i_ASN1_NULL/_d2i_ASN1_NULLlibeay32.dll
d2i_ASN1_NULLd2i_ASN1_OBJECT3_d2i_ASN1_OBJECTlibeay32.dlld2i_ASN1_OBJECTd2i_ASN1_OCTET_STRING?_d2i_ASN1_OCTET_STRINGlibeay32.dlld2i_ASN1_OCTET_STRINGd2i_ASN1_PRINTABLE9_d2i_ASN1_PRINTABLElibeay32.dlld2i_ASN1_PRINTABLEd2i_ASN1_PRINTABLESTRINGE_d2i_ASN1_PRINTABLESTRINGlibeay32.dlld2i_ASN1_PRINTABLESTRINGd2i_ASN1_SEQUENCE_ANY?_d2i_ASN1_SEQUENCE_ANYlibeay32.dlld2i_ASN1_SEQUENCE_ANYd2i_ASN1_SET-
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d2i_ASN1_TIME/_d2i_ASN1_TIMElibeay32.dll
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d2i_ASN1_TYPE/_d2i_ASN1_TYPElibeay32.dll
d2i_ASN1_TYPEd2i_ASN1_UINTEGER7_d2i_ASN1_UINTEGERlibeay32.dlld2i_ASN1_UINTEGERd2i_ASN1_UNIVERSALSTRINGE_d2i_ASN1_UNIVERSALSTRINGlibeay32.dlld2i_ASN1_UNIVERSALSTRINGd2i_ASN1_UTCTIME5_d2i_ASN1_UTCTIMElibeay32.dlld2i_ASN1_UTCTIMEd2i_ASN1_UTF8STRING;_d2i_ASN1_UTF8STRINGlibeay32.dlld2i_ASN1_UTF8STRINGd2i_ASN1_VISIBLESTRINGA_d2i_ASN1_VISIBLESTRINGlibeay32.dlld2i_ASN1_VISIBLESTRINGd2i_ASN1_bytes1_d2i_ASN1_byteslibeay32.dlld2i_ASN1_bytesd2i_ASN1_type_bytes;_d2i_ASN1_type_byteslibeay32.dlld2i_ASN1_type_bytesd2i_AUTHORITY_INFO_ACCESSG_d2i_AUTHORITY_INFO_ACCESSlibeay32.dlld2i_AUTHORITY_INFO_ACCESSd2i_AUTHORITY_KEYID;_d2i_AUTHORITY_KEYIDlibeay32.dlld2i_AUTHORITY_KEYIDd2i_AutoPrivateKey9_d2i_AutoPrivateKeylibeay32.dlld2i_AutoPrivateKeyd2i_BASIC_CONSTRAINTS?_d2i_BASIC_CONSTRAINTSlibeay32.dlld2i_BASIC_CONSTRAINTSd2i_CERTIFICATEPOLICIESC_d2i_CERTIFICATEPOLICIESlibeay32.dlld2i_CERTIFICATEPOLICIESd2i_CMS_ContentInfo;_d2i_CMS_ContentInfolibeay32.dlld2i_CMS_ContentInfod2i_CMS_ReceiptRequestA_d2i_CMS_ReceiptRequestlibeay32.dlld2i_CMS_ReceiptRequest
d2i_CMS_bio+_d2i_CMS_biolibeay32.dlld2i_CMS_biod2i_CRL_DIST_POINTS;_d2i_CRL_DIST_POINTSlibeay32.dlld2i_CRL_DIST_POINTSd2i_DHparams-
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d2i_DSA_SIG+_d2i_DSA_SIGlibeay32.dlld2i_DSA_SIG
d2i_DSAparams/_d2i_DSAparamslibeay32.dll
d2i_DSAparams
d2i_ECDSA_SIG/_d2i_ECDSA_SIGlibeay32.dll
d2i_ECDSA_SIGd2i_ECPKParameters9_d2i_ECPKParameterslibeay32.dlld2i_ECPKParametersd2i_ECParameters5_d2i_ECParameterslibeay32.dlld2i_ECParametersd2i_ECPrivateKey5_d2i_ECPrivateKeylibeay32.dlld2i_ECPrivateKeyd2i_ECPrivateKey_bio=_d2i_ECPrivateKey_biolibeay32.dlld2i_ECPrivateKey_biod2i_ECPrivateKey_fp;_d2i_ECPrivateKey_fplibeay32.dlld2i_ECPrivateKey_fp
d2i_EC_PUBKEY/_d2i_EC_PUBKEYlibeay32.dll
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d2i_NOTICEREF/_d2i_NOTICEREFlibeay32.dll
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d2i_OTHERNAME/_d2i_OTHERNAMElibeay32.dll
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d2i_PBE2PARAM/_d2i_PBE2PARAMlibeay32.dll
d2i_PBE2PARAMd2i_PBEPARAM-
_d2i_PBEPARAMlibeay32.dlld2i_PBEPARAMd2i_PBKDF2PARAM3_d2i_PBKDF2PARAMlibeay32.dlld2i_PBKDF2PARAM
d2i_PKCS12)_d2i_PKCS12libeay32.dll
d2i_PKCS12d2i_PKCS12_BAGS3_d2i_PKCS12_BAGSlibeay32.dlld2i_PKCS12_BAGSd2i_PKCS12_MAC_DATA;_d2i_PKCS12_MAC_DATAlibeay32.dlld2i_PKCS12_MAC_DATAd2i_PKCS12_SAFEBAG9_d2i_PKCS12_SAFEBAGlibeay32.dlld2i_PKCS12_SAFEBAGd2i_PKCS12_bio1_d2i_PKCS12_biolibeay32.dlld2i_PKCS12_bio
d2i_PKCS12_fp/_d2i_PKCS12_fplibeay32.dll
d2i_PKCS12_fp	d2i_PKCS7'
_d2i_PKCS7libeay32.dll	d2i_PKCS7d2i_PKCS7_DIGEST5_d2i_PKCS7_DIGESTlibeay32.dlld2i_PKCS7_DIGESTd2i_PKCS7_ENCRYPT7_d2i_PKCS7_ENCRYPTlibeay32.dlld2i_PKCS7_ENCRYPTd2i_PKCS7_ENC_CONTENT?_d2i_PKCS7_ENC_CONTENTlibeay32.dlld2i_PKCS7_ENC_CONTENTd2i_PKCS7_ENVELOPE9_d2i_PKCS7_ENVELOPElibeay32.dlld2i_PKCS7_ENVELOPEd2i_PKCS7_ISSUER_AND_SERIALK_d2i_PKCS7_ISSUER_AND_SERIALlibeay32.dlld2i_PKCS7_ISSUER_AND_SERIALd2i_PKCS7_RECIP_INFO=_d2i_PKCS7_RECIP_INFOlibeay32.dlld2i_PKCS7_RECIP_INFOd2i_PKCS7_SIGNED5_d2i_PKCS7_SIGNEDlibeay32.dlld2i_PKCS7_SIGNEDd2i_PKCS7_SIGNER_INFO?_d2i_PKCS7_SIGNER_INFOlibeay32.dlld2i_PKCS7_SIGNER_INFOd2i_PKCS7_SIGN_ENVELOPEC_d2i_PKCS7_SIGN_ENVELOPElibeay32.dlld2i_PKCS7_SIGN_ENVELOPE
d2i_PKCS7_bio/_d2i_PKCS7_biolibeay32.dll
d2i_PKCS7_biod2i_PKCS7_fp-
_d2i_PKCS7_fplibeay32.dlld2i_PKCS7_fpd2i_PKCS8PrivateKey_bioC_d2i_PKCS8PrivateKey_biolibeay32.dlld2i_PKCS8PrivateKey_biod2i_PKCS8PrivateKey_fpA_d2i_PKCS8PrivateKey_fplibeay32.dlld2i_PKCS8PrivateKey_fpd2i_PKCS8_PRIV_KEY_INFOC_d2i_PKCS8_PRIV_KEY_INFOlibeay32.dlld2i_PKCS8_PRIV_KEY_INFOd2i_PKCS8_PRIV_KEY_INFO_bioK_d2i_PKCS8_PRIV_KEY_INFO_biolibeay32.dlld2i_PKCS8_PRIV_KEY_INFO_biod2i_PKCS8_PRIV_KEY_INFO_fpI_d2i_PKCS8_PRIV_KEY_INFO_fplibeay32.dlld2i_PKCS8_PRIV_KEY_INFO_fp
d2i_PKCS8_bio/_d2i_PKCS8_biolibeay32.dll
d2i_PKCS8_biod2i_PKCS8_fp-
_d2i_PKCS8_fplibeay32.dlld2i_PKCS8_fpd2i_PKEY_USAGE_PERIOD?_d2i_PKEY_USAGE_PERIODlibeay32.dlld2i_PKEY_USAGE_PERIODd2i_POLICYINFO1_d2i_POLICYINFOlibeay32.dlld2i_POLICYINFOd2i_POLICYQUALINFO9_d2i_POLICYQUALINFOlibeay32.dlld2i_POLICYQUALINFOd2i_PROXY_CERT_INFO_EXTENSIONO_d2i_PROXY_CERT_INFO_EXTENSIONlibeay32.dlld2i_PROXY_CERT_INFO_EXTENSIONd2i_PROXY_POLICY5_d2i_PROXY_POLICYlibeay32.dlld2i_PROXY_POLICY
d2i_PUBKEY)_d2i_PUBKEYlibeay32.dll
d2i_PUBKEYd2i_PUBKEY_bio1_d2i_PUBKEY_biolibeay32.dlld2i_PUBKEY_bio
d2i_PUBKEY_fp/_d2i_PUBKEY_fplibeay32.dll
d2i_PUBKEY_fpd2i_PrivateKey1_d2i_PrivateKeylibeay32.dlld2i_PrivateKeyd2i_PrivateKey_bio9_d2i_PrivateKey_biolibeay32.dlld2i_PrivateKey_biod2i_PrivateKey_fp7_d2i_PrivateKey_fplibeay32.dlld2i_PrivateKey_fp
d2i_PublicKey/_d2i_PublicKeylibeay32.dll
d2i_PublicKeyd2i_RSAPrivateKey7_d2i_RSAPrivateKeylibeay32.dlld2i_RSAPrivateKeyd2i_RSAPrivateKey_bio?_d2i_RSAPrivateKey_biolibeay32.dlld2i_RSAPrivateKey_biod2i_RSAPrivateKey_fp=_d2i_RSAPrivateKey_fplibeay32.dlld2i_RSAPrivateKey_fpd2i_RSAPublicKey5_d2i_RSAPublicKeylibeay32.dlld2i_RSAPublicKeyd2i_RSAPublicKey_bio=_d2i_RSAPublicKey_biolibeay32.dlld2i_RSAPublicKey_biod2i_RSAPublicKey_fp;_d2i_RSAPublicKey_fplibeay32.dlld2i_RSAPublicKey_fp
d2i_RSA_NET+_d2i_RSA_NETlibeay32.dlld2i_RSA_NETd2i_RSA_PSS_PARAMS9_d2i_RSA_PSS_PARAMSlibeay32.dlld2i_RSA_PSS_PARAMSd2i_RSA_PUBKEY1_d2i_RSA_PUBKEYlibeay32.dlld2i_RSA_PUBKEYd2i_RSA_PUBKEY_bio9_d2i_RSA_PUBKEY_biolibeay32.dlld2i_RSA_PUBKEY_biod2i_RSA_PUBKEY_fp7_d2i_RSA_PUBKEY_fplibeay32.dlld2i_RSA_PUBKEY_fp	d2i_SXNET'
_d2i_SXNETlibeay32.dll	d2i_SXNET
d2i_SXNETID+_d2i_SXNETIDlibeay32.dlld2i_SXNETIDd2i_TS_ACCURACY3_d2i_TS_ACCURACYlibeay32.dlld2i_TS_ACCURACYd2i_TS_MSG_IMPRINT9_d2i_TS_MSG_IMPRINTlibeay32.dlld2i_TS_MSG_IMPRINTd2i_TS_MSG_IMPRINT_bioA_d2i_TS_MSG_IMPRINT_biolibeay32.dlld2i_TS_MSG_IMPRINT_biod2i_TS_MSG_IMPRINT_fp?_d2i_TS_MSG_IMPRINT_fplibeay32.dlld2i_TS_MSG_IMPRINT_fp
d2i_TS_REQ)_d2i_TS_REQlibeay32.dll
d2i_TS_REQd2i_TS_REQ_bio1_d2i_TS_REQ_biolibeay32.dlld2i_TS_REQ_bio
d2i_TS_REQ_fp/_d2i_TS_REQ_fplibeay32.dll
d2i_TS_REQ_fp
d2i_TS_RESP+_d2i_TS_RESPlibeay32.dlld2i_TS_RESPd2i_TS_RESP_bio3_d2i_TS_RESP_biolibeay32.dlld2i_TS_RESP_biod2i_TS_RESP_fp1_d2i_TS_RESP_fplibeay32.dlld2i_TS_RESP_fpd2i_TS_STATUS_INFO9_d2i_TS_STATUS_INFOlibeay32.dlld2i_TS_STATUS_INFOd2i_TS_TST_INFO3_d2i_TS_TST_INFOlibeay32.dlld2i_TS_TST_INFOd2i_TS_TST_INFO_bio;_d2i_TS_TST_INFO_biolibeay32.dlld2i_TS_TST_INFO_biod2i_TS_TST_INFO_fp9_d2i_TS_TST_INFO_fplibeay32.dlld2i_TS_TST_INFO_fpd2i_USERNOTICE1_d2i_USERNOTICElibeay32.dlld2i_USERNOTICE
d2i_X509%	_d2i_X509libeay32.dlld2i_X509d2i_X509_ALGOR1_d2i_X509_ALGORlibeay32.dlld2i_X509_ALGORd2i_X509_ALGORS3_d2i_X509_ALGORSlibeay32.dlld2i_X509_ALGORSd2i_X509_ATTRIBUTE9_d2i_X509_ATTRIBUTElibeay32.dlld2i_X509_ATTRIBUTEd2i_X509_AUX-
_d2i_X509_AUXlibeay32.dlld2i_X509_AUXd2i_X509_CERT_AUX7_d2i_X509_CERT_AUXlibeay32.dlld2i_X509_CERT_AUXd2i_X509_CERT_PAIR9_d2i_X509_CERT_PAIRlibeay32.dlld2i_X509_CERT_PAIR
d2i_X509_CINF/_d2i_X509_CINFlibeay32.dll
d2i_X509_CINFd2i_X509_CRL-
_d2i_X509_CRLlibeay32.dlld2i_X509_CRLd2i_X509_CRL_INFO7_d2i_X509_CRL_INFOlibeay32.dlld2i_X509_CRL_INFOd2i_X509_CRL_bio5_d2i_X509_CRL_biolibeay32.dlld2i_X509_CRL_biod2i_X509_CRL_fp3_d2i_X509_CRL_fplibeay32.dlld2i_X509_CRL_fpd2i_X509_EXTENSION9_d2i_X509_EXTENSIONlibeay32.dlld2i_X509_EXTENSIONd2i_X509_EXTENSIONS;_d2i_X509_EXTENSIONSlibeay32.dlld2i_X509_EXTENSIONS
d2i_X509_NAME/_d2i_X509_NAMElibeay32.dll
d2i_X509_NAMEd2i_X509_NAME_ENTRY;_d2i_X509_NAME_ENTRYlibeay32.dlld2i_X509_NAME_ENTRY
d2i_X509_PKEY/_d2i_X509_PKEYlibeay32.dll
d2i_X509_PKEYd2i_X509_PUBKEY3_d2i_X509_PUBKEYlibeay32.dlld2i_X509_PUBKEYd2i_X509_REQ-
_d2i_X509_REQlibeay32.dlld2i_X509_REQd2i_X509_REQ_INFO7_d2i_X509_REQ_INFOlibeay32.dlld2i_X509_REQ_INFOd2i_X509_REQ_bio5_d2i_X509_REQ_biolibeay32.dlld2i_X509_REQ_biod2i_X509_REQ_fp3_d2i_X509_REQ_fplibeay32.dlld2i_X509_REQ_fpd2i_X509_REVOKED5_d2i_X509_REVOKEDlibeay32.dlld2i_X509_REVOKEDd2i_X509_SIG-
_d2i_X509_SIGlibeay32.dlld2i_X509_SIGd2i_X509_VAL-
_d2i_X509_VALlibeay32.dlld2i_X509_VALd2i_X509_bio-
_d2i_X509_biolibeay32.dlld2i_X509_bio
d2i_X509_fp+_d2i_X509_fplibeay32.dlld2i_X509_fpget_rfc2409_prime_1024A_get_rfc2409_prime_1024libeay32.dllget_rfc2409_prime_1024get_rfc2409_prime_768?_get_rfc2409_prime_768libeay32.dllget_rfc2409_prime_768get_rfc3526_prime_1536A_get_rfc3526_prime_1536libeay32.dllget_rfc3526_prime_1536get_rfc3526_prime_2048A_get_rfc3526_prime_2048libeay32.dllget_rfc3526_prime_2048get_rfc3526_prime_3072A_get_rfc3526_prime_3072libeay32.dllget_rfc3526_prime_3072get_rfc3526_prime_4096A_get_rfc3526_prime_4096libeay32.dllget_rfc3526_prime_4096get_rfc3526_prime_6144A_get_rfc3526_prime_6144libeay32.dllget_rfc3526_prime_6144get_rfc3526_prime_8192A_get_rfc3526_prime_8192libeay32.dllget_rfc3526_prime_8192
hex_to_string/_hex_to_stringlibeay32.dll
hex_to_stringi2a_ACCESS_DESCRIPTIONA_i2a_ACCESS_DESCRIPTIONlibeay32.dlli2a_ACCESS_DESCRIPTIONi2a_ASN1_ENUMERATED;_i2a_ASN1_ENUMERATEDlibeay32.dlli2a_ASN1_ENUMERATEDi2a_ASN1_INTEGER5_i2a_ASN1_INTEGERlibeay32.dlli2a_ASN1_INTEGERi2a_ASN1_OBJECT3_i2a_ASN1_OBJECTlibeay32.dlli2a_ASN1_OBJECTi2a_ASN1_STRING3_i2a_ASN1_STRINGlibeay32.dlli2a_ASN1_STRING
i2b_PVK_bio+_i2b_PVK_biolibeay32.dlli2b_PVK_bioi2b_PrivateKey_bio9_i2b_PrivateKey_biolibeay32.dlli2b_PrivateKey_bioi2b_PublicKey_bio7_i2b_PublicKey_biolibeay32.dlli2b_PublicKey_bioi2c_ASN1_BIT_STRING;_i2c_ASN1_BIT_STRINGlibeay32.dlli2c_ASN1_BIT_STRINGi2c_ASN1_INTEGER5_i2c_ASN1_INTEGERlibeay32.dlli2c_ASN1_INTEGERi2d_ACCESS_DESCRIPTIONA_i2d_ACCESS_DESCRIPTIONlibeay32.dlli2d_ACCESS_DESCRIPTIONi2d_ASN1_BIT_STRING;_i2d_ASN1_BIT_STRINGlibeay32.dlli2d_ASN1_BIT_STRINGi2d_ASN1_BMPSTRING9_i2d_ASN1_BMPSTRINGlibeay32.dlli2d_ASN1_BMPSTRINGi2d_ASN1_BOOLEAN5_i2d_ASN1_BOOLEANlibeay32.dlli2d_ASN1_BOOLEANi2d_ASN1_ENUMERATED;_i2d_ASN1_ENUMERATEDlibeay32.dlli2d_ASN1_ENUMERATEDi2d_ASN1_GENERALIZEDTIMEE_i2d_ASN1_GENERALIZEDTIMElibeay32.dlli2d_ASN1_GENERALIZEDTIMEi2d_ASN1_GENERALSTRINGA_i2d_ASN1_GENERALSTRINGlibeay32.dlli2d_ASN1_GENERALSTRINGi2d_ASN1_IA5STRING9_i2d_ASN1_IA5STRINGlibeay32.dlli2d_ASN1_IA5STRINGi2d_ASN1_INTEGER5_i2d_ASN1_INTEGERlibeay32.dlli2d_ASN1_INTEGER
i2d_ASN1_NULL/_i2d_ASN1_NULLlibeay32.dll
i2d_ASN1_NULLi2d_ASN1_OBJECT3_i2d_ASN1_OBJECTlibeay32.dlli2d_ASN1_OBJECTi2d_ASN1_OCTET_STRING?_i2d_ASN1_OCTET_STRINGlibeay32.dlli2d_ASN1_OCTET_STRINGi2d_ASN1_PRINTABLE9_i2d_ASN1_PRINTABLElibeay32.dlli2d_ASN1_PRINTABLEi2d_ASN1_PRINTABLESTRINGE_i2d_ASN1_PRINTABLESTRINGlibeay32.dlli2d_ASN1_PRINTABLESTRINGi2d_ASN1_SEQUENCE_ANY?_i2d_ASN1_SEQUENCE_ANYlibeay32.dlli2d_ASN1_SEQUENCE_ANYi2d_ASN1_SET-
_i2d_ASN1_SETlibeay32.dlli2d_ASN1_SETi2d_ASN1_SET_ANY5_i2d_ASN1_SET_ANYlibeay32.dlli2d_ASN1_SET_ANYi2d_ASN1_T61STRING9_i2d_ASN1_T61STRINGlibeay32.dlli2d_ASN1_T61STRING
i2d_ASN1_TIME/_i2d_ASN1_TIMElibeay32.dll
i2d_ASN1_TIME
i2d_ASN1_TYPE/_i2d_ASN1_TYPElibeay32.dll
i2d_ASN1_TYPEi2d_ASN1_UNIVERSALSTRINGE_i2d_ASN1_UNIVERSALSTRINGlibeay32.dlli2d_ASN1_UNIVERSALSTRINGi2d_ASN1_UTCTIME5_i2d_ASN1_UTCTIMElibeay32.dlli2d_ASN1_UTCTIMEi2d_ASN1_UTF8STRING;_i2d_ASN1_UTF8STRINGlibeay32.dlli2d_ASN1_UTF8STRINGi2d_ASN1_VISIBLESTRINGA_i2d_ASN1_VISIBLESTRINGlibeay32.dlli2d_ASN1_VISIBLESTRINGi2d_ASN1_bio_stream;_i2d_ASN1_bio_streamlibeay32.dlli2d_ASN1_bio_streami2d_ASN1_bytes1_i2d_ASN1_byteslibeay32.dlli2d_ASN1_bytesi2d_AUTHORITY_INFO_ACCESSG_i2d_AUTHORITY_INFO_ACCESSlibeay32.dlli2d_AUTHORITY_INFO_ACCESSi2d_AUTHORITY_KEYID;_i2d_AUTHORITY_KEYIDlibeay32.dlli2d_AUTHORITY_KEYIDi2d_BASIC_CONSTRAINTS?_i2d_BASIC_CONSTRAINTSlibeay32.dlli2d_BASIC_CONSTRAINTSi2d_CERTIFICATEPOLICIESC_i2d_CERTIFICATEPOLICIESlibeay32.dlli2d_CERTIFICATEPOLICIESi2d_CMS_ContentInfo;_i2d_CMS_ContentInfolibeay32.dlli2d_CMS_ContentInfoi2d_CMS_ReceiptRequestA_i2d_CMS_ReceiptRequestlibeay32.dlli2d_CMS_ReceiptRequest
i2d_CMS_bio+_i2d_CMS_biolibeay32.dlli2d_CMS_bioi2d_CMS_bio_stream9_i2d_CMS_bio_streamlibeay32.dlli2d_CMS_bio_streami2d_CRL_DIST_POINTS;_i2d_CRL_DIST_POINTSlibeay32.dlli2d_CRL_DIST_POINTSi2d_DHparams-
_i2d_DHparamslibeay32.dlli2d_DHparamsi2d_DIRECTORYSTRING;_i2d_DIRECTORYSTRINGlibeay32.dlli2d_DIRECTORYSTRINGi2d_DISPLAYTEXT3_i2d_DISPLAYTEXTlibeay32.dlli2d_DISPLAYTEXTi2d_DIST_POINT1_i2d_DIST_POINTlibeay32.dlli2d_DIST_POINTi2d_DIST_POINT_NAME;_i2d_DIST_POINT_NAMElibeay32.dlli2d_DIST_POINT_NAMEi2d_DSAPrivateKey7_i2d_DSAPrivateKeylibeay32.dlli2d_DSAPrivateKeyi2d_DSAPrivateKey_bio?_i2d_DSAPrivateKey_biolibeay32.dlli2d_DSAPrivateKey_bioi2d_DSAPrivateKey_fp=_i2d_DSAPrivateKey_fplibeay32.dlli2d_DSAPrivateKey_fpi2d_DSAPublicKey5_i2d_DSAPublicKeylibeay32.dlli2d_DSAPublicKeyi2d_DSA_PUBKEY1_i2d_DSA_PUBKEYlibeay32.dlli2d_DSA_PUBKEYi2d_DSA_PUBKEY_bio9_i2d_DSA_PUBKEY_biolibeay32.dlli2d_DSA_PUBKEY_bioi2d_DSA_PUBKEY_fp7_i2d_DSA_PUBKEY_fplibeay32.dlli2d_DSA_PUBKEY_fp
i2d_DSA_SIG+_i2d_DSA_SIGlibeay32.dlli2d_DSA_SIG
i2d_DSAparams/_i2d_DSAparamslibeay32.dll
i2d_DSAparams
i2d_ECDSA_SIG/_i2d_ECDSA_SIGlibeay32.dll
i2d_ECDSA_SIGi2d_ECPKParameters9_i2d_ECPKParameterslibeay32.dlli2d_ECPKParametersi2d_ECParameters5_i2d_ECParameterslibeay32.dlli2d_ECParametersi2d_ECPrivateKey5_i2d_ECPrivateKeylibeay32.dlli2d_ECPrivateKeyi2d_ECPrivateKey_bio=_i2d_ECPrivateKey_biolibeay32.dlli2d_ECPrivateKey_bioi2d_ECPrivateKey_fp;_i2d_ECPrivateKey_fplibeay32.dlli2d_ECPrivateKey_fp
i2d_EC_PUBKEY/_i2d_EC_PUBKEYlibeay32.dll
i2d_EC_PUBKEYi2d_EC_PUBKEY_bio7_i2d_EC_PUBKEY_biolibeay32.dlli2d_EC_PUBKEY_bioi2d_EC_PUBKEY_fp5_i2d_EC_PUBKEY_fplibeay32.dlli2d_EC_PUBKEY_fpi2d_EDIPARTYNAME5_i2d_EDIPARTYNAMElibeay32.dlli2d_EDIPARTYNAMEi2d_ESS_CERT_ID3_i2d_ESS_CERT_IDlibeay32.dlli2d_ESS_CERT_IDi2d_ESS_ISSUER_SERIAL?_i2d_ESS_ISSUER_SERIALlibeay32.dlli2d_ESS_ISSUER_SERIALi2d_ESS_SIGNING_CERT=_i2d_ESS_SIGNING_CERTlibeay32.dlli2d_ESS_SIGNING_CERTi2d_EXTENDED_KEY_USAGEA_i2d_EXTENDED_KEY_USAGElibeay32.dlli2d_EXTENDED_KEY_USAGEi2d_GENERAL_NAME5_i2d_GENERAL_NAMElibeay32.dlli2d_GENERAL_NAMEi2d_GENERAL_NAMES7_i2d_GENERAL_NAMESlibeay32.dlli2d_GENERAL_NAMESi2d_ISSUING_DIST_POINTA_i2d_ISSUING_DIST_POINTlibeay32.dlli2d_ISSUING_DIST_POINTi2d_KRB5_APREQ1_i2d_KRB5_APREQlibeay32.dlli2d_KRB5_APREQi2d_KRB5_APREQBODY9_i2d_KRB5_APREQBODYlibeay32.dlli2d_KRB5_APREQBODYi2d_KRB5_AUTHDATA7_i2d_KRB5_AUTHDATAlibeay32.dlli2d_KRB5_AUTHDATAi2d_KRB5_AUTHENT5_i2d_KRB5_AUTHENTlibeay32.dlli2d_KRB5_AUTHENTi2d_KRB5_AUTHENTBODY=_i2d_KRB5_AUTHENTBODYlibeay32.dlli2d_KRB5_AUTHENTBODYi2d_KRB5_CHECKSUM7_i2d_KRB5_CHECKSUMlibeay32.dlli2d_KRB5_CHECKSUMi2d_KRB5_ENCDATA5_i2d_KRB5_ENCDATAlibeay32.dlli2d_KRB5_ENCDATAi2d_KRB5_ENCKEY3_i2d_KRB5_ENCKEYlibeay32.dlli2d_KRB5_ENCKEYi2d_KRB5_PRINCNAME9_i2d_KRB5_PRINCNAMElibeay32.dlli2d_KRB5_PRINCNAMEi2d_KRB5_TICKET3_i2d_KRB5_TICKETlibeay32.dlli2d_KRB5_TICKETi2d_KRB5_TKTBODY5_i2d_KRB5_TKTBODYlibeay32.dlli2d_KRB5_TKTBODYi2d_NETSCAPE_CERT_SEQUENCEI_i2d_NETSCAPE_CERT_SEQUENCElibeay32.dlli2d_NETSCAPE_CERT_SEQUENCEi2d_NETSCAPE_SPKAC9_i2d_NETSCAPE_SPKAClibeay32.dlli2d_NETSCAPE_SPKACi2d_NETSCAPE_SPKI7_i2d_NETSCAPE_SPKIlibeay32.dlli2d_NETSCAPE_SPKIi2d_NETSCAPE_X5097_i2d_NETSCAPE_X509libeay32.dlli2d_NETSCAPE_X509
i2d_NOTICEREF/_i2d_NOTICEREFlibeay32.dll
i2d_NOTICEREFi2d_Netscape_RSA5_i2d_Netscape_RSAlibeay32.dlli2d_Netscape_RSAi2d_OCSP_BASICRESP9_i2d_OCSP_BASICRESPlibeay32.dlli2d_OCSP_BASICRESPi2d_OCSP_CERTID3_i2d_OCSP_CERTIDlibeay32.dlli2d_OCSP_CERTIDi2d_OCSP_CERTSTATUS;_i2d_OCSP_CERTSTATUSlibeay32.dlli2d_OCSP_CERTSTATUSi2d_OCSP_CRLID1_i2d_OCSP_CRLIDlibeay32.dlli2d_OCSP_CRLIDi2d_OCSP_ONEREQ3_i2d_OCSP_ONEREQlibeay32.dlli2d_OCSP_ONEREQi2d_OCSP_REQINFO5_i2d_OCSP_REQINFOlibeay32.dlli2d_OCSP_REQINFOi2d_OCSP_REQUEST5_i2d_OCSP_REQUESTlibeay32.dlli2d_OCSP_REQUESTi2d_OCSP_RESPBYTES9_i2d_OCSP_RESPBYTESlibeay32.dlli2d_OCSP_RESPBYTESi2d_OCSP_RESPDATA7_i2d_OCSP_RESPDATAlibeay32.dlli2d_OCSP_RESPDATAi2d_OCSP_RESPID3_i2d_OCSP_RESPIDlibeay32.dlli2d_OCSP_RESPIDi2d_OCSP_RESPONSE7_i2d_OCSP_RESPONSElibeay32.dlli2d_OCSP_RESPONSEi2d_OCSP_REVOKEDINFO=_i2d_OCSP_REVOKEDINFOlibeay32.dlli2d_OCSP_REVOKEDINFOi2d_OCSP_SERVICELOC;_i2d_OCSP_SERVICELOClibeay32.dlli2d_OCSP_SERVICELOCi2d_OCSP_SIGNATURE9_i2d_OCSP_SIGNATURElibeay32.dlli2d_OCSP_SIGNATUREi2d_OCSP_SINGLERESP;_i2d_OCSP_SINGLERESPlibeay32.dlli2d_OCSP_SINGLERESP
i2d_OTHERNAME/_i2d_OTHERNAMElibeay32.dll
i2d_OTHERNAME
i2d_PBE2PARAM/_i2d_PBE2PARAMlibeay32.dll
i2d_PBE2PARAMi2d_PBEPARAM-
_i2d_PBEPARAMlibeay32.dlli2d_PBEPARAMi2d_PBKDF2PARAM3_i2d_PBKDF2PARAMlibeay32.dlli2d_PBKDF2PARAM
i2d_PKCS12)_i2d_PKCS12libeay32.dll
i2d_PKCS12i2d_PKCS12_BAGS3_i2d_PKCS12_BAGSlibeay32.dlli2d_PKCS12_BAGSi2d_PKCS12_MAC_DATA;_i2d_PKCS12_MAC_DATAlibeay32.dlli2d_PKCS12_MAC_DATAi2d_PKCS12_SAFEBAG9_i2d_PKCS12_SAFEBAGlibeay32.dlli2d_PKCS12_SAFEBAGi2d_PKCS12_bio1_i2d_PKCS12_biolibeay32.dlli2d_PKCS12_bio
i2d_PKCS12_fp/_i2d_PKCS12_fplibeay32.dll
i2d_PKCS12_fp	i2d_PKCS7'
_i2d_PKCS7libeay32.dll	i2d_PKCS7i2d_PKCS7_DIGEST5_i2d_PKCS7_DIGESTlibeay32.dlli2d_PKCS7_DIGESTi2d_PKCS7_ENCRYPT7_i2d_PKCS7_ENCRYPTlibeay32.dlli2d_PKCS7_ENCRYPTi2d_PKCS7_ENC_CONTENT?_i2d_PKCS7_ENC_CONTENTlibeay32.dlli2d_PKCS7_ENC_CONTENTi2d_PKCS7_ENVELOPE9_i2d_PKCS7_ENVELOPElibeay32.dlli2d_PKCS7_ENVELOPEi2d_PKCS7_ISSUER_AND_SERIALK_i2d_PKCS7_ISSUER_AND_SERIALlibeay32.dlli2d_PKCS7_ISSUER_AND_SERIALi2d_PKCS7_NDEF1_i2d_PKCS7_NDEFlibeay32.dlli2d_PKCS7_NDEFi2d_PKCS7_RECIP_INFO=_i2d_PKCS7_RECIP_INFOlibeay32.dlli2d_PKCS7_RECIP_INFOi2d_PKCS7_SIGNED5_i2d_PKCS7_SIGNEDlibeay32.dlli2d_PKCS7_SIGNEDi2d_PKCS7_SIGNER_INFO?_i2d_PKCS7_SIGNER_INFOlibeay32.dlli2d_PKCS7_SIGNER_INFOi2d_PKCS7_SIGN_ENVELOPEC_i2d_PKCS7_SIGN_ENVELOPElibeay32.dlli2d_PKCS7_SIGN_ENVELOPE
i2d_PKCS7_bio/_i2d_PKCS7_biolibeay32.dll
i2d_PKCS7_bioi2d_PKCS7_bio_stream=_i2d_PKCS7_bio_streamlibeay32.dlli2d_PKCS7_bio_streami2d_PKCS7_fp-
_i2d_PKCS7_fplibeay32.dlli2d_PKCS7_fpi2d_PKCS8PrivateKeyInfo_bioK_i2d_PKCS8PrivateKeyInfo_biolibeay32.dlli2d_PKCS8PrivateKeyInfo_bioi2d_PKCS8PrivateKeyInfo_fpI_i2d_PKCS8PrivateKeyInfo_fplibeay32.dlli2d_PKCS8PrivateKeyInfo_fpi2d_PKCS8PrivateKey_bioC_i2d_PKCS8PrivateKey_biolibeay32.dlli2d_PKCS8PrivateKey_bioi2d_PKCS8PrivateKey_fpA_i2d_PKCS8PrivateKey_fplibeay32.dlli2d_PKCS8PrivateKey_fpi2d_PKCS8PrivateKey_nid_bioK_i2d_PKCS8PrivateKey_nid_biolibeay32.dlli2d_PKCS8PrivateKey_nid_bioi2d_PKCS8PrivateKey_nid_fpI_i2d_PKCS8PrivateKey_nid_fplibeay32.dlli2d_PKCS8PrivateKey_nid_fpi2d_PKCS8_PRIV_KEY_INFOC_i2d_PKCS8_PRIV_KEY_INFOlibeay32.dlli2d_PKCS8_PRIV_KEY_INFOi2d_PKCS8_PRIV_KEY_INFO_bioK_i2d_PKCS8_PRIV_KEY_INFO_biolibeay32.dlli2d_PKCS8_PRIV_KEY_INFO_bioi2d_PKCS8_PRIV_KEY_INFO_fpI_i2d_PKCS8_PRIV_KEY_INFO_fplibeay32.dlli2d_PKCS8_PRIV_KEY_INFO_fp
i2d_PKCS8_bio/_i2d_PKCS8_biolibeay32.dll
i2d_PKCS8_bioi2d_PKCS8_fp-
_i2d_PKCS8_fplibeay32.dlli2d_PKCS8_fpi2d_PKEY_USAGE_PERIOD?_i2d_PKEY_USAGE_PERIODlibeay32.dlli2d_PKEY_USAGE_PERIODi2d_POLICYINFO1_i2d_POLICYINFOlibeay32.dlli2d_POLICYINFOi2d_POLICYQUALINFO9_i2d_POLICYQUALINFOlibeay32.dlli2d_POLICYQUALINFOi2d_PROXY_CERT_INFO_EXTENSIONO_i2d_PROXY_CERT_INFO_EXTENSIONlibeay32.dlli2d_PROXY_CERT_INFO_EXTENSIONi2d_PROXY_POLICY5_i2d_PROXY_POLICYlibeay32.dlli2d_PROXY_POLICY
i2d_PUBKEY)_i2d_PUBKEYlibeay32.dll
i2d_PUBKEYi2d_PUBKEY_bio1_i2d_PUBKEY_biolibeay32.dlli2d_PUBKEY_bio
i2d_PUBKEY_fp/_i2d_PUBKEY_fplibeay32.dll
i2d_PUBKEY_fpi2d_PrivateKey1_i2d_PrivateKeylibeay32.dlli2d_PrivateKeyi2d_PrivateKey_bio9_i2d_PrivateKey_biolibeay32.dlli2d_PrivateKey_bioi2d_PrivateKey_fp7_i2d_PrivateKey_fplibeay32.dlli2d_PrivateKey_fp
i2d_PublicKey/_i2d_PublicKeylibeay32.dll
i2d_PublicKeyi2d_RSAPrivateKey7_i2d_RSAPrivateKeylibeay32.dlli2d_RSAPrivateKeyi2d_RSAPrivateKey_bio?_i2d_RSAPrivateKey_biolibeay32.dlli2d_RSAPrivateKey_bioi2d_RSAPrivateKey_fp=_i2d_RSAPrivateKey_fplibeay32.dlli2d_RSAPrivateKey_fpi2d_RSAPublicKey5_i2d_RSAPublicKeylibeay32.dlli2d_RSAPublicKeyi2d_RSAPublicKey_bio=_i2d_RSAPublicKey_biolibeay32.dlli2d_RSAPublicKey_bioi2d_RSAPublicKey_fp;_i2d_RSAPublicKey_fplibeay32.dlli2d_RSAPublicKey_fp
i2d_RSA_NET+_i2d_RSA_NETlibeay32.dlli2d_RSA_NETi2d_RSA_PSS_PARAMS9_i2d_RSA_PSS_PARAMSlibeay32.dlli2d_RSA_PSS_PARAMSi2d_RSA_PUBKEY1_i2d_RSA_PUBKEYlibeay32.dlli2d_RSA_PUBKEYi2d_RSA_PUBKEY_bio9_i2d_RSA_PUBKEY_biolibeay32.dlli2d_RSA_PUBKEY_bioi2d_RSA_PUBKEY_fp7_i2d_RSA_PUBKEY_fplibeay32.dlli2d_RSA_PUBKEY_fp	i2d_SXNET'
_i2d_SXNETlibeay32.dll	i2d_SXNET
i2d_SXNETID+_i2d_SXNETIDlibeay32.dlli2d_SXNETIDi2d_TS_ACCURACY3_i2d_TS_ACCURACYlibeay32.dlli2d_TS_ACCURACYi2d_TS_MSG_IMPRINT9_i2d_TS_MSG_IMPRINTlibeay32.dlli2d_TS_MSG_IMPRINTi2d_TS_MSG_IMPRINT_bioA_i2d_TS_MSG_IMPRINT_biolibeay32.dlli2d_TS_MSG_IMPRINT_bioi2d_TS_MSG_IMPRINT_fp?_i2d_TS_MSG_IMPRINT_fplibeay32.dlli2d_TS_MSG_IMPRINT_fp
i2d_TS_REQ)_i2d_TS_REQlibeay32.dll
i2d_TS_REQi2d_TS_REQ_bio1_i2d_TS_REQ_biolibeay32.dlli2d_TS_REQ_bio
i2d_TS_REQ_fp/_i2d_TS_REQ_fplibeay32.dll
i2d_TS_REQ_fp
i2d_TS_RESP+_i2d_TS_RESPlibeay32.dlli2d_TS_RESPi2d_TS_RESP_bio3_i2d_TS_RESP_biolibeay32.dlli2d_TS_RESP_bioi2d_TS_RESP_fp1_i2d_TS_RESP_fplibeay32.dlli2d_TS_RESP_fpi2d_TS_STATUS_INFO9_i2d_TS_STATUS_INFOlibeay32.dlli2d_TS_STATUS_INFOi2d_TS_TST_INFO3_i2d_TS_TST_INFOlibeay32.dlli2d_TS_TST_INFOi2d_TS_TST_INFO_bio;_i2d_TS_TST_INFO_biolibeay32.dlli2d_TS_TST_INFO_bioi2d_TS_TST_INFO_fp9_i2d_TS_TST_INFO_fplibeay32.dlli2d_TS_TST_INFO_fpi2d_USERNOTICE1_i2d_USERNOTICElibeay32.dlli2d_USERNOTICE
i2d_X509%	_i2d_X509libeay32.dlli2d_X509i2d_X509_ALGOR1_i2d_X509_ALGORlibeay32.dlli2d_X509_ALGORi2d_X509_ALGORS3_i2d_X509_ALGORSlibeay32.dlli2d_X509_ALGORSi2d_X509_ATTRIBUTE9_i2d_X509_ATTRIBUTElibeay32.dlli2d_X509_ATTRIBUTEi2d_X509_AUX-
_i2d_X509_AUXlibeay32.dlli2d_X509_AUXi2d_X509_CERT_AUX7_i2d_X509_CERT_AUXlibeay32.dlli2d_X509_CERT_AUXi2d_X509_CERT_PAIR9_i2d_X509_CERT_PAIRlibeay32.dlli2d_X509_CERT_PAIR
i2d_X509_CINF/_i2d_X509_CINFlibeay32.dll
i2d_X509_CINFi2d_X509_CRL-
_i2d_X509_CRLlibeay32.dlli2d_X509_CRLi2d_X509_CRL_INFO7_i2d_X509_CRL_INFOlibeay32.dlli2d_X509_CRL_INFOi2d_X509_CRL_bio5_i2d_X509_CRL_biolibeay32.dlli2d_X509_CRL_bioi2d_X509_CRL_fp3_i2d_X509_CRL_fplibeay32.dlli2d_X509_CRL_fpi2d_X509_EXTENSION9_i2d_X509_EXTENSIONlibeay32.dlli2d_X509_EXTENSIONi2d_X509_EXTENSIONS;_i2d_X509_EXTENSIONSlibeay32.dlli2d_X509_EXTENSIONS
i2d_X509_NAME/_i2d_X509_NAMElibeay32.dll
i2d_X509_NAMEi2d_X509_NAME_ENTRY;_i2d_X509_NAME_ENTRYlibeay32.dlli2d_X509_NAME_ENTRY
i2d_X509_PKEY/_i2d_X509_PKEYlibeay32.dll
i2d_X509_PKEYi2d_X509_PUBKEY3_i2d_X509_PUBKEYlibeay32.dlli2d_X509_PUBKEYi2d_X509_REQ-
_i2d_X509_REQlibeay32.dlli2d_X509_REQi2d_X509_REQ_INFO7_i2d_X509_REQ_INFOlibeay32.dlli2d_X509_REQ_INFOi2d_X509_REQ_bio5_i2d_X509_REQ_biolibeay32.dlli2d_X509_REQ_bioi2d_X509_REQ_fp3_i2d_X509_REQ_fplibeay32.dlli2d_X509_REQ_fpi2d_X509_REVOKED5_i2d_X509_REVOKEDlibeay32.dlli2d_X509_REVOKEDi2d_X509_SIG-
_i2d_X509_SIGlibeay32.dlli2d_X509_SIGi2d_X509_VAL-
_i2d_X509_VALlibeay32.dlli2d_X509_VALi2d_X509_bio-
_i2d_X509_biolibeay32.dlli2d_X509_bio
i2d_X509_fp+_i2d_X509_fplibeay32.dlli2d_X509_fpi2o_ECPublicKey3_i2o_ECPublicKeylibeay32.dlli2o_ECPublicKeyi2s_ASN1_ENUMERATED;_i2s_ASN1_ENUMERATEDlibeay32.dlli2s_ASN1_ENUMERATEDi2s_ASN1_ENUMERATED_TABLEG_i2s_ASN1_ENUMERATED_TABLElibeay32.dlli2s_ASN1_ENUMERATED_TABLEi2s_ASN1_INTEGER5_i2s_ASN1_INTEGERlibeay32.dlli2s_ASN1_INTEGERi2s_ASN1_OCTET_STRING?_i2s_ASN1_OCTET_STRINGlibeay32.dlli2s_ASN1_OCTET_STRINGi2t_ASN1_OBJECT3_i2t_ASN1_OBJECTlibeay32.dlli2t_ASN1_OBJECTi2v_ASN1_BIT_STRING;_i2v_ASN1_BIT_STRINGlibeay32.dlli2v_ASN1_BIT_STRINGi2v_GENERAL_NAME5_i2v_GENERAL_NAMElibeay32.dlli2v_GENERAL_NAMEi2v_GENERAL_NAMES7_i2v_GENERAL_NAMESlibeay32.dlli2v_GENERAL_NAMESidea_cbc_encrypt5_idea_cbc_encryptlibeay32.dllidea_cbc_encryptidea_cfb64_encrypt9_idea_cfb64_encryptlibeay32.dllidea_cfb64_encryptidea_ecb_encrypt5_idea_ecb_encryptlibeay32.dllidea_ecb_encryptidea_encrypt-
_idea_encryptlibeay32.dllidea_encryptidea_ofb64_encrypt9_idea_ofb64_encryptlibeay32.dllidea_ofb64_encryptidea_options-
_idea_optionslibeay32.dllidea_optionsidea_set_decrypt_key=_idea_set_decrypt_keylibeay32.dllidea_set_decrypt_keyidea_set_encrypt_key=_idea_set_encrypt_keylibeay32.dllidea_set_encrypt_key	lh_delete'
_lh_deletelibeay32.dll	lh_delete
lh_doall%	_lh_doalllibeay32.dlllh_doalllh_doall_arg-
_lh_doall_arglibeay32.dlllh_doall_arg	lh_free#_lh_freelibeay32.dlllh_free	lh_insert'
_lh_insertlibeay32.dll	lh_insertlh_new!_lh_newlibeay32.dlllh_new
lh_node_stats/_lh_node_statslibeay32.dll
lh_node_statslh_node_stats_bio7_lh_node_stats_biolibeay32.dlllh_node_stats_biolh_node_usage_stats;_lh_node_usage_statslibeay32.dlllh_node_usage_statslh_node_usage_stats_bioC_lh_node_usage_stats_biolibeay32.dlllh_node_usage_stats_biolh_num_items-
_lh_num_itemslibeay32.dlllh_num_items
lh_retrieve+_lh_retrievelibeay32.dlllh_retrieve
lh_stats%	_lh_statslibeay32.dlllh_statslh_stats_bio-
_lh_stats_biolibeay32.dlllh_stats_bio
lh_strhash)_lh_strhashlibeay32.dll
lh_strhash
name_cmp%	_name_cmplibeay32.dllname_cmpo2i_ECPublicKey3_o2i_ECPublicKeylibeay32.dllo2i_ECPublicKey
pitem_free)_pitem_freelibeay32.dll
pitem_free	pitem_new'
_pitem_newlibeay32.dll	pitem_new
pqueue_find+_pqueue_findlibeay32.dllpqueue_find
pqueue_free+_pqueue_freelibeay32.dllpqueue_free
pqueue_insert/_pqueue_insertlibeay32.dll
pqueue_insertpqueue_iterator3_pqueue_iteratorlibeay32.dllpqueue_iterator
pqueue_new)_pqueue_newlibeay32.dll
pqueue_new
pqueue_next+_pqueue_nextlibeay32.dllpqueue_next
pqueue_peek+_pqueue_peeklibeay32.dllpqueue_peek
pqueue_pop)_pqueue_poplibeay32.dll
pqueue_poppqueue_print-
_pqueue_printlibeay32.dllpqueue_print
pqueue_size+_pqueue_sizelibeay32.dllpqueue_sizeprivate_AES_set_decrypt_keyK_private_AES_set_decrypt_keylibeay32.dllprivate_AES_set_decrypt_keyprivate_AES_set_encrypt_keyK_private_AES_set_encrypt_keylibeay32.dllprivate_AES_set_encrypt_keyprivate_RC4_set_key;_private_RC4_set_keylibeay32.dllprivate_RC4_set_keys2i_ASN1_INTEGER5_s2i_ASN1_INTEGERlibeay32.dlls2i_ASN1_INTEGERs2i_ASN1_OCTET_STRING?_s2i_ASN1_OCTET_STRINGlibeay32.dlls2i_ASN1_OCTET_STRING	sk_delete'
_sk_deletelibeay32.dll	sk_delete
sk_delete_ptr/_sk_delete_ptrlibeay32.dll
sk_delete_ptrsk_dup!_sk_duplibeay32.dllsk_dup	sk_find#_sk_findlibeay32.dllsk_find
sk_find_ex)_sk_find_exlibeay32.dll
sk_find_ex	sk_free#_sk_freelibeay32.dllsk_free	sk_insert'
_sk_insertlibeay32.dll	sk_insertsk_is_sorted-
_sk_is_sortedlibeay32.dllsk_is_sortedsk_new!_sk_newlibeay32.dllsk_new
sk_new_null+_sk_new_nulllibeay32.dllsk_new_nullsk_num!_sk_numlibeay32.dllsk_numsk_pop!_sk_poplibeay32.dllsk_pop
sk_pop_free+_sk_pop_freelibeay32.dllsk_pop_free	sk_push#_sk_pushlibeay32.dllsk_pushsk_set!_sk_setlibeay32.dllsk_setsk_set_cmp_func3_sk_set_cmp_funclibeay32.dllsk_set_cmp_func
sk_shift%	_sk_shiftlibeay32.dllsk_shift	sk_sort#_sk_sortlibeay32.dllsk_sort
sk_unshift)_sk_unshiftlibeay32.dll
sk_unshift
sk_value%	_sk_valuelibeay32.dllsk_value	sk_zero#_sk_zerolibeay32.dllsk_zero
string_to_hex/_string_to_hexlibeay32.dll
string_to_hexv2i_ASN1_BIT_STRING;_v2i_ASN1_BIT_STRINGlibeay32.dllv2i_ASN1_BIT_STRINGv2i_GENERAL_NAME5_v2i_GENERAL_NAMElibeay32.dllv2i_GENERAL_NAMEv2i_GENERAL_NAMES7_v2i_GENERAL_NAMESlibeay32.dllv2i_GENERAL_NAMESv2i_GENERAL_NAME_ex;_v2i_GENERAL_NAME_exlibeay32.dllv2i_GENERAL_NAME_ex-_wBTk,9_CRYPTO_malloc!_ENGINE_get_finish_function!_ERR_load_PEM_strings!m_EVP_des_cfb64!# _PKCS7_ISSUER_AND_SERIAL_digest!1_SHA512_Transform!6_TS_REQ_get_version!@8_TS_TST_INFO_set_tsa!2:_i2d_ACCESS_DESCRIPTION!M_ASN1_TYPE_set_octetstringx
_BIO_new_file	_BIO_push_BN_set_word
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_evbuffer_newlibevent.dllevbuffer_newevbuffer_overlapped_newC_evbuffer_overlapped_newlibevent.dllevbuffer_overlapped_new
evbuffer_peek/_evbuffer_peeklibevent.dll
evbuffer_peekevbuffer_prepend5_evbuffer_prependlibevent.dllevbuffer_prependevbuffer_prepend_bufferC_evbuffer_prepend_bufferlibevent.dllevbuffer_prepend_bufferevbuffer_ptr_set5_evbuffer_ptr_setlibevent.dllevbuffer_ptr_setevbuffer_pullup3_evbuffer_pulluplibevent.dllevbuffer_pullup
evbuffer_read/_evbuffer_readlibevent.dll
evbuffer_readevbuffer_readline7_evbuffer_readlinelibevent.dllevbuffer_readlineevbuffer_readln3_evbuffer_readlnlibevent.dllevbuffer_readlnevbuffer_remove3_evbuffer_removelibevent.dllevbuffer_removeevbuffer_remove_bufferA_evbuffer_remove_bufferlibevent.dllevbuffer_remove_bufferevbuffer_remove_cb9_evbuffer_remove_cblibevent.dllevbuffer_remove_cbevbuffer_remove_cb_entryE_evbuffer_remove_cb_entrylibevent.dllevbuffer_remove_cb_entryevbuffer_reserve_spaceA_evbuffer_reserve_spacelibevent.dllevbuffer_reserve_spaceevbuffer_search3_evbuffer_searchlibevent.dllevbuffer_searchevbuffer_search_eol;_evbuffer_search_eollibevent.dllevbuffer_search_eolevbuffer_search_range?_evbuffer_search_rangelibevent.dllevbuffer_search_rangeevbuffer_set_flags9_evbuffer_set_flagslibevent.dllevbuffer_set_flagsevbuffer_set_parent;_evbuffer_set_parentlibevent.dllevbuffer_set_parentevbuffer_setcb1_evbuffer_setcblibevent.dllevbuffer_setcbevbuffer_unfreeze7_evbuffer_unfreezelibevent.dllevbuffer_unfreezeevbuffer_unlock3_evbuffer_unlocklibevent.dllevbuffer_unlockevbuffer_write1_evbuffer_writelibevent.dllevbuffer_writeevbuffer_write_atmost?_evbuffer_write_atmostlibevent.dllevbuffer_write_atmostevconnlistener_disableA_evconnlistener_disablelibevent.dllevconnlistener_disableevconnlistener_enable?_evconnlistener_enablelibevent.dllevconnlistener_enableevconnlistener_free;_evconnlistener_freelibevent.dllevconnlistener_freeevconnlistener_get_baseC_evconnlistener_get_baselibevent.dllevconnlistener_get_baseevconnlistener_get_fd?_evconnlistener_get_fdlibevent.dllevconnlistener_get_fdevconnlistener_new9_evconnlistener_newlibevent.dllevconnlistener_newevconnlistener_new_asyncE_evconnlistener_new_asynclibevent.dllevconnlistener_new_asyncevconnlistener_new_bindC_evconnlistener_new_bindlibevent.dllevconnlistener_new_bindevconnlistener_set_cb?_evconnlistener_set_cblibevent.dllevconnlistener_set_cbevconnlistener_set_error_cbK_evconnlistener_set_error_cblibevent.dllevconnlistener_set_error_cbevdns_add_server_port?_evdns_add_server_portlibevent.dllevdns_add_server_port!evdns_add_server_port_with_baseS _evdns_add_server_port_with_baselibevent.dllevdns_add_server_port_with_base*(evdns_base_clear_nameservers_and_suspende)_evdns_base_clear_nameservers_and_suspendlibevent.dll(evdns_base_clear_nameservers_and_suspend'%evdns_base_config_windows_nameservers_&_evdns_base_config_windows_nameserverslibevent.dll%evdns_base_config_windows_nameserversevdns_base_count_nameserversM_evdns_base_count_nameserverslibevent.dllevdns_base_count_nameserversevdns_base_free3_evdns_base_freelibevent.dllevdns_base_freeevdns_base_load_hosts?_evdns_base_load_hostslibevent.dllevdns_base_load_hostsevdns_base_nameserver_addG_evdns_base_nameserver_addlibevent.dllevdns_base_nameserver_addevdns_base_nameserver_ip_addM_evdns_base_nameserver_ip_addlibevent.dllevdns_base_nameserver_ip_add$"evdns_base_nameserver_sockaddr_addY#_evdns_base_nameserver_sockaddr_addlibevent.dll"evdns_base_nameserver_sockaddr_addevdns_base_new1_evdns_base_newlibevent.dllevdns_base_newevdns_base_resolv_conf_parseM_evdns_base_resolv_conf_parselibevent.dllevdns_base_resolv_conf_parseevdns_base_resolve_ipv4C_evdns_base_resolve_ipv4libevent.dllevdns_base_resolve_ipv4evdns_base_resolve_ipv6C_evdns_base_resolve_ipv6libevent.dllevdns_base_resolve_ipv6evdns_base_resolve_reverseI_evdns_base_resolve_reverselibevent.dllevdns_base_resolve_reverse!evdns_base_resolve_reverse_ipv6S _evdns_base_resolve_reverse_ipv6libevent.dllevdns_base_resolve_reverse_ipv6evdns_base_resume7_evdns_base_resumelibevent.dllevdns_base_resumeevdns_base_search_add?_evdns_base_search_addlibevent.dllevdns_base_search_addevdns_base_search_clearC_evdns_base_search_clearlibevent.dllevdns_base_search_clearevdns_base_search_ndots_setK_evdns_base_search_ndots_setlibevent.dllevdns_base_search_ndots_setevdns_base_set_option?_evdns_base_set_optionlibevent.dllevdns_base_set_optionevdns_cancel_request=_evdns_cancel_requestlibevent.dllevdns_cancel_request%#evdns_clear_nameservers_and_suspend[$_evdns_clear_nameservers_and_suspendlibevent.dll#evdns_clear_nameservers_and_suspendevdns_close_server_portC_evdns_close_server_portlibevent.dllevdns_close_server_port" evdns_config_windows_nameserversU!_evdns_config_windows_nameserverslibevent.dll evdns_config_windows_nameserversevdns_count_nameserversC_evdns_count_nameserverslibevent.dllevdns_count_nameserversevdns_err_to_string;_evdns_err_to_stringlibevent.dllevdns_err_to_stringevdns_get_global_base?_evdns_get_global_baselibevent.dllevdns_get_global_baseevdns_getaddrinfo7_evdns_getaddrinfolibevent.dllevdns_getaddrinfoevdns_getaddrinfo_cancelE_evdns_getaddrinfo_cancellibevent.dllevdns_getaddrinfo_cancel
evdns_init)_evdns_initlibevent.dll
evdns_initevdns_nameserver_add=_evdns_nameserver_addlibevent.dllevdns_nameserver_addevdns_nameserver_ip_addC_evdns_nameserver_ip_addlibevent.dllevdns_nameserver_ip_addevdns_resolv_conf_parseC_evdns_resolv_conf_parselibevent.dllevdns_resolv_conf_parseevdns_resolve_ipv49_evdns_resolve_ipv4libevent.dllevdns_resolve_ipv4evdns_resolve_ipv69_evdns_resolve_ipv6libevent.dllevdns_resolve_ipv6evdns_resolve_reverse?_evdns_resolve_reverselibevent.dllevdns_resolve_reverseevdns_resolve_reverse_ipv6I_evdns_resolve_reverse_ipv6libevent.dllevdns_resolve_reverse_ipv6evdns_resume-
_evdns_resumelibevent.dllevdns_resumeevdns_search_add5_evdns_search_addlibevent.dllevdns_search_addevdns_search_clear9_evdns_search_clearlibevent.dllevdns_search_clearevdns_search_ndots_setA_evdns_search_ndots_setlibevent.dllevdns_search_ndots_set" evdns_server_request_add_a_replyU!_evdns_server_request_add_a_replylibevent.dll evdns_server_request_add_a_reply%#evdns_server_request_add_aaaa_reply[$_evdns_server_request_add_aaaa_replylibevent.dll#evdns_server_request_add_aaaa_reply&$evdns_server_request_add_cname_reply]%_evdns_server_request_add_cname_replylibevent.dll$evdns_server_request_add_cname_reply$"evdns_server_request_add_ptr_replyY#_evdns_server_request_add_ptr_replylibevent.dll"evdns_server_request_add_ptr_reply evdns_server_request_add_replyQ_evdns_server_request_add_replylibevent.dllevdns_server_request_add_replyevdns_server_request_dropG_evdns_server_request_droplibevent.dllevdns_server_request_drop*(evdns_server_request_get_requesting_addre)_evdns_server_request_get_requesting_addrlibevent.dll(evdns_server_request_get_requesting_addrevdns_server_request_respondM_evdns_server_request_respondlibevent.dllevdns_server_request_respond evdns_server_request_set_flagsQ_evdns_server_request_set_flagslibevent.dllevdns_server_request_set_flagsevdns_set_log_fn5_evdns_set_log_fnlibevent.dllevdns_set_log_fnevdns_set_option5_evdns_set_optionlibevent.dllevdns_set_optionevdns_set_random_bytes_fnG_evdns_set_random_bytes_fnlibevent.dllevdns_set_random_bytes_fnevdns_set_transaction_id_fnK_evdns_set_transaction_id_fnlibevent.dllevdns_set_transaction_id_fnevdns_shutdown1_evdns_shutdownlibevent.dllevdns_shutdownevent_active-
_event_activelibevent.dllevent_activeevent_active_nolock;_event_active_nolocklibevent.dllevent_active_nolock	event_add'
_event_addlibevent.dll	event_addevent_assign-
_event_assignlibevent.dllevent_assignevent_base_add_virtualA_event_base_add_virtuallibevent.dllevent_base_add_virtualevent_base_assert_ok=_event_base_assert_oklibevent.dllevent_base_assert_okevent_base_del_virtualA_event_base_del_virtuallibevent.dllevent_base_del_virtualevent_base_dispatch;_event_base_dispatchlibevent.dllevent_base_dispatchevent_base_dump_eventsA_event_base_dump_eventslibevent.dllevent_base_dump_eventsevent_base_free3_event_base_freelibevent.dllevent_base_free" event_base_get_deferred_cb_queueU!_event_base_get_deferred_cb_queuelibevent.dll event_base_get_deferred_cb_queueevent_base_get_featuresC_event_base_get_featureslibevent.dllevent_base_get_featuresevent_base_get_iocp;_event_base_get_iocplibevent.dllevent_base_get_iocpevent_base_get_method?_event_base_get_methodlibevent.dllevent_base_get_method event_base_gettimeofday_cachedQ_event_base_gettimeofday_cachedlibevent.dllevent_base_gettimeofday_cachedevent_base_got_break=_event_base_got_breaklibevent.dllevent_base_got_breakevent_base_got_exit;_event_base_got_exitlibevent.dllevent_base_got_exit event_base_init_common_timeoutQ_event_base_init_common_timeoutlibevent.dllevent_base_init_common_timeoutevent_base_loop3_event_base_looplibevent.dllevent_base_loopevent_base_loopbreak=_event_base_loopbreaklibevent.dllevent_base_loopbreakevent_base_loopexit;_event_base_loopexitlibevent.dllevent_base_loopexitevent_base_new1_event_base_newlibevent.dllevent_base_newevent_base_new_with_configI_event_base_new_with_configlibevent.dllevent_base_new_with_configevent_base_once3_event_base_oncelibevent.dllevent_base_onceevent_base_priority_initE_event_base_priority_initlibevent.dllevent_base_priority_initevent_base_set1_event_base_setlibevent.dllevent_base_setevent_base_start_iocp?_event_base_start_iocplibevent.dllevent_base_start_iocpevent_base_stop_iocp=_event_base_stop_iocplibevent.dllevent_base_stop_iocpevent_changelist_add=_event_changelist_addlibevent.dllevent_changelist_addevent_changelist_del=_event_changelist_dellibevent.dllevent_changelist_delevent_changelist_freememE_event_changelist_freememlibevent.dllevent_changelist_freememevent_changelist_init?_event_changelist_initlibevent.dllevent_changelist_initevent_changelist_remove_allK_event_changelist_remove_alllibevent.dllevent_changelist_remove_allevent_config_avoid_methodG_event_config_avoid_methodlibevent.dllevent_config_avoid_methodevent_config_free7_event_config_freelibevent.dllevent_config_freeevent_config_new5_event_config_newlibevent.dllevent_config_newevent_config_require_featuresO_event_config_require_featureslibevent.dllevent_config_require_featuresevent_config_set_flag?_event_config_set_flaglibevent.dllevent_config_set_flag event_config_set_num_cpus_hintQ_event_config_set_num_cpus_hintlibevent.dllevent_config_set_num_cpus_hintevent_debug_map_HT_CLEARE_event_debug_map_HT_CLEARlibevent.dllevent_debug_map_HT_CLEARevent_debug_map_HT_GROWC_event_debug_map_HT_GROWlibevent.dllevent_debug_map_HT_GROWevent_debug_unassign=_event_debug_unassignlibevent.dllevent_debug_unassignevent_deferred_cb_cancelE_event_deferred_cb_cancellibevent.dllevent_deferred_cb_cancelevent_deferred_cb_initA_event_deferred_cb_initlibevent.dllevent_deferred_cb_initevent_deferred_cb_queue_initM_event_deferred_cb_queue_initlibevent.dllevent_deferred_cb_queue_initevent_deferred_cb_scheduleI_event_deferred_cb_schedulelibevent.dllevent_deferred_cb_schedule	event_del'
_event_dellibevent.dll	event_delevent_dispatch1_event_dispatchlibevent.dllevent_dispatchevent_enable_debug_modeC_event_enable_debug_modelibevent.dllevent_enable_debug_mode	event_err'
_event_errlibevent.dll	event_err
event_errx)_event_errxlibevent.dll
event_errx
event_free)_event_freelibevent.dll
event_freeevent_get_assignment=_event_get_assignmentlibevent.dllevent_get_assignmentevent_get_base1_event_get_baselibevent.dllevent_get_baseevent_get_callback9_event_get_callbacklibevent.dllevent_get_callbackevent_get_callback_argA_event_get_callback_arglibevent.dllevent_get_callback_argevent_get_events5_event_get_eventslibevent.dllevent_get_eventsevent_get_fd-
_event_get_fdlibevent.dllevent_get_fdevent_get_method5_event_get_methodlibevent.dllevent_get_methodevent_get_struct_event_sizeK_event_get_struct_event_sizelibevent.dllevent_get_struct_event_sizeevent_get_supported_methodsK_event_get_supported_methodslibevent.dllevent_get_supported_methodsevent_get_version7_event_get_versionlibevent.dllevent_get_versionevent_get_version_numberE_event_get_version_numberlibevent.dllevent_get_version_numberevent_get_win32_extension_fnsO_event_get_win32_extension_fnslibevent.dllevent_get_win32_extension_fnsevent_global_current_base_I_event_global_current_base_libevent.dllevent_global_current_base_event_global_setup_locks_G_event_global_setup_locks_libevent.dllevent_global_setup_locks_
event_init)_event_initlibevent.dll
event_initevent_initialized7_event_initializedlibevent.dllevent_initializedevent_io_map_HT_CLEAR?_event_io_map_HT_CLEARlibevent.dllevent_io_map_HT_CLEARevent_io_map_HT_GROW=_event_io_map_HT_GROWlibevent.dllevent_io_map_HT_GROW event_iocp_activate_overlappedQ_event_iocp_activate_overlappedlibevent.dllevent_iocp_activate_overlappedevent_iocp_port_associateG_event_iocp_port_associatelibevent.dllevent_iocp_port_associateevent_iocp_port_launchA_event_iocp_port_launchlibevent.dllevent_iocp_port_launchevent_iocp_shutdown;_event_iocp_shutdownlibevent.dllevent_iocp_shutdown
event_loop)_event_looplibevent.dll
event_loopevent_loopbreak3_event_loopbreaklibevent.dllevent_loopbreakevent_loopexit1_event_loopexitlibevent.dllevent_loopexitevent_mm_calloc_5_event_mm_calloc_libevent.dllevent_mm_calloc_event_mm_free_1_event_mm_free_libevent.dllevent_mm_free_event_mm_malloc_5_event_mm_malloc_libevent.dllevent_mm_malloc_event_mm_realloc_7_event_mm_realloc_libevent.dllevent_mm_realloc_event_mm_strdup_5_event_mm_strdup_libevent.dllevent_mm_strdup_
event_msgx)_event_msgxlibevent.dll
event_msgx	event_new'
_event_newlibevent.dll	event_new
event_once)_event_oncelibevent.dll
event_onceevent_overlapped_init?_event_overlapped_initlibevent.dllevent_overlapped_init
event_pending/_event_pendinglibevent.dll
event_pendingevent_priority_init;_event_priority_initlibevent.dllevent_priority_initevent_priority_set9_event_priority_setlibevent.dllevent_priority_setevent_reinit-
_event_reinitlibevent.dllevent_reinit	event_set'
_event_setlibevent.dll	event_setevent_set_fatal_callbackE_event_set_fatal_callbacklibevent.dllevent_set_fatal_callbackevent_set_log_callbackA_event_set_log_callbacklibevent.dllevent_set_log_callbackevent_set_mem_functionsC_event_set_mem_functionslibevent.dllevent_set_mem_functionsevent_sock_err1_event_sock_errlibevent.dllevent_sock_errevent_sock_warn3_event_sock_warnlibevent.dllevent_sock_warn
event_warn)_event_warnlibevent.dll
event_warn
event_warnx+_event_warnxlibevent.dllevent_warnxevhttp_accept_socket=_evhttp_accept_socketlibevent.dllevhttp_accept_socket" evhttp_accept_socket_with_handleU!_evhttp_accept_socket_with_handlelibevent.dll evhttp_accept_socket_with_handleevhttp_add_header7_evhttp_add_headerlibevent.dllevhttp_add_headerevhttp_add_server_aliasC_evhttp_add_server_aliaslibevent.dllevhttp_add_server_aliasevhttp_add_virtual_hostC_evhttp_add_virtual_hostlibevent.dllevhttp_add_virtual_hostevhttp_bind_listener=_evhttp_bind_listenerlibevent.dllevhttp_bind_listenerevhttp_bind_socket9_evhttp_bind_socketlibevent.dllevhttp_bind_socket evhttp_bind_socket_with_handleQ_evhttp_bind_socket_with_handlelibevent.dllevhttp_bind_socket_with_handleevhttp_bound_socket_get_fdI_evhttp_bound_socket_get_fdlibevent.dllevhttp_bound_socket_get_fd" evhttp_bound_socket_get_listenerU!_evhttp_bound_socket_get_listenerlibevent.dll evhttp_bound_socket_get_listenerevhttp_cancel_request?_evhttp_cancel_requestlibevent.dllevhttp_cancel_requestevhttp_clear_headers=_evhttp_clear_headerslibevent.dllevhttp_clear_headersevhttp_connection_base_newI_evhttp_connection_base_newlibevent.dllevhttp_connection_base_newevhttp_connection_connectG_evhttp_connection_connectlibevent.dllevhttp_connection_connectevhttp_connection_failA_evhttp_connection_faillibevent.dllevhttp_connection_failevhttp_connection_freeA_evhttp_connection_freelibevent.dllevhttp_connection_freeevhttp_connection_get_baseI_evhttp_connection_get_baselibevent.dllevhttp_connection_get_base#!evhttp_connection_get_buffereventW"_evhttp_connection_get_buffereventlibevent.dll!evhttp_connection_get_buffereventevhttp_connection_get_peerI_evhttp_connection_get_peerlibevent.dllevhttp_connection_get_peerevhttp_connection_new?_evhttp_connection_newlibevent.dllevhttp_connection_newevhttp_connection_resetC_evhttp_connection_resetlibevent.dllevhttp_connection_resetevhttp_connection_set_baseI_evhttp_connection_set_baselibevent.dllevhttp_connection_set_baseevhttp_connection_set_closecbO_evhttp_connection_set_closecblibevent.dllevhttp_connection_set_closecb%#evhttp_connection_set_local_address[$_evhttp_connection_set_local_addresslibevent.dll#evhttp_connection_set_local_address" evhttp_connection_set_local_portU!_evhttp_connection_set_local_portlibevent.dll evhttp_connection_set_local_port%#evhttp_connection_set_max_body_size[$_evhttp_connection_set_max_body_sizelibevent.dll#evhttp_connection_set_max_body_size(&evhttp_connection_set_max_headers_sizea'_evhttp_connection_set_max_headers_sizelibevent.dll&evhttp_connection_set_max_headers_sizeevhttp_connection_set_retriesO_evhttp_connection_set_retrieslibevent.dllevhttp_connection_set_retriesevhttp_connection_set_timeoutO_evhttp_connection_set_timeoutlibevent.dllevhttp_connection_set_timeoutevhttp_decode_uri7_evhttp_decode_urilibevent.dllevhttp_decode_urievhttp_del_accept_socketE_evhttp_del_accept_socketlibevent.dllevhttp_del_accept_socket
evhttp_del_cb/_evhttp_del_cblibevent.dll
evhttp_del_cbevhttp_encode_uri7_evhttp_encode_urilibevent.dllevhttp_encode_urievhttp_find_header9_evhttp_find_headerlibevent.dllevhttp_find_header
evhttp_free+_evhttp_freelibevent.dllevhttp_freeevhttp_htmlescape7_evhttp_htmlescapelibevent.dllevhttp_htmlescapeevhttp_make_request;_evhttp_make_requestlibevent.dllevhttp_make_request
evhttp_new)_evhttp_newlibevent.dll
evhttp_newevhttp_parse_firstlineA_evhttp_parse_firstlinelibevent.dllevhttp_parse_firstlineevhttp_parse_headers=_evhttp_parse_headerslibevent.dllevhttp_parse_headersevhttp_parse_query9_evhttp_parse_querylibevent.dllevhttp_parse_queryevhttp_parse_query_strA_evhttp_parse_query_strlibevent.dllevhttp_parse_query_strevhttp_remove_header=_evhttp_remove_headerlibevent.dllevhttp_remove_headerevhttp_remove_server_aliasI_evhttp_remove_server_aliaslibevent.dllevhttp_remove_server_aliasevhttp_remove_virtual_hostI_evhttp_remove_virtual_hostlibevent.dllevhttp_remove_virtual_hostevhttp_request_free;_evhttp_request_freelibevent.dllevhttp_request_freeevhttp_request_get_commandI_evhttp_request_get_commandlibevent.dllevhttp_request_get_commandevhttp_request_get_connectionO_evhttp_request_get_connectionlibevent.dllevhttp_request_get_connectionevhttp_request_get_evhttp_uriO_evhttp_request_get_evhttp_urilibevent.dllevhttp_request_get_evhttp_urievhttp_request_get_hostC_evhttp_request_get_hostlibevent.dllevhttp_request_get_host!evhttp_request_get_input_bufferS _evhttp_request_get_input_bufferlibevent.dllevhttp_request_get_input_buffer" evhttp_request_get_input_headersU!_evhttp_request_get_input_headerslibevent.dll evhttp_request_get_input_headers" evhttp_request_get_output_bufferU!_evhttp_request_get_output_bufferlibevent.dll evhttp_request_get_output_buffer#!evhttp_request_get_output_headersW"_evhttp_request_get_output_headerslibevent.dll!evhttp_request_get_output_headers" evhttp_request_get_response_codeU!_evhttp_request_get_response_codelibevent.dll evhttp_request_get_response_codeevhttp_request_get_uriA_evhttp_request_get_urilibevent.dllevhttp_request_get_urievhttp_request_is_ownedC_evhttp_request_is_ownedlibevent.dllevhttp_request_is_ownedevhttp_request_new9_evhttp_request_newlibevent.dllevhttp_request_newevhttp_request_own9_evhttp_request_ownlibevent.dllevhttp_request_ownevhttp_request_set_chunked_cbO_evhttp_request_set_chunked_cblibevent.dllevhttp_request_set_chunked_cbevhttp_response_code=_evhttp_response_codelibevent.dllevhttp_response_codeevhttp_send_error7_evhttp_send_errorlibevent.dllevhttp_send_errorevhttp_send_page5_evhttp_send_pagelibevent.dllevhttp_send_pageevhttp_send_reply7_evhttp_send_replylibevent.dllevhttp_send_replyevhttp_send_reply_chunkC_evhttp_send_reply_chunklibevent.dllevhttp_send_reply_chunkevhttp_send_reply_end?_evhttp_send_reply_endlibevent.dllevhttp_send_reply_endevhttp_send_reply_startC_evhttp_send_reply_startlibevent.dllevhttp_send_reply_startevhttp_set_allowed_methodsI_evhttp_set_allowed_methodslibevent.dllevhttp_set_allowed_methods
evhttp_set_cb/_evhttp_set_cblibevent.dll
evhttp_set_cbevhttp_set_gencb5_evhttp_set_gencblibevent.dllevhttp_set_gencbevhttp_set_max_body_sizeE_evhttp_set_max_body_sizelibevent.dllevhttp_set_max_body_sizeevhttp_set_max_headers_sizeK_evhttp_set_max_headers_sizelibevent.dllevhttp_set_max_headers_sizeevhttp_set_timeout9_evhttp_set_timeoutlibevent.dllevhttp_set_timeoutevhttp_start-
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num_retrieve_miss     = %lu
num_retrieve          = %lu
num_no_delete         = %lu
num_delete            = %lu
num_replace           = %lu
num_insert            = %lu
num_comp_calls        = %lu
num_hash_calls        = %lu
num_contract_reallocs = %lu
num_contracts         = %lu
num_expand_reallocs   = %lu
num_expands           = %lu
num_alloc_nodes       = %u
num_nodes             = %u
num_items             = %lu
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RAND part of OpenSSL 1.0.1m 19 Mar 2015@@.\crypto\rand\md_rand.cYou need to read the OpenSSL FAQ, http://www.openssl.org/support/faq.html....................rbwb.rndC:HOMERANDFILEPRNG not seededno fips random method seterror instantiating drbgerror initialising drbgdual ec drbg disabledSSLEAY_RAND_BYTESRAND_init_fipsRAND_get_rand_method.\crypto\rand\rand_win.cDISPLAY@"@@@Thread32NextThread32FirstProcess32NextProcess32FirstHeap32ListNextHeap32ListFirstHeap32NextHeap32FirstCloseToolhelp32Snapshot@GetQueueStatusGetCursorInfoGetForegroundWindowUSER32.DLLP@Intel Hardware Cryptographic Service ProviderCryptReleaseContextCryptGenRandomCryptAcquireContextW1@LanmanServerF@LanmanWorkstationNetApiBufferFreeNetStatisticsGetNETAPI32.DLLADVAPI32.DLL??called a function that was disabled at compile-timeinternal errorpassed a null parametercalled a function you should not callmalloc failurefatalmissing asn1 eosasn1 length mismatchexpecting an asn1 sequencebad get asn1 object callbad asn1 object headernested asn1 errorTS libOCSP libENGINE libDSO libRAND libPKCS12 libX509V3 libPKCS7 libBIO libSSL libEC libCRYPTO libCONF libASN1 libX509 libDSA libPEM libOBJ libBUF libEVP libDH libRSA libBN libsystem libfreadopendirWSAstartupacceptlistenbindioctlsocketconnectfopenHMAC routinesCMS routinesFIPS routinesOCSP routinesengine routinestime stamp routinesDSO support routinesrandom number generatorPKCS12 routinesX509 V3 routinesPKCS7 routinesBIO routinesSSL routineselliptic curve routinescommon libcrypto routinesconfiguration file routinesasn1 encoding routinesx509 certificate routinesdsa routinesPEM routinesobject identifier routinesmemory buffer routinesdigital envelope routinesDiffie-Hellman routinesrsa routinesbignum routinessystem libraryunknown libraryppp0.\crypto\err\err.cint_err_get (err.c)int_thread_get (err.c)unknownNAerror:%08lX:%s:%s:%sreason(%lu)func(%lu)lib(%lu)%lu:%s:%s:%d:%s
.\crypto\objects\o_names.crsaesOaepRSAES-OAEPaes-256-cbc-hmac-sha1AES-256-CBC-HMAC-SHA1aes-192-cbc-hmac-sha1AES-192-CBC-HMAC-SHA1aes-128-cbc-hmac-sha1AES-128-CBC-HMAC-SHA1rc4-hmac-md5RC4-HMAC-MD5aes-256-xtsAES-256-XTSaes-128-xtsAES-128-XTSrsassaPssRSASSA-PSSmgf1MGF1Any Extended Key UsageanyExtendedKeyUsageid-camellia256-wrapid-camellia192-wrapid-camellia128-wrapaes-256-ctrAES-256-CTRaes-192-ctrAES-192-CTRaes-128-ctrAES-128-CTRid-aes256-wrap-padaes-256-ccmid-aes256-CCMaes-256-gcmid-aes256-GCMid-aes192-wrap-padaes-192-ccmid-aes192-CCMaes-192-gcmid-aes192-GCMid-aes128-wrap-padaes-128-ccmid-aes128-CCMaes-128-gcmid-aes128-GCMcmacid-alg-PWRI-KEKdmdNamedeltaRevocationListsupportedAlgorithmshouseIdentifieruniqueMemberdistinguishedNameprotocolInformationenhancedSearchGuidecrossCertificatePaircertificateRevocationListauthorityRevocationListcACertificateuserCertificateuserPasswordseeAlsoroleOccupantownermembersupportedApplicationContextpresentationAddresspreferredDeliveryMethoddestinationIndicatorregisteredAddressinternationaliSDNNumberx121AddressfacsimileTelephoneNumberteletexTerminalIdentifiertelexNumbertelephoneNumberphysicalDeliveryOfficeNamepostOfficeBoxpostalAddressbusinessCategorysearchGuidePermanent Identifierid-on-permanentIdentifierX509v3 Freshest CRLfreshestCRLMicrosoft Local Key setLocalKeySethmacGOST R 3410-2001 Parameter Set Cryptocomid-GostR3410-2001-ParamSet-ccGOST R 34.11-94 with GOST R 34.10-2001 Cryptocomid-GostR3411-94-with-GostR3410-2001-ccGOST R 34.11-94 with GOST R 34.10-94 Cryptocomid-GostR3411-94-with-GostR3410-94-ccGOST 34.10-2001 Cryptocomgost2001ccGOST 34.10-94 Cryptocomgost94ccGOST 28147-89 Cryptocom ParamSetid-Gost28147-89-ccid-GostR3410-94-bBisid-GostR3410-94-bid-GostR3410-94-aBisid-GostR3410-94-aid-GostR3410-2001-CryptoPro-XchB-ParamSetid-GostR3410-2001-CryptoPro-XchA-ParamSetid-GostR3410-2001-CryptoPro-C-ParamSetid-GostR3410-2001-CryptoPro-B-ParamSetid-GostR3410-2001-CryptoPro-A-ParamSetid-GostR3410-2001-TestParamSetid-GostR3410-94-CryptoPro-XchC-ParamSetid-GostR3410-94-CryptoPro-XchB-ParamSetid-GostR3410-94-CryptoPro-XchA-ParamSetid-GostR3410-94-CryptoPro-D-ParamSetid-GostR3410-94-CryptoPro-C-ParamSetid-GostR3410-94-CryptoPro-B-ParamSetid-GostR3410-94-CryptoPro-A-ParamSetid-GostR3410-94-TestParamSetid-Gost28147-89-CryptoPro-RIC-1-ParamSetid-Gost28147-89-CryptoPro-Oscar-1-0-ParamSetid-Gost28147-89-CryptoPro-Oscar-1-1-ParamSetid-Gost28147-89-CryptoPro-D-ParamSetid-Gost28147-89-CryptoPro-C-ParamSetid-Gost28147-89-CryptoPro-B-ParamSetid-Gost28147-89-CryptoPro-A-ParamSetid-Gost28147-89-TestParamSetid-GostR3411-94-CryptoProParamSetid-GostR3411-94-TestParamSetid-Gost28147-89-None-KeyMeshingid-Gost28147-89-CryptoPro-KeyMeshingGOST R 34.10-94 DHid-GostR3410-94DHGOST R 34.10-2001 DHid-GostR3410-2001DHGOST R 34.11-94 PRFprf-gostr3411-94GOST 28147-89 MACgost-macgost89-cntGOST 28147-89gost89GOST R 34.10-94gost94GOST R 34.10-2001gost2001HMAC GOST 34.11-94id-HMACGostR3411-94GOST R 34.11-94md_gost94GOST R 34.11-94 with GOST R 34.10-94id-GostR3411-94-with-GostR3410-94GOST R 34.11-94 with GOST R 34.10-2001id-GostR3411-94-with-GostR3410-2001cryptocomcryptoprowhirlpooldsa_with_SHA256dsa_with_SHA224hmacWithSHA512hmacWithSHA384hmacWithSHA256hmacWithSHA224hmacWithMD5ecdsa-with-SHA512ecdsa-with-SHA384ecdsa-with-SHA256ecdsa-with-SHA224ecdsa-with-Specifiedecdsa-with-Recommendedid-aes256-wrapid-aes192-wrapid-aes128-wrapid-ct-asciiTextWithCRLFid-smime-ct-compressedDataCA RepositorycaRepositoryid-it-suppLangTagsDiffie-Hellman based MACid-DHBasedMacpassword based MACid-PasswordBasedMAChmac-sha1HMAC-SHA1hmac-md5HMAC-MD5seed-cfbSEED-CFBseed-ofbSEED-OFBseed-cbcSEED-CBCseed-ecbSEED-ECBkisaKISAX509v3 Certificate IssuercertificateIssuerX509v3 Issuing Distrubution PointissuingDistributionPointX509v3 Subject Directory AttributessubjectDirectoryAttributescamellia-256-ofbCAMELLIA-256-OFBcamellia-192-ofbCAMELLIA-192-OFBcamellia-128-ofbCAMELLIA-128-OFBcamellia-256-cfb8CAMELLIA-256-CFB8camellia-192-cfb8CAMELLIA-192-CFB8camellia-128-cfb8CAMELLIA-128-CFB8camellia-256-cfb1CAMELLIA-256-CFB1camellia-192-cfb1CAMELLIA-192-CFB1camellia-128-cfb1CAMELLIA-128-CFB1camellia-256-cfbCAMELLIA-256-CFBcamellia-192-cfbCAMELLIA-192-CFBcamellia-128-cfbCAMELLIA-128-CFBcamellia-256-ecbCAMELLIA-256-ECBcamellia-192-ecbCAMELLIA-192-ECBcamellia-128-ecbCAMELLIA-128-ECBcamellia-256-cbcCAMELLIA-256-CBCcamellia-192-cbcCAMELLIA-192-CBCcamellia-128-cbcCAMELLIA-128-CBCipsec4Oakley-EC2N-4ipsec3Oakley-EC2N-3X509v3 Inhibit Any PolicyinhibitAnyPolicyX509v3 Policy MappingspolicyMappingsX509v3 Any PolicyanyPolicywap-wsg-idm-ecid-wtls12wap-wsg-idm-ecid-wtls11wap-wsg-idm-ecid-wtls10wap-wsg-idm-ecid-wtls9wap-wsg-idm-ecid-wtls8wap-wsg-idm-ecid-wtls7wap-wsg-idm-ecid-wtls6wap-wsg-idm-ecid-wtls5wap-wsg-idm-ecid-wtls4wap-wsg-idm-ecid-wtls3wap-wsg-idm-ecid-wtls1sect571r1sect571k1sect409r1sect409k1sect283r1sect283k1sect239k1sect233r1sect233k1sect193r2sect193r1sect163r2sect163r1sect163k1sect131r2sect131r1sect113r2sect113r1secp521r1secp384r1secp256k1secp224r1secp224k1secp192k1secp160r2secp160r1secp160k1secp128r2secp128r1secp112r2secp112r1c2tnb431r1c2pnb368w1c2tnb359v1c2pnb304w1c2pnb272w1c2onb239v5c2onb239v4c2tnb239v3c2tnb239v2c2tnb239v1c2pnb208w1c2onb191v5c2onb191v4c2tnb191v3c2tnb191v2c2tnb191v1c2pnb176v1c2pnb163v3c2pnb163v2c2pnb163v1ppBasistpBasisonBasisid-characteristic-two-basiswap-wsgwapcerticom-arcidentified-organizationsha224SHA224sha512SHA512sha384SHA384sha256SHA256sha224WithRSAEncryptionRSA-SHA224sha512WithRSAEncryptionRSA-SHA512sha384WithRSAEncryptionRSA-SHA384sha256WithRSAEncryptionRSA-SHA256Independentid-ppl-independentX509v3 Name ConstraintsnameConstraintsInherit allid-ppl-inheritAllAny languageid-ppl-anyLanguageProxy Certificate InformationproxyCertInfoid-pplpostalCodestreetAddressstreetdes-ede3-cfb8DES-EDE3-CFB8des-ede3-cfb1DES-EDE3-CFB1des-cfb8DES-CFB8des-cfb1DES-CFB1aes-256-cfb8AES-256-CFB8aes-192-cfb8AES-192-CFB8aes-128-cfb8AES-128-CFB8aes-256-cfb1AES-256-CFB1aes-192-cfb1AES-192-CFB1aes-128-cfb1AES-128-CFB1Microsoft Universal Principal NamemsUPNMicrosoft SmartcardloginmsSmartcardLoginInternational Organizationsinternational-organizationsjoint-iso-itu-tJOINT-ISO-ITU-Titu-tITU-TrsaOAEPEncryptionSETdes-cdmfDES-CDMFset-brand-Novusset-brand-MasterCardset-brand-Visaset-brand-JCBset-brand-AmericanExpressset-brand-Dinersset-brand-IATA-ATAsecure device signaturesetAttr-SecDevSigICC or token signaturesetAttr-TokICCsigcleartext track 2setAttr-T2cleartxtencrypted track 2setAttr-T2Encgenerate cryptogramsetAttr-GenCryptgrmsetAttr-IssCap-SigsetAttr-IssCap-T2setAttr-IssCap-CVMsetAttr-Token-B0PrimesetAttr-Token-EMVset-addPolicyset-rootKeyThumbissuer capabilitiessetAttr-IssCapsetAttr-TokenTypepayment gateway capabilitiessetAttr-PGWYcapsetAttr-CertsetCext-IssuerCapabilitiessetCext-TokenTypesetCext-Track2DatasetCext-TokenIdentifiersetCext-PGWYcapabilitiessetCext-setQualfsetCext-setExtsetCext-tunnelingsetCext-cCertRequiredsetCext-merchDatasetCext-certTypesetCext-hashedRootset-policy-rootadditional verificationsetext-cvsetext-track2setext-pinAnysetext-pinSecuremerchant initiated authsetext-miAuthgeneric 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cbdef}CFEDijhQNZJPOSRHIQXYWMUVTLGK.*7/,6438-5+120Z[	`a\_]
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 !y}89:;3=<>47HIJKLG@ABCDEF?MNOP65
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dijk[\]^_`abcdefghijklmnopqrstceuvwxyz{|RSTUVWXgYZ~Y~x`_	

 !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^lmno_`abcdefghijk|}~%&h-yCB* )@Fsupqrstuv$|'()*+,-/012wwxyz{43MNOP56789:;<=>?@ABCDEFGHIJKLtq	
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:;lpA	
DE012345678X[;<=>?@ABmnopqrstuvw"#GHIJKLMNO}}".\crypto\objects\obj_dat.c.%lu.\crypto\objects\obj_lib.cunknown nidOBJ_nid2snOBJ_nid2objOBJ_nid2lnOBJ_NAME_new_indexOBJ_dupOBJ_createOBJ_add_object*)A@B)tF@C`_hq@ts@wu@"t#t')+(),T)RU)Sgghggg,hg hPhh8hDh\hhhhhhthhhhhhhii.\crypto\objects\obj_xref.cABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/>?456789:;<=	

 !"#$%&'()*+,-./0123.\crypto\evp\encode.cctx->length <= (int)sizeof(ctx->enc_data)n < (int)sizeof(ctx->enc_data).\crypto\evp\digest.cctx->digest->md_size <= EVP_MAX_MD_SIZEEVP part of OpenSSL 1.0.1m 19 Mar 2015.\crypto\evp\evp_enc.cbl <= (int)sizeof(ctx->buf)b <= sizeof ctx->bufb <= sizeof ctx->finalEVP_CIPHER_CTX_iv_length(ctx) <= (int)sizeof(ctx->iv)ctx->cipher->block_size == 1 || ctx->cipher->block_size == 8 || ctx->cipher->block_size == 16niv <= EVP_MAX_IV_LENGTH.\crypto\evp\evp_key.cnkey <= EVP_MAX_KEY_LENGTHname=, value=fips_mode.\crypto\evp\evp_cnf.calg_sectionpA`>pApA>pA-pA=pApA=pApAp?pApA@pA[
CAHp]CPBHp^CCHp\	CBHp"EPDp#EPEp.EDp$EDp+JGpK<JPHpK>JGpK JFpK,0KGpK=0KPHpK?0KGpK!0KFpK0KIpK0KIpKOKpOLpOpMpOMpOKpOLpOpMpOMp OKp OLp OpMp OMpONpONp ONpO@OpO@Op O@Op.\crypto\evp\e_camellia.c PPPa PPPPPPQP0T@UPPQP0TUPPVP0TVPP@VP0T@V@PV@0TV@PV@0TV@PW@0TWPPPQP0T@UPPQP0TUPPVP0TVPP@VP0T@V@PV@0TV@PV@0TV@PW@0TW PPPQ P0T@U PPQ P0TU PPV P0TV PP@V P0T@V @PV @0TV @PV @0TV @PW @0TWvT0QaZ[vT00_aZ[vT0QaZ[vT00_aZ[ vT0QaZ[ vT00_aZ[ qTR@epc qTc@epc@qTR@epc@qTc@epcwTShH fwTghH fwTShH fwTghH f wTShH f wTghH f.\crypto\evp\e_aes.c	omo`n
o oonPp`pp%JPsqu tPu'KPsqu tPu(LPs`ru tPu&IPsru tPuJPsqu tPubJPsqu tPu.\crypto\evp\e_rc2.cl <= sizeof(iv)l
wupnw@vpowwpm	wvp000xx xP@`xPx`xP@`)*xxxP@d@Ax0zzP@dxy yP@t yy yP@t0`yyyP@pyyyP$@yyy@BBx0zz tBqF@dtqx0zz tBqF@d_`Pz`zpz$uwxzzP@dx0zz@@@d.\crypto\evp\p_open.c.\crypto\evp\p_sign.c.\crypto\evp\p_verify.c.\crypto\evp\p_lib.c%s algorithm "%s" unsupported
Public KeyPrivate KeyParameters.\crypto\evp\p_enc.c.\crypto\evp\p_dec.cmessage digestbase64 encoding.\crypto\evp\bio_b64.cctx->buf_off + i < (int)sizeof(ctx->buf)ctx->buf_len >= ctx->buf_offctx->tmp_len <= 3ctx->buf_off <= (int)sizeof(ctx->buf)i <= nctx->buf_len <= (int)sizeof(ctx->buf)ctx->buf_off < (int)sizeof(ctx->buf).\crypto\evp\bio_enc.cwrong public key typewrong final block lengthunsupported salt typeunsupported private key algorithmunsupported prfunsupported key sizeunsupported key derivation functionunsupported keylengthunsupported cipherunsupported algorithmunsuported number of roundsunknown pbe algorithmunknown optionunknown digestunknown ciphertoo largepublic key not rsaprivate key encode errorprivate key decode errorpkcs8 unknown broken typeoperaton not initializedno verify function configuredno sign function configuredno operation setno key setno dsa parametersno digest setno default digestno cipher setmethod not supportedmessage digest is nullkeygen failureiv too largeinvalid operationinvalid key lengthinvalid fips modeinvalid digestinput not initializedinitialization errorexpecting a ec keyexpecting a ecdsa keyexpecting a dsa keyexpecting a dh keyexpecting an rsa keyevp pbe cipherinit errorerror setting fips modeerror loading sectionencode errordisabled for fipsdifferent parametersdifferent key typesdata not multiple of block lengthctrl operation not implementedctrl not implementedcommand not supportedcipher parameter errorcamellia key setup failedbn pubkey errorbad key lengthbad decryptbad block lengthasn1 libaes key setup failedaes iv setup failedRC5_CTRLRC2_MAGIC_TO_METHPKEY_SET_TYPEPKCS8_set_brokenPKCS5_V2_PBKDF2_KEYIVGENPKCS5_v2_PBE_keyivgenPKCS5_PBE_keyivgenINT_CTX_NEWHMAC_Init_exFIPS_MD_CTX_COPYFIPS_DIGESTINITFIPS_CIPHER_CTX_SET_KEY_LENGTHFIPS_CIPHER_CTX_CTRLFIPS_CIPHER_CTX_COPYFIPS_CIPHERINITEVP_VerifyFinalEVP_SignFinalEVP_RIJNDAELEVP_PKEY_verify_recover_initEVP_PKEY_verify_recoverEVP_PKEY_verify_initEVP_PKEY_verifyEVP_PKEY_sign_initEVP_PKEY_signEVP_PKEY_paramgen_initEVP_PKEY_paramgenEVP_PKEY_newEVP_PKEY_keygen_initEVP_PKEY_keygenEVP_PKEY_get1_RSAEVP_PKEY_get1_EC_KEYEVP_PKEY_GET1_ECDSAEVP_PKEY_get1_DSAEVP_PKEY_get1_DHEVP_PKEY_encrypt_oldEVP_PKEY_encrypt_initEVP_PKEY_encryptEVP_PKEY_derive_set_peerEVP_PKEY_derive_initEVP_PKEY_deriveEVP_PKEY_decrypt_oldEVP_PKEY_decrypt_initEVP_PKEY_decryptEVP_PKEY_CTX_dupEVP_PKEY_CTX_ctrl_strEVP_PKEY_CTX_ctrlEVP_PKEY_copy_parametersEVP_PKEY2PKCS8_brokenEVP_PKCS82PKEY_BROKENEVP_PKCS82PKEYEVP_PBE_CipherInitEVP_PBE_alg_add_typeEVP_PBE_alg_addEVP_OpenInitEVP_MD_sizeEVP_MD_CTX_copy_exEVP_EncryptFinal_exEVP_DigestInit_exEVP_DecryptFinal_exEVP_CIPHER_CTX_set_key_lengthEVP_CIPHER_CTX_ctrlEVP_CIPHER_CTX_copyEVP_CipherInit_exECKEY_PKEY2PKCS8ECDSA_PKEY2PKCS8DSA_PKEY2PKCS8DSAPKEY2PKCS8DO_SIGVER_INITD2I_PKEYCMAC_INITCAMELLIA_INIT_KEYALG_MODULE_INITAES_XTS_CIPHERAES_XTSAES_INIT_KEYAESNI_XTS_CIPHERAESNI_INIT_KEY0camellia256CAMELLIA256camellia192CAMELLIA192camellia128CAMELLIA128aes256AES256aes192AES192aes128AES128cast-cbcCAST-cbccastCASTblowfishbfBFrc2RC2SEEDideaIDEAdes3DES3desDESdesxDESXrmd160ripemddss1DSS1ssl3-sha1ssl3-md5ssl2-md5.\crypto\evp\evp_lib.cl <= sizeof(c->iv)j <= sizeof(c->iv)reliable.\crypto\evp\bio_ok.cThe quick brown fox jumped over the lazy dog's back.TYPE=.\crypto\evp\evp_pkey.c	
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p@@ !*).\crypto\evp\evp_pbe.cEVP_CIPHER_iv_length(cipher) <= 16EVP_CIPHER_key_length(cipher) <= (int)sizeof(md_tmp).\crypto\evp\p5_crpt.ckeylen <= sizeof key.\crypto\evp\p5_crpt2.c.\crypto\evp\pmeth_lib.cdigest.\crypto\evp\pmeth_fn.c.\crypto\evp\pmeth_gn.c.\crypto\evp\m_sigver.c.\crypto\asn1\a_object.c.\crypto\asn1\a_bitstr.cc;;;%02d%02d%02d%02d%02d%02dZ.\crypto\asn1\a_utctm.ccc;;;%04d%02d%02d%02d%02d%02dZ.\crypto\asn1\a_gentm.cASN1_TIME`.\crypto\asn1\a_time.c2019.\crypto\asn1\a_int.c.\crypto\asn1\a_set.c.\crypto\asn1\a_dup.c.\crypto\asn1\a_d2i_fp.c.\crypto\asn1\a_i2d_fp.c.\crypto\asn1\a_enum.c.\crypto\asn1\a_sign.c.\crypto\asn1\a_digest.c.\crypto\asn1\a_verify.c'()+,-./:=?maxsize=minsize=%ld.\crypto\asn1\a_mbstr.cx(			0123456789ABCDEF\%02X\U%04lX\W%08lX.\crypto\asn1\a_strex.c#"= =  + ; +,, X509_ALGORSalgorithmsX509_ALGORparameter @5L؟X509_VALnotAfternotBefore|X509_PUBKEYpublic_keyalgor7@5.\crypto\asn1\x_pubkey.cX509_SIG@5ܛ|X509_REQsignaturesig_algreq_infoX509_REQ_INFOattributespubkeysubject?
0E7p@@(@?@5ءĢ̡objectX509_ATTRIBUTEvalue.singlevalue.setD 4 P$`@$BIGNUM,أ,أZLONGLONGL L.\crypto\asn1\x_long.c%ld
X509_NAMEX509_NAME_INTERNALNameX509_NAME_ENTRIESRDNSX509_NAME_ENTRYvalueԤܤĤD  EPE`FKPM H.\crypto\asn1\x_name.ccert_infoX509_CINFextensionssubjectUIDissuerUIDvalidityissuer(
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 4ܥ NХM@5ء4hLX509_CERT_PAIRreverseforwardX509_CERT_AUXotherkeyidaliasrejecttrustܧԧ̧ ħ@5OOhX509_CRLcrlX509_CRL_INFOrevokednextUpdatelastUpdateX509_REVOKEDrevocationDate8P[
@50EԨ̨TPh([T@5ء@(L.\crypto\asn1\x_crl.c.\crypto\asn1\x_info.cNETSCAPE_SPKIsig_algorspkacNETSCAPE_SPKACchallenge7p^ت@5ءLȪNETSCAPE_CERT_SEQUENCEcertsp_\OܫīNETSCAPE_X509certheader80O@ .\crypto\asn1\d2i_pu.c.\crypto\asn1\d2i_pr.c.\crypto\asn1\i2d_pu.c.\crypto\asn1\i2d_pr.cunable to print attribute
.\crypto\asn1\t_req.c%16s: %s
critical%12s%8sRequested Extensions:
%12sa0:00
%8sAttributes:
%12sUnable to load Public Key
%12sPublic Key Algorithm:         Subject Public Key Info:
        Subject:%c%8sVersion: %s%lu (%s0x%lx)
    Data:
Certificate Request:
DecNovOctSepAugJulJunMayAprMarFebJan
        Public key OCSP hash: %02X.\crypto\asn1\t_x509.c        Subject OCSP hash:     Signature Algorithm: Bad time value%s %2d %02d:%02d:%02d%.*s %d%s GMT%s %2d %02d:%02d:%02d %d%sX509v3 extensions
            Not After :             Not Before:         Validity
        Issuer:%c
%12s%s (Negative) %s%lu (%s0x%lx)
        Serial Number:%8sVersion: %lu (0x%lx)
Certificate:
%s%02X%*sKey Id: %*sAlias: %s
%*sNo Rejected Uses.
%*sRejected Uses:
%*s%*sNo Trusted Uses.
%*sTrusted Uses:
%*sCRL entry extensions
        Revocation Date:     Serial Number: No Revoked Certificates.
Revoked Certificates:
CRL extensionsNONE
%8sNext Update: %8sLast Update: %8sIssuer: %s
%8sVersion %lu (0x%lx)
Certificate Revocation List (CRL):
.\crypto\asn1\t_crl.c%s%s%s %s%lu (%s0x%lx)
%s 0

        Signature Algorithm: %s  Challenge String: %s
  Unable to load public key
  Public Key Algorithm: %s
UNKNOWNNetscape SPKI:
%*s.\crypto\asn1\tasn_new.c.\crypto\asn1\tasn_enc.c @ @.\crypto\asn1\tasn_dec.cType=Field=, Type=.\crypto\asn1\tasn_utl.cASN1_SET_ANYASN1_SEQUENCE_ANYASN1_OCTET_STRING_NDEFASN1_FBOOLEANASN1_TBOOLEANASN1_BOOLEANDIRECTORYSTRINGDISPLAYTEXTASN1_PRINTABLEASN1_SEQUENCEASN1_ANYASN1_BMPSTRINGASN1_UNIVERSALSTRINGASN1_VISIBLESTRINGASN1_GENERALIZEDTIMEASN1_UTCTIMEASN1_GENERALSTRINGASN1_IA5STRINGASN1_T61STRINGASN1_PRINTABLESTRINGASN1_UTF8STRINGASN1_OBJECTASN1_NULLASN1_OCTET_STRINGASN1_BIT_STRINGASN1_ENUMERATEDASN1_INTEGER0
 Դx`L4$=P()̳ܳ p ,p.\crypto\asn1\tasn_prn.c:  (%s)BOOL ABSENTFALSETRUE%s (%s) (%ld unused bits)
NULL
Unprocessed type %d
%*s}
 {
ERROR: selector [%d] invalid
:EXTERNAL TYPE %s

%*s
%*s%s:
%*s%s OF %s {
SEQUENCESET.\crypto\asn1\ameth_lib.c\
00.\crypto\asn1\f_int.c.\crypto\asn1\f_string.cNETSCAPE_PKEYprivate_keyNETSCAPE_ENCRYPTED_PKEYenckeyos>й
B@5ĹPSGCKEYSALTEnter Private Key password:private-key.\crypto\asn1\n_pkey.c.\crypto\asn1\f_enum.c.\crypto\asn1\x_pkey.c.\crypto\asn1\a_bool.cX509_EXTENSIONSExtensionX509_EXTENSION(0ԤhXLP<asn1.\crypto\asn1\bio_asn1.cctx->buflen <= ctx->bufsize.\crypto\asn1\bio_ndef.c.\crypto\asn1\asn_mime.cgostr3411-94sha-512sha-384sha-256--
Content-Type: text/plain

-----END %s-----
-----BEGIN %s-----
Content-Transfer-Encoding: base64%s%s name="%s"%s smime-type=%s;Content-Type: %smime; filename="%s"%ssmime.p7zcompressed-datacerts-onlysigned-datasigned-receiptenveloped-data%s------%s--%s%s filename="smime.p7s"%s%sContent-Disposition: attachment;Content-Transfer-Encoding: base64%s name="smime.p7s"%sContent-Type: %ssignature;%s------%s%s------%s%sThis is an S/MIME signed message%s%s"; boundary="----%s"%s%s micalg=" protocol="%ssignature";Content-Type: multipart/signed;MIME-Version: 1.0%sapplication/pkcs7-application/x-pkcs7-smime.p7mapplication/pkcs7-mimeapplication/x-pkcs7-mimetype: application/pkcs7-signatureapplication/x-pkcs7-signatureboundarymultipart/signedcontent-typetext/plainFORMATFORMBITWRAPSETWRAPSEQWRAPOCTWRAPIMPLICITIMPEXPLICITEXPSEQNUMERICSTRINGNUMERICGENSTRGeneralStringTELETEXSTRINGT61STRINGT61PRINTABLEPRINTABLESTRINGVISIBLEVISIBLESTRINGBMPSTRINGBMPUTF8StringUTF8IA5STRINGIA5UNIVUNIVERSALSTRINGBITSTRINGBITSTROCTETSTRINGOCTGENTIMEGENERALIZEDTIMEUTCUTCTIMEOBJECTOIDENUMERATEDENUMINTEGERINTBOOLEANBOOLk|
p

ld\XH@<0(		
	
		|
l
d\L
LHXD84( Char=.\crypto\asn1\asn1_gen.cBITLISTHEXASCIItag=string=GENERALSTRINGGRAPHICSTRINGVIDEOTEXSTRINGUTF8STRINGREALEXTERNALOBJECT DESCRIPTOROCTET STRINGBIT STRINGEOC%-18skdp|pLXL`\HP@4(unknown)appl [ %d ]cont [ %d ]priv [ %d ] prim: cons: length is greater than %ld
Error in encoding
BAD ENUMERATEDBAD INTEGER[HEX DUMP]::%dBad boolean
:BAD OBJECTd=%-2d hl=%ld l=inf  d=%-2d hl=%ld l=%4ld %5ld:ASN.1 part of OpenSSL 1.0.1m 19 Mar 2015.\crypto\asn1\asn1_lib.caddress= offset=%luwrong typewrong tagunsupported typeunsupported public key typeunsupported encryption algorithmunsupported any defined by typeunknown tagunknown signature algorithmunknown public key typeunknown object typeunknown message digest algorithmunknown formatuniversalstring is wrong lengthunexpected eocunable to decode rsa private keyunable to decode rsa keytype not primitivetype not constructedtoo longtime not ascii formattag value too highstring too shortstring too longstreaming not supportedsig invalid mime typeshort linesequence or set needs configsequence not constructedsequence length mismatchsecond number too largeprivate key header missingodd number of charsobject not ascii formatnull is wrong lengthno sig content typeno multipart boundaryno multipart body failureno matching choice typeno content typenot enough datanot ascii formatnon hex charactersnested asn1 stringmstring wrong tagmstring not universalmissing valuemissing second numbermissing eocmime sig parse errormime parse errormime no content typelist errorlength errorinvalid utf8stringinvalid universalstring lengthinvalid time formatinvalid separatorinvalid object encodinginvalid numberinvalid modifierinvalid mime typeinvalid digitinvalid bmpstring lengthinvalid bit string bits leftinteger too large for longinteger not ascii formatillegal time valueillegal tagged anyillegal options on item templateillegal optional anyillegal objectillegal null valueillegal nullillegal nested taggingillegal integerillegal implicit tagillegal hexillegal formatillegal charactersillegal booleanillegal bitstring formatheader too longfirst num too largefield missingexplicit tag not constructedexplicit length mismatchexpecting a timeexpecting a booleanexpecting an objectexpecting an integererror setting cipher paramserror parsing set elementerror getting timedigest and key type not supporteddepth exceededdecoding errordata is wrongcontext not initialisedcipher has no object identifierboolean is wrong lengthbn libbmpstring is wrong lengthbad tagbad password readbad object headerbad classaux errorasn1 sig parse errorasn1 parse erroradding objectX509_PKEY_newX509_NEWX509_NAME_EX_NEWX509_NAME_EX_D2IX509_NAME_ENCODEX509_INFO_newX509_CRL_add0_revokedX509_CINF_NEWSMIME_textSMIME_read_ASN1PKCS5_pbkdf2_setPKCS5_pbe_set0_algorPKCS5_pbe_setPKCS5_pbe2_set_ivPARSE_TAGGINGOID_MODULE_INITLONG_C2Ii2d_RSA_PUBKEYi2d_RSA_NETi2d_PublicKeyi2d_PrivateKeyi2d_EC_PUBKEYi2d_DSA_PUBKEYI2D_ASN1_TIMEi2d_ASN1_SETi2d_ASN1_bio_streamd2i_X509_PKEYD2I_X509_CINFD2I_X509D2I_RSA_NET_2d2i_RSA_NETd2i_PublicKeyd2i_PrivateKeyD2I_NETSCAPE_RSA_2d2i_Netscape_RSAd2i_AutoPrivateKeyD2I_ASN1_UTCTIMEd2i_ASN1_UINTEGERd2i_ASN1_type_bytesd2i_ASN1_SETd2i_ASN1_OBJECTD2I_ASN1_INTEGERD2I_ASN1_HEADERD2I_ASN1_GENERALIZEDTIMEd2i_ASN1_bytesd2i_ASN1_BOOLEAND2I_ASN1_BIT_STRINGCOLLECT_DATAc2i_ASN1_OBJECTc2i_ASN1_INTEGERc2i_ASN1_BIT_STRINGBN_to_ASN1_INTEGERBN_to_ASN1_ENUMERATEDBITSTR_CBBIO_new_NDEFB64_WRITE_ASN1B64_READ_ASN1ASN1_verifyASN1_UTCTIME_setASN1_UTCTIME_adjASN1_unpack_stringASN1_TYPE_get_octetstringASN1_TYPE_get_int_octetstringASN1_TIME_setASN1_TIME_adjASN1_TEMPLATE_NOEXP_D2IASN1_TEMPLATE_NEWASN1_TEMPLATE_EX_D2IASN1_STRING_type_newASN1_STRING_TABLE_addASN1_STRING_setASN1_STR2TYPEASN1_signASN1_seq_unpackASN1_seq_packASN1_PKCS5_PBE_SETASN1_PCTX_newASN1_pack_stringASN1_OUTPUT_DATAASN1_OBJECT_newASN1_mbstring_ncopyASN1_item_verifyASN1_item_unpackASN1_item_sign_ctxASN1_item_signASN1_item_packASN1_item_i2d_fpASN1_item_i2d_bioASN1_ITEM_EX_D2IASN1_ITEM_EX_COMBINE_NEWASN1_item_dupASN1_item_d2i_fpASN1_INTEGER_to_BNASN1_INTEGER_setASN1_i2d_fpASN1_i2d_bioASN1_HEADER_NEWASN1_get_objectASN1_generate_v3ASN1_GENERALIZEDTIME_setASN1_GENERALIZEDTIME_adjASN1_FIND_ENDASN1_EX_C2IASN1_ENUMERATED_to_BNASN1_ENUMERATED_setASN1_dupASN1_DO_ADBASN1_digestASN1_D2I_READ_BIOASN1_d2i_fpASN1_D2I_EX_PRIMITIVEASN1_COLLECTASN1_COLLATE_PRIMITIVEASN1_CHECK_TLENASN1_CBASN1_BIT_STRING_set_bitAPPEND_EXPa2i_ASN1_STRINGa2i_ASN1_INTEGERa2i_ASN1_ENUMERATEDa2d_ASN1_OBJECT.\crypto\asn1\a_bytes.c
@(((@(@(01(6(7(c(d(e(i@(defaultutf8onlypkixnombstrMASK:.\crypto\asn1\a_strnid.c.\crypto\asn1\evp_asn1.c.\crypto\asn1\asn_pack.cPBEPARAMitersalt.\crypto\asn1\p5_pbe.cPBKDF2PARAMprfkeylengthPBE2PARAMencryptionkeyfunc@5t@5hL \X@5.\crypto\asn1\p5_pbev2.cPKCS8_PRIV_KEY_INFOpkeypkeyalgP;
p@5h p@xT.\crypto\asn1\asn_moid.coid_section.\crypto\pem\pem_sign.c.\crypto\pem\pem_seal.cEC PRIVATE KEYDSA PRIVATE KEYRSA PRIVATE KEYX509 CRLTRUSTED CERTIFICATEX509 CERTIFICATECERTIFICATE.\crypto\pem\pem_info.cstrlen(objstr) + 23 + 2 * enc->iv_len + 13 <= sizeof bufPEM part of OpenSSL 1.0.1m 19 Mar 20150123456789ABCDEF.\crypto\pem\pem_lib.cphrase is too short, needs to be at least %d chars
Enter PEM pass phrase:Proc-Type: 4,BAD-TYPEMIC-ONLYMIC-CLEARENCRYPTEDDEK-Info: -----END -----
-----BEGIN CMSPKCS #7 SIGNED DATAPKCS7CERTIFICATE REQUESTNEW CERTIFICATE REQUESTPARAMETERSPRIVATE KEYENCRYPTED PRIVATE KEYANY PRIVATE KEYenc->iv_len <= (int)sizeof(iv)Proc-Type: Expecting: RSA PUBLIC KEYPUBLIC KEYDSA PARAMETERSEC PARAMETERSDH PARAMETERSunsupported key componentsunsupported encryptionshort headerread keypvk too shortpvk data too shortpublic key no rsaproblems getting passwordno start linenot proc typenot encryptednot dek infokeyblob too shortkeyblob header parse errorinconsistent headerexpecting public key blobexpecting private key bloberror converting private keycipher is nullbio write failurebad version numberbad magic numberbad iv charsbad end linebad base64 decodePEM_X509_INFO_write_bioPEM_X509_INFO_read_bioPEM_X509_INFO_readPEM_WRITE_PRIVATEKEYPEM_write_bioPEM_writePEM_SignFinalPEM_SealInitPEM_SealFinalPEM_READ_PRIVATEKEYPEM_READ_BIO_PRIVATEKEYPEM_read_bio_ParametersPEM_read_bioPEM_readPEM_PK8PKEYPEM_get_EVP_CIPHER_INFOPEM_F_PEM_WRITE_PKCS8PRIVATEKEYPEM_do_headerPEM_def_callbackPEM_ASN1_write_bioPEM_ASN1_writePEM_ASN1_read_bioPEM_ASN1_readLOAD_IVi2b_PVK_bioI2B_PVKDO_PVK_HEADERDO_PVK_BODYDO_PK8PKEY_FPDO_PK8PKEYDO_BLOB_HEADERDO_B2I_BIODO_B2Id2i_PKCS8PrivateKey_fpd2i_PKCS8PrivateKey_bioCHECK_BITLEN_RSACHECK_BITLEN_DSAB2I_RSAb2i_PVK_bioB2I_DSSCERTIFICATE PAIR.\crypto\pem\pem_oth.c.\crypto\pem\pem_pk8.c.\crypto\pem\pem_pkey.c%s PRIVATE KEY%s PARAMETERS.\crypto\pem\pvkfmt.c/usr/local/ssl/private/usr/local/ssl/usr/local/ssl/certs/usr/local/ssl/cert.pemSSL_CERT_DIRSSL_CERT_FILE.\crypto\x509\x509_r2x.c.\crypto\x509\x509_cmp.c0123456789ABCDEF.\crypto\x509\x509_obj.cNO X509_NAME.\crypto\x509\x509_req.c.\crypto\x509\x509spki.cX.509 part of OpenSSL 1.0.1m 19 Mar 2015.\crypto\x509\x509_vfy.cOPENSSL_ALLOW_PROXY_CERTSwrong lookup typeunknown trust idunknown purpose idunknown key typeunable to get certs public keyunable to find parameters in chainshould retrypublic key encode errorpublic key decode errorno cert set for us to verifyloading defaultsloading cert dirkey values mismatchkey type mismatchinvalid trustinvalid field nameinvalid directoryerr asn1 libcert already in hash tablecant check dh keybase64 decode errorbad x509 filetypeX509_verify_certX509_TRUST_setX509_TRUST_addX509_to_X509_REQX509_STORE_CTX_purpose_inheritX509_STORE_CTX_newX509_STORE_CTX_initX509_STORE_CTX_get1_issuerX509_STORE_add_crlX509_STORE_add_certX509_REQ_to_X509X509_REQ_print_fpX509_REQ_print_exX509_REQ_check_private_keyX509_PUBKEY_setX509_PUBKEY_getX509_print_ex_fpX509_NAME_printX509_NAME_onelineX509_NAME_ENTRY_set_objectX509_NAME_ENTRY_create_by_txtX509_NAME_ENTRY_create_by_NIDX509_NAME_add_entryX509_load_crl_fileX509_load_cert_fileX509_load_cert_crl_fileX509_get_pubkey_parametersX509_EXTENSION_create_by_OBJX509_EXTENSION_create_by_NIDX509_CRL_print_fpX509_check_private_keyX509_ATTRIBUTE_set1_dataX509_ATTRIBUTE_get0_dataX509_ATTRIBUTE_create_by_txtX509_ATTRIBUTE_create_by_OBJX509_ATTRIBUTE_create_by_NIDX509v3_add_extX509at_add1_attrNETSCAPE_SPKI_b64_encodeNETSCAPE_SPKI_b64_decodeGET_CERT_BY_SUBJECTDIR_CTRLCHECK_POLICYBY_FILE_CTRLADD_CERT_DIR.\crypto\x509\x509name.c.\crypto\x509\x509_v3.c.\crypto\x509\x509_att.c.\crypto\x509\x509_lu.cerror number %ldCRL path validation errorunsupported or invalid name syntaxunsupported or invalid name constraint syntaxunsupported name constraint typename constraints minimum and maximum not supportedexcluded subtree violationpermitted subtree violationRFC 3779 resource not subset of parent's resourcesUnsupported extension featureDifferent CRL scopeno explicit policyinvalid or inconsistent certificate policy extensioninvalid or inconsistent certificate extensionunhandled critical CRL extensionkey usage does not include digital signaturekey usage does not include CRL signingunhandled critical extensionunable to get CRL issuer certificatekey usage does not include certificate signingauthority and issuer serial number mismatchauthority and subject key identifier mismatchsubject issuer mismatchapplication verification failurecertificate rejectedcertificate not trustedunsupported certificate purposeproxy certificates not allowed, please set the appropriate flagproxy path length constraint exceededpath length constraint exceededinvalid non-CA certificate (has CA markings)invalid CA certificatecertificate revokedcertificate chain too longunable to verify the first certificateunable to get local issuer certificateself signed certificate in certificate chainself signed certificateout of memoryformat error in CRL's nextUpdate fieldformat error in CRL's lastUpdate fieldformat error in certificate's notAfter fieldformat error in certificate's notBefore fieldCRL has expiredcertificate has expiredCRL is not yet validcertificate is not yet validCRL signature failurecertificate signature failureunable to decode issuer public keyunable to decrypt CRL's signatureunable to decrypt certificate's signatureunable to get certificate CRLunable to get issuer certificateokTSA serverOCSP requestOCSP responderObject SignerS/MIME emailSSL ServerSSL Clientcompatible.\crypto\x509\x509_trs.cLoad file into cache.\crypto\x509\by_file.cLoad certs from files in a directory.\crypto\x509\by_dir.c%s%c%08lx.%s%dssl_serverssl_clientsmime_signTd.\crypto\x509\x509_vpm.cBASIC_CONSTRAINTSpathlencaW%	 &	`&	P4CAsection:,name:,value:.\crypto\x509v3\v3_bcons.cdecipherOnlyDecipher OnlyencipherOnlyEncipher OnlycRLSignCRL SignkeyCertSignCertificate SignkeyAgreementKey AgreementdataEnciphermentData EnciphermentkeyEnciphermentKey EnciphermentnonRepudiationNon RepudiationdigitalSignatureDigital SignatureobjCAObject Signing CAemailCAS/MIME CAsslCASSL CAreservedUnusedobjsignObject SigningemailserverclientG'	(	S'	(	.\crypto\x509v3\v3_bitst.c.\crypto\x509v3\v3_conf.ccritical,ASN1:DER:,section=value=EXTENDED_KEY_USAGE~p4	4	p5	pp4	4	p5	88.\crypto\x509v3\v3_extku.cH@6	6	I@6	6	J@6	6	K@6	6	L@6	6	M@6	6	N@6	6	.\crypto\x509v3\v3_ia5.c.\crypto\x509v3\v3_lib.c
%*s%*s%*s%s0123456789ABCDEF.\crypto\x509v3\v3_utl.cnoNONfalseyesYESyYtrueuser too longunsupported optionunknown extension nameunknown extensionunknown bit string argumentunable to get issuer keyidunable to get issuer detailssection not foundpolicy when proxy language requires no policypolicy syntax not currently supportedpolicy path length already definedpolicy path lengthpolicy language already definedothername erroroperation not definedodd number of digitsno subject detailsno public keyno proxy cert policy language definedno policy identifierno issuer detailsno issuer certificateno config databaseneed organization and numbersissuer decode errorinvalid syntaxinvalid sectioninvalid safiinvalid purposeinvalid proxy policy settinginvalid policy identifierinvalid optioninvalid object identifierinvalid numbersinvalid null valueinvalid null nameinvalid null argumentinvalid nameinvalid ipaddressinvalid inheritanceinvalid extension stringinvalid boolean stringinvalid asrangeinvalid asnumberinvalid multiple rdnsincorrect policy syntax tagillegal hex digitillegal empty extensionextension value errorextension setting not supportedextension not foundextension name errorextension existsexpected a section nameerror in extensionerror creating extensionerror converting zoneduplicate zone iddistpoint already setdirname errorbn to asn1 integer errorbn dec2bn errorbad objectbad ip addressX509_PURPOSE_setX509_PURPOSE_addX509V3_parse_listX509V3_get_value_boolX509V3_get_stringX509V3_get_sectionX509V3_EXT_nconfX509V3_EXT_i2dX509V3_EXT_confX509V3_EXT_add_aliasX509V3_EXT_addX509V3_add_valueX509V3_add1_i2dV3_GENERIC_EXTENSIONV3_ADDR_VALIDATE_PATH_INTERNALV2I_SUBJECT_ALTV2I_POLICY_MAPPINGSV2I_POLICY_CONSTRAINTSV2I_NAME_CONSTRAINTSV2I_ISSUER_ALTV2I_IPADDRBLOCKSV2I_IDPv2i_GENERAL_NAME_exv2i_GENERAL_NAMESV2I_EXTENDED_KEY_USAGEV2I_CRLDV2I_BASIC_CONSTRAINTSV2I_AUTHORITY_KEYIDV2I_AUTHORITY_INFO_ACCESSv2i_ASN1_BIT_STRINGV2I_ASIDENTIFIERSSXNET_get_id_ulongSXNET_get_id_ascSXNET_add_id_ulongSXNET_add_id_INTEGERSXNET_add_id_ascstring_to_hexSET_DIST_POINT_NAMES2I_SKEY_IDS2I_ASN1_SKEY_IDs2i_ASN1_OCTET_STRINGs2i_ASN1_INTEGERS2I_ASN1_IA5STRINGR2I_PCIR2I_CERTPOLPROCESS_PCI_VALUEPOLICY_SECTIONNREF_NOSNOTICE_SECTIONI2V_AUTHORITY_INFO_ACCESSi2s_ASN1_INTEGERI2S_ASN1_IA5STRINGi2s_ASN1_ENUMERATEDhex_to_stringGNAMES_FROM_SECTNAMEDO_I2V_NAME_CONSTRAINTSDO_EXT_NCONFDO_EXT_I2DDO_EXT_CONFDO_DIRNAMECOPY_ISSUERCOPY_EMAILASIDENTIFIERCHOICE_IS_CANONICALASIDENTIFIERCHOICE_CANONIZEA2I_GENERAL_NAMEGENERAL_NAMESGeneralNamesGENERAL_NAMEd.registeredIDd.iPAddressd.uniformResourceIdentifierd.ediPartyNamed.directoryNamed.x400Addressd.dNSNamed.rfc822Named.otherNameEDIPARTYNAMEpartyNamenameAssignerOTHERNAMEtype_id<	Ԥ H	0	 				T	00E`U	t		dTU	
DU`V	 a	e	V`V	 a	d	`V	 a	Registered IDIP Address%XDirNameURIDNSEdiPartyNameX400NameothernameIP Address::%XIP Address:%d.%d.%d.%dDirName: URI:%sDNS:%semail:%sEdiPartyName:X400Name:othername:.\crypto\x509v3\v3_alt.csection=otherNamedirNameIPRIDcopymoveRh	h	.\crypto\x509v3\v3_skey.chashZ	j	j	serial.\crypto\x509v3\v3_akey.calwaysPKEY_USAGE_PERIODTm	@n	  

Not After: Not Before: XB	B	B	n	AACompromiseAA CompromiseprivilegeWithdrawnPrivilege WithdrawnremoveFromCRLRemove From CRLcertificateHoldCertificate HoldcessationOfOperationCessation Of OperationsupersededSupersededaffiliationChangedAffiliation ChangedCACompromiseCA CompromisekeyCompromiseKey CompromiseunspecifiedUnspecifiedn	`SXNETidsSXNETIDuserzoneo	@t	0p	
0o	(
%*sZone: %s, User: %*sVersion: %ld (0x%lX).\crypto\x509v3\v3_sxnet.cNOTICEREFnoticenosorganizationUSERNOTICEexptextnoticerefPOLICYQUALINFOpqualidd.usernoticed.cpsurid.otherPOLICYINFOqualifierspolicyidCERTIFICATEPOLICIESYt			``u	`THu	<4 (pv	4 u	v	00.\crypto\x509v3\v3_cpols.c%*sExplicit Text: %s
%*sNumber%s: %*sOrganization: %s
noticeNumbersexplicitText%*sCPS: %s
%*sUser Notice:
%*sUnknown Qualifier: %*sNo Qualifiers
%*s%s
Non CriticalCritical%*sPolicy: userNoticeCPSpolicyIdentifieria5orgISSUING_DIST_POINTonlyattrindirectCRLonlysomereasonsonlyCAonlyuserCRL_DIST_POINTSCRLDistributionPointsDIST_POINTCRLissuerreasonsdistpointDIST_POINT_NAMEname.relativenamename.fullnameunusedg		p	Y		p	(H(td0`	8U	$DP8	U	 	8p	PPPP 			.\crypto\x509v3\v3_crld.c%*s%s:
%*s%*sRelative Name:
%*s%*sFull Name:
%*sOnly Attribute Certificates
Only Some Reasons%*sIndirect CRL
%*sOnly CA Certificates
%*sOnly User Certificates
%*sCRL Issuer:
ReasonsrelativenamefullnameonlyAAtimestampsignTime Stamp signingocsphelperOCSP helperanyAny PurposecrlsignCRL signingsmimeencryptS/MIME encryptionsmimesignS/MIME signingnssslserverNetscape SSL serversslserverSSL serversslclientSSL clientGSUWY~.\crypto\x509v3\v3_purp.cAUTHORITY_INFO_ACCESSACCESS_DESCRIPTIONlocationmethod						dXU	DT	 , - .\crypto\x509v3\v3_info.co	r 	 	P	n	`			p	q	0s0	%*scrlTime: %*scrlNum: %*scrlUrl: .\crypto\x509v3\v3_ocsp.c
%*s%*sIssuer: AUTHORITY_KEYIDħU	|
`PPOLICY_MAPPINGSPOLICY_MAPPINGsubjectDomainPolicyissuerDomainPolicy0	p	 	8 	|.\crypto\x509v3\v3_pmaps.cPOLICY_CONSTRAINTSinhibitPolicyMappingrequireExplicitPolicy		@	D Inhibit Policy MappingRequire Explicit Policy.\crypto\x509v3\v3_pcons.cNAME_CONSTRAINTSexcludedSubtreespermittedSubtreesGENERAL_SUBTREEmaximumminimum	P	0	[U	(! !h!! Ю	 Ю	! .\crypto\x509v3\v3_ncons.cexcludedpermitted%d.%d.%d.%d/%d.%d.%d.%dIP:ExcludedPermittedPROXY_CERT_INFO_EXTENSIONproxyPolicypcPathLengthConstraintPROXY_POLICYpolicypolicyLanguage""""""`	#l"	`	`	%*sPolicy Text: %s
%*sPolicy Language: infinite%*sPath Length Constraint: text:file:hex:.\crypto\x509v3\v3_pci.clanguage.\crypto\x509v3\pcy_cache.c.\crypto\x509v3\pcy_node.c.\crypto\x509v3\pcy_data.c.\crypto\x509v3\pcy_tree.c.\crypto\cms\cms_lib.cCMS_ReceiptoriginatorSignatureValueCMS_ReceiptRequestreceiptsToreceiptsFromsignedContentIdentifierCMS_ReceiptsFromd.receiptListd.allOrFirstTierCMS_Attributes_VerifyCMS_Attributes_SignCMS_ATTRIBUTESCMS_ContentInfod.compressedDatad.authenticatedDatad.encryptedDatad.digestedDatad.envelopedDatad.signedDatad.dataCMS_CompressedDatacompressionAlgorithmCMS_AuthenticatedDataunauthAttrsmacauthAttrsmacAlgorithmCMS_EncryptedDataCMS_DigestedDataCMS_EnvelopedDataunprotectedAttrsencryptedContentInforecipientInfosoriginatorInfoCMS_RecipientInfod.orid.pwrid.kekrid.karid.ktriCMS_OtherRecipientInfooriValueoriTypeCMS_PasswordRecipientInfokeyDerivationAlgorithmCMS_KEKRecipientInfokekidCMS_KEKIdentifierkeyIdentifierCMS_KeyAgreeRecipientInforecipientEncryptedKeysukmoriginatorCMS_OriginatorIdentifierOrKeyd.originatorKeyCMS_OriginatorPublicKeyCMS_RecipientEncryptedKeyCMS_KeyAgreeRecipientIdentifierd.rKeyIdCMS_RecipientKeyIdentifierdateCMS_OtherKeyAttributekeyAttrkeyAttrIdCMS_KeyTransRecipientInfoencryptedKeykeyEncryptionAlgorithmridCMS_EncryptedContentInfoencryptedContentcontentEncryptionAlgorithmCMS_OriginatorInfoCMS_SignedDatasignerInfoscrlscertificatesencapContentInfodigestAlgorithmsCMS_RevocationInfoChoiced.crlCMS_OtherRevocationInfoFormatotherRevInfootherRevInfoFormatCMS_SignerInfounsignedAttrssignatureAlgorithmsignedAttrsdigestAlgorithmsidCMS_EncapsulatedContentInfoeContenteContentTypeCMS_SignerIdentifierd.subjectKeyIdentifierd.issuerAndSerialNumberCMS_CertificateChoicesd.v2AttrCertd.v1AttrCertd.extendedCertificated.certificateCMS_OtherCertificateFormatotherCertotherCertFormatCMS_IssuerAndSerialNumber0E8,+++ L,++O+0x+0h+04	,P+8+	 +-+**`T-*@	
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B%$.\crypto\cms\cms_io.c.\crypto\cms\cms_smime.cVerify error:wrap errorverification failureunwrap failureunwrap errorunsupported recpientinfo typeunsupported recipient typeunsupported key encryption algorithmunsupported kek algorithmunsupported content typeunsupported compression algorithmunknown idunknown digest algorihmunable to finalize contexttype not enveloped datatype not encrypted datatype not digested datatype not datatype not compressed datastore init errorsmime text errorsignfinal errorsigner certificate not foundrecipient errorreceipt decode errorprivate key does not match certificateno signersno receipt requestno private keyno passwordno msgsigdigestno matching signatureno matching recipientno matching digestno key or certno keyno contentno ciphernot supported for this key typenot pwrinot key transportnot keknot encrypted datanot a signed receiptneed one signermsgsigdigest wrong lengthmsgsigdigest verification failuremsgsigdigest errormessagedigest wrong lengthmessagedigest attribute wrong lengthmd bio init errorinvalid key encryption parameterinvalid encrypted key lengtherror setting recipientinfoerror setting keyerror reading messagedigest attributeerror getting public keydigest errordecrypt errorctrl failurectrl errorcontent verify errorcontent type not signed datacontent type not enveloped datacontent type not compressed datacontent type mismatchcontent not foundcontentidentifier mismatchcms libcms datafinal errorcipher parameter initialisation errorcipher initialisation errorcertificate verify errorcertificate has no keyidcertificate already presentadd signer errorCMS_verifyCMS_uncompressCMS_streamCMS_sign_receiptCMS_SignerInfo_verify_contentCMS_SIGNERINFO_VERIFY_CERTCMS_SignerInfo_verifyCMS_SignerInfo_signCMS_SIGNERINFO_CONTENT_SIGNCMS_SIGNED_DATA_INITCMS_signCMS_set_detachedcms_set1_SignerIdentifierCMS_RecipientInfo_set0_pkeyCMS_RecipientInfo_set0_passwordCMS_RecipientInfo_set0_keycms_RecipientInfo_pwri_cryptCMS_RecipientInfo_ktri_get0_signer_idCMS_RecipientInfo_ktri_get0_algsCMS_RECIPIENTINFO_KTRI_ENCRYPTCMS_RECIPIENTINFO_KTRI_DECRYPTCMS_RecipientInfo_ktri_cert_cmpCMS_RecipientInfo_kekri_id_cmpCMS_RecipientInfo_kekri_get0_idCMS_RECIPIENTINFO_KEKRI_ENCRYPTCMS_RECIPIENTINFO_KEKRI_DECRYPTCMS_RecipientInfo_decryptcms_Receipt_verifyCMS_ReceiptRequest_create0cms_msgSigDigest_add1CMS_GET0_SIGNEDCMS_GET0_REVOCATION_CHOICEScms_get0_envelopedCMS_GET0_ECONTENT_TYPECMS_get0_contentCMS_GET0_CERTIFICATE_CHOICESCMS_finalCMS_ENVELOPED_DATA_INITcms_EnvelopedData_init_bioCMS_EnvelopedData_createCMS_EncryptedData_set1_keyCMS_EncryptedData_encryptCMS_EncryptedData_decryptcms_EncryptedContent_init_bioCMS_encryptcms_encode_ReceiptCMS_digest_verifycms_DigestedData_do_finalcms_DigestAlgorithm_init_biocms_DigestAlgorithm_find_ctxCMS_decrypt_set1_pkeyCMS_decrypt_set1_passwordCMS_decrypt_set1_keyCMS_decryptCMS_dataInitCMS_dataFinalCMS_dataCMS_COPY_MESSAGEDIGESTCMS_COPY_CONTENTcms_CompressedData_init_biocms_CompressedData_createCMS_compressCMS_ADD1_SIGNINGTIMECMS_add1_signerCMS_add1_recipient_certCMS_add1_ReceiptRequestCMS_add0_recipient_passwordCMS_add0_recipient_keyCMS_add0_certCHECK_CONTENT.\crypto\cms\cms_sd.c.\crypto\cms\cms_dd.c.\crypto\cms\cms_env.c.\crypto\cms\cms_enc.c.\crypto\cms\cms_ess.c.\crypto\cms\cms_pwri.cvariable has no valueunknown module nameunable to create new sectionno valueno sectionno conf or environment variableno confno close bracemodule initialization errormissing init functionmissing finish functionmissing equal signmissing close square bracketlist cannot be nullerror loading dsoSTR_COPYNCONF_newNCONF_load_fpNCONF_load_bioNCONF_loadNCONF_get_stringNCONF_get_sectionNCONF_get_number_eNCONF_get_numberNCONF_dump_fpNCONF_dump_bioMODULE_RUNMODULE_LOAD_DSOMODULE_INITDEF_LOAD_BIODEF_LOADCONF_parse_listCONF_modules_loadCONF_load_fpCONF_load_bioCONF_loadCONF_dump_fpCONF part of OpenSSL 1.0.1m 19 Mar 2015.\crypto\conf\conf_lib.cgroup= name=ENVvv == NULL.\crypto\conf\conf_api.cWIN32OpenSSL defaultCONF_def part of OpenSSL 1.0.1m 19 Mar 2015.\crypto\conf\conf_def.c[[%s]]
[%s] %s=%s
line .\crypto\conf\conf_mod.copenssl.cnfOPENSSL_CONFmodule=, path=OPENSSL_finishOPENSSL_init, retcode=%-8dopenssl_confTXT_DB part of OpenSSL 1.0.1m 19 Mar 2015OPENSSL_malloc failure
wrong number of fields on line %ld (looking for field %d, got %d, '%s' left)
failure in sk_push
.\crypto\txt_db\txt_db.cPKCS7_ATTR_VERIFYPKCS7_ATTR_SIGNPKCS7_ATTRIBUTESPKCS7_DIGESTmdPKCS7_ENCRYPTPKCS7_SIGN_ENVELOPEPKCS7_ENC_CONTENTcontent_typePKCS7_RECIP_INFOenc_keykey_enc_algorPKCS7_ENVELOPEenc_datarecipientinfoPKCS7_ISSUER_AND_SERIALPKCS7_SIGNER_INFOunauth_attrenc_digestdigest_enc_algauth_attrdigest_algissuer_and_serialPKCS7_SIGNEDsigner_infocontentsmd_algsd.encryptedd.digestd.signed_and_envelopedd.envelopedd.sign4 ON&`Ne
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ܛ,Mp@(TM,Mp@XTM.\crypto\pkcs7\pk7_lib.cwrong pkcs7 typewrong content typeunsupported cipher typeunknown operationunknown digest typeunable to find message digestunable to find mem biounable to find certificatesigning not supported for this key typesigning ctrl failuresignature failurepkcs7 sig parse errorpkcs7 parse errorpkcs7 datasignpkcs7 datafinal errorpkcs7 datafinalpkcs7 add signer errorpkcs7 add signature erroroperation not supported on this typeno signatures on datano recipient matches keyno recipient matches certificateno matching digest type foundmissing ceripend infoinvalid signed data typeinvalid null pointererror setting ciphererror adding recipientencryption not supported for this key typeencryption ctrl failuredigest failuredecrypted key is wrong lengthcontent and data presentcipher not initializedSMIME_read_PKCS7PKCS7_verifyPKCS7_simple_smimecapPKCS7_sign_add_signerPKCS7_SIGNER_INFO_signPKCS7_SIGNER_INFO_setPKCS7_signatureVerifyPKCS7_signPKCS7_set_typePKCS7_set_digestPKCS7_set_contentPKCS7_set_cipherPKCS7_RECIP_INFO_setPKCS7_get0_signersPKCS7_FIND_DIGESTPKCS7_finalPKCS7_encryptPKCS7_ENCODE_RINFOPKCS7_DECRYPT_RINFOPKCS7_decryptPKCS7_dataVerifyPKCS7_DATASIGNPKCS7_dataInitPKCS7_dataFinalPKCS7_dataDecodePKCS7_ctrlPKCS7_COPY_EXISTING_DIGESTPKCS7_BIO_ADD_DIGESTPKCS7_add_signerPKCS7_add_signaturePKCS7_add_recipient_infoPKCS7_add_crlPKCS7_add_certificatePKCS7_add_attrib_smimecapPKCS7_add0_attrib_signing_timei2d_PKCS7_bio_streamDO_PKCS7_SIGNED_ATTRIBB64_WRITE_PKCS7B64_READ_PKCS7.\crypto\pkcs7\pk7_doit.c.\crypto\pkcs7\pk7_smime.c.\crypto\pkcs7\pk7_attr.c.\crypto\pkcs12\p12_add.cPKCS12_AUTHSAFESPKCS12_SAFEBAGSattribPKCS12_SAFEBAGvalue.bagvalue.safesvalue.shkeybagvalue.keybagPKCS12_BAGSvalue.sdsicertvalue.x509crlvalue.x509certvalue.otherPKCS12_MAC_DATAdinfoPKCS12authsafes
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4_[.\crypto\pkcs12\p12_crpt.c.\crypto\pkcs12\p12_crt.c.\crypto\pkcs12\p12_decr.c.\crypto\pkcs12\p12_init.c.\crypto\pkcs12\p12_key.c.\crypto\pkcs12\p12_kiss.c.\crypto\pkcs12\p12_mutl.c.\crypto\pkcs12\p12_utl.c.\crypto\pkcs12\p12_npas.cunsupported pkcs12 modeunknown digest algorithmpkcs12 pbe crypt errorpkcs12 cipherfinal errorpkcs12 algor cipherinit errorparse errormac verify failuremac verify errormac string set errormac setup errormac generation errormac absentkey gen erroriv gen errorinvalid null pkcs12 pointererror setting encrypted data typeencrypt errorcontent type not datacant pack structurePKCS8_encryptPKCS8_add_keyusagePKCS12_verify_macPKCS12_unpack_p7dataPKCS12_unpack_authsafesPKCS12_set_macPKCS12_setup_macPKCS12_PBE_keyivgenPKCS12_pbe_cryptPKCS12_parsePKCS12_pack_p7encdataPKCS12_pack_p7dataPKCS12_newpassPKCS12_MAKE_SHKEYBAGPKCS12_MAKE_KEYBAGPKCS12_key_gen_uniPKCS12_key_gen_ascPKCS12_item_pack_safebagPKCS12_item_i2d_encryptPKCS12_item_decrypt_d2iPKCS12_initPKCS12_gen_macPKCS12_createPKCS12_add_localkeyidPKCS12_add_friendlyname_uniPKCS12_add_friendlyname_ascPKCS12_ADD_FRIENDLYNAMEPARSE_BAGSPARSE_BAG.\crypto\pkcs12\p12_p8e.c.\crypto\comp\comp_lib.czlib not supportedzlib inflate errorzlib deflate errorBIO_ZLIB_WRITEBIO_ZLIB_READBIO_ZLIB_NEWBIO_ZLIB_FLUSH(undef)version incompatibilityunimplemented public key methodunimplemented digestunimplemented cipherrsa not implementedprovide parametersno unload functionno such engineno referenceno load functionno indexno control functionnot loadednot initialisedinvalid stringinvalid init valueinvalid cmd numberinvalid cmd nameinternal list errorinit failed'id' or 'name' missingcould not obtain hardware handlefinish failedfailed loading public keyfailed loading private keyengine section errorengine is not in the listengine configuration errorengines section errordso not foundDSO failuredsa not implementeddh not implementedctrl command not implementedconflicting engine idcommand takes no inputcommand takes inputcmd not executableargument is not a numberalready loadedLOG_MESSAGEINT_ENGINE_MODULE_INITINT_ENGINE_CONFIGUREINT_CTRL_HELPERENGINE_up_refENGINE_UNLOCKED_FINISHENGINE_UNLOAD_KEYENGINE_TABLE_REGISTERENGINE_set_nameENGINE_set_idENGINE_SET_DEFAULT_TYPEENGINE_set_default_stringENGINE_removeENGINE_newENGINE_load_ssl_client_certENGINE_load_public_keyENGINE_load_private_keyENGINE_LIST_REMOVEENGINE_LIST_ADDENGINE_initENGINE_get_prevENGINE_get_pkey_methENGINE_get_pkey_asn1_methENGINE_get_nextENGINE_get_digestENGINE_GET_DEFAULT_TYPEENGINE_get_cipherENGINE_FREE_UTILENGINE_finishENGINE_ctrl_cmd_stringENGINE_ctrl_cmdENGINE_ctrlENGINE_cmd_is_executableENGINE_by_idENGINE_addDYNAMIC_SET_DATA_CTXDYNAMIC_LOADDYNAMIC_GET_DATA_CTXDYNAMIC_CTRL.\crypto\engine\eng_lib.c.\crypto\engine\eng_list.cid=LOADLIST_ADD1DIR_ADDDIR_LOADID/usr/local/ssl/lib/enginesOPENSSL_ENGINES.\crypto\engine\eng_init.c.\crypto\engine\eng_ctrl.c.\crypto\engine\eng_table.c.\crypto\engine\eng_pkey.cPKEY_ASN1PKEY_CRYPTOPKEYDIGESTSCIPHERSRANDECDSAECDHALLstr=.\crypto\engine\eng_fat.c.\crypto\engine\tb_cipher.c.\crypto\engine\tb_digest.c.\crypto\engine\tb_pkmeth.c.\crypto\engine\tb_asnmth.cSoftware engine supportopenssl a @Ax0zzP@d(TEST_ENG_OPENSSL_RC4) test_init_key() called
(TEST_ENG_OPENSSL_PKEY)Loading Private key %s
default_algorithms, name=initEMPTYSO_PATHdynamic_pathsoft_loadengine_id.\crypto\engine\eng_cnf.cenginesLoad up the ENGINE specified by other settingsAdds a directory from which ENGINEs can be loadedSpecifies whether to load from 'DIR_ADD' directories (0=no,1=yes,2=mandatory)Whether to add a loaded ENGINE to the internal list (0=no,1=yes,2=mandatory)Specifies an ENGINE id name for loadingSpecifies to continue even if version checking fails (boolean)NO_VCHECKSpecifies the path to the new ENGINE shared libraryDynamic engine loading supportnppHpk pkokokLokobind_enginev_check.\crypto\engine\eng_dyn.cIntel RDRAND enginerdrandOCSP_SERVICELOClocatorOCSP_CRLIDcrlTimecrlNumcrlUrlOCSP_BASICRESPtbsResponseDataOCSP_RESPDATAresponseExtensionsresponsesproducedAtresponderIdOCSP_SINGLERESPsingleExtensionsthisUpdatecertStatuscertIdOCSP_CERTSTATUSvalue.unknownvalue.revokedvalue.goodOCSP_REVOKEDINFOrevocationReasonrevocationTimeOCSP_RESPIDvalue.byKeyvalue.byNameOCSP_RESPONSEresponseBytesresponseStatusOCSP_RESPBYTESresponseresponseTypeOCSP_REQUESToptionalSignaturetbsRequestOCSP_REQINFOrequestExtensionsrequestListrequestorNameOCSP_ONEREQsingleRequestExtensionsreqCertOCSP_CERTIDissuerKeyHashissuerNameHashOCSP_SIGNATURE*@5ءOpt\t
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k]>g'A}|fG-Z3unsupported versionunsupported md algorithmunacceptable policyts datasigntst info setup errortsa untrustedtsa name mismatchtoken presenttoken not presenttime syscall errorthere must be one signerresponse setup errorpolicy mismatchpkcs7 to ts tst info failedpkcs7 add signed attr errorno time stamp tokennonce not returnednonce mismatchmessage imprint mismatchinvalid signer certificate purposeess signing certificate erroress add signing cert errordetached contentd2i ts resp int failedcould not set timecould not set enginebad typebad pkcs7 typeTS_VERIFY_CTX_newTS_VERIFY_CERTTS_VERIFYTS_TST_INFO_set_tsaTS_TST_INFO_set_timeTS_TST_INFO_set_serialTS_TST_INFO_set_policy_idTS_TST_INFO_set_nonceTS_TST_INFO_set_msg_imprintTS_TST_INFO_set_accuracyTS_RESP_verify_tokenTS_RESP_verify_signatureTS_RESP_SIGNTS_RESP_set_tst_infoTS_RESP_set_status_infoTS_RESP_SET_GENTIME_WITH_PRECISIONTS_RESP_GET_POLICYTS_RESP_CTX_set_status_infoTS_RESP_CTX_set_signer_certTS_RESP_CTX_set_def_policyTS_RESP_CTX_set_certsTS_RESP_CTX_set_accuracyTS_RESP_CTX_newTS_RESP_CTX_add_policyTS_RESP_CTX_add_mdTS_RESP_CTX_add_failure_infoTS_RESP_CREATE_TST_INFOTS_RESP_create_responseTS_REQ_set_policy_idTS_REQ_set_nonceTS_REQ_set_msg_imprintTS_MSG_IMPRINT_set_algoTS_GET_STATUS_TEXTTS_CONF_set_default_engineTS_COMPUTE_IMPRINTTS_CHECK_STATUS_INFOTS_CHECK_SIGNING_CERTSTS_CHECK_POLICYTS_CHECK_NONCESTS_CHECK_IMPRINTSTS_ACCURACY_set_secondsTS_ACCURACY_set_millisTS_ACCURACY_set_microsPKCS7_to_TS_TST_INFOINT_TS_RESP_VERIFY_TOKENESS_SIGNING_CERT_NEW_INITESS_CERT_ID_NEW_INITESS_ADD_SIGNING_CERTDEF_TIME_CBDEF_SERIAL_CBd2i_TS_RESP.\crypto\ts\ts_req_utils.cCertificate required: %s
Nonce: unspecified
Policy OID: Version: %d
.\crypto\ts\ts_rsp_utils.cthe request cannot be handled due to system failurethe additional information requested could not be understood or is not availablethe requested extension is not supported by the TSAthe requested TSA policy is not supported by the TSAthe TSA's time source is not availablethe data submitted has the wrong formattransaction not permitted or supportedunrecognized or unsupported algorithm identifierRevoked.Revocation warning.Waiting.Rejected.Granted with modifications.Granted. micros millis,  seconds, Failure info: 	Status description: out of bounds
Status: TSA: Ordering: %s
Accuracy: Time stamp: Serial number: Not included.

TST info:
Status info:
.\crypto\ts\ts_rsp_sign.cBad message digest.Message digest algorithm is not supported.Superfluous message digest parameter.Bad request version.Requested policy is not supported..%06ld%04d%02d%02d%02d%02d%02dError during serial number generation.Time is not available.Unsupported extension.Error during TSTInfo generation.Error during signature generation.Error during response generation.Bad request format or system error.systemFailureaddInfoNotAvailableunacceptedExtensionunacceptedPolicytimeNotAvailablebadDataFormatbadRequestbadAlgrevocationNotificationrevocationWarningwaitingrejectiongrantedWithModsgranted.\crypto\ts\ts_rsp_verify.cstatus code: , status text: , failure codes: unknown code.\crypto\ts\ts_verify_ctx.cctx != NULLreq != NULL%4sExtensions:
Hash Algorithm: %s
Message data:
unable to load certificate: %s
unable to load certificates: %s
unable to load private key: %s
variable lookup failed for %s::%s
invalid variable value for %s::%s
tsadefault_tsaengine:.\crypto\ts\ts_conf.cchilbuiltinsigner_certsigner_keydefault_policyother_policiesdigestsmicrosecsmillisecssecsaccuracyclock_precision_digitsorderingtsa_nameess_cert_id_chaincrypto_deviceESS_SIGNING_CERTpolicy_infocert_idsESS_CERT_IDissuer_serialESS_ISSUER_SERIALTS_RESPtokenstatus_infoTS_STATUS_INFOfailure_infotextstatusTS_TST_INFOtimeTS_ACCURACYmicrosmillissecondsTS_REQcert_reqnoncepolicy_idmsg_imprintTS_MSG_IMPRINThashed_msghash_algo@5xh4
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An application has made an attempt to load the C runtime library incorrectly.
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R6033
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This indicates a bug in your application. It is most likely the result of calling an MSIL-compiled (/clr) function from a native constructor or from DllMain.
R6032
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R6031
- Attempt to initialize the CRT more than once.
This indicates a bug in your application.
R6030
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R6026
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R6025
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- not enough space for _onexit/atexit table
R6019
- unable to open console device
R6018
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R6017
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R6016
- not enough space for thread data

This application has requested the Runtime to terminate it in an unusual way.
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R6009
- not enough space for environment
R6008
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R6002
- floating point support not loaded
Microsoft Visual C++ Runtime Library

...Runtime Error!

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j	uvtLIBEAY32.dllACCESS_DESCRIPTION_freeACCESS_DESCRIPTION_itACCESS_DESCRIPTION_newAES_bi_ige_encryptAES_cbc_encryptAES_cfb128_encryptAES_cfb1_encryptAES_cfb8_encryptAES_ctr128_encryptAES_decryptAES_ecb_encryptAES_encryptAES_ige_encryptAES_ofb128_encryptAES_optionsAES_set_decrypt_keyAES_set_encrypt_keyAES_unwrap_keyAES_wrap_keyASN1_ANY_itASN1_BIT_STRING_checkASN1_BIT_STRING_freeASN1_BIT_STRING_get_bitASN1_BIT_STRING_itASN1_BIT_STRING_name_printASN1_BIT_STRING_newASN1_BIT_STRING_num_ascASN1_BIT_STRING_setASN1_BIT_STRING_set_ascASN1_BIT_STRING_set_bitASN1_BMPSTRING_freeASN1_BMPSTRING_itASN1_BMPSTRING_newASN1_BOOLEAN_itASN1_ENUMERATED_freeASN1_ENUMERATED_getASN1_ENUMERATED_itASN1_ENUMERATED_newASN1_ENUMERATED_setASN1_ENUMERATED_to_BNASN1_FBOOLEAN_itASN1_GENERALIZEDTIME_adjASN1_GENERALIZEDTIME_checkASN1_GENERALIZEDTIME_freeASN1_GENERALIZEDTIME_itASN1_GENERALIZEDTIME_newASN1_GENERALIZEDTIME_printASN1_GENERALIZEDTIME_setASN1_GENERALIZEDTIME_set_stringASN1_GENERALSTRING_freeASN1_GENERALSTRING_itASN1_GENERALSTRING_newASN1_IA5STRING_freeASN1_IA5STRING_itASN1_IA5STRING_newASN1_INTEGER_cmpASN1_INTEGER_dupASN1_INTEGER_freeASN1_INTEGER_getASN1_INTEGER_itASN1_INTEGER_newASN1_INTEGER_setASN1_INTEGER_to_BNASN1_NULL_freeASN1_NULL_itASN1_NULL_newASN1_OBJECT_createASN1_OBJECT_freeASN1_OBJECT_itASN1_OBJECT_newASN1_OCTET_STRING_NDEF_itASN1_OCTET_STRING_cmpASN1_OCTET_STRING_dupASN1_OCTET_STRING_freeASN1_OCTET_STRING_itASN1_OCTET_STRING_newASN1_OCTET_STRING_setASN1_PCTX_freeASN1_PCTX_get_cert_flagsASN1_PCTX_get_flagsASN1_PCTX_get_nm_flagsASN1_PCTX_get_oid_flagsASN1_PCTX_get_str_flagsASN1_PCTX_newASN1_PCTX_set_cert_flagsASN1_PCTX_set_flagsASN1_PCTX_set_nm_flagsASN1_PCTX_set_oid_flagsASN1_PCTX_set_str_flagsASN1_PRINTABLESTRING_freeASN1_PRINTABLESTRING_itASN1_PRINTABLESTRING_newASN1_PRINTABLE_freeASN1_PRINTABLE_itASN1_PRINTABLE_newASN1_PRINTABLE_typeASN1_SEQUENCE_ANY_itASN1_SEQUENCE_itASN1_SET_ANY_itASN1_STRING_TABLE_addASN1_STRING_TABLE_cleanupASN1_STRING_TABLE_getASN1_STRING_clear_freeASN1_STRING_cmpASN1_STRING_copyASN1_STRING_dataASN1_STRING_dupASN1_STRING_freeASN1_STRING_get_default_maskASN1_STRING_lengthASN1_STRING_length_setASN1_STRING_newASN1_STRING_printASN1_STRING_print_exASN1_STRING_print_ex_fpASN1_STRING_setASN1_STRING_set0ASN1_STRING_set_by_NIDASN1_STRING_set_default_maskASN1_STRING_set_default_mask_ascASN1_STRING_to_UTF8ASN1_STRING_typeASN1_STRING_type_newASN1_T61STRING_freeASN1_T61STRING_itASN1_T61STRING_newASN1_TBOOLEAN_itASN1_TIME_adjASN1_TIME_checkASN1_TIME_freeASN1_TIME_itASN1_TIME_newASN1_TIME_printASN1_TIME_setASN1_TIME_set_stringASN1_TIME_to_generalizedtimeASN1_TYPE_cmpASN1_TYPE_freeASN1_TYPE_getASN1_TYPE_get_int_octetstringASN1_TYPE_get_octetstringASN1_TYPE_newASN1_TYPE_setASN1_TYPE_set1ASN1_TYPE_set_int_octetstringASN1_TYPE_set_octetstringASN1_UNIVERSALSTRING_freeASN1_UNIVERSALSTRING_itASN1_UNIVERSALSTRING_newASN1_UNIVERSALSTRING_to_stringASN1_UTCTIME_adjASN1_UTCTIME_checkASN1_UTCTIME_cmp_time_tASN1_UTCTIME_freeASN1_UTCTIME_itASN1_UTCTIME_newASN1_UTCTIME_printASN1_UTCTIME_setASN1_UTCTIME_set_stringASN1_UTF8STRING_freeASN1_UTF8STRING_itASN1_UTF8STRING_newASN1_VISIBLESTRING_freeASN1_VISIBLESTRING_itASN1_VISIBLESTRING_newASN1_add_oid_moduleASN1_bn_printASN1_check_infinite_endASN1_const_check_infinite_endASN1_d2i_bioASN1_d2i_fpASN1_digestASN1_dupASN1_generate_nconfASN1_generate_v3ASN1_get_objectASN1_i2d_bioASN1_i2d_fpASN1_item_d2iASN1_item_d2i_bioASN1_item_d2i_fpASN1_item_digestASN1_item_dupASN1_item_ex_d2iASN1_item_ex_freeASN1_item_ex_i2dASN1_item_ex_newASN1_item_freeASN1_item_i2dASN1_item_i2d_bioASN1_item_i2d_fpASN1_item_ndef_i2dASN1_item_newASN1_item_packASN1_item_printASN1_item_signASN1_item_sign_ctxASN1_item_unpackASN1_item_verifyASN1_mbstring_copyASN1_mbstring_ncopyASN1_object_sizeASN1_pack_stringASN1_parseASN1_parse_dumpASN1_primitive_freeASN1_primitive_newASN1_put_eocASN1_put_objectASN1_seq_packASN1_seq_unpackASN1_signASN1_tag2bitASN1_tag2strASN1_template_d2iASN1_template_freeASN1_template_i2dASN1_template_newASN1_unpack_stringASN1_verifyAUTHORITY_INFO_ACCESS_freeAUTHORITY_INFO_ACCESS_itAUTHORITY_INFO_ACCESS_newAUTHORITY_KEYID_freeAUTHORITY_KEYID_itAUTHORITY_KEYID_newBASIC_CONSTRAINTS_freeBASIC_CONSTRAINTS_itBASIC_CONSTRAINTS_newBF_cbc_encryptBF_cfb64_encryptBF_decryptBF_ecb_encryptBF_encryptBF_ofb64_encryptBF_optionsBF_set_keyBIGNUM_itBIO_acceptBIO_asn1_get_prefixBIO_asn1_get_suffixBIO_asn1_set_prefixBIO_asn1_set_suffixBIO_callback_ctrlBIO_clear_flagsBIO_copy_next_retryBIO_ctrlBIO_ctrl_get_read_requestBIO_ctrl_get_write_guaranteeBIO_ctrl_pendingBIO_ctrl_reset_read_requestBIO_ctrl_wpendingBIO_debug_callbackBIO_dgram_non_fatal_errorBIO_dumpBIO_dump_cbBIO_dump_fpBIO_dump_indentBIO_dump_indent_cbBIO_dump_indent_fpBIO_dup_chainBIO_f_asn1BIO_f_base64BIO_f_bufferBIO_f_cipherBIO_f_mdBIO_f_nbio_testBIO_f_nullBIO_f_reliableBIO_fd_non_fatal_errorBIO_fd_should_retryBIO_find_typeBIO_freeBIO_free_allBIO_get_accept_socketBIO_get_callbackBIO_get_callback_argBIO_get_ex_dataBIO_get_ex_new_indexBIO_get_host_ipBIO_get_portB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DSA_generate_keyDSA_generate_parametersDSA_generate_parameters_exDSA_get_default_methodDSA_get_ex_dataDSA_get_ex_new_indexDSA_newDSA_new_methodDSA_printDSA_print_fpDSA_set_default_methodDSA_set_ex_dataDSA_set_methodDSA_signDSA_sign_setupDSA_sizeDSA_up_refDSA_verifyDSAparams_dupDSAparams_printDSAparams_print_fpDSO_METHOD_beosDSO_METHOD_dlDSO_METHOD_dlfcnDSO_METHOD_nullDSO_METHOD_opensslDSO_METHOD_vmsDSO_METHOD_win32DSO_bind_funcDSO_bind_varDSO_convert_filenameDSO_ctrlDSO_flagsDSO_freeDSO_get_default_methodDSO_get_filenameDSO_get_loaded_filenameDSO_get_methodDSO_global_lookupDSO_loadDSO_mergeDSO_newDSO_new_methodDSO_pathbyaddrDSO_set_default_methodDSO_set_filenameDSO_set_methodDSO_set_name_converterDSO_up_refECDH_OpenSSLECDH_compute_keyECDH_get_default_methodECDH_get_ex_dataECDH_get_ex_new_indexECDH_set_default_methodECDH_set_ex_dataECDH_set_methodECDSA_OpenSSLECDSA_SIG_freeECDSA_SIG_newECDSA_do_signECDSA_do_sign_exECDSA_do_verifyECDSA_get_default_methodECDSA_get_ex_dataECDSA_get_ex_new_indexECDSA_set_default_methodECDSA_set_ex_dataECDSA_set_methodECDSA_signECDSA_sign_exECDSA_sign_setupECDSA_sizeECDSA_verifyECPKParameters_printECPKParameters_print_fpECParameters_printECParameters_print_fpEC_GF2m_simple_methodEC_GFp_mont_methodEC_GFp_nist_methodEC_GFp_simple_methodEC_GROUP_checkEC_GROUP_check_discriminantEC_GROUP_clear_freeEC_GROUP_cmpEC_GROUP_copyEC_GROUP_dupEC_GROUP_freeEC_GROUP_get0_generatorEC_GROUP_get0_seedEC_GROUP_get_asn1_flagEC_GROUP_get_basis_typeEC_GROUP_get_cofactorEC_GROUP_get_curve_GF2mEC_GROUP_get_curve_GFpEC_GROUP_get_curve_nameEC_GROUP_get_degreeEC_GROUP_get_orderEC_GROUP_get_pentanomial_basisEC_GROUP_get_point_conversion_formEC_GROUP_get_seed_lenEC_GROUP_get_trinomial_basisEC_GROUP_have_precompute_multEC_GROUP_method_ofEC_GROUP_newEC_GROUP_new_by_curve_nameEC_GROUP_new_curve_GF2mEC_GROUP_new_curve_GFpEC_GROUP_precompute_multEC_GROUP_set_asn1_flagEC_GROUP_set_curve_GF2mEC_GROUP_set_curve_GFpEC_GROUP_set_curve_nameEC_GROUP_set_generatorEC_GROUP_set_point_conversion_formEC_GROUP_set_seedEC_KEY_check_keyEC_KEY_clear_flagsEC_KEY_copyEC_KEY_dupEC_KEY_freeEC_KEY_generate_keyEC_KEY_get0_groupEC_KEY_get0_private_keyEC_KEY_get0_public_keyEC_KEY_get_conv_formEC_KEY_get_enc_flagsEC_KEY_get_flagsEC_KEY_get_key_method_dataEC_KEY_insert_key_method_dataEC_KEY_newEC_KEY_new_by_curve_nameEC_KEY_precompute_multEC_KEY_printEC_KEY_print_fpEC_KEY_set_asn1_flagEC_KEY_set_conv_formEC_KEY_set_enc_flagsEC_KEY_set_flagsEC_KEY_set_groupEC_KEY_set_private_keyEC_KEY_set_public_keyEC_KEY_set_public_key_affine_coordinatesEC_KEY_up_refEC_METHOD_get_field_typeEC_POINT_addEC_POINT_bn2pointEC_POINT_clear_freeEC_POINT_cmpEC_POINT_copyEC_POINT_dblEC_POINT_dupEC_POINT_freeEC_POINT_get_Jprojective_coordinates_GFpEC_POINT_get_affine_coordinates_GF2mEC_POINT_get_affine_coordinates_GFpEC_POINT_hex2pointEC_POINT_invertEC_POINT_is_at_infinityEC_POINT_is_on_curveEC_POINT_make_affineEC_POINT_method_ofEC_POINT_mulEC_POINT_newEC_POINT_oct2pointEC_POINT_point2bnEC_POINT_point2hexEC_POINT_point2octEC_POINT_set_Jprojective_coordinates_GFpEC_POINT_set_affine_coordinates_GF2mEC_POINT_set_affine_coordinates_GFpEC_POINT_set_compressed_coordinates_GF2mEC_POINT_set_compressed_coordinates_GFpEC_POINT_set_to_infinityEC_POINTs_make_affineEC_POINTs_mulEC_get_builtin_curvesEDIPARTYNAME_freeEDIPARTYNAME_itEDIPARTYNAME_newENGINE_addENGINE_add_conf_moduleENGINE_by_idENGINE_cleanupENGINE_cmd_is_executableENGINE_ctrlENGINE_ctrl_cmdENGINE_ctrl_cmd_stringENGINE_finishENGINE_freeENGINE_get_DHENGINE_get_DSAENGINE_get_ECDHENGINE_get_ECDSAENGINE_get_RANDENGINE_get_RSAENGINE_get_STOREENGINE_get_cipherENGINE_get_cipher_engineENGINE_get_ciphersENGINE_get_cmd_defnsENGINE_get_ctrl_functionENGINE_get_default_DHENGINE_get_default_DSAENGINE_get_default_ECDHENGINE_get_default_ECDSAENGINE_get_default_RANDENGINE_get_default_RSAENGINE_get_destroy_functionENGINE_get_digestENGINE_get_digest_engineENGINE_get_digestsENGINE_get_ex_dataENGINE_get_ex_new_indexENGINE_get_finish_functionENGINE_get_firstENGINE_get_flagsENGINE_get_idENGINE_get_init_functionENGINE_get_lastENGINE_get_load_privkey_functionENGINE_get_load_pubkey_functionENGINE_get_nameENGINE_get_nextENGINE_get_pkey_asn1_methENGINE_get_pkey_asn1_meth_engineENGINE_get_pkey_asn1_meth_strENGINE_get_pkey_asn1_methsENGINE_get_pkey_methENGINE_get_pkey_meth_engineENGINE_get_pkey_methsENGINE_get_prevENGINE_get_ssl_client_cert_functionENGINE_get_static_stateENGINE_get_table_flagsENGINE_initENGINE_load_builtin_enginesENGINE_load_cryptodevENGINE_load_dynamicENGINE_load_opensslENGINE_load_private_keyENGINE_load_public_keyENGINE_load_rdrandENGINE_load_rsaxENGINE_load_ssl_client_certENGINE_newENGINE_pkey_asn1_find_strENGINE_register_DHENGINE_register_DSAENGINE_register_ECDHENGINE_register_ECDSAENGINE_register_RANDENGINE_register_RSAENGINE_register_STOREENGINE_register_all_DHENGINE_register_all_DSAENGINE_register_all_ECDHENGINE_register_all_ECDSAENGINE_register_all_RANDENGINE_register_all_RSAENGINE_register_all_STOREENGINE_register_all_ciphersENGINE_register_all_completeENGINE_register_all_digestsENGINE_register_all_pkey_asn1_methsENGINE_register_all_pkey_methsENGINE_register_ciphersENGINE_register_completeENGINE_register_digestsENGINE_register_pkey_asn1_methsENGINE_register_pkey_methsENGINE_removeENGINE_set_DHENGINE_set_DSAENGINE_set_ECDHENGINE_set_ECDSAENGINE_set_RANDENGINE_set_RSAENGINE_set_STOREENGINE_set_ciphersENGINE_set_cmd_defnsENGINE_set_ctrl_functionENGINE_set_defaultENGINE_set_default_DHENGINE_set_default_DSAENGINE_set_default_ECDHENGINE_set_default_ECDSAENGINE_set_default_RANDENGINE_set_default_RSAENGINE_set_default_ciphersENGINE_set_default_digestsENGINE_set_default_pkey_asn1_methsENGINE_set_default_pkey_methsENGINE_set_default_stringENGINE_set_destroy_functionENGINE_set_digestsENGINE_set_ex_dataENGINE_set_finish_functionENGINE_set_flagsENGINE_set_idENGINE_set_init_functionENGINE_set_load_privkey_functionENGINE_set_load_pubkey_functionENGINE_set_load_ssl_client_cert_functionENGINE_set_nameENGINE_set_pkey_asn1_methsENGINE_set_pkey_methsENGINE_set_table_flagsENGINE_unregister_DHENGINE_unregister_DSAENGINE_unregister_ECDHENGINE_unregister_ECDSAENGINE_unregister_RANDENGINE_unregister_RSAENGINE_unregister_STOREENGINE_unregister_ciphersENGINE_unregister_digestsENGINE_unregister_pkey_asn1_methsENGINE_unregister_pkey_methsENGINE_up_refERR_add_error_dataERR_add_error_vdataERR_clear_errorERR_error_stringERR_error_string_nERR_free_stringsERR_func_error_stringERR_get_err_state_tableERR_get_errorERR_get_error_lineERR_get_error_line_dataERR_get_implementationERR_get_next_error_libraryERR_get_stateERR_get_string_tableERR_lib_error_stringERR_load_ASN1_stringsERR_load_BIO_stringsERR_load_BN_stringsERR_load_BUF_stringsERR_load_CMS_stringsERR_load_COMP_stringsERR_load_CONF_stringsERR_load_CRYPTO_stringsERR_load_DH_stringsERR_load_DSA_stringsERR_load_DSO_stringsERR_load_ECDH_stringsERR_load_ECDSA_stringsERR_load_EC_stringsERR_load_ENGINE_stringsERR_load_ERR_stringsERR_load_EVP_stringsERR_load_OBJ_stringsERR_load_OCSP_stringsERR_load_PEM_stringsERR_load_PKCS12_stringsERR_load_PKCS7_stringsERR_load_RAND_stringsERR_load_RSA_stringsERR_load_TS_stringsERR_load_UI_stringsERR_load_X509V3_stringsERR_load_X509_stringsERR_load_crypto_stringsERR_load_stringsERR_peek_errorERR_peek_error_lineERR_peek_error_line_dataERR_peek_last_errorERR_peek_last_error_lineERR_peek_last_error_line_dataERR_pop_to_markERR_print_errorsERR_print_errors_cbERR_print_errors_fpERR_put_errorERR_reason_error_stringERR_release_err_state_tableERR_remove_stateERR_remove_thread_stateERR_set_error_dataERR_set_implementationERR_set_markERR_unload_stringsESS_CERT_ID_dupESS_CERT_ID_freeESS_CERT_ID_newESS_ISSUER_SERIAL_dupESS_ISSUER_SERIAL_freeESS_ISSUER_SERIAL_newESS_SIGNING_CERT_dupESS_SIGNING_CERT_freeESS_SIGNING_CERT_newEVP_BytesToKeyEVP_CIPHER_CTX_block_sizeEVP_CIPHER_CTX_cipherEVP_CIPHER_CTX_cleanupEVP_CIPHER_CTX_clear_flagsEVP_CIPHER_CTX_copyEVP_CIPHER_CTX_ctrlEVP_CIPHER_CTX_flagsEVP_CIPHER_CTX_freeEVP_CIPHER_CTX_get_app_dataEVP_CIPHER_CTX_initEVP_CIPHER_CTX_iv_lengthEVP_CIPHER_CTX_key_lengthEVP_CIPHER_CTX_newEVP_CIPHER_CTX_nidEVP_CIPHER_CTX_rand_keyEVP_CIPHER_CTX_set_app_dataEVP_CIPHER_CTX_set_flagsEVP_CIPHER_CTX_set_key_lengthEVP_CIPHER_CTX_set_paddingEVP_CIPHER_CTX_test_flagsEVP_CIPHER_asn1_to_paramEVP_CIPHER_block_sizeEVP_CIPHER_do_allEVP_CIPHER_do_all_sortedEVP_CIPHER_flagsEVP_CIPHER_get_asn1_ivEVP_CIPHER_iv_lengthEVP_CIPHER_key_lengthEVP_CIPHER_nidEVP_CIPHER_param_to_asn1EVP_CIPHER_set_asn1_ivEVP_CIPHER_typeEVP_CipherEVP_CipherFinalEVP_CipherFinal_exEVP_CipherInitEVP_CipherInit_exEVP_CipherUpdateEVP_DecodeBlockEVP_DecodeFinalEVP_DecodeInitEVP_DecodeUpdateEVP_DecryptFinalEVP_DecryptFinal_exEVP_DecryptInitEVP_DecryptInit_exEVP_DecryptUpdateEVP_DigestEVP_DigestFinalEVP_DigestFinal_exEVP_DigestInitEVP_DigestInit_exEVP_DigestSignFinalEVP_DigestSignInitEVP_DigestUpdateEVP_DigestVerifyFinalEVP_DigestVerifyInitEVP_EncodeBlockEVP_EncodeFinalEVP_EncodeInitEVP_EncodeUpdateEVP_EncryptFinalEVP_EncryptFinal_exEVP_EncryptInitEVP_EncryptInit_exEVP_EncryptUpdateEVP_MD_CTX_cleanupEVP_MD_CTX_clear_flagsEVP_MD_CTX_copyEVP_MD_CTX_copy_exEVP_MD_CTX_createEVP_MD_CTX_destroyEVP_MD_CTX_initEVP_MD_CTX_mdEVP_MD_CTX_set_flagsEVP_MD_CTX_test_flagsEVP_MD_block_sizeEVP_MD_do_allEVP_MD_do_all_sortedEVP_MD_flagsEVP_MD_pkey_typeEVP_MD_sizeEVP_MD_typeEVP_OpenFinalEVP_OpenInitEVP_PBE_CipherInitEVP_PBE_alg_addEVP_PBE_alg_add_typeEVP_PBE_cleanupEVP_PBE_findEVP_PKCS82PKEYEVP_PKEY2PKCS8EVP_PKEY2PKCS8_brokenEVP_PKEY_CTX_ctrlEVP_PKEY_CTX_ctrl_strEVP_PKEY_CTX_dupEVP_PKEY_CTX_freeEVP_PKEY_CTX_get0_peerkeyEVP_PKEY_CTX_get0_pkeyEVP_PKEY_CTX_get_app_dataEVP_PKEY_CTX_get_cbEVP_PKEY_CTX_get_dataEVP_PKEY_CTX_get_keygen_infoEVP_PKEY_CTX_get_operationEVP_PKEY_CTX_newEVP_PKEY_CTX_new_idEVP_PKEY_CTX_set0_keygen_infoEVP_PKEY_CTX_set_app_dataEVP_PKEY_CTX_set_cbEVP_PKEY_CTX_set_dataEVP_PKEY_add1_attrEVP_PKEY_add1_attr_by_NIDEVP_PKEY_add1_attr_by_OBJEVP_PKEY_add1_attr_by_txtEVP_PKEY_asn1_add0EVP_PKEY_asn1_add_aliasEVP_PKEY_asn1_copyEVP_PKEY_asn1_findEVP_PKEY_asn1_find_strEVP_PKEY_asn1_freeEVP_PKEY_asn1_get0EVP_PKEY_asn1_get0_infoEVP_PKEY_asn1_get_countEVP_PKEY_asn1_newEVP_PKEY_asn1_set_ctrlEVP_PKEY_asn1_set_freeEVP_PKEY_asn1_set_paramEVP_PKEY_asn1_set_privateEVP_PKEY_asn1_set_publicEVP_PKEY_assignEVP_PKEY_base_idEVP_PKEY_bitsEVP_PKEY_cmpEVP_PKEY_cmp_parametersEVP_PKEY_copy_parametersEVP_PKEY_decryptEVP_PKEY_decrypt_initEVP_PKEY_decrypt_oldEVP_PKEY_delete_attrEVP_PKEY_deriveEVP_PKEY_derive_initEVP_PKEY_derive_set_peerEVP_PKEY_encryptEVP_PKEY_encrypt_initEVP_PKEY_encrypt_oldEVP_PKEY_freeEVP_PKEY_get0EVP_PKEY_get0_asn1EVP_PKEY_get1_DHEVP_PKEY_get1_DSAEVP_PKEY_get1_EC_KEYEVP_PKEY_get1_RSAEVP_PKEY_get_attrEVP_PKEY_get_attr_by_NIDEVP_PKEY_get_attr_by_OBJEVP_PKEY_get_attr_countEVP_PKEY_get_default_digest_nidEVP_PKEY_idEVP_PKEY_keygenEVP_PKEY_keygen_initEVP_PKEY_meth_add0EVP_PKEY_meth_copyEVP_PKEY_meth_findEVP_PKEY_meth_freeEVP_PKEY_meth_get0_infoEVP_PKEY_meth_newEVP_PKEY_meth_set_cleanupEVP_PKEY_meth_set_copyEVP_PKEY_meth_set_ctrlEVP_PKEY_meth_set_decryptEVP_PKEY_meth_set_deriveEVP_PKEY_meth_set_encryptEVP_PKEY_meth_set_initEVP_PKEY_meth_set_keygenEVP_PKEY_meth_set_paramgenEVP_PKEY_meth_set_signEVP_PKEY_meth_set_signctxEVP_PKEY_meth_set_verifyEVP_PKEY_meth_set_verify_recoverEVP_PKEY_meth_set_verifyctxEVP_PKEY_missing_parametersEVP_PKEY_newEVP_PKEY_new_mac_keyEVP_PKEY_paramgenEVP_PKEY_paramgen_initEVP_PKEY_print_paramsEVP_PKEY_print_privateEVP_PKEY_print_publicEVP_PKEY_save_parametersEVP_PKEY_set1_DHEVP_PKEY_set1_DSAEVP_PKEY_set1_EC_KEYEVP_PKEY_set1_RSAEVP_PKEY_set_typeEVP_PKEY_set_type_strEVP_PKEY_signEVP_PKEY_sign_initEVP_PKEY_sizeEVP_PKEY_typeEVP_PKEY_verifyEVP_PKEY_verify_initEVP_PKEY_verify_recoverEVP_PKEY_verify_recover_initEVP_SealFinalEVP_SealInitEVP_SignFinalEVP_VerifyFinalEVP_add_alg_moduleEVP_add_cipherEVP_add_digestEVP_aes_128_cbcEVP_aes_128_cbc_hmac_sha1EVP_aes_128_ccmEVP_aes_128_cfb1EVP_aes_128_cfb128EVP_aes_128_cfb8EVP_aes_128_ctrEVP_aes_128_ecbEVP_aes_128_gcmEVP_aes_128_ofbEVP_aes_128_xtsEVP_aes_192_cbcEVP_aes_192_ccmEVP_aes_192_cfb1EVP_aes_192_cfb128EVP_aes_192_cfb8EVP_aes_192_ctrEVP_aes_192_ecbEVP_aes_192_gcmEVP_aes_192_ofbEVP_aes_256_cbcEVP_aes_256_cbc_hmac_sha1EVP_aes_256_ccmEVP_aes_256_cfb1EVP_aes_256_cfb128EVP_aes_256_cfb8EVP_aes_256_ctrEVP_aes_256_ecbEVP_aes_256_gcmEVP_aes_256_ofbEVP_aes_256_xtsEVP_bf_cbcEVP_bf_cfb64EVP_bf_ecbEVP_bf_ofbEVP_camellia_128_cbcEVP_camellia_128_cfb1EVP_camellia_128_cfb128EVP_camellia_128_cfb8EVP_camellia_128_ecbEVP_camellia_128_ofbEVP_camellia_192_cbcEVP_camellia_192_cfb1EVP_camellia_192_cfb128EVP_camellia_192_cfb8EVP_camellia_192_ecbEVP_camellia_192_ofbEVP_camellia_256_cbcEVP_camellia_256_cfb1EVP_camellia_256_cfb128EVP_camellia_256_cfb8EVP_camellia_256_ecbEVP_camellia_256_ofbEVP_cast5_cbcEVP_cast5_cfb64EVP_cast5_ecbEVP_cast5_ofbEVP_cleanupEVP_des_cbcEVP_des_cfb1EVP_des_cfb64EVP_des_cfb8EVP_des_ecbEVP_des_edeEVP_des_ede3EVP_des_ede3_cbcEVP_des_ede3_cfb1EVP_des_ede3_cfb64EVP_des_ede3_cfb8EVP_des_ede3_ecbEVP_des_ede3_ofbEVP_des_ede_cbcEVP_des_ede_cfb64EVP_des_ede_ecbEVP_des_ede_ofbEVP_des_ofbEVP_desx_cbcEVP_dssEVP_dss1EVP_ecdsaEVP_enc_nullEVP_get_cipherbynameEVP_get_digestbynameEVP_get_pw_promptEVP_idea_cbcEVP_idea_cfb64EVP_idea_ecbEVP_idea_ofbEVP_md4EVP_md5EVP_md_nullEVP_mdc2EVP_rc2_40_cbcEVP_rc2_64_cbcEVP_rc2_cbcEVP_rc2_cfb64EVP_rc2_ecbEVP_rc2_ofbEVP_rc4EVP_rc4_40EVP_rc4_hmac_md5EVP_read_pw_stringEVP_read_pw_string_minEVP_ripemd160EVP_seed_cbcEVP_seed_cfb128EVP_seed_ecbEVP_seed_ofbEVP_set_pw_promptEVP_shaEVP_sha1EVP_sha224EVP_sha256EVP_sha384EVP_sha512EVP_whirlpoolEXTENDED_KEY_USAGE_freeEXTENDED_KEY_USAGE_itEXTENDED_KEY_USAGE_newFIPS_modeFIPS_mode_setGENERAL_NAMES_freeGENERAL_NAMES_itGENERAL_NAMES_newGENERAL_NAME_cmpGENERAL_NAME_dupGENERAL_NAME_freeGENERAL_NAME_get0_otherNameGENERAL_NAME_get0_valueGENERAL_NAME_itGENERAL_NAME_newGENERAL_NAME_printGENERAL_NAME_set0_othernameGENERAL_NAME_set0_valueGENERAL_SUBTREE_freeGENERAL_SUBTREE_itGENERAL_SUBTREE_newHMACHMAC_CTX_cleanupHMAC_CTX_copyHMAC_CTX_initHMAC_CTX_set_flagsHMAC_FinalHMAC_InitHMAC_Init_exHMAC_UpdateISSUING_DIST_POINT_freeISSUING_DIST_POINT_itISSUING_DIST_POINT_newKRB5_APREQBODY_freeKRB5_APREQBODY_itKRB5_APREQBODY_newKRB5_APREQ_freeKRB5_APREQ_itKRB5_APREQ_newKRB5_AUTHDATA_freeKRB5_AUTHDATA_itKRB5_AUTHDATA_newKRB5_AUTHENTBODY_freeKRB5_AUTHENTBODY_itKRB5_AUTHENTBODY_newKRB5_AUTHENT_freeKRB5_AUTHENT_itKRB5_AUTHENT_newKRB5_CHECKSUM_freeKRB5_CHECKSUM_itKRB5_CHECKSUM_newKRB5_ENCDATA_freeKRB5_ENCDATA_itKRB5_ENCDATA_newKRB5_ENCKEY_freeKRB5_ENCKEY_itKRB5_ENCKEY_newKRB5_PRINCNAME_freeKRB5_PRINCNAME_itKRB5_PRINCNAME_newKRB5_TICKET_freeKRB5_TICKET_itKRB5_TICKET_newKRB5_TKTBODY_freeKRB5_TKTBODY_itKRB5_TKTBODY_newLONG_itMD4MD4_FinalMD4_InitMD4_TransformMD4_UpdateMD5MD5_FinalMD5_InitMD5_TransformMD5_UpdateMDC2MDC2_FinalMDC2_InitMDC2_UpdateNAME_CONSTRAINTS_checkNAME_CONSTRAINTS_freeNAME_CONSTRAINTS_itNAME_CONSTRAINTS_newNCONF_WIN32NCONF_defaultNCONF_dump_bioNCONF_dump_fpNCONF_freeNCONF_free_dataNCONF_get_number_eNCONF_get_sectionNCONF_get_stringNCONF_loadNCONF_load_bioNCONF_load_fpNCONF_newNETSCAPE_CERT_SEQUENCE_freeNETSCAPE_CERT_SEQUENCE_itNETSCAPE_CERT_SEQUENCE_newNETSCAPE_SPKAC_freeNETSCAPE_SPKAC_itNETSCAPE_SPKAC_newNETSCAPE_SPKI_b64_decodeNETSCAPE_SPKI_b64_encodeNETSCAPE_SPKI_freeNETSCAPE_SPKI_get_pubkeyNETSCAPE_SPKI_itNETSCAPE_SPKI_newNETSCAPE_SPKI_printNETSCAPE_SPKI_set_pubkeyNETSCAPE_SPKI_signNETSCAPE_SPKI_verifyNETSCAPE_X509_freeNETSCAPE_X509_itNETSCAPE_X509_newNOTICEREF_freeNOTICEREF_itNOTICEREF_newOBJ_NAME_addOBJ_NAME_cleanupOBJ_NAME_do_allOBJ_NAME_do_all_sortedOBJ_NAME_getOBJ_NAME_initOBJ_NAME_new_indexOBJ_NAME_removeOBJ_add_objectOBJ_add_sigidOBJ_bsearch_OBJ_bsearch_ex_OBJ_cleanupOBJ_cmpOBJ_createOBJ_create_objectsOBJ_dupOBJ_find_sigid_algsOBJ_find_sigid_by_algsOBJ_ln2nidOBJ_new_nidOBJ_nid2lnOBJ_nid2objOBJ_nid2snOBJ_obj2nidOBJ_obj2txtOBJ_sigid_freeOBJ_sn2nidOBJ_txt2nidOBJ_txt2objOCSP_BASICRESP_add1_ext_i2dOCSP_BASICRESP_add_extOCSP_BASICRESP_delete_extOCSP_BASICRESP_freeOCSP_BASICRESP_get1_ext_d2iOCSP_BASICRESP_get_extOCSP_BASICRESP_get_ext_by_NIDOCSP_BASICRESP_get_ext_by_OBJOCSP_BASICRESP_get_ext_by_criticalOCSP_BASICRESP_get_ext_countOCSP_BASICRESP_itOCSP_BASICRESP_newOCSP_CERTID_dupOCSP_CERTID_freeOCSP_CERTID_itOCSP_CERTID_newOCSP_CERTSTATUS_freeOCSP_CERTSTATUS_itOCSP_CERTSTATUS_newOCSP_CRLID_freeOCSP_CRLID_itOCSP_CRLID_newOCSP_ONEREQ_add1_ext_i2dOCSP_ONEREQ_add_extOCSP_ONEREQ_delete_extOCSP_ONEREQ_freeOCSP_ONEREQ_get1_ext_d2iOCSP_ONEREQ_get_extOCSP_ONEREQ_get_ext_by_NIDOCSP_ONEREQ_get_ext_by_OBJOCSP_ONEREQ_get_ext_by_criticalOCSP_ONEREQ_get_ext_countOCSP_ONEREQ_itOCSP_ONEREQ_newOCSP_REQINFO_freeOCSP_REQINFO_itOCSP_REQINFO_newOCSP_REQUEST_add1_ext_i2dOCSP_REQUEST_add_extOCSP_REQUEST_delete_extOCSP_REQUEST_freeOCSP_REQUEST_get1_ext_d2iOCSP_REQUEST_get_extOCSP_REQUEST_get_ext_by_NIDOCSP_REQUEST_get_ext_by_OBJOCSP_REQUEST_get_ext_by_criticalOCSP_REQUEST_get_ext_countOCSP_REQUEST_itOCSP_REQUEST_newOCSP_REQUEST_printOCSP_REQ_CTX_add1_headerOCSP_REQ_CTX_freeOCSP_REQ_CTX_set1_reqOCSP_RESPBYTES_freeOCSP_RESPBYTES_itOCSP_RESPBYTES_newOCSP_RESPDATA_freeOCSP_RESPDATA_itOCSP_RESPDATA_newOCSP_RESPID_freeOCSP_RESPID_itOCSP_RESPID_newOCSP_RESPONSE_freeOCSP_RESPONSE_itOCSP_RESPONSE_newOCSP_RESPONSE_printOCSP_REVOKEDINFO_freeOCSP_REVOKEDINFO_itOCSP_REVOKEDINFO_newOCSP_SERVICELOC_freeOCSP_SERVICELOC_itOCSP_SERVICELOC_newOCSP_SIGNATURE_freeOCSP_SIGNATURE_itOCSP_SIGNATURE_newOCSP_SINGLERESP_add1_ext_i2dOCSP_SINGLERESP_add_extOCSP_SINGLERESP_delete_extOCSP_SINGLERESP_freeOCSP_SINGLERESP_get1_ext_d2iOCSP_SINGLERESP_get_extOCSP_SINGLERESP_get_ext_by_NIDOCSP_SINGLERESP_get_ext_by_OBJOCSP_SINGLERESP_get_ext_by_criticalOCSP_SINGLERESP_get_ext_countOCSP_SINGLERESP_itOCSP_SINGLERESP_newOCSP_accept_responses_newOCSP_archive_cutoff_newOCSP_basic_add1_certOCSP_basic_add1_nonceOCSP_basic_add1_statusOCSP_basic_signOCSP_basic_verifyOCSP_cert_id_newOCSP_cert_status_strOCSP_cert_to_idOCSP_check_nonceOCSP_check_validityOCSP_copy_nonceOCSP_crlID_newOCSP_crl_reason_strOCSP_id_cmpOCSP_id_get0_infoOCSP_id_issuer_cmpOCSP_onereq_get0_idOCSP_parse_urlOCSP_request_add0_idOCSP_request_add1_certOCSP_request_add1_nonceOCSP_request_is_signedOCSP_request_onereq_countOCSP_request_onereq_get0OCSP_request_set1_nameOCSP_request_signOCSP_request_verifyOCSP_resp_countOCSP_resp_findOCSP_resp_find_statusOCSP_resp_get0OCSP_response_createOCSP_response_get1_basicOCSP_response_statusOCSP_response_status_strOCSP_sendreq_bioOCSP_sendreq_nbioOCSP_sendreq_newOCSP_single_get0_statusOCSP_url_svcloc_newOPENSSL_DIR_endOPENSSL_DIR_readOPENSSL_add_all_algorithms_confOPENSSL_add_all_algorithms_noconfOPENSSL_asc2uniOPENSSL_cleanseOPENSSL_configOPENSSL_cpuid_setupOPENSSL_gmtimeOPENSSL_gmtime_adjOPENSSL_ia32cap_locOPENSSL_initOPENSSL_isserviceOPENSSL_issetugidOPENSSL_load_builtin_modulesOPENSSL_memcmpOPENSSL_no_configOPENSSL_showfatalOPENSSL_stderrOPENSSL_strcasecmpOPENSSL_strncasecmpOPENSSL_uni2ascOSSL_DES_versionOSSL_libdes_versionOTHERNAME_cmpOTHERNAME_freeOTHERNAME_itOTHERNAME_newOpenSSLDieOpenSSL_add_all_ciphersOpenSSL_add_all_digestsPBE2PARAM_freePBE2PARAM_itPBE2PARAM_newPBEPARAM_freePBEPARAM_itPBEPARAM_newPBKDF2PARAM_freePBKDF2PARAM_itPBKDF2PARAM_newPEM_ASN1_readPEM_ASN1_read_bioPEM_ASN1_writePEM_ASN1_write_bioPEM_SealFinalPEM_SealInitPEM_SealUpdatePEM_SignFinalPEM_SignInitPEM_SignUpdatePEM_X509_INFO_readPEM_X509_INFO_read_bioPEM_X509_INFO_write_bioPEM_bytes_read_bioPEM_def_callbackPEM_dek_infoPEM_do_headerPEM_get_EVP_CIPHER_INFOPEM_proc_typePEM_readPEM_read_CMSPEM_read_DHparamsPEM_read_DSAPrivateKeyPEM_read_DSA_PUBKEYPEM_read_DSAparamsPEM_read_ECPKParametersPEM_read_ECPrivateKeyPEM_read_EC_PUBKEYPEM_read_NETSCAPE_CERT_SEQUENCEPEM_read_PKCS7PEM_read_PKCS8PEM_read_PKCS8_PRIV_KEY_INFOPEM_read_PUBKEYPEM_read_PrivateKeyPEM_read_RSAPrivateKeyPEM_read_RSAPublicKeyPEM_read_RSA_PUBKEYPEM_read_X509PEM_read_X509_AUXPEM_read_X509_CERT_PAIRPEM_read_X509_CRLPEM_read_X509_REQPEM_read_bioPEM_read_bio_CMSPEM_read_bio_DHparamsPEM_read_bio_DSAPrivateKeyPEM_read_bio_DSA_PUBKEYPEM_read_bio_DSAparamsPEM_read_bio_ECPKParametersPEM_read_bio_ECPrivateKeyPEM_read_bio_EC_PUBKEYPEM_read_bio_NETSCAPE_CERT_SEQUENCEPEM_read_bio_PKCS7PEM_read_bio_PKCS8PEM_read_bio_PKCS8_PRIV_KEY_INFOPEM_read_bio_PUBKEYPEM_read_bio_ParametersPEM_read_bio_PrivateKeyPEM_read_bio_RSAPrivateKeyPEM_read_bio_RSAPublicKeyPEM_read_bio_RSA_PUBKEYPEM_read_bio_X509PEM_read_bio_X509_AUXPEM_read_bio_X509_CERT_PAIRPEM_read_bio_X509_CRLPEM_read_bio_X509_REQPEM_writePEM_write_CMSPEM_write_DHparamsPEM_write_DSAPrivateKeyPEM_write_DSA_PUBKEYPEM_write_DSAparamsPEM_write_ECPKParametersPEM_write_ECPrivateKeyPEM_write_EC_PUBKEYPEM_write_NETSCAPE_CERT_SEQUENCEPEM_write_PKCS7PEM_write_PKCS8PEM_write_PKCS8PrivateKeyPEM_write_PKCS8PrivateKey_nidPEM_write_PKCS8_PRIV_KEY_INFOPEM_write_PUBKEYPEM_write_PrivateKeyPEM_write_RSAPrivateKeyPEM_write_RSAPublicKeyPEM_write_RSA_PUBKEYPEM_write_X509PEM_write_X509_AUXPEM_write_X509_CERT_PAIRPEM_write_X509_CRLPEM_write_X509_REQPEM_write_X509_REQ_NEWPEM_write_bioPEM_write_bio_ASN1_streamPEM_write_bio_CMSPEM_write_bio_CMS_streamPEM_write_bio_DHparamsPEM_write_bio_DSAPrivateKeyPEM_write_bio_DSA_PUBKEYPEM_write_bio_DSAparamsPEM_write_bio_ECPKParametersPEM_write_bio_ECPrivateKeyPEM_write_bio_EC_PUBKEYPEM_write_bio_NETSCAPE_CERT_SEQUENCEPEM_write_bio_PKCS7PEM_write_bio_PKCS7_streamPEM_write_bio_PKCS8PEM_write_bio_PKCS8PrivateKeyPEM_write_bio_PKCS8PrivateKey_nidPEM_write_bio_PKCS8_PRIV_KEY_INFOPEM_write_bio_PUBKEYPEM_write_bio_ParametersPEM_write_bio_PrivateKeyPEM_write_bio_RSAPrivateKeyPEM_write_bio_RSAPublicKeyPEM_write_bio_RSA_PUBKEYPEM_write_bio_X509PEM_write_bio_X509_AUXPEM_write_bio_X509_CERT_PAIRPEM_write_bio_X509_CRLPEM_write_bio_X509_REQPEM_write_bio_X509_REQ_NEWPKCS12_AUTHSAFES_itPKCS12_BAGS_freePKCS12_BAGS_itPKCS12_BAGS_newPKCS12_MAC_DATA_freePKCS12_MAC_DATA_itPKCS12_MAC_DATA_newPKCS12_MAKE_KEYBAGPKCS12_MAKE_SHKEYBAGPKCS12_PBE_addPKCS12_PBE_keyivgenPKCS12_SAFEBAGS_itPKCS12_SAFEBAG_freePKCS12_SAFEBAG_itPKCS12_SAFEBAG_newPKCS12_add_CSPName_ascPKCS12_add_certPKCS12_add_friendlyname_ascPKCS12_add_friendlyname_uniPKCS12_add_keyPKCS12_add_localkeyidPKCS12_add_safePKCS12_add_safesPKCS12_certbag2x509PKCS12_certbag2x509crlPKCS12_createPKCS12_decrypt_skeyPKCS12_freePKCS12_gen_macPKCS12_get_attr_genPKCS12_get_friendlynamePKCS12_initPKCS12_itPKCS12_item_decrypt_d2iPKCS12_item_i2d_encryptPKCS12_item_pack_safebagPKCS12_key_gen_ascPKCS12_key_gen_uniPKCS12_newPKCS12_newpassPKCS12_pack_authsafesPKCS12_pack_p7dataPKCS12_pack_p7encdataPKCS12_parsePKCS12_pbe_cryptPKCS12_set_macPKCS12_setup_macPKCS12_unpack_authsafesPKCS12_unpack_p7dataPKCS12_unpack_p7encdataPKCS12_verify_macPKCS12_x5092certbagPKCS12_x509crl2certbagPKCS1_MGF1PKCS5_PBE_addPKCS5_PBE_keyivgenPKCS5_PBKDF2_HMACPKCS5_PBKDF2_HMAC_SHA1PKCS5_pbe2_setPKCS5_pbe2_set_ivPKCS5_pbe_setPKCS5_pbe_set0_algorPKCS5_pbkdf2_setPKCS5_v2_PBE_keyivgenPKCS7_ATTR_SIGN_itPKCS7_ATTR_VERIFY_itPKCS7_DIGEST_freePKCS7_DIGEST_itPKCS7_DIGEST_newPKCS7_ENCRYPT_freePKCS7_ENCRYPT_itPKCS7_ENCRYPT_newPKCS7_ENC_CONTENT_freePKCS7_ENC_CONTENT_itPKCS7_ENC_CONTENT_newPKCS7_ENVELOPE_freePKCS7_ENVELOPE_itPKCS7_ENVELOPE_newPKCS7_ISSUER_AND_SERIAL_digestPKCS7_ISSUER_AND_SERIAL_freePKCS7_ISSUER_AND_SERIAL_itPKCS7_ISSUER_AND_SERIAL_newPKCS7_RECIP_INFO_freePKCS7_RECIP_INFO_get0_algPKCS7_RECIP_INFO_itPKCS7_RECIP_INFO_newPKCS7_RECIP_INFO_setPKCS7_SIGNED_freePKCS7_SIGNED_itPKCS7_SIGNED_newPKCS7_SIGNER_INFO_freePKCS7_SIGNER_INFO_get0_algsPKCS7_SIGNER_INFO_itPKCS7_SIGNER_INFO_newPKCS7_SIGNER_INFO_setPKCS7_SIGNER_INFO_signPKCS7_SIGN_ENVELOPE_freePKCS7_SIGN_ENVELOPE_itPKCS7_SIGN_ENVELOPE_newPKCS7_add0_attrib_signing_timePKCS7_add1_attrib_digestPKCS7_add_attrib_content_typePKCS7_add_attrib_smimecapPKCS7_add_attributePKCS7_add_certificatePKCS7_add_crlPKCS7_add_recipientPKCS7_add_recipient_infoPKCS7_add_signaturePKCS7_add_signed_attributePKCS7_add_signerPKCS7_cert_from_signer_infoPKCS7_content_newPKCS7_ctrlPKCS7_dataDecodePKCS7_dataFinalPKCS7_dataInitPKCS7_dataVerifyPKCS7_decryptPKCS7_digest_from_attributesPKCS7_dupPKCS7_encryptPKCS7_finalPKCS7_freePKCS7_get0_signersPKCS7_get_attributePKCS7_get_issuer_and_serialPKCS7_get_signed_attributePKCS7_get_signer_infoPKCS7_get_smimecapPKCS7_itPKCS7_newPKCS7_print_ctxPKCS7_set0_type_otherPKCS7_set_attributesPKCS7_set_cipherPKCS7_set_contentPKCS7_set_digestPKCS7_set_signed_attributesPKCS7_set_typePKCS7_signPKCS7_sign_add_signerPKCS7_signatureVerifyPKCS7_simple_smimecapPKCS7_streamPKCS7_to_TS_TST_INFOPKCS7_verifyPKCS8_PRIV_KEY_INFO_freePKCS8_PRIV_KEY_INFO_itPKCS8_PRIV_KEY_INFO_newPKCS8_add_keyusagePKCS8_decryptPKCS8_encryptPKCS8_pkey_get0PKCS8_pkey_set0PKCS8_set_brokenPKEY_USAGE_PERIOD_freePKEY_USAGE_PERIOD_itPKEY_USAGE_PERIOD_newPOLICYINFO_freePOLICYINFO_itPOLICYINFO_newPOLICYQUALINFO_freePOLICYQUALINFO_itPOLICYQUALINFO_newPOLICY_CONSTRAINTS_freePOLICY_CONSTRAINTS_itPOLICY_CONSTRAINTS_newPOLICY_MAPPINGS_itPOLICY_MAPPING_freePOLICY_MAPPING_itPOLICY_MAPPING_newPROXY_CERT_INFO_EXTENSION_freePROXY_CERT_INFO_EXTENSION_itPROXY_CERT_INFO_EXTENSION_newPROXY_POLICY_freePROXY_POLICY_itPROXY_POLICY_newRAND_SSLeayRAND_addRAND_bytesRAND_cleanupRAND_egdRAND_egd_bytesRAND_eventRAND_file_nameRAND_get_rand_methodRAND_load_fileRAND_pollRAND_pseudo_bytesRAND_query_egd_bytesRAND_screenRAND_seedRAND_set_rand_engineRAND_set_rand_methodRAND_statusRAND_write_fileRC2_cbc_encryptRC2_cfb64_encryptRC2_decryptRC2_ecb_encryptRC2_encryptRC2_ofb64_encryptRC2_set_keyRC4RC4_optionsRC4_set_keyRIPEMD160RIPEMD160_FinalRIPEMD160_InitRIPEMD160_TransformRIPEMD160_UpdateRSAPrivateKey_dupRSAPrivateKey_itRSAPublicKey_dupRSAPublicKey_itRSA_PKCS1_SSLeayRSA_PSS_PARAMS_freeRSA_PSS_PARAMS_itRSA_PSS_PARAMS_newRSA_X931_hash_idRSA_blinding_offRSA_blinding_onRSA_check_keyRSA_flagsRSA_freeRSA_generate_keyRSA_generate_key_exRSA_get_default_methodRSA_get_ex_dataRSA_get_ex_new_indexRSA_get_methodRSA_memory_lockRSA_newRSA_new_methodRSA_null_methodRSA_padding_add_PKCS1_OAEPRSA_padding_add_PKCS1_PSSRSA_padding_add_PKCS1_PSS_mgf1RSA_padding_add_PKCS1_type_1RSA_padding_add_PKCS1_type_2RSA_padding_add_SSLv23RSA_padding_add_X931RSA_padding_add_noneRSA_padding_check_PKCS1_OAEPRSA_padding_check_PKCS1_type_1RSA_padding_check_PKCS1_type_2RSA_padding_check_SSLv23RSA_padding_check_X931RSA_padding_check_noneRSA_printRSA_print_fpRSA_private_decryptRSA_private_encryptRSA_public_decryptRSA_public_encryptRSA_set_default_methodRSA_set_ex_dataRSA_set_methodRSA_setup_blindingRSA_signRSA_sign_ASN1_OCTET_STRINGRSA_sizeRSA_up_refRSA_verifyRSA_verify_ASN1_OCTET_STRINGRSA_verify_PKCS1_PSSRSA_verify_PKCS1_PSS_mgf1SEED_cbc_encryptSEED_cfb128_encryptSEED_decryptSEED_ecb_encryptSEED_encryptSEED_ofb128_encryptSEED_set_keySHASHA1SHA1_FinalSHA1_InitSHA1_TransformSHA1_UpdateSHA224SHA224_FinalSHA224_InitSHA224_UpdateSHA256SHA256_FinalSHA256_InitSHA256_TransformSHA256_UpdateSHA384SHA384_FinalSHA384_InitSHA384_UpdateSHA512SHA512_FinalSHA512_InitSHA512_TransformSHA512_UpdateSHA_FinalSHA_InitSHA_TransformSHA_UpdateSMIME_crlf_copySMIME_read_ASN1SMIME_read_CMSSMIME_read_PKCS7SMIME_textSMIME_write_ASN1SMIME_write_CMSSMIME_write_PKCS7SRP_Calc_ASRP_Calc_BSRP_Calc_client_keySRP_Calc_server_keySRP_Calc_uSRP_Calc_xSRP_VBASE_freeSRP_VBASE_get_by_userSRP_VBASE_initSRP_VBASE_newSRP_Verify_A_mod_NSRP_Verify_B_mod_NSRP_check_known_gN_paramSRP_create_verifierSRP_create_verifier_BNSRP_get_default_gNSSLeaySSLeay_versionSXNETID_freeSXNETID_itSXNETID_newSXNET_add_id_INTEGERSXNET_add_id_ascSXNET_add_id_ulongSXNET_freeSXNET_get_id_INTEGERSXNET_get_id_ascSXNET_get_id_ulongSXNET_itSXNET_newTS_ACCURACY_dupTS_ACCURACY_freeTS_ACCURACY_get_microsTS_ACCURACY_get_millisTS_ACCURACY_get_secondsTS_ACCURACY_newTS_ACCURACY_set_microsTS_ACCURACY_set_millisTS_ACCURACY_set_secondsTS_ASN1_INTEGER_print_bioTS_CONF_get_tsa_sectionTS_CONF_load_certTS_CONF_load_certsTS_CONF_load_keyTS_CONF_set_accuracyTS_CONF_set_certsTS_CONF_set_clock_precision_digitsTS_CONF_set_crypto_deviceTS_CONF_set_def_policyTS_CONF_set_default_engineTS_CONF_set_digestsTS_CONF_set_ess_cert_id_chainTS_CONF_set_orderingTS_CONF_set_policiesTS_CONF_set_serialTS_CONF_set_signer_certTS_CONF_set_signer_keyTS_CONF_set_tsa_nameTS_MSG_IMPRINT_dupTS_MSG_IMPRINT_freeTS_MSG_IMPRINT_get_algoTS_MSG_IMPRINT_get_msgTS_MSG_IMPRINT_newTS_MSG_IMPRINT_print_bioTS_MSG_IMPRINT_set_algoTS_MSG_IMPRINT_set_msgTS_OBJ_print_bioTS_REQ_add_extTS_REQ_delete_extTS_REQ_dupTS_REQ_ext_freeTS_REQ_freeTS_REQ_get_cert_reqTS_REQ_get_extTS_REQ_get_ext_by_NIDTS_REQ_get_ext_by_OBJTS_REQ_get_ext_by_criticalTS_REQ_get_ext_countTS_REQ_get_ext_d2iTS_REQ_get_extsTS_REQ_get_msg_imprintTS_REQ_get_nonceTS_REQ_get_policy_idTS_REQ_get_versionTS_REQ_newTS_REQ_print_bioTS_REQ_set_cert_reqTS_REQ_set_msg_imprintTS_REQ_set_nonceTS_REQ_set_policy_idTS_REQ_set_versionTS_REQ_to_TS_VERIFY_CTXTS_RESP_CTX_add_failure_infoTS_RESP_CTX_add_flagsTS_RESP_CTX_add_mdTS_RESP_CTX_add_policyTS_RESP_CTX_freeTS_RESP_CTX_get_requestTS_RESP_CTX_get_tst_infoTS_RESP_CTX_newTS_RESP_CTX_set_accuracyTS_RESP_CTX_set_certsTS_RESP_CTX_set_clock_precision_digitsTS_RESP_CTX_set_def_policyTS_RESP_CTX_set_extension_cbTS_RESP_CTX_set_serial_cbTS_RESP_CTX_set_signer_certTS_RESP_CTX_set_signer_keyTS_RESP_CTX_set_status_infoTS_RESP_CTX_set_status_info_condTS_RESP_CTX_set_time_cbTS_RESP_create_responseTS_RESP_dupTS_RESP_freeTS_RESP_get_status_infoTS_RESP_get_tokenTS_RESP_get_tst_infoTS_RESP_newTS_RESP_print_bioTS_RESP_set_status_infoTS_RESP_set_tst_infoTS_RESP_verify_responseTS_RESP_verify_signatureTS_RESP_verify_tokenTS_STATUS_INFO_dupTS_STATUS_INFO_freeTS_STATUS_INFO_newTS_STATUS_INFO_print_bioTS_TST_INFO_add_extTS_TST_INFO_delete_extTS_TST_INFO_dupTS_TST_INFO_ext_freeTS_TST_INFO_freeTS_TST_INFO_get_accuracyTS_TST_INFO_get_extTS_TST_INFO_get_ext_by_NIDTS_TST_INFO_get_ext_by_OBJTS_TST_INFO_get_ext_by_criticalTS_TST_INFO_get_ext_countTS_TST_INFO_get_ext_d2iTS_TST_INFO_get_extsTS_TST_INFO_get_msg_imprintTS_TST_INFO_get_nonceTS_TST_INFO_get_orderingTS_TST_INFO_get_policy_idTS_TST_INFO_get_serialTS_TST_INFO_get_timeTS_TST_INFO_get_tsaTS_TST_INFO_get_versionTS_TST_INFO_newTS_TST_INFO_print_bioTS_TST_INFO_set_accuracyTS_TST_INFO_set_msg_imprintTS_TST_INFO_set_nonceTS_TST_INFO_set_ordering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R6030

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R6018

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R6017

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R6016

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R6009

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R6008

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R6002

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The requested URL %s was not found on this server.

evhttp_bind_socket_with_handle%s: listenevhttp_new_object%s: callocevhttp_set_cb%s: callocevhttp_set_cb%s: strdupevhttp_request_new%s: callocevhttp_request_new%s: callocevhttp_request_new%s: callocevhttp_request_new%s: evbuffer_newevhttp_request_new%s: evbuffer_newHostevhttp_request_get_host%s: mallocevhttp_associate_new_request_with_connection%s: strdupevhttp_get_request%s: cannot get connection on %dgetnameinfo failed: %ssocket%dgetaddrinfogetaddrinfo: %sscheme_okeos >= shttp.c%s:%d: Assertion %s failed in %sscheme_okeos >= shttp.c%s:%d: Assertion %s failed in %s!$&'()*+,;=!$&'()*+,;=!$&'()*+,;=parse_authorityeoshttp.c%s:%d: Assertion %s failed in %sparse_authorityeoshttp.c%s:%d: Assertion %s failed in %sparse_authority%s: strdupparse_authority%s: strdupparse_authorityeos >= cphttp.c%s:%d: Assertion %s failed in %sparse_authorityeos >= cphttp.c%s:%d: Assertion %s failed in %sparse_authority%s: malloc!$&'()*+,;=evhttp_uri_parse_with_flags%s: callocevhttp_uri_parse_with_flags%s: strdupevhttp_uri_parse_with_flags%s: strdupevhttp_uri_parse_with_flagspathhttp.c%s:%d: Assertion %s failed in %sevhttp_uri_parse_with_flagspathhttp.c%s:%d: Assertion %s failed in %sevhttp_uri_parse_with_flags%s: strdupevhttp_uri_parse_with_flags%s: strdupevhttp_uri_parse_with_flags%s: strdup://%s@:%d?#evhttp_uri_set_scheme%s: strdup()evhttp_uri_set_userinfo%s: strdup()evhttp_uri_set_host%s: strdup()evhttp_uri_set_path%s: strdup()evhttp_uri_set_query%s: strdup()evhttp_uri_set_fragment%s: strdup()evutil_read_filecontent_outevutil.c%s:%d: Assertion %s failed in %sevutil_read_filecontent_outevutil.c%s:%d: Assertion %s failed in %sevutil_read_filelen_outevutil.c%s:%d: Assertion %s failed in %sevutil_read_filelen_outevutil.c%s:%d: Assertion %s failed in %sevutil_read_fileread_so_far < (size_t)st.st_sizeevutil.c%s:%d: Assertion %s failed in %sevutil_read_fileread_so_far < (size_t)st.st_sizeevutil.c%s:%d: Assertion %s failed in %sfcntl(%d, F_GETFL)18.244.0.188evutil_check_interfacesrevutil.c%s:%d: Assertion %s failed in %sevutil_check_interfacesrevutil.c%s:%d: Assertion %s failed in %s2001:4860:b002::68evutil_check_interfacesrevutil.c%s:%d: Assertion %s failed in %sevutil_check_interfacesrevutil.c%s:%d: Assertion %s failed in %sGot a strange local ipv4 address %sGot a strange local ipv6 address %sevutil_new_addrinfohintsevutil.c%s:%d: Assertion %s failed in %sevutil_new_addrinfohintsevutil.c%s:%d: Assertion %s failed in %stcpudp801.2.3.4801.2.3.4evutil_getaddrinfo(ALL_NONNATIVE_AI_FLAGS & ALL_NATIVE_AI_FLAGS) == 0evutil.c%s:%d: Assertion %s failed in %sevutil_getaddrinfo(ALL_NONNATIVE_AI_FLAGS & ALL_NATIVE_AI_FLAGS) == 0evutil.c%s:%d: Assertion %s failed in %sRequest canceledNo erroraddress family for nodename not supportedtemporary failure in name resolutioninvalid value for ai_flagsnon-recoverable failure in name resolutionai_family not supportedmemory allocation failureno address associated with nodenamenodename nor servname provided, or not knownservname not supported for ai_socktypeai_socktype not supportedsystem errorInterrupted function call [WSAEINTR ]Permission denied [WSAEACCES ]Bad address [WSAEFAULT ]Invalid argument [WSAEINVAL ]Too many open files [WSAEMFILE ]Resource temporarily unavailable [WSAEWOULDBLOCK ]Operation now in progress [WSAEINPROGRESS ]Operation already in progress [WSAEALREADY ]Socket operation on nonsocket [WSAENOTSOCK ]Destination address required [WSAEDESTADDRREQ ]Message too long [WSAEMSGSIZE ]Protocol wrong for socket [WSAEPROTOTYPE ]Bad protocol option [WSAENOPROTOOPT ]Protocol not supported [WSAEPROTONOSUPPORT ]Socket type not supported [WSAESOCKTNOSUPPORT ]Operation not supported [WSAEOPNOTSUPP ]Protocol family not supported [WSAEPFNOSUPPORT ]Address already in use [WSAEADDRINUSE ]Cannot assign requested address [WSAEADDRNOTAVAIL ]Address family not supported by protocol family [WSAEAFNOSUPPORT ]Network is down [WSAENETDOWN ]Network is unreachable [WSAENETUNREACH ]Network dropped connection on reset [WSAENETRESET ]Software caused connection abort [WSAECONNABORTED ]Connection reset by peer [WSAECONNRESET ]No buffer space available [WSAENOBUFS ]Socket is already connected [WSAEISCONN ]Socket is not connected [WSAENOTCONN ]Cannot send after socket shutdown [WSAESHUTDOWN ]Connection timed out [WSAETIMEDOUT ]Connection refused [WSAECONNREFUSED ]Host is down [WSAEHOSTDOWN ]No route to host [WSAEHOSTUNREACH ]Too many processes [WSAEPROCLIM ]Network subsystem is unavailable [WSASYSNOTREADY ]Winsock.dll out of range [WSAVERNOTSUPPORTED ]Successful WSAStartup not yet performed [WSANOTINITIALISED ]Graceful shutdown now in progress [WSAEDISCON ]Class type not found [WSATYPE_NOT_FOUND ]Host not found [WSAHOST_NOT_FOUND ]Nonauthoritative host not found [WSATRY_AGAIN ]This is a nonrecoverable error [WSANO_RECOVERY ]Valid name, no data record of requested type) [WSANO_DATA ]'(V'PV'pV&'V('V3'V4'W5'0W6'`W7'W8'W9'W:'X;'4X<'dX='X>'X?'PY@'XA'YB'YC'YD'YE'ZF'HZG'tZH'ZI'ZJ'ZL'$[M'L[P't[Q'[S'[k'[l'\m'@\u'\}'\*\*]*0]*d]%d.%d.%d.%d::%d.%d.%d.%d::%x:%d.%d.%d.%d%x%d.%d.%d.%d%c%d.%d.%d.%d%c%s:%d[%s]:%d\win32_ PОgrow_fd_setsnew_num_fds >= op->readset_in->fd_count && new_num_fds >= op->writeset_in->fd_countwin32select.c%s:%d: Assertion %s failed in %sgrow_fd_setsnew_num_fds >= op->readset_in->fd_count && new_num_fds >= op->writeset_in->fd_countwin32select.c%s:%d: Assertion %s failed in %sgrow_fd_setsnew_num_fds >= 1win32select.c%s:%d: Assertion %s failed in %sgrow_fd_setsnew_num_fds >= 1win32select.c%s:%d: Assertion %s failed in %sUNLOCK_CALLBACKS requires DEFER_CALLBACKS_bufferevent_decref_and_unlockbufev_private->refcnt > 0bufferevent.c%s:%d: Assertion %s failed in %s_bufferevent_decref_and_unlockbufev_private->refcnt > 0bufferevent.c%s:%d: Assertion %s failed in %s_bev_group_random_element! TAILQ_EMPTY(&group->members)bufferevent_ratelim.c%s:%d: Assertion %s failed in %s_bev_group_random_element! TAILQ_EMPTY(&group->members)bufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_set_rate_limitevent_initialized(&rlim->refill_bucket_event)bufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_set_rate_limitevent_initialized(&rlim->refill_bucket_event)bufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_rate_limit_group_free0 == g->n_membersbufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_rate_limit_group_free0 == g->n_membersbufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_decrement_read_limitbevp->rate_limiting && bevp->rate_limiting->cfgbufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_decrement_read_limitbevp->rate_limiting && bevp->rate_limiting->cfgbufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_decrement_write_limitbevp->rate_limiting && bevp->rate_limiting->cfgbufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_decrement_write_limitbevp->rate_limiting && bevp->rate_limiting->cfgbufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_rate_limit_group_get_totalsgrp != NULLbufferevent_ratelim.c%s:%d: Assertion %s failed in %sbufferevent_rate_limit_group_get_totalsgrp != NULLbufferevent_ratelim.c%s:%d: Assertion %s failed in %sevbuffer_free_trailing_empty_chainsevbuffer_chains_all_empty(*ch)buffer.c%s:%d: Assertion %s failed in %sevbuffer_free_trailing_empty_chainsevbuffer_chains_all_empty(*ch)buffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_insert_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_insert_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_insertbuf->last_with_datap == &buf->firstbuffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_insertbuf->last_with_datap == &buf->firstbuffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_insertbuf->first == NULLbuffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_insertbuf->first == NULLbuffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_insertevbuffer_chains_all_empty(*ch)buffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_insertevbuffer_chains_all_empty(*ch)buffer.c%s:%d: Assertion %s failed in %s_evbuffer_chain_pin(chain->flags & flag) == 0buffer.c%s:%d: Assertion %s failed in %s_evbuffer_chain_pin(chain->flags & flag) == 0buffer.c%s:%d: Assertion %s failed in %s_evbuffer_chain_unpin(chain->flags & flag) != 0buffer.c%s:%d: Assertion %s failed in %s_evbuffer_chain_unpin(chain->flags & flag) != 0buffer.c%s:%d: Assertion %s failed in %sevbuffer_run_callbacks_evthread_is_debug_lock_held((buffer)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_run_callbacks_evthread_is_debug_lock_held((buffer)->lock)buffer.c%s:%d: Assertion %s failed in %s_evbuffer_decref_and_unlock_evthread_is_debug_lock_held((buffer)->lock)buffer.c%s:%d: Assertion %s failed in %s_evbuffer_decref_and_unlock_evthread_is_debug_lock_held((buffer)->lock)buffer.c%s:%d: Assertion %s failed in %s_evbuffer_decref_and_unlockbuffer->refcnt > 0buffer.c%s:%d: Assertion %s failed in %s_evbuffer_decref_and_unlockbuffer->refcnt > 0buffer.c%s:%d: Assertion %s failed in %sevbuffer_reserve_spacesize<0 || (size_t)vec[0].iov_len >= (size_t)sizebuffer.c%s:%d: Assertion %s failed in %sevbuffer_reserve_spacesize<0 || (size_t)vec[0].iov_len >= (size_t)sizebuffer.c%s:%d: Assertion %s failed in %sadvance_last_with_data_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %sadvance_last_with_data_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %sZERO_CHAIN_evthread_is_debug_lock_held((dst)->lock)buffer.c%s:%d: Assertion %s failed in %sZERO_CHAIN_evthread_is_debug_lock_held((dst)->lock)buffer.c%s:%d: Assertion %s failed in %sPRESERVE_PINNED_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sPRESERVE_PINNED_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sPRESERVE_PINNEDCHAIN_PINNED_R(*pinned)buffer.c%s:%d: Assertion %s failed in %sPRESERVE_PINNEDCHAIN_PINNED_R(*pinned)buffer.c%s:%d: Assertion %s failed in %sPRESERVE_PINNEDpinned == src->last_with_datapbuffer.c%s:%d: Assertion %s failed in %sPRESERVE_PINNEDpinned == src->last_with_datapbuffer.c%s:%d: Assertion %s failed in %sRESTORE_PINNED_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sRESTORE_PINNED_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sCOPY_CHAIN_evthread_is_debug_lock_held((dst)->lock)buffer.c%s:%d: Assertion %s failed in %sCOPY_CHAIN_evthread_is_debug_lock_held((dst)->lock)buffer.c%s:%d: Assertion %s failed in %sCOPY_CHAIN_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sCOPY_CHAIN_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sAPPEND_CHAIN_evthread_is_debug_lock_held((dst)->lock)buffer.c%s:%d: Assertion %s failed in %sAPPEND_CHAIN_evthread_is_debug_lock_held((dst)->lock)buffer.c%s:%d: Assertion %s failed in %sAPPEND_CHAIN_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sAPPEND_CHAIN_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sPREPEND_CHAIN_evthread_is_debug_lock_held((dst)->lock)buffer.c%s:%d: Assertion %s failed in %sPREPEND_CHAIN_evthread_is_debug_lock_held((dst)->lock)buffer.c%s:%d: Assertion %s failed in %sPREPEND_CHAIN_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sPREPEND_CHAIN_evthread_is_debug_lock_held((src)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_drainremaining == 0buffer.c%s:%d: Assertion %s failed in %sevbuffer_drainremaining == 0buffer.c%s:%d: Assertion %s failed in %sevbuffer_copyoutchain || datlen==0buffer.c%s:%d: Assertion %s failed in %sevbuffer_copyoutchain || datlen==0buffer.c%s:%d: Assertion %s failed in %sevbuffer_copyoutchainbuffer.c%s:%d: Assertion %s failed in %sevbuffer_copyoutchainbuffer.c%s:%d: Assertion %s failed in %sevbuffer_remove_bufferchain != *src->last_with_datapbuffer.c%s:%d: Assertion %s failed in %sevbuffer_remove_bufferchain != *src->last_with_datapbuffer.c%s:%d: Assertion %s failed in %sevbuffer_pullupremaining >= 0buffer.c%s:%d: Assertion %s failed in %sevbuffer_pullupremaining >= 0buffer.c%s:%d: Assertion %s failed in %sevbuffer_pullup%s: out of memory


evbuffer_readln%s: out of memoryevbuffer_chain_align!(chain->flags & EVBUFFER_IMMUTABLE)buffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_align!(chain->flags & EVBUFFER_IMMUTABLE)buffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_align!(chain->flags & EVBUFFER_MEM_PINNED_ANY)buffer.c%s:%d: Assertion %s failed in %sevbuffer_chain_align!(chain->flags & EVBUFFER_MEM_PINNED_ANY)buffer.c%s:%d: Assertion %s failed in %sevbuffer_expand_singlechain_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_expand_singlechain_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_expand_singlechain*chainp == chainbuffer.c%s:%d: Assertion %s failed in %sevbuffer_expand_singlechain*chainp == chainbuffer.c%s:%d: Assertion %s failed in %sevbuffer_expand_singlechainresultbuffer.c%s:%d: Assertion %s failed in %sevbuffer_expand_singlechainresultbuffer.c%s:%d: Assertion %s failed in %sevbuffer_expand_singlechainCHAIN_SPACE_LEN(result) >= datlenbuffer.c%s:%d: Assertion %s failed in %sevbuffer_expand_singlechainCHAIN_SPACE_LEN(result) >= datlenbuffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fast_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fast_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastn >= 2buffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastn >= 2buffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastchain == *buf->last_with_datapbuffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastchain == *buf->last_with_datapbuffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastchain == NULLbuffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastchain == NULLbuffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastchain == buf->firstbuffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastchain == buf->firstbuffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastchain->off == 0buffer.c%s:%d: Assertion %s failed in %s_evbuffer_expand_fastchain->off == 0buffer.c%s:%d: Assertion %s failed in %s_evbuffer_read_setup_vecs_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %s_evbuffer_read_setup_vecs_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_write_iovec_evthread_is_debug_lock_held((buffer)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_write_iovec_evthread_is_debug_lock_held((buffer)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_ptr_memcmp_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %sevbuffer_ptr_memcmp_evthread_is_debug_lock_held((buf)->lock)buffer.c%s:%d: Assertion %s failed in %spin_releasechainbuffer_iocp.c%s:%d: Assertion %s failed in %spin_releasechainbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_commit_readbuf->read_in_progress && !buf->write_in_progressbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_commit_readbuf->read_in_progress && !buf->write_in_progressbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_commit_readnBytes >= 0buffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_commit_readnBytes >= 0buffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_commit_read*chainpbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_commit_read*chainpbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_commit_writebuf->write_in_progress && !buf->read_in_progressbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_commit_writebuf->write_in_progress && !buf->read_in_progressbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_launch_write!buf_o->read_in_progressbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_launch_write!buf_o->read_in_progressbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_launch_read!buf_o->write_in_progressbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_launch_read!buf_o->write_in_progressbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_launch_readnpin == nvecsbuffer_iocp.c%s:%d: Assertion %s failed in %sevbuffer_launch_readnpin == nvecsbuffer_iocp.c%s:%d: Assertion %s failed in %s_5a0`
0
`Y0`gettime_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sgettime_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_init%s: Unable to construct event_baseEVENT_NO%sevent_enable_debug_mode%s was called twice!event_enable_debug_mode%s must be called *before* creating any events or event_basesevent_base_new_with_config%s: callocevent_base_new_with_config%s: no event mechanism availableEVENT_SHOW_METHODlibevent using: %sevent_base_new_with_config%s: Unable to make base notifiable.event_base_start_iocp%s: Couldn't launch IOCPevent_base_stop_iocprv >= 0event.c%s:%d: Assertion %s failed in %sevent_base_stop_iocprv >= 0event.c%s:%d: Assertion %s failed in %sevent_base_free%s: no base to freeevent_base_freeTAILQ_EMPTY(&base->activequeues[i])event.c%s:%d: Assertion %s failed in %sevent_base_freeTAILQ_EMPTY(&base->activequeues[i])event.c%s:%d: Assertion %s failed in %sevent_base_freemin_heap_empty(&base->timeheap)event.c%s:%d: Assertion %s failed in %sevent_base_freemin_heap_empty(&base->timeheap)event.c%s:%d: Assertion %s failed in %sevent_base_freeTAILQ_EMPTY(&base->eventqueue)event.c%s:%d: Assertion %s failed in %sevent_base_freeTAILQ_EMPTY(&base->eventqueue)event.c%s:%d: Assertion %s failed in %sevent_reinit%s: could not reinitialize event mechanismevent_base_priority_init%s: callocevent_base_init_common_timeoutis_common_timeout(&ctl->duration, base)event.c%s:%d: Assertion %s failed in %sevent_base_init_common_timeoutis_common_timeout(&ctl->duration, base)event.c%s:%d: Assertion %s failed in %sevent_base_init_common_timeout%s: Too many common timeouts already in use; we only support %d per event_baseevent_base_init_common_timeout%s: reallocevent_base_init_common_timeout%s: callocevent_base_init_common_timeoutis_common_timeout(result, base)event.c%s:%d: Assertion %s failed in %sevent_base_init_common_timeoutis_common_timeout(result, base)event.c%s:%d: Assertion %s failed in %sevent_persist_closureis_same_common_timeout(&ev->ev_timeout, &ev->ev_io_timeout)event.c%s:%d: Assertion %s failed in %sevent_persist_closureis_same_common_timeout(&ev->ev_timeout, &ev->ev_io_timeout)event.c%s:%d: Assertion %s failed in %sevent_process_active_single_queueactiveq != NULLevent.c%s:%d: Assertion %s failed in %sevent_process_active_single_queueactiveq != NULLevent.c%s:%d: Assertion %s failed in %sevent_base_get_methodbaseevent.c%s:%d: Assertion %s failed in %sevent_base_get_methodbaseevent.c%s:%d: Assertion %s failed in %sevent_base_loop%s: reentrant invocation.  Only one event_base_loop can run on each event_base at once.event_assign%s called on an already added event %p (events: 0x%x, fd: %d, flags: 0x%x)event_assign%s: EV_SIGNAL is not compatible with EV_READ or EV_WRITEOut of memory in debugging codeevent_base_set%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_setr == 0event.c%s:%d: Assertion %s failed in %sevent_setr == 0event.c%s:%d: Assertion %s failed in %sevent_free%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_debug_unassign%s called on an already added event %p (events: 0x%x, fd: %d, flags: 0x%x)event_priority_set%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_pending%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_get_assignment%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_get_fd%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_get_base%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_get_events%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_get_callback%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_get_callback_arg%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_add%s: event has no event_base set.evthread_notify_base_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevthread_notify_base_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_add_internal_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_add_internal_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_add_internal%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_add_internal!(ev->ev_flags & ~EVLIST_ALL)event.c%s:%d: Assertion %s failed in %sevent_add_internal!(ev->ev_flags & ~EVLIST_ALL)event.c%s:%d: Assertion %s failed in %sevent_add_internal%s: noting an add on a non-setup event %p (events: 0x%x, fd: %d, flags: 0x%x)event_del%s: event has no event_base set.event_del_internal_evthread_is_debug_lock_held((ev->ev_base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_del_internal_evthread_is_debug_lock_held((ev->ev_base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_del_internal!(ev->ev_flags & ~EVLIST_ALL)event.c%s:%d: Assertion %s failed in %sevent_del_internal!(ev->ev_flags & ~EVLIST_ALL)event.c%s:%d: Assertion %s failed in %sevent_del_internal%s: noting a del on a non-setup event %p (events: 0x%x, fd: %d, flags: 0x%x)event_active%s: event has no event_base set.event_active%s called on a non-initialized event %p (events: 0x%x, fd: %d, flags: 0x%x)event_active_nolock_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_active_nolock_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %stimeout_nexttv->tv_sec >= 0event.c%s:%d: Assertion %s failed in %stimeout_nexttv->tv_sec >= 0event.c%s:%d: Assertion %s failed in %stimeout_nexttv->tv_usec >= 0event.c%s:%d: Assertion %s failed in %stimeout_nexttv->tv_usec >= 0event.c%s:%d: Assertion %s failed in %sevent_queue_remove_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_queue_remove_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_queue_remove%s: %p(fd %d) not on queue %xevent_queue_remove%s: unknown queue %xinsert_common_timeout_inorderis_same_common_timeout(&e->ev_timeout, &ev->ev_timeout)event.c%s:%d: Assertion %s failed in %sinsert_common_timeout_inorderis_same_common_timeout(&e->ev_timeout, &ev->ev_timeout)event.c%s:%d: Assertion %s failed in %sevent_queue_insert_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_queue_insert_evthread_is_debug_lock_held((base)->th_base_lock)event.c%s:%d: Assertion %s failed in %sevent_queue_insert%s: %p(fd %d) already on queue %xevent_queue_insert%s: unknown queue %x2.0.20-stableevthread_make_base_notifiable%s: socketpairInserted events:
 Persist Timeout Signal Write Read  %p [fd %ld]%s%s%s%s%s
Active events [priority %d]:
 Timeout active Signal active Write active Read active  %p [fd %ld]%s%s%s%s
event_base_del_virtualbase->virtual_event_count > 0event.c%s:%d: Assertion %s failed in %sevent_base_del_virtualbase->virtual_event_count > 0event.c%s:%d: Assertion %s failed in %s_event_debug_map_lockCouldn't allocate %sevent_base_assert_okev->ev_flags & EV_TIMEOUTevent.c%s:%d: Assertion %s failed in %sevent_base_assert_okev->ev_flags & EV_TIMEOUTevent.c%s:%d: Assertion %s failed in %sevent_base_assert_okevutil_timercmp(&p_ev->ev_timeout, &ev->ev_timeout, <=)event.c%s:%d: Assertion %s failed in %sevent_base_assert_okevutil_timercmp(&p_ev->ev_timeout, &ev->ev_timeout, <=)event.c%s:%d: Assertion %s failed in %sevent_base_assert_okev->ev_timeout_pos.min_heap_idx == ievent.c%s:%d: Assertion %s failed in %sevent_base_assert_okev->ev_timeout_pos.min_heap_idx == ievent.c%s:%d: Assertion %s failed in %sevent_base_assert_okevutil_timercmp(&last->ev_timeout, &ev->ev_timeout, <=)event.c%s:%d: Assertion %s failed in %sevent_base_assert_okevutil_timercmp(&last->ev_timeout, &ev->ev_timeout, <=)event.c%s:%d: Assertion %s failed in %sevent_base_assert_okev->ev_flags & EV_TIMEOUTevent.c%s:%d: Assertion %s failed in %sevent_base_assert_okev->ev_flags & EV_TIMEOUTevent.c%s:%d: Assertion %s failed in %sevent_base_assert_okis_common_timeout(&ev->ev_timeout,base)event.c%s:%d: Assertion %s failed in %sevent_base_assert_okis_common_timeout(&ev->ev_timeout,base)event.c%s:%d: Assertion %s failed in %sevent_base_assert_okCOMMON_TIMEOUT_IDX(&ev->ev_timeout) == ievent.c%s:%d: Assertion %s failed in %sevent_base_assert_okCOMMON_TIMEOUT_IDX(&ev->ev_timeout) == ievent.c%s:%d: Assertion %s failed in %s: %sdebugmsgwarnerr???[%s] %s
5a0`
0
`Y0`evmap_io_addfd == ev->ev_fdevmap.c%s:%d: Assertion %s failed in %sevmap_io_addfd == ev->ev_fdevmap.c%s:%d: Assertion %s failed in %sToo many events reading or writing on fd %dTried to mix edge-triggered and non-edge-triggered events on fd %devmap_io_delfd == ev->ev_fdevmap.c%s:%d: Assertion %s failed in %sevmap_io_delfd == ev->ev_fdevmap.c%s:%d: Assertion %s failed in %sevmap_io_delnread >= 0evmap.c%s:%d: Assertion %s failed in %sevmap_io_delnread >= 0evmap.c%s:%d: Assertion %s failed in %sevmap_io_delnwrite >= 0evmap.c%s:%d: Assertion %s failed in %sevmap_io_delnwrite >= 0evmap.c%s:%d: Assertion %s failed in %sevmap_io_activectxevmap.c%s:%d: Assertion %s failed in %sevmap_io_activectxevmap.c%s:%d: Assertion %s failed in %sevmap_signal_activesig < map->nentriesevmap.c%s:%d: Assertion %s failed in %sevmap_signal_activesig < map->nentriesevmap.c%s:%d: Assertion %s failed in %sevent_changelist_remove_allfdinfo->idxplus1 == i + 1evmap.c%s:%d: Assertion %s failed in %sevent_changelist_remove_allfdinfo->idxplus1 == i + 1evmap.c%s:%d: Assertion %s failed in %sevent_changelist_get_or_constructchangelist->n_changes <= changelist->changes_sizeevmap.c%s:%d: Assertion %s failed in %sevent_changelist_get_or_constructchangelist->n_changes <= changelist->changes_sizeevmap.c%s:%d: Assertion %s failed in %sevent_changelist_get_or_constructchange->fd == fdevmap.c%s:%d: Assertion %s failed in %sevent_changelist_get_or_constructchange->fd == fdevmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_flags & EVLIST_INSERTEDevmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_flags & EVLIST_INSERTEDevmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_flags & EVLIST_INITevmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_flags & EVLIST_INITevmap.c%s:%d: Assertion %s failed in %sevmap_check_integrity!(ev->ev_flags & EVLIST_X_IOFOUND)evmap.c%s:%d: Assertion %s failed in %sevmap_check_integrity!(ev->ev_flags & EVLIST_X_IOFOUND)evmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_fd == ievmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_fd == ievmap.c%s:%d: Assertion %s failed in %sevmap_check_integrity!(ev->ev_flags & EVLIST_X_SIGFOUND)evmap.c%s:%d: Assertion %s failed in %sevmap_check_integrity!(ev->ev_flags & EVLIST_X_SIGFOUND)evmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_fd == ievmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_fd == ievmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_flags & EVLIST_X_IOFOUNDevmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_flags & EVLIST_X_IOFOUNDevmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_flags & EVLIST_X_SIGFOUNDevmap.c%s:%d: Assertion %s failed in %sevmap_check_integrityev->ev_flags & EVLIST_X_SIGFOUNDevmap.c%s:%d: Assertion %s failed in %sevmap_check_integritynio == 0evmap.c%s:%d: Assertion %s failed in %sevmap_check_integritynio == 0evmap.c%s:%d: Assertion %s failed in %sevmap_check_integritynsignals == 0evmap.c%s:%d: Assertion %s failed in %sevmap_check_integritynsignals == 0evmap.c%s:%d: Assertion %s failed in %ssignalevsig_cb%s: recvevsig_init%s: socketpairreallocmallocsignalevsig_addevsignal >= 0 && evsignal < NSIGsignal.c%s:%d: Assertion %s failed in %sevsig_addevsignal >= 0 && evsignal < NSIGsignal.c%s:%d: Assertion %s failed in %sAdded a signal to event base %p with signals already added to event_base %p.  Only one can have signals at a time with the %s backend.  The base with the most recently added signal or the most recent event_base_loop() call gets preference; do not rely on this behavior in future Libevent versions.signalevsig_delevsignal >= 0 && evsignal < NSIGsignal.c%s:%d: Assertion %s failed in %sevsig_delevsignal >= 0 && evsignal < NSIGsignal.c%s:%d: Assertion %s failed in %sevsig_handler%s: received signal %d, but have no base configuredevsig_base_lockCouldn't allocate %sTrying to disable lock functions after they have been set up will probaby not work.Can't change lock callbacks once they have been initialized.Trying to disable condition functions after they have been set up will probaby not work.Can't change condition callbacks once they have been initialized.debug_lock_freelock->count == 0evthread.c%s:%d: Assertion %s failed in %sdebug_lock_freelock->count == 0evthread.c%s:%d: Assertion %s failed in %sdebug_lock_freelocktype == lock->locktypeevthread.c%s:%d: Assertion %s failed in %sdebug_lock_freelocktype == lock->locktypeevthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_lockedlock->count == 1evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_lockedlock->count == 1evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_lockedlock->held_by == meevthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_lockedlock->held_by == meevthread.c%s:%d: Assertion %s failed in %sdebug_lock_lockmode & (EVTHREAD_READ|EVTHREAD_WRITE)evthread.c%s:%d: Assertion %s failed in %sdebug_lock_lockmode & (EVTHREAD_READ|EVTHREAD_WRITE)evthread.c%s:%d: Assertion %s failed in %sdebug_lock_lock(mode & (EVTHREAD_READ|EVTHREAD_WRITE)) == 0evthread.c%s:%d: Assertion %s failed in %sdebug_lock_lock(mode & (EVTHREAD_READ|EVTHREAD_WRITE)) == 0evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_unlockedmode & (EVTHREAD_READ|EVTHREAD_WRITE)evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_unlockedmode & (EVTHREAD_READ|EVTHREAD_WRITE)evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_unlocked(mode & (EVTHREAD_READ|EVTHREAD_WRITE)) == 0evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_unlocked(mode & (EVTHREAD_READ|EVTHREAD_WRITE)) == 0evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_unlockedlock->held_by == _evthread_id_fn()evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_unlockedlock->held_by == _evthread_id_fn()evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_unlockedlock->count >= 0evthread.c%s:%d: Assertion %s failed in %sevthread_debug_lock_mark_unlockedlock->count >= 0evthread.c%s:%d: Assertion %s failed in %sdebug_cond_waitlockevthread.c%s:%d: Assertion %s failed in %sdebug_cond_waitlockevthread.c%s:%d: Assertion %s failed in %sdebug_cond_wait_evthread_is_debug_lock_held(_lock)evthread.c%s:%d: Assertion %s failed in %sdebug_cond_wait_evthread_is_debug_lock_held(_lock)evthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock_ == NULLevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock_ == NULLevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock_ != NULLevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock_ != NULLevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock_ == NULLevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock_ == NULLevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_enable_locks && _evthread_lock_debugging_enabledevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_enable_locks && _evthread_lock_debugging_enabledevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock->locktype == locktypeevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock->locktype == locktypeevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock->lock == NULLevthread.c%s:%d: Assertion %s failed in %sevthread_setup_global_lock_lock->lock == NULLevthread.c%s:%d: Assertion %s failed in %ssocket_asyncupcast_connectBEV_IS_ASYNC(&bev_a->bev.bev)bufferevent_async.c%s:%d: Assertion %s failed in %supcast_connectBEV_IS_ASYNC(&bev_a->bev.bev)bufferevent_async.c%s:%d: Assertion %s failed in %supcast_readBEV_IS_ASYNC(&bev_a->bev.bev)bufferevent_async.c%s:%d: Assertion %s failed in %supcast_readBEV_IS_ASYNC(&bev_a->bev.bev)bufferevent_async.c%s:%d: Assertion %s failed in %supcast_writeBEV_IS_ASYNC(&bev_a->bev.bev)bufferevent_async.c%s:%d: Assertion %s failed in %supcast_writeBEV_IS_ASYNC(&bev_a->bev.bev)bufferevent_async.c%s:%d: Assertion %s failed in %sbe_async_destruct!upcast(bev)->write_in_progress && !upcast(bev)->read_in_progressbufferevent_async.c%s:%d: Assertion %s failed in %sbe_async_destruct!upcast(bev)->write_in_progress && !upcast(bev)->read_in_progressbufferevent_async.c%s:%d: Assertion %s failed in %sconnect_completebev_a->bev.connectingbufferevent_async.c%s:%d: Assertion %s failed in %sconnect_completebev_a->bev.connectingbufferevent_async.c%s:%d: Assertion %s failed in %sread_completebev_a->read_in_progressbufferevent_async.c%s:%d: Assertion %s failed in %sread_completebev_a->read_in_progressbufferevent_async.c%s:%d: Assertion %s failed in %swrite_completebev_a->write_in_progressbufferevent_async.c%s:%d: Assertion %s failed in %swrite_completebev_a->write_in_progressbufferevent_async.c%s:%d: Assertion %s failed in %sbufferevent_async_connectext && ext->ConnectEx && fd >= 0 && sa != NULLbufferevent_async.c%s:%d: Assertion %s failed in %sbufferevent_async_connectext && ext->ConnectEx && fd >= 0 && sa != NULLbufferevent_async.c%s:%d: Assertion %s failed in %ssocket%dbe_socket_destructbufev->be_ops == &bufferevent_ops_socketbufferevent_sock.c%s:%d: Assertion %s failed in %sbe_socket_destructbufev->be_ops == &bufferevent_ops_socketbufferevent_sock.c%s:%d: Assertion %s failed in %sbe_socket_setfdbufev->be_ops == &bufferevent_ops_socketbufferevent_sock.c%s:%d: Assertion %s failed in %sbe_socket_setfdbufev->be_ops == &bufferevent_ops_socketbufferevent_sock.c%s:%d: Assertion %s failed in %sfilterupcastbev_f->bev.bev.be_ops == &bufferevent_ops_filterbufferevent_filter.c%s:%d: Assertion %s failed in %supcastbev_f->bev.bev.be_ops == &bufferevent_ops_filterbufferevent_filter.c%s:%d: Assertion %s failed in %sbe_filter_destructbevfbufferevent_filter.c%s:%d: Assertion %s failed in %sbe_filter_destructbevfbufferevent_filter.c%s:%d: Assertion %s failed in %sBEV_OPT_CLOSE_ON_FREE set on an bufferevent with too few referencesbe_filter_flushbevfbufferevent_filter.c%s:%d: Assertion %s failed in %sbe_filter_flushbevfbufferevent_filter.c%s:%d: Assertion %s failed in %supcastbev_p->bev.bev.be_ops == &bufferevent_ops_pairbufferevent_pair.c%s:%d: Assertion %s failed in %supcastbev_p->bev.bev.be_ops == &bufferevent_ops_pairbufferevent_pair.c%s:%d: Assertion %s failed in %spair_eltlistener_read_cbfreedlistener.c%s:%d: Assertion %s failed in %slistener_read_cbfreedlistener.c%s:%d: Assertion %s failed in %sError from accept() callaccepted_socket_invoke_user_cbext->GetAcceptExSockaddrslistener.c%s:%d: Assertion %s failed in %saccepted_socket_invoke_user_cbext->GetAcceptExSockaddrslistener.c%s:%d: Assertion %s failed in %sUnexpected error on AcceptExgetsocknamecalloccallocCouldn't create accepting socketCouldn't start accepting on socket[evdns] %s[evdns] %srequest_find_from_trans_id_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %srequest_find_from_trans_id_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_probe_failed_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_probe_failed_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %sError from libevent when adding timer event for %snameserver_failed_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_failed_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sNameserver %s has failed: %snameserver_failedbase->global_good_nameservers >= 0evdns.c%s:%d: Assertion %s failed in %snameserver_failedbase->global_good_nameservers >= 0evdns.c%s:%d: Assertion %s failed in %sAll nameservers have failedError from libevent when adding timer event for %snameserver_up_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_up_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %sNameserver %s is back uprequest_finished(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %srequest_finished(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sRemoving timeout for request %prequest_finishedreq->handle->current_req == reqevdns.c%s:%d: Assertion %s failed in %srequest_finishedreq->handle->current_req == reqevdns.c%s:%d: Assertion %s failed in %srequest_reissue_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %srequest_reissue_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %srequest_reissue(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %srequest_reissue(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_requests_pump_waiting_queue_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_requests_pump_waiting_queue_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_requests_pump_waiting_queuebase->req_waiting_headevdns.c%s:%d: Assertion %s failed in %sevdns_requests_pump_waiting_queuebase->req_waiting_headevdns.c%s:%d: Assertion %s failed in %sreply_run_callback0evdns.c%s:%d: Assertion %s failed in %sreply_run_callback0evdns.c%s:%d: Assertion %s failed in %sreply_schedule_callback%s: Couldn't allocate space for deferred callback.reply_schedule_callback_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sreply_schedule_callback_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sreply_handle_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sreply_handle_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sreply_handle(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sreply_handle(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sBad response %d (%s)reply_parseGot a SERVERFAILED from nameserverat %s; will allow the request to time out._evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sreply_parse_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sreply_parsereq->base == baseevdns.c%s:%d: Assertion %s failed in %sreply_parsereq->base == baseevdns.c%s:%d: Assertion %s failed in %srequest_parse_evthread_is_debug_lock_held((port)->lock)evdns.c%s:%d: Assertion %s failed in %srequest_parse_evthread_is_debug_lock_held((port)->lock)evdns.c%s:%d: Assertion %s failed in %stransaction_id_pick_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %stransaction_id_pick_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_pick_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_pick_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_pickbase->global_good_nameservers == 0evdns.c%s:%d: Assertion %s failed in %snameserver_pickbase->global_good_nameservers == 0evdns.c%s:%d: Assertion %s failed in %snameserver_read_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_read_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %sserver_port_readAddress mismatch on received DNS packet.  Apparent source was %s_evthread_is_debug_lock_held((s)->lock)evdns.c%s:%d: Assertion %s failed in %sserver_port_read_evthread_is_debug_lock_held((s)->lock)evdns.c%s:%d: Assertion %s failed in %sError %s (%d) while reading request.server_port_flush_evthread_is_debug_lock_held((port)->lock)evdns.c%s:%d: Assertion %s failed in %sserver_port_flush_evthread_is_debug_lock_held((port)->lock)evdns.c%s:%d: Assertion %s failed in %sError %s (%d) while writing response to port; droppingserver_port_flushreq != port->pending_repliesevdns.c%s:%d: Assertion %s failed in %sserver_port_flushreq != port->pending_repliesevdns.c%s:%d: Assertion %s failed in %sError from libevent when adding event for DNS server.nameserver_write_waiting_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_write_waiting_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %sError from libevent when adding event for %s%d.%d.%d.%d.in-addr.arpaError from libevent when adding event for DNS serverserver_port_freeportevdns.c%s:%d: Assertion %s failed in %sserver_port_freeportevdns.c%s:%d: Assertion %s failed in %sserver_port_free!port->refcntevdns.c%s:%d: Assertion %s failed in %sserver_port_free!port->refcntevdns.c%s:%d: Assertion %s failed in %sserver_port_free!port->pending_repliesevdns.c%s:%d: Assertion %s failed in %sserver_port_free!port->pending_repliesevdns.c%s:%d: Assertion %s failed in %sRequest %p timed outrequest timed out.Giving up on request %p; tx_count==%dRetransmitting request %p; tx_count==%devdns_request_transmit_to_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_request_transmit_to_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_request_transmit_to(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_request_transmit_to(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_request_transmit_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_request_transmit_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_request_transmit(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_request_transmit(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_request_transmitreq->trans_id != 0xffffevdns.c%s:%d: Assertion %s failed in %sevdns_request_transmitreq->trans_id != 0xffffevdns.c%s:%d: Assertion %s failed in %sSetting timeout for request %p, sent to nameserver %pError from libevent when adding timer for request %pnameserver_send_probe_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserver_send_probe_evthread_is_debug_lock_held((ns->base)->lock)evdns.c%s:%d: Assertion %s failed in %sSending probe to %sgoogle.comevdns_transmit_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_transmit_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %s_evdns_nameserver_add_impl_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %s_evdns_nameserver_add_impl_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sAddrlen %d too long.Couldn't bind to outgoing addressAdded nameserver %s as %pUnable to add nameserver %s: error %dUnable to parse nameserver address %sevdns_base_nameserver_sockaddr_addbaseevdns.c%s:%d: Assertion %s failed in %sevdns_base_nameserver_sockaddr_addbaseevdns.c%s:%d: Assertion %s failed in %sevdns_request_remove_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_request_remove_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_request_remove(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_request_remove(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_request_insert_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_request_insert_evthread_is_debug_lock_held((req->base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_request_insert(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_request_insert(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %srequest_new_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %srequest_new_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %srequest_submit_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %srequest_submit_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %srequest_submit(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %srequest_submit(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_cancel_request(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sevdns_cancel_request(req)->handle && (req)->handle->current_req == (req)evdns.c%s:%d: Assertion %s failed in %sResolve requested for %sResolve requested for %sevdns_base_resolve_reverseinevdns.c%s:%d: Assertion %s failed in %sevdns_base_resolve_reverseinevdns.c%s:%d: Assertion %s failed in %s%d.%d.%d.%d.in-addr.arpaResolve requested for %s (reverse)evdns_base_resolve_reverse_ipv6inevdns.c%s:%d: Assertion %s failed in %sevdns_base_resolve_reverse_ipv6inevdns.c%s:%d: Assertion %s failed in %s0123456789abcdef0123456789abcdefevdns_base_resolve_reverse_ipv6cp + strlen("ip6.arpa") < buf+sizeof(buf)evdns.c%s:%d: Assertion %s failed in %sevdns_base_resolve_reverse_ipv6cp + strlen("ip6.arpa") < buf+sizeof(buf)evdns.c%s:%d: Assertion %s failed in %sip6.arpaResolve requested for %s (reverse)search_postfix_add_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_postfix_add_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_reverse_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_reverse_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_set_from_hostname_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_set_from_hostname_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_make_new0evdns.c%s:%d: Assertion %s failed in %ssearch_make_new0evdns.c%s:%d: Assertion %s failed in %ssearch_request_new_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_request_new_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_request_newtype == TYPE_A || type == TYPE_AAAAevdns.c%s:%d: Assertion %s failed in %ssearch_request_newtype == TYPE_A || type == TYPE_AAAAevdns.c%s:%d: Assertion %s failed in %ssearch_request_newhandle->current_req == NULLevdns.c%s:%d: Assertion %s failed in %ssearch_request_newhandle->current_req == NULLevdns.c%s:%d: Assertion %s failed in %ssearch_request_newhandle->search_origname == NULLevdns.c%s:%d: Assertion %s failed in %ssearch_request_newhandle->search_origname == NULLevdns.c%s:%d: Assertion %s failed in %ssearch_try_next_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_try_next_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sSearch: trying raw query %sSearch: now trying %s (%d)search_request_finished_evthread_is_debug_lock_held((handle->current_req->base)->lock)evdns.c%s:%d: Assertion %s failed in %ssearch_request_finished%s:%d: Assertion %s failed in %s_evthread_is_debug_lock_held((handle->current_req->base)->lock)evdns.cevdns_resolv_set_defaults_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_resolv_set_defaults_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %s127.0.0.1evdns_base_set_max_requests_inflight_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_base_set_max_requests_inflight_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_base_set_max_requests_inflightn_heads > 0evdns.c%s:%d: Assertion %s failed in %sevdns_base_set_max_requests_inflightn_heads > 0evdns.c%s:%d: Assertion %s failed in %sevdns_base_set_option_impl_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_base_set_option_impl_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sndots:Setting ndots to %dtimeout:Setting timeout to %sgetaddrinfo-allow-skew:Setting getaddrinfo-allow-skew to %smax-timeouts:Setting maximum allowed timeouts to %dmax-inflight:Setting maximum inflight requests to %dattempts:Setting retries to %drandomize-case:bind-to:initial-probe-timeout:Setting initial probe timeout to %s 	resolv_conf_parse_line_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sresolv_conf_parse_line_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %snameserverdomainsearchoptions%s%sParsing resolv.conf file %s127.0.0.1evdns_nameserver_ip_add_line_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_nameserver_ip_add_line_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sload_nameservers_with_getnetworkparams_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sload_nameservers_with_getnetworkparams_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %siphlpapi.dllCould not open iphlpapi.dllGetNetworkParamsCould not get address of function.fn() failed.load_nameservers_with_getnetworkparamsfixedevdns.c%s:%d: Assertion %s failed in %sload_nameservers_with_getnetworkparamsfixedevdns.c%s:%d: Assertion %s failed in %sCould not add nameserver %s to list,error: %dSuccessfully added %s as nameserverNo nameservers added.config_nameserver_from_reg_key_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sconfig_nameserver_from_reg_key_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sload_nameservers_from_registry_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sload_nameservers_from_registry_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sSystem\CurrentControlSet\Services\Tcpip\ParametersCouldn't open nt key, %dInterfacesCouldn't open interfaces key, %dNameServerNameServernt_keyFound nameservers in %s/%s"NameServer"nt_keyDidn't find nameservers in %s/%sDhcpNameServerDhcpNameServernt_keyFound nameservers in %s/%s"DhcpNameServer"nt_keyDidn't find nameservers in %s/%sNameServerNameServerinterfaces_keyFound nameservers in %s/%s"NameServer"interfaces_keyDidn't find nameservers in %s/%sDhcpNameServerDhcpNameServerinterfaces_keyFound nameservers in %s/%s"DhcpNameServer"interfaces_keyDidn't find nameservers in %s/%sSystem\CurrentControlSet\Services\VxD\MSTCPCouldn't open registry key, %dNameServerNameServerwin_keyFound nameservers in %s/%s"NameServer"win_keyDidn't find nameservers in %s/%sDidn't find any nameservers.Unable to seed random number generator; DNS can't run.no errormisformatted queryserver failedname does not existquery not implementedrefusedreply truncated or ill-formedunknownrequest timed outdns subsystem shut downdns request canceledno records in the reply[Unknown error code] 	evdns_base_parse_hosts_line_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_base_parse_hosts_line_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_base_parse_hosts_linesocklen <= (int)sizeof(he->addr)evdns.c%s:%d: Assertion %s failed in %sevdns_base_parse_hosts_linesocklen <= (int)sizeof(he->addr)evdns.c%s:%d: Assertion %s failed in %sevdns_base_load_hosts_impl_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %sevdns_base_load_hosts_impl_evthread_is_debug_lock_held((base)->lock)evdns.c%s:%d: Assertion %s failed in %s127.0.0.1   localhost::1   localhostevdns_getaddrinfo_timeout_cb!v4_timedout || !v6_timedoutevdns.c%s:%d: Assertion %s failed in %sevdns_getaddrinfo_timeout_cb!v4_timedout || !v6_timedoutevdns.c%s:%d: Assertion %s failed in %sevdns_getaddrinfo_gotresolvereq->type == DNS_IPv4_A || req->type == DNS_IPv6_AAAAevdns.c%s:%d: Assertion %s failed in %sevdns_getaddrinfo_gotresolvereq->type == DNS_IPv4_A || req->type == DNS_IPv6_AAAAevdns.c%s:%d: Assertion %s failed in %sevdns_getaddrinfo_gotresolvetype == DNS_IPv4_A || type == DNS_IPv6_AAAAevdns.c%s:%d: Assertion %s failed in %sevdns_getaddrinfo_gotresolvetype == DNS_IPv4_A || type == DNS_IPv6_AAAAevdns.c%s:%d: Assertion %s failed in %sCall to getaddrinfo_async with no evdns_base configured.Sending request for %s on ipv4 as %pSending request for %s on ipv6 as %pGetQueuedCompletionStatus exited with no event.evrpc_freer == 0evrpc.c%s:%d: Assertion %s failed in %sevrpc_freer == 0evrpc.c%s:%d: Assertion %s failed in %sevrpc_freerevrpc.c%s:%d: Assertion %s failed in %sevrpc_freerevrpc.c%s:%d: Assertion %s failed in %sevrpc_freerevrpc.c%s:%d: Assertion %s failed in %sevrpc_freerevrpc.c%s:%d: Assertion %s failed in %sevrpc_add_hookhook_type == EVRPC_INPUT || hook_type == EVRPC_OUTPUTevrpc.c%s:%d: Assertion %s failed in %sevrpc_add_hookhook_type == EVRPC_INPUT || hook_type == EVRPC_OUTPUTevrpc.c%s:%d: Assertion %s failed in %sevrpc_add_hookhook != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_add_hookhook != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_remove_hookhook_type == EVRPC_INPUT || hook_type == EVRPC_OUTPUTevrpc.c%s:%d: Assertion %s failed in %sevrpc_remove_hookhook_type == EVRPC_INPUT || hook_type == EVRPC_OUTPUTevrpc.c%s:%d: Assertion %s failed in %sevrpc_construct_uri%s: failed to register rpc at %s/.rpc.evrpc_unregister_rpcr == 0evrpc.c%s:%d: Assertion %s failed in %sevrpc_unregister_rpcr == 0evrpc.c%s:%d: Assertion %s failed in %sevrpc_request_cbevrpc.c%s:%d: Assertion %s failed in %shook_res == EVRPC_TERMINATE || hook_res == EVRPC_CONTINUE || hook_res == EVRPC_PAUSEevrpc_request_cbevrpc.c%s:%d: Assertion %s failed in %shook_res == EVRPC_TERMINATE || hook_res == EVRPC_CONTINUE || hook_res == EVRPC_PAUSEevrpc_request_cb_closurerpc_stateevrpc.c%s:%d: Assertion %s failed in %sevrpc_request_cb_closurerpc_stateevrpc.c%s:%d: Assertion %s failed in %sevrpc_reqstate_freerpc_state != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_reqstate_freerpc_state != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_request_donerpc_stateevrpc.c%s:%d: Assertion %s failed in %sevrpc_request_donerpc_stateevrpc.c%s:%d: Assertion %s failed in %sevrpc_request_doneevrpc.c%s:%d: Assertion %s failed in %shook_res == EVRPC_TERMINATE || hook_res == EVRPC_CONTINUE || hook_res == EVRPC_PAUSEevrpc_request_doneevrpc.c%s:%d: Assertion %s failed in %shook_res == EVRPC_TERMINATE || hook_res == EVRPC_CONTINUE || hook_res == EVRPC_PAUSEevrpc_request_done_closurerpc_stateevrpc.c%s:%d: Assertion %s failed in %sevrpc_request_done_closurerpc_stateevrpc.c%s:%d: Assertion %s failed in %sContent-Typeapplication/octet-streamContent-TypeOKevrpc_pool_freerevrpc.c%s:%d: Assertion %s failed in %sevrpc_pool_freerevrpc.c%s:%d: Assertion %s failed in %sevrpc_pool_freerevrpc.c%s:%d: Assertion %s failed in %sevrpc_pool_freerevrpc.c%s:%d: Assertion %s failed in %sevrpc_pool_add_connectionconnection->http_server == NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_pool_add_connectionconnection->http_server == NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_schedule_requesthook_res == EVRPC_TERMINATE || hook_res == EVRPC_CONTINUE || hook_res == EVRPC_PAUSEevrpc.c%s:%d: Assertion %s failed in %sevrpc_schedule_requestevrpc.c%s:%d: Assertion %s failed in %shook_res == EVRPC_TERMINATE || hook_res == EVRPC_CONTINUE || hook_res == EVRPC_PAUSEevrpc_make_requestTAILQ_FIRST(&pool->connections) != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_make_requestTAILQ_FIRST(&pool->connections) != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_reply_doneevrpc.c%s:%d: Assertion %s failed in %shook_res == EVRPC_TERMINATE || hook_res == EVRPC_CONTINUE || hook_res == EVRPC_PAUSEevrpc_reply_doneevrpc.c%s:%d: Assertion %s failed in %shook_res == EVRPC_TERMINATE || hook_res == EVRPC_CONTINUE || hook_res == EVRPC_PAUSEevrpc_request_timeoutevcon != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_request_timeoutevcon != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_meta_data_freemeta_data != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_meta_data_freemeta_data != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_hook_meta_newctx != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_hook_meta_newctx != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_hook_add_metameta != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_hook_add_metameta != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_hook_add_metameta->key != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_hook_add_metameta->key != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_hook_add_metameta->data != NULLevrpc.c%s:%d: Assertion %s failed in %sevrpc_hook_add_metameta->data != NULLevrpc.c%s:%d: Assertion %s failed in %sevtag_unmarshal_string%s: mallocarc4rand_lockCouldn't allocate %s	:(;`t`tN@Dus
		


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SSL_CTX_new+_SSL_CTX_newssleay32.dllSSL_CTX_newSSL_CTX_remove_sessionA_SSL_CTX_remove_sessionssleay32.dllSSL_CTX_remove_sessionSSL_CTX_sess_get_get_cbC_SSL_CTX_sess_get_get_cbssleay32.dllSSL_CTX_sess_get_get_cbSSL_CTX_sess_get_new_cbC_SSL_CTX_sess_get_new_cbssleay32.dllSSL_CTX_sess_get_new_cbSSL_CTX_sess_get_remove_cbI_SSL_CTX_sess_get_remove_cbssleay32.dllSSL_CTX_sess_get_remove_cbSSL_CTX_sess_set_get_cbC_SSL_CTX_sess_set_get_cbssleay32.dllSSL_CTX_sess_set_get_cbSSL_CTX_sess_set_new_cbC_SSL_CTX_sess_set_new_cbssleay32.dllSSL_CTX_sess_set_new_cbSSL_CTX_sess_set_remove_cbI_SSL_CTX_sess_set_remove_cbssleay32.dllSSL_CTX_sess_set_remove_cbSSL_CTX_sessions5_SSL_CTX_sessionsssleay32.dllSSL_CTX_sessionsSSL_CTX_set1_param9_SSL_CTX_set1_paramssleay32.dllSSL_CTX_set1_paramSSL_CTX_set_cert_storeA_SSL_CTX_set_cert_storessleay32.dllSSL_CTX_set_cert_store" SSL_CTX_set_cert_verify_callbackU!_SSL_CTX_set_cert_verify_callbackssleay32.dll SSL_CTX_set_cert_verify_callbackSSL_CTX_set_cipher_listC_SSL_CTX_set_cipher_listssleay32.dllSSL_CTX_set_cipher_listSSL_CTX_set_client_CA_listI_SSL_CTX_set_client_CA_listssleay32.dllSSL_CTX_set_client_CA_listSSL_CTX_set_client_cert_cbI_SSL_CTX_set_client_cert_cbssleay32.dllSSL_CTX_set_client_cert_cb SSL_CTX_set_client_cert_engineQ_SSL_CTX_set_client_cert_enginessleay32.dllSSL_CTX_set_client_cert_engine SSL_CTX_set_cookie_generate_cbQ_SSL_CTX_set_cookie_generate_cbssleay32.dllSSL_CTX_set_cookie_generate_cbSSL_CTX_set_cookie_verify_cbM_SSL_CTX_set_cookie_verify_cbssleay32.dllSSL_CTX_set_cookie_verify_cbSSL_CTX_set_default_passwd_cbO_SSL_CTX_set_default_passwd_cbssleay32.dllSSL_CTX_set_default_passwd_cb(&SSL_CTX_set_default_passwd_cb_userdataa'_SSL_CTX_set_default_passwd_cb_userdatassleay32.dll&SSL_CTX_set_default_passwd_cb_userdata" SSL_CTX_set_default_verify_pathsU!_SSL_CTX_set_default_verify_pathsssleay32.dll SSL_CTX_set_default_verify_pathsSSL_CTX_set_ex_data;_SSL_CTX_set_ex_datassleay32.dllSSL_CTX_set_ex_data!SSL_CTX_set_generate_session_idS _SSL_CTX_set_generate_session_idssleay32.dllSSL_CTX_set_generate_session_idSSL_CTX_set_info_callbackG_SSL_CTX_set_info_callbackssleay32.dllSSL_CTX_set_info_callbackSSL_CTX_set_msg_callbackE_SSL_CTX_set_msg_callbackssleay32.dllSSL_CTX_set_msg_callback" SSL_CTX_set_next_proto_select_cbU!_SSL_CTX_set_next_proto_select_cbssleay32.dll SSL_CTX_set_next_proto_select_cb'%SSL_CTX_set_next_protos_advertised_cb_&_SSL_CTX_set_next_protos_advertised_cbssleay32.dll%SSL_CTX_set_next_protos_advertised_cb!SSL_CTX_set_psk_client_callbackS _SSL_CTX_set_psk_client_callbackssleay32.dllSSL_CTX_set_psk_client_callback!SSL_CTX_set_psk_server_callbackS 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SSL_accept)_SSL_acceptssleay32.dll
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SSL_cache_hit/_SSL_cache_hitssleay32.dll
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SSL_set_bio+_SSL_set_biossleay32.dllSSL_set_bioSSL_set_cipher_list;_SSL_set_cipher_listssleay32.dllSSL_set_cipher_listSSL_set_client_CA_listA_SSL_set_client_CA_listssleay32.dllSSL_set_client_CA_listSSL_set_connect_state?_SSL_set_connect_statessleay32.dllSSL_set_connect_state
SSL_set_debug/_SSL_set_debugssleay32.dll
SSL_set_debugSSL_set_ex_data3_SSL_set_ex_datassleay32.dllSSL_set_ex_data
SSL_set_fd)_SSL_set_fdssleay32.dll
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SSL_set_trust/_SSL_set_trustssleay32.dll
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SSL_set_wfd+_SSL_set_wfdssleay32.dllSSL_set_wfdSSL_shutdown-
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SSL_version+_SSL_versionssleay32.dllSSL_version
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_SSL_writessleay32.dll	SSL_writeSSLv23_client_method=_SSLv23_client_methodssleay32.dllSSLv23_client_method
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"Yvuv,7m'-ZUQ@C?0?#: P@P`P C]]?@@`@?>>P]W@@@C?0?#V P@P`P C]]?@@`@?>>0P]W@@.\ssl\s2_srvr.c@C?0?V: P@P`P C]]?@@`@?>> (P]W@@.\ssl\s2_clnt.cDES-CBC3-MD5DES-CBC-MD5IDEA-CBC-MD5EXP-RC2-CBC-MD5RC2-CBC-MD5EXP-RC4-MD5RC4-MD5SSLv2 part of OpenSSL 1.0.1m 19 Mar 2015A
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(A@!88tp.\ssl\s2_lib.cs->session->master_key_length >= 0 && s->session->master_key_length <= (int)sizeof(s->session->master_key)error >= 0 && error <= (int)sizeof(buf)c->iv_len <= (int)sizeof(s->session->key_arg)s->s2->key_material_length <= sizeof s->s2->key_material.\ssl\s2_enc.c.\ssl\s2_pkt.cmac_size <= MAX_MAC_SIZEppЋ @`@0@%0"0P0R@W`pppЋV @`@0@%0"0P`R@W`p.\ssl\s3_srvr.cGOST signature length is %dppV @`@0@%0"0P@W`p.\ssl\s3_clnt.cSRVRCLNTECDH-RSA-AES256-GCM-SHA384ECDH-RSA-AES128-GCM-SHA256ECDHE-RSA-AES256-GCM-SHA384ECDHE-RSA-AES128-GCM-SHA256ECDH-ECDSA-AES256-GCM-SHA384ECDH-ECDSA-AES128-GCM-SHA256ECDHE-ECDSA-AES256-GCM-SHA384ECDHE-ECDSA-AES128-GCM-SHA256ECDH-RSA-AES256-SHA384ECDH-RSA-AES128-SHA256ECDHE-RSA-AES256-SHA384ECDHE-RSA-AES128-SHA256ECDH-ECDSA-AES256-SHA384ECDH-ECDSA-AES128-SHA256ECDHE-ECDSA-AES256-SHA384ECDHE-ECDSA-AES128-SHA256SRP-DSS-AES-256-CBC-SHASRP-RSA-AES-256-CBC-SHASRP-AES-256-CBC-SHASRP-DSS-AES-128-CBC-SHASRP-RSA-AES-128-CBC-SHASRP-AES-128-CBC-SHASRP-DSS-3DES-EDE-CBC-SHASRP-RSA-3DES-EDE-CBC-SHASRP-3DES-EDE-CBC-SHAAECDH-AES256-SHAAECDH-AES128-SHAAECDH-DES-CBC3-SHAAECDH-RC4-SHAAECDH-NULL-SHAECDHE-RSA-AES256-SHAECDHE-RSA-AES128-SHAECDHE-RSA-DES-CBC3-SHAECDHE-RSA-RC4-SHAECDHE-RSA-NULL-SHAECDH-RSA-AES256-SHAECDH-RSA-AES128-SHAECDH-RSA-DES-CBC3-SHAECDH-RSA-RC4-SHAECDH-RSA-NULL-SHAECDHE-ECDSA-AES256-SHAECDHE-ECDSA-AES128-SHAECDHE-ECDSA-DES-CBC3-SHAECDHE-ECDSA-RC4-SHAECDHE-ECDSA-NULL-SHAECDH-ECDSA-AES256-SHAECDH-ECDSA-AES128-SHAECDH-ECDSA-DES-CBC3-SHAECDH-ECDSA-RC4-SHAECDH-ECDSA-NULL-SHAADH-AES256-GCM-SHA384ADH-AES128-GCM-SHA256DH-DSS-AES256-GCM-SHA384DH-DSS-AES128-GCM-SHA256DHE-DSS-AES256-GCM-SHA384DHE-DSS-AES128-GCM-SHA256DH-RSA-AES256-GCM-SHA384DH-RSA-AES128-GCM-SHA256DHE-RSA-AES256-GCM-SHA384DHE-RSA-AES128-GCM-SHA256AES256-GCM-SHA384AES128-GCM-SHA256ADH-SEED-SHADHE-RSA-SEED-SHADHE-DSS-SEED-SHADH-RSA-SEED-SHADH-DSS-SEED-SHASEED-SHAPSK-AES256-CBC-SHAPSK-AES128-CBC-SHAPSK-3DES-EDE-CBC-SHAPSK-RC4-SHAADH-CAMELLIA256-SHADHE-RSA-CAMELLIA256-SHADHE-DSS-CAMELLIA256-SHADH-RSA-CAMELLIA256-SHADH-DSS-CAMELLIA256-SHACAMELLIA256-SHAGOST2001-NULL-GOST94GOST94-NULL-GOST94GOST2001-GOST89-GOST89GOST94-GOST89-GOST89ADH-AES256-SHA256ADH-AES128-SHA256DHE-RSA-AES256-SHA256DHE-DSS-AES256-SHA256DH-RSA-AES256-SHA256DH-DSS-AES256-SHA256DHE-RSA-AES128-SHA256ADH-CAMELLIA128-SHADHE-RSA-CAMELLIA128-SHADHE-DSS-CAMELLIA128-SHADH-RSA-CAMELLIA128-SHADH-DSS-CAMELLIA128-SHACAMELLIA128-SHADHE-DSS-AES128-SHA256DH-RSA-AES128-SHA256DH-DSS-AES128-SHA256AES256-SHA256AES128-SHA256NULL-SHA256ADH-AES256-SHADHE-RSA-AES256-SHADHE-DSS-AES256-SHADH-RSA-AES256-SHADH-DSS-AES256-SHAAES256-SHAADH-AES128-SHADHE-RSA-AES128-SHADHE-DSS-AES128-SHADH-RSA-AES128-SHADH-DSS-AES128-SHAAES128-SHAADH-DES-CBC3-SHAADH-DES-CBC-SHAEXP-ADH-DES-CBC-SHAADH-RC4-MD5EXP-ADH-RC4-MD5EDH-RSA-DES-CBC3-SHAEDH-RSA-DES-CBC-SHAEXP-EDH-RSA-DES-CBC-SHAEDH-DSS-DES-CBC3-SHAEDH-DSS-DES-CBC-SHAEXP-EDH-DSS-DES-CBC-SHADH-RSA-DES-CBC3-SHADH-RSA-DES-CBC-SHAEXP-DH-RSA-DES-CBC-SHADH-DSS-DES-CBC3-SHADH-DSS-DES-CBC-SHAEXP-DH-DSS-DES-CBC-SHADES-CBC3-SHADES-CBC-SHAEXP-DES-CBC-SHAIDEA-CBC-SHARC4-SHANULL-SHANULL-MD5SSLv3 part of OpenSSL 1.0.1m 19 Mar 2015.\ssl\s3_lib.cCCCBBA.\ssl\s3_enc.cm.\ssl\s3_pkt.cmac_size <= EVP_MAX_MD_SIZESSL alert number %ds->s3->wnum <= INT_MAX.\ssl\s3_both.ci <= EVP_MAX_MD_SIZEmd_size <= EVP_MAX_MD_SIZE.\ssl\s3_cbc.corig_len >= md_sizemac_secret_length <= sizeof(hmac_pad)0data_plus_mac_plus_padding_size < 1024 * 1024a@bbNZ ^^ _VV]0@%0"0P]] W`]]GP]W`pa@bbNV ^^ _VV]0@%0"0P]] W`]]`GP]W`pCONNECTPUT HEAD POST GET .\ssl\s23_srvr.cs->version <= TLS_MAX_VERSIONa@bbVZ ^^ _VV]0@%0"0P]] W`]]PP]W`p.\ssl\s23_clnt.c.\ssl\s23_lib.ca@bbЋ @`@0@%0"0P`W`pa@bbЋ @`@0@%0"0P`W`pa@bbЋ @`@0@%0"0P`W`pa@bbЋV @`@0@%0"0P aW`pa@bbЋV @`@0@%0"0P aW`pa@bbЋV @`@0@%0"0P aW`pa@bbV @`@0@%0"0PaW`pa@bbV @`@0@%0"0PaW`pa@bbV @`@0@%0"0PaW`pserver finishedclient finishedTLSv1 part of OpenSSL 1.0.1m 19 Mar 2015


.\ssl\t1_lib.c.\ssl\t1_enc.cchunk >= 0key expansionIV blockclient write keyserver write key%s:%d: rec->data != rec->input
n >= 0t > 0t >= 0master secretpP @@%Pp
PTW`ppV @@%Pp
PTW`p.\ssl\d1_srvr.cpVP @@%Pp
PTW`p.\ssl\d1_clnt.cDTLSv1 part of OpenSSL 1.0.1m 19 Mar 2015.\ssl\d1_lib.c.\ssl\d1_pkt.clen <= SSL3_RT_MAX_PLAIN_LENGTH.\ssl\d1_both.citem != NULL((long)msg_hdr->msg_len) > 0invalid state reached %s:%ds->d1->w_msg_hdr.msg_len + DTLS1_HM_HEADER_LENGTH == (unsigned int)s->init_nums->d1->w_msg_hdr.msg_len + ((s->version == DTLS1_VERSION) ? DTLS1_CCS_HEADER_LENGTH : 3) == (unsigned int)s->init_nums->init_off == 0len == (unsigned int)rets->init_off > DTLS1_HM_HEADER_LENGTHs->init_num == (int)s->d1->w_msg_hdr.msg_len + DTLS1_HM_HEADER_LENGTHs->d1->mtu >= dtls1_min_mtu(s)retransmit:  message %d non-existant
dtls1_retransmit_message() failed
mac_size >= 0.\ssl\d1_enc.cSRTP_AES128_CM_SHA1_32SRTP_AES128_CM_SHA1_80.\ssl\d1_srtp.cOpenSSL 1.0.1m 19 Mar 2015.\ssl\ssl_lib.cALL:!EXPORT:!aNULL:!eNULL:!SSLv2SSLv2unknownSSLv3TLSv1TLSv1.1TLSv1.2ssl->sid_ctx_length <= sizeof(ssl->sid_ctx)ssl3-sha1ssl3-md5ssl2-md5s->sid_ctx_length <= sizeof s->sid_ctxSSL for verify callback.\ssl\ssl_cert.cssl_serverssl_clientOPENSSL_DIR_read(&ctx, '')%s/%s.\ssl\ssl_sess.cSSL SESSION PARAMETERS%-23s %s Kx=%-8s Au=%-4s Enc=%-9s Mac=%-4s%s
FIPSHIGHMEDIUMLOWEXPORT56EXPORT40EXPORTEXPSHA384SHA256GOST89MACGOST94SHASHA1MD5CAMELLIACAMELLIA256CAMELLIA128AESGCMAESAES256AES128eNULLSEEDIDEARC2RC43DESDESSRPPSKAECDHADHRSAKRB5NULLEECDHEDHaSRPaGOSTaGOST01aGOST94aPSKECDSAaECDSAaECDHaDHaNULLaKRB5DSSaDSSaRSAkGOSTkSRPkPSKECDHkEECDHkECDHkECDHekECDHrkKRB5DHkEDHkDHkDHdkDHrkRSACOMPLEMENTOFDEFAULTCOMPLEMENTOFALLALL** ))))))))) )@)`)))))x)p)l)d) \)X)P)H)@@)@8)0)() ))))) ( (((((((((((( (@( (0(0((x(t(l(h(`(T(L(D( &&&&@(8(,( (( (@((gost-macssl_mac_secret_size[SSL_MD_GOST94_IDX] >= 0md_gost94ssl_mac_secret_size[SSL_MD_SHA1_IDX] >= 0.\ssl\ssl_ciph.cssl_mac_secret_size[SSL_MD_MD5_IDX] >= 0id-aes256-GCMid-aes128-GCMSEED-CBCgost89-cntCAMELLIA-256-CBCCAMELLIA-128-CBCAES-256-CBCAES-128-CBCIDEA-CBCRC2-CBCDES-EDE3-CBCDES-CBCAES-256-CBC-HMAC-SHA1AES-128-CBC-HMAC-SHA1RC4-HMAC-MD5gost2001gost94STRENGTHDEFAULTBuffer too smallOPENSSL_malloc ErrorGOST89AEADAESGCM(128)AESGCM(256)SEED(128)Camellia(128)Camellia(256)GOST89(256)AES(256)AES(128)IDEA(128)RC2(128)RC2(56)RC2(40)RC4(128)RC4(64)RC4(56)RC4(40)3DES(168)DES(56)DES(40)GOST01NoneGOSTECDH/ECDSAECDH/RSADH(1024)DH(512)DH/DSSDH/RSARSA(1024)RSA(512) exportTLSv1/SSLv3(NONE)before/connect initializationbefore/accept initializationunknown statebefore SSL initializationSSLv2/v3 read client hello BSSL renegotiate ciphersSSLv2/v3 read client hello ADTLS1 write hello verify request BDTLS1 write hello verify request ASSLv3 read certificate verify BSSLv3 read certificate verify ASSLv3 read client key exchange BSSLv3 read client key exchange ASSLv3 read client certificate BSSLv3 read client certificate ASSLv3 write server done BSSLv3 write server done ASSLv3 write session ticket BSSLv3 write session ticket ASSLv3 write certificate request BSSLv3 write certificate request ASSLv3 write key exchange BSSLv3 write key exchange ASSLv3 write certificate BSSLv3 write certificate ASSLv3 write server hello BSSLv3 write server hello ASSLv3 write hello request CSSLv3 write hello request BSSLv3 write hello request ASSLv3 read client hello CSSLv3 read client hello BSSLv3 read finished BSSLv3 read finished ASSLv3 read change cipher spec BSSLv3 read change cipher spec ASSLv3 write finished BSSLv3 write finished ASSLv3 write change cipher spec BSSLv3 write change cipher spec ASSLv3 read client hello ASSLv3 flush dataSSLv2 X509 read server certificateSSLv2 write request certificate DSSLv2 write request certificate CSSLv2 write request certificate BSSLv2 write request certificate ASSLv2 write server finished BSSLv2 write server finished ASSLv2 read client finished BSSLv2 read client finished ASSLv2 write server verify CSSLv2 write server verify BSSLv2 write server verify ASSLv2 read client master key BSSLv2 read client master key ASSLv2 write server hello BSSLv2 write server hello ASSLv2 read client hello CSSLv2 read client hello BSSLv2 read client hello ASSLv2 server start encryptionok/accept SSL initializationbefore accept initializationSSLv2/v3 write client hello BSSLv2/v3 read server hello ASSLv2/v3 read server hello BSSLv2/v3 write client hello ADTLS1 read hello verify request BDTLS1 read hello verify request ASSLv3 write certificate verify BSSLv3 write certificate verify ASSLv3 write client key exchange BSSLv3 write client key exchange ASSLv3 write client certificate DSSLv3 write client certificate CSSLv3 write client certificate BSSLv3 write client certificate ASSLv3 read server done BSSLv3 read server done ASSLv3 read server session ticket BSSLv3 read server session ticket ASSLv3 read server certificate request BSSLv3 read server certificate request ASSLv3 read server key exchange BSSLv3 read server key exchange ASSLv3 read server certificate BSSLv3 read server certificate ASSLv3 read server hello BSSLv3 read server hello ASSLv3 write client hello BSSLv3 write client hello ASSLv2 X509 read client certificateSSLv2 read server finished BSSLv2 read server finished ASSLv2 read server verify BSSLv2 read server verify ASSLv2 write client certificate DSSLv2 write client certificate CSSLv2 write client certificate BSSLv2 write client certificate ASSLv2 write client finished BSSLv2 write client finished ASSLv2 write client master key BSSLv2 write client master key ASSLv2 read server hello BSSLv2 read server hello ASSLv2 write client hello BSSLv2 write client hello ASSLv2 client start encryptionok/connect SSL initializationbefore connect initializationSSL negotiation finished successfullyread headerread bodyread done23RCHBPINIT UNKWN 23RCHADWCHVBDWCHVA3RCV_B3RCV_A3RCKEB3RCKEA3RCC_B3RCC_A3WSD_B3WSD_A3WCR_B3WCR_A3WSKEB3WSKEA3WSC_B3WSC_A3WSH_B3WSH_A3RCH_C3RCH_B3WHR_C3WHR_B3WHR_A3RFINB3RFINA3RCCSB3RCCSA3WFINB3WFINA3WCCSB3WCCSA3RCH_A3FLUSH2X9GSC2SRC_D2SRC_C2SRC_B2SRC_A2SSF_B2SSF_A2GCF_B2GCF_A2SSV_C2SSV_B2SSV_A2GCMKA2SSH_B2SSH_A2GCH_C2GCH_B2GCH_A2SSENCAINIT 23WCHB23RSHA23WCHADRCHVBDRCHVA3WCV_B3WCV_A3WCKEB3WCKEA3WCC_D3WCC_C3WCC_B3WCC_A3RSD_B3RSD_A3RCR_B3RCR_A3RSKEB3RSKEA3RSC_B3RSC_A3RSH_B3RSH_A3WCH_B3WCH_A2X9GCC2GSF_B2GSF_A2GSV_B2GSV_A2SCC_D2SCC_C2SCC_B2SCC_A2SCF_B2SCF_A2SCMKB2SCMKA2GSH_B2GSH_A2SCH_B2SCH_A2CSENCCINIT SSLOK fatalwarningUFWUKUPBHBRUNCOUENRUSIEISPVERCYDEADCARODCIPCUCECRUCBCNCHFDFBMUMCNunknown PSK identitybad certificate hash valuebad certificate status responseunrecognized namecertificate unobtainableunsupported extensionno renegotiationuser canceledinternal errorinsufficient securityprotocol versionexport restrictiondecrypt errordecode erroraccess deniedunknown CArecord overflowdecryption failedillegal parametercertificate unknowncertificate expiredcertificate revokedunsupported certificatebad certificateno certificatehandshake failuredecompression failurebad record macunexpected_messageclose notifyRHRBRD.\ssl\ssl_rsa.c.\ssl\ssl_asn1.cos.length <= (int)sizeof(ret->session_id)%ld (%s)
    Verify return code: 

    Timeout   : %ld (sec)
    Start Time: %ld
    Compression: %d (%s)
    Compression: %d
    TLS session ticket:

    TLS session ticket lifetime hint: %ld (seconds)
    SRP username: 
    PSK identity hint: %s
    PSK identity: 
    Key-Arg   : 
    Master-Key: 
    Session-ID-ctx: %02X    Session-ID:     Cipher    : %s
    Cipher    : %04lX
    Cipher    : %06lX
    Protocol  : %s
DTLSv1-badDTLSv1SSL-Session:
.\ssl\ssl_txt.cdss1DSS1DSA-SHA1-oldDSA-SHA1RSA-SHA1-2RSA-SHA1ssl.\ssl\bio_ssl.cx509 verification setup problemsx509 libwrong version numberwrong ssl versionwrong signature typewrong signature sizewrong signature lengthwrong number of key bitswrong message typewrong cipher returnedwrite bio not setuse srtp not negotiatedunsupported status typeunsupported ssl versionunsupported protocolunsupported elliptic curveunsupported digest typeunsupported compression algorithmunsupported cipherunsafe legacy renegotiation disabledunknown ssl versionunknown remote error typeunknown protocolunknown pkey typeunknown key exchange typeunknown digestunknown cipher typeunknown cipher returnedunknown certificate typeunknown alert typeuninitializedunexpected recordunexpected messageunable to load ssl3 sha1 routinesunable to load ssl3 md5 routinesunable to load ssl2 md5 routinesunable to find ssl methodunable to find public key parametersunable to find ecdh parametersunable to find dh parametersunable to extract public keyunable to decode ecdh certsunable to decode dh certstried to use unsupported ciphertls rsa encrypted value length is wrongtls peer did not respond with certificate listtls invalid ecpointformat listtls illegal exporter labelheartbeat request already pendingpeer does not accept heartbeatstls client cert req with anon ciphertlsv1 unsupported extensiontlsv1 unrecognized nametlsv1 certificate unobtainabletlsv1 bad certificate status responsetlsv1 bad certificate hash valuetlsv1 alert user cancelledtlsv1 alert unknown catlsv1 alert record overflowtlsv1 alert protocol versiontlsv1 alert no renegotiationtlsv1 alert internal errortlsv1 alert insufficient securitytlsv1 alert inappropriate fallbacktlsv1 alert export restrictiontlsv1 alert decrypt errortlsv1 alert decryption failedtlsv1 alert decode errortlsv1 alert access deniedssl session id is differentssl session id has bad lengthssl session id context too longssl session id conflictssl session id callback failedssl library has no ciphersssl handshake failuressl ctx has no default ssl versionsslv3 alert unsupported certificatesslv3 alert unexpected messagesslv3 alert no certificatesslv3 alert illegal parametersslv3 alert handshake failuresslv3 alert decompression failuresslv3 alert certificate unknownsslv3 alert certificate revokedsslv3 alert certificate expiredsslv3 alert bad record macsslv3 alert bad certificatessl3 session id too shortssl3 session id too longssl3 ext invalid servername typessl3 ext invalid servernamessl3 ext invalid ecpointformatssl2 connection id too longssl23 doing session id reusesrtp unknown protection profilesrtp protection profile list too longsrtp could not allocate profileserror with the srp paramssignature for non signing certificatesignature algorithms errorshort readsession id context uninitializedserverhello tlsextscsv received when renegotiatingreuse cipher list not zeroreuse cert type not zeroreuse cert length not zerorequired compresssion algorithm missingrequired cipher missingrenegotiation mismatchrenegotiation encoding errrenegotiate ext too longrecord too smallrecord too largerecord length mismatchread wrong packet typeread timeout expiredread bio not setpublic key not rsapublic key is not rsapublic key encrypt errorpsk no server cbpsk no client cbpsk identity not foundprotocol is shutdownproblems mapping cipher functionspre mac length too longpeer error unsupported certificate typepeer error no cipherpeer error no certificatepeer error certificatepeer errorpeer did not return a certificatepath too longparse tlsextpacket length too longopaque PRF input too longonly tls allowed in fips modeold session compression algorithm not returnedold session cipher not returnednull ssl method passednull ssl ctxno verify callbackno srtp profilesno shared cipherdigest requred for handshake isn't computedno publickeyno protocols availableno private key assignedno privatekeyno method specifiedPeer haven't sent GOST certificate, required for selected ciphersuiteno compression specifiedno client cert receivedno client cert methodno cipher matchno cipher listno ciphers specifiedno ciphers passedno ciphers availableno certificate specifiedno certificate setno certificate returnedno certificate assignedno certificates returnednon sslv2 initial packetmultiple sgc restartsmissing verify messagemissing tmp rsa pkeymissing tmp rsa keymissing tmp ecdh keymissing tmp dh keycan't find SRP server parammissing rsa signing certmissing rsa encrypting certmissing rsa certificatemissing export tmp rsa keymissing export tmp dh keymissing dsa signing certmissing dh rsa certmissing dh keymissing dh dsa certmessage too longlibrary has no cipherslibrary buglength too shortlength mismatchkrb5 server tkt skewkrb5 server tkt not yet validkrb5 server tkt expiredkrb5 server rd_req (keytab perms?)krb5 server initkrb5 server bad ticketkrb5 client mk_req (expired tkt?)krb5 client initkrb5 client get credkrb5 client cc principal (no tkt?)krb5key arg too longinvalid trustinvalid ticket keys lengthinvalid status responseinvalid srp usernameinvalid purposeinvalid compression algorithminvalid commandinvalid challenge lengthinconsistent compressioninappropriate fallbackillegal paddinghttp requesthttps proxy requestgot next proto without seeing extensiongot next proto before a ccsgot a fin before a ccsextra data in messageexcessive message sizeerror in received cipher listerror generating tmp rsa keyencrypted length too longempty srtp protection profile listecgroup too large for cipherecc cert should have sha1 signatureecc cert should have rsa signatureecc cert not for signingecc cert not for key agreementduplicate compression iddtls message too bigdigest check faileddh public value length is wrongdecryption failed or bad record macdata length too longdata between ccs and finishedcookie mismatchconnection type not setconnection id is differentcompression library errorcompression id not within private rangecompression failurecompression disabledcompressed length too longclienthello tlsextcipher table src errorcipher or hash unavailablecipher code wrong lengthchallenge is differentcert length mismatchcertificate verify failedccs received earlyca dn too longca dn length mismatchbn libblock cipher pad is wrongbio not setbad write retrybad statebad ssl session id lengthbad ssl filetypebad srtp protection profile listbad srtp mki valuebad srp s lengthbad srp parametersbad srp n lengthbad srp g lengthbad srp b lengthbad srp a lengthbad signaturebad rsa signaturebad rsa modulus lengthbad rsa e lengthbad rsa encryptbad rsa decryptbad response argumentbad psk identity hint lengthbad protocol version numberbad packet lengthbad message typebad mac lengthbad mac decodebad lengthbad hello requestbad handshake lengthbad ecpointbad ecdsa signaturebad ecc certbad dsa signaturebad digest lengthbad dh p lengthbad dh pub key lengthbad dh g lengthbad decompressionbad data returned by callbackbad checksumbad change cipher specbad authentication typebad alert recordattempt to reuse session in different contextapp data in handshakeWRITE_PENDINGTLS1_SETUP_KEY_BLOCKtls1_prfTLS1_PREPARE_SERVERHELLO_TLSEXTTLS1_PREPARE_CLIENTHELLO_TLSEXTSSL_F_TLS1_HEARTBEATTLS1_EXPORT_KEYING_MATERIALTLS1_ENCTLS1_CHECK_SERVERHELLO_TLSEXTTLS1_CHANGE_CIPHER_STATEtls1_cert_verify_macSSL_writeSSL_VERIFY_CERT_CHAINSSL_use_RSAPrivateKey_fileSSL_use_RSAPrivateKey_ASN1SSL_use_RSAPrivateKeySSL_use_psk_identity_hintSSL_use_PrivateKey_fileSSL_use_PrivateKey_ASN1SSL_use_PrivateKeySSL_use_certificate_fileSSL_use_certificate_ASN1SSL_use_certificateSSL_UNDEFINED_VOID_FUNCTIONSSL_UNDEFINED_FUNCTIONSSL_UNDEFINED_CONST_FUNCTIONSSL_SRP_CTX_initSSL_shutdownSSL_set_wfdSSL_set_trustSSL_set_session_ticket_extSSL_set_session_id_contextSSL_set_sessionSSL_set_rfdSSL_set_purposeSSL_SET_PKEYSSL_set_fdSSL_set_cipher_listSSL_SET_CERTSSL_SESS_CERT_NEWSSL_SESSION_set1_id_contextSSL_SESSION_print_fpSSL_SESSION_newSSL_RSA_PUBLIC_ENCRYPTSSL_RSA_PRIVATE_DECRYPTSSL_readSSL_PREPARE_SERVERHELLO_TLSEXTSSL_PREPARE_CLIENTHELLO_TLSEXTSSL_peekSSL_PARSE_SERVERHELLO_USE_SRTP_EXTSSL_PARSE_SERVERHELLO_TLSEXTSSL_PARSE_SERVERHELLO_RENEGOTIATE_EXTSSL_PARSE_CLIENTHELLO_USE_SRTP_EXTSSL_PARSE_CLIENTHELLO_TLSEXTSSL_PARSE_CLIENTHELLO_RENEGOTIATE_EXTSSL_newSSL_load_client_CA_fileSSL_INIT_WBIO_BUFFERSSL_GET_SIGN_PKEYSSL_GET_SERVER_SEND_PKEYSSL_GET_SERVER_SEND_CERTSSL_GET_PREV_SESSIONSSL_GET_NEW_SESSIONSSL_do_handshakeSSL_CTX_use_RSAPrivateKey_fileSSL_CTX_use_RSAPrivateKey_ASN1SSL_CTX_use_RSAPrivateKeySSL_CTX_use_psk_identity_hintSSL_CTX_use_PrivateKey_fileSSL_CTX_use_PrivateKey_ASN1SSL_CTX_use_PrivateKeySSL_CTX_use_certificate_fileSSL_CTX_use_certificate_chain_fileSSL_CTX_use_certificate_ASN1SSL_CTX_use_certificateSSL_CTX_set_trustSSL_CTX_set_ssl_versionSSL_CTX_set_session_id_contextSSL_CTX_set_purposeSSL_CTX_set_client_cert_engineSSL_CTX_set_cipher_listSSL_CTX_newSSL_CTX_MAKE_PROFILESSSL_CTX_check_private_keySSL_ctrlSSL_CREATE_CIPHER_LISTSSL_COMP_add_compression_methodSSL_clearSSL_CIPHER_STRENGTH_SORTSSL_CIPHER_PROCESS_RULESTRSSL_CHECK_SRVR_ECC_CERT_AND_ALGSSL_CHECK_SERVERHELLO_TLSEXTSSL_check_private_keySSL_CERT_NEWSSL_CERT_INSTANTIATESSL_CERT_INSTSSL_CERT_DUPSSL_BYTES_TO_CIPHER_LISTSSL_BAD_METHODSSL_ADD_SERVERHELLO_USE_SRTP_EXTSSL_ADD_SERVERHELLO_TLSEXTSSL_ADD_SERVERHELLO_RENEGOTIATE_EXTSSL_add_file_cert_subjects_to_stackSSL_add_dir_cert_subjects_to_stackSSL_ADD_CLIENTHELLO_USE_SRTP_EXTSSL_ADD_CLIENTHELLO_TLSEXTSSL_ADD_CLIENTHELLO_RENEGOTIATE_EXTSSL3_WRITE_PENDINGSSL3_WRITE_BYTESSSL3_SETUP_WRITE_BUFFERSSL3_SETUP_READ_BUFFERSSL3_SETUP_KEY_BLOCKSSL3_SEND_SERVER_KEY_EXCHANGESSL3_SEND_SERVER_HELLOSSL3_SEND_SERVER_CERTIFICATESSL3_SEND_CLIENT_VERIFYSSL3_SEND_CLIENT_KEY_EXCHANGESSL3_SEND_CLIENT_CERTIFICATESSL3_SEND_CERTIFICATE_REQUESTSSL3_READ_NSSL3_READ_BYTESSSL3_PEEKSSL3_OUTPUT_CERT_CHAINSSL3_NEW_SESSION_TICKETssl3_handshake_macSSL3_GET_SERVER_HELLOSSL3_GET_SERVER_DONESSL3_GET_SERVER_CERTIFICATESSL3_GET_RECORDSSL3_GET_NEXT_PROTOSSL3_GET_NEW_SESSION_TICKETSSL3_GET_MESSAGESSL3_GET_KEY_EXCHANGESSL3_GET_FINISHEDSSL3_GET_CLIENT_KEY_EXCHANGESSL3_GET_CLIENT_HELLOSSL3_GET_CLIENT_CERTIFICATESSL3_GET_CERT_VERIFYSSL3_GET_CERT_STATUSSSL3_GET_CERTIFICATE_REQUESTSSL3_GENERATE_KEY_BLOCKSSL3_ENCSSL3_DO_CHANGE_CIPHER_SPECSSL3_DIGEST_CACHED_RECORDSSSL3_CTX_CTRLSSL3_CTRLSSL3_CONNECTSSL3_CLIENT_HELLOSSL3_CHECK_CLIENT_HELLOSSL3_CHECK_CERT_AND_ALGORITHMSSL3_CHANGE_CIPHER_STATESSL3_CALLBACK_CTRLSSL3_ADD_CERT_TO_BUFSSL3_ACCEPTSSL2_WRITESSL2_SET_CERTIFICATESSL2_READ_INTERNALSSL2_READSSL2_PEEKSSL2_GENERATE_KEY_MATERIALSSL2_ENC_INITSSL2_CONNECTSSL2_ACCEPTSSL23_WRITESSL23_READSSL23_PEEKSSL23_GET_SERVER_HELLOSSL23_GET_CLIENT_HELLOSSL23_CONNECTSSL23_CLIENT_HELLOSSL23_ACCEPTSERVER_VERIFYSERVER_HELLOSERVER_FINISHREQUEST_CERTIFICATEREAD_Ni2d_SSL_SESSIONGET_SERVER_VERIFYGET_SERVER_HELLOGET_SERVER_FINISHEDGET_CLIENT_MASTER_KEYGET_CLIENT_HELLOGET_CLIENT_FINISHEDDTLS1_WRITE_APP_DATA_BYTESDTLS1_SEND_SERVER_KEY_EXCHANGEDTLS1_SEND_SERVER_HELLODTLS1_SEND_SERVER_CERTIFICATEDTLS1_SEND_HELLO_VERIFY_REQUESTDTLS1_SEND_CLIENT_VERIFYDTLS1_SEND_CLIENT_KEY_EXCHANGEDTLS1_SEND_CLIENT_CERTIFICATEDTLS1_SEND_CERTIFICATE_REQUESTDTLS1_READ_FAILEDDTLS1_READ_BYTESDTLS1_PROCESS_RECORDDTLS1_PROCESS_OUT_OF_SEQ_MESSAGEDTLS1_PREPROCESS_FRAGMENTDTLS1_OUTPUT_CERT_CHAINDTLS1_HEARTBEATDTLS1_HANDLE_TIMEOUTDTLS1_GET_RECORDDTLS1_GET_MESSAGE_FRAGMENTDTLS1_GET_MESSAGEDTLS1_GET_HELLO_VERIFYDTLS1_ENCDTLS1_CONNECTDTLS1_CLIENT_HELLODTLS1_CHECK_TIMEOUT_NUMDTLS1_BUFFER_RECORDDTLS1_ADD_CERT_TO_BUFDTLS1_ACCEPTDO_SSL3_WRITEDO_DTLS1_WRITEd2i_SSL_SESSIONCLIENT_MASTER_KEYCLIENT_HELLOCLIENT_FINISHEDCLIENT_CERTIFICATE.\ssl\tls_srp.c.\ssl\t1_reneg.c!expected_len || s->s3->previous_server_finished_len!expected_len || s->s3->previous_client_finished_len&%%e+000~PAGAIsProcessorFeaturePresentKERNEL32(null)(null)EEE50P( 8PX700WP  `h````xpxxxxCorExitProcessmscoree.dllSunMonTueWedThuFriSatJanFebMarAprMayJunJulAugSepOctNovDecTZEncodePointerKERNEL32.DLLDecodePointerFlsFreeFlsSetValueFlsGetValueFlsAllocruntime error 
TLOSS error
SING error
DOMAIN error
R6034
An application has made an attempt to load the C runtime library incorrectly.
Please contact the application's support team for more information.
R6033
- Attempt to use MSIL code from this assembly during native code initialization
This indicates a bug in your application. It is most likely the result of calling an MSIL-compiled (/clr) function from a native constructor or from DllMain.
R6032
- not enough space for locale information
R6031
- Attempt to initialize the CRT more than once.
This indicates a bug in your application.
R6030
- CRT not initialized
R6028
- unable to initialize heap
R6027
- not enough space for lowio initialization
R6026
- not enough space for stdio initialization
R6025
- pure virtual function call
R6024
- not enough space for _onexit/atexit table
R6019
- unable to open console device
R6018
- unexpected heap error
R6017
- unexpected multithread lock error
R6016
- not enough space for thread data

This application has requested the Runtime to terminate it in an unusual way.
Please contact the application's support team for more information.
R6009
- not enough space for environment
R6008
- not enough space for arguments
R6002
- floating point support not loaded
Microsoft Visual C++ Runtime Library

...Runtime Error!

Program: 	

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????%?+?1?7?=?C?I?O?U?[?a?g?m?s?y??????????????t00000#0)0/050;0A0G0M0S0Y0000000000000000000000111111$1*10161<1B1H1\1b1h1p1t1x1|1111111111111111@2D2H2L2P2T2X2\2`2d2h2l2p2t2x2|22222222222222223333333333333333333334444444444444455555555 5$5(5,5054585<5@5D5-666=6]6f6m666666666666666666677
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	/usr/sbin/pw groupdel vibe 2>/dev/null || true

	# remove user if present in log file
	if grep "^user: $USER_NAME$" $LOG_FILE >/dev/null 2>&1
	then
		/usr/sbin/pw userdel $USER_NAME >/dev/null 2>&1 && echo "'$USER_NAME' user removed."
		sed -i "/^user: $USER_NAME$/d" $LOG_FILE >/dev/null 2>&1
	fi

	# remove group if present in log file
	if grep "^group: $GROUP_NAME$" $LOG_FILE >/dev/null 2>&1
	then
		/usr/sbin/pw groupdel $GROUP_NAME >/dev/null 2>&1 && echo "'$GROUP_NAME' group removed."
		sed -i "/^group: $GROUP_NAME$/d" $LOG_FILE >/dev/null 2>&1
	fi

	# remove log file if no data
	if [ -f $LOG_FILE ] && [ -z $(tr -d '[ \t\r\n]' 2>/dev/null <$LOG_FILE) ]
	then
		rm -f $LOG_FILE
		rmdir $(dirname $LOG_FILE) >/dev/null 2>&1 || true
	fi

	# remove config file
	echo "Removing configuration file $CONFIG_FILE..."
	rm -f $CONFIG_FILE
	rmdir $(dirname $CONFIG_FILE) >/dev/null 2>&1 || true

	exit
fi

# creating group if he isn't already there
if ! getent group $GROUP_NAME >/dev/null; then
	echo "Creating group $GROUP_NAME..."
	/usr/sbin/pw groupadd $GROUP_NAME >/dev/null
	mkdir -p $(dirname $LOG_FILE)
	echo "group: $GROUP_NAME" >>$LOG_FILE
fi

# creating user if he isn't already there
if ! getent passwd $USER_NAME >/dev/null; then
	echo "Creating user $USER_NAME..."
	/usr/sbin/pw useradd $USER_NAME -g $GROUP_NAME -c "$USER_COMMENT" >/dev/null
	mkdir -p $(dirname $LOG_FILE)
	echo "user: $USER_NAME" >>$LOG_FILE
fi

# create config dir if not there
mkdir -p $(dirname $CONFIG_FILE)

# create/update config file
echo "Creating new config file in $CONFIG_FILE..."
USER_ID=$(getent passwd $USER_NAME | cut -d: -f3)
GROUP_ID=$(getent group $GROUP_NAME | cut -d: -f3)
echo '{
	"uid": '$USER_ID',
	"gid": '$GROUP_ID'
}' >$CONFIG_FILE

# if everything went fine
echo "Setup finished successfully."
vibe.d-0.7.30/setup-linux.sh000077500000000000000000000107701304441332000156030ustar00rootroot00000000000000#!/bin/bash


set -e


# set variables
PREFIX="/usr/local"
BASE_DIR="$PREFIX/share/vibe"
SRC_DIR=$(dirname $0)
CONFIG_DIR="/etc/vibe"
CONFIG_FILE="$CONFIG_DIR/vibe.conf"
LOG_DIR="/var/spool/vibe"
LOG_FILE="$LOG_DIR/install.log"
MENU_DIR="$PREFIX/share/applications"
MENU_FILE="$MENU_DIR/vibe.desktop"

USER_NAME="www-vibe"
GROUP_NAME="www-vibe"
USER_COMMENT="Vibe user"
DEBIAN_USER="www-data"
DEBIAN_GROUP="www-data"


# throw error
ferror()
{
	for I in "$@"
	do
		echo "$I" >&2
	done
	exit 1
}


# script help
fhelp()
{
	echo "Script to install and remove 'vibe' on Linux."
	echo
	echo "Usage:"
	echo "  $0 [ -i | -r | -h ] "
	echo
	echo "Options:"
	echo "  -i     installs vibe"
	echo
	echo "  -r     removes vibe"
	echo
	echo "  -h     show this help"
}


# force to be root
froot()
{
	test "root" != "$USER" && echo "'root' privileges required..." && exec sudo "$@"
	echo -en "\033[0A                              \015"
}


fremove()
{
	# remove user if present in log file
	if grep "^user: $USER_NAME$" $LOG_FILE >/dev/null 2>&1
	then
		/usr/sbin/userdel $USER_NAME >/dev/null 2>&1 && echo "'$USER_NAME' user removed."
		sed -i "/^user: $USER_NAME$/d" $LOG_FILE >/dev/null 2>&1
	fi

	# remove group if present in log file
	if grep "^group: $GROUP_NAME$" $LOG_FILE >/dev/null 2>&1
	then
		/usr/sbin/groupdel $GROUP_NAME >/dev/null 2>&1 && echo "'$GROUP_NAME' group removed."
		sed -i "/^group: $GROUP_NAME$/d" $LOG_FILE >/dev/null 2>&1
	fi

	# remove log file if no data
	if [ -f $LOG_FILE ] && [ -z $(tr -d '[ \t\r\n]' 2>/dev/null <$LOG_FILE) ]
	then
		rm -f $LOG_FILE
	fi
	rmdir $LOG_DIR >/dev/null 2>&1 || :

	# remove config file
	echo "Removing configuration file $CONFIG_FILE..."
	rm -f $CONFIG_FILE
	rmdir $CONFIG_DIR >/dev/null 2>&1 || :

	# remove menu entry
	rm -f $MENU_FILE
	rmdir $MENU_DIR >/dev/null 2>&1 || :

	# remove files
	echo "Removing 'vibe' files in $BASE_DIR/..."
	rm -Rf $BASE_DIR/
}


finstall()
{
	# check if vibe sources
	if [ ! -f $SRC_DIR/source/vibe/vibe.d ]
	then
		ferror "$0: FATAL ERROR! missing 'vibe' sources!" "Try '$0 -h' for more information."
	fi

	# install files
	echo "Installing 'vibe' files in $BASE_DIR/..."
	cp -Rf $SRC_DIR/{source/,docs/,examples/} $BASE_DIR/

	# create menu entry
	if [ -f $BASE_DIR/docs/index.html ]
	then
		mkdir -p $MENU_DIR
		echo "[Desktop Entry]" >$MENU_FILE
		echo "Type=Application" >>$MENU_FILE
		echo "Name=Vibe Documentation" >>$MENU_FILE
		echo "Comment=Vibe web framework documentation" >>$MENU_FILE
		echo "Exec=xdg-open $BASE_DIR/docs/index.html" >>$MENU_FILE
		echo "Icon=html" >>$MENU_FILE
		echo "Categories=Development;" >>$MENU_FILE
	else
		unset MENU_DIR MENU_FILE
	fi

	# user/group administration
	if getent group $DEBIAN_GROUP >/dev/null && getent passwd $DEBIAN_USER >/dev/null
	then
		GROUP_NAME=$DEBIAN_GROUP
		USER_NAME=$DEBIAN_USER
	else
		# creating group if he isn't already there
		if ! getent group $GROUP_NAME >/dev/null
		then
			echo "Creating group $GROUP_NAME..."
			/usr/sbin/groupadd -r $GROUP_NAME
			mkdir -p $LOG_DIR
			echo "group: $GROUP_NAME" >>$LOG_FILE
		fi
		# creating user if he isn't already there
		if ! getent passwd $USER_NAME >/dev/null
		then
			echo "Creating user $USER_NAME..."
			/usr/sbin/useradd -r -g $GROUP_NAME -c "$USER_COMMENT" $USER_NAME
			mkdir -p $LOG_DIR
			echo "user: $USER_NAME" >>$LOG_FILE
		fi
	fi

	# create/update config file
	echo "Creating config file $CONFIG_FILE..."
	mkdir -p $CONFIG_DIR
	echo '{' >$CONFIG_FILE
	echo '	"user": "'$USER_NAME'",' >>$CONFIG_FILE
	echo '	"group": "'$GROUP_NAME'"' >>$CONFIG_FILE
	echo '}' >>$CONFIG_FILE

	# set files/folders permissions
	chmod 0755 $(find $BASE_DIR/ -type d) $CONFIG_DIR $MENU_DIR
	chmod 0644 $(find $BASE_DIR/ ! -type d) $CONFIG_FILE $MENU_FILE

	# if everything went fine
	echo -e "\n  \033[32;40;7;1mvibe.d installed successfully!\033[0m\n"
	echo "You need to have the following dependencies installed:"
	echo "  ·dmd 2.061 - http://dlang.org"
	echo "  ·libssl (development files) - http://www.openssl.org/"
	echo "  ·libevent 2.0.x (development files) - http://libevent.org/"
	echo -e "\ntake a look at examples on $BASE_DIR/examples/"
}


# check if more than one argument
if [ $# -gt 1 ]
then
	ferror "$0: too many arguments" "Try '$0 -h' for more information."
fi


# check first argument
case "$1" in
-h|-H)
    fhelp
    ;;
-i|-I)
    froot $0 "$@"
    finstall
    ;;
-r|-R)
    froot $0 "$@"
    fremove
    ;;
"")
    ferror "$0: missing argument" "Try '$0 -h' for more information."
    ;;
*)
    ferror "$0: unknown argument '$1'" "Try '$0 -h' for more information."
    ;;
esac
vibe.d-0.7.30/setup-mac.sh000077500000000000000000000016751304441332000152100ustar00rootroot00000000000000#!/bin/bash

set -e

echo "Checking for root privileges..."
# root privileges required
[ "root" != "$USER" ] && exec sudo $0 "$@"

# set variables
USER_NAME="_www"
GROUP_NAME=$USER_NAME
USER_COMMENT="Vibe user"
CONFIG_FILE="/etc/vibe/vibe.conf"

# remove user, group and configuration file
if [ "$1" = "-r" ] ;then
	echo "Removing configuration file $CONFIG_FILE..."
	rm -f $CONFIG_FILE
	rmdir -p $(dirname $CONFIG_FILE) 2>/dev/null || true
	exit
fi

# create/overwrite configuration file
echo "Creating new config file in $CONFIG_FILE..."
USER_ID=$(dscl . -read /Users/_www UniqueID | sed "s/[^:]*: //")
GROUP_ID=$(dscl . -read /Groups/_www PrimaryGroupID | sed "s/[^:]*: //")
mkdir -p $(dirname $CONFIG_FILE)
echo -e '{
	"uid": '$USER_ID',
	"gid": '$GROUP_ID'
}' >$CONFIG_FILE

# if everything went fine
echo "Setup finished successfully."
echo "You can now run 'vibe' from any vibe.d application directory to run an app (e.g. in examples/http_server/)."
vibe.d-0.7.30/source/000077500000000000000000000000001304441332000142425ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/000077500000000000000000000000001304441332000151675ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/appmain.d000066400000000000000000000032111304441332000167560ustar00rootroot00000000000000/**
	Provides vibe based applications with a central program entry point.

	This module is included automatically through the import 'vibe.d'. It will provide a default
	application entry point which parses command line arguments, reads the global vibe configuration
	file, and starts the event loop.

	The application itself then just has to initialize itself from within a 'static this' module
	constructor and perform the appropriate calls to listen for connections or other operations.

	If you want to provide your own main function, you have to import vibe.vibe instead of
	vibe.d and define a -version=VibeCustomMain. Be sure to call vibe.core.core.runEventLoop
	at the end of your main function in this case. Also beware that you have to make appropriate
	calls to vibe.core.args.finalizeCommandLineOptions and vibe.core.core.lowerPrivileges to get the
	same behavior.

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.appmain;

version (VibeDefaultMain):

version (VibeCustomMain) {
	static assert(false, "Both, VibeCustomMain and VibeDefaultMain are defined. "
		~ "Either define only VibeDefaultMain, or nothing at all (VibeCustomMain "
		~ "has no effect since 0.7.26).");
}

/**
	The predefined vibe.d application entry point.

	This function will automatically be executed if you import the module vibe.d in your code. It
	will perform default command line parsing and starts the event loop.
*/
int main()
{
	import vibe.core.core : runApplication;

	version (unittest) {
		return 0;
	} else {
		return runApplication();
	}
}
vibe.d-0.7.30/source/vibe/core/000077500000000000000000000000001304441332000161175ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/core/args.d000066400000000000000000000140211304441332000172160ustar00rootroot00000000000000/**
	Parses and allows querying the command line arguments and configuration
	file.

	The optional configuration file (vibe.conf) is a JSON file, containing an
	object with the keys corresponding to option names, and values corresponding
	to their values. It is searched for in the local directory, user's home
	directory, or /etc/vibe/ (POSIX only), whichever is found first.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Vladimir Panteleev
*/
module vibe.core.args;

import vibe.core.log;
import vibe.data.json;

import std.algorithm : any, map, sort;
import std.array : array, join, replicate, split;
import std.exception;
import std.file;
import std.getopt;
import std.path : buildPath;
import std.string : format, stripRight, wrap;

import core.runtime;


/**
	Finds and reads an option from the configuration file or command line.

	Command line options take precedence over configuration file entries.

	Params:
		names = Option names. Separate multiple name variants with "|",
			as for $(D std.getopt).
		pvalue = Pointer to store the value. Unchanged if value was not found.
		help_text = Text to be displayed when the application is run with
			--help.

	Returns:
		$(D true) if the value was found, $(D false) otherwise.

	See_Also: readRequiredOption
*/
bool readOption(T)(string names, T* pvalue, string help_text)
{
	// May happen due to http://d.puremagic.com/issues/show_bug.cgi?id=9881
	if (g_args is null) init();

	OptionInfo info;
	info.names = names.split("|").sort!((a, b) => a.length < b.length)().array();
	info.hasValue = !is(T == bool);
	info.helpText = help_text;
	assert(!g_options.any!(o => o.names == info.names)(), "readOption() may only be called once per option name.");
	g_options ~= info;

	immutable olen = g_args.length;
	getopt(g_args, getoptConfig, names, pvalue);
	if (g_args.length < olen) return true;

	if (g_haveConfig) {
		foreach (name; info.names)
			if (auto pv = name in g_config) {
				*pvalue = pv.to!T;
				return true;
			}
	}

	return false;
}


/**
	The same as readOption, but throws an exception if the given option is missing.

	See_Also: readOption
*/
T readRequiredOption(T)(string names, string help_text)
{
	string formattedNames() {
		return names.split("|").map!(s => s.length == 1 ? "-" ~ s : "--" ~ s).join("/");
	}
	T ret;
	enforce(readOption(names, &ret, help_text) || g_help,
		format("Missing mandatory option %s.", formattedNames()));
	return ret;
}


/**
	Prints a help screen consisting of all options encountered in getOption calls.
*/
void printCommandLineHelp()
{
	enum dcolumn = 20;
	enum ncolumns = 80;

	logInfo("Usage: %s \n", g_args[0]);
	foreach (opt; g_options) {
		string shortopt;
		string[] longopts;
		if (opt.names[0].length == 1 && !opt.hasValue) {
			shortopt = "-"~opt.names[0];
			longopts = opt.names[1 .. $];
		} else {
			shortopt = "  ";
			longopts = opt.names;
		}

		string optionString(string name)
		{
			if (name.length == 1) return "-"~name~(opt.hasValue ? " " : "");
			else return "--"~name~(opt.hasValue ? "=" : "");
		}

		string[] lopts; foreach(lo; longopts) lopts ~= optionString(lo);
		auto optstr = format(" %s %s", shortopt, lopts.join(", "));
		if (optstr.length < dcolumn) optstr ~= replicate(" ", dcolumn - optstr.length);

		auto indent = replicate(" ", dcolumn+1);
		auto desc = wrap(opt.helpText, ncolumns - dcolumn - 2, optstr.length > dcolumn ? indent : "", indent).stripRight();

		if (optstr.length > dcolumn)
			logInfo("%s\n%s", optstr, desc);
		else logInfo("%s %s", optstr, desc);
	}
}


/**
	Checks for unrecognized command line options and display a help screen.

	This function is called automatically from `vibe.appmain` and from
	`vibe.core.core.runApplication` to check for correct command line usage.
	It will print a help screen in case of unrecognized options.

	Params:
		args_out = Optional parameter for storing any arguments not handled
				   by any readOption call. If this is left to null, an error
				   will be triggered whenever unhandled arguments exist.

	Returns:
		If "--help" was passed, the function returns false. In all other
		cases either true is returned or an exception is thrown.
*/
bool finalizeCommandLineOptions(string[]* args_out = null)
{
	scope(exit) g_args = null;

	if (args_out) {
		*args_out = g_args;
	} else if (g_args.length > 1) {
		logError("Unrecognized command line option: %s\n", g_args[1]);
		printCommandLineHelp();
		throw new Exception("Unrecognized command line option.");
	}

	if (g_help) {
		printCommandLineHelp();
		return false;
	}

	return true;
}


private struct OptionInfo {
	string[] names;
	bool hasValue;
	string helpText;
}

private {
	__gshared string[] g_args;
	__gshared bool g_haveConfig;
	__gshared Json g_config;
	__gshared OptionInfo[] g_options;
	__gshared bool g_help;
}

private string[] getConfigPaths()
{
	string[] result = [""];
	import std.process : environment;
	version (Windows)
		result ~= environment.get("USERPROFILE");
	else
		result ~= [environment.get("HOME"), "/etc/vibe/"];
	return result;
}

// this is invoked by the first readOption call (at least vibe.core will perform one)
private void init()
{
	import vibe.utils.string : stripUTF8Bom;

	version (VibeDisableCommandLineParsing) {}
	else g_args = Runtime.args;

	if (!g_args.length) g_args = ["dummy"];

	// TODO: let different config files override individual fields
	auto searchpaths = getConfigPaths();
	foreach (spath; searchpaths) {
		auto cpath = buildPath(spath, configName);
		if (cpath.exists) {
			scope(failure) logError("Failed to parse config file %s.", cpath);
			auto text = stripUTF8Bom(cpath.readText());
			g_config = text.parseJson();
			g_haveConfig = true;
			break;
		}
	}

	if (!g_haveConfig)
		logDiagnostic("No config file found in %s", searchpaths);

	readOption("h|help", &g_help, "Prints this help screen.");
}

private enum configName = "vibe.conf";

private template ValueTuple(T...) { alias ValueTuple = T; }

private alias getoptConfig = ValueTuple!(std.getopt.config.passThrough, std.getopt.config.bundling);
vibe.d-0.7.30/source/vibe/core/concurrency.d000066400000000000000000001266701304441332000206320ustar00rootroot00000000000000/**
	Functions and structures for dealing with threads and concurrent access.

	This module is modeled after std.concurrency, but provides a fiber-aware alternative
	to it. All blocking operations will yield the calling fiber instead of blocking it.

	Copyright: © 2013-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.core.concurrency;

import core.time;
import std.traits;
import std.typecons;
import std.typetuple;
import std.variant;
import std.string;
import vibe.core.task;
import vibe.utils.memory;
import vibe.internal.meta.traits : StripHeadConst;

public import std.concurrency;

private extern (C) pure nothrow void _d_monitorenter(Object h);
private extern (C) pure nothrow void _d_monitorexit(Object h);

/**
	Locks the given shared object and returns a ScopedLock for accessing any unshared members.

	Using this function will ensure that there are no data races. For this reason, the class
	type T is required to contain no unshared or unisolated aliasing.

	See_Also: core.concurrency.isWeaklyIsolated
*/
ScopedLock!T lock(T : const(Object))(shared(T) object)
pure nothrow @safe {
	return ScopedLock!T(object);
}
/// ditto
void lock(T : const(Object))(shared(T) object, scope void delegate(scope T) accessor)
nothrow {
	auto l = lock(object);
	accessor(l.unsafeGet());
}

///
unittest {
	import vibe.core.concurrency;

	static class Item {
		private double m_value;

		this(double value) pure { m_value = value; }

		@property double value() const pure { return m_value; }
	}

	static class Manager {
		private {
			string m_name;
			Isolated!(Item) m_ownedItem;
			Isolated!(shared(Item)[]) m_items;
		}

		pure this(string name)
		{
			m_name = name;
			auto itm = makeIsolated!Item(3.5);
			m_ownedItem = itm.move;
		}

		void addItem(shared(Item) item) pure { m_items ~= item; }

		double getTotalValue()
		const pure {
			double sum = 0;

			// lock() is required to access shared objects
			foreach (itm; m_items.unsafeGet) {
				auto l = itm.lock();
				sum += l.value;
			}

			// owned objects can be accessed without locking
			sum += m_ownedItem.value;

			return sum;
		}
	}

	void test()
	{
		import std.stdio;

		auto man = cast(shared)new Manager("My manager");
		{
			auto l = man.lock();
			l.addItem(new shared(Item)(1.5));
			l.addItem(new shared(Item)(0.5));
		}

		writefln("Total value: %s", man.lock().getTotalValue());
	}
}


/**
	Proxy structure that keeps the monitor of the given object locked until it
	goes out of scope.

	Any unshared members of the object are safely accessible during this time. The usual
	way to use it is by calling lock.

	See_Also: lock
*/
struct ScopedLock(T)
{
	static assert(is(T == class), "ScopedLock is only usable with classes.");
//	static assert(isWeaklyIsolated!(FieldTypeTuple!T), T.stringof~" contains non-immutable, non-shared references. Accessing it in a multi-threaded environment is not safe.");

	private Rebindable!T m_ref;

	@disable this(this);

	this(shared(T) obj)
		pure nothrow @trusted
	{
		assert(obj !is null, "Attempting to lock null object.");
		m_ref = cast(T)obj;
		_d_monitorenter(getObject());
		assert(getObject().__monitor !is null);
	}

	~this()
		pure nothrow @trusted
	{
		assert(m_ref !is null);
		assert(getObject().__monitor !is null);
		_d_monitorexit(getObject());
	}

	/**
		Returns an unshared reference to the locked object.

		Note that using this function breaks type safety. Be sure to not escape the reference beyond
		the life time of the lock.
	*/
	@property inout(T) unsafeGet() inout nothrow { return m_ref; }

	inout(T) opDot() inout nothrow { return m_ref; }
	//pragma(msg, "In ScopedLock!("~T.stringof~")");
	//pragma(msg, isolatedRefMethods!T());
//	mixin(isolatedAggregateMethodsString!T());

	private Object getObject()
		pure nothrow {
			static if( is(Rebindable!T == struct) ) return cast(Unqual!T)m_ref.get();
			else return cast(Unqual!T)m_ref;
		}
}


/**
	Creates a new isolated object.

	Isolated objects contain no mutable aliasing outside of their own reference tree. They can thus
	be safely converted to immutable and they can be safely passed between threads.

	The function returns an instance of Isolated that will allow proxied access to the members of
	the object, as well as providing means to convert the object to immutable or to an ordinary
	mutable object.
*/
pure Isolated!T makeIsolated(T, ARGS...)(ARGS args)
{
	static if (is(T == class)) return Isolated!T(new T(args));
	else static if (is(T == struct)) return T(args);
	else static if (isPointer!T && is(PointerTarget!T == struct)) {
		alias TB = PointerTarget!T;
		return Isolated!T(new TB(args));
	} else static assert(false, "makeIsolated works only for class and (pointer to) struct types.");
}

///
unittest {
	import vibe.core.concurrency;
	import vibe.core.core;

	static class Item {
		double value;
		string name;
	}

	static void modifyItem(Isolated!Item itm)
	{
		itm.value = 1.3;
		// TODO: send back to initiating thread
	}

	void test()
	{
		immutable(Item)[] items;

		// create immutable item procedurally
		auto itm = makeIsolated!Item();
		itm.value = 2.4;
		itm.name = "Test";
		items ~= itm.freeze();

		// send isolated item to other thread
		auto itm2 = makeIsolated!Item();
		runWorkerTask(&modifyItem, itm2.move());
		// ...
	}
}

unittest {
	static class C { this(int x) pure {} }
	static struct S { this(int x) pure {} }

	alias CI = typeof(makeIsolated!C(0));
	alias SI = typeof(makeIsolated!S(0));
	alias SPI = typeof(makeIsolated!(S*)(0));
	static assert(isStronglyIsolated!CI);
	static assert(is(CI == IsolatedRef!C));
	static assert(isStronglyIsolated!SI);
	static assert(is(SI == S));
	static assert(isStronglyIsolated!SPI);
	static assert(is(SPI == IsolatedRef!S));
}


/**
	Creates a new isolated array.
*/
pure Isolated!(T[]) makeIsolatedArray(T)(size_t size)
{
	Isolated!(T[]) ret;
	ret.length = size;
	return ret.move();
}

///
unittest {
	import vibe.core.concurrency;
	import vibe.core.core;

	static void compute(Task tid, Isolated!(double[]) array, size_t start_index)
	{
		foreach( i; 0 .. array.length )
			array[i] = (start_index + i) * 0.5;

		sendCompat(tid, array.move());
	}

	void test()
	{
		import std.stdio;

		// compute contents of an array using multiple threads
		auto arr = makeIsolatedArray!double(256);

		// partition the array (no copying takes place)
		size_t[] indices = [64, 128, 192, 256];
		Isolated!(double[])[] subarrays = arr.splice(indices);

		// start processing in threads
		Task[] tids;
		foreach (i, idx; indices)
			tids ~= runWorkerTaskH(&compute, Task.getThis(), subarrays[i].move(), idx);

		// collect results
		auto resultarrays = new Isolated!(double[])[tids.length];
		foreach( i, tid; tids )
			resultarrays[i] = receiveOnlyCompat!(Isolated!(double[])).move();

		// BUG: the arrays must be sorted here, but since there is no way to tell
		// from where something was received, this is difficult here.

		// merge results (no copying takes place again)
		foreach( i; 1 .. resultarrays.length )
			resultarrays[0].merge(resultarrays[i]);

		// convert the final result to immutable
		auto result = resultarrays[0].freeze();

		writefln("Result: %s", result);
	}
}


/**
	Unsafe facility to assume that an existing reference is unique.
*/
Isolated!T assumeIsolated(T)(T object)
{
	return Isolated!T(object);
}

/**
	Encapsulates the given type in a way that guarantees memory isolation.

	See_Also: makeIsolated, makeIsolatedArray
*/
template Isolated(T)
{
	static if( isWeaklyIsolated!T ){
		alias Isolated = T;
	} else static if( is(T == class) ){
		alias Isolated = IsolatedRef!T;
	} else static if( isPointer!T ){
		alias Isolated = IsolatedRef!(PointerTarget!T);
	} else static if( isDynamicArray!T ){
		alias Isolated = IsolatedArray!(typeof(T.init[0]));
	} else static if( isAssociativeArray!T ){
		alias Isolated = IsolatedAssociativeArray!(KeyType!T, ValueType!T);
	} else static assert(false, T.stringof~": Unsupported type for Isolated!T - must be class, pointer, array or associative array.");
}


// unit tests fails with DMD 2.064 due to some cyclic import regression
unittest
{
	static class CE {}
	static struct SE {}

	static assert(is(Isolated!CE == IsolatedRef!CE));
	static assert(is(Isolated!(SE*) == IsolatedRef!SE));
	static assert(is(Isolated!(SE[]) == IsolatedArray!SE));
	version(EnablePhobosFails){
		// AAs don't work because they are impure
		static assert(is(Isolated!(SE[string]) == IsolatedAssociativeArray!(string, SE)));
	}
}


/// private
private struct IsolatedRef(T)
{
	pure:
	static assert(isWeaklyIsolated!(FieldTypeTuple!T), T.stringof ~ " contains non-immutable/non-shared references. Isolation cannot be guaranteed.");
	enum __isWeakIsolatedType = true;
	static if( isStronglyIsolated!(FieldTypeTuple!T) )
		enum __isIsolatedType = true;

	alias BaseType = T;

	static if( is(T == class) ){
		alias Tref = T;
		alias Tiref = immutable(T);
	} else {
		alias Tref = T*;
		alias Tiref = immutable(T)*;
	}

	private Tref m_ref;

	//mixin isolatedAggregateMethods!T;
	//pragma(msg, isolatedAggregateMethodsString!T());
	mixin(isolatedAggregateMethodsString!T());

	@disable this(this);

	private this(Tref obj)
	{
		m_ref = obj;
	}

	this(ref IsolatedRef src)
	{
		m_ref = src.m_ref;
		src.m_ref = null;
	}

	void opAssign(ref IsolatedRef src)
	{
		m_ref = src.m_ref;
		src.m_ref = null;
	}

	/**
		Returns the raw reference.

		Note that using this function breaks type safety. Be sure to not escape the reference.
	*/
	inout(Tref) unsafeGet() inout { return m_ref; }

	/**
		Move the contained reference to a new IsolatedRef.

		Since IsolatedRef is not copyable, using this function may be necessary when
		passing a reference to a function or when returning it. The reference in
		this instance will be set to null after the call returns.
	*/
	IsolatedRef move() { auto r = m_ref; m_ref = null; return IsolatedRef(r); }
	/// ditto
	void move(ref IsolatedRef target) { target.m_ref = m_ref; m_ref = null; }

	/**
		Convert the isolated reference to a normal mutable reference.

		The reference in this instance will be set to null after the call returns.
	*/
	Tref extract()
	{
		auto ret = m_ref;
		m_ref = null;
		return ret;
	}

	/**
		Converts the isolated reference to immutable.

		The reference in this instance will be set to null after the call has returned.
		Note that this method is only available for strongly isolated references,
		which means references that do not contain shared aliasing.
	*/
	Tiref freeze()()
	{
		static assert(isStronglyIsolated!(FieldTypeTuple!T), "freeze() can only be called on strongly isolated values, but "~T.stringof~" contains shared references.");
		auto ret = m_ref;
		m_ref = null;
		return cast(immutable)ret;
	}

	/**
		Performs an up- or down-cast of the reference and moves it to a new IsolatedRef instance.

		The reference in this instance will be set to null after the call has returned.
	*/
	U opCast(U)()
		if (isInstanceOf!(IsolatedRef, U) && (is(U.BaseType : BaseType) || is(BaseType : U.BaseType)))
	{
		auto r = U(cast(U.BaseType)m_ref);
		m_ref = null;
		return r;
	}

	/**
		Determines if the contained reference is non-null.

		This method allows Isolated references to be used in boolean expressions without having to
		extract the reference.
	*/
	U opCast(U)() const if(is(U == bool)) { return m_ref !is null; }
}


/// private
private struct IsolatedArray(T)
{
	static assert(isWeaklyIsolated!T, T.stringof ~ " contains non-immutable references. Isolation cannot be guaranteed.");
	enum __isWeakIsolatedType = true;
	static if( isStronglyIsolated!T )
		enum __isIsolatedType = true;

	alias BaseType = T[];

	private T[] m_array;

	mixin isolatedArrayMethods!T;

	@disable this(this);

	/**
		Returns the raw reference.

		Note that using this function breaks type safety. Be sure to not escape the reference.
	*/
	inout(T[]) unsafeGet() inout { return m_array; }

	IsolatedArray!T move() pure { auto r = m_array; m_array = null; return IsolatedArray(r); }
	void move(ref IsolatedArray target) pure { target.m_array = m_array; m_array = null; }

	T[] extract()
	pure {
		auto arr = m_array;
		m_array = null;
		return arr;
	}

	immutable(T)[] freeze()() pure
	{
		static assert(isStronglyIsolated!T, "Freeze can only be called on strongly isolated values, but "~T.stringof~" contains shared references.");
		auto arr = m_array;
		m_array = null;
		return cast(immutable)arr;
	}


	/**
		Splits the array into individual slices at the given incides.

		The indices must be in ascending order. Any items that are larger than
		the last given index will remain in this IsolatedArray.
	*/
	IsolatedArray!T[] splice(in size_t[] indices...) pure
		in {
			//import std.algorithm : isSorted;
			assert(indices.length > 0, "At least one splice index must be given.");
			//assert(isSorted(indices), "Indices must be in ascending order.");
			assert(indices[$-1] <= m_array.length, "Splice index out of bounds.");
		}
		body {
			auto ret = new IsolatedArray!T[indices.length];
			size_t lidx = 0;
			foreach( i, sidx; indices ){
				ret[i].m_array = m_array[lidx .. sidx];
				lidx = sidx;
			}
			m_array = m_array[lidx .. $];
			return ret;
		}

	void merge(ref IsolatedArray!T array) pure
		in {
			assert(array.m_array.ptr == m_array.ptr+m_array.length || array.m_array.ptr+array.length == m_array.ptr,
				"Argument to merge() must be a neighbouring array partition.");
		}
		body {
			if( array.m_array.ptr == m_array.ptr + m_array.length ){
				m_array = m_array.ptr[0 .. m_array.length + array.length];
			} else {
				m_array = array.m_array.ptr[0 .. m_array.length + array.length];
			}
			array.m_array.length = 0;
		}
}


/// private
private struct IsolatedAssociativeArray(K, V)
{
	pure:
	static assert(isWeaklyIsolated!K, "Key type has aliasing. Memory isolation cannot be guaranteed.");
	static assert(isWeaklyIsolated!V, "Value type has aliasing. Memory isolation cannot be guaranteed.");

	enum __isWeakIsolatedType = true;
	static if( isStronglyIsolated!K && isStronglyIsolated!V )
		enum __isIsolatedType = true;

	alias BaseType = V[K];

	private {
		V[K] m_aa;
	}

	mixin isolatedAssociativeArrayMethods!(K, V);

	/**
		Returns the raw reference.

		Note that using this function breaks type safety. Be sure to not escape the reference.
	*/
	inout(V[K]) unsafeGet() inout { return m_aa; }

	IsolatedAssociativeArray move() { auto r = m_aa; m_aa = null; return IsolatedAssociativeArray(r); }
	void move(ref IsolatedAssociativeArray target) { target.m_aa = m_aa; m_aa = null; }

	V[K] extract()
	{
		auto arr = m_aa;
		m_aa = null;
		return arr;
	}

	static if( is(typeof(IsolatedAssociativeArray.__isIsolatedType)) ){
		immutable(V)[K] freeze()
		{
			auto arr = m_aa;
			m_aa = null;
			return cast(immutable(V)[K])(arr);
		}

		immutable(V[K]) freeze2()
		{
			auto arr = m_aa;
			m_aa = null;
			return cast(immutable(V[K]))(arr);
		}
	}
}


/** Encapsulates a reference in a way that disallows escaping it or any contained references.
*/
template ScopedRef(T)
{
	static if( isAggregateType!T ) alias ScopedRef = ScopedRefAggregate!T;
	else static if( isAssociativeArray!T ) alias ScopedRef = ScopedRefAssociativeArray!T;
	else static if( isArray!T ) alias ScopedRef = ScopedRefArray!T;
	else static if( isBasicType!T ) alias ScopedRef = ScopedRefBasic!T;
	else static assert(false, "Unsupported type for ScopedRef: "~T.stringof);
}

/// private
private struct ScopedRefBasic(T)
{
	private T* m_ref;

	@disable this(this);

	this(ref T tref) pure { m_ref = &tref; }

	//void opAssign(T value) { *m_ref = value; }

	ref T unsafeGet() pure { return *m_ref; }

	alias unsafeGet this;
}

/// private
private struct ScopedRefAggregate(T)
{
	private T* m_ref;

	@disable this(this);

	this(ref T tref) pure { m_ref = &tref; }

	//void opAssign(T value) { *m_ref = value; }

	ref T unsafeGet() pure { return *m_ref; }

	static if( is(T == shared) ){
		auto lock() pure { return .lock(unsafeGet()); }
	} else {
		mixin(isolatedAggregateMethodsString!T());
		//mixin isolatedAggregateMethods!T;
	}
}

/// private
private struct ScopedRefArray(T)
{
	alias V = typeof(T.init[0]) ;
	private T* m_ref;

	private @property ref T m_array() pure { return *m_ref; }
	private @property ref const(T) m_array() const pure { return *m_ref; }

	mixin isolatedArrayMethods!(V, !is(T == const) && !is(T == immutable));

	@disable this(this);

	this(ref T tref) pure { m_ref = &tref; }

	//void opAssign(T value) { *m_ref = value; }

	ref T unsafeGet() pure { return *m_ref; }
}

/// private
private struct ScopedRefAssociativeArray(K, V)
{
	alias K = KeyType!T;
	alias V = ValueType!T;
	private T* m_ref;

	private @property ref T m_array() pure { return *m_ref; }
	private @property ref const(T) m_array() const pure { return *m_ref; }

	mixin isolatedAssociativeArrayMethods!(K, V);

	@disable this(this);

	this(ref T tref) pure { m_ref = &tref; }

	//void opAssign(T value) { *m_ref = value; }

	ref T unsafeGet() pure { return *m_ref; }

}

/******************************************************************************/
/* COMMON MIXINS FOR NON-REF-ESCAPING WRAPPER STRUCTS                         */
/******************************************************************************/

/// private
/*private mixin template(T) isolatedAggregateMethods
{
	mixin(isolatedAggregateMethodsString!T());
}*/

/// private
private string isolatedAggregateMethodsString(T)()
{
	import vibe.internal.meta.traits;

	string ret = generateModuleImports!T();
	//pragma(msg, "Type '"~T.stringof~"'");
	foreach( mname; __traits(allMembers, T) ){
		static if (isPublicMember!(T, mname)) {
			static if (isRWPlainField!(T, mname)) {
				alias mtype = typeof(__traits(getMember, T, mname)) ;
				auto mtypename = fullyQualifiedName!mtype;
				//pragma(msg, "  field " ~ mname ~ " : " ~ mtype.stringof);
				ret ~= "@property ScopedRef!(const("~mtypename~")) "~mname~"() const pure { return ScopedRef!(const("~mtypename~"))(m_ref."~mname~"); }\n";
				ret ~= "@property ScopedRef!("~mtypename~") "~mname~"() pure { return ScopedRef!("~mtypename~")(m_ref."~mname~"); }\n";
				static if( !is(mtype == const) && !is(mtype == immutable) ){
					static if( isWeaklyIsolated!mtype ){
						ret ~= "@property void "~mname~"("~mtypename~" value) pure { m_ref."~mname~" = value; }\n";
					} else {
						ret ~= "@property void "~mname~"(AT)(AT value) pure { static assert(isWeaklyIsolated!AT); m_ref."~mname~" = value.unsafeGet(); }\n";
					}
				}
			} else {
				foreach( method; __traits(getOverloads, T, mname) ){
					alias ftype = FunctionTypeOf!method;

					// only pure functions are allowed (or they could escape references to global variables)
					// don't allow non-isolated references to be escaped
					if( functionAttributes!ftype & FunctionAttribute.pure_ &&
						isWeaklyIsolated!(ReturnType!ftype) )
					{
						static if( __traits(isStaticFunction, method) ){
							//pragma(msg, "  static method " ~ mname ~ " : " ~ ftype.stringof);
							ret ~= "static "~fullyQualifiedName!(ReturnType!ftype)~" "~mname~"(";
							foreach( i, P; ParameterTypeTuple!ftype ){
								if( i > 0 ) ret ~= ", ";
								ret ~= fullyQualifiedName!P ~ " p"~i.stringof;
							}
							ret ~= "){ return "~fullyQualifiedName!T~"."~mname~"(";
							foreach( i, P; ParameterTypeTuple!ftype ){
								if( i > 0 ) ret ~= ", ";
								ret ~= "p"~i.stringof;
							}
							ret ~= "); }\n";
						} else if (mname != "__ctor") {
							//pragma(msg, "  normal method " ~ mname ~ " : " ~ ftype.stringof);
							if( is(ftype == const) ) ret ~= "const ";
							if( is(ftype == shared) ) ret ~= "shared ";
							if( is(ftype == immutable) ) ret ~= "immutable ";
							if( functionAttributes!ftype & FunctionAttribute.pure_ ) ret ~= "pure ";
							if( functionAttributes!ftype & FunctionAttribute.property ) ret ~= "@property ";
							ret ~= fullyQualifiedName!(ReturnType!ftype)~" "~mname~"(";
							foreach( i, P; ParameterTypeTuple!ftype ){
								if( i > 0 ) ret ~= ", ";
								ret ~= fullyQualifiedName!P ~ " p"~i.stringof;
							}
							ret ~= "){ return m_ref."~mname~"(";
							foreach( i, P; ParameterTypeTuple!ftype ){
								if( i > 0 ) ret ~= ", ";
								ret ~= "p"~i.stringof;
							}
							ret ~= "); }\n";
						}
					}
				}
			}
		} //else pragma(msg, "  non-public field " ~ mname);
	}
	return ret;
}


/// private
private mixin template isolatedArrayMethods(T, bool mutableRef = true)
{
	@property size_t length() const pure { return m_array.length; }

	@property bool empty() const pure { return m_array.length == 0; }

	static if( mutableRef ){
		@property void length(size_t value) pure { m_array.length = value; }


		void opCatAssign(T item) pure
		{
			static if( isCopyable!T ) m_array ~= item;
			else {
				m_array.length++;
				m_array[$-1] = item;
			}
		}

		void opCatAssign(IsolatedArray!T array) pure
		{
			static if( isCopyable!T ) m_array ~= array.m_array;
			else {
				size_t start = m_array.length;
				m_array.length += array.length;
				foreach( i, ref itm; array.m_array )
					m_array[start+i] = itm;
			}
		}
	}

	ScopedRef!(const(T)) opIndex(size_t idx) const pure { return ScopedRef!(const(T))(m_array[idx]); }
	ScopedRef!T opIndex(size_t idx) pure { return ScopedRef!T(m_array[idx]); }

	static if( !is(T == const) && !is(T == immutable) )
		void opIndexAssign(T value, size_t idx) pure { m_array[idx] = value; }

	int opApply(int delegate(ref size_t, ref ScopedRef!T) del)
	pure {
		foreach( idx, ref v; m_array ){
			auto noref = ScopedRef!T(v);
			if( auto ret = (cast(int delegate(ref size_t, ref ScopedRef!T) pure)del)(idx, noref) )
				return ret;
		}
		return 0;
	}

	int opApply(int delegate(ref size_t, ref ScopedRef!(const(T))) del)
	const pure {
		foreach( idx, ref v; m_array ){
			auto noref = ScopedRef!(const(T))(v);
			if( auto ret = (cast(int delegate(ref size_t, ref ScopedRef!(const(T))) pure)del)(idx, noref) )
				return ret;
		}
		return 0;
	}

	int opApply(int delegate(ref ScopedRef!T) del)
	pure {
		foreach( v; m_array ){
			auto noref = ScopedRef!T(v);
			if( auto ret = (cast(int delegate(ref ScopedRef!T) pure)del)(noref) )
				return ret;
		}
		return 0;
	}

	int opApply(int delegate(ref ScopedRef!(const(T))) del)
	const pure {
		foreach( v; m_array ){
			auto noref = ScopedRef!(const(T))(v);
			if( auto ret = (cast(int delegate(ref ScopedRef!(const(T))) pure)del)(noref) )
				return ret;
		}
		return 0;
	}
}


/// private
private mixin template isolatedAssociativeArrayMethods(K, V, bool mutableRef = true)
{
	@property size_t length() const pure { return m_aa.length; }
	@property bool empty() const pure { return m_aa.length == 0; }

	static if( !is(V == const) && !is(V == immutable) )
		void opIndexAssign(V value, K key) pure { m_aa[key] = value; }

	inout(V) opIndex(K key) inout pure { return m_aa[key]; }

	int opApply(int delegate(ref ScopedRef!K, ref ScopedRef!V) del)
	pure {
		foreach( ref k, ref v; m_aa )
			if( auto ret = (cast(int delegate(ref ScopedRef!K, ref ScopedRef!V) pure)del)(k, v) )
				return ret;
		return 0;
	}

	int opApply(int delegate(ref ScopedRef!V) del)
	pure {
		foreach( ref v; m_aa )
			if( auto ret = (cast(int delegate(ref ScopedRef!V) pure)del)(v) )
				return ret;
		return 0;
	}

	int opApply(int delegate(ref ScopedRef!(const(K)), ref ScopedRef!(const(V))) del)
	const pure {
		foreach( ref k, ref v; m_aa )
			if( auto ret = (cast(int delegate(ref ScopedRef!(const(K)), ref ScopedRef!(const(V))) pure)del)(k, v) )
				return ret;
		return 0;
	}

	int opApply(int delegate(ref ScopedRef!(const(V))) del)
	const pure {
		foreach( v; m_aa )
			if( auto ret = (cast(int delegate(ref ScopedRef!(const(V))) pure)del)(v) )
				return ret;
		return 0;
	}
}


/******************************************************************************/
/* UTILITY FUNCTIONALITY                                                      */
/******************************************************************************/

// private
private @property string generateModuleImports(T)()
{
	bool[string] visited;
	//pragma(msg, "generateModuleImports "~T.stringof);
	return generateModuleImportsImpl!T(visited);
}

private @property string generateModuleImportsImpl(T, TYPES...)(ref bool[string] visited)
{
	string ret;

	//pragma(msg, T);
	//pragma(msg, TYPES);

	static if( !haveTypeAlready!(T, TYPES) ){
		void addModule(string mod){
			if( mod !in visited ){
				ret ~= "static import "~mod~";\n";
				visited[mod] = true;
			}
		}

		static if( isAggregateType!T && !is(typeof(T.__isWeakIsolatedType)) ){ // hack to avoid a recursive template instantiation when Isolated!T is passed to moduleName
			addModule(moduleName!T);

			foreach( member; __traits(allMembers, T) ){
				//static if( isPublicMember!(T, member) ){
					static if( !is(typeof(__traits(getMember, T, member))) ){
						// ignore sub types
					} else static if( !is(FunctionTypeOf!(__traits(getMember, T, member)) == function) ){
						alias mtype = typeof(__traits(getMember, T, member)) ;
						ret ~= generateModuleImportsImpl!(mtype, T, TYPES)(visited);
					} else static if( is(T == class) || is(T == interface) ){
						foreach( overload; MemberFunctionsTuple!(T, member) ){
							ret ~= generateModuleImportsImpl!(ReturnType!overload, T, TYPES)(visited);
							foreach( P; ParameterTypeTuple!overload )
								ret ~= generateModuleImportsImpl!(P, T, TYPES)(visited);
						}
					} // TODO: handle structs!
				//}
			}
		}
		else static if( isPointer!T ) ret ~= generateModuleImportsImpl!(PointerTarget!T, T, TYPES)(visited);
		else static if( isArray!T ) ret ~= generateModuleImportsImpl!(typeof(T.init[0]), T, TYPES)(visited);
		else static if( isAssociativeArray!T ) ret ~= generateModuleImportsImpl!(KeyType!T, T, TYPES)(visited) ~ generateModuleImportsImpl!(ValueType!T, T, TYPES)(visited);
	}

	return ret;
}

template haveTypeAlready(T, TYPES...)
{
	static if( TYPES.length == 0 ) enum haveTypeAlready = false;
	else static if( is(T == TYPES[0]) ) enum haveTypeAlready = true;
	else alias haveTypeAlready = haveTypeAlready!(T, TYPES[1 ..$]);
}


/******************************************************************************/
/* Additional traits useful for handling isolated data                        */
/******************************************************************************/

/**
	Determines if the given list of types has any non-immutable aliasing outside of their object tree.

	The types in particular may only contain plain data, pointers or arrays to immutable data, or references
	encapsulated in `vibe.core.concurrency.Isolated`.
*/
template isStronglyIsolated(T...)
{
	static if (T.length == 0) enum bool isStronglyIsolated = true;
	else static if (T.length > 1) enum bool isStronglyIsolated = isStronglyIsolated!(T[0 .. $/2]) && isStronglyIsolated!(T[$/2 .. $]);
	else {
		static if (is(T[0] == immutable)) enum bool isStronglyIsolated = true;
		else static if(isInstanceOf!(Rebindable, T[0])) enum bool isStronglyIsolated = isStronglyIsolated!(typeof(T[0].get()));
		else static if (is(typeof(T[0].__isIsolatedType))) enum bool isStronglyIsolated = true;
		else static if (is(T[0] == class)) enum bool isStronglyIsolated = false;
		else static if (is(T[0] == interface)) enum bool isStronglyIsolated = false; // can't know if the implementation is isolated
		else static if (is(T[0] == delegate)) enum bool isStronglyIsolated = false; // can't know to what a delegate points
		else static if (isDynamicArray!(T[0])) enum bool isStronglyIsolated = is(typeof(T[0].init[0]) == immutable);
		else static if (isAssociativeArray!(T[0])) enum bool isStronglyIsolated = false; // TODO: be less strict here
		else static if (isSomeFunction!(T[0])) enum bool isStronglyIsolated = true; // functions are immutable
		else static if (isPointer!(T[0])) enum bool isStronglyIsolated = is(typeof(*T[0].init) == immutable);
		else static if (isAggregateType!(T[0])) enum bool isStronglyIsolated = isStronglyIsolated!(FieldTypeTuple!(T[0]));
		else enum bool isStronglyIsolated = true;
	}
}


/**
	Determines if the given list of types has any non-immutable and unshared aliasing outside of their object tree.

	The types in particular may only contain plain data, pointers or arrays to immutable or shared data, or references
	encapsulated in `vibe.core.concurrency.Isolated`. Values that do not have unshared and unisolated aliasing are safe to be passed
	between threads.
*/
template isWeaklyIsolated(T...)
{
	static if (T.length == 0) enum bool isWeaklyIsolated = true;
	else static if (T.length > 1) enum bool isWeaklyIsolated = isWeaklyIsolated!(T[0 .. $/2]) && isWeaklyIsolated!(T[$/2 .. $]);
	else {
		static if(is(T[0] == immutable)) enum bool isWeaklyIsolated = true;
		else static if (is(T[0] == shared)) enum bool isWeaklyIsolated = true;
		else static if (isInstanceOf!(Rebindable, T[0])) enum bool isWeaklyIsolated = isWeaklyIsolated!(typeof(T[0].get()));
		else static if (is(T[0] == Tid)) enum bool isWeaklyIsolated = true; // Tid/MessageBox is not properly annotated with shared
		else static if (is(T[0] : Throwable)) enum bool isWeaklyIsolated = true; // WARNING: this is unsafe, but needed for send/receive!
		else static if (is(typeof(T[0].__isIsolatedType))) enum bool isWeaklyIsolated = true;
		else static if (is(typeof(T[0].__isWeakIsolatedType))) enum bool isWeaklyIsolated = true;
		else static if (is(T[0] == class)) enum bool isWeaklyIsolated = false;
		else static if (is(T[0] == interface)) enum bool isWeaklyIsolated = false; // can't know if the implementation is isolated
		else static if (is(T[0] == delegate)) enum bool isWeaklyIsolated = T[0].stringof.endsWith(" shared"); // can't know to what a delegate points - FIXME: use something better than a string comparison
		else static if (isDynamicArray!(T[0])) enum bool isWeaklyIsolated = is(typeof(T[0].init[0]) == immutable);
		else static if (isAssociativeArray!(T[0])) enum bool isWeaklyIsolated = false; // TODO: be less strict here
		else static if (isSomeFunction!(T[0])) enum bool isWeaklyIsolated = true; // functions are immutable
		else static if (isPointer!(T[0])) enum bool isWeaklyIsolated = is(typeof(*T[0].init) == immutable) || is(typeof(*T[0].init) == shared);
		else static if (isAggregateType!(T[0])) enum bool isWeaklyIsolated = isWeaklyIsolated!(FieldTypeTuple!(T[0]));
		else enum bool isWeaklyIsolated = true;
	}
}

unittest {
	static class A { int x; string y; }

	static struct B {
		string a; // strongly isolated
		Isolated!A b; // strongly isolated
		version(EnablePhobosFails)
		Isolated!(Isolated!A[]) c; // strongly isolated
		version(EnablePhobosFails)
		Isolated!(Isolated!A[string]) c; // AA implementation does not like this
		version(EnablePhobosFails)
		Isolated!(int[string]) d; // strongly isolated
	}

	static struct C {
		string a; // strongly isolated
		shared(A) b; // weakly isolated
		Isolated!A c; // strongly isolated
		shared(A*) d; // weakly isolated
		shared(A[]) e; // weakly isolated
		shared(A[string]) f; // weakly isolated
	}

	static struct D { A a; } // not isolated
	static struct E { void delegate() a; } // not isolated
	static struct F { void function() a; } // strongly isolated (functions are immutable)
	static struct G { void test(); } // strongly isolated
	static struct H { A[] a; } // not isolated
	static interface I {}

	static assert(!isStronglyIsolated!A);
	static assert(isStronglyIsolated!(FieldTypeTuple!A));
	static assert(isStronglyIsolated!B);
	static assert(!isStronglyIsolated!C);
	static assert(!isStronglyIsolated!D);
	static assert(!isStronglyIsolated!E);
	static assert(isStronglyIsolated!F);
	static assert(isStronglyIsolated!G);
	static assert(!isStronglyIsolated!H);
	static assert(!isStronglyIsolated!I);

	static assert(!isWeaklyIsolated!A);
	static assert(isWeaklyIsolated!(FieldTypeTuple!A));
	static assert(isWeaklyIsolated!B);
	static assert(isWeaklyIsolated!C);
	static assert(!isWeaklyIsolated!D);
	static assert(!isWeaklyIsolated!E);
	static assert(isWeaklyIsolated!F);
	static assert(isWeaklyIsolated!G);
	static assert(!isWeaklyIsolated!H);
	static assert(!isWeaklyIsolated!I);
}

unittest {
	static assert(isWeaklyIsolated!Tid);
}


template isCopyable(T)
{
	static if( __traits(compiles, {foreach( t; [T.init]){}}) ) enum isCopyable = true;
	else enum isCopyable = false;
}


/******************************************************************************/
/* Future (promise) suppport                                                  */
/******************************************************************************/

/**
	Represents a values that will be computed asynchronously.

	This type uses $(D alias this) to enable transparent access to the result
	value.
*/
struct Future(T) {
	private {
		FreeListRef!(shared(T)) m_result;
		Task m_task;
	}

	/// Checks if the values was fully computed.
	@property bool ready() const { return !m_task.running; }

	/** Returns the computed value.

		This function waits for the computation to finish, if necessary, and
		then returns the final value. In case of an uncaught exception
		happening during the computation, the exception will be thrown
		instead.
	*/
	ref T getResult()
	{
		if (!ready) m_task.join();
		assert(ready, "Task still running after join()!?");
		return *cast(T*)m_result.get(); // casting away shared is safe, because this is a unique reference
	}

	alias getResult this;

	private void init()
	{
		m_result = FreeListRef!(shared(T))();
	}
}


/**
	Starts an asynchronous computation and returns a future for the result value.

	If the supplied callable and arguments are all weakly isolated,
	$(D vibe.core.core.runWorkerTask) will be used to perform the computation.
	Otherwise, $(D vibe.core.core.runTask) will be used.

	Params:
		callable: A callable value, can be either a function, a delegate, or a
			user defined type that defines an $(D opCall).
		args: Arguments to pass to the callable.

	Returns:
		Returns a $(D Future) object that can be used to access the result.

	See_also: $(D isWeaklyIsolated)
*/
Future!(StripHeadConst!(ReturnType!CALLABLE)) async(CALLABLE, ARGS...)(CALLABLE callable, ARGS args)
	if (is(typeof(callable(args)) == ReturnType!CALLABLE))
{
	import vibe.core.core;
	import std.functional : toDelegate;

	alias RET = StripHeadConst!(ReturnType!CALLABLE);
	Future!RET ret;
	ret.init();
	static void compute(FreeListRef!(shared(RET)) dst, CALLABLE callable, ARGS args) {
		*dst = cast(shared(RET))callable(args);
	}
	static if (isWeaklyIsolated!CALLABLE && isWeaklyIsolated!ARGS) {
		ret.m_task = runWorkerTaskH(&compute, ret.m_result, callable, args);
	} else {
		ret.m_task = runTask(toDelegate(&compute), ret.m_result, callable, args);
	}
	return ret;
}

///
unittest {
	import vibe.core.core;
	import vibe.core.log;

	void test()
	{
		auto val = async({
			logInfo("Starting to compute value in worker task.");
			sleep(500.msecs); // simulate some lengthy computation
			logInfo("Finished computing value in worker task.");
			return 32;
		});

		logInfo("Starting computation in main task");
		sleep(200.msecs); // simulate some lengthy computation
		logInfo("Finished computation in main task. Waiting for async value.");
		logInfo("Result: %s", val.getResult());
	}
}

///
unittest {
	int sum(int a, int b)
	{
		return a + b;
	}

	static int sum2(int a, int b)
	{
		return a + b;
	}

	void test()
	{
		// Using a delegate will use runTask internally
		assert(async(&sum, 2, 3).getResult() == 5);

		// Using a static function will use runTaskWorker internally,
		// if all arguments are weakly isolated
		assert(async(&sum2, 2, 3).getResult() == 5);
	}
}

unittest {
	import vibe.core.core : sleep;
	
	auto f = async({
		immutable byte b = 1;
		return b;
	});
	sleep(10.msecs); // let it finish first
	assert(f.getResult() == 1);

	// currently not possible because Task.join only works within a single thread.
	/*f = async({
		immutable byte b = 2;
		sleep(10.msecs); // let the caller wait a little
		return b;
	});
	assert(f.getResult() == 1);*/
}

/******************************************************************************/
/******************************************************************************/
/* std.concurrency compatible interface for message passing                   */
/******************************************************************************/
/******************************************************************************/

enum ConcurrencyPrimitive {
	task,       // Task run in the caller's thread (`runTask`)
	workerTask, // Task run in the worker thread pool (`runWorkerTask`)
	thread      // Separate thread
}

/** Sets the concurrency primitive to use for `śtd.concurrency.spawn()`.

	By default, `spawn()` will start a thread for each call, mimicking the
	default behavior of `std.concurrency`.
*/
void setConcurrencyPrimitive(ConcurrencyPrimitive primitive)
{
	import core.atomic : atomicStore;
	atomicStore(st_concurrencyPrimitive, primitive);
}

private shared ConcurrencyPrimitive st_concurrencyPrimitive = ConcurrencyPrimitive.thread;

void send(ARGS...)(Task task, ARGS args) { std.concurrency.send(task.tidInfo.ident, args); }
void send(ARGS...)(Tid tid, ARGS args) { std.concurrency.send(tid, args); }
void prioritySend(ARGS...)(Task task, ARGS args) { std.concurrency.prioritySend(task.tidInfo.ident, args); }
void prioritySend(ARGS...)(Tid tid, ARGS args) { std.concurrency.prioritySend(tid, args); }

package class VibedScheduler : Scheduler {
	import core.sync.mutex;
	import vibe.core.core;
	import vibe.core.sync;

	override void start(void delegate() op) { op(); }
	override void spawn(void delegate() op)
	{
		import core.thread : Thread;

		final switch (st_concurrencyPrimitive) with (ConcurrencyPrimitive) {
			case task: runTask(op); break;
			case workerTask: 
				static void wrapper(shared(void delegate()) op) {
					(cast(void delegate())op)();
				}
				runWorkerTask(&wrapper, cast(shared)op);
				break;
			case thread:
				auto t = new Thread(op);
				t.start();
				break;
		}
	}
	override void yield() {}
	override @property ref ThreadInfo thisInfo() { return Task.getThis().tidInfo; }
	override TaskCondition newCondition(Mutex m)
	{
		scope (failure) assert(false);
		version (VibeLibasyncDriver) {
			import vibe.core.drivers.libasync;
			if (LibasyncDriver.isControlThread)
				return null;
		}
		setupDriver();
		return new TaskCondition(m);
	}
}


// Compatibility implementation of `send` using vibe.d's own std.concurrency implementation
void sendCompat(ARGS...)(Task tid, ARGS args)
{
	assert (tid != Task(), "Invalid task handle");
	static assert(args.length > 0, "Need to send at least one value.");
	foreach(A; ARGS){
		static assert(isWeaklyIsolated!A, "Only objects with no unshared or unisolated aliasing may be sent, not "~A.stringof~".");
	}
	tid.messageQueue.send(Variant(IsolatedValueProxyTuple!ARGS(args)));
}

// Compatibility implementation of `prioritySend` using vibe.d's own std.concurrency implementation
void prioritySendCompat(ARGS...)(Task tid, ARGS args)
{
	assert (tid != Task(), "Invalid task handle");
	static assert(args.length > 0, "Need to send at least one value.");
	foreach(A; ARGS){
		static assert(isWeaklyIsolated!A, "Only objects with no unshared or unisolated aliasing may be sent, not "~A.stringof~".");
	}
	tid.messageQueue.prioritySend(Variant(IsolatedValueProxyTuple!ARGS(args)));
}

// TODO: handle special exception types

// Compatibility implementation of `receive` using vibe.d's own std.concurrency implementation
void receiveCompat(OPS...)(OPS ops)
{
	auto tid = Task.getThis();
	assert(tid != Task.init, "Cannot receive task messages outside of a task.");
	tid.messageQueue.receive(opsFilter(ops), opsHandler(ops));
}

// Compatibility implementation of `receiveOnly` using vibe.d's own std.concurrency implementation
auto receiveOnlyCompat(ARGS...)()
{
	import std.algorithm : move;
	ARGS ret;

	receiveCompat(
		(ARGS val) { move(val, ret); },
		(LinkTerminated e) { throw e; },
		(OwnerTerminated e) { throw e; },
		(Variant val) { throw new MessageMismatch(format("Unexpected message type %s, expected %s.", val.type, ARGS.stringof)); }
	);

	static if(ARGS.length == 1) return ret[0];
	else return tuple(ret);
}

// Compatibility implementation of `receiveTimeout` using vibe.d's own std.concurrency implementation
bool receiveTimeoutCompat(OPS...)(Duration timeout, OPS ops)
{
	auto tid = Task.getThis();
	assert(tid != Task.init, "Cannot receive task messages outside of a task.");
	return tid.messageQueue.receiveTimeout!OPS(timeout, opsFilter(ops), opsHandler(ops));
}

// Compatibility implementation of `setMailboxSize` using vibe.d's own std.concurrency implementation
void setMaxMailboxSizeCompat(Task tid, size_t messages, OnCrowding on_crowding)
{
	final switch(on_crowding){
		case OnCrowding.block: setMaxMailboxSizeCompat(tid, messages, null); break;
		case OnCrowding.throwException: setMaxMailboxSizeCompat(tid, messages, &onCrowdingThrow); break;
		case OnCrowding.ignore: setMaxMailboxSizeCompat(tid, messages, &onCrowdingDrop); break;
	}
}

// Compatibility implementation of `setMailboxSize` using vibe.d's own std.concurrency implementation
void setMaxMailboxSizeCompat(Task tid, size_t messages, bool function(Task) on_crowding)
{
	tid.messageQueue.setMaxSize(messages, on_crowding);
}

unittest {
	static class CLS {}
	static assert(is(typeof(sendCompat(Task.init, makeIsolated!CLS()))));
	static assert(is(typeof(sendCompat(Task.init, 1))));
	static assert(is(typeof(sendCompat(Task.init, 1, "str", makeIsolated!CLS()))));
	static assert(!is(typeof(sendCompat(Task.init, new CLS))));
	static assert(is(typeof(receiveCompat((Isolated!CLS){}))));
	static assert(is(typeof(receiveCompat((int){}))));
	static assert(is(typeof(receiveCompat!(void delegate(int, string, Isolated!CLS))((int, string, Isolated!CLS){}))));
	static assert(!is(typeof(receiveCompat((CLS){}))));
}

private bool onCrowdingThrow(Task tid){
	import std.concurrency : Tid;
	throw new MailboxFull(Tid());
}

private bool onCrowdingDrop(Task tid){
	return false;
}

private struct IsolatedValueProxyTuple(T...)
{
	staticMap!(IsolatedValueProxy, T) fields;

	this(ref T values)
	{
		foreach (i, Ti; T) {
			static if (isInstanceOf!(IsolatedSendProxy, IsolatedValueProxy!Ti)) {
				fields[i] = IsolatedValueProxy!Ti(values[i].unsafeGet());
			} else fields[i] = values[i];
		}
	}
}

private template IsolatedValueProxy(T)
{
	static if (isInstanceOf!(IsolatedRef, T) || isInstanceOf!(IsolatedArray, T) || isInstanceOf!(IsolatedAssociativeArray, T)) {
		alias IsolatedValueProxy = IsolatedSendProxy!(T.BaseType);
	} else {
		alias IsolatedValueProxy = T;
	}
}

/+unittest {
	static class Test {}
	void test() {
		Task.getThis().send(new immutable Test, makeIsolated!Test());
	}
}+/

private struct IsolatedSendProxy(T) { alias BaseType = T; T value; }

private bool callBool(F, T...)(F fnc, T args)
{
	static string caller(string prefix)
	{
		import std.conv;
		string ret = prefix ~ "fnc(";
		foreach (i, Ti; T) {
			static if (i > 0) ret ~= ", ";
			static if (isInstanceOf!(IsolatedSendProxy, Ti)) ret ~= "assumeIsolated(args["~to!string(i)~"].value)";
			else ret ~= "args["~to!string(i)~"]";
		}
		ret ~= ");";
		return ret;
	}
	static assert(is(ReturnType!F == bool) || is(ReturnType!F == void),
		"Message handlers must return either bool or void.");
	static if (is(ReturnType!F == bool)) mixin(caller("return "));
	else {
		mixin(caller(""));
		return true;
	}
}

private bool delegate(Variant) opsFilter(OPS...)(OPS ops)
{
	return (Variant msg) {
		if (msg.convertsTo!Throwable) return true;
		foreach (i, OP; OPS)
			if (matchesHandler!OP(msg))
				return true;
		return false;
	};
}

private void delegate(Variant) opsHandler(OPS...)(OPS ops)
{
	return (Variant msg) {
		foreach (i, OP; OPS) {
			alias PTypes = ParameterTypeTuple!OP;
			if (matchesHandler!OP(msg)) {
				static if (PTypes.length == 1 && is(PTypes[0] == Variant)) {
					if (callBool(ops[i], msg)) return; // WARNING: proxied isolated values will go through verbatim!
				} else {
					auto msgt = msg.get!(IsolatedValueProxyTuple!PTypes);
					if (callBool(ops[i], msgt.fields)) return;
				}
			}
		}
		if (msg.convertsTo!Throwable)
			throw msg.get!Throwable();
	};
}

private bool matchesHandler(F)(Variant msg)
{
	alias PARAMS = ParameterTypeTuple!F;
	if (PARAMS.length == 1 && is(PARAMS[0] == Variant)) return true;
	else return msg.convertsTo!(IsolatedValueProxyTuple!PARAMS);
}
vibe.d-0.7.30/source/vibe/core/connectionpool.d000066400000000000000000000103521304441332000213160ustar00rootroot00000000000000/**
	Generic connection pool for reusing persistent connections across fibers.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.core.connectionpool;

import vibe.core.log;
import vibe.core.driver;

import core.thread;
import vibe.core.sync;
import vibe.utils.memory;

/**
	Generic connection pool class.

	The connection pool is creating connections using the supplied factory
	function as needed whenever `lockConnection` is called. Connections are
	associated to the calling fiber, as long as any copy of the returned
	`LockedConnection` object still exists. Connections that are not associated
	to any fiber will be kept in a pool of open connections for later reuse.

	Note that, after retrieving a connection with `lockConnection`, the caller
	has to make sure that the connection is actually physically open and to
	reopen it if necessary. The `ConnectionPool` class has no knowledge of the
	internals of the connection objects.
*/
class ConnectionPool(Connection)
{
	private {
		Connection delegate() m_connectionFactory;
		Connection[] m_connections;
		int[const(Connection)] m_lockCount;
		FreeListRef!LocalTaskSemaphore m_sem;
		debug Thread m_thread;
	}

	this(Connection delegate() connection_factory, uint max_concurrent = uint.max)
	{
		m_connectionFactory = connection_factory;
		m_sem = FreeListRef!LocalTaskSemaphore(max_concurrent);
		debug m_thread = Thread.getThis();
	}

	/** Determines the maximum number of concurrently open connections.

		Attempting to lock more connections that this number will cause the
		calling fiber to be blocked until one of the locked connections
		becomes available for reuse.
	*/
	@property void maxConcurrency(uint max_concurrent) {
		m_sem.maxLocks = max_concurrent;
	}
	/// ditto
	@property uint maxConcurrency() {
		return m_sem.maxLocks;
	}

	/** Retrieves a connection to temporarily associate with the calling fiber.

		The returned `LockedConnection` object uses RAII and reference counting
		to determine when to unlock the connection.
	*/
	LockedConnection!Connection lockConnection()
	{
		debug assert(m_thread is Thread.getThis(), "ConnectionPool was called from a foreign thread!");

		m_sem.lock();
		size_t cidx = size_t.max;
		foreach( i, c; m_connections ){
			auto plc = c in m_lockCount;
			if( !plc || *plc == 0 ){
				cidx = i;
				break;
			}
		}

		Connection conn;
		if( cidx != size_t.max ){
			logTrace("returning %s connection %d of %d", Connection.stringof, cidx, m_connections.length);
			conn = m_connections[cidx];
		} else {
			logDebug("creating new %s connection, all %d are in use", Connection.stringof, m_connections.length);
			conn = m_connectionFactory(); // NOTE: may block
			logDebug(" ... %s", cast(void*)conn);
		}
		m_lockCount[conn] = 1;
		if( cidx == size_t.max ){
			m_connections ~= conn;
			logDebug("Now got %d connections", m_connections.length);
		}
		auto ret = LockedConnection!Connection(this, conn);
		return ret;
	}
}

struct LockedConnection(Connection) {
	private {
		ConnectionPool!Connection m_pool;
		Task m_task;
		Connection m_conn;
		debug uint m_magic = 0xB1345AC2;
	}

	private this(ConnectionPool!Connection pool, Connection conn)
	{
		assert(conn !is null);
		m_pool = pool;
		m_conn = conn;
		m_task = Task.getThis();
	}

	this(this)
	{
		debug assert(m_magic == 0xB1345AC2, "LockedConnection value corrupted.");
		if( m_conn ){
			auto fthis = Task.getThis();
			assert(fthis is m_task);
			m_pool.m_lockCount[m_conn]++;
			logTrace("conn %s copy %d", cast(void*)m_conn, m_pool.m_lockCount[m_conn]);
		}
	}

	~this()
	{
		debug assert(m_magic == 0xB1345AC2, "LockedConnection value corrupted.");
		if( m_conn ){
			auto fthis = Task.getThis();
			assert(fthis is m_task, "Locked connection destroyed in foreign task.");
			auto plc = m_conn in m_pool.m_lockCount;
			assert(plc !is null);
			assert(*plc >= 1);
			//logTrace("conn %s destroy %d", cast(void*)m_conn, *plc-1);
			if( --*plc == 0 ){
				m_pool.m_sem.unlock();
				//logTrace("conn %s release", cast(void*)m_conn);
			}
			m_conn = null;
		}
	}


	@property int __refCount() const { return m_pool.m_lockCount.get(m_conn, 0); }
	@property inout(Connection) __conn() inout { return m_conn; }

	alias __conn this;
}
vibe.d-0.7.30/source/vibe/core/core.d000066400000000000000000001560351304441332000172260ustar00rootroot00000000000000/**
	This module contains the core functionality of the vibe.d framework.

	See `runApplication` for the main entry point for typical vibe.d
	server or GUI applications.

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.core.core;

public import vibe.core.driver;

import vibe.core.args;
import vibe.core.concurrency;
import vibe.core.log;
import vibe.utils.array;
import std.algorithm;
import std.conv;
import std.encoding;
import core.exception;
import std.exception;
import std.functional;
import std.range : empty, front, popFront;
import std.string;
import std.variant;
import std.typecons : Typedef, Tuple, tuple;
import core.atomic;
import core.sync.condition;
import core.sync.mutex;
import core.stdc.stdlib;
import core.thread;

alias TaskEventCb = void function(TaskEvent, Task) nothrow;

version(Posix)
{
	import core.sys.posix.signal;
	import core.sys.posix.unistd;
	import core.sys.posix.pwd;

	static if (__traits(compiles, {import core.sys.posix.grp; getgrgid(0);})) {
		import core.sys.posix.grp;
	} else {
		extern (C) {
			struct group {
				char*   gr_name;
				char*   gr_passwd;
				gid_t   gr_gid;
				char**  gr_mem;
			}
			group* getgrgid(gid_t);
			group* getgrnam(in char*);
		}
	}
}

version (Windows)
{
	import core.stdc.signal;
}


/**************************************************************************************************/
/* Public functions                                                                               */
/**************************************************************************************************/

/**
	Performs final initialization and runs the event loop.

	This function performs three tasks:
	$(OL
		$(LI Makes sure that no unrecognized command line options are passed to
			the application and potentially displays command line help. See also
			`vibe.core.args.finalizeCommandLineOptions`.)
		$(LI Performs privilege lowering if required.)
		$(LI Runs the event loop and blocks until it finishes.)
	)

	Params:
		args_out = Optional parameter to receive unrecognized command line
			arguments. If left to `null`, an error will be reported if
			any unrecognized argument is passed.

	See_also: ` vibe.core.args.finalizeCommandLineOptions`, `lowerPrivileges`,
		`runEventLoop`
*/
int runApplication(string[]* args_out = null)
{
	try if (!finalizeCommandLineOptions()) return 0;
	catch (Exception e) {
		logDiagnostic("Error processing command line: %s", e.msg);
		return 1;
	}

	lowerPrivileges();

	logDiagnostic("Running event loop...");
	int status;
	version (VibeDebugCatchAll) {
		try {
			status = runEventLoop();
		} catch( Throwable th ){
			logError("Unhandled exception in event loop: %s", th.msg);
			logDiagnostic("Full exception: %s", th.toString().sanitize());
			return 1;
		}
	} else {
		status = runEventLoop();
	}

	logDiagnostic("Event loop exited with status %d.", status);
	return status;
}

/// A simple echo server, listening on a privileged TCP port.
unittest {
	import vibe.core.core;
	import vibe.core.net;

	int main()
	{
		// first, perform any application specific setup (privileged ports still
		// available if run as root)
		listenTCP(7, (conn) { conn.write(conn); });

		// then use runApplication to perform the remaining initialization and
		// to run the event loop
		return runApplication();
	}
}

/** The same as above, but performing the initialization sequence manually.

	This allows to skip any additional initialization (opening the listening
	port) if an invalid command line argument or the `--help`  switch is
	passed to the application.
*/
unittest {
	import vibe.core.core;
	import vibe.core.net;

	int main()
	{
		// process the command line first, to be able to skip the application
		// setup if not required
		if (!finalizeCommandLineOptions()) return 0;

		// then set up the application
		listenTCP(7, (conn) { conn.write(conn); });

		// finally, perform privilege lowering (safe to skip for non-server
		// applications)
		lowerPrivileges();

		// and start the event loop
		return runEventLoop();
	}
}

/**
	Starts the vibe.d event loop for the calling thread.

	Note that this function is usually called automatically by the vibe.d
	framework. However, if you provide your own `main()` function, you may need
	to call either this or `runApplication` manually.

	The event loop will by default continue running during the whole life time
	of the application, but calling `runEventLoop` multiple times in sequence
	is allowed. Tasks will be started and handled only while the event loop is
	running.

	Returns:
		The returned value is the suggested code to return to the operating
		system from the `main` function.

	See_Also: `runApplication`
*/
int runEventLoop()
{
	setupSignalHandlers();

	logDebug("Starting event loop.");
	s_eventLoopRunning = true;
	scope (exit) {
		s_eventLoopRunning = false;
		s_exitEventLoop = false;
		st_threadShutdownCondition.notifyAll();
	}

	// runs any yield()ed tasks first
	assert(!s_exitEventLoop);
	s_exitEventLoop = false;
	driverCore.notifyIdle();
	if (getExitFlag()) return 0;

	// handle exit flag in the main thread to exit when
	// exitEventLoop(true) is called from a thread)
	if (Thread.getThis() is st_threads[0].thread)
		runTask(toDelegate(&watchExitFlag));

	if (auto err = getEventDriver().runEventLoop() != 0) {
		if (err == 1) {
			logDebug("No events active, exiting message loop.");
			return 0;
		}
		logError("Error running event loop: %d", err);
		return 1;
	}

	logDebug("Event loop done.");
	return 0;
}

/**
	Stops the currently running event loop.

	Calling this function will cause the event loop to stop event processing and
	the corresponding call to runEventLoop() will return to its caller.

	Params:
		shutdown_all_threads = If true, exits event loops of all threads -
			false by default. Note that the event loops of all threads are
			automatically stopped when the main thread exits, so usually
			there is no need to set shutdown_all_threads to true.
*/
void exitEventLoop(bool shutdown_all_threads = false)
{
	logDebug("exitEventLoop called (%s)", shutdown_all_threads);

	assert(s_eventLoopRunning || shutdown_all_threads);
	if (shutdown_all_threads) {
		atomicStore(st_term, true);
		st_threadsSignal.emit();
	}

	// shutdown the calling thread
	s_exitEventLoop = true;
	if (s_eventLoopRunning) getEventDriver().exitEventLoop();
}

/**
	Process all pending events without blocking.

	Checks if events are ready to trigger immediately, and run their callbacks if so.

	Returns: Returns false $(I iff) exitEventLoop was called in the process.
*/
bool processEvents()
{
	if (!getEventDriver().processEvents()) return false;
	driverCore.notifyIdle();
	return true;
}

/**
	Sets a callback that is called whenever no events are left in the event queue.

	The callback delegate is called whenever all events in the event queue have been
	processed. Returning true from the callback will cause another idle event to
	be triggered immediately after processing any events that have arrived in the
	meantime. Returning false will instead wait until another event has arrived first.
*/
void setIdleHandler(void delegate() del)
{
	s_idleHandler = { del(); return false; };
}
/// ditto
void setIdleHandler(bool delegate() del)
{
	s_idleHandler = del;
}

/**
	Runs a new asynchronous task.

	task will be called synchronously from within the vibeRunTask call. It will
	continue to run until vibeYield() or any of the I/O or wait functions is
	called.

	Note that the maximum size of all args must not exceed `maxTaskParameterSize`.
*/
Task runTask(ARGS...)(void delegate(ARGS) task, ARGS args)
{
	auto tfi = makeTaskFuncInfo(task, args);
	return runTask_internal(tfi);
}

private Task runTask_internal(ref TaskFuncInfo tfi)
@safe nothrow {
	import std.typecons : Tuple, tuple;

	CoreTask f;
	while (!f && !s_availableFibers.empty) {
		f = s_availableFibers.back;
		s_availableFibers.popBack();
		if (() @trusted nothrow { return f.state; } () != Fiber.State.HOLD) f = null;
	}

	if (f is null) {
		// if there is no fiber available, create one.
		if (s_availableFibers.capacity == 0) s_availableFibers.capacity = 1024;
		logDebugV("Creating new fiber...");
		s_fiberCount++;
		f = new CoreTask;
	}

	f.m_taskFunc = tfi;

	f.bumpTaskCounter();
	auto handle = f.task();

	debug Task self = Task.getThis();
	debug if (s_taskEventCallback) {
		if (self != Task.init) () @trusted { s_taskEventCallback(TaskEvent.yield, self); } ();
		() @trusted { s_taskEventCallback(TaskEvent.preStart, handle); } ();
	}
	driverCore.resumeTask(handle, null, true);
	debug if (s_taskEventCallback) {
		() @trusted { s_taskEventCallback(TaskEvent.postStart, handle); } ();
		if (self != Task.init) () @trusted { s_taskEventCallback(TaskEvent.resume, self); } ();
	}

	return handle;
}

/**
	Runs a new asynchronous task in a worker thread.

	Only function pointers with weakly isolated arguments are allowed to be
	able to guarantee thread-safety.
*/
void runWorkerTask(FT, ARGS...)(FT func, auto ref ARGS args)
	if (is(typeof(*func) == function))
{
	foreach (T; ARGS) static assert(isWeaklyIsolated!T, "Argument type "~T.stringof~" is not safe to pass between threads.");
	runWorkerTask_unsafe(func, args);
}

/// ditto
void runWorkerTask(alias method, T, ARGS...)(shared(T) object, auto ref ARGS args)
	if (is(typeof(__traits(getMember, object, __traits(identifier, method)))))
{
	foreach (T; ARGS) static assert(isWeaklyIsolated!T, "Argument type "~T.stringof~" is not safe to pass between threads.");
	auto func = &__traits(getMember, object, __traits(identifier, method));
	runWorkerTask_unsafe(func, args);
}

/**
	Runs a new asynchronous task in a worker thread, returning the task handle.

	This function will yield and wait for the new task to be created and started
	in the worker thread, then resume and return it.

	Only function pointers with weakly isolated arguments are allowed to be
	able to guarantee thread-safety.
*/
Task runWorkerTaskH(FT, ARGS...)(FT func, auto ref ARGS args)
	if (is(typeof(*func) == function))
{
	foreach (T; ARGS) static assert(isWeaklyIsolated!T, "Argument type "~T.stringof~" is not safe to pass between threads.");

	alias PrivateTask = Typedef!(Task, Task.init, __PRETTY_FUNCTION__);
	Task caller = Task.getThis();

	// workaround for runWorkerTaskH to work when called outside of a task
	if (caller == Task.init) {
		Task ret;
		runTask({ ret = runWorkerTaskH(func, args); }).join();
		return ret;
	}

	assert(caller != Task.init, "runWorkderTaskH can currently only be called from within a task.");
	static void taskFun(Task caller, FT func, ARGS args) {
		PrivateTask callee = Task.getThis();
		caller.prioritySendCompat(callee);
		mixin(callWithMove!ARGS("func", "args"));
	}
	runWorkerTask_unsafe(&taskFun, caller, func, args);
	return cast(Task)receiveOnlyCompat!PrivateTask();
}
/// ditto
Task runWorkerTaskH(alias method, T, ARGS...)(shared(T) object, auto ref ARGS args)
	if (is(typeof(__traits(getMember, object, __traits(identifier, method)))))
{
	foreach (T; ARGS) static assert(isWeaklyIsolated!T, "Argument type "~T.stringof~" is not safe to pass between threads.");

	auto func = &__traits(getMember, object, __traits(identifier, method));
	alias FT = typeof(func);

	alias PrivateTask = Typedef!(Task, Task.init, __PRETTY_FUNCTION__);
	Task caller = Task.getThis();

	// workaround for runWorkerTaskH to work when called outside of a task
	if (caller == Task.init) {
		Task ret;
		runTask({ ret = runWorkerTaskH!method(object, args); }).join();
		return ret;
	}

	assert(caller != Task.init, "runWorkderTaskH can currently only be called from within a task.");
	static void taskFun(Task caller, FT func, ARGS args) {
		PrivateTask callee = Task.getThis();
		caller.prioritySendCompat(callee);
		mixin(callWithMove!ARGS("func", "args"));
	}
	runWorkerTask_unsafe(&taskFun, caller, func, args);
	return cast(Task)receiveOnlyCompat!PrivateTask();
}

/// Running a worker task using a function
unittest {
	static void workerFunc(int param)
	{
		logInfo("Param: %s", param);
	}

	static void test()
	{
		runWorkerTask(&workerFunc, 42);
		runWorkerTask(&workerFunc, cast(ubyte)42); // implicit conversion #719
		runWorkerTaskDist(&workerFunc, 42);
		runWorkerTaskDist(&workerFunc, cast(ubyte)42); // implicit conversion #719
	}
}

/// Running a worker task using a class method
unittest {
	static class Test {
		void workerMethod(int param)
		shared {
			logInfo("Param: %s", param);
		}
	}

	static void test()
	{
		auto cls = new shared Test;
		runWorkerTask!(Test.workerMethod)(cls, 42);
		runWorkerTask!(Test.workerMethod)(cls, cast(ubyte)42); // #719
		runWorkerTaskDist!(Test.workerMethod)(cls, 42);
		runWorkerTaskDist!(Test.workerMethod)(cls, cast(ubyte)42); // #719
	}
}

/// Running a worker task using a function and communicating with it
unittest {
	static void workerFunc(Task caller)
	{
		int counter = 10;
		while (receiveOnlyCompat!string() == "ping" && --counter) {
			logInfo("pong");
			caller.sendCompat("pong");
		}
		caller.sendCompat("goodbye");

	}

	static void test()
	{
		Task callee = runWorkerTaskH(&workerFunc, Task.getThis);
		do {
			logInfo("ping");
			callee.sendCompat("ping");
		} while (receiveOnlyCompat!string() == "pong");
	}

	static void work719(int) {}
	static void test719() { runWorkerTaskH(&work719, cast(ubyte)42); }
}

/// Running a worker task using a class method and communicating with it
unittest {
	static class Test {
		void workerMethod(Task caller) shared {
			int counter = 10;
			while (receiveOnlyCompat!string() == "ping" && --counter) {
				logInfo("pong");
				caller.sendCompat("pong");
			}
			caller.sendCompat("goodbye");
		}
	}

	static void test()
	{
		auto cls = new shared Test;
		Task callee = runWorkerTaskH!(Test.workerMethod)(cls, Task.getThis());
		do {
			logInfo("ping");
			callee.sendCompat("ping");
		} while (receiveOnlyCompat!string() == "pong");
	}

	static class Class719 {
		void work(int) shared {}
	}
	static void test719() {
		auto cls = new shared Class719;
		runWorkerTaskH!(Class719.work)(cls, cast(ubyte)42);
	}
}

unittest { // run and join worker task from outside of a task
	__gshared int i = 0;
	auto t = runWorkerTaskH({ sleep(5.msecs); i = 1; });
	// FIXME: joining between threads not yet supported
	//t.join();
	//assert(i == 1);
}

private void runWorkerTask_unsafe(CALLABLE, ARGS...)(CALLABLE callable, ref ARGS args)
{
	import std.traits : ParameterTypeTuple;
	import vibe.internal.meta.traits : areConvertibleTo;
	import vibe.internal.meta.typetuple;

	alias FARGS = ParameterTypeTuple!CALLABLE;
	static assert(areConvertibleTo!(Group!ARGS, Group!FARGS),
		"Cannot convert arguments '"~ARGS.stringof~"' to function arguments '"~FARGS.stringof~"'.");

	setupWorkerThreads();

	auto tfi = makeTaskFuncInfo(callable, args);

	synchronized (st_threadsMutex) st_workerTasks ~= tfi;
	st_threadsSignal.emit();
}


/**
	Runs a new asynchronous task in all worker threads concurrently.

	This function is mainly useful for long-living tasks that distribute their
	work across all CPU cores. Only function pointers with weakly isolated
	arguments are allowed to be able to guarantee thread-safety.

	The number of tasks started is guaranteed to be equal to
	`workerThreadCount`.
*/
void runWorkerTaskDist(FT, ARGS...)(FT func, auto ref ARGS args)
	if (is(typeof(*func) == function))
{
	foreach (T; ARGS) static assert(isWeaklyIsolated!T, "Argument type "~T.stringof~" is not safe to pass between threads.");
	runWorkerTaskDist_unsafe(func, args);
}
/// ditto
void runWorkerTaskDist(alias method, T, ARGS...)(shared(T) object, ARGS args)
{
	auto func = &__traits(getMember, object, __traits(identifier, method));
	foreach (T; ARGS) static assert(isWeaklyIsolated!T, "Argument type "~T.stringof~" is not safe to pass between threads.");

	runWorkerTaskDist_unsafe(func, args);
}

private void runWorkerTaskDist_unsafe(CALLABLE, ARGS...)(ref CALLABLE callable, ref ARGS args)
{
	import std.traits : ParameterTypeTuple;
	import vibe.internal.meta.traits : areConvertibleTo;
	import vibe.internal.meta.typetuple;

	alias FARGS = ParameterTypeTuple!CALLABLE;
	static assert(areConvertibleTo!(Group!ARGS, Group!FARGS),
		"Cannot convert arguments '"~ARGS.stringof~"' to function arguments '"~FARGS.stringof~"'.");

	setupWorkerThreads();

	auto tfi = makeTaskFuncInfo(callable, args);

	synchronized (st_threadsMutex) {
		foreach (ref ctx; st_threads)
			if (ctx.isWorker)
				ctx.taskQueue ~= tfi;
	}
	st_threadsSignal.emit();
}

private TaskFuncInfo makeTaskFuncInfo(CALLABLE, ARGS...)(ref CALLABLE callable, ref ARGS args)
{
	import std.algorithm : move;
	import std.traits : hasElaborateAssign;

	static struct TARGS { ARGS expand; }

	static assert(CALLABLE.sizeof <= TaskFuncInfo.callable.length);
	static assert(TARGS.sizeof <= maxTaskParameterSize,
		"The arguments passed to run(Worker)Task must not exceed "~
		maxTaskParameterSize.to!string~" bytes in total size.");

	static void callDelegate(TaskFuncInfo* tfi) {
		assert(tfi.func is &callDelegate);

		// copy original call data to stack
		CALLABLE c;
		TARGS args;
		move(*(cast(CALLABLE*)tfi.callable.ptr), c);
		move(*(cast(TARGS*)tfi.args.ptr), args);

		// reset the info
		tfi.func = null;

		// make the call
		mixin(callWithMove!ARGS("c", "args.expand"));
	}

	TaskFuncInfo tfi;
	tfi.func = &callDelegate;
	static if (hasElaborateAssign!CALLABLE) tfi.initCallable!CALLABLE();
	static if (hasElaborateAssign!TARGS) tfi.initArgs!TARGS();

	() @trusted {
		tfi.typedCallable!CALLABLE = callable;
		foreach (i, A; ARGS) {
			static if (needsMove!A) args[i].move(tfi.typedArgs!TARGS.expand[i]);
			else tfi.typedArgs!TARGS.expand[i] = args[i];
		}
	} ();
	return tfi;
}

import core.cpuid : threadsPerCPU;
/**
	Sets up num worker threads.

	This function gives explicit control over the number of worker threads.
	Note, to have an effect the function must be called prior to related worker
	tasks functions which set up the default number of worker threads
	implicitly.

	Params:
		num = The number of worker threads to initialize. Defaults to
			`logicalProcessorCount`.
	See_also: `runWorkerTask`, `runWorkerTaskH`, `runWorkerTaskDist`
*/
public void setupWorkerThreads(uint num = logicalProcessorCount())
{
	static bool s_workerThreadsStarted = false;
	if (s_workerThreadsStarted) return;
	s_workerThreadsStarted = true;

	synchronized (st_threadsMutex) {
		if (st_threads.any!(t => t.isWorker))
			return;

		foreach (i; 0 .. num) {
			auto thr = new Thread(&workerThreadFunc);
			thr.name = format("Vibe Task Worker #%s", i);
			st_threads ~= ThreadContext(thr, true);
			thr.start();
		}
	}
}


/**
	Determines the number of logical processors in the system.

	This number includes virtual cores on hyper-threading enabled CPUs.
*/
public @property uint logicalProcessorCount()
{
	version (linux) {
		import core.sys.linux.sys.sysinfo;
		return get_nprocs();
	} else version (OSX) {
		int count;
		size_t count_len = count.sizeof;
		sysctlbyname("hw.logicalcpu", &count, &count_len, null, 0);
		return cast(uint)count_len;
        } else version (FreeBSD) {
                int count;
                size_t count_len = count.sizeof;
                sysctlbyname("hw.logicalcpu", &count, &count_len, null, 0);
                return cast(uint)count_len;
        } else version (NetBSD) {
                int count;
                size_t count_len = count.sizeof;
                sysctlbyname("hw.logicalcpu", &count, &count_len, null, 0);
                return cast(uint)count_len;
    } else version (Solaris) {
        return get_nprocs();
	} else version (Windows) {
		import core.sys.windows.windows;
		SYSTEM_INFO sysinfo;
		GetSystemInfo(&sysinfo);
		return sysinfo.dwNumberOfProcessors;
	} else static assert(false, "Unsupported OS!");
}
version (OSX) private extern(C) int sysctlbyname(const(char)* name, void* oldp, size_t* oldlen, void* newp, size_t newlen);
version (FreeBSD) private extern(C) int sysctlbyname(const(char)* name, void* oldp, size_t* oldlen, void* newp, size_t newlen);
version (NetBSD) private extern(C) int sysctlbyname(const(char)* name, void* oldp, size_t* oldlen, void* newp, size_t newlen);
version (Solaris) private extern(C) int get_nprocs();

/**
	Suspends the execution of the calling task to let other tasks and events be
	handled.

	Calling this function in short intervals is recommended if long CPU
	computations are carried out by a task. It can also be used in conjunction
	with Signals to implement cross-fiber events with no polling.

	Throws:
		May throw an `InterruptException` if `Task.interrupt()` gets called on
		the calling task.
*/
void yield()
@safe {
	// throw any deferred exceptions
	driverCore.processDeferredExceptions();

	auto t = CoreTask.getThis();
	if (t && t !is CoreTask.ms_coreTask) {
		assert(!t.m_queue, "Calling yield() when already yielded!?");
		if (!t.m_queue)
			s_yieldedTasks.insertBack(t);
		scope (exit) assert(t.m_queue is null, "Task not removed from yielders queue after being resumed.");
		rawYield();
	} else {
		// Let yielded tasks execute
		() @trusted { driverCore.notifyIdle(); } ();
	}
}


/**
	Yields execution of this task until an event wakes it up again.

	Beware that the task will starve if no event wakes it up.
*/
void rawYield()
@safe {
	driverCore.yieldForEvent();
}

/**
	Suspends the execution of the calling task for the specified amount of time.

	Note that other tasks of the same thread will continue to run during the
	wait time, in contrast to $(D core.thread.Thread.sleep), which shouldn't be
	used in vibe.d applications.
*/
void sleep(Duration timeout)
{
	assert(timeout >= 0.seconds, "Argument to sleep must not be negative.");
	if (timeout <= 0.seconds) return;
	auto tm = setTimer(timeout, null);
	tm.wait();
}
///
unittest {
	import vibe.core.core : sleep;
	import vibe.core.log : logInfo;
	import core.time : msecs;

	void test()
	{
		logInfo("Sleeping for half a second...");
		sleep(500.msecs);
		logInfo("Done sleeping.");
	}
}


/**
	Returns a new armed timer.

	Note that timers can only work if an event loop is running.

	Params:
		timeout = Determines the minimum amount of time that elapses before the timer fires.
		callback = This delegate will be called when the timer fires
		periodic = Speficies if the timer fires repeatedly or only once

	Returns:
		Returns a Timer object that can be used to identify and modify the timer.

	See_also: createTimer
*/
Timer setTimer(Duration timeout, void delegate() callback, bool periodic = false)
{
	auto tm = createTimer(callback);
	tm.rearm(timeout, periodic);
	return tm;
}
///
unittest {
	void printTime()
	{
		import std.datetime;
		logInfo("The time is: %s", Clock.currTime());
	}

	void test()
	{
		import vibe.core.core;
		// start a periodic timer that prints the time every second
		setTimer(1.seconds, toDelegate(&printTime), true);
	}
}


/**
	Creates a new timer without arming it.

	See_also: setTimer
*/
Timer createTimer(void delegate() callback)
{
	auto drv = getEventDriver();
	return Timer(drv, drv.createTimer(callback));
}


/**
	Creates an event to wait on an existing file descriptor.

	The file descriptor usually needs to be a non-blocking socket for this to
	work.

	Params:
		file_descriptor = The Posix file descriptor to watch
		event_mask = Specifies which events will be listened for

	Returns:
		Returns a newly created FileDescriptorEvent associated with the given
		file descriptor.
*/
FileDescriptorEvent createFileDescriptorEvent(int file_descriptor, FileDescriptorEvent.Trigger event_mask)
{
	auto drv = getEventDriver();
	return drv.createFileDescriptorEvent(file_descriptor, event_mask);
}


/**
	Sets the stack size to use for tasks.

	The default stack size is set to 512 KiB on 32-bit systems and to 16 MiB
	on 64-bit systems, which is sufficient for most tasks. Tuning this value
	can be used to reduce memory usage for large numbers of concurrent tasks
	or to avoid stack overflows for applications with heavy stack use.

	Note that this function must be called at initialization time, before any
	task is started to have an effect.

	Also note that the stack will initially not consume actual physical memory -
	it just reserves virtual address space. Only once the stack gets actually
	filled up with data will physical memory then be reserved page by page. This
	means that the stack can safely be set to large sizes on 64-bit systems
	without having to worry about memory usage.
*/
void setTaskStackSize(size_t sz)
{
	s_taskStackSize = sz;
}


/**
	The number of worker threads used for processing worker tasks.

	Note that this function will cause the worker threads to be started,
	if they haven't	already.

	See_also: `runWorkerTask`, `runWorkerTaskH`, `runWorkerTaskDist`,
	`setupWorkerThreads`
*/
@property size_t workerThreadCount()
	out(count) { assert(count > 0); }
body {
	setupWorkerThreads();
	return st_threads.count!(c => c.isWorker);
}


/**
	Disables the signal handlers usually set up by vibe.d.

	During the first call to `runEventLoop`, vibe.d usually sets up a set of
	event handlers for SIGINT, SIGTERM and SIGPIPE. Since in some situations
	this can be undesirable, this function can be called before the first
	invocation of the event loop to avoid this.

	Calling this function after `runEventLoop` will have no effect.
*/
void disableDefaultSignalHandlers()
{
	synchronized (st_threadsMutex)
		s_disableSignalHandlers = true;
}

/**
	Sets the effective user and group ID to the ones configured for privilege lowering.

	This function is useful for services run as root to give up on the privileges that
	they only need for initialization (such as listening on ports <= 1024 or opening
	system log files).

	Note that this function is called automatically by vibe.d's default main
	implementation, as well as by `runApplication`.
*/
void lowerPrivileges(string uname, string gname)
{
	if (!isRoot()) return;
	if (uname != "" || gname != "") {
		static bool tryParse(T)(string s, out T n)
		{
			import std.conv, std.ascii;
			if (!isDigit(s[0])) return false;
			n = parse!T(s);
			return s.length==0;
		}
		int uid = -1, gid = -1;
		if (uname != "" && !tryParse(uname, uid)) uid = getUID(uname);
		if (gname != "" && !tryParse(gname, gid)) gid = getGID(gname);
		setUID(uid, gid);
	} else logWarn("Vibe was run as root, and no user/group has been specified for privilege lowering. Running with full permissions.");
}

// ditto
void lowerPrivileges()
{
	lowerPrivileges(s_privilegeLoweringUserName, s_privilegeLoweringGroupName);
}


/**
	Sets a callback that is invoked whenever a task changes its status.

	This function is useful mostly for implementing debuggers that
	analyze the life time of tasks, including task switches. Note that
	the callback will only be called for debug builds.
*/
void setTaskEventCallback(TaskEventCb func)
{
	debug s_taskEventCallback = func;
}


/**
	A version string representing the current vibe.d version
*/
enum vibeVersionString = "0.7.30";


/**
	The maximum combined size of all parameters passed to a task delegate

	See_Also: runTask
*/
enum maxTaskParameterSize = 128;


/**
	Represents a timer.
*/
struct Timer {
	private {
		EventDriver m_driver;
		size_t m_id;
		debug uint m_magicNumber = 0x4d34f916;
	}

	private this(EventDriver driver, size_t id)
	{
		m_driver = driver;
		m_id = id;
	}

	this(this)
	{
		debug assert(m_magicNumber == 0x4d34f916);
		if (m_driver) m_driver.acquireTimer(m_id);
	}

	~this()
	{
		debug assert(m_magicNumber == 0x4d34f916);
		if (m_driver && driverCore) m_driver.releaseTimer(m_id);
	}

	/// True if the timer is yet to fire.
	@property bool pending() { return m_driver.isTimerPending(m_id); }

	/// The internal ID of the timer.
	@property size_t id() const { return m_id; }

	bool opCast() const { return m_driver !is null; }

	/** Resets the timer to the specified timeout
	*/
	void rearm(Duration dur, bool periodic = false)
		in { assert(dur > 0.seconds); }
		body { m_driver.rearmTimer(m_id, dur, periodic); }

	/** Resets the timer and avoids any firing.
	*/
	void stop() { m_driver.stopTimer(m_id); }

	/** Waits until the timer fires.
	*/
	void wait() { m_driver.waitTimer(m_id); }
}


/**
	Implements a task local storage variable.

	Task local variables, similar to thread local variables, exist separately
	in each task. Consequently, they do not need any form of synchronization
	when accessing them.

	Note, however, that each TaskLocal variable will increase the memory footprint
	of any task that uses task local storage. There is also an overhead to access
	TaskLocal variables, higher than for thread local variables, but generelly
	still O(1) (since actual storage acquisition is done lazily the first access
	can require a memory allocation with unknown computational costs).

	Notice:
		FiberLocal instances MUST be declared as static/global thread-local
		variables. Defining them as a temporary/stack variable will cause
		crashes or data corruption!

	Examples:
		---
		TaskLocal!string s_myString = "world";

		void taskFunc()
		{
			assert(s_myString == "world");
			s_myString = "hello";
			assert(s_myString == "hello");
		}

		shared static this()
		{
			// both tasks will get independent storage for s_myString
			runTask(&taskFunc);
			runTask(&taskFunc);
		}
		---
*/
struct TaskLocal(T)
{
	private {
		size_t m_offset = size_t.max;
		size_t m_id;
		T m_initValue;
		bool m_hasInitValue = false;
	}

	this(T init_val) { m_initValue = init_val; m_hasInitValue = true; }

	@disable this(this);

	void opAssign(T value) { this.storage = value; }

	@property ref T storage()
	{
		auto fiber = CoreTask.getThis();

		// lazily register in FLS storage
		if (m_offset == size_t.max) {
			static assert(T.alignof <= 8, "Unsupported alignment for type "~T.stringof);
			assert(CoreTask.ms_flsFill % 8 == 0, "Misaligned fiber local storage pool.");
			m_offset = CoreTask.ms_flsFill;
			m_id = CoreTask.ms_flsCounter++;


			CoreTask.ms_flsFill += T.sizeof;
			while (CoreTask.ms_flsFill % 8 != 0)
				CoreTask.ms_flsFill++;
		}

		// make sure the current fiber has enough FLS storage
		if (fiber.m_fls.length < CoreTask.ms_flsFill) {
			fiber.m_fls.length = CoreTask.ms_flsFill + 128;
			fiber.m_flsInit.length = CoreTask.ms_flsCounter + 64;
		}

		// return (possibly default initialized) value
		auto data = fiber.m_fls.ptr[m_offset .. m_offset+T.sizeof];
		if (!fiber.m_flsInit[m_id]) {
			fiber.m_flsInit[m_id] = true;
			import std.traits : hasElaborateDestructor, hasAliasing;
			static if (hasElaborateDestructor!T || hasAliasing!T) {
				void function(void[], size_t) destructor = (void[] fls, size_t offset){
					static if (hasElaborateDestructor!T) {
						auto obj = cast(T*)&fls[offset];
						// call the destructor on the object if a custom one is known declared
						obj.destroy();
					}
					else static if (hasAliasing!T) {
						// zero the memory to avoid false pointers
						foreach (size_t i; offset .. offset + T.sizeof) {
							ubyte* u = cast(ubyte*)&fls[i];
							*u = 0;
						}
					}
				};
				FLSInfo fls_info;
				fls_info.fct = destructor;
				fls_info.offset = m_offset;

				// make sure flsInfo has enough space
				if (fiber.ms_flsInfo.length <= m_id)
					fiber.ms_flsInfo.length = m_id + 64;

				fiber.ms_flsInfo[m_id] = fls_info;
			}

			if (m_hasInitValue) {
				static if (__traits(compiles, emplace!T(data, m_initValue)))
					emplace!T(data, m_initValue);
				else assert(false, "Cannot emplace initialization value for type "~T.stringof);
			} else emplace!T(data);
		}
		return (cast(T[])data)[0];
	}

	alias storage this;
}

private struct FLSInfo {
	void function(void[], size_t) fct;
	size_t offset;
	void destroy(void[] fls) {
		fct(fls, offset);
	}
}

/**
	High level state change events for a Task
*/
enum TaskEvent {
	preStart,  /// Just about to invoke the fiber which starts execution
	postStart, /// After the fiber has returned for the first time (by yield or exit)
	start,     /// Just about to start execution
	yield,     /// Temporarily paused
	resume,    /// Resumed from a prior yield
	end,       /// Ended normally
	fail       /// Ended with an exception
}


/**************************************************************************************************/
/* private types                                                                                  */
/**************************************************************************************************/

private class CoreTask : TaskFiber {
	import std.bitmanip;
	private {
		static CoreTask ms_coreTask;
		CoreTask m_nextInQueue;
		CoreTaskQueue* m_queue;
		TaskFuncInfo m_taskFunc;
		Exception m_exception;
		Task[] m_yielders;

		// task local storage
		static FLSInfo[] ms_flsInfo;
		static size_t ms_flsFill = 0; // thread-local
		static size_t ms_flsCounter = 0;
		BitArray m_flsInit;
		void[] m_fls;
	}

	static CoreTask getThis()
	@safe nothrow {
		auto f = () @trusted nothrow {
			return Fiber.getThis();
		} ();
		if (f) return cast(CoreTask)f;
		if (!ms_coreTask) ms_coreTask = new CoreTask;
		return ms_coreTask;
	}

	this()
	@trusted nothrow {
		super(&run, s_taskStackSize);
	}

	@property State state()
	@trusted const nothrow {
		return super.state;
	}

	@property size_t taskCounter() const { return m_taskCounter; }

	private void run()
	{
		version (VibeDebugCatchAll) alias UncaughtException = Throwable;
		else alias UncaughtException = Exception;
		try {
			while(true){
				while (!m_taskFunc.func) {
					try {
						Fiber.yield();
					} catch( Exception e ){
						logWarn("CoreTaskFiber was resumed with exception but without active task!");
						logDiagnostic("Full error: %s", e.toString().sanitize());
					}
				}

				auto task = m_taskFunc;
				m_taskFunc = TaskFuncInfo.init;
				Task handle = this.task;
				try {
					m_running = true;
					scope(exit) m_running = false;

					static import std.concurrency;
					std.concurrency.thisTid; // force creation of a new Tid

					debug if (s_taskEventCallback) s_taskEventCallback(TaskEvent.start, handle);
					if (!s_eventLoopRunning) {
						logTrace("Event loop not running at task start - yielding.");
						.yield();
						logTrace("Initial resume of task.");
					}
					task.func(&task);
					debug if (s_taskEventCallback) s_taskEventCallback(TaskEvent.end, handle);
				} catch( Exception e ){
					debug if (s_taskEventCallback) s_taskEventCallback(TaskEvent.fail, handle);
					import std.encoding;
					logCritical("Task terminated with uncaught exception: %s", e.msg);
					logDebug("Full error: %s", e.toString().sanitize());
				}

				this.tidInfo.ident = Tid.init; // reset Tid

				// check for any unhandled deferred exceptions
				if (m_exception !is null) {
					if (cast(InterruptException)m_exception) {
						logDebug("InterruptException not handled by task before exit.");
					} else {
						logCritical("Deferred exception not handled by task before exit: %s", m_exception.msg);
						logDebug("Full error: %s", m_exception.toString().sanitize());
					}
				}

				foreach (t; m_yielders) s_yieldedTasks.insertBack(cast(CoreTask)t.fiber);
				m_yielders.length = 0;

				// make sure that the task does not get left behind in the yielder queue if terminated during yield()
				if (m_queue) {
					s_core.resumeYieldedTasks();
					assert(m_queue is null, "Still in yielder queue at the end of task after resuming all yielders!?");
				}

				// zero the fls initialization ByteArray for memory safety
				foreach (size_t i, ref bool b; m_flsInit) {
					if (b) {
						if (ms_flsInfo !is null && ms_flsInfo.length >= i && ms_flsInfo[i] != FLSInfo.init)
							ms_flsInfo[i].destroy(m_fls);
						b = false;
					}
				}

				// make the fiber available for the next task
				if (s_availableFibers.full)
					s_availableFibers.capacity = 2 * s_availableFibers.capacity;

				// clear the message queue for the next task
				messageQueue.clear();

				s_availableFibers.put(this);
			}
		} catch(UncaughtException th) {
			logCritical("CoreTaskFiber was terminated unexpectedly: %s", th.msg);
			logDiagnostic("Full error: %s", th.toString().sanitize());
			s_fiberCount--;
		}
	}

	override void join()
	{
		auto caller = Task.getThis();
		if (!m_running) return;
		if (caller != Task.init) {
			assert(caller.fiber !is this, "A task cannot join itself.");
			assert(caller.thread is this.thread, "Joining tasks in foreign threads is currently not supported.");
			m_yielders ~= caller;
		} else assert(Thread.getThis() is this.thread, "Joining tasks in different threads is not yet supported.");
		auto run_count = m_taskCounter;
		if (caller == Task.init) .yield(); // let the task continue (it must be yielded currently)
		while (m_running && run_count == m_taskCounter) rawYield();
	}

	override void interrupt()
	{
		auto caller = Task.getThis();
		if (caller != Task.init) {
			assert(caller != this.task, "A task cannot interrupt itself.");
			assert(caller.thread is this.thread, "Interrupting tasks in different threads is not yet supported.");
		} else assert(Thread.getThis() is this.thread, "Interrupting tasks in different threads is not yet supported.");
		s_core.yieldAndResumeTask(this.task, new InterruptException);
	}

	override void terminate()
	{
		assert(false, "Not implemented");
	}
}


private class VibeDriverCore : DriverCore {
	private {
		Duration m_gcCollectTimeout;
		Timer m_gcTimer;
		bool m_ignoreIdleForGC = false;
		Exception m_eventException;
	}

	private void setupGcTimer()
	{
		m_gcTimer = createTimer(&collectGarbage);
		m_gcCollectTimeout = dur!"seconds"(2);
	}

	@property void eventException(Exception e) { m_eventException = e; }

	void yieldForEventDeferThrow()
	@safe nothrow {
		yieldForEventDeferThrow(Task.getThis());
	}

	void processDeferredExceptions()
	@safe {
		processDeferredExceptions(Task.getThis());
	}

	void yieldForEvent()
	@safe {
		auto task = Task.getThis();
		processDeferredExceptions(task);
		yieldForEventDeferThrow(task);
		processDeferredExceptions(task);
	}

	void resumeTask(Task task, Exception event_exception = null)
	@safe nothrow {
		assert(Task.getThis() == Task.init, "Calling resumeTask from another task.");
		resumeTask(task, event_exception, false);
	}

	void yieldAndResumeTask(Task task, Exception event_exception = null)
	@safe {
		auto thisct = CoreTask.getThis();

		if (thisct is null || thisct is CoreTask.ms_coreTask) {
			resumeTask(task, event_exception);
			return;
		}

		auto otherct = cast(CoreTask)task.fiber;
		assert(!thisct || otherct.thread is thisct.thread, "Resuming task in foreign thread.");
		assert(() @trusted { return otherct.state; } () == Fiber.State.HOLD, "Resuming fiber that is not on HOLD.");

		if (event_exception) otherct.m_exception = event_exception;
		if (!otherct.m_queue) s_yieldedTasks.insertBack(otherct);
		yield();
	}

	void resumeTask(Task task, Exception event_exception, bool initial_resume)
	@safe nothrow {
		assert(initial_resume || task.running, "Resuming terminated task.");
		resumeCoreTask(cast(CoreTask)task.fiber, event_exception);
	}

	void resumeCoreTask(CoreTask ctask, Exception event_exception = null)
	nothrow @safe {
		assert(ctask.thread is () @trusted { return Thread.getThis(); } (), "Resuming task in foreign thread.");
		assert(() @trusted nothrow { return ctask.state; } () == Fiber.State.HOLD, "Resuming fiber that is not on HOLD");

		if (event_exception) {
			extrap();
			assert(!ctask.m_exception, "Resuming task with exception that is already scheduled to be resumed with exception.");
			ctask.m_exception = event_exception;
		}

		// do nothing if the task is aready scheduled to be resumed
		if (ctask.m_queue) return;

		auto uncaught_exception = () @trusted nothrow { return ctask.call!(Fiber.Rethrow.no)(); } ();

		if (uncaught_exception) {
			auto th = cast(Throwable)uncaught_exception;
			assert(th, "Fiber returned exception object that is not a Throwable!?");
			extrap();

			assert(() @trusted nothrow { return ctask.state; } () == Fiber.State.TERM);
			logError("Task terminated with unhandled exception: %s", th.msg);
			logDebug("Full error: %s", () @trusted { return th.toString().sanitize; } ());

			// always pass Errors on
			if (auto err = cast(Error)th) throw err;
		}
	}

	void notifyIdle()
	{
		bool again = !getExitFlag();
		while (again) {
			if (s_idleHandler)
				again = s_idleHandler();
			else again = false;

			resumeYieldedTasks();

			again = (again || !s_yieldedTasks.empty) && !getExitFlag();

			if (again && !getEventDriver().processEvents()) {
				logDebug("Setting exit flag due to driver signalling exit");
				s_exitEventLoop = true;
				return;
			}
		}
		if (!s_yieldedTasks.empty) logDebug("Exiting from idle processing although there are still yielded tasks (exit=%s)", getExitFlag());

		if (Thread.getThis() is st_mainThread) {
			if (!m_ignoreIdleForGC && m_gcTimer) {
				m_gcTimer.rearm(m_gcCollectTimeout);
			} else m_ignoreIdleForGC = false;
		}
	}

	bool isScheduledForResume(Task t)
	{
		if (t == Task.init) return false;
		if (!t.running) return false;
		auto cf = cast(CoreTask)t.fiber;
		return cf.m_queue !is null;
	}

	private void resumeYieldedTasks()
	nothrow {
		for (auto limit = s_yieldedTasks.length; limit > 0 && !s_yieldedTasks.empty; limit--) {
			auto tf = s_yieldedTasks.front;
			s_yieldedTasks.popFront();
			if (tf.state == Fiber.State.HOLD) resumeCoreTask(tf);
		}
	}

	private void yieldForEventDeferThrow(Task task)
	@safe nothrow {
		if (task != Task.init) {
			debug if (s_taskEventCallback) () @trusted { s_taskEventCallback(TaskEvent.yield, task); } ();
			() @trusted { task.fiber.yield(); } ();
			debug if (s_taskEventCallback) () @trusted { s_taskEventCallback(TaskEvent.resume, task); } ();
			// leave fiber.m_exception untouched, so that it gets thrown on the next yieldForEvent call
		} else {
			assert(!s_eventLoopRunning, "Event processing outside of a fiber should only happen before the event loop is running!?");
			m_eventException = null;
			() @trusted nothrow { resumeYieldedTasks(); } (); // let tasks that yielded because they were started outside of an event loop
			try if (auto err = () @trusted { return getEventDriver().runEventLoopOnce(); } ()) {
				logError("Error running event loop: %d", err);
				assert(err != 1, "No events registered, exiting event loop.");
				assert(false, "Error waiting for events.");
			}
			catch (Exception e) {
				assert(false, "Driver.runEventLoopOnce() threw: "~e.msg);
			}
			// leave m_eventException untouched, so that it gets thrown on the next yieldForEvent call
		}
	}

	private void processDeferredExceptions(Task task)
	@safe {
		if (task != Task.init) {
			auto fiber = cast(CoreTask)task.fiber;
			if (auto e = fiber.m_exception) {
				fiber.m_exception = null;
				throw e;
			}
		} else {
			if (auto e = m_eventException) {
				m_eventException = null;
				throw e;
			}
		}
	}

	private void collectGarbage()
	{
		import core.memory;
		logTrace("gc idle collect");
		GC.collect();
		GC.minimize();
		m_ignoreIdleForGC = true;
	}
}

private struct ThreadContext {
	Thread thread;
	bool isWorker;
	TaskFuncInfo[] taskQueue;

	this(Thread thr, bool worker) { this.thread = thr; this.isWorker = worker; }
}

private struct TaskFuncInfo {
	void function(TaskFuncInfo*) func;
	void[2*size_t.sizeof] callable = void;
	void[maxTaskParameterSize] args = void;

	@property ref C typedCallable(C)()
	{
		static assert(C.sizeof <= callable.sizeof);
		return *cast(C*)callable.ptr;
	}

	@property ref A typedArgs(A)()
	{
		static assert(A.sizeof <= args.sizeof);
		return *cast(A*)args.ptr;
	}

	void initCallable(C)()
	{
		C cinit;
		this.callable[0 .. C.sizeof] = cast(void[])(&cinit)[0 .. 1];
	}

	void initArgs(A)()
	{
		A ainit;
		this.args[0 .. A.sizeof] = cast(void[])(&ainit)[0 .. 1];
	}
}

alias TaskArgsVariant = VariantN!maxTaskParameterSize;

/**************************************************************************************************/
/* private functions                                                                              */
/**************************************************************************************************/

private {
	static if ((void*).sizeof >= 8) enum defaultTaskStackSize = 16*1024*1024;
	else enum defaultTaskStackSize = 512*1024;

	__gshared VibeDriverCore s_core;
	__gshared size_t s_taskStackSize = defaultTaskStackSize;

	__gshared core.sync.mutex.Mutex st_threadsMutex;
	__gshared ManualEvent st_threadsSignal;
	__gshared Thread st_mainThread;
	__gshared ThreadContext[] st_threads;
	__gshared TaskFuncInfo[] st_workerTasks;
	__gshared Condition st_threadShutdownCondition;
	__gshared debug TaskEventCb s_taskEventCallback;
	shared bool st_term = false;

	bool s_exitEventLoop = false;
	bool s_eventLoopRunning = false;
	bool delegate() s_idleHandler;
	CoreTaskQueue s_yieldedTasks;
	Variant[string] s_taskLocalStorageGlobal; // for use outside of a task
	FixedRingBuffer!CoreTask s_availableFibers;
	size_t s_fiberCount;

	string s_privilegeLoweringUserName;
	string s_privilegeLoweringGroupName;
	__gshared bool s_disableSignalHandlers = false;
}

private static @property VibeDriverCore driverCore() @trusted nothrow { return s_core; }

private bool getExitFlag()
{
	return s_exitEventLoop || atomicLoad(st_term);
}

private void setupSignalHandlers()
{
	__gshared bool s_setup = false;

	// only initialize in main thread
	synchronized (st_threadsMutex) {
		if (s_setup) return;
		s_setup = true;

		if (s_disableSignalHandlers) return;

		logTrace("setup signal handler");
		version(Posix){
			// support proper shutdown using signals
			sigset_t sigset;
			sigemptyset(&sigset);
			sigaction_t siginfo;
			siginfo.sa_handler = &onSignal;
			siginfo.sa_mask = sigset;
			siginfo.sa_flags = SA_RESTART;
			sigaction(SIGINT, &siginfo, null);
			sigaction(SIGTERM, &siginfo, null);

			siginfo.sa_handler = &onBrokenPipe;
			sigaction(SIGPIPE, &siginfo, null);
		}

		version(Windows){
			// WORKAROUND: we don't care about viral @nogc attribute here!
			import std.traits;
			signal(SIGABRT, cast(ParameterTypeTuple!signal[1])&onSignal);
			signal(SIGTERM, cast(ParameterTypeTuple!signal[1])&onSignal);
			signal(SIGINT, cast(ParameterTypeTuple!signal[1])&onSignal);
		}
	}
}

// per process setup
shared static this()
{
	st_mainThread = Thread.getThis();

	version(Windows){
		version(VibeLibeventDriver) enum need_wsa = true;
		else version(VibeWin32Driver) enum need_wsa = true;
		else enum need_wsa = false;
		static if (need_wsa) {
			logTrace("init winsock");
			// initialize WinSock2
			import std.c.windows.winsock;
			WSADATA data;
			WSAStartup(0x0202, &data);

		}
	}

	// COMPILER BUG: Must be some kind of module constructor order issue:
	//    without this, the stdout/stderr handles are not initialized before
	//    the log module is set up.
	import std.stdio; File f; f.close();

	initializeLogModule();

	logTrace("create driver core");

	s_core = new VibeDriverCore;
	st_threadsMutex = new Mutex;
	st_threadShutdownCondition = new Condition(st_threadsMutex);

	auto thisthr = Thread.getThis();
	thisthr.name = "Main";
	assert(st_threads.length == 0, "Main thread not the first thread!?");
	st_threads ~= ThreadContext(thisthr, false);

	setupDriver();

	st_threadsSignal = getEventDriver().createManualEvent();

	version(VibeIdleCollect){
		logTrace("setup gc");
		driverCore.setupGcTimer();
	}

	version (VibeNoDefaultArgs) {}
	else {
		readOption("uid|user", &s_privilegeLoweringUserName, "Sets the user name or id used for privilege lowering.");
		readOption("gid|group", &s_privilegeLoweringGroupName, "Sets the group name or id used for privilege lowering.");
	}

	// set up vibe.d compatibility for std.concurrency
	static import std.concurrency;
	std.concurrency.scheduler = new VibedScheduler;
}

shared static ~this()
{
	deleteEventDriver();

	size_t tasks_left;

	synchronized (st_threadsMutex) {
		if( !st_workerTasks.empty ) tasks_left = st_workerTasks.length;
	}

	if (!s_yieldedTasks.empty) tasks_left += s_yieldedTasks.length;
	if (tasks_left > 0) {
		logWarn("There were still %d tasks running at exit.", tasks_left);
	}

	destroy(s_core);
	s_core = null;
}

// per thread setup
static this()
{
	/// workaround for:
	// object.Exception@src/rt/minfo.d(162): Aborting: Cycle detected between modules with ctors/dtors:
	// vibe.core.core -> vibe.core.drivers.native -> vibe.core.drivers.libasync -> vibe.core.core
	if (Thread.getThis().isDaemon && Thread.getThis().name == "CmdProcessor") return;

	assert(s_core !is null);

	auto thisthr = Thread.getThis();
	synchronized (st_threadsMutex)
		if (!st_threads.any!(c => c.thread is thisthr))
			st_threads ~= ThreadContext(thisthr, false);

	//CoreTask.ms_coreTask = new CoreTask;

	setupDriver();
}

static ~this()
{
	// Issue #1374: Sometimes Druntime for some reason calls `static ~this` after `shared static ~this`
	if (!s_core) return;

	version(VibeLibasyncDriver) {
		import vibe.core.drivers.libasync;
		if (LibasyncDriver.isControlThread)
			return;
	}
	auto thisthr = Thread.getThis();

	bool is_main_thread = false;

	synchronized (st_threadsMutex) {
		auto idx = st_threads.countUntil!(c => c.thread is thisthr);

		// if we are the main thread, wait for all others before terminating
		is_main_thread = idx == 0;
		if (is_main_thread) { // we are the main thread, wait for others
			atomicStore(st_term, true);
			st_threadsSignal.emit();
			// wait for all non-daemon threads to shut down
			while (st_threads[1 .. $].any!(th => !th.thread.isDaemon)) {
				logDiagnostic("Main thread still waiting for other threads: %s",
					st_threads[1 .. $].map!(t => t.thread.name ~ (t.isWorker ? " (worker thread)" : "")).join(", "));
				st_threadShutdownCondition.wait();
			}
			logDiagnostic("Main thread exiting");
		}

		assert(idx >= 0, "No more threads registered");
		if (idx >= 0) {
			st_threads[idx] = st_threads[$-1];
			st_threads.length--;
		}
	}

	// delay deletion of the main event driver to "~shared static this()"
	if (!is_main_thread) deleteEventDriver();

	st_threadShutdownCondition.notifyAll();
}

package void setupDriver()
{
	if (getEventDriver(true) !is null) return;

	logTrace("create driver");
	setupEventDriver(driverCore);
	logTrace("driver %s created", (cast(Object)getEventDriver()).classinfo.name);
}

private void workerThreadFunc()
nothrow {
	try {
		assert(s_core !is null);
		if (getExitFlag()) return;
		logDebug("entering worker thread");
		runTask(toDelegate(&handleWorkerTasks));
		logDebug("running event loop");
		if (!getExitFlag()) runEventLoop();
		logDebug("Worker thread exit.");
	} catch (Exception e) {
		scope (failure) exit(-1);
		logFatal("Worker thread terminated due to uncaught exception: %s", e.msg);
		logDebug("Full error: %s", e.toString().sanitize());
	} catch (InvalidMemoryOperationError e) {
		import std.stdio;
		scope(failure) assert(false);
		writeln("Error message: ", e.msg);
		writeln("Full error: ", e.toString().sanitize());
		exit(-1);
	} catch (Throwable th) {
		logFatal("Worker thread terminated due to uncaught error: %s", th.msg);
		logDebug("Full error: %s", th.toString().sanitize());
		exit(-1);
	}
}

private void handleWorkerTasks()
{
	logDebug("worker thread enter");

	auto thisthr = Thread.getThis();

	logDebug("worker thread loop enter");
	while(true){
		auto emit_count = st_threadsSignal.emitCount;
		TaskFuncInfo task;

		synchronized (st_threadsMutex) {
			auto idx = st_threads.countUntil!(c => c.thread is thisthr);
			assert(idx >= 0);
			logDebug("worker thread check");

			if (getExitFlag()) {
				if (st_threads[idx].taskQueue.length > 0)
					logWarn("Worker thread shuts down with specific worker tasks left in its queue.");
				if (st_threads.count!(c => c.isWorker) == 1 && st_workerTasks.length > 0)
					logWarn("Worker threads shut down with worker tasks still left in the queue.");
				break;
			}

			if (!st_workerTasks.empty) {
				logDebug("worker thread got task");
				task = st_workerTasks.front;
				st_workerTasks.popFront();
			} else if (!st_threads[idx].taskQueue.empty) {
				logDebug("worker thread got specific task");
				task = st_threads[idx].taskQueue.front;
				st_threads[idx].taskQueue.popFront();
			}
		}

		if (task.func !is null) runTask_internal(task);
		else emit_count = st_threadsSignal.wait(emit_count);
	}

	logDebug("worker thread exit");
	getEventDriver().exitEventLoop();
}

private void watchExitFlag()
{
	auto emit_count = st_threadsSignal.emitCount;
	while (true) {
		synchronized (st_threadsMutex) {
			if (getExitFlag()) break;
		}

		emit_count = st_threadsSignal.wait(emit_count);
	}

	logDebug("main thread exit");
	getEventDriver().exitEventLoop();
}

private extern(C) void extrap()
@safe nothrow {
	logTrace("exception trap");
}

private extern(C) void onSignal(int signal)
nothrow {
	atomicStore(st_term, true);
	try st_threadsSignal.emit(); catch (Throwable) {}

	logInfo("Received signal %d. Shutting down.", signal);
}

private extern(C) void onBrokenPipe(int signal)
nothrow {
	logTrace("Broken pipe.");
}

version(Posix)
{
	private bool isRoot() { return geteuid() == 0; }

	private void setUID(int uid, int gid)
	{
		logInfo("Lowering privileges to uid=%d, gid=%d...", uid, gid);
		if (gid >= 0) {
			enforce(getgrgid(gid) !is null, "Invalid group id!");
			enforce(setegid(gid) == 0, "Error setting group id!");
		}
		//if( initgroups(const char *user, gid_t group);
		if (uid >= 0) {
			enforce(getpwuid(uid) !is null, "Invalid user id!");
			enforce(seteuid(uid) == 0, "Error setting user id!");
		}
	}

	private int getUID(string name)
	{
		auto pw = getpwnam(name.toStringz());
		enforce(pw !is null, "Unknown user name: "~name);
		return pw.pw_uid;
	}

	private int getGID(string name)
	{
		auto gr = getgrnam(name.toStringz());
		enforce(gr !is null, "Unknown group name: "~name);
		return gr.gr_gid;
	}
} else version(Windows){
	private bool isRoot() { return false; }

	private void setUID(int uid, int gid)
	{
		enforce(false, "UID/GID not supported on Windows.");
	}

	private int getUID(string name)
	{
		enforce(false, "Privilege lowering not supported on Windows.");
		assert(false);
	}

	private int getGID(string name)
	{
		enforce(false, "Privilege lowering not supported on Windows.");
		assert(false);
	}
}

private struct CoreTaskQueue {
	@safe nothrow:

	CoreTask first, last;
	size_t length;

	@disable this(this);

	@property bool empty() const { return first is null; }

	@property CoreTask front() { return first; }

	void insertBack(CoreTask task)
	{
		assert(task.m_queue == null, "Task is already scheduled to be resumed!");
		assert(task.m_nextInQueue is null, "Task has m_nextInQueue set without being in a queue!?");
		task.m_queue = &this;
		if (empty)
			first = task;
		else
			last.m_nextInQueue = task;
		last = task;
		length++;
	}

	void popFront()
	{
		if (first is last) last = null;
		assert(first && first.m_queue == &this);
		auto next = first.m_nextInQueue;
		first.m_nextInQueue = null;
		first.m_queue = null;
		first = next;
		length--;
	}
}

// mixin string helper to call a function with arguments that potentially have
// to be moved
private string callWithMove(ARGS...)(string func, string args)
{
	import std.string;
	string ret = func ~ "(";
	foreach (i, T; ARGS) {
		if (i > 0) ret ~= ", ";
		ret ~= format("%s[%s]", args, i);
		static if (needsMove!T) ret ~= ".move";
	}
	return ret ~ ");";
}

private template needsMove(T)
{
	template isCopyable(T)
	{
		enum isCopyable = __traits(compiles, (T a) { return a; });
	}

	template isMoveable(T)
	{
		enum isMoveable = __traits(compiles, (T a) { return a.move; });
	}

	enum needsMove = !isCopyable!T;

	static assert(isCopyable!T || isMoveable!T,
				  "Non-copyable type "~T.stringof~" must be movable with a .move property.");
}

unittest {
	enum E { a, move }
	static struct S {
		@disable this(this);
		@property S move() { return S.init; }
	}
	static struct T { @property T move() { return T.init; } }
	static struct U { }
	static struct V {
		@disable this();
		@disable this(this);
		@property V move() { return V.init; }
	}
	static struct W { @disable this(); }

	static assert(needsMove!S);
	static assert(!needsMove!int);
	static assert(!needsMove!string);
	static assert(!needsMove!E);
	static assert(!needsMove!T);
	static assert(!needsMove!U);
	static assert(needsMove!V);
	static assert(!needsMove!W);
}
vibe.d-0.7.30/source/vibe/core/driver.d000066400000000000000000000164411304441332000175650ustar00rootroot00000000000000/**
	Contains interfaces and enums for evented I/O drivers.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.driver;

public import vibe.core.file;
public import vibe.core.net;
public import vibe.core.sync;
public import vibe.core.stream;
public import vibe.core.task;

import vibe.inet.url;

import core.time;
import std.exception;


version (VibeUseNativeDriverType) {
	import vibe.core.drivers.native;
	alias StoredEventDriver = NativeEventDriver;
} else alias StoredEventDriver = EventDriver;


/**
	Returns the active event driver
*/
StoredEventDriver getEventDriver(bool ignore_unloaded = false)
@safe nothrow {
	assert(ignore_unloaded || s_driver !is null, "No event driver loaded. Did the vibe.core.core module constructor run?");
	return s_driver;
}

/// private
package void setupEventDriver(DriverCore core_)
{
	version (VibeUseNativeDriverType) {}
	else import vibe.core.drivers.native;

	s_driver = new NativeEventDriver(core_);
}

package void deleteEventDriver()
{
	if (s_driver) {
		s_driver.dispose();
		destroy(s_driver);
		s_driver = null;
	}
}


private {
	StoredEventDriver s_driver;
}


/**
	Interface for all evented I/O implementations.

	This is the low level interface for all event based functionality. It is
	not intended to be used directly by users of the library.
*/
interface EventDriver {
	/** Frees all resources of the driver and prepares it for consumption by the GC.

		Note that the driver will not be usable after calling this method. Any
		further calls are illegal and result in undefined behavior.
	*/
	void dispose() /*nothrow*/;

	/** Starts the event loop.

		The loop will continue to run until either no more event listeners are active or until
		exitEventLoop() is called.
	*/
	int runEventLoop() /*nothrow*/;

	/* Processes all outstanding events, potentially blocking to wait for the first event.
	*/
	int runEventLoopOnce() /*nothrow*/;

	/** Processes all outstanding events if any, does not block.
	*/
	bool processEvents() /*nothrow*/;

	/** Exits any running event loop.
	*/
	void exitEventLoop() /*nothrow*/;

	/** Opens a file on disk with the speficied file mode.
	*/
	FileStream openFile(Path path, FileMode mode);

	/** Starts watching a directory for changes.
	*/
	DirectoryWatcher watchDirectory(Path path, bool recursive);

	/** Resolves the given host name or IP address string.

		'host' can be a DNS name (if use_dns is set) or an IPv4 or IPv6
		address string.
	*/
	NetworkAddress resolveHost(string host, ushort family, bool use_dns);

	/** Establiches a tcp connection on the specified host/port.
	*/
	TCPConnection connectTCP(NetworkAddress address, NetworkAddress bind_address);

	/** Listens on the specified port and interface for TCP connections.

		'bind_address' must be an IPv4 or IPv6 address string corresponding to a local network
		interface. conn_callback is called for every incoming connection, each time from a
		new task.
	*/
	TCPListener listenTCP(ushort port, void delegate(TCPConnection conn) conn_callback, string bind_address, TCPListenOptions options);

	/** Creates a new UDP socket and sets the specified address/port as the destination for packets.

		If a bind port is specified, the socket will be able to receive UDP packets on that port.
		Otherwise, a random bind port is chosen.
	*/
	UDPConnection listenUDP(ushort port, string bind_address = "0.0.0.0");

	/** Creates a new manually triggered event.
	*/
	ManualEvent createManualEvent() nothrow;

	/** Creates an event for waiting on a non-bocking file handle.
	*/
	FileDescriptorEvent createFileDescriptorEvent(int file_descriptor, FileDescriptorEvent.Trigger triggers);

	/** Creates a new timer.

		The timer can be started by calling rearmTimer() with a timeout.
		The initial reference count is 1, use releaseTimer to free all resources
		associated with the timer.
	*/
	size_t createTimer(void delegate() callback);

	/// Increases the reference count by one.
	void acquireTimer(size_t timer_id);

	/// Decreases the reference count by one.
	void releaseTimer(size_t timer_id);

	/// Queries if the timer is currently active.
	bool isTimerPending(size_t timer_id);

	/// Resets the timeout of the timer.
	void rearmTimer(size_t timer_id, Duration dur, bool periodic);

	/// Stops the timer.
	void stopTimer(size_t timer_id);

	/// Waits for the pending timer to expire.
	void waitTimer(size_t timer_id);
}


/**
	Provides an event driver with core functions for task/fiber control.
*/
interface DriverCore {
	/** Sets an exception to be thrown on the next call to $(D yieldForEvent).

		Note that this only has an effect if $(D yieldForEvent) is called
		outside of a task. To throw an exception in a task, use the
		$(D event_exception) parameter to $(D resumeTask).
	*/
	@property void eventException(Exception e);

	/** Yields execution until the event loop receives an event.

		Throws:
			May throw an $(D InterruptException) if the task got interrupted
			using $(D vibe.core.task.Task.interrupt()). Rethrows any
			exception that is passed to the $(D resumeTask) call that wakes
			up the task.
	*/
	void yieldForEvent() @safe;

	/** Yields execution until the event loop receives an event.

		Throws:
			This method doesn't throw. Any exceptions, such as
			$(D InterruptException) or an exception passed to $(D resumeTask),
			are stored and thrown on the next call to $(D yieldForEvent).

	*/
	void yieldForEventDeferThrow() nothrow @safe;

	/** Resumes the given task.

		This function may only be called outside of a task to resume a
		yielded task. The optional $(D event_exception) will be thrown in the
		context of the resumed task.

		See_also: $(D yieldAndResumeTask)
	*/
	void resumeTask(Task task, Exception event_exception = null) @safe nothrow;

	/** Yields the current task and resumes another one.

		This is the same as $(D resumeTask), but also works from within a task.
		If called from a task, that task will be yielded first before resuming
		the other one.

		Throws:
			May throw an `InterruptException` if the calling task gets
			interrupted using `Task.interrupt()`.

		See_also: $(D resumeTask)
	*/
	void yieldAndResumeTask(Task task, Exception event_exception = null) @safe;

	/** Notifies the core that all events have been processed.

		This should be called by the driver whenever the event queue has been
		fully processed.
	*/
	void notifyIdle();

	bool isScheduledForResume(Task t);
}


/**
	Generic file descriptor event.

	This kind of event can be used to wait for events on a non-blocking
	file descriptor. Note that this can usually only be used on socket
	based file descriptors.
*/
interface FileDescriptorEvent {
	/** Event mask selecting the kind of events to listen for.
	*/
	enum Trigger {
		none = 0,         /// Match no event (invalid value)
		read = 1<<0,      /// React on read-ready events
		write = 1<<1,     /// React on write-ready events
		any = read|write  /// Match any kind of event
	}

	/** Waits for the selected event to occur.

		Params:
			which = Optional event mask to react only on certain events
			timeout = Maximum time to wait for an event

		Returns:
			If events occurs, returns a mask of these events.
			If the timeout expired, returns the `Trigger.none`
	*/
	Trigger wait(Trigger which = Trigger.any);
	/// ditto
	Trigger wait(Duration timeout, Trigger which = Trigger.any);
}
vibe.d-0.7.30/source/vibe/core/drivers/000077500000000000000000000000001304441332000175755ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/core/drivers/libasync.d000066400000000000000000001332411304441332000215520ustar00rootroot00000000000000/**
	Uses libasync

	Copyright: © 2014 RejectedSoftware e.K., GlobecSys Inc
	Authors: Sönke Ludwig, Etienne Cimon
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.libasync;

version(VibeLibasyncDriver):

import vibe.core.core;
import vibe.core.driver;
import vibe.core.drivers.threadedfile;
import vibe.core.drivers.timerqueue;
import vibe.core.log;
import vibe.inet.path;
import vibe.utils.array : FixedRingBuffer;

import libasync;
import libasync.internals.memory;
import libasync.types : Status;

import std.algorithm : min, max;
import std.array;
import std.container : Array;
import std.conv;
import std.datetime;
import std.encoding;
import std.exception;
import std.string;
import std.stdio : File;
import std.typecons;
import std.c.stdio;

import core.atomic;
import core.memory;
import core.thread;
import core.sync.mutex;
import core.sys.posix.netinet.in_;

version (Posix) import core.sys.posix.sys.socket;
version (Windows) import core.sys.windows.winsock2;

private __gshared EventLoop gs_evLoop;
private EventLoop s_evLoop;
private DriverCore s_driverCore;
private shared int s_refCount; // will destroy async threads when 0

version(Windows) extern(C) {
	FILE* _wfopen(const(wchar)* filename, in wchar* mode);
	int _wchmod(in wchar*, int);
}

EventLoop getEventLoop() nothrow
{
	if (s_evLoop is null)
		return gs_evLoop;

	return s_evLoop;
}

DriverCore getDriverCore() nothrow
{
	assert(s_driverCore !is null);
	return s_driverCore;
}

private struct TimerInfo {
	size_t refCount = 1;
	void delegate() callback;
	Task owner;

	this(void delegate() callback) { this.callback = callback; }
}

/// one per thread
final class LibasyncDriver : EventDriver {
	private {
		bool m_break = false;
		debug Thread m_ownerThread;
		AsyncTimer m_timerEvent;
		TimerQueue!TimerInfo m_timers;
		SysTime m_nextSched = SysTime.max;
		shared AsyncSignal m_exitSignal;
	}

	this(DriverCore core) nothrow
	{
		assert(!isControlThread, "Libasync driver created in control thread");
		try {			
			import core.atomic : atomicOp;
			s_refCount.atomicOp!"+="(1);
			if (!gs_mutex) {
				import core.sync.mutex;
				gs_mutex = new core.sync.mutex.Mutex;

				gs_availID.reserve(32);

				foreach (i; gs_availID.length .. gs_availID.capacity) {
					gs_availID.insertBack(i + 1);
				}

				gs_maxID = 32;

			}
		}
		catch (Throwable) {
			assert(false, "Couldn't reserve necessary space for available Manual Events");
		}

		debug m_ownerThread = Thread.getThis();
		s_driverCore = core;
		s_evLoop = getThreadEventLoop();
		if (!gs_evLoop)
			gs_evLoop = s_evLoop;
			
		m_exitSignal = new shared AsyncSignal(getEventLoop());
		m_exitSignal.run({
				m_break = true;
			});
		logTrace("Loaded libasync backend in thread %s", Thread.getThis().name);

	}

	static @property bool isControlThread() nothrow {
		scope(failure) assert(false);
		return Thread.getThis().isDaemon && Thread.getThis().name == "CmdProcessor";
	}

	void dispose() {
		logTrace("Deleting event driver");
		m_break = true;
		getEventLoop().exit();
		if (s_refCount.atomicOp!"-="(1) == 0) {
			import libasync.threads : destroyAsyncThreads;
			destroyAsyncThreads();
		}
	}

	int runEventLoop()
	{
		while(!m_break && getEventLoop().loop(int.max.msecs)){
			processTimers();
			getDriverCore().notifyIdle();
		}
		m_break = false;
		logDebug("Event loop exit %d", m_break);
		return 0;
	}

	int runEventLoopOnce()
	{
		getEventLoop().loop(int.max.msecs);
		processTimers();
		getDriverCore().notifyIdle();
		logTrace("runEventLoopOnce exit");
		return 0;
	}

	bool processEvents()
	{
		getEventLoop().loop(0.seconds);
		processTimers();
		if (m_break) {
			m_break = false;
			return false;
		}
		return true;
	}

	void exitEventLoop()
	{
		logDebug("Exiting (%s)", m_break);
		m_exitSignal.trigger();

	}

	LibasyncFileStream openFile(Path path, FileMode mode)
	{
		return new LibasyncFileStream(path, mode);
	}

	DirectoryWatcher watchDirectory(Path path, bool recursive)
	{
		return new LibasyncDirectoryWatcher(path, recursive);
	}

	/** Resolves the given host name or IP address string. */
	NetworkAddress resolveHost(string host, ushort family = 2, bool use_dns = true)
	{
		import libasync.types : isIPv6;
		isIPv6 is_ipv6;

		if (family == AF_INET6)
			is_ipv6 = isIPv6.yes;
		else
			is_ipv6 = isIPv6.no;
		
		import std.regex : regex, Captures, Regex, matchFirst, ctRegex;
		import std.traits : ReturnType;

		auto IPv4Regex = ctRegex!(`^((25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)(\.|$)){4}$`, ``);
		auto IPv6Regex = ctRegex!(`^([0-9A-Fa-f]{0,4}:){2,7}([0-9A-Fa-f]{1,4}$|((25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)(\.|$)){4})$`, ``);
		auto ipv4 = matchFirst(host, IPv4Regex);
		auto ipv6 = matchFirst(host, IPv6Regex);
		if (!ipv4.empty)
		{
			if (!ipv4.empty)
			is_ipv6 = isIPv6.no;
			use_dns = false;
		}
		else if (!ipv6.empty)
		{ // fixme: match host instead?
			is_ipv6 = isIPv6.yes;
			use_dns = false;
		}
		else
		{
			use_dns = true;
		}
		
		NetworkAddress ret;

		if (use_dns) {
			bool done;
			struct DNSCallback  {
				Task waiter;
				NetworkAddress* address;
				bool* finished;
				void handler(NetworkAddress addr) {
					*address = addr;
					*finished = true;
					if (waiter != Task() && waiter != Task.getThis())
						getDriverCore().resumeTask(waiter);
				}
			}
			
			DNSCallback* cb = FreeListObjectAlloc!DNSCallback.alloc();
			cb.waiter = Task.getThis();
			cb.address = &ret;
			cb.finished = &done;
			
			// todo: remove the shared attribute to avoid GC?
			shared AsyncDNS dns = new shared AsyncDNS(getEventLoop());
			scope(exit) dns.destroy();
			bool success = dns.handler(&cb.handler).resolveHost(host, is_ipv6);
			if (!success || dns.status.code != Status.OK)
				throw new Exception(dns.status.text);
			while(!done)
				getDriverCore.yieldForEvent();
			if (dns.status.code != Status.OK)
				throw new Exception(dns.status.text);
			assert(ret != NetworkAddress.init);
			assert(ret.family != 0);
			logTrace("Async resolved address %s", ret.toString());
			FreeListObjectAlloc!DNSCallback.free(cb);
			
			if (ret.family == 0)
				ret.family = family;
			
			return ret;
		}
		else {
			ret = getEventLoop().resolveIP(host, 0, is_ipv6);
			if (ret.family == 0)
				ret.family = family;
			return ret;
		}

	}

	LibasyncTCPConnection connectTCP(NetworkAddress addr, NetworkAddress bind_addr)
	{
		AsyncTCPConnection conn = new AsyncTCPConnection(getEventLoop());

		LibasyncTCPConnection tcp_connection = new LibasyncTCPConnection(conn, (TCPConnection conn) {
			Task waiter = (cast(LibasyncTCPConnection) conn).m_settings.writer.task;
			if (waiter != Task()) {
				getDriverCore().resumeTask(waiter);
			}
		});

		if (Task.getThis() != Task())
			tcp_connection.acquireWriter();

		tcp_connection.m_tcpImpl.conn = conn;
		//conn.local = bind_addr;
		conn.ip(bind_addr.toAddressString(), bind_addr.port);
		conn.peer = addr;

		enforce(conn.run(&tcp_connection.handler), "An error occured while starting a new connection: " ~ conn.error);

		while (!tcp_connection.connected && !tcp_connection.m_error) getDriverCore().yieldForEvent();
		enforce(!tcp_connection.m_error, tcp_connection.m_error);
		tcp_connection.m_tcpImpl.localAddr = conn.local;

		if (Task.getThis() != Task())
			tcp_connection.releaseWriter();
		return tcp_connection;
	}

	LibasyncTCPListener listenTCP(ushort port, void delegate(TCPConnection conn) conn_callback, string address, TCPListenOptions options)
	{
		NetworkAddress localaddr = getEventDriver().resolveHost(address);
		localaddr.port = port;

		return new LibasyncTCPListener(localaddr, conn_callback, options);
	}

	LibasyncUDPConnection listenUDP(ushort port, string bind_address = "0.0.0.0")
	{
		NetworkAddress localaddr = getEventDriver().resolveHost(bind_address);
		localaddr.port = port;
		AsyncUDPSocket sock = new AsyncUDPSocket(getEventLoop());
		sock.local = localaddr;
		auto udp_connection = new LibasyncUDPConnection(sock);
		sock.run(&udp_connection.handler);
		return udp_connection;
	}

	LibasyncManualEvent createManualEvent()
	{
		return new LibasyncManualEvent(this);
	}

	FileDescriptorEvent createFileDescriptorEvent(int file_descriptor, FileDescriptorEvent.Trigger triggers)
	{
		assert(false);
	}


	// The following timer implementation was adapted from the equivalent in libevent2.d

	size_t createTimer(void delegate() callback) { return m_timers.create(TimerInfo(callback)); }

	void acquireTimer(size_t timer_id) { m_timers.getUserData(timer_id).refCount++; }
	void releaseTimer(size_t timer_id)
	{
		debug assert(m_ownerThread is Thread.getThis());
		logTrace("Releasing timer %s", timer_id);
		if (!--m_timers.getUserData(timer_id).refCount)
			m_timers.destroy(timer_id);
	}

	bool isTimerPending(size_t timer_id) nothrow { return m_timers.isPending(timer_id); }

	void rearmTimer(size_t timer_id, Duration dur, bool periodic)
	{
		debug assert(m_ownerThread is Thread.getThis());
		if (!isTimerPending(timer_id)) acquireTimer(timer_id);
		m_timers.schedule(timer_id, dur, periodic);
		rescheduleTimerEvent(Clock.currTime(UTC()));
	}

	void stopTimer(size_t timer_id)
	{
		logTrace("Stopping timer %s", timer_id);
		if (m_timers.isPending(timer_id)) {
			m_timers.unschedule(timer_id);
			releaseTimer(timer_id);
		}
	}

	void waitTimer(size_t timer_id)
	{
		logTrace("Waiting for timer in %s", Task.getThis());
		debug assert(m_ownerThread is Thread.getThis());
		while (true) {
			assert(!m_timers.isPeriodic(timer_id), "Cannot wait for a periodic timer.");
			if (!m_timers.isPending(timer_id)) {
				// logTrace("Timer is not pending");
				return;
			}
			auto data = &m_timers.getUserData(timer_id);
			assert(data.owner == Task.init, "Waiting for the same timer from multiple tasks is not supported.");
			data.owner = Task.getThis();
			scope (exit) m_timers.getUserData(timer_id).owner = Task.init;
			getDriverCore().yieldForEvent();
		}
	}

	/// If the timer has an owner, it will resume the task.
	/// if the timer has a callback, it will run a new task.
	private void processTimers()
	{
		if (!m_timers.anyPending) return;
		logTrace("Processing due timers");
		// process all timers that have expired up to now
		auto now = Clock.currTime(UTC());
		// event loop timer will need to be rescheduled because we'll process everything until now
		m_nextSched = SysTime.max;
		
		m_timers.consumeTimeouts(now, (timer, periodic, ref data) {
			Task owner = data.owner;
			auto callback = data.callback;

			logTrace("Timer %s fired (%s/%s)", timer, owner != Task.init, callback !is null);

			if (!periodic) releaseTimer(timer);
			
			if (owner && owner.running && owner != Task.getThis()) {
				if (Task.getThis == Task.init) getDriverCore().resumeTask(owner);
				else getDriverCore().yieldAndResumeTask(owner);
			}
			if (callback) runTask(callback);
		});

		rescheduleTimerEvent(now);
	}

	private void rescheduleTimerEvent(SysTime now)
	{
		logTrace("Rescheduling timer event %s", Task.getThis());
		
		// don't bother scheduling, the timers will be processed before leaving for the event loop
		if (m_nextSched <= Clock.currTime(UTC()))
			return;
		
		bool first;
		auto next = m_timers.getFirstTimeout();
		Duration dur;
		if (next == SysTime.max) return;
		dur = max(1.msecs, next - now);
		if (m_nextSched != next)
			m_nextSched = next;
		else return;
		if (dur.total!"seconds"() >= int.max)
			return; // will never trigger, don't bother
		if (!m_timerEvent) {
			//logTrace("creating new async timer");
			m_timerEvent = new AsyncTimer(getEventLoop());
			bool success = m_timerEvent.duration(dur).run(&onTimerTimeout);
			assert(success, "Failed to run timer");
		}
		else {
			//logTrace("rearming the same timer instance");
			bool success = m_timerEvent.rearm(dur);
			assert(success, "Failed to rearm timer");
		}
		//logTrace("Rescheduled timer event for %s seconds in thread '%s' :: task '%s'", dur.total!"usecs" * 1e-6, Thread.getThis().name, Task.getThis());
	}

	private void onTimerTimeout()
	{
		import std.encoding : sanitize;

		logTrace("timer event fired");
		try processTimers();
		catch (Exception e) {
			logError("Failed to process timers: %s", e.msg);
			try logDiagnostic("Full error: %s", e.toString().sanitize); catch (Throwable) {}
		}
	}
}

/// Writes or reads asynchronously (in another thread) for sizes > 64kb to benefit from kernel page cache
/// in lower size operations.
final class LibasyncFileStream : FileStream {
	private {
		Path m_path;
		ulong m_size;
		ulong m_offset = 0;
		FileMode m_mode;
		Task m_task;
		Exception m_ex;
		shared AsyncFile m_impl;
		
		bool m_started;
		bool m_truncated;
		bool m_finished;
	}

	this(Path path, FileMode mode)
	{
		import std.file : getSize,exists;
		if (mode != FileMode.createTrunc)
			m_size = getSize(path.toNativeString());
		else {
			auto path_str = path.toNativeString();
			if (exists(path_str))
				removeFile(path);
			{ // touch
				import std.string : toStringz;
				version(Windows) {
					import std.utf : toUTF16z;
					auto path_str_utf = path_str.toUTF16z();
					FILE* f = _wfopen(path_str_utf, "w");
					_wchmod(path_str_utf, S_IREAD|S_IWRITE);
				}
				else FILE * f = fopen(path_str.toStringz, "w");
				fclose(f);
				m_truncated = true;
			}
		} 
		m_path = path;
		m_mode = mode;
		
		m_impl = new shared AsyncFile(getEventLoop());
		m_impl.onReady(&handler);
		
		m_started = true;
	}
	
	~this()
	{
		try close(); catch {}
	}
	
	@property Path path() const { return m_path; }
	@property bool isOpen() const { return m_started; }
	@property ulong size() const { return m_size; }
	@property bool readable() const { return m_mode != FileMode.append; }
	@property bool writable() const { return m_mode != FileMode.read; }

	void seek(ulong offset)
	{
		m_offset = offset;
	}

	ulong tell() { return m_offset; }

	void close()
	{
		if (m_impl) {
			m_impl.kill();
			m_impl = null;
		}
		m_started = false;
		if (m_task != Task() && Task.getThis() != Task())
			getDriverCore().yieldAndResumeTask(m_task, new Exception("The file was closed during an operation"));
		else if (m_task != Task() && Task.getThis() == Task())
			getDriverCore().resumeTask(m_task, new Exception("The file was closed during an operation"));
		
	}

	@property bool empty() const { assert(this.readable); return m_offset >= m_size; }
	@property ulong leastSize() const { assert(this.readable); return m_size - m_offset; }
	@property bool dataAvailableForRead() { return true; }

	const(ubyte)[] peek()
	{
		return null;
	}

	void read(ubyte[] dst)
	{
		scope(failure)
			close();
		assert(this.readable, "To read a file, it must be opened in a read-enabled mode.");
		shared ubyte[] bytes = cast(shared) dst;
		bool truncate_if_exists;
		if (!m_truncated && m_mode == FileMode.createTrunc) {
			truncate_if_exists = true;
			m_truncated = true;
			m_size = 0;
		}
		m_finished = false;
		enforce(dst.length <= leastSize);
		enforce(m_impl.read(m_path.toNativeString(), bytes, m_offset, true, truncate_if_exists), "Failed to read data from disk: " ~ m_impl.error);
		
		if (!m_finished) {
			acquire();
			scope(exit) release();
			getDriverCore().yieldForEvent();
		}
		m_finished = false;
		
		if (m_ex) throw m_ex;
		
		m_offset += dst.length;
		assert(m_impl.offset == m_offset, "Incoherent offset returned from file reader: " ~ m_offset.to!string ~ "B assumed but the implementation is at: " ~ m_impl.offset.to!string ~ "B");
	}

	alias Stream.write write;
	void write(in ubyte[] bytes_)
	{
		assert(this.writable, "To write to a file, it must be opened in a write-enabled mode.");
		
		shared const(ubyte)[] bytes = cast(shared const(ubyte)[]) bytes_;
		
		bool truncate_if_exists;
		if (!m_truncated && m_mode == FileMode.createTrunc) {
			truncate_if_exists = true;
			m_truncated = true;
			m_size = 0;
		}
		m_finished = false;
		
		if (m_mode == FileMode.append)
			enforce(m_impl.append(m_path.toNativeString(), cast(shared ubyte[]) bytes, true, truncate_if_exists), "Failed to write data to disk: " ~ m_impl.error);
		else
			enforce(m_impl.write(m_path.toNativeString(), bytes, m_offset, true, truncate_if_exists), "Failed to write data to disk: " ~ m_impl.error);
		
		if (!m_finished) {
			acquire();
			scope(exit) release();
			getDriverCore().yieldForEvent();
		}
		m_finished = false;
		
		if (m_ex) throw m_ex;
		
		if (m_mode == FileMode.append) {
			m_size += bytes.length;
		}
		else {
			m_offset += bytes.length;
			if (m_offset >= m_size)
				m_size += m_offset - m_size;
			assert(m_impl.offset == m_offset, "Incoherent offset returned from file writer.");
		}
		//assert(getSize(m_path.toNativeString()) == m_size, "Incoherency between local size and filesize: " ~ m_size.to!string ~ "B assumed for a file of size " ~ getSize(m_path.toNativeString()).to!string ~ "B");
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	void flush()
	{
		assert(this.writable, "To write to a file, it must be opened in a write-enabled mode.");
		
	}

	void finalize()
	{
		if (this.writable)
			flush();
	}

	void release()
	{
		assert(Task.getThis() == Task() || m_task == Task.getThis(), "Releasing FileStream that is not owned by the calling task.");
		m_task = Task();
	}

	void acquire()
	{
		assert(Task.getThis() == Task() || m_task == Task(), "Acquiring FileStream that is already owned.");
		m_task = Task.getThis();
	}
	
	private void handler() {
		// This may be called by the event loop if read/write > 64kb and another thread was delegated
		Exception ex;
		
		if (m_impl.status.code != Status.OK)
			ex = new Exception(m_impl.error);
		m_finished = true;
		if (m_task != Task())
			getDriverCore().resumeTask(m_task, ex);
		else m_ex = ex;
	}
}


final class LibasyncDirectoryWatcher : DirectoryWatcher {
	private {
		Path m_path;
		bool m_recursive;
		Task m_task;
		AsyncDirectoryWatcher m_impl;
		Array!DirectoryChange m_changes;
		Exception m_error;
	}

	this(Path path, bool recursive)
	{
		m_impl = new AsyncDirectoryWatcher(getEventLoop());
		m_impl.run(&handler);
		m_path = path;
		m_recursive = recursive;
		watch(path, recursive);
		// logTrace("DirectoryWatcher called with: %s", path.toNativeString());
	}

	~this()
	{
		m_impl.kill();
	}

	@property Path path() const { return m_path; }
	@property bool recursive() const { return m_recursive; }

	void release()
	{
		assert(m_task == Task.getThis(), "Releasing FileStream that is not owned by the calling task.");
		m_task = Task();
	}

	void acquire()
	{
		assert(m_task == Task(), "Acquiring FileStream that is already owned.");
		m_task = Task.getThis();
	}

	bool amOwner()
	{
		return m_task == Task.getThis();
	}

	bool readChanges(ref DirectoryChange[] dst, Duration timeout)
	{
		dst.length = 0;
		assert(!amOwner());
		if (m_error)
			throw m_error;
		acquire();
		scope(exit) release();
		void consumeChanges() {
			if (m_impl.status.code == Status.ERROR) {
				throw new Exception(m_impl.error);
			}

			foreach (ref change; m_changes[]) {
				//logTrace("Adding change: %s", change.to!string);
				dst ~= change;
			}

			//logTrace("Consumed change 1: %s", dst.to!string);
			import std.array : array;
			import std.algorithm : uniq;
			dst = cast(DirectoryChange[]) uniq!((a, b) => a.path == b.path && a.type == b.type)(dst).array;
			logTrace("Consumed change: %s", dst.to!string);
			m_changes.clear();
		}

		if (!m_changes.empty) {
			consumeChanges();
			return true;
		}

		auto tm = getEventDriver().createTimer(null);
		getEventDriver().m_timers.getUserData(tm).owner = Task.getThis();
		getEventDriver().rearmTimer(tm, timeout, false);

		while (m_changes.empty) {
			getDriverCore().yieldForEvent();
			if (!getEventDriver().isTimerPending(tm)) break;
		}

		if (!m_changes.empty) {
			consumeChanges();
			return true;
		}

		return false;
	}

	private void watch(Path path, bool recursive) {
		m_impl.watchDir(path.toNativeString(), DWFileEvent.ALL, recursive);
	}

	private void handler() {
		import std.stdio;
		DWChangeInfo[] changes = allocArray!DWChangeInfo(manualAllocator(), 128);
		scope(exit) freeArray(manualAllocator(), changes);
		Exception ex;
		try {
			uint cnt;
			do {
				cnt = m_impl.readChanges(changes);
				size_t i;
				foreach (DWChangeInfo change; changes) {
					DirectoryChange dc;

					final switch (change.event){
						case DWFileEvent.CREATED: dc.type = DirectoryChangeType.added; break;
						case DWFileEvent.DELETED: dc.type = DirectoryChangeType.removed; break;
						case DWFileEvent.MODIFIED: dc.type = DirectoryChangeType.modified; break;
						case DWFileEvent.MOVED_FROM: dc.type = DirectoryChangeType.removed; break;
						case DWFileEvent.MOVED_TO: dc.type = DirectoryChangeType.added; break;
						case DWFileEvent.ALL: break; // impossible
						case DWFileEvent.ERROR: throw new Exception(m_impl.error);
					}

					dc.path = Path(change.path);
					//logTrace("Inserted %s absolute %s", dc.to!string, dc.path.absolute.to!string);
					m_changes.insert(dc);
					i++;
					if (cnt == i) break;
				}
			} while(cnt == 0 && m_impl.status.code == Status.OK);
			if (m_impl.status.code == Status.ERROR) {
				ex = new Exception(m_impl.error);
			}

		}
		catch (Exception e) {
			ex = e;
		}
		if (m_task != Task()) getDriverCore().resumeTask(m_task, ex);
		else m_error = ex;
	}

}



final class LibasyncManualEvent : ManualEvent {
	private {
		shared(int) m_emitCount = 0;
		shared(int) m_threadCount = 0;
		shared(size_t) m_instance;
		Array!(void*) ms_signals;

		core.sync.mutex.Mutex m_mutex;

		@property size_t instanceID() nothrow { return atomicLoad(m_instance); }
		@property void instanceID(size_t instance) nothrow{ atomicStore(m_instance, instance); }
	}

	this(LibasyncDriver driver)
	nothrow {
		m_mutex = new core.sync.mutex.Mutex;
		instanceID = generateID();
	}

	~this()
	{
		try {
			recycleID(instanceID);

			foreach (ref signal; ms_signals[]) {
				if (signal) {
					(cast(shared AsyncSignal) signal).kill();
					signal = null;
				}
			}
		} catch (Exception e) {
			import std.stdio;
			writefln("Exception thrown while finalizing LibasyncManualEvent: %s", e.msg);
		}
	}

	void emit()
	{
		scope (failure) assert(false); // synchronized is not nothrow on DMD 2.066 and below and Array is not nothrow at all
		logTrace("Emitting signal");
		atomicOp!"+="(m_emitCount, 1);
		synchronized (m_mutex) {
			logTrace("Looping signals. found: " ~ ms_signals.length.to!string);
			foreach (ref signal; ms_signals[]) {
				auto evloop = getEventLoop();
				shared AsyncSignal sig = cast(shared AsyncSignal) signal;
				if (!sig.trigger(evloop)) logError("Failed to trigger ManualEvent: %s", sig.error);
			}
		}
	}

	void wait() { wait(m_emitCount); }
	int wait(int reference_emit_count) { return  doWait!true(reference_emit_count); }
	int wait(Duration timeout, int reference_emit_count) { return doWait!true(timeout, reference_emit_count); }
	int waitUninterruptible(int reference_emit_count) { return  doWait!false(reference_emit_count); }
	int waitUninterruptible(Duration timeout, int reference_emit_count) { return doWait!false(timeout, reference_emit_count); }

	void acquire()
	{
		auto task = Task.getThis();

		bool signal_exists;

		size_t instance = instanceID;
		if (s_eventWaiters.length <= instance)
			expandWaiters();

		logTrace("Acquire event ID#%d", instance);
		auto taskList = s_eventWaiters[instance];
		if (taskList.length > 0)
			signal_exists = true;

		if (!signal_exists) {
			shared AsyncSignal sig = new shared AsyncSignal(getEventLoop());
			sig.run(&onSignal);
			synchronized (m_mutex) ms_signals.insertBack(cast(void*)sig);
		}
		s_eventWaiters[instance].insertBack(Task.getThis());
	}

	void release()
	{
		assert(amOwner(), "Releasing non-acquired signal.");

		import std.algorithm : countUntil;

		size_t instance = instanceID;
		auto taskList = s_eventWaiters[instance];
		auto idx = taskList[].countUntil!((a, b) => a == b)(Task.getThis());
		logTrace("Release event ID#%d", instance);
		s_eventWaiters[instance].linearRemove(taskList[idx .. idx+1]);

		if (s_eventWaiters[instance].empty) {
			removeMySignal();
		}
	}

	bool amOwner()
	{
		import std.algorithm : countUntil;
		size_t instance = instanceID;
		if (s_eventWaiters.length <= instance) return false;
		auto taskList = s_eventWaiters[instance];
		if (taskList.length == 0) return false;

		auto idx = taskList[].countUntil!((a, b) => a == b)(Task.getThis());

		return idx != -1;
	}

	@property int emitCount() const { return atomicLoad(m_emitCount); }

	private int doWait(bool INTERRUPTIBLE)(int reference_emit_count)
	{
		static if (!INTERRUPTIBLE) scope (failure) assert(false); // still some function calls not marked nothrow
		assert(!amOwner());
		acquire();
		scope(exit) release();
		auto ec = this.emitCount;
		while( ec == reference_emit_count ){
			//synchronized(m_mutex) logTrace("Waiting for event with signal count: " ~ ms_signals.length.to!string);
			static if (INTERRUPTIBLE) getDriverCore().yieldForEvent();
			else getDriverCore().yieldForEventDeferThrow();
			ec = this.emitCount;
		}
		return ec;
	}

	private int doWait(bool INTERRUPTIBLE)(Duration timeout, int reference_emit_count)
	{
		static if (!INTERRUPTIBLE) scope (failure) assert(false); // still some function calls not marked nothrow
		assert(!amOwner());
		acquire();
		scope(exit) release();
		auto tm = getEventDriver().createTimer(null);
		scope (exit) getEventDriver().releaseTimer(tm);
		getEventDriver().m_timers.getUserData(tm).owner = Task.getThis();
		getEventDriver().rearmTimer(tm, timeout, false);

		auto ec = this.emitCount;
		while (ec == reference_emit_count) {
			static if (INTERRUPTIBLE) getDriverCore().yieldForEvent();
			else getDriverCore().yieldForEventDeferThrow();
			ec = this.emitCount;
			if (!getEventDriver().isTimerPending(tm)) break;
		}
		return ec;
	}

	private void removeMySignal() {
		import std.algorithm : countUntil;
		synchronized(m_mutex) {
			auto idx = ms_signals[].countUntil!((void* a, LibasyncManualEvent b) { return ((cast(shared AsyncSignal) a).owner == Thread.getThis() && this is b);})(this);
			ms_signals.linearRemove(ms_signals[idx .. idx+1]);
		}
	}

	private void expandWaiters() {
		size_t maxID;
		synchronized(gs_mutex) maxID = gs_maxID;
		s_eventWaiters.reserve(maxID);
		logTrace("gs_maxID: %d", maxID);
		size_t s_ev_len = s_eventWaiters.length;
		size_t s_ev_cap = s_eventWaiters.capacity;
		assert(maxID > s_eventWaiters.length);
		foreach (i; s_ev_len .. s_ev_cap) {
			s_eventWaiters.insertBack(Array!Task.init);
		}
	}

	private void onSignal()
	{
		logTrace("Got signal in onSignal");
		try {
			auto thread = Thread.getThis();
			auto core = getDriverCore();

			size_t instance = instanceID;
			logTrace("Got context: %d", instance);
			foreach (Task task; s_eventWaiters[instance][]) {
				logTrace("Task Found");
				core.resumeTask(task);
			}
		} catch (Exception e) {
			logError("Exception while handling signal event: %s", e.msg);
			try logDebug("Full error: %s", sanitize(e.msg));
			catch (Exception) {}
		}
	}
}

final class LibasyncTCPListener : TCPListener {
	private {
		NetworkAddress m_local;
		void delegate(TCPConnection conn) m_connectionCallback;
		TCPListenOptions m_options;
		AsyncTCPListener[] m_listeners;
		fd_t socket;
	}

	this(NetworkAddress addr, void delegate(TCPConnection conn) connection_callback, TCPListenOptions options)
	{
		m_connectionCallback = connection_callback;
		m_options = options;
		m_local = addr;
		void function(shared LibasyncTCPListener) init = (shared LibasyncTCPListener ctxt){
			synchronized(ctxt) {
				LibasyncTCPListener ctxt2 = cast(LibasyncTCPListener)ctxt;
				AsyncTCPListener listener = new AsyncTCPListener(getEventLoop(), ctxt2.socket);
				listener.local = ctxt2.m_local;

				enforce(listener.run(&ctxt2.initConnection), "Failed to start listening to local socket: " ~ listener.error);
				ctxt2.socket = listener.socket;
				ctxt2.m_listeners ~= listener;
			}
		};
		if (options & TCPListenOptions.distribute)	runWorkerTaskDist(init, cast(shared) this);
		else init(cast(shared) this);

	}

	@property NetworkAddress bindAddress() { return m_local; }

	@property void delegate(TCPConnection) connectionCallback() { return m_connectionCallback; }

	private void delegate(TCPEvent) initConnection(AsyncTCPConnection conn) {
		logTrace("Connection initialized in thread: " ~ Thread.getThis().name);

		LibasyncTCPConnection native_conn = new LibasyncTCPConnection(conn, m_connectionCallback);
		native_conn.m_tcpImpl.conn = conn;
		native_conn.m_tcpImpl.localAddr = m_local;
		return &native_conn.handler;
	}

	void stopListening()
	{
		synchronized(this) {
			foreach (listener; m_listeners) {
				listener.kill();
				listener = null;
			}
		}
	}
}

final class LibasyncTCPConnection : TCPConnection/*, Buffered*/ {
	private {
		FixedRingBuffer!ubyte m_readBuffer;
		ubyte[] m_buffer;
		ubyte[] m_slice;
		TCPConnectionImpl m_tcpImpl;
		Settings m_settings;

		bool m_closed = true;
		bool m_mustRecv = true;
		string m_error;

		// The socket descriptor is unavailable to motivate low-level/API feature additions
		// rather than high-lvl platform-dependent hacking
		// fd_t socket;
	}

	ubyte[] readChunk(ubyte[] buffer = null)
	{
		logTrace("readBuf TCP: %d", buffer.length);
		import std.algorithm : swap;
		ubyte[] ret;

		if (m_slice.length > 0) {
			swap(ret, m_slice);
			logTrace("readBuf returned instantly with slice length: %d", ret.length);
			return ret;
		}

		if (m_readBuffer.length > 0) {
			size_t amt = min(buffer.length, m_readBuffer.length);
			m_readBuffer.read(buffer[0 .. amt]);
			logTrace("readBuf returned with existing amount: %d", amt);
			return buffer[0 .. amt];
		}

		if (buffer) {
			m_buffer = buffer;
			m_readBuffer.dispose();
		}

		leastSize();

		swap(ret, m_slice);
		logTrace("readBuf returned with buffered length: %d", ret.length);
		return ret;
	}

	this(AsyncTCPConnection conn, void delegate(TCPConnection) cb)
	in { assert(conn !is null); }
	body {
		m_settings.onConnect = cb;
		m_readBuffer.capacity = 64*1024;
	}

	private @property AsyncTCPConnection conn() {

		return m_tcpImpl.conn;
	}

	// Using this setting completely disables the internal buffers as well
	@property void tcpNoDelay(bool enabled)
	{
		m_settings.tcpNoDelay = enabled;
		conn.setOption(TCPOption.NODELAY, enabled);
	}

	@property bool tcpNoDelay() const { return m_settings.tcpNoDelay; }

	@property void readTimeout(Duration dur)
	{
		m_settings.readTimeout = dur;
		conn.setOption(TCPOption.TIMEOUT_RECV, dur);
	}

	@property Duration readTimeout() const { return m_settings.readTimeout; }

	@property void keepAlive(bool enabled)
	{
		m_settings.keepAlive = enabled;
		conn.setOption(TCPOption.KEEPALIVE_ENABLE, enabled);
	}

	@property bool keepAlive() const { return m_settings.keepAlive; }

	@property bool connected() const { return !m_closed && m_tcpImpl.conn && m_tcpImpl.conn.isConnected; }

	@property bool dataAvailableForRead(){
		logTrace("dataAvailableForRead");
		acquireReader();
		scope(exit) releaseReader();
		return !readEmpty;
	}

	private @property bool readEmpty() {
		return (m_buffer && !m_slice) || (!m_buffer && m_readBuffer.empty);
	}

	@property string peerAddress() const { return m_tcpImpl.conn.peer.toString(); }

	@property NetworkAddress localAddress() const { return m_tcpImpl.localAddr; }
	@property NetworkAddress remoteAddress() const { return m_tcpImpl.conn.peer; }

	@property bool empty() { return leastSize == 0; }

	@property ulong leastSize()
	{
		logTrace("leastSize TCP");
		acquireReader();
		scope(exit) releaseReader();

		while( m_readBuffer.empty ){
			if (!connected)
				return 0;
			m_settings.reader.noExcept = true;
			getDriverCore().yieldForEvent();
			m_settings.reader.noExcept = false;
		}
		return (m_slice.length > 0) ? m_slice.length : m_readBuffer.length;
	}

	void close()
	{
		logTrace("Close TCP enter");
		//logTrace("closing");
		acquireWriter();
		scope(exit) releaseWriter();

		// checkConnected();
		m_readBuffer.dispose();
		onClose(null, false);
	}

	bool waitForData(Duration timeout = Duration.max)
	{
		// 0 seconds is max. CHanging this would be breaking, might as well use -1 for immediate
		if (timeout == 0.seconds)
			timeout = Duration.max;
		logTrace("WaitForData enter, timeout %s :: Ptr %s",  timeout.toString(), (cast(void*)this).to!string);
		acquireReader();
		auto _driver = getEventDriver();
		auto tm = _driver.createTimer(null);
		scope(exit) { 
			_driver.stopTimer(tm);
			_driver.releaseTimer(tm);
			releaseReader();
		}
		_driver.m_timers.getUserData(tm).owner = Task.getThis();
		if (timeout != Duration.max) _driver.rearmTimer(tm, timeout, false);
		logTrace("waitForData TCP");
		while (m_readBuffer.empty) {
			if (!connected) return false;

			if (m_mustRecv)
				onRead();
			else {
				//logTrace("Yielding for event in waitForData, waiting? %s", m_settings.reader.isWaiting);
				m_settings.reader.noExcept = true;
				getDriverCore().yieldForEvent();
				m_settings.reader.noExcept = false;
			}
			if (timeout != Duration.max && !_driver.isTimerPending(tm)) {
				logTrace("WaitForData TCP: timer signal");
				return false;
			}
		}
		if (m_readBuffer.empty && !connected) return false;
		logTrace("WaitForData exit: fiber resumed with read buffer");
		return !m_readBuffer.empty;
	}

	const(ubyte)[] peek()
	{
		logTrace("Peek TCP enter");
		acquireReader();
		scope(exit) releaseReader();

		if (!readEmpty)
			return (m_slice.length > 0) ? cast(const(ubyte)[]) m_slice : m_readBuffer.peek();
		else
			return null;
	}

	void read(ubyte[] dst)
	{
		if (!dst.length) return;
		assert(dst !is null && !m_slice);
		logTrace("Read TCP");
		acquireReader();
		scope(exit) releaseReader();
		while( dst.length > 0 ){
			while( m_readBuffer.empty ){
				checkConnected();
				if (m_mustRecv)
					onRead();
				else {
					getDriverCore().yieldForEvent();
					checkConnected();
				}
			}
			size_t amt = min(dst.length, m_readBuffer.length);

			m_readBuffer.read(dst[0 .. amt]);
			dst = dst[amt .. $];
		}
	}

	void write(in ubyte[] bytes_)
	{
		assert(bytes_ !is null);
		logTrace("%s", "write enter");
		acquireWriter();
		scope(exit) releaseWriter();
		checkConnected();
		const(ubyte)[] bytes = bytes_;
		logTrace("TCP write with %s bytes called", bytes.length);

		bool first = true;
		size_t offset;
		size_t len = bytes.length;
		do {
			if (!first) {
				getDriverCore().yieldForEvent();
			}
			checkConnected();
			offset += conn.send(bytes[offset .. $]);

			if (conn.hasError) {
				throw new Exception(conn.error);
			}
			first = false;
		} while (offset != len);

	}

	void flush()
	{
		logTrace("%s", "Flush");
		acquireWriter();
		scope(exit) releaseWriter();

		checkConnected();

	}

	void finalize()
	{
		logTrace("%s", "finalize");
		flush();
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	void acquireReader() {
		if (Task.getThis() == Task()) {
			logTrace("Reading without task");
			return;
		}
		logTrace("%s", "Acquire Reader");
		assert(!amReadOwner());
		m_settings.reader.task = Task.getThis();
		logTrace("Task waiting in: %p", this);
		m_settings.reader.isWaiting = true;
	}

	void releaseReader() {
		if (Task.getThis() == Task()) return;
		logTrace("%s", "Release Reader");
		assert(amReadOwner());
		m_settings.reader.isWaiting = false;
	}

	bool amReadOwner() const {
		if (m_settings.reader.isWaiting && m_settings.reader.task == Task.getThis())
			return true;
		return false;
	}

	void acquireWriter() {
		if (Task.getThis() == Task()) return;
		logTrace("%s", "Acquire Writer");
		assert(!amWriteOwner(), "Failed to acquire writer in task: " ~ Task.getThis().fiber.to!string ~ ", it was busy with: " ~ m_settings.writer.task.to!string);
		m_settings.writer.task = Task.getThis();
		m_settings.writer.isWaiting = true;
	}

	void releaseWriter() {
		if (Task.getThis() == Task()) return;
		logTrace("%s", "Release Writer");
		assert(amWriteOwner());
		m_settings.writer.isWaiting = false;
	}

	bool amWriteOwner() const {
		if (m_settings.writer.isWaiting && m_settings.writer.task == Task.getThis())
			return true;
		return false;
	}

	private void checkConnected()
	{
		enforce(connected, "The remote peer has closed the connection.");
		logTrace("Check Connected");
	}

	private bool tryReadBuf() {
		//logTrace("TryReadBuf with m_buffer: %s", m_buffer.length);
		if (m_buffer) {
			ubyte[] buf = m_buffer[m_slice.length .. $];
			uint ret = conn.recv(buf);
			logTrace("Received: %s", buf[0 .. ret]);
			// check for overflow
			if (ret == buf.length) {
				logTrace("Overflow detected, revert to ring buffer");
				m_slice = null;
				m_readBuffer.capacity = 64*1024;
				m_readBuffer.put(buf);
				m_buffer = null;
				return false; // cancel slices and revert to the fixed ring buffer
			}

			if (m_slice.length > 0) { 
				//logDebug("post-assign m_slice "); 
				m_slice = m_slice.ptr[0 .. m_slice.length + ret];
			}
			else {
				//logDebug("using m_buffer");
				m_slice = m_buffer[0 .. ret];
			}
			return true;
		}	
		logTrace("TryReadBuf exit with %d bytes in m_slice, %d bytes in m_readBuffer ", m_slice.length, m_readBuffer.length);

		return false;
	}

	private void onRead() {
		m_mustRecv = true; // assume we didn't receive everything

		if (tryReadBuf()) {
			m_mustRecv = false;
			return;
		}

		assert(!m_slice);

		logTrace("OnRead with %s", m_readBuffer.freeSpace);
		
		while( m_readBuffer.freeSpace > 0 ) {
			ubyte[] dst = m_readBuffer.peekDst();
			assert(dst.length <= int.max);
			logTrace("Try to read up to bytes: %s", dst.length);
			bool read_more;
			do {
				uint ret = conn.recv(dst);
				if( ret > 0 ){
					logTrace("received bytes: %s", ret);
					m_readBuffer.putN(ret);
				} 
				read_more = ret == dst.length;
				// ret == 0! let's look for some errors
				if (read_more) {
					if (m_readBuffer.freeSpace == 0) 
						m_readBuffer.capacity = m_readBuffer.capacity*2;
					dst = m_readBuffer.peekDst();
				}
			} while( read_more );
			if (conn.status.code == Status.ASYNC) {
				m_mustRecv = false; // we'll have to wait
				break; // the kernel's buffer is empty
			}			
			// ret == 0! let's look for some errors
			else if (conn.status.code == Status.ASYNC) {
				m_mustRecv = false; // we'll have to wait
				break; // the kernel's buffer is empty
			}
			else if (conn.status.code != Status.OK) {
				// We have a read error and the socket may now even be closed...
				auto err = conn.error;

				logTrace("receive error %s %s", err, conn.status.code);
				throw new Exception("Socket error: " ~ conn.status.code.to!string);
			}
			else {
				m_mustRecv = false;
				break;
			}
		}
		logTrace("OnRead exit with free bytes: %s", m_readBuffer.freeSpace);
	}

	/* The AsyncTCPConnection object will be automatically disposed when this returns.
	 * We're given some time to cleanup.
	*/
	private void onClose(in string msg = null, bool wake_ex = true) {
		logTrace("onClose");

		if (msg)
			m_error = msg;
		if (!m_closed) {

			m_closed = true;

			if (m_tcpImpl.conn && m_tcpImpl.conn.isConnected) {
				m_tcpImpl.conn.kill(Task.getThis() != Task.init); // close the connection
				m_tcpImpl.conn = null;
			}
		}
		if (Task.getThis() != Task.init) {
			return;
		}
		Exception ex;
		if (!msg && wake_ex)
			ex = new Exception("Connection closed");
		else if (wake_ex)	ex = new Exception(msg);


		Task reader = m_settings.reader.task;
		Task writer = m_settings.writer.task;

		bool hasUniqueReader = m_settings.reader.isWaiting;
		bool hasUniqueWriter = m_settings.writer.isWaiting && reader != writer;

		if (hasUniqueReader && Task.getThis() != reader) {
			getDriverCore().resumeTask(reader, m_settings.reader.noExcept?null:ex);
		}
		if (hasUniqueWriter && Task.getThis() != writer && wake_ex) {
			getDriverCore().resumeTask(writer, ex);
		}
	}

	void onConnect() {
		scope(failure) onClose();

		if (m_tcpImpl.conn && m_tcpImpl.conn.isConnected)
		{
			bool inbound = m_tcpImpl.conn.inbound;

			try m_settings.onConnect(this);
			catch ( Exception e) {
				//logError(e.toString);
				throw e;
			}
			catch ( Throwable e) {
				logError("%s", e.toString);
				throw e;
			}
			if (inbound) close();
		}
		logTrace("Finished callback");
	}

	void handler(TCPEvent ev) {
		logTrace("Handler");
		Exception ex;
		final switch (ev) {
			case TCPEvent.CONNECT:
				m_closed = false;
				// read & write are guaranteed to be successful on any platform at this point

				if (m_tcpImpl.conn.inbound)
					runTask(&onConnect);
				else onConnect();
				m_settings.onConnect = null;
				break;
			case TCPEvent.READ:
				// fill the read buffer and resume any task if waiting
				try onRead();
				catch (Exception e) ex = e;
				if (m_settings.reader.isWaiting)
					getDriverCore().resumeTask(m_settings.reader.task, ex);
				goto case TCPEvent.WRITE; // sometimes the kernel notified write with read events
			case TCPEvent.WRITE:
				// The kernel is ready to have some more data written, all we need to do is wake up the writer
				if (m_settings.writer.isWaiting)
					getDriverCore().resumeTask(m_settings.writer.task, ex);
				break;
			case TCPEvent.CLOSE:
				m_closed = false;
				onClose();
				if (m_settings.onConnect)
					m_settings.onConnect(this);
				m_settings.onConnect = null;
				break;
			case TCPEvent.ERROR:
				m_closed = false;
				onClose(conn.error);
				if (m_settings.onConnect)
					m_settings.onConnect(this);
				m_settings.onConnect = null;
				break;
		}
		return;
	}

	struct Waiter {
		Task task; // we can only have one task waiting for read/write operations
		bool isWaiting; // if a task is actively waiting
		bool noExcept;
	}

	struct Settings {
		void delegate(TCPConnection) onConnect;
		Duration readTimeout;
		bool keepAlive;
		bool tcpNoDelay;
		Waiter reader;
		Waiter writer;
	}

	struct TCPConnectionImpl {
		NetworkAddress localAddr;
		AsyncTCPConnection conn;
	}
}

int total_conn;

final class LibasyncUDPConnection : UDPConnection {
	private {
		Task m_task;
		AsyncUDPSocket m_udpImpl;
		bool m_canBroadcast;
		NetworkAddress m_peer;

		bool m_waiting;
	}

	private @property AsyncUDPSocket socket() {
		return m_udpImpl;
	}

	this(AsyncUDPSocket conn)
	in { assert(conn !is null); }
	body {
		m_udpImpl = conn;
	}

	@property string bindAddress() const {

		return m_udpImpl.local.toAddressString();
	}

	@property NetworkAddress localAddress() const { return m_udpImpl.local; }

	@property bool canBroadcast() const { return m_canBroadcast; }
	@property void canBroadcast(bool val)
	{
		socket.broadcast(val);
		m_canBroadcast = val;
	}

	void close()
	{
		socket.kill();
		m_udpImpl = null;
	}

	bool amOwner() {
		return m_task != Task() && m_task == Task.getThis();
	}

	void acquire()
	{
		assert(m_task == Task(), "Trying to acquire a UDP socket that is currently owned.");
		m_task = Task.getThis();
	}

	void release()
	{
		assert(m_task != Task(), "Trying to release a UDP socket that is not owned.");
		assert(m_task == Task.getThis(), "Trying to release a foreign UDP socket.");
		m_task = Task();
	}

	void connect(string host, ushort port)
	{
		// assert(m_peer == NetworkAddress.init, "Cannot connect to another peer");
		NetworkAddress addr = getEventDriver().resolveHost(host, localAddress.family, true);
		addr.port = port;
		connect(addr);
	}

	void connect(NetworkAddress addr)
	{
		m_peer = addr;
	}

	void send(in ubyte[] data, in NetworkAddress* peer_address = null)
	{
		assert(data.length <= int.max);
		uint ret;
		size_t retries = 3;
		foreach  (i; 0 .. retries) {
			if( peer_address ){
				ret = socket.sendTo(data, *peer_address);
			} else {
				ret = socket.sendTo(data, m_peer);
			}
			if (socket.status.code == Status.ASYNC) {
				m_waiting = true;
				getDriverCore().yieldForEvent();
			}
			else break;
		}

		logTrace("send ret: %s, %s", ret, socket.status.text);
		enforce(socket.status.code == Status.OK, "Error sending UDP packet: " ~ socket.status.text);

		enforce(ret == data.length, "Unable to send full packet.");
	}

	ubyte[] recv(ubyte[] buf = null, NetworkAddress* peer_address = null)
	{
		return recv(Duration.max, buf, peer_address);
	}

	ubyte[] recv(Duration timeout, ubyte[] buf = null, NetworkAddress* peer_address = null)
	{
		size_t tm = size_t.max;
		auto m_driver = getEventDriver();
		if (timeout != Duration.max && timeout > 0.seconds) {
			tm = m_driver.createTimer(null);
			m_driver.rearmTimer(tm, timeout, false);
			m_driver.acquireTimer(tm);
		}

		acquire();
		scope(exit) {
			release();
			if (tm != size_t.max) m_driver.releaseTimer(tm);
		}

		assert(buf.length <= int.max);
		if( buf.length == 0 ) buf.length = 65507;
		NetworkAddress from;
		from.family = localAddress.family;
		while(true){
			auto ret = socket.recvFrom(buf, from);
			if( ret > 0 ){
				if( peer_address ) *peer_address = from;
				return buf[0 .. ret];
			}
			else if( socket.status.code != Status.OK ){
				auto err = socket.status.text;
				logDebug("UDP recv err: %s", err);
				enforce(socket.status.code == Status.ASYNC, "Error receiving UDP packet");

				if (timeout != Duration.max) {
					enforce(timeout > 0.seconds && m_driver.isTimerPending(tm), "UDP receive timeout.");
				}
			}
			m_waiting = true;
			getDriverCore().yieldForEvent();
		}
	}

	private void handler(UDPEvent ev)
	{
		logTrace("UDPConnection %p event", this);

		Exception ex;
		final switch (ev) {
			case UDPEvent.READ:
				if (m_waiting) {
					m_waiting = false;
					getDriverCore().resumeTask(m_task, null);
				}
				break;
			case UDPEvent.WRITE:
				if (m_waiting) {
					m_waiting = false;
					getDriverCore().resumeTask(m_task, null);
				}
				break;
			case UDPEvent.ERROR:
				getDriverCore.resumeTask(m_task, new Exception(socket.error));
				break;
		}

	}
}



/* The following is used for LibasyncManualEvent */

import std.container : Array;
Array!(Array!Task) s_eventWaiters; // Task list in the current thread per instance ID
__gshared Array!size_t gs_availID;
__gshared size_t gs_maxID;
__gshared core.sync.mutex.Mutex gs_mutex;

private size_t generateID()
nothrow {
	size_t idx;
	import std.algorithm : max;
	try {
		size_t getIdx() {
			if (!gs_availID.empty) {
				immutable size_t ret = gs_availID.back;
				gs_availID.removeBack();
				return ret;
			}
			return 0;
		}

		synchronized(gs_mutex) {
			idx = getIdx();
			if (idx == 0) {
				import std.range : iota;
				gs_availID.insert( iota(gs_maxID + 1, max(32, gs_maxID * 2 + 1), 1) );
				gs_maxID = gs_availID[$-1];
				idx = getIdx();
			}
		}
	} catch (Exception e) {
		assert(false, "Failed to generate necessary ID for Manual Event waiters: " ~ e.msg);
	}

	return idx - 1;
}

void recycleID(size_t id) {
	try {
		synchronized(gs_mutex) gs_availID.insert(id+1);
	}
	catch (Exception e) {
		assert(false, "Error destroying Manual Event ID: " ~ id.to!string ~ " [" ~ e.msg ~ "]");
	}
}
vibe.d-0.7.30/source/vibe/core/drivers/libevent2.d000066400000000000000000001255701304441332000216460ustar00rootroot00000000000000/**
	libevent based driver

	Copyright: © 2012-2014 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.libevent2;

version(VibeLibeventDriver)
{

import vibe.core.driver;
import vibe.core.drivers.libevent2_tcp;
import vibe.core.drivers.threadedfile;
import vibe.core.drivers.timerqueue;
import vibe.core.drivers.utils;
import vibe.core.log;
import vibe.internal.meta.traits : synchronizedIsNothrow;
import vibe.utils.array : ArraySet;
import vibe.utils.hashmap;
import vibe.utils.memory;

import core.memory;
import core.atomic;
import core.stdc.config;
import core.stdc.errno;
import core.stdc.stdlib;
import core.sync.condition;
import core.sync.mutex;
import core.sync.rwmutex;
import core.sys.posix.netinet.in_;
import core.sys.posix.netinet.tcp;
import core.thread;
import deimos.event2.bufferevent;
import deimos.event2.dns;
import deimos.event2.event;
import deimos.event2.thread;
import deimos.event2.util;
import std.conv;
import std.datetime;
import std.exception;
import std.string;


version (Windows)
{
	version(VibePragmaLib) pragma(lib, "event2");
	pragma(lib, "ws2_32.lib");
}
else
	version(VibePragmaLib) pragma(lib, "event");

version(Windows)
{
	static if (__VERSION__ >= 2070)
		import core.sys.windows.winsock2;
	else
		import std.c.windows.winsock;

	alias EWOULDBLOCK = WSAEWOULDBLOCK;
}


final class Libevent2Driver : EventDriver {
	import std.container : DList;
	import std.datetime : Clock;

	private {
		DriverCore m_core;
		event_base* m_eventLoop;
		evdns_base* m_dnsBase;
		bool m_exit = false;
		ArraySet!size_t m_ownedObjects;
		debug Thread m_ownerThread;

		event* m_timerEvent;
		SysTime m_timerTimeout = SysTime.max;
		TimerQueue!TimerInfo m_timers;
		DList!AddressInfo m_addressInfoCache;
		size_t m_addressInfoCacheLength = 0;

		bool m_running = false; // runEventLoop in progress?
	}

	this(DriverCore core) nothrow
	{
		debug m_ownerThread = Thread.getThis();
		m_core = core;
		s_driverCore = core;

		synchronized if (!s_threadObjectsMutex) {
			s_threadObjectsMutex = new Mutex;

			// set the malloc/free versions of our runtime so we don't run into trouble
			// because the libevent DLL uses a different one.
			event_set_mem_functions(&lev_alloc, &lev_realloc, &lev_free);

			evthread_lock_callbacks lcb;
			lcb.lock_api_version = EVTHREAD_LOCK_API_VERSION;
			lcb.supported_locktypes = EVTHREAD_LOCKTYPE_RECURSIVE|EVTHREAD_LOCKTYPE_READWRITE;
			lcb.alloc = &lev_alloc_mutex;
			lcb.free = &lev_free_mutex;
			lcb.lock = &lev_lock_mutex;
			lcb.unlock = &lev_unlock_mutex;
			evthread_set_lock_callbacks(&lcb);

			evthread_condition_callbacks ccb;
			ccb.condition_api_version = EVTHREAD_CONDITION_API_VERSION;
			ccb.alloc_condition = &lev_alloc_condition;
			ccb.free_condition = &lev_free_condition;
			ccb.signal_condition = &lev_signal_condition;
			ccb.wait_condition = &lev_wait_condition;
			evthread_set_condition_callbacks(&ccb);

			evthread_set_id_callback(&lev_get_thread_id);
		}

		// initialize libevent
		logDiagnostic("libevent version: %s", to!string(event_get_version()));
		m_eventLoop = event_base_new();
		s_eventLoop = m_eventLoop;
		logDiagnostic("libevent is using %s for events.", to!string(event_base_get_method(m_eventLoop)));
		evthread_make_base_notifiable(m_eventLoop);

		m_dnsBase = evdns_base_new(m_eventLoop, 1);
		if( !m_dnsBase ) logError("Failed to initialize DNS lookup.");
		evdns_base_set_option(m_dnsBase, "randomize-case:", "0");

		string hosts_file;
		version (Windows) hosts_file = `C:\Windows\System32\drivers\etc\hosts`;
		else hosts_file = `/etc/hosts`;
		if (existsFile(hosts_file)) {
			if (evdns_base_load_hosts(m_dnsBase, hosts_file.toStringz()) != 0)
				logError("Failed to load hosts file at %s", hosts_file);
		}

		m_timerEvent = event_new(m_eventLoop, -1, EV_TIMEOUT, &onTimerTimeout, cast(void*)this);
	}

	void dispose()
	{
		debug assert(Thread.getThis() is m_ownerThread, "Event loop destroyed in foreign thread.");

		event_free(m_timerEvent);

		// notify all other living objects about the shutdown
		synchronized (s_threadObjectsMutex) {
			// destroy all living objects owned by this driver
			foreach (ref key; m_ownedObjects) {
				assert(key);
				auto obj = cast(Libevent2Object)cast(void*)key;
				debug assert(obj.m_ownerThread is m_ownerThread, "Owned object with foreign thread ID detected.");
				debug assert(obj.m_driver is this, "Owned object with foreign driver reference detected.");
				key = 0;
				destroy(obj);
			}

			foreach (ref key; s_threadObjects) {
				assert(key);
				auto obj = cast(Libevent2Object)cast(void*)key;
				debug assert(obj.m_ownerThread !is m_ownerThread, "Live object of this thread detected after all owned mutexes have been destroyed.");
				debug assert(obj.m_driver !is this, "Live object of this driver detected with different thread ID after all owned mutexes have been destroyed.");
				// WORKAROUND for a possible race-condition in case of concurrent GC collections
				// Since this only occurs on shutdown and rarely, this should be an acceptable
				// "solution" until this is all switched to RC.
				if (auto me = cast(Libevent2ManualEvent)obj)
					if (!me.m_mutex) continue;
				obj.onThreadShutdown();
			}
		}

		// shutdown libevent for this thread
		evdns_base_free(m_dnsBase, 1);
		event_base_free(m_eventLoop);
		s_eventLoop = null;
		s_alreadyDeinitialized = true;
	}

	@property event_base* eventLoop() nothrow { return m_eventLoop; }
	@property evdns_base* dnsEngine() nothrow { return m_dnsBase; }

	int runEventLoop()
	{
		m_running = true;
		scope (exit) m_running = false;

		int ret;
		m_exit = false;
		while (!m_exit && (ret = event_base_loop(m_eventLoop, EVLOOP_ONCE)) == 0) {
			processTimers();
			s_driverCore.notifyIdle();
		}
		m_exit = false;
		return ret;
	}

	int runEventLoopOnce()
	{
		auto ret = event_base_loop(m_eventLoop, EVLOOP_ONCE);
		processTimers();
		m_core.notifyIdle();
		return ret;
	}

	bool processEvents()
	{
		logDebugV("process events with exit == %s", m_exit);
		event_base_loop(m_eventLoop, EVLOOP_NONBLOCK|EVLOOP_ONCE);
		processTimers();
		logDebugV("processed events with exit == %s", m_exit);
		if (m_exit) {
			// leave the flag set, if the event loop is still running to let it exit, too
			if (!m_running) m_exit = false;
			return false;
		}
		return true;
	}

	void exitEventLoop()
	{
		logDebug("Libevent2Driver.exitEventLoop called");
		m_exit = true;
		enforce(event_base_loopbreak(m_eventLoop) == 0, "Failed to exit libevent event loop.");
	}

	ThreadedFileStream openFile(Path path, FileMode mode)
	{
		return new ThreadedFileStream(path, mode);
	}

	DirectoryWatcher watchDirectory(Path path, bool recursive)
	{
		version (linux) return new InotifyDirectoryWatcher(m_core, path, recursive);
		assert(false, "watchDirectory is not yet implemented in the libevent driver.");
	}

	NetworkAddress resolveHost(string host, ushort family = AF_UNSPEC, bool use_dns = true)
	{
		assert(m_dnsBase);

		foreach (ai; m_addressInfoCache)
			if (ai.host == host && ai.family == family && ai.useDNS == use_dns)
				return ai.address;

		evutil_addrinfo hints;
		hints.ai_family = family;
		if (!use_dns) {
			//When this flag is set, we only resolve numeric IPv4 and IPv6
			//addresses; if the nodename would require a name lookup, we instead
			//give an EVUTIL_EAI_NONAME error.
			hints.ai_flags = EVUTIL_AI_NUMERICHOST;
		}

		logDebug("dnsresolve %s", host);
		GetAddrInfoMsg msg;
		msg.core = m_core;
		evdns_getaddrinfo_request* dnsReq = evdns_getaddrinfo(m_dnsBase, toStringz(host), null,
			&hints, &onAddrInfo, &msg);

		// wait if the request couldn't be fulfilled instantly
		if (!msg.done) {
			assert(dnsReq !is null);
			msg.task = Task.getThis();
			logDebug("dnsresolve yield");
			while (!msg.done) m_core.yieldForEvent();
		}

		logDebug("dnsresolve ret");
		enforce(msg.err == DNS_ERR_NONE, format("Failed to lookup host '%s': %s", host, to!string(evutil_gai_strerror(msg.err))));

		if (m_addressInfoCacheLength >= 10) m_addressInfoCache.removeFront();
		else m_addressInfoCacheLength++;
		m_addressInfoCache.insertBack(AddressInfo(msg.addr, host, family, use_dns));
		return msg.addr;
	}

	Libevent2TCPConnection connectTCP(NetworkAddress addr, NetworkAddress bind_addr)
	{
		assert(addr.family == bind_addr.family, "Mismatching bind and target address.");

		auto sockfd_raw = socket(addr.family, SOCK_STREAM, 0);
		// on Win64 socket() returns a 64-bit value but libevent expects an int
		static if (typeof(sockfd_raw).max > int.max) assert(sockfd_raw <= int.max || sockfd_raw == ~0);
		auto sockfd = cast(int)sockfd_raw;
		socketEnforce(sockfd != -1, "Failed to create socket.");

		socketEnforce(bind(sockfd, bind_addr.sockAddr, bind_addr.sockAddrLen) == 0, "Failed to bind socket.");

		if( evutil_make_socket_nonblocking(sockfd) )
			throw new Exception("Failed to make socket non-blocking.");

		auto buf_event = bufferevent_socket_new(m_eventLoop, sockfd, bufferevent_options.BEV_OPT_CLOSE_ON_FREE);
		if( !buf_event ) throw new Exception("Failed to create buffer event for socket.");

		auto cctx = TCPContextAlloc.alloc(m_core, m_eventLoop, sockfd, buf_event, bind_addr, addr);
		scope(failure) {
			if (cctx.event) bufferevent_free(cctx.event);
			TCPContextAlloc.free(cctx);
		}
		bufferevent_setcb(buf_event, &onSocketRead, &onSocketWrite, &onSocketEvent, cctx);
		if( bufferevent_enable(buf_event, EV_READ|EV_WRITE) )
			throw new Exception("Error enabling buffered I/O event for socket.");

		cctx.readOwner = Task.getThis();
		scope(exit) cctx.readOwner = Task();

		assert(cctx.exception is null);
		socketEnforce(bufferevent_socket_connect(buf_event, addr.sockAddr, addr.sockAddrLen) == 0,
			"Failed to connect to " ~ addr.toString());

		try {
			cctx.checkForException();

			// TODO: cctx.remote_addr6 = ...;

			while (cctx.status == 0)
				m_core.yieldForEvent();
		} catch (InterruptException e) {
			throw e;
		} catch (Exception e) {
			throw new Exception(format("Failed to connect to %s: %s", addr.toString(), e.msg));
		}

		logTrace("Connect result status: %d", cctx.status);
		enforce(cctx.status == BEV_EVENT_CONNECTED, cctx.statusMessage
			? format("Failed to connect to host %s: %s", addr.toString(), cctx.statusMessage.to!string)
			: format("Failed to connect to host %s: %s", addr.toString(), cctx.status));

		socklen_t balen = bind_addr.sockAddrLen;
		socketEnforce(getsockname(sockfd, bind_addr.sockAddr, &balen) == 0, "getsockname failed.");
		cctx.local_addr = bind_addr;

		return new Libevent2TCPConnection(cctx);
	}

	Libevent2TCPListener listenTCP(ushort port, void delegate(TCPConnection conn) connection_callback, string address, TCPListenOptions options)
	{
		auto bind_addr = resolveHost(address, AF_UNSPEC, false);
		bind_addr.port = port;

		auto listenfd_raw = socket(bind_addr.family, SOCK_STREAM, 0);
		// on Win64 socket() returns a 64-bit value but libevent expects an int
		static if (typeof(listenfd_raw).max > int.max) assert(listenfd_raw <= int.max || listenfd_raw == ~0);
		auto listenfd = cast(int)listenfd_raw;
		socketEnforce(listenfd != -1, "Error creating listening socket");
		int tmp_reuse = 1;
		socketEnforce(setsockopt(listenfd, SOL_SOCKET, SO_REUSEADDR, &tmp_reuse, tmp_reuse.sizeof) == 0,
			"Error enabling socket address reuse on listening socket");
		version (linux) {
			if (options & TCPListenOptions.reusePort) {
				if (setsockopt(listenfd, SOL_SOCKET, SO_REUSEPORT, &tmp_reuse, tmp_reuse.sizeof)) {
					if (errno != EINVAL && errno != ENOPROTOOPT) {
						socketEnforce(false, "Error enabling socket port reuse on listening socket");
					}
				}
			}
		}
		socketEnforce(bind(listenfd, bind_addr.sockAddr, bind_addr.sockAddrLen) == 0,
			"Error binding listening socket");

		socketEnforce(listen(listenfd, 128) == 0,
			"Error listening to listening socket");

		// Set socket for non-blocking I/O
		enforce(evutil_make_socket_nonblocking(listenfd) == 0,
			"Error setting listening socket to non-blocking I/O.");

		socklen_t balen = bind_addr.sockAddrLen;
		socketEnforce(getsockname(listenfd, bind_addr.sockAddr, &balen) == 0, "getsockname failed.");

		auto ret = new Libevent2TCPListener(bind_addr);

		static final class HandlerContext {
			Libevent2TCPListener listener;
			int listenfd;
			NetworkAddress bind_addr;
			void delegate(TCPConnection) connection_callback;
			TCPListenOptions options;
		}

		auto hc = new HandlerContext;
		hc.listener = ret;
		hc.listenfd = listenfd;
		hc.bind_addr = bind_addr;
		hc.connection_callback = connection_callback;
		hc.options = options;

		static void setupConnectionHandler(shared(HandlerContext) handler_context_)
		{
			auto handler_context = cast(HandlerContext)handler_context_;
			auto evloop = getThreadLibeventEventLoop();
			auto core = getThreadLibeventDriverCore();
			// Add an event to wait for connections
			auto ctx = TCPContextAlloc.alloc(core, evloop, handler_context.listenfd, null, handler_context.bind_addr, NetworkAddress());
			scope(failure) TCPContextAlloc.free(ctx);
			ctx.connectionCallback = handler_context.connection_callback;
			ctx.listenEvent = event_new(evloop, handler_context.listenfd, EV_READ | EV_PERSIST, &onConnect, ctx);
			ctx.listenOptions = handler_context.options;
			enforce(event_add(ctx.listenEvent, null) == 0,
				"Error scheduling connection event on the event loop.");
			handler_context.listener.addContext(ctx);
		}

		// FIXME: the API needs improvement with proper shared annotations, so the the following casts are not necessary
		if (options & TCPListenOptions.distribute) runWorkerTaskDist(&setupConnectionHandler, cast(shared)hc);
		else setupConnectionHandler(cast(shared)hc);

		return ret;
	}

	Libevent2UDPConnection listenUDP(ushort port, string bind_address = "0.0.0.0")
	{
		NetworkAddress bindaddr = resolveHost(bind_address, AF_UNSPEC, false);
		bindaddr.port = port;

		return new Libevent2UDPConnection(bindaddr, this);
	}

	Libevent2ManualEvent createManualEvent()
	{
		return new Libevent2ManualEvent(this);
	}

	Libevent2FileDescriptorEvent createFileDescriptorEvent(int fd, FileDescriptorEvent.Trigger events)
	{
		return new Libevent2FileDescriptorEvent(this, fd, events);
	}

	size_t createTimer(void delegate() callback) { return m_timers.create(TimerInfo(callback)); }

	void acquireTimer(size_t timer_id) { m_timers.getUserData(timer_id).refCount++; }
	void releaseTimer(size_t timer_id)
	{
		debug assert(m_ownerThread is Thread.getThis());
		if (!--m_timers.getUserData(timer_id).refCount)
			m_timers.destroy(timer_id);
	}

	bool isTimerPending(size_t timer_id) { return m_timers.isPending(timer_id); }

	void rearmTimer(size_t timer_id, Duration dur, bool periodic)
	{
		debug assert(m_ownerThread is Thread.getThis());
		if (!isTimerPending(timer_id)) acquireTimer(timer_id);
		m_timers.schedule(timer_id, dur, periodic);
		rescheduleTimerEvent(Clock.currTime(UTC()));
	}

	void stopTimer(size_t timer_id)
	{
		logTrace("Stopping timer %s", timer_id);
		if (m_timers.isPending(timer_id)) {
			m_timers.unschedule(timer_id);
			releaseTimer(timer_id);
		}
	}

	void waitTimer(size_t timer_id)
	{
		debug assert(m_ownerThread is Thread.getThis());
		while (true) {
			assert(!m_timers.isPeriodic(timer_id), "Cannot wait for a periodic timer.");
			if (!m_timers.isPending(timer_id)) return;
			auto data = &m_timers.getUserData(timer_id);
			assert(data.owner == Task.init, "Waiting for the same timer from multiple tasks is not supported.");
			data.owner = Task.getThis();
			scope (exit) m_timers.getUserData(timer_id).owner = Task.init;
			m_core.yieldForEvent();
		}
	}

	private void processTimers()
	{
		if (!m_timers.anyPending) return;

		logTrace("Processing due timers");
		// process all timers that have expired up to now
		auto now = Clock.currTime(UTC());
		m_timers.consumeTimeouts(now, (timer, periodic, ref data) {
			Task owner = data.owner;
			auto callback = data.callback;

			logTrace("Timer %s fired (%s/%s)", timer, owner != Task.init, callback !is null);

			if (!periodic) releaseTimer(timer);

			if (owner && owner.running) m_core.resumeTask(owner);
			if (callback) runTask(callback);
		});

		rescheduleTimerEvent(now);
	}

	private void rescheduleTimerEvent(SysTime now)
	{
		auto next = m_timers.getFirstTimeout();
		if (next == SysTime.max || next == m_timerTimeout) return;

		m_timerTimeout = now;
		auto dur = next - now;
		event_del(m_timerEvent);
		assert(dur.total!"seconds"() <= int.max);
		dur += 9.hnsecs(); // round up to the next usec to avoid premature timer events
		timeval tvdur = dur.toTimeVal();
		event_add(m_timerEvent, &tvdur);
		assert(event_pending(m_timerEvent, EV_TIMEOUT, null));
		logTrace("Rescheduled timer event for %s seconds", dur.total!"usecs" * 1e-6);
	}

	private static nothrow extern(C)
	void onTimerTimeout(evutil_socket_t, short events, void* userptr)
	{
		import std.encoding : sanitize;

		logTrace("timer event fired");
		auto drv = cast(Libevent2Driver)userptr;
		try drv.processTimers();
		catch (Exception e) {
			logError("Failed to process timers: %s", e.msg);
			try logDiagnostic("Full error: %s", e.toString().sanitize); catch (Throwable) {}
		}
	}

	private static nothrow extern(C) void onAddrInfo(int err, evutil_addrinfo* res, void* arg)
	{
		auto msg = cast(GetAddrInfoMsg*)arg;
		msg.err = err;
		msg.done = true;
		if (err == DNS_ERR_NONE) {
			assert(res !is null);
			scope (exit) evutil_freeaddrinfo(res);

			// Note that we are only returning the first address and ignoring the
			// rest. Ideally we should return all of the NetworkAddress
			msg.addr.family = cast(ushort)res.ai_family;
			assert(res.ai_addrlen == msg.addr.sockAddrLen());
			switch (msg.addr.family) {
				case AF_INET:
					auto sock4 = cast(sockaddr_in*)res.ai_addr;
					msg.addr.sockAddrInet4.sin_addr.s_addr = sock4.sin_addr.s_addr;
					break;
				case AF_INET6:
					auto sock6 = cast(sockaddr_in6*)res.ai_addr;
					msg.addr.sockAddrInet6.sin6_addr.s6_addr = sock6.sin6_addr.s6_addr;
					break;
				default:
					logDiagnostic("DNS lookup yielded unknown address family: %s", msg.addr.family);
					err = DNS_ERR_UNKNOWN;
					break;
			}
		}
		if (msg.task && msg.task.running) {
			try msg.core.resumeTask(msg.task);
			catch (Exception e) logWarn("Error resuming DNS query task: %s", e.msg);
		}
	}

	private void registerObject(Libevent2Object obj)
	nothrow {
		scope (failure) assert(false); // synchronized is not nothrow

		debug assert(Thread.getThis() is m_ownerThread, "Event object created in foreign thread.");
		auto key = cast(size_t)cast(void*)obj;
		synchronized (s_threadObjectsMutex) {
			m_ownedObjects.insert(key);
			s_threadObjects.insert(key);
		}
	}

	private void unregisterObject(Libevent2Object obj)
	nothrow {
		scope (failure) assert(false); // synchronized is not nothrow

		auto key = cast(size_t)cast(void*)obj;
		synchronized (s_threadObjectsMutex) {
			m_ownedObjects.remove(key);
			s_threadObjects.remove(key);
		}
	}
}

private struct TimerInfo {
	size_t refCount = 1;
	void delegate() callback;
	Task owner;

	this(void delegate() callback) { this.callback = callback; }
}

struct AddressInfo {
	NetworkAddress address;
	string host;
	ushort family;
	bool useDNS;
}


private struct GetAddrInfoMsg {
	NetworkAddress addr;
	bool done = false;
	int err = 0;
	DriverCore core;
	Task task;
}

private class Libevent2Object {
	protected Libevent2Driver m_driver;
	debug private Thread m_ownerThread;

	this(Libevent2Driver driver)
	nothrow {
		m_driver = driver;
		m_driver.registerObject(this);
		debug m_ownerThread = driver.m_ownerThread;
	}

	~this()
	{
		// NOTE: m_driver will always be destroyed deterministically
		//       in static ~this(), so it can be used here safely
		m_driver.unregisterObject(this);
	}

	protected void onThreadShutdown() {}
}

/// private
struct ThreadSlot {
	Libevent2Driver driver;
	deimos.event2.event.event* event;
	ArraySet!Task tasks;
}
/// private
alias ThreadSlotMap = HashMap!(Thread, ThreadSlot);

final class Libevent2ManualEvent : Libevent2Object, ManualEvent {
	private {
		shared(int) m_emitCount = 0;
		core.sync.mutex.Mutex m_mutex;
		ThreadSlotMap m_waiters;
	}

	this(Libevent2Driver driver)
	nothrow {
		super(driver);
		scope (failure) assert(false);
		m_mutex = new core.sync.mutex.Mutex;
		m_waiters = ThreadSlotMap(manualAllocator());
	}

	~this()
	{
		m_mutex = null; // Optimistic race-condition detection (see Libevent2Driver.dispose())
		foreach (ref m_waiters.Value ts; m_waiters)
			event_free(ts.event);
	}

	void emit()
	{
		static if (!synchronizedIsNothrow)
			scope (failure) assert(0, "Internal error: function should be nothrow");

		atomicOp!"+="(m_emitCount, 1);
		synchronized (m_mutex) {
			foreach (ref m_waiters.Value sl; m_waiters)
				event_active(sl.event, 0, 0);
		}
	}

	void wait() { wait(m_emitCount); }
	int wait(int reference_emit_count) { return  doWait!true(reference_emit_count); }
	int wait(Duration timeout, int reference_emit_count) { return doWait!true(timeout, reference_emit_count); }
	int waitUninterruptible(int reference_emit_count) { return  doWait!false(reference_emit_count); }
	int waitUninterruptible(Duration timeout, int reference_emit_count) { return doWait!false(timeout, reference_emit_count); }

	void acquire()
	{
		auto task = Task.getThis();
		auto thread = task == Task() ? Thread.getThis() : task.thread;

		synchronized (m_mutex) {
			if (thread !in m_waiters) {
				ThreadSlot slot;
				slot.driver = cast(Libevent2Driver)getEventDriver();
				slot.event = event_new(slot.driver.eventLoop, -1, EV_PERSIST, &onSignalTriggered, cast(void*)this);
				event_add(slot.event, null);
				m_waiters[thread] = slot;
			}

			if (task != Task()) {
				assert(task !in m_waiters[thread].tasks, "Double acquisition of signal.");
				m_waiters[thread].tasks.insert(task);
			}
		}
	}

	void release()
	{
		auto self = Task.getThis();
		if (self == Task()) return;

		synchronized (m_mutex) {
			assert(self.thread in m_waiters && self in m_waiters[self.thread].tasks,
				"Releasing non-acquired signal.");
			m_waiters[self.thread].tasks.remove(self);
		}
	}

	bool amOwner()
	{
		auto self = Task.getThis();
		if (self == Task()) return false;
		synchronized (m_mutex) {
			if (self.thread !in m_waiters) return false;
			return self in m_waiters[self.thread].tasks;
		}
	}

	@property int emitCount() const { return atomicLoad(m_emitCount); }

	protected override void onThreadShutdown()
	{
		auto thr = Thread.getThis();
		synchronized (m_mutex) {
			if (thr in m_waiters) {
				event_free(m_waiters[thr].event);
				m_waiters.remove(thr);
			}
		}
	}

	private int doWait(bool INTERRUPTIBLE)(int reference_emit_count)
	{
		static if (!INTERRUPTIBLE) scope (failure) assert(false); // still some function calls not marked nothrow
		assert(!amOwner());

		auto ec = this.emitCount;
		if (ec != reference_emit_count) return ec;

		acquire();
		scope(exit) release();

		while (ec == reference_emit_count) {
			static if (INTERRUPTIBLE) getThreadLibeventDriverCore().yieldForEvent();
			else getThreadLibeventDriverCore().yieldForEventDeferThrow();
			ec = this.emitCount;
		}
		return ec;
	}

	private int doWait(bool INTERRUPTIBLE)(Duration timeout, int reference_emit_count)
	{
		static if (!INTERRUPTIBLE) scope (failure) assert(false); // still some function calls not marked nothrow
		assert(!amOwner());

		auto ec = this.emitCount;
		if (ec != reference_emit_count) return ec;

		acquire();
		scope(exit) release();
		auto tm = m_driver.createTimer(null);
		scope (exit) m_driver.releaseTimer(tm);
		m_driver.m_timers.getUserData(tm).owner = Task.getThis();
		m_driver.rearmTimer(tm, timeout, false);

		while (ec == reference_emit_count) {
			static if (INTERRUPTIBLE) getThreadLibeventDriverCore().yieldForEvent();
			else getThreadLibeventDriverCore().yieldForEventDeferThrow();
			ec = this.emitCount;
			if (!m_driver.isTimerPending(tm)) break;
		}
		return ec;
	}

	private static nothrow extern(C)
	void onSignalTriggered(evutil_socket_t, short events, void* userptr)
	{
		import std.encoding : sanitize;

		try {
			auto sig = cast(Libevent2ManualEvent)userptr;
			auto thread = Thread.getThis();
			auto core = getThreadLibeventDriverCore();

			ArraySet!Task lst;
			synchronized (sig.m_mutex) {
				assert(thread in sig.m_waiters);
				lst = sig.m_waiters[thread].tasks.dup;
			}

			foreach (l; lst)
				core.resumeTask(l);
		} catch (Exception e) {
			logError("Exception while handling signal event: %s", e.msg);
			try logDiagnostic("Full error: %s", sanitize(e.msg));
			catch(Exception) {}
			debug assert(false);
		}
	}
}


final class Libevent2FileDescriptorEvent : Libevent2Object, FileDescriptorEvent {
	private {
		int m_fd;
		deimos.event2.event.event* m_event;
		Trigger m_activeEvents;
		Task m_waiter;
	}

	this(Libevent2Driver driver, int file_descriptor, Trigger events)
	{
		assert(events != Trigger.none);
		super(driver);
		m_fd = file_descriptor;
		short evts = 0;
		if (events & Trigger.read) evts |= EV_READ;
		if (events & Trigger.write) evts |= EV_WRITE;
		m_event = event_new(driver.eventLoop, file_descriptor, evts|EV_PERSIST, &onFileTriggered, cast(void*)this);
		event_add(m_event, null);
	}

	~this()
	{
		event_free(m_event);
	}

	Trigger wait(Trigger which)
	{
		assert(!m_waiter, "Only one task may wait on a Libevent2FileEvent.");
		m_waiter = Task.getThis();
		scope (exit) {
			m_waiter = Task.init;
			m_activeEvents &= ~which;
		}

		while ((m_activeEvents & which) == Trigger.none)
			getThreadLibeventDriverCore().yieldForEvent();
		return m_activeEvents & which;
	}

	Trigger wait(Duration timeout, Trigger which)
	{
		assert(!m_waiter, "Only one task may wait on a Libevent2FileEvent.");
		m_waiter = Task.getThis();
		scope (exit) {
			m_waiter = Task.init;
			m_activeEvents &= ~which;
		}

		auto tm = m_driver.createTimer(null);
		scope (exit) m_driver.releaseTimer(tm);
		m_driver.m_timers.getUserData(tm).owner = Task.getThis();
		m_driver.rearmTimer(tm, timeout, false);

		while ((m_activeEvents & which) == Trigger.none) {
			getThreadLibeventDriverCore().yieldForEvent();
			if (!m_driver.isTimerPending(tm)) break;
		}
		return m_activeEvents & which;
	}

	private static nothrow extern(C)
	void onFileTriggered(evutil_socket_t fd, short events, void* userptr)
	{
		import std.encoding : sanitize;

		try {
			auto core = getThreadLibeventDriverCore();
			auto evt = cast(Libevent2FileDescriptorEvent)userptr;

			evt.m_activeEvents = Trigger.none;
			if (events & EV_READ) evt.m_activeEvents |= Trigger.read;
			if (events & EV_WRITE) evt.m_activeEvents |= Trigger.write;
			if (evt.m_waiter) core.resumeTask(evt.m_waiter);
		} catch (Exception e) {
			logError("Exception while handling file event: %s", e.msg);
			try logDiagnostic("Full error: %s", sanitize(e.msg));
			catch(Exception) {}
			debug assert(false);
		}
	}
}


final class Libevent2UDPConnection : UDPConnection {
	private {
		Libevent2Driver m_driver;
		TCPContext* m_ctx;
		NetworkAddress m_bindAddress;
		string m_bindAddressString;
		bool m_canBroadcast = false;
	}

	this(NetworkAddress bind_addr, Libevent2Driver driver)
	{
		m_driver = driver;

		auto sockfd_raw = socket(bind_addr.family, SOCK_DGRAM, IPPROTO_UDP);
		// on Win64 socket() returns a 64-bit value but libevent expects an int
		static if (typeof(sockfd_raw).max > int.max) assert(sockfd_raw <= int.max || sockfd_raw == ~0);
		auto sockfd = cast(int)sockfd_raw;
		socketEnforce(sockfd != -1, "Failed to create socket.");

		enforce(evutil_make_socket_nonblocking(sockfd) == 0, "Failed to make socket non-blocking.");

		int tmp_reuse = 1;
		socketEnforce(setsockopt(sockfd, SOL_SOCKET, SO_REUSEADDR, &tmp_reuse, tmp_reuse.sizeof) == 0,
			"Error enabling socket address reuse on listening socket");

		// bind the socket to a local inteface/port
		socketEnforce(bind(sockfd, bind_addr.sockAddr, bind_addr.sockAddrLen) == 0, "Failed to bind UDP socket.");
		// read back the actual bind address
		socklen_t balen = bind_addr.sockAddrLen;
		socketEnforce(getsockname(sockfd, bind_addr.sockAddr, &balen) == 0, "getsockname failed.");

		// generate the bind address string
		m_bindAddress = bind_addr;
		char[64] buf;
		void* ptr;
		if( bind_addr.family == AF_INET ) ptr = &bind_addr.sockAddrInet4.sin_addr;
		else ptr = &bind_addr.sockAddrInet6.sin6_addr;
		evutil_inet_ntop(bind_addr.family, ptr, buf.ptr, buf.length);
		m_bindAddressString = to!string(buf.ptr);

		// create a context for storing connection information
		m_ctx = TCPContextAlloc.alloc(driver.m_core, driver.m_eventLoop, sockfd, null, bind_addr, NetworkAddress());
		scope(failure) TCPContextAlloc.free(m_ctx);
		m_ctx.listenEvent = event_new(driver.m_eventLoop, sockfd, EV_READ|EV_PERSIST, &onUDPRead, m_ctx);
		if (!m_ctx.listenEvent) throw new Exception("Failed to create buffer event for socket.");
	}

	@property string bindAddress() const { return m_bindAddressString; }
	@property NetworkAddress localAddress() const { return m_bindAddress; }

	@property bool canBroadcast() const { return m_canBroadcast; }
	@property void canBroadcast(bool val)
	{
		int tmp_broad = val;
		enforce(setsockopt(m_ctx.socketfd, SOL_SOCKET, SO_BROADCAST, &tmp_broad, tmp_broad.sizeof) == 0,
			"Failed to change the socket broadcast flag.");
		m_canBroadcast = val;
	}


	bool amOwner() {
		return m_ctx !is null && m_ctx.readOwner != Task() && m_ctx.readOwner == Task.getThis() && m_ctx.readOwner == m_ctx.writeOwner;
	}

	void acquire()
	{
		assert(m_ctx, "Trying to acquire a closed UDP connection.");
		assert(m_ctx.readOwner == Task() && m_ctx.writeOwner == Task(),
			"Trying to acquire a UDP connection that is currently owned.");
		m_ctx.readOwner = m_ctx.writeOwner = Task.getThis();
	}

	void release()
	{
		if (!m_ctx) return;
		assert(m_ctx.readOwner == Task.getThis() && m_ctx.readOwner == m_ctx.writeOwner,
			"Trying to release a UDP connection that is not owned by the current task.");
		m_ctx.readOwner = m_ctx.writeOwner = Task.init;
	}

	void close()
	{
		if (!m_ctx) return;
		acquire();

		if (m_ctx.listenEvent) event_free(m_ctx.listenEvent);
		TCPContextAlloc.free(m_ctx);
		m_ctx = null;
	}

	void connect(string host, ushort port)
	{
		NetworkAddress addr = m_driver.resolveHost(host, m_ctx.local_addr.family);
		addr.port = port;
		connect(addr);
	}

	void connect(NetworkAddress addr)
	{
		enforce(.connect(m_ctx.socketfd, addr.sockAddr, addr.sockAddrLen) == 0, "Failed to connect UDP socket."~to!string(getLastSocketError()));
	}

	void send(in ubyte[] data, in NetworkAddress* peer_address = null)
	{
		sizediff_t ret;
		assert(data.length <= int.max);
		if( peer_address ){
			ret = .sendto(m_ctx.socketfd, data.ptr, cast(int)data.length, 0, peer_address.sockAddr, peer_address.sockAddrLen);
		} else {
			ret = .send(m_ctx.socketfd, data.ptr, cast(int)data.length, 0);
		}
		logTrace("send ret: %s, %s", ret, getLastSocketError());
		enforce(ret >= 0, "Error sending UDP packet.");
		enforce(ret == data.length, "Unable to send full packet.");
	}

	ubyte[] recv(ubyte[] buf = null, NetworkAddress* peer_address = null)
	{
		return recv(Duration.max, buf, peer_address);
	}

	ubyte[] recv(Duration timeout, ubyte[] buf = null, NetworkAddress* peer_address = null)
	{
		size_t tm = size_t.max;
		if (timeout >= 0.seconds && timeout != Duration.max) {
			tm = m_driver.createTimer(null);
			m_driver.m_timers.getUserData(tm).owner = Task.getThis();
			m_driver.rearmTimer(tm, timeout, false);
		}

		acquire();
		// TODO: adds the event only when we actually read to avoid event loop
		// spinning when data is available, see #715. Since this may be
		// performance critical, a proper benchmark should be performed!
		enforce(event_add(m_ctx.listenEvent, null) == 0);

		scope (exit) {
			event_del(m_ctx.listenEvent);
			release();
			if (tm != size_t.max) m_driver.releaseTimer(tm);
		}

		if (buf.length == 0) buf.length = 65507;

		NetworkAddress from;
		from.family = m_ctx.local_addr.family;
		assert(buf.length <= int.max);
		while (true) {
			socklen_t addr_len = from.sockAddrLen;
			auto ret = .recvfrom(m_ctx.socketfd, buf.ptr, cast(int)buf.length, 0, from.sockAddr, &addr_len);
			if (ret > 0) {
				if( peer_address ) *peer_address = from;
				return buf[0 .. ret];
			}
			if (ret < 0) {
				auto err = getLastSocketError();
				if (err != EWOULDBLOCK) {
					logDebugV("UDP recv err: %s", err);
					throw new Exception("Error receiving UDP packet.");
				}
				if (timeout != Duration.max) {
					enforce(timeout > 0.seconds && m_driver.isTimerPending(tm), "UDP receive timeout.");
				}
			}
			m_ctx.core.yieldForEvent();
		}
	}

	private static nothrow extern(C) void onUDPRead(evutil_socket_t sockfd, short evts, void* arg)
	{
		auto ctx = cast(TCPContext*)arg;
		logTrace("udp socket %d read event!", ctx.socketfd);

		try {
			auto f = ctx.readOwner;
			if (f && f.running)
				ctx.core.resumeTask(f);
		} catch( Throwable e ){
			logError("Exception onUDPRead: %s", e.msg);
			debug assert(false);
		}
	}
}

/******************************************************************************/
/* InotifyDirectoryWatcher                                                    */
/******************************************************************************/

version (linux)
final class InotifyDirectoryWatcher : DirectoryWatcher {
	import core.sys.posix.fcntl, core.sys.posix.unistd, core.sys.linux.sys.inotify;
	import std.file;

	private {
		Path m_path;
		string[int] m_watches;
		bool m_recursive;
		int m_handle;
		DriverCore m_core;
		Task m_owner;
	}

	this(DriverCore core, Path path, bool recursive)
	{
		m_core = core;
		m_recursive = recursive;
		m_path = path;

		enum IN_NONBLOCK = 0x800; // value in core.sys.linux.sys.inotify is incorrect
		m_handle = inotify_init1(IN_NONBLOCK);
		errnoEnforce(m_handle != -1, "Failed to initialize inotify.");

		auto spath = m_path.toString();
		addWatch(spath);
		if (recursive && spath.isDir)
		{
			foreach (de; spath.dirEntries(SpanMode.shallow))
				if (de.isDir) addWatch(de.name);
		}
	}

	~this()
	{
		errnoEnforce(close(m_handle) == 0);
	}

	@property Path path() const { return m_path; }
	@property bool recursive() const { return m_recursive; }

	void release()
	{
		assert(m_owner == Task.getThis(), "Releasing DirectoyWatcher that is not owned by the calling task.");
		m_owner = Task();
	}

	void acquire()
	{
		assert(m_owner == Task(), "Acquiring DirectoyWatcher that is already owned.");
		m_owner = Task.getThis();
	}

	bool amOwner()
	{
		return m_owner == Task.getThis();
	}

	bool readChanges(ref DirectoryChange[] dst, Duration timeout)
	{
		import core.stdc.stdio : FILENAME_MAX;
		import core.stdc.string : strlen;

		acquire();
		scope(exit) release();

		ubyte[inotify_event.sizeof + FILENAME_MAX + 1] buf = void;
		auto nread = read(m_handle, buf.ptr, buf.sizeof);

		if (nread == -1 && errno == EAGAIN)
		{
			if (!waitReadable(m_handle, timeout))
				return false;
			nread = read(m_handle, buf.ptr, buf.sizeof);
		}
		errnoEnforce(nread != -1, "Error while reading inotify handle.");
		assert(nread > 0);

		dst.length = 0;
		do
		{
			for (auto p = buf.ptr; p < buf.ptr + nread; )
			{
				auto ev = cast(inotify_event*)p;
				if (ev.wd !in m_watches) {
					logDebug("Got unknown inotify watch ID %s. Ignoring.", ev.wd);
					continue;
				}

				DirectoryChangeType type;
				if (ev.mask & (IN_CREATE|IN_MOVED_TO))
					type = DirectoryChangeType.added;
				else if (ev.mask & (IN_DELETE|IN_DELETE_SELF|IN_MOVE_SELF|IN_MOVED_FROM))
					type = DirectoryChangeType.removed;
				else if (ev.mask & IN_MODIFY)
					type = DirectoryChangeType.modified;

				import std.path : buildPath;
				auto name = ev.name.ptr[0 .. ev.name.ptr.strlen];
				auto path = Path(buildPath(m_watches[ev.wd], name));

				dst ~= DirectoryChange(type, path);

				p += inotify_event.sizeof + ev.len;
			}
			nread = read(m_handle, buf.ptr, buf.sizeof);
			errnoEnforce(nread != -1 || errno == EAGAIN, "Error while reading inotify handle.");
		} while (nread > 0);
		return true;
	}

	private bool waitReadable(int fd, Duration timeout)
	{
		static struct Args { InotifyDirectoryWatcher watcher; bool readable, timeout; }

		static extern(System) void cb(int fd, short what, void* p) {
			with (cast(Args*)p) {
				if (what & EV_READ) readable = true;
				if (what & EV_TIMEOUT) timeout = true;
				if (watcher.m_owner)
					watcher.m_core.resumeTask(watcher.m_owner);
			}
		}

		auto loop = getThreadLibeventEventLoop();
		auto args = Args(this);
		auto ev = event_new(loop, fd, EV_READ, &cb, &args);
		scope(exit) event_free(ev);

		if (!timeout.isNegative) {
			auto tv = timeout.toTimeVal();
			event_add(ev, &tv);
		} else {
			event_add(ev, null);
		}
		while (!args.readable && !args.timeout)
			m_core.yieldForEvent();
		return args.readable;
	}

	private void addWatch(string path)
	{
		enum EVENTS = IN_CREATE | IN_DELETE | IN_DELETE_SELF | IN_MODIFY |
			IN_MOVE_SELF | IN_MOVED_FROM | IN_MOVED_TO;
		immutable wd = inotify_add_watch(m_handle, path.toStringz, EVENTS);
		errnoEnforce(wd != -1, "Failed to add inotify watch.");
		m_watches[wd] = path;
	}
}


private {
	event_base* s_eventLoop; // TLS
	__gshared DriverCore s_driverCore;
	__gshared Mutex s_threadObjectsMutex;
	__gshared ArraySet!size_t s_threadObjects;
	debug __gshared size_t[void*] s_mutexes;
	debug __gshared Mutex s_mutexesLock;
	bool s_alreadyDeinitialized = false;
}

package event_base* getThreadLibeventEventLoop() nothrow
{
	return s_eventLoop;
}

package DriverCore getThreadLibeventDriverCore() nothrow
{
	return s_driverCore;
}

private int getLastSocketError() nothrow
{
	version(Windows) {
		return WSAGetLastError();
	} else {
		import core.stdc.errno;
		return errno;
	}
}

struct LevCondition {
	Condition cond;
	LevMutex* mutex;
}

struct LevMutex {
	core.sync.mutex.Mutex mutex;
	ReadWriteMutex rwmutex;
}

alias LevConditionAlloc = FreeListObjectAlloc!(LevCondition, false);
alias LevMutexAlloc = FreeListObjectAlloc!(LevMutex, false);
alias MutexAlloc = FreeListObjectAlloc!(core.sync.mutex.Mutex, false);
alias ReadWriteMutexAlloc = FreeListObjectAlloc!(ReadWriteMutex, false);
alias ConditionAlloc = FreeListObjectAlloc!(Condition, false);

private nothrow extern(C)
{
	version (VibeDebugCatchAll) alias UncaughtException = Throwable;
	else alias UncaughtException = Exception;

	void* lev_alloc(size_t size)
	{
		try {
			auto mem = threadLocalManualAllocator().alloc(size+size_t.sizeof);
			*cast(size_t*)mem.ptr = size;
			return mem.ptr + size_t.sizeof;
		} catch (UncaughtException th) {
			logWarn("Exception in lev_alloc: %s", th.msg);
			return null;
		}
	}
	void* lev_realloc(void* p, size_t newsize)
	{
		try {
			if( !p ) return lev_alloc(newsize);
			auto oldsize = *cast(size_t*)(p-size_t.sizeof);
			auto oldmem = (p-size_t.sizeof)[0 .. oldsize+size_t.sizeof];
			auto newmem = threadLocalManualAllocator().realloc(oldmem, newsize+size_t.sizeof);
			*cast(size_t*)newmem.ptr = newsize;
			return newmem.ptr + size_t.sizeof;
		} catch (UncaughtException th) {
			logWarn("Exception in lev_realloc: %s", th.msg);
			return null;
		}
	}
	void lev_free(void* p)
	{
		try {
			auto size = *cast(size_t*)(p-size_t.sizeof);
			auto mem = (p-size_t.sizeof)[0 .. size+size_t.sizeof];
			threadLocalManualAllocator().free(mem);
		} catch (UncaughtException th) {
			logCritical("Exception in lev_free: %s", th.msg);
			assert(false);
		}
	}

	void* lev_alloc_mutex(uint locktype)
	{
		try {
			auto ret = LevMutexAlloc.alloc();
			if( locktype == EVTHREAD_LOCKTYPE_READWRITE ) ret.rwmutex = ReadWriteMutexAlloc.alloc();
			else ret.mutex = MutexAlloc.alloc();
			//logInfo("alloc mutex %s", cast(void*)ret);
			debug if (!s_mutexesLock) s_mutexesLock = new Mutex;
			debug synchronized (s_mutexesLock) s_mutexes[cast(void*)ret] = 0;
			return ret;
		} catch (UncaughtException th) {
			logWarn("Exception in lev_alloc_mutex: %s", th.msg);
			return null;
		}
	}

	void lev_free_mutex(void* lock, uint locktype)
	{
		try {
			import core.runtime;
			//logInfo("free mutex %s: %s", cast(void*)lock, defaultTraceHandler());
			debug synchronized (s_mutexesLock) {
				auto pl = lock in s_mutexes;
				assert(pl !is null);
				assert(*pl == 0);
				s_mutexes.remove(lock);
			}
			auto lm = cast(LevMutex*)lock;
			if (lm.mutex) MutexAlloc.free(lm.mutex);
			if (lm.rwmutex) ReadWriteMutexAlloc.free(lm.rwmutex);
			LevMutexAlloc.free(lm);
		} catch (UncaughtException th) {
			logCritical("Exception in lev_free_mutex: %s", th.msg);
			assert(false);
		}
	}

	int lev_lock_mutex(uint mode, void* lock)
	{
		try {
			//logInfo("lock mutex %s", cast(void*)lock);
			debug synchronized (s_mutexesLock) {
				auto pl = lock in s_mutexes;
				assert(pl !is null, "Unknown lock handle");
				(*pl)++;
			}
			auto mtx = cast(LevMutex*)lock;

			assert(mtx !is null, "null lock");
			assert(mtx.mutex !is null || mtx.rwmutex !is null, "lock contains no mutex");
			if( mode & EVTHREAD_WRITE ){
				if( mode & EVTHREAD_TRY ) return mtx.rwmutex.writer().tryLock() ? 0 : 1;
				else mtx.rwmutex.writer().lock();
			} else if( mode & EVTHREAD_READ ){
				if( mode & EVTHREAD_TRY ) return mtx.rwmutex.reader().tryLock() ? 0 : 1;
				else mtx.rwmutex.reader().lock();
			} else {
				assert(mtx.mutex !is null, "lock mutex is null");
				if( mode & EVTHREAD_TRY ) return mtx.mutex.tryLock() ? 0 : 1;
				else mtx.mutex.lock();
			}
			return 0;
		} catch (UncaughtException th) {
			logWarn("Exception in lev_lock_mutex: %s", th.msg);
			return -1;
		}
	}

	int lev_unlock_mutex(uint mode, void* lock)
	{
		try {
			//logInfo("unlock mutex %s", cast(void*)lock);
			debug synchronized (s_mutexesLock) {
				auto pl = lock in s_mutexes;
				assert(pl !is null, "Unknown lock handle");
				assert(*pl > 0, "Unlocking unlocked mutex");
				(*pl)--;
			}

			auto mtx = cast(LevMutex*)lock;

			if( mode & EVTHREAD_WRITE ){
				mtx.rwmutex.writer().unlock();
			} else if( mode & EVTHREAD_READ ){
				mtx.rwmutex.reader().unlock();
			} else {
				mtx.mutex.unlock();
			}
			return 0;
		} catch (UncaughtException th ) {
			logWarn("Exception in lev_unlock_mutex: %s", th.msg);
			return -1;
		}
	}

	void* lev_alloc_condition(uint condtype)
	{
		try {
			return LevConditionAlloc.alloc();
		} catch (UncaughtException th) {
			logWarn("Exception in lev_alloc_condition: %s", th.msg);
			return null;
		}
	}

	void lev_free_condition(void* cond)
	{
		try {
			auto lc = cast(LevCondition*)cond;
			if (lc.cond) ConditionAlloc.free(lc.cond);
			LevConditionAlloc.free(lc);
		} catch (UncaughtException th) {
			logCritical("Exception in lev_free_condition: %s", th.msg);
			assert(false);
		}
	}

	int lev_signal_condition(void* cond, int broadcast)
	{
		try {
			auto c = cast(LevCondition*)cond;
			if( c.cond ) c.cond.notifyAll();
			return 0;
		} catch (UncaughtException th) {
			logWarn("Exception in lev_signal_condition: %s", th.msg);
			return -1;
		}
	}

	int lev_wait_condition(void* cond, void* lock, const(timeval)* timeout)
	{
		try {
			auto c = cast(LevCondition*)cond;
			if( c.mutex is null ) c.mutex = cast(LevMutex*)lock;
			assert(c.mutex.mutex !is null); // RW mutexes are not supported for conditions!
			assert(c.mutex is lock);
			if( c.cond is null ) c.cond = ConditionAlloc.alloc(c.mutex.mutex);
			if( timeout ){
				if( !c.cond.wait(dur!"seconds"(timeout.tv_sec) + dur!"usecs"(timeout.tv_usec)) )
					return 1;
			} else c.cond.wait();
			return 0;
		} catch (UncaughtException th) {
			logWarn("Exception in lev_wait_condition: %s", th.msg);
			return -1;
		}
	}

	c_ulong lev_get_thread_id()
	{
		try return cast(c_ulong)cast(void*)Thread.getThis();
		catch (UncaughtException th) {
			logWarn("Exception in lev_get_thread_id: %s", th.msg);
			return 0;
		}
	}
}

package timeval toTimeVal(Duration dur)
{
	timeval tvdur;
	dur.split!("seconds", "usecs")(tvdur.tv_sec, tvdur.tv_usec);
	return tvdur;
}

}
vibe.d-0.7.30/source/vibe/core/drivers/libevent2_tcp.d000066400000000000000000000607131304441332000225110ustar00rootroot00000000000000/**
	libevent based driver

	Copyright: © 2012-2014 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.libevent2_tcp;

version(VibeLibeventDriver)
{

public import vibe.core.core;

import vibe.core.log;
import vibe.core.drivers.libevent2;
import vibe.core.drivers.utils;
import vibe.utils.memory;

import deimos.event2.buffer;
import deimos.event2.bufferevent;
import deimos.event2.bufferevent_ssl;
import deimos.event2.event;
import deimos.event2.util;

import std.algorithm;
import std.encoding : sanitize;
import std.exception;
import std.conv;
import std.string;

import core.stdc.errno;
import core.thread;
import core.sys.posix.netinet.in_;
import core.sys.posix.netinet.tcp;
import core.sys.posix.sys.socket;


private {
	version (Windows) {
		static if (__VERSION__ >= 2070)
			import core.sys.windows.winsock2;
		else
			import std.c.windows.winsock;
		enum EWOULDBLOCK = WSAEWOULDBLOCK;

		// make some neccessary parts of the socket interface public
		alias in6_addr = std.c.windows.winsock.in6_addr;
		alias INADDR_ANY = std.c.windows.winsock.INADDR_ANY;
		alias IN6ADDR_ANY = std.c.windows.winsock.IN6ADDR_ANY;
	} else {
		alias in6_addr = core.sys.posix.netinet.in_.in6_addr;
		alias IN6ADDR_ANY = core.sys.posix.netinet.in_.in6addr_any;
		alias INADDR_ANY = core.sys.posix.netinet.in_.INADDR_ANY;
		alias TCP_NODELAY = core.sys.posix.netinet.tcp.TCP_NODELAY;
	}
}

package final class Libevent2TCPConnection : TCPConnection {
	import vibe.utils.array : FixedRingBuffer;
	private {
		bool m_timeout_triggered;
		TCPContext* m_ctx;
		FixedRingBuffer!(ubyte, 4096, false) m_readBuffer;
		string m_peerAddress;
		bool m_tcpNoDelay = false;
		bool m_tcpKeepAlive = false;
		Duration m_readTimeout;
		char[64] m_peerAddressBuf;
		NetworkAddress m_localAddress, m_remoteAddress;
		event* m_waitDataEvent;
	}

	this(TCPContext* ctx)
	{
		m_ctx = ctx;
		m_waitDataEvent = event_new(m_ctx.eventLoop, -1, 0, &onTimeout, cast(void*)this);

		assert(!amOwner());

		m_localAddress = ctx.local_addr;
		m_remoteAddress = ctx.remote_addr;

		void* ptr;
		switch (ctx.remote_addr.family) {
			default: throw new Exception("Unsupported address family.");
			case AF_INET: ptr = &ctx.remote_addr.sockAddrInet4.sin_addr; break;
			case AF_INET6: ptr = &ctx.remote_addr.sockAddrInet6.sin6_addr; break;
			version (Posix) {
				case AF_UNIX: ptr = &ctx.remote_addr.sockAddrUnix.sun_path; break;
			}
		}

		if (evutil_inet_ntop(ctx.remote_addr.family, ptr, m_peerAddressBuf.ptr, m_peerAddressBuf.length) !is null)
			m_peerAddress = cast(string)m_peerAddressBuf[0 .. m_peerAddressBuf[].indexOf('\0')];

		bufferevent_setwatermark(m_ctx.event, EV_WRITE, 4096, 65536);
		bufferevent_setwatermark(m_ctx.event, EV_READ, 0, 65536);
	}

	/*~this()
	{
		//assert(m_ctx is null, "Leaking TCPContext because it has not been cleaned up and we are not allowed to touch the GC in finalizers..");
	}*/

	@property void tcpNoDelay(bool enabled)
	{
		m_tcpNoDelay = enabled;
		auto fd = m_ctx.socketfd;
		int opt = enabled;
		assert(fd <= int.max, "Socket descriptor > int.max");
		setsockopt(cast(int)fd, IPPROTO_TCP, TCP_NODELAY, cast(char*)&opt, opt.sizeof);
	}
	@property bool tcpNoDelay() const { return m_tcpNoDelay; }

	@property void readTimeout(Duration v)
	{
		m_readTimeout = v;
		if( v == dur!"seconds"(0) ){
			bufferevent_set_timeouts(m_ctx.event, null, null);
		} else {
			assert(v.total!"seconds" <= int.max);
			timeval toread = v.toTimeVal();
			bufferevent_set_timeouts(m_ctx.event, &toread, null);
		}
	}
	@property Duration readTimeout() const { return m_readTimeout; }

	@property void keepAlive(bool enable)
	{
		m_tcpKeepAlive = enable;
		auto fd = m_ctx.socketfd;
		ubyte opt = enable;
		assert(fd <= int.max, "Socket descriptor > int.max");
		setsockopt(cast(int)fd, SOL_SOCKET, SO_KEEPALIVE, &opt, opt.sizeof);
	}
	@property bool keepAlive() const { return m_tcpKeepAlive; }

	@property NetworkAddress localAddress() const { return m_localAddress; }
	@property NetworkAddress remoteAddress() const { return m_remoteAddress; }

	private void acquire()
	{
		assert(m_ctx, "Trying to acquire a closed TCP connection.");
		assert(m_ctx.readOwner == Task() && m_ctx.writeOwner == Task(), "Trying to acquire a TCP connection that is currently owned.");
		m_ctx.readOwner = m_ctx.writeOwner = Task.getThis();
	}

	private void release()
	{
		if( !m_ctx ) return;
		assert(m_ctx.readOwner != Task() && m_ctx.writeOwner != Task(), "Trying to release a TCP connection that is not owned.");
		assert(m_ctx.readOwner == Task.getThis() && m_ctx.readOwner == m_ctx.writeOwner, "Trying to release a foreign TCP connection.");
		m_ctx.readOwner = m_ctx.writeOwner = Task();
	}

	private bool amOwner()
	{
		return m_ctx !is null && m_ctx.readOwner != Task() && m_ctx.readOwner == Task.getThis() && m_ctx.readOwner == m_ctx.writeOwner;
	}

	/// Closes the connection.
	void close()
	{
		logDebug("TCP close request %s %s", m_ctx !is null, m_ctx ? m_ctx.state : ConnectionState.open);
		if (!m_ctx || m_ctx.state == ConnectionState.activeClose) return;

		if (!getThreadLibeventEventLoop()) {
			import std.stdio;
			stderr.writefln("Warning: Attempt to close dangling TCP connection to %s at shutdown. "
				~ "Please avoid closing connections in GC finalizers.", m_remoteAddress);
			return;
		}

		// set the closing flag
		m_ctx.state = ConnectionState.activeClose;

		// resume any reader, so that the read operation can be ended with a failure
		while (m_ctx.readOwner != Task.init) {
			logTrace("resuming reader first");
			m_ctx.core.yieldAndResumeTask(m_ctx.readOwner);
			logTrace("back (%s)!", m_ctx !is null);
			// test if the resumed task has already closed the connection
			if (!m_ctx) return;
		}

		// acquire read+write access
		acquire();

		scope (exit) cleanup();

		if (m_ctx.event) {
			logDiagnostic("Actively closing TCP connection");
			auto fd = m_ctx.socketfd;

			scope (exit) {
				version(Windows) shutdown(m_ctx.socketfd, SD_SEND);
				else shutdown(m_ctx.socketfd, SHUT_WR);
				if (m_ctx.event) bufferevent_free(m_ctx.event);
				logTrace("...socket %d closed.", fd);
			}

			m_ctx.shutdown = true;
			bufferevent_setwatermark(m_ctx.event, EV_WRITE, 1, 0);
			bufferevent_flush(m_ctx.event, EV_WRITE, bufferevent_flush_mode.BEV_FINISHED);
			logTrace("Closing socket %d...", fd);
			auto buf = bufferevent_get_output(m_ctx.event);
			while (m_ctx.event && evbuffer_get_length(buf) > 0)
				m_ctx.core.yieldForEvent();
		}
	}

	/// The 'connected' status of this connection
	@property bool connected() const { return m_ctx !is null && m_ctx.state == ConnectionState.open && m_ctx.event !is null; }

	@property bool empty() { return leastSize == 0; }

	@property ulong leastSize()
	{
		if (!m_ctx || !m_ctx.event) return 0;
		if (m_readBuffer.length) {
			checkReader();
			return m_readBuffer.length;
		}
		acquireReader();
		scope(exit) releaseReader();
		fillReadBuffer(true, false);
		return m_readBuffer.length;
	}

	@property bool dataAvailableForRead()
	{
		if (!m_ctx || !m_ctx.event) return false;
		checkReader();
		if (!m_readBuffer.length)
			fillReadBuffer(false);
		return m_readBuffer.length > 0;
	}

	@property string peerAddress() const { return m_peerAddress; }

	const(ubyte)[] peek()
	{
		if (!m_ctx || !m_ctx.event) return null;
		checkReader();
		if (!m_readBuffer.length)
			fillReadBuffer(false);
		return m_readBuffer.peek();
	}

	void skip(ulong count)
	{
		checkConnected(false);

		if (m_readBuffer.length >= count) {
			checkReader();
			m_readBuffer.popFrontN(cast(size_t)count);
			if (m_readBuffer.empty) m_readBuffer.clear(); // start filling at index 0 again
			return;
		}

		acquireReader();
		scope(exit) releaseReader();

		while (true) {
			auto nbytes = min(count, m_readBuffer.length);
			m_readBuffer.popFrontN(nbytes);
			if (m_readBuffer.empty) m_readBuffer.clear(); // start filling at index 0 again
			count -= nbytes;

			if (!count) break;

			fillReadBuffer(true);
			checkConnected(false);
		}
	}

	/** Reads as many bytes as 'dst' can hold.
	*/
	void read(ubyte[] dst)
	{
		checkConnected(false);

		if (m_readBuffer.length >= dst.length) {
			checkReader();
			m_readBuffer.read(dst);
			if (m_readBuffer.empty) m_readBuffer.clear(); // start filling at index 0 again
			return;
		}

		acquireReader();
		scope(exit) releaseReader();

		while (true) {
			auto nbytes = min(dst.length, m_readBuffer.length);
			m_readBuffer.read(dst[0 .. nbytes]);
			if (m_readBuffer.empty) m_readBuffer.clear(); // start filling at index 0 again
			dst = dst[nbytes .. $];

			if (!dst.length) break;

			fillReadBuffer(true);
			checkConnected(false);
		}
		logTrace("read data");
	}

	bool waitForData(Duration timeout)
	{
		if (timeout == 0.seconds)
			logDebug("Warning: use Duration.max as an argument to waitForData() to wait infinitely, not 0.seconds.");

		if (dataAvailableForRead) return true;
		if (!m_ctx || m_ctx.state != ConnectionState.open) return false;

		acquireReader();
		scope(exit) releaseReader();
		m_timeout_triggered = false;

		if (timeout != 0.seconds && timeout != Duration.max) { // 0.seconds is for compatibility with old code
			assert(timeout.total!"seconds"() <= int.max, "Timeouts must not be larger than int.max seconds!");
			timeval t = timeout.toTimeVal();
			logTrace("add timeout event with %d/%d", t.tv_sec, t.tv_usec);
			event_add(m_waitDataEvent, &t);
		}

		logTrace("wait for data");
		while (m_ctx && m_ctx.event) {
			if (m_readBuffer.length) return true;
			if (m_ctx.state != ConnectionState.open) return false;
			try {
				if (fillReadBuffer(true, false, true))
					return false;
			} catch (Exception e) {
				logDiagnostic("Connection error during waitForData: %s", e.toString());
			}
		}

		return false;
	}

	alias write = Stream.write;

	/** Writes the given byte array.
	*/
	void write(in ubyte[] bytes)
	{
		checkConnected();
		acquireWriter();
		scope(exit) releaseWriter();

		if (!bytes.length) return;
		//logTrace("evbuffer_add (fd %d): %s", m_ctx.socketfd, bytes);
		//logTrace("evbuffer_add (fd %d): <%s>", m_ctx.socketfd, cast(string)bytes);
		logTrace("evbuffer_add (fd %d): %d B", m_ctx.socketfd, bytes.length);
		auto outbuf = bufferevent_get_output(m_ctx.event);
		if( bufferevent_write(m_ctx.event, cast(char*)bytes.ptr, bytes.length) != 0 )
			throw new Exception("Failed to write data to buffer");

		// wait for the data to be written up the the low watermark
		while (evbuffer_get_length(outbuf) > 4096) {
			rawYield();
			checkConnected();
		}
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		import vibe.core.drivers.threadedfile;
		version(none){ // causes a crash on Windows
			// special case sending of files
			if( auto fstream = cast(ThreadedFileStream)stream ){
				checkConnected();
				acquireWriter();
				scope(exit) releaseWriter();
				logInfo("Using sendfile! %s %s %s %s", fstream.fd, fstream.tell(), fstream.size, nbytes);
				fstream.takeOwnershipOfFD();
				auto buf = bufferevent_get_output(m_ctx.event);
				enforce(evbuffer_add_file(buf, fstream.fd, fstream.tell(), nbytes ? nbytes : fstream.size-fstream.tell()) == 0,
					"Failed to send file over TCP connection.");
				return;
			}
		}

		logTrace("writing stream %s %s", nbytes, stream.leastSize);
		writeDefault(stream, nbytes);
		logTrace("wrote stream %s", nbytes);
	}

	/** Causes any buffered data to be written.
	*/
	void flush()
	{
		checkConnected();
		acquireWriter();
		scope(exit) releaseWriter();
		logTrace("bufferevent_flush");
		bufferevent_flush(m_ctx.event, EV_WRITE, bufferevent_flush_mode.BEV_NORMAL);
	}

	void finalize()
	{
		flush();
	}

	private bool fillReadBuffer(bool block, bool throw_on_fail = true, bool wait_for_timeout = false)
	{
		if (m_readBuffer.length) return false;
		m_readBuffer.clear();
		assert(m_readBuffer.peekDst.length > 0);
		while (m_ctx && m_ctx.event) {
			auto nbytes = bufferevent_read(m_ctx.event, m_readBuffer.peekDst.ptr, m_readBuffer.peekDst.length);
			m_readBuffer.putN(nbytes);
			if (m_readBuffer.length || !block) break;
			if (throw_on_fail) checkConnected(false);
			else if (!m_ctx || !m_ctx.event) return false;
			else if (m_ctx.state != ConnectionState.open
				&& evbuffer_get_length(bufferevent_get_input(m_ctx.event)) == 0)
					return false;
			if (wait_for_timeout && m_timeout_triggered) return true;
			m_ctx.core.yieldForEvent();
		}
		return false;
	}

	private void checkReader() { assert(m_ctx.readOwner == Task(), "Acquiring reader of already owned connection."); }
	private void acquireReader() { checkReader(); m_ctx.readOwner = Task.getThis(); }
	private void releaseReader() { if (!m_ctx) return; assert(m_ctx.readOwner == Task.getThis(), "Releasing reader of unowned connection."); m_ctx.readOwner = Task(); }

	private void acquireWriter() { assert(m_ctx.writeOwner == Task(), "Acquiring writer of already owned connection."); m_ctx.writeOwner = Task.getThis(); }
	private void releaseWriter() { if (!m_ctx) return; assert(m_ctx.writeOwner == Task.getThis(), "Releasing reader of already unowned connection."); m_ctx.writeOwner = Task(); }

	private void checkConnected(bool write = true)
	{
		enforce(m_ctx !is null, "Operating on closed TCPConnection.");
		if (m_ctx.event is null) {
			cleanup();
			throw new Exception(format("Connection error while %s TCPConnection.", write ? "writing to" : "reading from"));
		}
		if (m_ctx.state == ConnectionState.activeClose) throw new Exception("Connection was actively closed.");
		enforce (!write || m_ctx.state == ConnectionState.open, "Remote hung up while writing to TCPConnection.");
		if (!write && m_ctx.state == ConnectionState.passiveClose) {
			auto buf = bufferevent_get_input(m_ctx.event);
			auto data_left = m_readBuffer.length > 0 || evbuffer_get_length(buf) > 0;
			enforce(data_left, "Remote hung up while reading from TCPConnection.");
		}
	}

	private void cleanup()
	{
		event_free(m_waitDataEvent);
		TCPContextAlloc.free(m_ctx);
		m_ctx = null;
	}
}

final class Libevent2TCPListener : TCPListener {
	private {
		TCPContext*[] m_ctx;
		NetworkAddress m_bindAddress;
	}

	this(NetworkAddress bind_address)
	{
		m_bindAddress = bind_address;
	}

	@property NetworkAddress bindAddress()
	{
		return m_bindAddress;
	}

	void addContext(TCPContext* ctx)
	{
		synchronized(this) m_ctx ~= ctx;
	}

	void stopListening()
	{
		synchronized(this)
		{
			foreach (ctx; m_ctx) {
				event_free(ctx.listenEvent);
				evutil_closesocket(ctx.socketfd);
				TCPContextAlloc.free(ctx);
			}
			m_ctx = null;
		}
	}
}


/**************************************************************************************************/
/* Private types                                                                                  */
/**************************************************************************************************/

package struct TCPContext
{
	this(DriverCore c, event_base* evbase, int sock, bufferevent* evt, NetworkAddress bindaddr, NetworkAddress peeraddr){
		core = c;
		eventLoop = evbase;
		socketfd = sock;
		event = evt;
		local_addr = bindaddr;
		remote_addr = peeraddr;
	}

	this(DriverCore c, event_base* evbase, int sock, bufferevent* evt){
		core = c;
		eventLoop = evbase;
		socketfd = sock;
		event = evt;
	}

	~this()
	{
		magic__ = 0;
	}

	void checkForException() {
		if (auto ex = this.exception) {
			this.exception = null;
			throw ex;
		}
	}

	enum MAGIC = 0x1F3EC272;
	uint magic__ = MAGIC;
	DriverCore core;
	event_base* eventLoop;
	void delegate(TCPConnection conn) connectionCallback;
	bufferevent* event;
	deimos.event2.event_struct.event* listenEvent;
	NetworkAddress local_addr;
	NetworkAddress remote_addr;
	bool shutdown = false;
	int socketfd = -1;
	int status = 0;
	const(char)* statusMessage;
	Task readOwner;
	Task writeOwner;
	Exception exception; // set during onSocketEvent calls that were emitted synchronously
	TCPListenOptions listenOptions;
	ConnectionState state;
}
alias TCPContextAlloc = FreeListObjectAlloc!(TCPContext, false, true);

package enum ConnectionState {
	open,         // connection CTR and CTS
	activeClose,  // TCPConnection.close() was called
	passiveClose, // remote has hung up
}

/**************************************************************************************************/
/* Private functions                                                                              */
/**************************************************************************************************/

package nothrow extern(C)
{
	version (VibeDebugCatchAll) alias UncaughtException = Throwable;
	else alias UncaughtException = Exception;

	// should be a nested static struct in onConnect, but that triggers an ICE in ldc2-0.14.0
	private extern(D) struct ClientTask {
		TCPContext* listen_ctx;
		NetworkAddress bind_addr;
		NetworkAddress remote_addr;
		int sockfd;
		TCPListenOptions options;

		void execute()
		{
			assert(sockfd > 0);
			if( evutil_make_socket_nonblocking(sockfd) ){
				logError("Error setting non-blocking I/O on an incoming connection.");
			}

			auto eventloop = getThreadLibeventEventLoop();
			auto drivercore = getThreadLibeventDriverCore();

			// Initialize a buffered I/O event
			auto buf_event = bufferevent_socket_new(eventloop, sockfd, bufferevent_options.BEV_OPT_CLOSE_ON_FREE);
			if( !buf_event ){
				logError("Error initializing buffered I/O event for fd %d.", sockfd);
				return;
			}

			auto client_ctx = TCPContextAlloc.alloc(drivercore, eventloop, sockfd, buf_event, bind_addr, remote_addr);
			assert(client_ctx.event !is null, "event is null although it was just != null?");
			bufferevent_setcb(buf_event, &onSocketRead, &onSocketWrite, &onSocketEvent, client_ctx);
			if( bufferevent_enable(buf_event, EV_READ|EV_WRITE) ){
				bufferevent_free(buf_event);
				TCPContextAlloc.free(client_ctx);
				logError("Error enabling buffered I/O event for fd %d.", sockfd);
				return;
			}

			assert(client_ctx.event !is null, "Client task called without event!?");
			if (options & TCPListenOptions.disableAutoClose) {
				auto conn = new Libevent2TCPConnection(client_ctx);
				assert(conn.connected, "Connection closed directly after accept?!");
				logDebug("start task (fd %d).", client_ctx.socketfd);
				try {
					listen_ctx.connectionCallback(conn);
					logDebug("task out (fd %d).", client_ctx.socketfd);
				} catch (Exception e) {
					logWarn("Handling of connection failed: %s", e.msg);
					logDiagnostic("%s", e.toString().sanitize);
				} finally {
					logDebug("task finished.");
					FreeListObjectAlloc!ClientTask.free(&this);
				}
			} else {
				auto conn = FreeListRef!Libevent2TCPConnection(client_ctx);
				assert(conn.connected, "Connection closed directly after accept?!");
				logDebug("start task (fd %d).", client_ctx.socketfd);
				try {
					listen_ctx.connectionCallback(conn);
					logDebug("task out (fd %d).", client_ctx.socketfd);
				} catch (Exception e) {
					logWarn("Handling of connection failed: %s", e.msg);
					logDiagnostic("%s", e.toString().sanitize);
				} finally {
					logDebug("task finished.");
					FreeListObjectAlloc!ClientTask.free(&this);
					conn.close();
				}
			}
		}
	}

	void onConnect(evutil_socket_t listenfd, short evtype, void *arg)
	{
		logTrace("connect callback");
		auto ctx = cast(TCPContext*)arg;
		assert(ctx.magic__ == TCPContext.MAGIC);

		if( !(evtype & EV_READ) ){
			logError("Unknown event type in connect callback: 0x%hx", evtype);
			return;
		}

		try {
			// Accept and configure incoming connections (up to 10 connections in one go)
			foreach( i; 0 .. 10 ){
				logTrace("accept");
				assert(listenfd < int.max, "Listen socket descriptor >= int.max?!");
				sockaddr_in6 remote_addr;
				socklen_t addrlen = remote_addr.sizeof;
				auto sockfd_raw = accept(cast(int)listenfd, cast(sockaddr*)&remote_addr, &addrlen);
				logDebug("FD: %s", sockfd_raw);
				static if (typeof(sockfd_raw).max > int.max) assert(sockfd_raw <= int.max || sockfd_raw == ~0);
				auto sockfd = cast(int)sockfd_raw;
				logTrace("accepted %d", sockfd);
				if (sockfd == -1) {
					version(Windows) auto err = evutil_socket_geterror(sockfd);
					else auto err = errno;
					if( err != EWOULDBLOCK && err != EAGAIN && err != 0 ){
						version(Windows)
							logError("Error accepting an incoming connection: %s", to!string(evutil_socket_error_to_string(err)));
						else
							logError("Error accepting an incoming connection: %d", err);
					}
					break;
				}

				auto task = FreeListObjectAlloc!ClientTask.alloc();
				task.listen_ctx = ctx;
				task.bind_addr = ctx.local_addr;
				*cast(sockaddr_in6*)task.remote_addr.sockAddr = remote_addr;
				task.sockfd = sockfd;
				task.options = ctx.listenOptions;

				runTask(&task.execute);
			}
		} catch (UncaughtException e) {
			logWarn("Got exception while accepting new connections: %s", e.msg);
			try logDebug("Full error: %s", e.toString().sanitize());
			catch (Throwable) {}
		}

		logTrace("handled incoming connections...");
	}

	void onSocketRead(bufferevent *buf_event, void *arg)
	{
		auto ctx = cast(TCPContext*)arg;
		assert(ctx.magic__ == TCPContext.MAGIC);
		logTrace("socket %d read event!", ctx.socketfd);

		auto f = ctx.readOwner;
		try {
			if (f && f.running && !ctx.core.isScheduledForResume(f))
				ctx.core.resumeTask(f);
		} catch (UncaughtException e) {
			logWarn("Got exception when resuming task onSocketRead: %s", e.msg);
		}
	}

	void onSocketWrite(bufferevent *buf_event, void *arg)
	{
		try {
			auto ctx = cast(TCPContext*)arg;
			assert(ctx.magic__ == TCPContext.MAGIC);
			assert(ctx.event is buf_event, "Write event on bufferevent that does not match the TCPContext");
			logTrace("socket %d write event (%s)!", ctx.socketfd, ctx.shutdown);
			if (ctx.writeOwner != Task.init && ctx.writeOwner.running && !ctx.core.isScheduledForResume(ctx.writeOwner)) {
				bufferevent_flush(buf_event, EV_WRITE, bufferevent_flush_mode.BEV_FLUSH);
				ctx.core.resumeTask(ctx.writeOwner);
			}
		} catch (UncaughtException e) {
			logWarn("Got exception when resuming task onSocketRead: %s", e.msg);
		}
	}

	void onSocketEvent(bufferevent *buf_event, short status, void *arg)
	{
		try {
			auto ctx = cast(TCPContext*)arg;
			assert(ctx.magic__ == TCPContext.MAGIC);
			ctx.status = status;
			logDebug("Socket event on fd %d: %d (%s vs %s)", ctx.socketfd, status, cast(void*)buf_event, cast(void*)ctx.event);
			assert(ctx.event is buf_event, "Status event on bufferevent that does not match the TCPContext");

			Exception ex;
			bool free_event = false;

			string errorMessage;
			if (status & BEV_EVENT_EOF) {
				logDebug("Connection was closed by remote peer (fd %d).", ctx.socketfd);
				if (ctx.state != ConnectionState.activeClose)
					ctx.state = ConnectionState.passiveClose;
				evbuffer* buf = bufferevent_get_input(buf_event);
				if (evbuffer_get_length(buf) == 0) free_event = true;
			} else if (status & BEV_EVENT_TIMEOUT) {
				logDebug("Remote host on fd %d timed out.", ctx.socketfd);
				free_event = true;
			} else if (status & BEV_EVENT_ERROR) {
				//auto msg = format("Error %s socket %s",
				//	(status & BEV_EVENT_READING) ? "reading from" : (status & BEV_EVENT_WRITING) ? "writing to" : "on",
				//	ctx.socketfd);
				//ex = new SystemSocketException(msg);
				ctx.statusMessage = evutil_socket_error_to_string(EVUTIL_SOCKET_ERROR());
				free_event = true;
			}

			if (free_event) {
				bufferevent_free(buf_event);
				ctx.event = null;
			}

			ctx.core.eventException = ex;

			if (ctx.readOwner && ctx.readOwner.running && !ctx.core.isScheduledForResume(ctx.readOwner)) {
				logTrace("resuming corresponding task%s...", ex is null ? "" : " with exception");
				if (ctx.readOwner.fiber.state == Fiber.State.EXEC) ctx.exception = ex;
				else ctx.core.resumeTask(ctx.readOwner, ex);
			}
			if (ctx.writeOwner && ctx.writeOwner != ctx.readOwner && ctx.writeOwner.running) {
				logTrace("resuming corresponding task%s...", ex is null ? "" : " with exception");
				if (ctx.writeOwner.fiber.state == Fiber.State.EXEC) ctx.exception = ex;
				else ctx.core.resumeTask(ctx.writeOwner, ex);
			}
		} catch (UncaughtException e) {
			logWarn("Got exception when resuming task onSocketEvent: %s", e.msg);
			try logDiagnostic("Full error: %s", e.toString().sanitize); catch (Throwable) {}
		}
	}

	private extern(C) void onTimeout(evutil_socket_t, short events, void* userptr)
	{
		try {
			logTrace("data wait timeout");
			auto conn = cast(Libevent2TCPConnection)userptr;
			conn.m_timeout_triggered = true;
			if (conn.m_ctx) {
				if (conn.m_ctx.readOwner) conn.m_ctx.core.resumeTask(conn.m_ctx.readOwner);
			} else logDebug("waitForData timeout after connection was closed!");
		} catch (UncaughtException e) {
			logWarn("Exception onTimeout: %s", e.msg);
		}
	}
}

/// private
package void removeFromArray(T)(ref T[] array, T item)
{
	foreach( i; 0 .. array.length )
		if( array[i] is item ){
			array = array[0 .. i] ~ array[i+1 .. $];
			return;
		}
}

}
vibe.d-0.7.30/source/vibe/core/drivers/native.d000066400000000000000000000015231304441332000212310ustar00rootroot00000000000000/**
	Defines a type alias to the statically selected event driver.

	Copyright: © 2014 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.native;

version (VibeLibeventDriver) {
	import vibe.core.drivers.libevent2;
	alias NativeEventDriver = Libevent2Driver;
} else version (VibeLibasyncDriver) {
	import vibe.core.drivers.libasync;
	alias NativeEventDriver = LibasyncDriver;
} else version (VibeWin32Driver) {
	import vibe.core.drivers.win32;
	alias NativeEventDriver = Win32EventDriver;
} else version (VibeWinrtDriver) {
	import vibe.core.drivers.winrt;
	alias NativeEventDriver = WinRTEventDriver;
} else static assert(false, "No event driver has been selected. Please specify a -version=Vibe*Driver for the desired driver.");
vibe.d-0.7.30/source/vibe/core/drivers/threadedfile.d000066400000000000000000000130001304441332000223540ustar00rootroot00000000000000/**
	Thread based asynchronous file I/O fallback implementation

	Copyright: © 2012 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.threadedfile;

import vibe.core.core : yield;
import vibe.core.log;
import vibe.core.driver;
import vibe.inet.url;
import vibe.utils.string;

import std.algorithm;
import std.conv;
import std.exception;
import std.string;
import core.stdc.errno;

version(Posix){
	import core.sys.posix.fcntl;
	import core.sys.posix.sys.stat;
	import core.sys.posix.unistd;
}
version(Windows){
	static if (__VERSION__ >= 2070)
		import core.sys.windows.stat;
	else
		import std.c.windows.stat;

	private {
		// TODO: use CreateFile/HANDLE instead of the Posix API on Windows

		extern(C) {
			alias off_t = sizediff_t;
			int open(in char* name, int mode, ...);
			int chmod(in char* name, int mode);
			int close(int fd);
			int read(int fd, void *buffer, uint count);
			int write(int fd, in void *buffer, uint count);
			off_t lseek(int fd, off_t offset, int whence);
		}

		enum O_RDONLY = 0;
		enum O_WRONLY = 1;
		enum O_RDWR = 2;
		enum O_APPEND = 8;
		enum O_CREAT = 0x0100;
		enum O_TRUNC = 0x0200;
		enum O_BINARY = 0x8000;

		enum _S_IREAD = 0x0100;          /* read permission, owner */
		enum _S_IWRITE = 0x0080;          /* write permission, owner */
		alias stat_t = struct_stat;
	}
}
else
{
	enum O_BINARY = 0;
}

private {
	enum SEEK_SET = 0;
	enum SEEK_CUR = 1;
	enum SEEK_END = 2;
}

final class ThreadedFileStream : FileStream {
	private {
		int m_fileDescriptor;
		Path m_path;
		ulong m_size;
		ulong m_ptr = 0;
		FileMode m_mode;
		bool m_ownFD = true;
	}

	this(Path path, FileMode mode)
	{
		auto pathstr = path.toNativeString();
		final switch(mode){
			case FileMode.read:
				m_fileDescriptor = open(pathstr.toStringz(), O_RDONLY|O_BINARY);
				break;
			case FileMode.readWrite:
				m_fileDescriptor = open(pathstr.toStringz(), O_RDWR|O_BINARY);
				break;
			case FileMode.createTrunc:
				m_fileDescriptor = open(pathstr.toStringz(), O_RDWR|O_CREAT|O_TRUNC|O_BINARY, octal!644);
				break;
			case FileMode.append:
				m_fileDescriptor = open(pathstr.toStringz(), O_WRONLY|O_CREAT|O_APPEND|O_BINARY, octal!644);
				break;
		}
		if( m_fileDescriptor < 0 )
			//throw new Exception(format("Failed to open '%s' with %s: %d", pathstr, cast(int)mode, errno));
			throw new Exception("Failed to open file '"~pathstr~"'.");

		this(m_fileDescriptor, path, mode);
	}

	this(int fd, Path path, FileMode mode)
	{
		assert(fd >= 0);
		m_fileDescriptor = fd;
		m_path = path;
		m_mode = mode;

		version(linux){
			// stat_t seems to be defined wrong on linux/64
			m_size = .lseek(m_fileDescriptor, 0, SEEK_END);
		} else {
			stat_t st;
			fstat(m_fileDescriptor, &st);
			m_size = st.st_size;

			// (at least) on windows, the created file is write protected
			version(Windows){
				if( mode == FileMode.createTrunc )
					chmod(path.toNativeString().toStringz(), S_IREAD|S_IWRITE);
			}
		}
		lseek(m_fileDescriptor, 0, SEEK_SET);

		logDebug("opened file %s with %d bytes as %d", path.toNativeString(), m_size, m_fileDescriptor);
	}

	~this()
	{
		close();
	}

	@property int fd() { return m_fileDescriptor; }
	@property Path path() const { return m_path; }
	@property bool isOpen() const { return m_fileDescriptor >= 0; }
	@property ulong size() const { return m_size; }
	@property bool readable() const { return m_mode != FileMode.append; }
	@property bool writable() const { return m_mode != FileMode.read; }

	void takeOwnershipOfFD()
	{
		enforce(m_ownFD);
		m_ownFD = false;
	}

	void seek(ulong offset)
	{
		version (Win32) {
			enforce(offset <= off_t.max, "Cannot seek above 4GB on Windows x32.");
			auto pos = .lseek(m_fileDescriptor, cast(off_t)offset, SEEK_SET);
		} else auto pos = .lseek(m_fileDescriptor, offset, SEEK_SET);
		enforce(pos == offset, "Failed to seek in file.");
		m_ptr = offset;
	}

	ulong tell() { return m_ptr; }

	void close()
	{
		if( m_fileDescriptor != -1 && m_ownFD ){
			.close(m_fileDescriptor);
			m_fileDescriptor = -1;
		}
	}

	@property bool empty() const { assert(this.readable); return m_ptr >= m_size; }
	@property ulong leastSize() const { assert(this.readable); return m_size - m_ptr; }
	@property bool dataAvailableForRead() { return true; }

	const(ubyte)[] peek()
	{
		return null;
	}

	void read(ubyte[] dst)
	{
		assert(this.readable);
		while (dst.length > 0) {
			enforce(dst.length <= leastSize);
			auto sz = min(dst.length, 4096);
			enforce(.read(m_fileDescriptor, dst.ptr, cast(int)sz) == sz, "Failed to read data from disk.");
			dst = dst[sz .. $];
			m_ptr += sz;
			yield();
		}
	}

	alias write = Stream.write;
	void write(in ubyte[] bytes_)
	{
		const(ubyte)[] bytes = bytes_;
		assert(this.writable);
		while (bytes.length > 0) {
			auto sz = min(bytes.length, 4096);
			auto ret = .write(m_fileDescriptor, bytes.ptr, cast(int)sz);
			enforce(ret == sz, "Failed to write data to disk."~to!string(sz)~" "~to!string(errno)~" "~to!string(ret)~" "~to!string(m_fileDescriptor));
			bytes = bytes[sz .. $];
			m_ptr += sz;
			yield();
		}
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	void flush()
	{
		assert(this.writable);
	}

	void finalize()
	{
		flush();
	}
}

unittest { // issue #1189
	auto fil = new ThreadedFileStream(Path(".unittest.tmp"), FileMode.createTrunc);
	scope (exit) {
		fil.close();
		removeFile(".unittest.tmp");
	}
	fil.write([0, 1, 2, 3, 4, 5, 6, 7, 8, 9]);
	fil.seek(5);
	ubyte[3] buf;
	fil.read(buf);
	assert(buf == [5, 6, 7]);
}
vibe.d-0.7.30/source/vibe/core/drivers/timerqueue.d000066400000000000000000000066301304441332000221340ustar00rootroot00000000000000/**
	Efficient timer management routines for large number of timers.

	Copyright: © 2014-2015 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.timerqueue;

import vibe.utils.hashmap;

import std.datetime;


struct TimerQueue(DATA, long TIMER_RESOLUTION = 10_000) {
	static struct TimerInfo {
		long timeout; // standard time
		long repeatDuration; // hnsecs
		bool pending;
		DATA data;
	}

	private {
		size_t m_timerIDCounter = 1;
		HashMap!(size_t, TimerInfo) m_timers;

		import std.container : Array, BinaryHeap;
		BinaryHeap!(Array!TimeoutEntry, "a.timeout > b.timeout") m_timeoutHeap;
	}

	@property bool anyPending() { return !m_timeoutHeap.empty; }

	size_t create(DATA data)
	{
		while (!m_timerIDCounter || m_timerIDCounter in m_timers) m_timerIDCounter++;
		m_timers[m_timerIDCounter] = TimerInfo(0, 0, false, data);
		return m_timerIDCounter++;
	}

	void destroy(size_t timer)
	{
		m_timers.remove(timer);
	}

	void schedule(size_t timer_id, Duration timeout_duration, bool periodic)
	{
		auto timeout = Clock.currStdTime() + timeout_duration.total!"hnsecs";
		auto pt = timer_id in m_timers;
		assert(pt !is null, "Accessing non-existent timer ID.");
		pt.timeout = timeout;
		pt.repeatDuration = periodic ? timeout_duration.total!"hnsecs" : 0;
		pt.pending = true;
		//logDebugV("rearming timer %s in %s s", timer_id, dur.total!"usecs" * 1e-6);
		scheduleTimer(timeout, timer_id);
	}

	void unschedule(size_t timer_id)
	{
		//logTrace("Stopping timer %s", timer_id);
		auto pt = timer_id in m_timers;
		pt.pending = false;
	}

	ref inout(DATA) getUserData(size_t timer_id) inout { return m_timers[timer_id].data; }

	bool isPending(size_t timer_id) const { return m_timers.length > 0 && m_timers[timer_id].pending; }

	bool isPeriodic(size_t timer_id) const { return m_timers.length > 0 && m_timers[timer_id].repeatDuration > 0; }

	SysTime getFirstTimeout()
	{
		if (m_timeoutHeap.empty) return SysTime.max;
		else return SysTime(m_timeoutHeap.front.timeout, UTC());
	}

	void consumeTimeouts(SysTime now, scope void delegate(size_t timer, bool periodic, ref DATA data) del)
	{
		//if (m_timeoutHeap.empty) logTrace("no timers scheduled");
		//else logTrace("first timeout: %s", (m_timeoutHeap.front.timeout - now) * 1e-7);

		while (!m_timeoutHeap.empty && (m_timeoutHeap.front.timeout - now.stdTime) / TIMER_RESOLUTION <= 0) {
			auto tm = m_timeoutHeap.front;
			m_timeoutHeap.removeFront();

			auto pt = tm.id in m_timers;
			if (!pt || !pt.pending || pt.timeout != tm.timeout) continue;

			if (pt.repeatDuration > 0) {
				auto nskipped = (now.stdTime - pt.timeout) / pt.repeatDuration;
				if (nskipped > 0) {
					import vibe.core.log;
					logDebugV("Skipped %s iterations of repeating timer %s (%s ms).",
						nskipped, tm.id, pt.repeatDuration / 10_000);
				}
				pt.timeout += (1 + nskipped) * pt.repeatDuration;
				scheduleTimer(pt.timeout, tm.id);
			} else pt.pending = false;

			//logTrace("Timer %s fired (%s/%s)", tm.id, owner != Task.init, callback !is null);

			del(tm.id, pt.repeatDuration > 0, pt.data);
		}
	}

	private void scheduleTimer(long timeout, size_t id)
	{
		//logTrace("Schedule timer %s", id);
		auto entry = TimeoutEntry(timeout, id);
		m_timeoutHeap.insert(entry);
		//logDebugV("first timer %s in %s s", id, (timeout - now) * 1e-7);
	}
}

private struct TimeoutEntry {
	long timeout;
	size_t id;
}
vibe.d-0.7.30/source/vibe/core/drivers/utils.d000066400000000000000000000033701304441332000211050ustar00rootroot00000000000000/**
	Utility definitions for socket handling.

	Copyright: © 2013 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.utils;

import std.exception;

version (Windows) {
	static if (__VERSION__ >= 2070) {
		import core.sys.windows.windows;
		import core.sys.windows.winsock2;
	} else {
		import std.c.windows.windows;
		import std.c.windows.winsock;
	}

	alias EWOULDBLOCK = WSAEWOULDBLOCK;

	extern(System) DWORD FormatMessageW(DWORD dwFlags, const(void)* lpSource, DWORD dwMessageId, DWORD dwLanguageId, LPWSTR lpBuffer, DWORD nSize, void* Arguments);

	class WSAErrorException : Exception {
		int error;

		this(string message, string file = __FILE__, size_t line = __LINE__)
		{
			error = WSAGetLastError();
			this(message, error, file, line);
		}

		this(string message, int error, string file = __FILE__, size_t line = __LINE__)
		{
			import std.string : format;
			ushort* errmsg;
			FormatMessageW(FORMAT_MESSAGE_ALLOCATE_BUFFER|FORMAT_MESSAGE_FROM_SYSTEM|FORMAT_MESSAGE_IGNORE_INSERTS,
						   null, error, MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT), cast(LPWSTR)&errmsg, 0, null);
			size_t len = 0;
			while (errmsg[len]) len++;
			auto errmsgd = (cast(wchar[])errmsg[0 .. len]).idup;
			LocalFree(errmsg);
			super(format("%s: %s (%s)", message, errmsgd, error), file, line);
		}
	}

	alias SystemSocketException = WSAErrorException;
} else alias SystemSocketException = ErrnoException;

version (linux) {
	static if (!is(typeof(SO_REUSEPORT))) {
		enum { SO_REUSEPORT = 15 }
	}
}

T socketEnforce(T)(T value, lazy string msg = null, string file = __FILE__, size_t line = __LINE__)
{
	return enforceEx!SystemSocketException(value, msg, file, line);
}
vibe.d-0.7.30/source/vibe/core/drivers/win32.d000066400000000000000000001317611304441332000207150ustar00rootroot00000000000000/**
	Win32 driver implementation using WSAAsyncSelect

	Copyright: © 2012-2014 Sönke Ludwig
	Authors: Sönke Ludwig, Leonid Kramer
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.win32;

version(VibeWin32Driver)
{

import vibe.core.core;
import vibe.core.driver;
import vibe.core.drivers.timerqueue;
import vibe.core.drivers.utils;
import vibe.core.log;
import vibe.inet.url;
import vibe.internal.win32;
import vibe.internal.meta.traits : synchronizedIsNothrow;
import vibe.utils.array;
import vibe.utils.hashmap;

import core.atomic;
import core.sync.mutex;
import core.sys.windows.windows;
import core.time;
import core.thread;
import std.algorithm;
import std.conv;
import std.datetime;
import std.exception;
import std.string : lastIndexOf;
import std.typecons;
import std.utf;

static if (__VERSION__ >= 2070) {
	import core.sys.windows.windows;
	import core.sys.windows.winsock2;
} else {
	import std.c.windows.windows;
	import std.c.windows.winsock;
}

enum WM_USER_SIGNAL = WM_USER+101;
enum WM_USER_SOCKET = WM_USER+102;

pragma(lib, "wsock32");
pragma(lib, "ws2_32");

/******************************************************************************/
/* class Win32EventDriver                                                     */
/******************************************************************************/

final class Win32EventDriver : EventDriver {
	import std.container : Array, BinaryHeap, heapify;
	import std.datetime : Clock;

	private {
		HWND m_hwnd;
		DWORD m_tid;
		DriverCore m_core;
		bool m_exit = false;
		SocketEventHandler[SOCKET] m_socketHandlers;
		HANDLE[] m_registeredEvents;
		HANDLE m_fileCompletionEvent;
		bool[Win32TCPConnection] m_fileWriters;

		TimerQueue!TimerInfo m_timers;
	}

	this(DriverCore core)
	{
		setupWindowClass();

		m_core = core;
		m_tid = GetCurrentThreadId();
		m_hwnd = CreateWindowA("VibeWin32MessageWindow", "VibeWin32MessageWindow", 0, 0,0,0,0, HWND_MESSAGE,null,null,null);

		SetWindowLongPtrA(m_hwnd, GWLP_USERDATA, cast(ULONG_PTR)cast(void*)this);
		assert(cast(Win32EventDriver)cast(void*)GetWindowLongPtrA(m_hwnd, GWLP_USERDATA) is this);

		WSADATA wd;
		enforce(WSAStartup(0x0202, &wd) == 0, "Failed to initialize WinSock");

		m_fileCompletionEvent = CreateEventW(null, false, false, null);
		m_registeredEvents ~= m_fileCompletionEvent;
	}

	void dispose()
	{
//		DestroyWindow(m_hwnd);
	}

	int runEventLoop()
	{
		void removePendingQuitMessages() {
			MSG msg;
			while (PeekMessageW(&msg, null, WM_QUIT, WM_QUIT, PM_REMOVE)) {}
		}

		// clear all possibly outstanding WM_QUIT messages to avoid
		// them having an influence this runEventLoop()
		removePendingQuitMessages();

		m_exit = false;
		while (!m_exit && haveEvents())
			runEventLoopOnce();

		// remove quit messages here to avoid them having an influence on
		// processEvets or runEventLoopOnce
		removePendingQuitMessages();
		return 0;
	}

	int runEventLoopOnce()
	{
		doProcessEvents(INFINITE);
		return 0;
	}

	bool processEvents()
	{
		return doProcessEvents(0);
	}

	bool doProcessEvents(uint timeout_msecs)
	{
		assert(m_tid == GetCurrentThreadId());

		waitForEvents(timeout_msecs);

		processTimers();

		MSG msg;
		//uint cnt = 0;
		while (PeekMessageW(&msg, null, 0, 0, PM_REMOVE)) {
			if( msg.message == WM_QUIT ) {
				m_exit = true;
				return false;
			}
			if( msg.message == WM_USER_SIGNAL )
				msg.hwnd = m_hwnd;
			TranslateMessage(&msg);
			DispatchMessageW(&msg);

			// process timers every now and then so that they don't get stuck
			//if (++cnt % 10 == 0) processTimers();
		}

		if (timeout_msecs != 0) m_core.notifyIdle();

		return true;
	}

	private bool haveEvents()
	{
		version(VibePartialAutoExit)
			return !m_fileWriters.byKey.empty || !m_socketHandlers.byKey.empty;
		else return true;
	}

	private void waitForEvents(uint timeout_msecs)
	{
		// if timers are pending, limit the wait time to the first timer timeout
		auto next_timer = m_timers.getFirstTimeout();
		if (timeout_msecs > 0 && next_timer != SysTime.max) {
			auto now = Clock.currStdTime();
			auto timer_timeout = (next_timer.stdTime - now) / 10_000;
			if (timeout_msecs == INFINITE || timer_timeout < timeout_msecs)
				timeout_msecs = cast(uint)(timer_timeout < 0 ? 0 : timer_timeout > uint.max ? uint.max : timer_timeout);
		}

		auto ret = MsgWaitForMultipleObjectsEx(cast(DWORD)m_registeredEvents.length, m_registeredEvents.ptr, timeout_msecs, QS_ALLEVENTS, MWMO_ALERTABLE|MWMO_INPUTAVAILABLE);
		if( ret == WAIT_OBJECT_0 ){
			Win32TCPConnection[] to_remove;
			foreach( fw; m_fileWriters.byKey )
				if( fw.testFileWritten() )
					to_remove ~= fw;
			foreach( fw; to_remove )
			m_fileWriters.remove(fw);
		}
	}

	private void processTimers()
	{
		if (!m_timers.anyPending) return;

		// process all timers that have expired up to now
		auto now = Clock.currTime(UTC());
		m_timers.consumeTimeouts(now, (timer, periodic, ref data) {
			Task owner = data.owner;
			auto callback = data.callback;
			if (!periodic) releaseTimer(timer);
			if (owner && owner.running) m_core.resumeTask(owner);
			if (callback) runTask(callback);
		});
	}

	void exitEventLoop()
	{
		m_exit = true;
		PostThreadMessageW(m_tid, WM_QUIT, 0, 0);
	}

	Win32FileStream openFile(Path path, FileMode mode)
	{
		assert(m_tid == GetCurrentThreadId());
		return new Win32FileStream(m_core, path, mode);
	}

	DirectoryWatcher watchDirectory(Path path, bool recursive)
	{
		assert(m_tid == GetCurrentThreadId());
		return new Win32DirectoryWatcher(m_core, path, recursive);
	}

	NetworkAddress resolveHost(string host, ushort family = AF_UNSPEC, bool use_dns = true)
	{
		static immutable ushort[] addrfamilies = [AF_INET, AF_INET6];

		NetworkAddress addr;
		foreach( af; addrfamilies ){
			if( family != af && family != AF_UNSPEC ) continue;
			addr.family = af;

			INT addrlen = addr.sockAddrLen;
			auto ret = WSAStringToAddressW(toUTFz!(immutable(wchar)*)(host), af, null, addr.sockAddr, &addrlen);
			if( ret != 0 ) continue;
			assert(addrlen == addr.sockAddrLen);
			return addr;
		}

		enforce(use_dns, "Invalid IP address string: "~host);

		LookupStatus status;
		status.task = Task.getThis();
		status.driver = this;
		status.finished = false;

		WSAOVERLAPPEDX overlapped;
		overlapped.Internal = 0;
		overlapped.InternalHigh = 0;
		overlapped.hEvent = cast(HANDLE)cast(void*)&status;

		version(none){ // Windows 8+
			void* aif;
			ADDRINFOEXW addr_hint;
			ADDRINFOEXW* addr_ret;
			addr_hint.ai_family = family;
			addr_hint.ai_socktype = SOCK_STREAM;
			addr_hint.ai_protocol = IPPROTO_TCP;

			enforce(GetAddrInfoExW(toUTFz!(immutable(wchar)*)(host), null, NS_DNS, null, &addr_hint, &addr_ret, null, &overlapped, &onDnsResult, null) == 0, "Failed to lookup host");
			while( !status.finished ) m_core.yieldForEvent();
			enforce(!status.error, "Failed to lookup host: "~to!string(status.error));

			aif = addr_ret;
			addr.family = cast(ubyte)addr_ret.ai_family;
			switch(addr.family){
				default: assert(false, "Invalid address family returned from host lookup.");
				case AF_INET: addr.sockAddrInet4 = *cast(sockaddr_in*)addr_ret.ai_addr; break;
				case AF_INET6: addr.sockAddrInet6 = *cast(sockaddr_in6*)addr_ret.ai_addr; break;
			}
			FreeAddrInfoExW(addr_ret);
		} else {
			auto he = gethostbyname(toUTFz!(immutable(char)*)(host));
			socketEnforce(he !is null, "Failed to look up host "~host);
			addr.family = he.h_addrtype;
			switch(addr.family){
				default: assert(false, "Invalid address family returned from host lookup.");
				case AF_INET: addr.sockAddrInet4.sin_addr = *cast(in_addr*)he.h_addr_list[0]; break;
				case AF_INET6: addr.sockAddrInet6.sin6_addr = *cast(in6_addr*)he.h_addr_list[0]; break;
			}
		}

		return addr;
	}

	Win32TCPConnection connectTCP(NetworkAddress addr, NetworkAddress bind_addr)
	{
		assert(m_tid == GetCurrentThreadId());

		auto sock = WSASocketW(AF_INET, SOCK_STREAM, IPPROTO_TCP, null, 0, WSA_FLAG_OVERLAPPED);
		socketEnforce(sock != INVALID_SOCKET, "Failed to create socket");

		socketEnforce(bind(sock, bind_addr.sockAddr, bind_addr.sockAddrLen) == 0, "Failed to bind socket");

		auto conn = new Win32TCPConnection(this, sock, addr);
		conn.connect(addr);
		return conn;
	}

	Win32TCPListener listenTCP(ushort port, void delegate(TCPConnection conn) conn_callback, string bind_address, TCPListenOptions options)
	{
		assert(m_tid == GetCurrentThreadId());
		auto addr = resolveHost(bind_address);
		addr.port = port;

		auto sock = WSASocketW(addr.family, SOCK_STREAM, IPPROTO_TCP, null, 0, WSA_FLAG_OVERLAPPED);
		socketEnforce(sock != INVALID_SOCKET, "Failed to create socket");

		socketEnforce(bind(sock, addr.sockAddr, addr.sockAddrLen) == 0,
			"Failed to bind listening socket");

		socketEnforce(listen(sock, 128) == 0,
			"Failed to listen");

		socklen_t balen = addr.sockAddrLen;
		socketEnforce(getsockname(sock, addr.sockAddr, &balen) == 0, "getsockname failed");

		// TODO: support TCPListenOptions.distribute

		return new Win32TCPListener(this, sock, addr, conn_callback, options);
	}

	Win32UDPConnection listenUDP(ushort port, string bind_address = "0.0.0.0")
	{
		assert(m_tid == GetCurrentThreadId());
		/*auto addr = resolveHost(bind_address);
		addr.port = port;*/

		assert(false);
	}

	Win32ManualEvent createManualEvent()
	{
		assert(m_tid == GetCurrentThreadId());
		return new Win32ManualEvent(this);
	}

	FileDescriptorEvent createFileDescriptorEvent(int file_descriptor, FileDescriptorEvent.Trigger events)
	{
		assert(false, "Not implemented.");
	}

	size_t createTimer(void delegate() callback) { return m_timers.create(TimerInfo(callback)); }

	void acquireTimer(size_t timer_id) { m_timers.getUserData(timer_id).refCount++; }
	void releaseTimer(size_t timer_id)
	{
		if (!--m_timers.getUserData(timer_id).refCount)
			m_timers.destroy(timer_id);
	}

	bool isTimerPending(size_t timer_id) { return m_timers.isPending(timer_id); }

	void rearmTimer(size_t timer_id, Duration dur, bool periodic)
	{
		if (!m_timers.isPending(timer_id))
			acquireTimer(timer_id);
		m_timers.schedule(timer_id, dur, periodic);
	}

	void stopTimer(size_t timer_id)
	{
		if (m_timers.isPending(timer_id))
			releaseTimer(timer_id);
		m_timers.unschedule(timer_id);
	}

	void waitTimer(size_t timer_id)
	{
		while (true) {
			auto data = &m_timers.getUserData(timer_id);
			assert(data.owner == Task.init, "Waiting for the same timer from multiple tasks is not supported.");
			if (!m_timers.isPending(timer_id)) return;
			data.owner = Task.getThis();
			scope (exit) m_timers.getUserData(timer_id).owner = Task.init;
			m_core.yieldForEvent();
		}
	}


	static struct LookupStatus {
		Task task;
		DWORD error;
		bool finished;
		Win32EventDriver driver;
	}

	private static nothrow extern(System)
	void onDnsResult(DWORD dwError, DWORD /*dwBytes*/, WSAOVERLAPPEDX* lpOverlapped)
	{
		auto stat = cast(LookupStatus*)cast(void*)lpOverlapped.hEvent;
		stat.error = dwError;
		stat.finished = true;
		if( stat.task )
			try stat.driver.m_core.resumeTask(stat.task);
			catch (UncaughtException th) logWarn("Resuming task for DNS lookup has thrown: %s", th.msg);
	}

	private static nothrow extern(System)
	LRESULT onMessage(HWND wnd, UINT msg, WPARAM wparam, LPARAM lparam)
	{
		auto driver = cast(Win32EventDriver)cast(void*)GetWindowLongPtrA(wnd, GWLP_USERDATA);
		switch(msg){
			default: break;
			case WM_USER_SIGNAL:
				auto sig = cast(Win32ManualEvent)cast(void*)lparam;
				Win32EventDriver[Task] lst;
				try {
					synchronized(sig.m_mutex) lst = sig.m_listeners.dup;
					foreach( task, tid; lst )
						if( tid is driver && task )
							driver.m_core.resumeTask(task);
				} catch(UncaughtException th){
					logWarn("Failed to resume signal listeners: %s", th.msg);
					return 0;
				}
				return 0;
			case WM_USER_SOCKET:
				SOCKET sock = cast(SOCKET)wparam;
				auto evt = LOWORD(lparam);
				auto err = HIWORD(lparam);
				auto ph = sock in driver.m_socketHandlers;
				if( ph is null ){
					logWarn("Socket %s has no associated handler for event %s/%s", sock, evt, err);
				} else ph.notifySocketEvent(sock, evt, err);
				return 0;
		}
		return DefWindowProcA(wnd, msg, wparam, lparam);
	}
}

interface SocketEventHandler {
	SOCKET socket() nothrow;
	void notifySocketEvent(SOCKET sock, WORD event, WORD error) nothrow;
}

private struct TimerInfo {
	size_t refCount = 1;
	void delegate() callback;
	Task owner;

	this(void delegate() callback) { this.callback = callback; }
}


/******************************************************************************/
/* class Win32ManualEvent                                                     */
/******************************************************************************/

final class Win32ManualEvent : ManualEvent {
	private {
		core.sync.mutex.Mutex m_mutex;
		Win32EventDriver m_driver;
		Win32EventDriver[Task] m_listeners;
		shared int m_emitCount = 0;
		Task m_waiter;
		bool m_timedOut;
	}

	this(Win32EventDriver driver)
	nothrow {
		scope (failure) assert(false); // Mutex.this() now nothrow < 2.070
		m_mutex = new core.sync.mutex.Mutex;
		m_driver = driver;
	}

	void emit()
	{
		scope (failure) assert(false); // AA.opApply is not nothrow
		/*auto newcnt =*/ atomicOp!"+="(m_emitCount, 1);
		bool[Win32EventDriver] threads;
		synchronized(m_mutex)
		{
			foreach( th; m_listeners )
				threads[th] = true;
		}
		foreach( th, _; threads )
			if( !PostMessageW(th.m_hwnd, WM_USER_SIGNAL, 0, cast(LPARAM)cast(void*)this) )
				logWarn("Failed to post thread message.");
	}

	void wait() { wait(m_emitCount); }
	int wait(int reference_emit_count) { return  doWait!true(reference_emit_count); }
	int wait(Duration timeout, int reference_emit_count) { return doWait!true(timeout, reference_emit_count); }
	int waitUninterruptible(int reference_emit_count) { return  doWait!false(reference_emit_count); }
	int waitUninterruptible(Duration timeout, int reference_emit_count) { return doWait!false(timeout, reference_emit_count); }

	void acquire()
	nothrow {
		static if (!synchronizedIsNothrow)
			scope (failure) assert(0, "Internal error: function should be nothrow");

		synchronized(m_mutex)
		{
			m_listeners[Task.getThis()] = cast(Win32EventDriver)getEventDriver();
		}
	}

	void release()
	nothrow {
		static if (!synchronizedIsNothrow)
			scope (failure) assert(0, "Internal error: function should be nothrow");

		auto self = Task.getThis();
		synchronized(m_mutex)
		{
			if( self in m_listeners )
				m_listeners.remove(self);
		}
	}

	bool amOwner()
	nothrow {
		static if (!synchronizedIsNothrow)
			scope (failure) assert(0, "Internal error: function should be nothrow");

		synchronized(m_mutex)
		{
			return (Task.getThis() in m_listeners) !is null;
		}
	}

	@property int emitCount() const { return atomicLoad(m_emitCount); }

	private int doWait(bool INTERRUPTIBLE)(int reference_emit_count)
	{
		//logDebugV("Signal %s wait enter %s", cast(void*)this, reference_emit_count);
		acquire();
		scope(exit) release();
		auto ec = atomicLoad(m_emitCount);
		while( ec == reference_emit_count ){
			static if (INTERRUPTIBLE) m_driver.m_core.yieldForEvent();
			else m_driver.m_core.yieldForEventDeferThrow();
			ec = atomicLoad(m_emitCount);
		}
		//logDebugV("Signal %s wait leave %s", cast(void*)this, ec);
		return ec;
	}

	private int doWait(bool INTERRUPTIBLE)(Duration timeout, int reference_emit_count = emitCount)
	{
		static if (!INTERRUPTIBLE) scope (failure) assert(false); // timer functions are still not nothrow

		acquire();
		scope(exit) release();
		auto ec = atomicLoad(m_emitCount);
		m_timedOut = false;
		m_waiter = Task.getThis();
		auto timer = m_driver.createTimer(null);
		scope(exit) m_driver.releaseTimer(timer);
		m_driver.m_timers.getUserData(timer).owner = Task.getThis();
		m_driver.rearmTimer(timer, timeout, false);
		while (ec == reference_emit_count && !m_driver.isTimerPending(timer)) {
			static if (INTERRUPTIBLE) m_driver.m_core.yieldForEvent();
			else m_driver.m_core.yieldForEventDeferThrow();
			ec = atomicLoad(m_emitCount);
		}
		return ec;
	}
}


/******************************************************************************/
/* class Win32FileStream                                                      */
/******************************************************************************/

final class Win32FileStream : FileStream {
	private {
		Path m_path;
		HANDLE m_handle;
		FileMode m_mode;
		DriverCore m_driver;
		Task m_task;
		ulong m_size;
		ulong m_ptr = 0;
		DWORD m_bytesTransferred;
	}

	this(DriverCore driver, Path path, FileMode mode)
	{
		m_path = path;
		m_mode = mode;
		m_driver = driver;

		auto access = m_mode == FileMode.readWrite ? (GENERIC_WRITE | GENERIC_READ) :
						(m_mode == FileMode.createTrunc || m_mode == FileMode.append)? GENERIC_WRITE : GENERIC_READ;

		auto shareMode = m_mode == FileMode.read? FILE_SHARE_READ : 0;

		auto creation = m_mode == FileMode.createTrunc? CREATE_ALWAYS : m_mode == FileMode.append? OPEN_ALWAYS : OPEN_EXISTING;

		m_handle = CreateFileW(
					toUTF16z(m_path.toNativeString()),
					access,
					shareMode,
					null,
					creation,
					FILE_FLAG_BACKUP_SEMANTICS | FILE_FLAG_OVERLAPPED,
					null);

		auto errorcode = GetLastError();
		enforce(m_handle != INVALID_HANDLE_VALUE, "Failed to open "~path.toNativeString()~": "~to!string(errorcode));
		if(mode == FileMode.createTrunc && errorcode == ERROR_ALREADY_EXISTS)
		{
			// truncate file
			// TODO: seek to start pos?
			BOOL ret = vibe.internal.win32.SetEndOfFile(m_handle);
			errorcode = GetLastError();
			enforce(ret, "Failed to call SetFileEndPos for path "~path.toNativeString()~", Error: " ~ to!string(errorcode));
		}

		long size;
		auto succeeded = GetFileSizeEx(m_handle, &size);
		enforce(succeeded);
		m_size = size;
	}

	~this()
	{
		close();
	}

	void release()
	{
		assert(m_task == Task.getThis(), "Releasing FileStream that is not owned by the calling task.");
		m_task = Task();
	}

	void acquire()
	{
		assert(m_task == Task(), "Acquiring FileStream that is already owned.");
		m_task = Task.getThis();
	}

	bool amOwner()
	{
		return m_task == Task.getThis();
	}

	void close()
	{
		if(m_handle == INVALID_HANDLE_VALUE)
			return;
		CloseHandle(m_handle);
		m_handle = INVALID_HANDLE_VALUE;
	}

	ulong tell() { return m_ptr; }

	@property Path path() const { return m_path; }

	@property bool isOpen() const { return m_handle != INVALID_HANDLE_VALUE; }

	@property ulong size() const { return m_size; }

	@property bool readable()
	const {
		return m_mode != FileMode.append;
	}

	@property bool writable()
	const {
		return m_mode == FileMode.append || m_mode == FileMode.createTrunc || m_mode == FileMode.readWrite;
	}

	void seek(ulong offset)
	{
		m_ptr = offset;
	}


	@property bool empty() const { assert(this.readable); return m_ptr >= m_size; }
	@property ulong leastSize() const { assert(this.readable); return m_size - m_ptr; }
	@property bool dataAvailableForRead(){
		return leastSize() > 0;
	}

	const(ubyte)[] peek(){
		assert(false);
	}

	void read(ubyte[] dst)
	{
		assert(this.readable);
		acquire();
		scope(exit) release();

		while( dst.length > 0 ){
			enforce(dst.length <= leastSize);
			OVERLAPPED overlapped;
			overlapped.Internal = 0;
			overlapped.InternalHigh = 0;
			overlapped.Offset = cast(uint)(m_ptr & 0xFFFFFFFF);
			overlapped.OffsetHigh = cast(uint)(m_ptr >> 32);
			overlapped.hEvent = cast(HANDLE)cast(void*)this;
			m_bytesTransferred = 0;

			auto to_read = min(dst.length, DWORD.max);

			// request to write the data
			ReadFileEx(m_handle, cast(void*)dst, to_read, &overlapped, &onIOCompleted);

			// yield until the data is read
			while( !m_bytesTransferred ) m_driver.yieldForEvent();

			assert(m_bytesTransferred <= to_read, "More bytes read than requested!?");
			dst = dst[m_bytesTransferred .. $];
			m_ptr += m_bytesTransferred;
		}
	}

	void write(in ubyte[] bytes_)
	{
		assert(this.writable);
		acquire();
		scope(exit) release();

		const(ubyte)[] bytes = bytes_;

		while( bytes.length > 0 ){
			OVERLAPPED overlapped;
			overlapped.Internal = 0;
			overlapped.InternalHigh = 0;
			overlapped.Offset = cast(uint)(m_ptr & 0xFFFFFFFF);
			overlapped.OffsetHigh = cast(uint)(m_ptr >> 32);
			overlapped.hEvent = cast(HANDLE)cast(void*)this;
			m_bytesTransferred = 0;

			auto to_write = min(bytes.length, DWORD.max);

			// request to write the data
			WriteFileEx(m_handle, cast(void*)bytes, to_write, &overlapped, &onIOCompleted);

			// yield until the data is written
			while( !m_bytesTransferred ) m_driver.yieldForEvent();

			assert(m_bytesTransferred <= to_write, "More bytes written than requested!?");
			bytes = bytes[m_bytesTransferred .. $];
			m_ptr += m_bytesTransferred;
		}
		if(m_ptr > m_size) m_size = m_ptr;
	}

	void flush(){}

	void finalize(){}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	private static extern(System) nothrow
	void onIOCompleted(DWORD dwError, DWORD cbTransferred, OVERLAPPED* overlapped)
	{
		try {
			auto fileStream = cast(Win32FileStream)(overlapped.hEvent);
			fileStream.m_bytesTransferred = cbTransferred;
			if( fileStream.m_task ){
				Exception ex;
				if( dwError != 0 ) ex = new Exception("File I/O error: "~to!string(dwError));
				if( fileStream.m_task ) fileStream.m_driver.resumeTask(fileStream.m_task, ex);
			}
		} catch( UncaughtException e ){
			logWarn("Exception while handling file I/O: %s", e.msg);
		}
	}
}


/******************************************************************************/
/* class Win32Directory Watcher                                               */
/******************************************************************************/

final class Win32DirectoryWatcher : DirectoryWatcher {
	private {
		Path m_path;
		bool m_recursive;
		HANDLE m_handle;
		DWORD m_bytesTransferred;
		DriverCore m_core;
		ubyte[16384] m_buffer;
		UINT m_notifications = FILE_NOTIFY_CHANGE_FILE_NAME|FILE_NOTIFY_CHANGE_DIR_NAME|
			FILE_NOTIFY_CHANGE_SIZE|FILE_NOTIFY_CHANGE_LAST_WRITE;
		Task m_task;
	}

	this(DriverCore core, Path path, bool recursive)
	{
		m_core = core;
		m_path = path;
		m_recursive = recursive;
		m_task = Task.getThis();

		auto pstr = m_path.toString();
		m_handle = CreateFileW(toUTFz!(const(wchar)*)(pstr),
							   FILE_LIST_DIRECTORY,
							   FILE_SHARE_READ | FILE_SHARE_WRITE | FILE_SHARE_DELETE,
							   null,
							   OPEN_EXISTING,
							   FILE_FLAG_BACKUP_SEMANTICS | FILE_FLAG_OVERLAPPED,
							   null);
	}

	~this()
	{
		CloseHandle(m_handle);
	}

	@property Path path() const { return m_path; }
	@property bool recursive() const { return m_recursive; }

	void release()
	{
		assert(m_task == Task.getThis(), "Releasing FileStream that is not owned by the calling task.");
		m_task = Task();
	}

	void acquire()
	{
		assert(m_task == Task(), "Acquiring FileStream that is already owned.");
		m_task = Task.getThis();
	}

	bool amOwner()
	{
		return m_task == Task.getThis();
	}

	bool readChanges(ref DirectoryChange[] dst, Duration timeout)
	{
		OVERLAPPED overlapped;
		overlapped.Internal = 0;
		overlapped.InternalHigh = 0;
		overlapped.Offset = 0;
		overlapped.OffsetHigh = 0;
		overlapped.hEvent = cast(HANDLE)cast(void*)this;

		m_bytesTransferred = 0;
		DWORD bytesReturned;
		if( !ReadDirectoryChangesW(m_handle, m_buffer.ptr, m_buffer.length, m_recursive,
								   m_notifications, &bytesReturned, &overlapped, &onIOCompleted) )
		{
			logError("Failed to read directory changes in '%s'", m_path);
			return false;
		}

		// FIXME: obey timeout!
		assert(timeout.isNegative());
		while( !m_bytesTransferred ) m_core.yieldForEvent();

		ubyte[] result = m_buffer[0 .. m_bytesTransferred];
		do {
			assert(result.length >= FILE_NOTIFY_INFORMATION.sizeof);
			auto fni = cast(FILE_NOTIFY_INFORMATION*)result.ptr;
			DirectoryChangeType kind;
			switch( fni.Action ){
				default: kind = DirectoryChangeType.modified; break;
				case 0x1: kind = DirectoryChangeType.added; break;
				case 0x2: kind = DirectoryChangeType.removed; break;
				case 0x3: kind = DirectoryChangeType.modified; break;
				case 0x4: kind = DirectoryChangeType.removed; break;
				case 0x5: kind = DirectoryChangeType.added; break;
			}
			string filename = to!string(fni.FileName[0 .. fni.FileNameLength/2]);
			dst ~= DirectoryChange(kind, Path(filename));
			//logTrace("File changed: %s", fni.FileName.ptr[0 .. fni.FileNameLength/2]);
			if( fni.NextEntryOffset == 0 ) break;
			result = result[fni.NextEntryOffset .. $];
		} while(result.length > 0);

		return true;
	}

	static nothrow extern(System)
	{
		void onIOCompleted(DWORD dwError, DWORD cbTransferred, OVERLAPPED* overlapped)
		{
			try {
				auto watcher = cast(Win32DirectoryWatcher)overlapped.hEvent;
				watcher.m_bytesTransferred = cbTransferred;
				if( watcher.m_task ){
					Exception ex;
					if( dwError != 0 ) ex = new Exception("Diretory watcher error: "~to!string(dwError));
					if( watcher.m_task ) watcher.m_core.resumeTask(watcher.m_task, ex);
				}
			} catch( UncaughtException th ){
				logWarn("Exception in directory watcher callback: %s", th.msg);
			}
		}
	}
}


/******************************************************************************/
/* class Win32UDPConnection                                                   */
/******************************************************************************/

final class Win32UDPConnection : UDPConnection, SocketEventHandler {
	private {
		Task m_task;
		Win32EventDriver m_driver;
		SOCKET m_socket;
		NetworkAddress m_bindAddress;
		bool m_canBroadcast;
	}

	this(Win32EventDriver driver, SOCKET sock, NetworkAddress bind_addr)
	{
		m_driver = driver;
		m_socket = sock;
		m_bindAddress = bind_addr;

		WSAAsyncSelect(sock, m_driver.m_hwnd, WM_USER_SOCKET, FD_READ|FD_WRITE|FD_CLOSE);

		//bind...
	}

	@property SOCKET socket() { return m_socket; }

	@property string bindAddress() const {
		// NOTE: using WSAAddressToStringW instead of inet_ntop because that is only available from Vista up
		wchar[64] buf;
		DWORD buf_len = 64;
		WSAAddressToStringW(m_bindAddress.sockAddr, m_bindAddress.sockAddrLen, null, buf.ptr, &buf_len);
		auto ret = to!string(buf[0 .. buf_len]);
		ret = ret[0 .. ret.lastIndexOf(':')]; // strip the port number
		return ret;
	}

	@property NetworkAddress localAddress() const { return m_bindAddress; }

	@property bool canBroadcast() const { return m_canBroadcast; }
	@property void canBroadcast(bool val)
	{
		int tmp_broad = val;
		socketEnforce(setsockopt(m_socket, SOL_SOCKET, SO_BROADCAST, &tmp_broad, tmp_broad.sizeof) == 0,
				"Failed to change the socket broadcast flag");
		m_canBroadcast = val;
	}

	void close()
	{
		if (m_socket == INVALID_SOCKET) return;
		closesocket(m_socket);
		m_socket = INVALID_SOCKET;
	}

	bool amOwner() {
		return m_task != Task() && m_task == Task.getThis();
	}

	void acquire()
	{
		assert(m_task == Task(), "Trying to acquire a TCP connection that is currently owned.");
		m_task = Task.getThis();
	}

	void release()
	{
		assert(m_task != Task(), "Trying to release a TCP connection that is not owned.");
		assert(m_task == Task.getThis(), "Trying to release a foreign TCP connection.");
		m_task = Task();
	}

	void connect(string host, ushort port)
	{
		NetworkAddress addr = m_driver.resolveHost(host, m_bindAddress.family);
		addr.port = port;
		connect(addr);
	}
	void connect(NetworkAddress addr)
	{
		socketEnforce(.connect(m_socket, addr.sockAddr, addr.sockAddrLen) == 0, "Failed to connect UDP socket");
	}

	void send(in ubyte[] data, in NetworkAddress* peer_address = null)
	{
		assert(data.length <= int.max);
		sizediff_t ret;
		if( peer_address ){
			ret = .sendto(m_socket, data.ptr, cast(int)data.length, 0, peer_address.sockAddr, peer_address.sockAddrLen);
		} else {
			ret = .send(m_socket, data.ptr, cast(int)data.length, 0);
		}
		logTrace("send ret: %s, %s", ret, WSAGetLastError());
		socketEnforce(ret >= 0, "Error sending UDP packet");
		enforce(ret == data.length, "Unable to send full packet.");
	}

	ubyte[] recv(ubyte[] buf = null, NetworkAddress* peer_address = null)
	{
		return recv(Duration.max, buf, peer_address);
	}

	ubyte[] recv(Duration timeout, ubyte[] buf = null, NetworkAddress* peer_address = null)
	{
		size_t tm;
		if (timeout != Duration.max && timeout > 0.seconds) {
			tm = m_driver.createTimer(null);
			m_driver.rearmTimer(tm, timeout, false);
			m_driver.acquireTimer(tm);
		}

		acquire();
		scope(exit) {
			release();
			if (tm != size_t.max) m_driver.releaseTimer(tm);
		}

		assert(buf.length <= int.max);
		if( buf.length == 0 ) buf.length = 65507;
		NetworkAddress from;
		from.family = m_bindAddress.family;
		while(true){
			socklen_t addr_len = from.sockAddrLen;
			auto ret = .recvfrom(m_socket, buf.ptr, cast(int)buf.length, 0, from.sockAddr, &addr_len);
			if( ret > 0 ){
				if( peer_address ) *peer_address = from;
				return buf[0 .. ret];
			}
			if( ret < 0 ){
				auto err = WSAGetLastError();
				logDebug("UDP recv err: %s", err);
				socketEnforce(err == WSAEWOULDBLOCK, "Error receiving UDP packet");

				if (timeout != Duration.max) {
					enforce(timeout > 0.seconds && m_driver.isTimerPending(tm), "UDP receive timeout.");
				}
			}
			m_driver.m_core.yieldForEvent();
		}
	}

	void notifySocketEvent(SOCKET sock, WORD event, WORD error)
	{
		assert(false);
	}

	private static nothrow extern(C) void onUDPRead(SOCKET sockfd, short evts, void* arg)
	{
		/*auto ctx = cast(TCPContext*)arg;
		logTrace("udp socket %d read event!", ctx.socketfd);

		try {
			auto f = ctx.task;
			if( f && f.state != Fiber.State.TERM )
				ctx.core.resumeTask(f);
		} catch( UncaughtException e ){
			logError("Exception onUDPRead: %s", e.msg);
			debug assert(false);
		}*/
	}
}


/******************************************************************************/
/* class Win32TCPConnection                                                   */
/******************************************************************************/

enum ConnectionStatus { Initialized, Connected, Disconnected }

final class Win32TCPConnection : TCPConnection, SocketEventHandler {
	private {
		Win32EventDriver m_driver;
		Task m_readOwner;
		Task m_writeOwner;
		bool m_tcpNoDelay;
		Duration m_readTimeout;
		bool m_keepAlive;
		SOCKET m_socket;
		NetworkAddress m_localAddress;
		NetworkAddress m_peerAddress;
		string m_peerAddressString;
		DWORD m_bytesTransferred;
		ConnectionStatus m_status;
		FixedRingBuffer!(ubyte, 64*1024) m_readBuffer;
		void delegate(TCPConnection) m_connectionCallback;
		Exception m_exception;

		HANDLE m_transferredFile;
		OVERLAPPED m_fileOverlapped;
	}

	this(Win32EventDriver driver, SOCKET sock, NetworkAddress peer_address, ConnectionStatus status = ConnectionStatus.Initialized)
	{
		m_driver = driver;
		m_socket = sock;
		m_driver.m_socketHandlers[sock] = this;
		m_status = status;

		m_localAddress.family = peer_address.family;
		if (peer_address.family == AF_INET) m_localAddress.sockAddrInet4.sin_addr.s_addr = 0;
		else m_localAddress.sockAddrInet6.sin6_addr.s6_addr[] = 0;
		socklen_t balen = m_localAddress.sockAddrLen;
		socketEnforce(getsockname(sock, m_localAddress.sockAddr, &balen) == 0, "getsockname failed");

		m_peerAddress = peer_address;

		// NOTE: using WSAAddressToStringW instead of inet_ntop because that is only available from Vista up
		wchar[64] buf;
		DWORD buflen = buf.length;
		socketEnforce(WSAAddressToStringW(m_peerAddress.sockAddr, m_peerAddress.sockAddrLen, null, buf.ptr, &buflen) == 0, "Failed to get string representation of peer address");
		m_peerAddressString = to!string(buf[0 .. buflen]);
		m_peerAddressString = m_peerAddressString[0 .. m_peerAddressString.lastIndexOf(':')]; // strip the port number

		// setup overlapped structure for copy-less file sending
		m_fileOverlapped.Internal = 0;
		m_fileOverlapped.InternalHigh = 0;
		m_fileOverlapped.Offset = 0;
		m_fileOverlapped.OffsetHigh = 0;
		m_fileOverlapped.hEvent = m_driver.m_fileCompletionEvent;

		WSAAsyncSelect(sock, m_driver.m_hwnd, WM_USER_SOCKET, FD_READ|FD_WRITE|FD_CONNECT|FD_CLOSE);
	}

	~this()
	{
		/*if( m_socket != -1 ){
			closesocket(m_socket);
		}*/
	}

	@property SOCKET socket() { return m_socket; }

	private void connect(NetworkAddress addr)
	{
		enforce(m_status != ConnectionStatus.Connected, "Connection is already established.");
		acquire();
		scope(exit) release();

		auto ret = .connect(m_socket, addr.sockAddr, addr.sockAddrLen);
		//enforce(WSAConnect(m_socket, addr.sockAddr, addr.sockAddrLen, null, null, null, null), "Failed to connect to host");

		if (ret != 0) {
			auto err = WSAGetLastError();
			logDebugV("connect err: %s", err);
			import std.string;
			socketEnforce(err == WSAEWOULDBLOCK, "Connect call failed");
			while (m_status != ConnectionStatus.Connected) {
				m_driver.m_core.yieldForEvent();
				if (m_exception) throw m_exception;
			}
		}
		assert(m_status == ConnectionStatus.Connected);
	}

	void release()
	{
		assert(m_readOwner == Task.getThis() && m_readOwner == m_writeOwner, "Releasing TCP connection that is not owned by the calling task.");
		m_readOwner = m_writeOwner = Task();
	}

	void acquire()
	{
		assert(m_readOwner == Task() && m_writeOwner == Task(), "Acquiring TCP connection that is currently owned.");
		m_readOwner = m_writeOwner = Task.getThis();
	}

	bool amOwner() { return Task.getThis() == m_readOwner && m_readOwner == m_writeOwner; }

	@property void tcpNoDelay(bool enabled)
	{
		m_tcpNoDelay = enabled;
		BOOL eni = enabled;
		setsockopt(m_socket, IPPROTO_TCP, TCP_NODELAY, &eni, eni.sizeof);
	}
	@property bool tcpNoDelay() const { return m_tcpNoDelay; }

	@property void readTimeout(Duration v)
	{
		m_readTimeout = v;
		auto msecs = v.total!"msecs"();
		assert(msecs < DWORD.max);
		DWORD vdw = cast(DWORD)msecs;
		setsockopt(m_socket, SOL_SOCKET, SO_RCVTIMEO, &vdw, vdw.sizeof);
	}
	@property Duration readTimeout() const { return m_readTimeout; }

	@property void keepAlive(bool enabled)
	{
		m_keepAlive = enabled;
		BOOL eni = enabled;
		setsockopt(m_socket, SOL_SOCKET, SO_KEEPALIVE, &eni, eni.sizeof);
	}
	@property bool keepAlive() const { return m_keepAlive; }

	@property bool connected() const { return m_status == ConnectionStatus.Connected; }

	@property string peerAddress() const { return m_peerAddressString; }

	@property NetworkAddress localAddress() const { return m_localAddress; }
	@property NetworkAddress remoteAddress() const { return m_peerAddress; }

	@property bool empty() { return leastSize == 0; }

	@property ulong leastSize()
	{
		acquireReader();
		scope(exit) releaseReader();

		while( m_readBuffer.empty ){
			if( !connected ) return 0;
			m_driver.m_core.yieldForEvent();
		}
		return m_readBuffer.length;
	}

	@property bool dataAvailableForRead()
	{
		acquireReader();
		scope(exit) releaseReader();
		return !m_readBuffer.empty;
	}

	void close()
	{
		acquire();
		scope(exit) release();
		WSASendDisconnect(m_socket, null);
		closesocket(m_socket);
		m_socket = -1;
		m_status = ConnectionStatus.Disconnected;
	}

	bool waitForData(Duration timeout)
	{
		if (timeout == 0.seconds)
			logDebug("Warning: use Duration.max as an argument to waitForData() to wait infinitely, not 0.seconds.");

		acquireReader();
		scope(exit) releaseReader();
		if (timeout != Duration.max && timeout != 0.seconds) {
			auto tm = m_driver.createTimer(null);
			scope(exit) m_driver.releaseTimer(tm);
			m_driver.m_timers.getUserData(tm).owner = Task.getThis();
			m_driver.rearmTimer(tm, timeout, false);
			while (m_readBuffer.empty) {
				if (!connected) return false;
				m_driver.m_core.yieldForEvent();
				if (!m_driver.isTimerPending(tm)) return false;
			}
		} else {
			while (m_readBuffer.empty) {
				if (!connected) return false;
				m_driver.m_core.yieldForEvent();
			}
		}
		return true;
	}

	const(ubyte)[] peek()
	{
		acquireReader();
		scope(exit) releaseReader();
		return m_readBuffer.peek();
	}

	void read(ubyte[] dst)
	{
		acquireReader();
		scope(exit) releaseReader();

		while( dst.length > 0 ){
			while( m_readBuffer.empty ){
				checkConnected();
				m_driver.m_core.yieldForEvent();
			}
			size_t amt = min(dst.length, m_readBuffer.length);

			m_readBuffer.read(dst[0 .. amt]);
			dst = dst[amt .. $];
		}
	}

	void write(in ubyte[] bytes_)
	{
		acquireWriter();
		scope(exit) releaseWriter();

		checkConnected();
		const(ubyte)[] bytes = bytes_;
		logTrace("TCP write with %s bytes called", bytes.length);

		WSAOVERLAPPEDX overlapped;
		overlapped.Internal = 0;
		overlapped.InternalHigh = 0;
		overlapped.Offset = 0;
		overlapped.OffsetHigh = 0;
		overlapped.hEvent = cast(HANDLE)cast(void*)this;

		while( bytes.length > 0 ){
			WSABUF buf;
			buf.len = bytes.length;
			buf.buf = cast(ubyte*)bytes.ptr;

			m_bytesTransferred = 0;
			logTrace("Sending %s bytes TCP", buf.len);
			auto ret = WSASend(m_socket, &buf, 1, null, 0, &overlapped, &onIOWriteCompleted);
			if( ret == SOCKET_ERROR ){
				auto err = WSAGetLastError();
				socketEnforce(err == WSA_IO_PENDING, "Failed to send data");
			}
			while( !m_bytesTransferred ) m_driver.m_core.yieldForEvent();

			assert(m_bytesTransferred <= bytes.length, "More data sent than requested!?");
			bytes = bytes[m_bytesTransferred .. $];
		}
	}

	void flush()
	{
		acquireWriter();
		scope(exit) releaseWriter();

		checkConnected();
	}

	void finalize()
	{
		flush();
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		// special case sending of files
		if( auto fstream = cast(Win32FileStream)stream ){
			if( fstream.tell() == 0 && fstream.size <= 1<<31 ){
				acquireWriter();
				m_bytesTransferred = 0;
				m_driver.m_fileWriters[this] = true;
				scope(exit) {
					if (this in m_driver.m_fileWriters)
						m_driver.m_fileWriters.remove(this);
					releaseWriter();
				}
				logDebug("Using sendfile! %s %s %s", fstream.m_handle, fstream.tell(), fstream.size);

				if( TransmitFile(m_socket, fstream.m_handle, 0, 0, &m_fileOverlapped, null, 0) )
					m_bytesTransferred = 1;

				socketEnforce(WSAGetLastError() == WSA_IO_PENDING, "Failed to send file over TCP.");

				while( m_bytesTransferred < fstream.size ) m_driver.m_core.yieldForEvent();
				return;
			}
		}

		writeDefault(stream, nbytes);
	}

	InputStream acquireReader() { assert(m_readOwner == Task()); m_readOwner = Task.getThis(); return this; }
	void releaseReader() { assert(m_readOwner == Task.getThis()); m_readOwner = Task(); }
	bool amReadOwner() const { return m_readOwner == Task.getThis(); }

	OutputStream acquireWriter() { assert(m_writeOwner == Task()); m_writeOwner = Task.getThis(); return this; }
	void releaseWriter() { assert(m_writeOwner == Task.getThis()); m_writeOwner = Task(); }
	bool amWriteOwner() const { return m_writeOwner == Task.getThis(); }

	private void checkConnected()
	{
		// TODO!
	}

	private bool testFileWritten()
	{
		if( !GetOverlappedResult(m_transferredFile, &m_fileOverlapped, &m_bytesTransferred, false) ){
			if( GetLastError() != ERROR_IO_PENDING ){
				auto ex = new Exception("File transfer over TCP failed.");
				if (m_writeOwner != Task.init) {
					m_driver.m_core.resumeTask(m_writeOwner, ex);
					return true;
				} else throw ex;
			}
			return false;
		} else {
			if (m_writeOwner != Task.init) m_driver.m_core.resumeTask(m_writeOwner);
			return true;
		}
	}

	void notifySocketEvent(SOCKET sock, WORD event, WORD error)
	nothrow {
		try {
			logDebugV("Socket event for %s: %s, error: %s", sock, event, error);
			if (m_socket == -1) {
				logDebug("Event for already closed socket - ignoring");
				return;
			}
			assert(sock == m_socket);
			Exception ex;
			switch(event){
				default: break;
				case FD_CONNECT: // doesn't seem to occur, but we handle it just in case
					if (error) {
						ex = new SystemSocketException("Failed to connect to host", error);
						m_status = ConnectionStatus.Disconnected;
					} else m_status = ConnectionStatus.Connected;
					if (m_writeOwner) m_driver.m_core.resumeTask(m_writeOwner, ex);
					break;
				case FD_READ:
					logTrace("TCP read event");
					while (m_readBuffer.freeSpace > 0) {
						auto dst = m_readBuffer.peekDst();
						assert(dst.length <= int.max);
						logTrace("Try to read up to %s bytes", dst.length);
						auto ret = .recv(m_socket, dst.ptr, cast(int)dst.length, 0);
						if (ret >= 0) {
							logTrace("received %s bytes", ret);
							if( ret == 0 ) break;
							m_readBuffer.putN(ret);
						} else {
							auto err = WSAGetLastError();
							if( err != WSAEWOULDBLOCK ){
								logTrace("receive error %s", err);
								ex = new SystemSocketException("Error reading data from socket", error);
							}
							break;
						}
					}

					//m_driver.m_core.resumeTask(m_readOwner, ex);
					/*WSABUF buf;
					buf.len = dst.length;
					buf.buf = dst.ptr;
					DWORD flags = 0;

					WSAOVERLAPPEDX overlapped;
					overlapped.Internal = 0;
					overlapped.InternalHigh = 0;
					overlapped.Offset = 0;
					overlapped.OffsetHigh = 0;
					overlapped.hEvent = cast(HANDLE)cast(void*)this;

					m_bytesTransferred = 0;
					auto ret = WSARecv(m_socket, &buf, 1, null, &flags, &overlapped, &onIOCompleted);
					if( ret == SOCKET_ERROR ){
						auto err = WSAGetLastError();
						socketEnforce(err == WSA_IO_PENDING, "Failed to receive data");
					}
					while( !m_bytesTransferred ) m_driver.m_core.yieldForEvent();

					assert(m_bytesTransferred <= dst.length, "More data received than requested!?");
					m_readBuffer.pushN(m_bytesTransferred);*/
					if (m_readOwner) m_driver.m_core.resumeTask(m_readOwner, ex);
					break;
				case FD_WRITE:
					if (m_status == ConnectionStatus.Initialized) {
						if( error ){
							ex = new SystemSocketException("Failed to connect to host", error);
						} else m_status = ConnectionStatus.Connected;
					}
					if (m_writeOwner) m_driver.m_core.resumeTask(m_writeOwner, ex);
					break;
				case FD_CLOSE:
					if (error) {
						if (m_status == ConnectionStatus.Initialized) {
							ex = new SystemSocketException("Failed to connect to host", error);
						} else {
							ex = new SystemSocketException("The connection was closed with an error", error);
						}
					} else {
						m_status = ConnectionStatus.Disconnected;
						closesocket(m_socket);
						m_socket = -1;
					}
					if (m_writeOwner) m_driver.m_core.resumeTask(m_writeOwner, ex);
					break;
			}

			if (ex) m_exception = ex;
		} catch( UncaughtException th ){
			logWarn("Exception while handling socket event: %s", th.msg);
		}
	}

	private void runConnectionCallback(TCPListenOptions options)
	{
		try {
			m_connectionCallback(this);
			logDebug("task out (fd %d).", m_socket);
		} catch( Exception e ){
			logWarn("Handling of connection failed: %s", e.msg);
			logDiagnostic("%s", e.toString());
		} finally {
			if (!(options & TCPListenOptions.disableAutoClose) && this.connected) close();
		}
	}

	private static extern(System) nothrow
	void onIOWriteCompleted(DWORD dwError, DWORD cbTransferred, WSAOVERLAPPEDX* lpOverlapped, DWORD dwFlags)
	{
		logTrace("IO completed for TCP send: %s (error=%s)", cbTransferred, dwError);
		try {
			auto conn = cast(Win32TCPConnection)(lpOverlapped.hEvent);
			conn.m_bytesTransferred = cbTransferred;
			if (conn.m_writeOwner != Task.init) {
				Exception ex;
				if( dwError != 0 ) ex = new Exception("Socket I/O error: "~to!string(dwError));
				conn.m_driver.m_core.resumeTask(conn.m_writeOwner, ex);
			}
		} catch( UncaughtException th ){
			logWarn("Exception while handling TCP I/O: %s", th.msg);
		}
	}
}

/******************************************************************************/
/* class Win32TCPListener                                                     */
/******************************************************************************/

final class Win32TCPListener : TCPListener, SocketEventHandler {
	private {
		Win32EventDriver m_driver;
		SOCKET m_socket;
		NetworkAddress m_bindAddress;
		void delegate(TCPConnection conn) m_connectionCallback;
		TCPListenOptions m_options;
	}

	this(Win32EventDriver driver, SOCKET sock, NetworkAddress bind_addr, void delegate(TCPConnection conn) conn_callback, TCPListenOptions options)
	{
		m_driver = driver;
		m_socket = sock;
		m_bindAddress = bind_addr;
		m_connectionCallback = conn_callback;
		m_driver.m_socketHandlers[sock] = this;
		m_options = options;

		WSAAsyncSelect(sock, m_driver.m_hwnd, WM_USER_SOCKET, FD_ACCEPT);
	}

	@property NetworkAddress bindAddress()
	{
		return m_bindAddress;
	}

	void stopListening()
	{
		if( m_socket == -1 ) return;
		closesocket(m_socket);
		m_socket = -1;
	}

	SOCKET socket() nothrow { return m_socket; }

	void notifySocketEvent(SOCKET sock, WORD event, WORD error)
	nothrow {
		assert(sock == m_socket);
		switch(event){
			default: assert(false);
			case FD_ACCEPT:
				try {
					NetworkAddress addr;
					addr.family = AF_INET6;
					int addrlen = addr.sockAddrLen;
					auto clientsock = WSAAccept(sock, addr.sockAddr, &addrlen, null, 0);
					assert(addrlen == addr.sockAddrLen);
					// TODO avoid GC allocations for delegate and Win32TCPConnection
					auto conn = new Win32TCPConnection(m_driver, clientsock, addr, ConnectionStatus.Connected);
					conn.m_connectionCallback = m_connectionCallback;
					runTask(&conn.runConnectionCallback, m_options);
				} catch( Exception e ){
					logWarn("Exception white accepting TCP connection: %s", e.msg);
					try logDiagnostic("Exception white accepting TCP connection: %s", e.toString());
					catch( Exception ){}
				}
				break;
		}
	}
}


private {
	struct TimerMapTraits {
		enum clearValue = UINT_PTR.max;
		static bool equals(UINT_PTR a, UINT_PTR b) { return a == b; }
	}
	__gshared s_setupWindowClass = false;
}

void setupWindowClass() nothrow
{
	if( s_setupWindowClass ) return;
	WNDCLASSA wc;
	wc.lpfnWndProc = &Win32EventDriver.onMessage;
	wc.lpszClassName = "VibeWin32MessageWindow";
	RegisterClassA(&wc);
	s_setupWindowClass = true;
}

version (VibeDebugCatchAll) private alias UncaughtException = Throwable;
else private alias UncaughtException = Exception;

} // version(VibeWin32Driver)
vibe.d-0.7.30/source/vibe/core/drivers/winrt.d000066400000000000000000000144621304441332000211140ustar00rootroot00000000000000/**
	WinRT driver implementation

	Copyright: © 2012-2013 Sönke Ludwig
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.drivers.winrt;

version(VibeWinrtDriver)
{

	import vibe.core.driver;
	import vibe.inet.url;
	import deimos.winrt.windows.applicationmodel.core;
	import deimos.winrt.windows.ui.core;
	import deimos.winrt.windows.ui.xaml._ : DispatcherTimer;
	import winrtd.generics;
	import deimos.winrt.windows.foundation._;
	import deimos.winrt._;
	import deimos.winrt.roapi;
	import winrtd.comsupport;
	import winrtd.roapi;

	import core.atomic;
	import core.time;

	shared static this()
	{
		comCheck(RoInitialize(RO_INIT_TYPE.MULTITHREADED), "RoInitialize");
	}

	shared static ~this()
	{
		RoUninitialize();
	}

	final class WinRTEventDriver : EventDriver {
		private {
			DriverCore m_core;
			bool m_exit = false;
		}

		this(DriverCore core)
		{
			m_core = core;

		}

		void dispose()
		{
		}

		int runEventLoop()
		{
			processEventsInternal(CoreProcessEventsOption.ProcessUntilQuit);
			return 0;
		}

		int runEventLoopOnce()
		{
			processEventsInternal(CoreProcessEventsOption.ProcessOneAndAllPending);
			return 0;
		}

		bool processEvents()
		{
			return processEventsInternal(CoreProcessEventsOption.ProcessAllIfPresent);
		}

		bool processEventsInternal(CoreProcessEventsOption mode)
		{
			auto window = CoreWindow.getForCurrentThread();
			window.dispatcher.processEvents(mode);
			return window.visible;
		}

		void exitEventLoop()
		{
			CoreWindow.getForCurrentThread().close();
			//CoreApplication.exit();
		}

		FileStream openFile(Path path, FileMode mode)
		{
			//return new WinRTFileStream(path, mode);
			import vibe.core.drivers.threadedfile;
			return new ThreadedFileStream(path, mode);
		}

		DirectoryWatcher watchDirectory(Path path, bool recursive)
		{
			assert(false);
		}

		NetworkAddress resolveHost(string host, ushort family, bool use_dns)
		{
			assert(false);
		}

		WinRTTCPConnection connectTCP(string host, ushort port)
		{
			assert(false);
		}

		TCPListener listenTCP(ushort port, void delegate(TCPConnection conn) conn_callback, string bind_address, TCPListenOptions options)
		{
			assert(false);
		}

		UDPConnection listenUDP(ushort port, string bind_address = "0.0.0.0")
		{
			assert(false);
		}

		WinRTManualEvent createManualEvent()
		{
			return new WinRTManualEvent(this);
		}

		WinRTTimer createTimer(void delegate() callback)
		{
			return new WinRTTimer(this, callback);
		}
	}

	class WinRTManualEvent : ManualEvent {
		private {
			WinRTEventDriver m_driver;
			shared(int) m_emitCount;
			Task[] m_waiters;
		}

		this(WinRTEventDriver driver)
		{
			m_driver = driver;
		}

		@property int emitCount() const { return m_emitCount; }

		void emit()
		{
			atomicOp!"+="(m_emitCount, 1);
			auto wtrs = m_waiters;
			m_waiters = null;
			foreach (t; wtrs)
				m_driver.m_core.resumeTask(t);
		}

		void wait()
		{
			wait(this.emitCount);
		}

		int wait(int reference_emit_count)
		{
			m_waiters ~= Task.getThis();
			int rc;
			while ((rc = this.emitCount) == reference_emit_count) m_driver.m_core.yieldForEvent();
			return rc;
		}

		int wait(Duration timeout, int reference_emit_count)
		{
			assert(false);
		}
	}

	class WinRTTimer : Timer {
		private {
			WinRTEventDriver m_driver;
			void delegate() m_callback;
			DispatcherTimer m_timer;
			EventConnection m_eventConn;
			bool m_periodic;
			Task[] m_waiters;
		}

		this(WinRTEventDriver driver, void delegate() callback)
		{
			m_driver = driver;
			m_callback = callback;
			m_eventConn = m_timer.invokeOnTick((sender, timer) {
				if (m_callback) m_callback();
				foreach (t; m_waiters)
					m_driver.m_core.resumeTask(t);
			});
		}

		~this()
		{
			m_eventConn.disconnect();
		}

		@property bool pending() { return m_timer.isEnabled; }

		void rearm(Duration dur, bool periodic = false)
		{
			if (m_timer) m_timer.stop();
			else m_timer = new DispatcherTimer;
			m_timer.interval = TimeSpan(dur.total!"hnsecs"());
			m_timer.start();
			m_periodic = periodic;
		}

		void stop()
		{
			if (m_timer.isEnabled)
				m_timer.stop();
		}

		void wait()
		{
			while (m_timer.isEnabled)
				m_driver.m_core.yieldForEvent();
		}
	}

	class WinRTFileStream : FileStream {
		private {
		}

		this(Path path, FileMode mode)
		{
			assert(false);
		}

		void close()
		{
		}

		@property Path path() const { assert(false); }

		@property bool isOpen() const { assert(false); }

		@property ulong size()
		const {
			assert(false);
		}

		@property bool readable()
		const {
			assert(false);
		}

		@property bool writable()
		const {
			assert(false);
		}

		void seek(ulong offset)
		{
		}

		ulong tell()
		{
			assert(false);
		}

		@property bool empty() { assert(false); }

		@property ulong leastSize() { assert(false); }

		@property bool dataAvailableForRead() { assert(false); }

		const(ubyte)[] peek() { assert(false); }

		void read(ubyte[] dst)
		{
		}

		void write(in ubyte[] bytes)
		{
		}

		void flush()
		{
		}

		void finalize()
		{
		}

		void write(InputStream stream, ulong nbytes = 0)
		{
			writeDefault(stream, nbytes);
		}
	}

	class WinRTTCPConnection : TCPConnection {
		private {
			bool m_tcpNoDelay;
			bool m_keepAlive;
			Duration m_readTimeout;
		}

		@property void tcpNoDelay(bool enabled)
		{
			m_tcpNoDelay = enabled;
			assert(false);
		}
		@property bool tcpNoDelay() const { return m_tcpNoDelay; }

		@property void readTimeout(Duration v){
			m_readTimeout = v;
			assert(false);
		}
		@property Duration readTimeout() const { return m_readTimeout; }

		@property void keepAlive(bool enabled)
		{
			m_keepAlive = enabled;
			assert(false);
		}
		@property bool keepAlive() const { return m_keepAlive; }

		void close()
		{
		}

		@property bool connected()
		const {
			assert(false);
		}

		@property string peerAddress()
		const {
			assert(false);
		}

		bool waitForData(Duration timeout)
		{
			assert(false);
		}

		@property bool empty() { assert(false); }

		@property ulong leastSize() { assert(false); }

		@property bool dataAvailableForRead() { assert(false); }

		const(ubyte)[] peek() { assert(false); }

		void read(ubyte[] dst)
		{
		}

		void write(in ubyte[] bytes)
		{
		}

		void flush()
		{
		}

		void finalize()
		{
		}

		void write(InputStream stream, ulong nbytes = 0)
		{
			writeDefault(stream, nbytes);
		}
	}

} // version(VibeWinrtDriver)
vibe.d-0.7.30/source/vibe/core/file.d000066400000000000000000000240621304441332000172070ustar00rootroot00000000000000/**
	File handling functions and types.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.core.file;

public import vibe.core.stream;
public import vibe.inet.url;

import vibe.core.drivers.threadedfile; // temporarily needed tp get mkstemps to work
import vibe.core.driver;

import core.stdc.stdio;
import std.datetime;
import std.exception;
import std.file;
import std.path;
import std.string;


version(Posix){
	private extern(C) int mkstemps(char* templ, int suffixlen);
}


/**
	Opens a file stream with the specified mode.
*/
FileStream openFile(Path path, FileMode mode = FileMode.read)
{
	return getEventDriver().openFile(path, mode);
}
/// ditto
FileStream openFile(string path, FileMode mode = FileMode.read)
{
	return openFile(Path(path), mode);
}


/**
	Read a whole file into a buffer.

	If the supplied buffer is large enough, it will be used to store the
	contents of the file. Otherwise, a new buffer will be allocated.

	Params:
		path = The path of the file to read
		buffer = An optional buffer to use for storing the file contents
*/
ubyte[] readFile(Path path, ubyte[] buffer = null, size_t max_size = size_t.max)
{
	auto fil = openFile(path);
	scope (exit) fil.close();
	enforce(fil.size <= max_size, "File is too big.");
	auto sz = cast(size_t)fil.size;
	auto ret = sz <= buffer.length ? buffer[0 .. sz] : new ubyte[sz];
	fil.read(ret);
	return ret;
}
/// ditto
ubyte[] readFile(string path, ubyte[] buffer = null, size_t max_size = size_t.max)
{
	return readFile(Path(path), buffer, max_size);
}


/**
	Write a whole file at once.
*/
void writeFile(Path path, in ubyte[] contents)
{
	auto fil = openFile(path, FileMode.createTrunc);
	scope (exit) fil.close();
	fil.write(contents);
}
/// ditto
void writeFile(string path, in ubyte[] contents)
{
	writeFile(Path(path), contents);
}

/**
	Convenience function to append to a file.
*/
void appendToFile(Path path, string data) {
	auto fil = openFile(path, FileMode.append);
	scope(exit) fil.close();
	fil.write(data);
}
/// ditto
void appendToFile(string path, string data)
{
	appendToFile(Path(path), data);
}

/**
	Read a whole UTF-8 encoded file into a string.

	The resulting string will be sanitized and will have the
	optional byte order mark (BOM) removed.
*/
string readFileUTF8(Path path)
{
	import vibe.utils.string;

	return stripUTF8Bom(sanitizeUTF8(readFile(path)));
}
/// ditto
string readFileUTF8(string path)
{
	return readFileUTF8(Path(path));
}


/**
	Write a string into a UTF-8 encoded file.

	The file will have a byte order mark (BOM) prepended.
*/
void writeFileUTF8(Path path, string contents)
{
	static immutable ubyte[] bom = [0xEF, 0xBB, 0xBF];
	auto fil = openFile(path, FileMode.createTrunc);
	scope (exit) fil.close();
	fil.write(bom);
	fil.write(contents);
}

/**
	Creates and opens a temporary file for writing.
*/
FileStream createTempFile(string suffix = null)
{
	version(Windows){
		import std.conv : to;
		char[L_tmpnam] tmp;
		tmpnam(tmp.ptr);
		auto tmpname = to!string(tmp.ptr);
		if( tmpname.startsWith("\\") ) tmpname = tmpname[1 .. $];
		tmpname ~= suffix;
		return openFile(tmpname, FileMode.createTrunc);
	} else {
		enum pattern ="/tmp/vtmp.XXXXXX";
		scope templ = new char[pattern.length+suffix.length+1];
		templ[0 .. pattern.length] = pattern;
		templ[pattern.length .. $-1] = (suffix)[];
		templ[$-1] = '\0';
		assert(suffix.length <= int.max);
		auto fd = mkstemps(templ.ptr, cast(int)suffix.length);
		enforce(fd >= 0, "Failed to create temporary file.");
		return new ThreadedFileStream(fd, Path(templ[0 .. $-1].idup), FileMode.createTrunc);
	}
}

/**
	Moves or renames a file.

	Params:
		from = Path to the file/directory to move/rename.
		to = The target path
		copy_fallback = Determines if copy/remove should be used in case of the
			source and destination path pointing to different devices.
*/
void moveFile(Path from, Path to, bool copy_fallback = false)
{
	moveFile(from.toNativeString(), to.toNativeString(), copy_fallback);
}
/// ditto
void moveFile(string from, string to, bool copy_fallback = false)
{
	if (!copy_fallback) {
		std.file.rename(from, to);
	} else {
		try {
			std.file.rename(from, to);
		} catch (FileException e) {
			std.file.copy(from, to);
			std.file.remove(from);
		}
	}
}

/**
	Copies a file.

	Note that attributes and time stamps are currently not retained.

	Params:
		from = Path of the source file
		to = Path for the destination file
		overwrite = If true, any file existing at the destination path will be
			overwritten. If this is false, an exception will be thrown should
			a file already exist at the destination path.

	Throws:
		An Exception if the copy operation fails for some reason.
*/
void copyFile(Path from, Path to, bool overwrite = false)
{
	{
		auto src = openFile(from, FileMode.read);
		scope(exit) src.close();
		enforce(overwrite || !existsFile(to), "Destination file already exists.");
		auto dst = openFile(to, FileMode.createTrunc);
		scope(exit) dst.close();
		dst.write(src);
	}

	// TODO: retain attributes and time stamps
}
/// ditto
void copyFile(string from, string to)
{
	copyFile(Path(from), Path(to));
}

/**
	Removes a file
*/
void removeFile(Path path)
{
	removeFile(path.toNativeString());
}
/// ditto
void removeFile(string path)
{
	std.file.remove(path);
}

/**
	Checks if a file exists
*/
bool existsFile(Path path) nothrow
{
	return existsFile(path.toNativeString());
}
/// ditto
bool existsFile(string path) nothrow
{
	return std.file.exists(path);
}

/** Stores information about the specified file/directory into 'info'

	Throws: A `FileException` is thrown if the file does not exist.
*/
FileInfo getFileInfo(Path path)
{
	auto ent = DirEntry(path.toNativeString());
	return makeFileInfo(ent);
}
/// ditto
FileInfo getFileInfo(string path)
{
	return getFileInfo(Path(path));
}

/**
	Creates a new directory.
*/
void createDirectory(Path path)
{
	mkdir(path.toNativeString());
}
/// ditto
void createDirectory(string path)
{
	createDirectory(Path(path));
}

/**
	Enumerates all files in the specified directory.
*/
void listDirectory(Path path, scope bool delegate(FileInfo info) del)
{
	foreach( DirEntry ent; dirEntries(path.toNativeString(), SpanMode.shallow) )
		if( !del(makeFileInfo(ent)) )
			break;
}
/// ditto
void listDirectory(string path, scope bool delegate(FileInfo info) del)
{
	listDirectory(Path(path), del);
}
/// ditto
int delegate(scope int delegate(ref FileInfo)) iterateDirectory(Path path)
{
	int iterator(scope int delegate(ref FileInfo) del){
		int ret = 0;
		listDirectory(path, (fi){
			ret = del(fi);
			return ret == 0;
		});
		return ret;
	}
	return &iterator;
}
/// ditto
int delegate(scope int delegate(ref FileInfo)) iterateDirectory(string path)
{
	return iterateDirectory(Path(path));
}

/**
	Starts watching a directory for changes.
*/
DirectoryWatcher watchDirectory(Path path, bool recursive = true)
{
	return getEventDriver().watchDirectory(path, recursive);
}
// ditto
DirectoryWatcher watchDirectory(string path, bool recursive = true)
{
	return watchDirectory(Path(path), recursive);
}

/**
	Returns the current working directory.
*/
Path getWorkingDirectory()
{
	return Path(std.file.getcwd());
}


/** Contains general information about a file.
*/
struct FileInfo {
	/// Name of the file (not including the path)
	string name;

	/// Size of the file (zero for directories)
	ulong size;

	/// Time of the last modification
	SysTime timeModified;

	/// Time of creation (not available on all operating systems/file systems)
	SysTime timeCreated;

	/// True if this is a symlink to an actual file
	bool isSymlink;

	/// True if this is a directory or a symlink pointing to a directory
	bool isDirectory;
}

/**
	Specifies how a file is manipulated on disk.
*/
enum FileMode {
	/// The file is opened read-only.
	read,
	/// The file is opened for read-write random access.
	readWrite,
	/// The file is truncated if it exists or created otherwise and then opened for read-write access.
	createTrunc,
	/// The file is opened for appending data to it and created if it does not exist.
	append
}

/**
	Accesses the contents of a file as a stream.
*/
interface FileStream : RandomAccessStream {
	/// The path of the file.
	@property Path path() const nothrow;

	/// Determines if the file stream is still open
	@property bool isOpen() const;

	/// Closes the file handle.
	void close();
}


/**
	Interface for directory watcher implementations.

	Directory watchers monitor the contents of a directory (wither recursively or non-recursively)
	for changes, such as file additions, deletions or modifications.
*/
interface DirectoryWatcher {
	/// The path of the watched directory
	@property Path path() const;

	/// Indicates if the directory is watched recursively
	@property bool recursive() const;

	/** Fills the destination array with all changes that occurred since the last call.

		The function will block until either directory changes have occurred or until the
		timeout has elapsed. Specifying a negative duration will cause the function to
		wait without a timeout.

		Params:
			dst = The destination array to which the changes will be appended
			timeout = Optional timeout for the read operation

		Returns:
			If the call completed successfully, true is returned.
	*/
	bool readChanges(ref DirectoryChange[] dst, Duration timeout = dur!"seconds"(-1));
}


/** Specifies the kind of change in a watched directory.
*/
enum DirectoryChangeType {
	/// A file or directory was added
	added,
	/// A file or directory was deleted
	removed,
	/// A file or directory was modified
	modified
}


/** Describes a single change in a watched directory.
*/
struct DirectoryChange {
	/// The type of change
	DirectoryChangeType type;

	/// Path of the file/directory that was changed
	Path path;
}


private FileInfo makeFileInfo(DirEntry ent)
{
	FileInfo ret;
	ret.name = baseName(ent.name);
	if( ret.name.length == 0 ) ret.name = ent.name;
	assert(ret.name.length > 0);
	ret.size = ent.size;
	ret.timeModified = ent.timeLastModified;
	version(Windows) ret.timeCreated = ent.timeCreated;
	else ret.timeCreated = ent.timeLastModified;
	ret.isSymlink = ent.isSymlink;
	ret.isDirectory = ent.isDir;
	return ret;
}
vibe.d-0.7.30/source/vibe/core/log.d000066400000000000000000000626261304441332000170610ustar00rootroot00000000000000/**
	Central logging facility for vibe.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.core.log;

import vibe.core.args;
import vibe.core.concurrency : ScopedLock, lock;
import vibe.core.sync;

import std.algorithm;
import std.array;
import std.datetime;
import std.format;
import std.stdio;
import core.atomic;
import core.thread;

import std.traits : isSomeString;

/**
	Sets the minimum log level to be printed using the default console logger.

	This level applies to the default stdout/stderr logger only.
*/
void setLogLevel(LogLevel level)
nothrow @safe {
	if (ss_stdoutLogger)
		ss_stdoutLogger.lock().minLevel = level;
}


/**
	Sets the log format used for the default console logger.

	This level applies to the default stdout/stderr logger only.

	Params:
		fmt = The log format for the stderr (default is `FileLogger.Format.thread`)
		infoFmt = The log format for the stdout (default is `FileLogger.Format.plain`)
*/
void setLogFormat(FileLogger.Format fmt, FileLogger.Format infoFmt = FileLogger.Format.plain)
nothrow @safe {
	if (ss_stdoutLogger) {
		auto l = ss_stdoutLogger.lock();
		l.format = fmt;
		l.infoFormat = infoFmt;
	}
}


/**
	Sets a log file for disk file logging.

	Multiple calls to this function will register multiple log
	files for output.
*/
void setLogFile(string filename, LogLevel min_level = LogLevel.error)
{
	auto logger = cast(shared)new FileLogger(filename);
	{
		auto l = logger.lock();
		l.minLevel = min_level;
		l.format = FileLogger.Format.threadTime;
	}
	registerLogger(logger);
}


/**
	Registers a new logger instance.

	The specified Logger will receive all log messages in its Logger.log
	method after it has been registered.

	Examples:
	---
	auto logger = cast(shared)new HTMLLogger("log.html");
	logger.lock().format = FileLogger.Format.threadTime;
	registerLogger(logger);
	---

	See_Also: deregisterLogger
*/
void registerLogger(shared(Logger) logger)
nothrow {
	ss_loggers ~= logger;
}


/**
	Deregisters an active logger instance.

	See_Also: registerLogger
*/
void deregisterLogger(shared(Logger) logger)
nothrow {
	for (size_t i = 0; i < ss_loggers.length; ) {
		if (ss_loggers[i] !is logger) i++;
		else ss_loggers = ss_loggers[0 .. i] ~ ss_loggers[i+1 .. $];
	}
}


/**
	Logs a message.

	Params:
		level = The log level for the logged message
		fmt = See http://dlang.org/phobos/std_format.html#format-string
		args = Any input values needed for formatting
*/
void log(LogLevel level, /*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args)
	nothrow if (isSomeString!S)
{
	static assert(level != LogLevel.none);
	try {
		foreach (l; getLoggers())
			if (l.minLevel <= level) { // WARNING: TYPE SYSTEM HOLE: accessing field of shared class!
				auto ll = l.lock();
				auto rng = LogOutputRange(ll, file, line, level);
				/*() @trusted {*/ rng.formattedWrite(fmt, args); //} (); // formattedWrite is not @safe at least up to 2.068.0
				rng.finalize();
			}
	} catch(Exception e) debug assert(false, e.msg);
}
/// ditto
void logTrace(/*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.trace/*, mod, func*/, file, line)(fmt, args); }
/// ditto
void logDebugV(/*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.debugV/*, mod, func*/, file, line)(fmt, args); }
/// ditto
void logDebug(/*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.debug_/*, mod, func*/, file, line)(fmt, args); }
/// ditto
void logDiagnostic(/*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.diagnostic/*, mod, func*/, file, line)(fmt, args); }
/// ditto
void logInfo(/*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.info/*, mod, func*/, file, line)(fmt, args); }
/// ditto
void logWarn(/*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.warn/*, mod, func*/, file, line)(fmt, args); }
/// ditto
void logError(/*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.error/*, mod, func*/, file, line)(fmt, args); }
/// ditto
void logCritical(/*string mod = __MODULE__, string func = __FUNCTION__,*/ string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.critical/*, mod, func*/, file, line)(fmt, args); }
/// ditto
void logFatal(string file = __FILE__, int line = __LINE__, S, T...)(S fmt, lazy T args) nothrow { log!(LogLevel.fatal, file, line)(fmt, args); }

///
@safe unittest {
	void test() nothrow
	{
		logInfo("Hello, World!");
		logWarn("This may not be %s.", "good");
		log!(LogLevel.info)("This is a %s.", "test");
	}
}

/// Specifies the log level for a particular log message.
enum LogLevel {
	trace,      /// Developer information for locating events when no useful stack traces are available
	debugV,     /// Developer information useful for algorithm debugging - for verbose output
	debug_,     /// Developer information useful for algorithm debugging
	diagnostic, /// Extended user information (e.g. for more detailed error information)
	info,       /// Informational message for normal user education
	warn,       /// Unexpected condition that could indicate an error but has no direct consequences
	error,      /// Normal error that is handled gracefully
	critical,   /// Error that severely influences the execution of the application
	fatal,      /// Error that forces the application to terminate
	none,       /// Special value used to indicate no logging when set as the minimum log level

	verbose1 = diagnostic, /// Alias for diagnostic messages
	verbose2 = debug_,     /// Alias for debug messages
	verbose3 = debugV,     /// Alias for verbose debug messages
	verbose4 = trace,      /// Alias for trace messages
}

/// Represents a single logged line
struct LogLine {
	string mod;
	string func;
	string file;
	int line;
	LogLevel level;
	Thread thread;
	string threadName;
	uint threadID;
	Fiber fiber;
	uint fiberID;
	SysTime time;
	string text; /// Legacy field used in `Logger.log`
}

/// Abstract base class for all loggers
class Logger {
	LogLevel minLevel = LogLevel.min;

	/** Whether the logger can handle multiple lines in a single beginLine/endLine.

	   By default log text with newlines gets split into multiple log lines.
	 */
	protected bool multilineLogger = false;

	private {
		LogLine m_curLine;
		Appender!string m_curLineText;
	}

	final bool acceptsLevel(LogLevel value) nothrow pure @safe { return value >= this.minLevel; }

	/** Legacy logging interface relying on dynamic memory allocation.

		Override `beginLine`, `put`, `endLine` instead for a more efficient and
		possibly allocation-free implementation.
	*/
	void log(ref LogLine line) @safe {}

	/// Starts a new log line.
	void beginLine(ref LogLine line_info)
	@safe {
		m_curLine = line_info;
		m_curLineText = appender!string();
	}

	/// Writes part of a log line message.
	void put(scope const(char)[] text)
	@safe {
		m_curLineText.put(text);
	}

	/// Finalizes a log line.
	void endLine()
	@safe {
		m_curLine.text = m_curLineText.data;
		log(m_curLine);
		m_curLine.text = null;
		m_curLineText = Appender!string.init;
	}
}


/**
	Plain-text based logger for logging to regular files or stdout/stderr
*/
final class FileLogger : Logger {
	/// The log format used by the FileLogger
	enum Format {
		plain,      /// Output only the plain log message
		thread,     /// Prefix "[thread-id:fiber-id loglevel]"
		threadTime  /// Prefix "[thread-id:fiber-id timestamp loglevel]"
	}

	private {
		File m_infoFile;
		File m_diagFile;
		File m_curFile;
	}

	Format format = Format.thread;
	Format infoFormat = Format.plain;

	this(File info_file, File diag_file)
	{
		m_infoFile = info_file;
		m_diagFile = diag_file;
	}

	this(string filename)
	{
		m_infoFile = File(filename, "ab");
		m_diagFile = m_infoFile;
	}

	override void beginLine(ref LogLine msg)
		@trusted // FILE isn't @safe (as of DMD 2.065)
	{
		string pref;
		final switch (msg.level) {
			case LogLevel.trace: pref = "trc"; m_curFile = m_diagFile; break;
			case LogLevel.debugV: pref = "dbv"; m_curFile = m_diagFile; break;
			case LogLevel.debug_: pref = "dbg"; m_curFile = m_diagFile; break;
			case LogLevel.diagnostic: pref = "dia"; m_curFile = m_diagFile; break;
			case LogLevel.info: pref = "INF"; m_curFile = m_infoFile; break;
			case LogLevel.warn: pref = "WRN"; m_curFile = m_diagFile; break;
			case LogLevel.error: pref = "ERR"; m_curFile = m_diagFile; break;
			case LogLevel.critical: pref = "CRITICAL"; m_curFile = m_diagFile; break;
			case LogLevel.fatal: pref = "FATAL"; m_curFile = m_diagFile; break;
			case LogLevel.none: assert(false);
		}

		auto fmt = (m_curFile is m_diagFile) ? this.format : this.infoFormat;

		final switch (fmt) {
			case Format.plain: break;
			case Format.thread: m_curFile.writef("[%08X:%08X %s] ", msg.threadID, msg.fiberID, pref); break;
			case Format.threadTime:
				auto tm = msg.time;
				static if (is(typeof(tm.fracSecs))) auto msecs = tm.fracSecs.total!"msecs"; // 2.069 has deprecated "fracSec"
				else auto msecs = tm.fracSec.msecs;
				m_curFile.writef("[%08X:%08X %d.%02d.%02d %02d:%02d:%02d.%03d %s] ",
					msg.threadID, msg.fiberID,
					tm.year, tm.month, tm.day, tm.hour, tm.minute, tm.second, msecs,
					pref);
				break;
		}
	}

	override void put(scope const(char)[] text)
	{
		m_curFile.write(text);
	}

	override void endLine()
	{
		m_curFile.writeln();
		m_curFile.flush();
	}
}

import vibe.textfilter.html; // http://d.puremagic.com/issues/show_bug.cgi?id=7016

/**
	Logger implementation for logging to an HTML file with dynamic filtering support.
*/
final class HTMLLogger : Logger {
	private {
		File m_logFile;
	}

	this(string filename = "log.html")
	{
		m_logFile = File(filename, "wt");
		writeHeader();
	}

	~this()
	{
		//version(FinalizerDebug) writeln("HtmlLogWritet.~this");
		writeFooter();
		m_logFile.close();
		//version(FinalizerDebug) writeln("HtmlLogWritet.~this out");
	}

	@property void minLogLevel(LogLevel value) pure nothrow @safe { this.minLevel = value; }

	override void beginLine(ref LogLine msg)
		@trusted // FILE isn't @safe (as of DMD 2.065)
	{
		if( !m_logFile.isOpen ) return;

		final switch (msg.level) {
			case LogLevel.none: assert(false);
			case LogLevel.trace: m_logFile.write(`
`); break;
			case LogLevel.debugV: m_logFile.write(`
`); break;
			case LogLevel.debug_: m_logFile.write(`
`); break;
			case LogLevel.diagnostic: m_logFile.write(`
`); break;
			case LogLevel.info: m_logFile.write(`
`); break;
			case LogLevel.warn: m_logFile.write(`
`); break;
			case LogLevel.error: m_logFile.write(`
`); break;
			case LogLevel.critical: m_logFile.write(`
`); break;
			case LogLevel.fatal: m_logFile.write(`
`); break;
		}
		m_logFile.writef(`
%s
`, msg.time.toISOExtString());
		if (msg.thread)
			m_logFile.writef(`
%s
`, msg.thread.name);
		m_logFile.write(`
`);
	}

	override void put(scope const(char)[] text)
	{
		auto dst = () @trusted { return m_logFile.lockingTextWriter(); } (); // LockingTextWriter not @safe for DMD 2.066
		while (!text.empty && (text.front == ' ' || text.front == '\t')) {
			foreach (i; 0 .. text.front == ' ' ? 1 : 4)
				() @trusted { dst.put(" "); } (); // LockingTextWriter not @safe for DMD 2.066
			text.popFront();
		}
		() @trusted { filterHTMLEscape(dst, text); } (); // LockingTextWriter not @safe for DMD 2.066
	}

	override void endLine()
	{
		() @trusted { // not @safe for DMD 2.066
			m_logFile.write(`
`);
			m_logFile.writeln(`
`);
		} ();
		m_logFile.flush();
	}

	private void writeHeader(){
		if( !m_logFile.isOpen ) return;

		m_logFile.writeln(
`

	HTML Log
	
	


	

		

			Minimum Log Level:
			
		

	

	

	
`);
		m_logFile.flush();
	}

	private void writeFooter(){
		if( !m_logFile.isOpen ) return;

		m_logFile.writeln(
`	


`);
		m_logFile.flush();
	}
}

import std.conv;
/**
	A logger that logs in syslog format according to RFC 5424.

	Messages can be logged to files (via file streams) or over the network (via
	TCP or SSL streams).

	Standards: Conforms to RFC 5424.
*/
final class SyslogLogger : Logger {
	import vibe.core.stream;
	private {
		string m_hostName;
		string m_appName;
		OutputStream m_ostream;
		Facility m_facility;
	}

	/// Facilities
	enum Facility {
		kern,        /// kernel messages
		user,        /// user-level messages
		mail,        /// mail system
		daemon,      /// system daemons
		auth,        /// security/authorization messages
		syslog,      /// messages generated internally by syslogd
		lpr,         /// line printer subsystem
		news,        /// network news subsystem
		uucp,        /// UUCP subsystem
		clockDaemon, /// clock daemon
		authpriv,    /// security/authorization messages
		ftp,         /// FTP daemon
		ntp,         /// NTP subsystem
		logAudit,    /// log audit
		logAlert,    /// log alert
		cron,        /// clock daemon
		local0,      /// local use 0
		local1,      /// local use 1
		local2,      /// local use 2
		local3,      /// local use 3
		local4,      /// local use 4
		local5,      /// local use 5
		local6,      /// local use 6
		local7,      /// local use 7
	}

	/// Severities
	private enum Severity {
		emergency,   /// system is unusable
		alert,       /// action must be taken immediately
		critical,    /// critical conditions
		error,       /// error conditions
		warning,     /// warning conditions
		notice,      /// normal but significant condition
		info,        /// informational messages
		debug_,      /// debug-level messages
	}

	/// syslog message format (version 1)
	/// see section 6 in RFC 5424
	private enum SYSLOG_MESSAGE_FORMAT_VERSION1 = "<%.3s>1 %s %.255s %.48s %.128s %.32s %s %s";
	///
	private enum NILVALUE = "-";
	///
	private enum BOM = x"EFBBBF";

	/**
		Construct a SyslogLogger.

		The log messages are sent to the given OutputStream stream using the given
		Facility facility.Optionally the appName and hostName can be set. The
		appName defaults to null. The hostName defaults to hostName().

		Note that the passed stream's write function must not use logging with
		a level for that this Logger's acceptsLevel returns true. Because this
		Logger uses the stream's write function when it logs and would hence
		log forevermore.
	*/
	this(OutputStream stream, Facility facility, string appName = null, string hostName = hostName())
	{
		m_hostName = hostName != "" ? hostName : NILVALUE;
		m_appName = appName != "" ? appName : NILVALUE;
		m_ostream = stream;
		m_facility = facility;
		this.minLevel = LogLevel.debug_;
	}

	/**
		Logs the given LogLine msg.

		It uses the msg's time, level, and text field.
	*/
	override void beginLine(ref LogLine msg)
	@trusted { // OutputStream isn't @safe
		auto tm = msg.time;
		import core.time;
		// at most 6 digits for fractional seconds according to RFC
		static if (is(typeof(tm.fracSecs))) tm.fracSecs = tm.fracSecs.total!"usecs".dur!"usecs";
		else tm.fracSec = FracSec.from!"usecs"(tm.fracSec.usecs);
		auto timestamp = tm.toISOExtString();

		Severity syslogSeverity;
		// map LogLevel to syslog's severity
		final switch(msg.level) {
			case LogLevel.none: assert(false);
			case LogLevel.trace: return;
			case LogLevel.debugV: return;
			case LogLevel.debug_: syslogSeverity = Severity.debug_; break;
			case LogLevel.diagnostic: syslogSeverity = Severity.info; break;
			case LogLevel.info: syslogSeverity = Severity.notice; break;
			case LogLevel.warn: syslogSeverity = Severity.warning; break;
			case LogLevel.error: syslogSeverity = Severity.error; break;
			case LogLevel.critical: syslogSeverity = Severity.critical; break;
			case LogLevel.fatal: syslogSeverity = Severity.alert; break;
		}

		assert(msg.level >= LogLevel.debug_);
		import std.conv : to; // temporary workaround for issue 1016 (DMD cross-module template overloads error out before second attempted module)
		auto priVal = m_facility * 8 + syslogSeverity;

		alias procId = NILVALUE;
		alias msgId = NILVALUE;
		alias structuredData = NILVALUE;

		auto text = msg.text;
		import std.format : formattedWrite;
		import vibe.stream.wrapper : StreamOutputRange;
		auto str = StreamOutputRange(m_ostream);
		(&str).formattedWrite(SYSLOG_MESSAGE_FORMAT_VERSION1, priVal,
			timestamp, m_hostName, BOM ~ m_appName, procId, msgId,
			structuredData, BOM);
	}

	override void put(scope const(char)[] text)
	@trusted {
		m_ostream.write(text);
	}

	override void endLine()
	@trusted {
		m_ostream.write("\n");
		m_ostream.flush();
	}

	unittest
	{
		import vibe.core.file;
		auto fstream = createTempFile();
		auto logger = new SyslogLogger(fstream, Facility.local1, "appname", null);
		LogLine msg;
		import std.datetime;
		import core.thread;
		static if (is(typeof(SysTime.init.fracSecs))) auto fs = 1.dur!"usecs";
		else auto fs = FracSec.from!"usecs"(1);
		msg.time = SysTime(DateTime(0, 1, 1, 0, 0, 0), fs);

		foreach (lvl; [LogLevel.debug_, LogLevel.diagnostic, LogLevel.info, LogLevel.warn, LogLevel.error, LogLevel.critical, LogLevel.fatal]) {
			msg.level = lvl;
			logger.beginLine(msg);
			logger.put("αβγ");
			logger.endLine();
		}
		fstream.close();

		import std.file;
		import std.string;
		auto lines = splitLines(readText(fstream.path().toNativeString()), KeepTerminator.yes);
		assert(lines.length == 7);
		assert(lines[0] == "<143>1 0000-01-01T00:00:00.000001 - " ~ BOM ~ "appname - - - " ~ BOM ~ "αβγ\n");
		assert(lines[1] == "<142>1 0000-01-01T00:00:00.000001 - " ~ BOM ~ "appname - - - " ~ BOM ~ "αβγ\n");
		assert(lines[2] == "<141>1 0000-01-01T00:00:00.000001 - " ~ BOM ~ "appname - - - " ~ BOM ~ "αβγ\n");
		assert(lines[3] == "<140>1 0000-01-01T00:00:00.000001 - " ~ BOM ~ "appname - - - " ~ BOM ~ "αβγ\n");
		assert(lines[4] == "<139>1 0000-01-01T00:00:00.000001 - " ~ BOM ~ "appname - - - " ~ BOM ~ "αβγ\n");
		assert(lines[5] == "<138>1 0000-01-01T00:00:00.000001 - " ~ BOM ~ "appname - - - " ~ BOM ~ "αβγ\n");
		assert(lines[6] == "<137>1 0000-01-01T00:00:00.000001 - " ~ BOM ~ "appname - - - " ~ BOM ~ "αβγ\n");
		removeFile(fstream.path().toNativeString());
	}
}

/// Returns: this host's host name.
///
/// If the host name cannot be determined the function returns null.
private string hostName()
{
	string hostName;

	version (Posix) {
		import core.sys.posix.sys.utsname;
		utsname name;
		if (uname(&name)) return hostName;
		hostName = name.nodename.to!string();

		import std.socket;
		auto ih = new InternetHost;
		if (!ih.getHostByName(hostName)) return hostName;
		hostName = ih.name;
	}
	// TODO: determine proper host name on windows

	return hostName;
}

private {
	__gshared shared(Logger)[] ss_loggers;
	shared(FileLogger) ss_stdoutLogger;
}

private shared(Logger)[] getLoggers() nothrow @trusted { return ss_loggers; }

package void initializeLogModule()
{
	version (Windows) {
		version (VibeWinrtDriver) enum disable_stdout = true;
		else {
			enum disable_stdout = false;
			if (!GetStdHandle(STD_OUTPUT_HANDLE) || !GetStdHandle(STD_ERROR_HANDLE)) return;
		}
	} else enum disable_stdout = false;

	static if (!disable_stdout) {
		ss_stdoutLogger = cast(shared)new FileLogger(stdout, stderr);
		{
			auto l = ss_stdoutLogger.lock();
			l.minLevel = LogLevel.info;
			l.format = FileLogger.Format.plain;
		}
		registerLogger(ss_stdoutLogger);

		bool[4] verbose;
		version (VibeNoDefaultArgs) {}
		else {
			readOption("verbose|v"  , &verbose[0], "Enables diagnostic messages (verbosity level 1).");
			readOption("vverbose|vv", &verbose[1], "Enables debugging output (verbosity level 2).");
			readOption("vvv"        , &verbose[2], "Enables high frequency debugging output (verbosity level 3).");
			readOption("vvvv"       , &verbose[3], "Enables high frequency trace output (verbosity level 4).");
		}

		foreach_reverse (i, v; verbose)
			if (v) {
				setLogFormat(FileLogger.Format.thread);
				setLogLevel(cast(LogLevel)(LogLevel.diagnostic - i));
				break;
			}
	}
}

private struct LogOutputRange {
	LogLine info;
	ScopedLock!Logger* logger;

	@safe:

	this(ref ScopedLock!Logger logger, string file, int line, LogLevel level)
	{
		() @trusted { this.logger = &logger; } ();
		try {
			() @trusted { this.info.time = Clock.currTime(UTC()); }(); // not @safe as of 2.065
			//this.info.mod = mod;
			//this.info.func = func;
			this.info.file = file;
			this.info.line = line;
			this.info.level = level;
			this.info.thread = () @trusted { return Thread.getThis(); }(); // not @safe as of 2.065
			this.info.threadID = makeid(this.info.thread);
			this.info.fiber = () @trusted { return Fiber.getThis(); }(); // not @safe as of 2.065
			this.info.fiberID = makeid(this.info.fiber);
		} catch (Exception e) {
			try {
				() @trusted { writefln("Error during logging: %s", e.toString()); }(); // not @safe as of 2.065
			} catch(Exception) {}
			assert(false, "Exception during logging: "~e.msg);
		}

		this.logger.beginLine(info);
	}

	void finalize()
	{
		logger.endLine();
	}

	void put(scope const(char)[] text)
	{
		if (text.empty)
			return;

		if (logger.multilineLogger)
			logger.put(text);
		else
		{
			auto rng = text.splitter('\n');
			logger.put(rng.front);
			rng.popFront;
			foreach (line; rng)
			{
				logger.endLine();
				logger.beginLine(info);
				logger.put(line);
			}
		}
	}

	void put(char ch) @trusted { put((&ch)[0 .. 1]); }

	void put(dchar ch)
	{
		static import std.utf;
		
		if (ch < 128) put(cast(char)ch);
		else {
			char[4] buf;
			auto len = std.utf.encode(buf, ch);
			put(buf[0 .. len]);
		}
	}

	private uint makeid(T)(T ptr) @trusted { return (cast(ulong)cast(void*)ptr & 0xFFFFFFFF) ^ (cast(ulong)cast(void*)ptr >> 32); }
}

private version (Windows) {
	import core.sys.windows.windows;
	enum STD_OUTPUT_HANDLE = cast(DWORD)-11;
	enum STD_ERROR_HANDLE = cast(DWORD)-12;
	extern(System) HANDLE GetStdHandle(DWORD nStdHandle);
}

unittest
{
	static class TestLogger : Logger
	{
		string[] lines;
		override void beginLine(ref LogLine msg) { lines.length += 1; }
		override void put(scope const(char)[] text) { lines[$-1] ~= text; }
		override void endLine() { }
	}
	auto logger = new TestLogger;
	auto ll = (cast(shared(Logger))logger).lock();
	auto rng = LogOutputRange(ll, __FILE__, __LINE__, LogLevel.info);
	rng.formattedWrite("text\nwith\nnewlines");
	rng.finalize();

	assert(logger.lines == ["text", "with", "newlines"]);
	logger.lines = null;
	logger.multilineLogger = true;

	rng = LogOutputRange(ll, __FILE__, __LINE__, LogLevel.info);
	rng.formattedWrite("text\nwith\nnewlines");
	rng.finalize();
	assert(logger.lines == ["text\nwith\nnewlines"]);
}

unittest { // make sure the default logger doesn't allocate/is usable within finalizers
	bool destroyed = false;

	class Test {
		~this()
		{
			logInfo("logInfo doesn't allocate.");
			destroyed = true;
		}
	}

	auto t = new Test;
	destroy(t);
	assert(destroyed);
}
vibe.d-0.7.30/source/vibe/core/net.d000066400000000000000000000313551304441332000170610ustar00rootroot00000000000000/**
	TCP/UDP connection and server handling.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.net;

public import vibe.core.stream;
public import std.socket : AddressFamily;

import vibe.core.driver;
import vibe.core.log;

import core.sys.posix.netinet.in_;
import core.time;
import std.exception;
import std.functional;
import std.string;
version(Windows) {
	static if (__VERSION__ >= 2070)
		import std.c.windows.winsock;
	else
		import core.sys.windows.winsock2;
}
version(Posix)
{
	import core.sys.posix.sys.un;
}

/**
	Resolves the given host name/IP address string.

	Setting use_dns to false will only allow IP address strings but also guarantees
	that the call will not block.
*/
NetworkAddress resolveHost(string host, AddressFamily address_family = AddressFamily.UNSPEC, bool use_dns = true)
{
	return resolveHost(host, cast(ushort)address_family, use_dns);
}
/// ditto
NetworkAddress resolveHost(string host, ushort address_family, bool use_dns = true)
{
	return getEventDriver().resolveHost(host, address_family, use_dns);
}


/**
	Starts listening on the specified port.

	'connection_callback' will be called for each client that connects to the
	server socket. Each new connection gets its own fiber. The stream parameter
	then allows to perform blocking I/O on the client socket.

	The address parameter can be used to specify the network
	interface on which the server socket is supposed to listen for connections.
	By default, all IPv4 and IPv6 interfaces will be used.
*/
TCPListener[] listenTCP(ushort port, void delegate(TCPConnection stream) connection_callback, TCPListenOptions options = TCPListenOptions.defaults)
{
	TCPListener[] ret;
	try ret ~= listenTCP(port, connection_callback, "::", options);
	catch (Exception e) logDiagnostic("Failed to listen on \"::\": %s", e.msg);
	try ret ~= listenTCP(port, connection_callback, "0.0.0.0", options);
	catch (Exception e) logDiagnostic("Failed to listen on \"0.0.0.0\": %s", e.msg);
	enforce(ret.length > 0, format("Failed to listen on all interfaces on port %s", port));
	return ret;
}
/// ditto
TCPListener listenTCP(ushort port, void delegate(TCPConnection stream) connection_callback, string address, TCPListenOptions options = TCPListenOptions.defaults)
{
	return getEventDriver().listenTCP(port, connection_callback, address, options);
}

/**
	Starts listening on the specified port.

	This function is the same as listenTCP but takes a function callback instead of a delegate.
*/
TCPListener[] listenTCP_s(ushort port, void function(TCPConnection stream) connection_callback, TCPListenOptions options = TCPListenOptions.defaults)
{
	return listenTCP(port, toDelegate(connection_callback), options);
}
/// ditto
TCPListener listenTCP_s(ushort port, void function(TCPConnection stream) connection_callback, string address, TCPListenOptions options = TCPListenOptions.defaults)
{
	return listenTCP(port, toDelegate(connection_callback), address, options);
}

/**
	Establishes a connection to the given host/port.
*/
TCPConnection connectTCP(string host, ushort port, string bind_interface = null, ushort bind_port = 0)
{
	NetworkAddress addr = resolveHost(host);
	if (addr.family != AF_UNIX)
		addr.port = port;
	NetworkAddress bind_address;
	if (bind_interface.length) bind_address = resolveHost(bind_interface, addr.family);
	else {
		bind_address.family = addr.family;
		if (bind_address.family == AF_INET) bind_address.sockAddrInet4.sin_addr.s_addr = 0;
		else if (bind_address.family != AF_UNIX) bind_address.sockAddrInet6.sin6_addr.s6_addr[] = 0;
	}
	if (addr.family != AF_UNIX)
		bind_address.port = bind_port;
	return getEventDriver().connectTCP(addr, bind_address);
}
/// ditto
TCPConnection connectTCP(NetworkAddress addr, NetworkAddress bind_address = anyAddress)
{
	if (bind_address.family == AF_UNSPEC) {
		bind_address.family = addr.family;
		if (bind_address.family == AF_INET) bind_address.sockAddrInet4.sin_addr.s_addr = 0;
		else if (bind_address.family != AF_UNIX) bind_address.sockAddrInet6.sin6_addr.s6_addr[] = 0;
		if (bind_address.family != AF_UNIX)
			bind_address.port = 0;
	}
	enforce(addr.family == bind_address.family, "Destination address and bind address have different address families.");
	return getEventDriver().connectTCP(addr, bind_address);
}


/**
	Creates a bound UDP socket suitable for sending and receiving packets.
*/
UDPConnection listenUDP(ushort port, string bind_address = "0.0.0.0")
{
	return getEventDriver().listenUDP(port, bind_address);
}

NetworkAddress anyAddress()
{
	NetworkAddress ret;
	ret.family = AF_UNSPEC;
	return ret;
}

version(VibeLibasyncDriver) {
	public import libasync.events : NetworkAddress;
} else {
/**
	Represents a network/socket address.

	To construct a `NetworkAddress`, use either `resolveHost` or set the
	`family` property accordingly, followed by setting the fields of
	`sockAddrInet4`/`sockAddrInet6`/`sockAddrUnix`.
*/
struct NetworkAddress {
	@safe:

	private union {
		sockaddr addr;
		version (Posix) sockaddr_un addr_unix;
		sockaddr_in addr_ip4;
		sockaddr_in6 addr_ip6;
	}

	/** Family of the socket address.
	*/
	@property ushort family() const pure nothrow { return addr.sa_family; }
	/// ditto
	@property void family(AddressFamily val) pure nothrow { addr.sa_family = cast(ubyte)val; }
	/// ditto
	@property void family(ushort val) pure nothrow { addr.sa_family = cast(ubyte)val; }

	/** The port in host byte order.
	*/
	@property ushort port()
	const pure nothrow {
		ushort nport;
		switch (this.family) {
			default: assert(false, "port() called for invalid address family.");
			case AF_INET: nport = addr_ip4.sin_port; break;
			case AF_INET6: nport = addr_ip6.sin6_port; break;
		}
		return () @trusted { return ntoh(nport); } ();
	}
	/// ditto
	@property void port(ushort val)
	pure nothrow {
		auto nport = () @trusted { return hton(val); } ();
		switch (this.family) {
			default: assert(false, "port() called for invalid address family.");
			case AF_INET: addr_ip4.sin_port = nport; break;
			case AF_INET6: addr_ip6.sin6_port = nport; break;
		}
	}

	/** A pointer to a sockaddr struct suitable for passing to socket functions.
	*/
	@property inout(sockaddr)* sockAddr() inout pure nothrow { return &addr; }

	/** Size of the sockaddr struct that is returned by sockAddr().
	*/
	@property int sockAddrLen()
	const pure nothrow {
		switch (this.family) {
			default: assert(false, "sockAddrLen() called for invalid address family.");
			version (Posix) {
				case AF_UNIX: return addr_unix.sizeof;
			}
			case AF_INET: return addr_ip4.sizeof;
			case AF_INET6: return addr_ip6.sizeof;
		}
	}

	@property inout(sockaddr_in)* sockAddrInet4() inout pure nothrow
		in { assert (family == AF_INET); }
		body { return &addr_ip4; }

	@property inout(sockaddr_in6)* sockAddrInet6() inout pure nothrow
		in { assert (family == AF_INET6); }
		body { return &addr_ip6; }

	version (Posix) {
		@property inout(sockaddr_un)* sockAddrUnix() inout pure nothrow
			in { assert (family == AF_UNIX); }
			body { return &addr_unix; }
	}

	/** Returns a string representation of the IP address
	*/
	string toAddressString()
	const {
		import std.array : appender;
		auto ret = appender!string();
		ret.reserve(40);
		toAddressString(str => ret.put(str));
		return ret.data;
	}
	/// ditto
	void toAddressString(scope void delegate(const(char)[]) @safe sink)
	const {
		import std.array : appender;
		import std.format : formattedWrite;
		ubyte[2] _dummy = void; // Workaround for DMD regression in master

		switch (this.family) {
			default: assert(false, "toAddressString() called for invalid address family.");
			case AF_INET: {
				ubyte[4] ip = () @trusted { return (cast(ubyte*)&addr_ip4.sin_addr.s_addr)[0 .. 4]; } ();
				sink.formattedWrite("%d.%d.%d.%d", ip[0], ip[1], ip[2], ip[3]);
				} break;
			case AF_INET6: {
				ubyte[16] ip = addr_ip6.sin6_addr.s6_addr;
				foreach (i; 0 .. 8) {
					if (i > 0) sink(":");
					_dummy[] = ip[i*2 .. i*2+2];
					sink.formattedWrite("%x", bigEndianToNative!ushort(_dummy));
				}
				} break;
			version (Posix) {
				case AF_UNIX:
					import std.traits : hasMember;
					static if (hasMember!(sockaddr_un, "sun_len"))
						sink.formattedWrite("%s",() @trusted { return cast(char[])addr_unix.sun_path[0..addr_unix.sun_len]; } ());
					else
						sink.formattedWrite("%s",() @trusted { return (cast(char*)addr_unix.sun_path.ptr).fromStringz; } ());
					break;
			}
		}
	}

	/** Returns a full string representation of the address, including the port number.
	*/
	string toString()
	const {
		import std.array : appender;
		auto ret = appender!string();
		toString(str => ret.put(str));
		return ret.data;
	}
	/// ditto
	void toString(scope void delegate(const(char)[]) @safe sink)
	const {
		import std.format : formattedWrite;
		switch (this.family) {
			default: assert(false, "toString() called for invalid address family.");
			case AF_INET:
				toAddressString(sink);
				sink.formattedWrite(":%s", port);
				break;
			case AF_INET6:
				sink("[");
				toAddressString(sink);
				sink.formattedWrite("]:%s", port);
				break;
			case AF_UNIX:
				toAddressString(sink);
				break;
		}
	}

	version(Have_libev) {}
	else {
		unittest {
			void test(string ip) {
				auto res = () @trusted { return resolveHost(ip, AF_UNSPEC, false); } ().toAddressString();
				assert(res == ip,
					   "IP "~ip~" yielded wrong string representation: "~res);
			}
			test("1.2.3.4");
			test("102:304:506:708:90a:b0c:d0e:f10");
		}
	}
}
}

/**
	Represents a single TCP connection.
*/
interface TCPConnection : ConnectionStream {
	/// Used to disable Nagle's algorithm.
	@property void tcpNoDelay(bool enabled);
	/// ditto
	@property bool tcpNoDelay() const;


	/// Enables TCP keep-alive packets.
	@property void keepAlive(bool enable);
	/// ditto
	@property bool keepAlive() const;

	/// Controls the read time out after which the connection is closed automatically.
	@property void readTimeout(Duration duration);
	/// ditto
	@property Duration readTimeout() const;

	/// Returns the IP address of the connected peer.
	@property string peerAddress() const;

	/// The local/bind address of the underlying socket.
	@property NetworkAddress localAddress() const;

	/// The address of the connected peer.
	@property NetworkAddress remoteAddress() const;
}


/**
	Represents a listening TCP socket.
*/
interface TCPListener {
	/// The local address at which TCP connections are accepted.
	@property NetworkAddress bindAddress();

	/// Stops listening and closes the socket.
	void stopListening();
}


/**
	Represents a bound and possibly 'connected' UDP socket.
*/
interface UDPConnection {
	/** Returns the address to which the UDP socket is bound.
	*/
	@property string bindAddress() const;

	/** Determines if the socket is allowed to send to broadcast addresses.
	*/
	@property bool canBroadcast() const;
	/// ditto
	@property void canBroadcast(bool val);

	/// The local/bind address of the underlying socket.
	@property NetworkAddress localAddress() const;

	/** Stops listening for datagrams and frees all resources.
	*/
	void close();

	/** Locks the UDP connection to a certain peer.

		Once connected, the UDPConnection can only communicate with the specified peer.
		Otherwise communication with any reachable peer is possible.
	*/
	void connect(string host, ushort port);
	/// ditto
	void connect(NetworkAddress address);

	/** Sends a single packet.

		If peer_address is given, the packet is send to that address. Otherwise the packet
		will be sent to the address specified by a call to connect().
	*/
	void send(in ubyte[] data, in NetworkAddress* peer_address = null);

	/** Receives a single packet.

		If a buffer is given, it must be large enough to hold the full packet.

		The timeout overload will throw an Exception if no data arrives before the
		specified duration has elapsed.
	*/
	ubyte[] recv(ubyte[] buf = null, NetworkAddress* peer_address = null);
	/// ditto
	ubyte[] recv(Duration timeout, ubyte[] buf = null, NetworkAddress* peer_address = null);
}


/**
	Flags to control the behavior of listenTCP.
*/
enum TCPListenOptions {
	/// Don't enable any particular option
	defaults = 0,
	/// Causes incoming connections to be distributed across the thread pool
	distribute = 1<<0,
	/// Disables automatic closing of the connection when the connection callback exits
	disableAutoClose = 1<<1,
	/** Enable port reuse on linux kernel version >=3.9, do nothing on other OS
	    Does not affect libasync driver because it is always enabled by libasync.
	*/
	reusePort = 1<<2,
}

private pure nothrow {
	import std.bitmanip;

	ushort ntoh(ushort val)
	{
		version (LittleEndian) return swapEndian(val);
		else version (BigEndian) return val;
		else static assert(false, "Unknown endianness.");
	}

	ushort hton(ushort val)
	{
		version (LittleEndian) return swapEndian(val);
		else version (BigEndian) return val;
		else static assert(false, "Unknown endianness.");
	}
}
vibe.d-0.7.30/source/vibe/core/stream.d000066400000000000000000000156631304441332000175720ustar00rootroot00000000000000/**
	Generic stream interface used by several stream-like classes.

	This module defines the basic stream primitives. For concrete stream types, take a look at the
	`vibe.stream` package. The `vibe.stream.operations` module contains additional high-level
	operations on streams, such as reading streams by line or as a whole.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.core.stream;

import vibe.utils.memory : FreeListRef;

import core.time;
import std.algorithm;
import std.conv;


/**************************************************************************************************/
/* Public functions                                                                               */
/**************************************************************************************************/

/**
	Returns a `NullOutputStream` instance.

	The instance will only be created on the first request and gets reused for
	all subsequent calls from the same thread.
*/
NullOutputStream nullSink()
{
	static NullOutputStream ret;
	if (!ret) ret = new NullOutputStream;
	return ret;
}

/**************************************************************************************************/
/* Public types                                                                                   */
/**************************************************************************************************/

/**
	Interface for all classes implementing readable streams.
*/
interface InputStream {
	/** Returns true $(I iff) the end of the input stream has been reached.
	*/
	@property bool empty();

	/**	Returns the maximum number of bytes that are known to remain in this stream until the
		end is reached. After leastSize() bytes have been read, the stream will either have
		reached EOS and empty() returns true, or leastSize() returns again a number > 0.
	*/
	@property ulong leastSize();

	/** Queries if there is data available for immediate, non-blocking read.
	*/
	@property bool dataAvailableForRead();

	/** Returns a temporary reference to the data that is currently buffered.

		The returned slice typically has the size `leastSize()` or `0` if
		`dataAvailableForRead()` returns false. Streams that don't have an
		internal buffer will always return an empty slice.

		Note that any method invocation on the same stream potentially
		invalidates the contents of the returned buffer.
	*/
	const(ubyte)[] peek();

	/**	Fills the preallocated array 'bytes' with data from the stream.

		Throws: An exception if the operation reads past the end of the stream
	*/
	void read(ubyte[] dst);
}

/**
	Interface for all classes implementing writeable streams.
*/
interface OutputStream {
	/** Writes an array of bytes to the stream.
	*/
	void write(in ubyte[] bytes);

	/** Flushes the stream and makes sure that all data is being written to the output device.
	*/
	void flush();

	/** Flushes and finalizes the stream.

		Finalize has to be called on certain types of streams. No writes are possible after a
		call to finalize().
	*/
	void finalize();

	/** Writes an array of chars to the stream.
	*/
	final void write(in char[] bytes)
	{
		write(cast(const(ubyte)[])bytes);
	}

	/** Pipes an InputStream directly into this OutputStream.

		The number of bytes written is either the whole input stream when nbytes == 0, or exactly
		nbytes for nbytes > 0. If the input stream contains less than nbytes of data, an exception
		is thrown.
	*/
	void write(InputStream stream, ulong nbytes = 0);

	protected final void writeDefault(InputStream stream, ulong nbytes = 0)
	{
		static struct Buffer { ubyte[64*1024] bytes = void; }
		auto bufferobj = FreeListRef!(Buffer, false)();
		auto buffer = bufferobj.bytes[];

		//logTrace("default write %d bytes, empty=%s", nbytes, stream.empty);
		if( nbytes == 0 ){
			while( !stream.empty ){
				size_t chunk = min(stream.leastSize, buffer.length);
				assert(chunk > 0, "leastSize returned zero for non-empty stream.");
				//logTrace("read pipe chunk %d", chunk);
				stream.read(buffer[0 .. chunk]);
				write(buffer[0 .. chunk]);
			}
		} else {
			while( nbytes > 0 ){
				size_t chunk = min(nbytes, buffer.length);
				//logTrace("read pipe chunk %d", chunk);
				stream.read(buffer[0 .. chunk]);
				write(buffer[0 .. chunk]);
				nbytes -= chunk;
			}
		}
	}
}

/**
	Interface for all classes implementing readable and writable streams.
*/
interface Stream : InputStream, OutputStream {
}


/**
	Interface for streams based on a connection.

	Connection streams are based on streaming socket connections, pipes and
	similar end-to-end streams.

	See_also: vibe.core.net.TCPConnection
*/
interface ConnectionStream : Stream {
	/** Determines The current connection status.

		If connected is false, writing to the connection will trigger an
		exception. Reading may still succeed as long as there is data left in
		the input buffer. Use InputStream.empty to determine when to stop
		reading.
	*/
	@property bool connected() const;

	/** Actively closes the connection and frees associated resources.

		Note that close must always be called, even if the remote has already
		closed the connection. Failure to do so will result in resource and
		memory leakage.

		Closing a connection implies a call to finalize, so that it doesn't
		need to be called explicitly (it will be a no-op in that case).
	*/
	void close();

	/** Blocks until data becomes available for read.

		The maximum wait time can be customized with the `timeout` parameter.
		If there is already data availabe for read, or if the connection is
		closed, the function will return immediately without blocking.

		Params:
			timeout = Optional timeout, the default value of `Duration.max`
				indicates an infinite timeout

		Returns:
			The function will return `true` if data becomes available before the
			timeout is reached. If the connection gets closed, or the timeout
			gets reached, `false` is returned instead.
	*/
	bool waitForData(Duration timeout = Duration.max);
}


/**
	Interface for all streams supporting random access.
*/
interface RandomAccessStream : Stream {
	/// Returns the total size of the file.
	@property ulong size() const nothrow;

	/// Determines if this stream is readable.
	@property bool readable() const nothrow;

	/// Determines if this stream is writable.
	@property bool writable() const nothrow;

	/// Seeks to a specific position in the file if supported by the stream.
	void seek(ulong offset);

	/// Returns the current offset of the file pointer
	ulong tell() nothrow;
}


/**
	Stream implementation acting as a sink with no function.

	Any data written to the stream will be ignored and discarded. This stream type is useful if
	the output of a particular stream is not needed but the stream needs to be drained.
*/
final class NullOutputStream : OutputStream {
	void write(in ubyte[] bytes) {}
	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}
	void flush() {}
	void finalize() {}
}
vibe.d-0.7.30/source/vibe/core/sync.d000066400000000000000000001111671304441332000172470ustar00rootroot00000000000000/**
	Interruptible Task synchronization facilities

	Copyright: © 2012-2015 RejectedSoftware e.K.
	Authors: Leonid Kramer, Sönke Ludwig, Manuel Frischknecht
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.sync;

import std.exception;

import vibe.core.driver;

import core.atomic;
import core.sync.mutex;
import core.sync.condition;
import std.stdio;
import std.traits : ReturnType;


enum LockMode {
	lock,
	tryLock,
	defer
}

interface Lockable {
	@safe:
	void lock();
	void unlock();
	bool tryLock();
}

/** RAII lock for the Mutex class.
*/
struct ScopedMutexLock
{
	@disable this(this);
	private {
		Mutex m_mutex;
		bool m_locked;
		LockMode m_mode;
	}

	this(core.sync.mutex.Mutex mutex, LockMode mode = LockMode.lock) {
		assert(mutex !is null);
		m_mutex = mutex;

		final switch (mode) {
			case LockMode.lock: lock(); break;
			case LockMode.tryLock: tryLock(); break;
			case LockMode.defer: break;
		}
	}

	~this()
	{
		if( m_locked )
			m_mutex.unlock();
	}

	@property bool locked() const { return m_locked; }

	void unlock()
	{
		enforce(m_locked);
		m_mutex.unlock();
		m_locked = false;
	}

	bool tryLock()
	{
		enforce(!m_locked);
		return m_locked = m_mutex.tryLock();
	}

	void lock()
	{
		enforce(!m_locked);
		m_locked = true;
		m_mutex.lock();
	}
}


/*
	Only for internal use:
	Ensures that a mutex is locked while executing the given procedure.

	This function works for all kinds of mutexes, in particular for
	$(D core.sync.mutex.Mutex), $(D TaskMutex) and $(D InterruptibleTaskMutex).

	Returns:
		Returns the value returned from $(D PROC), if any.
*/
/// private
package(vibe) ReturnType!PROC performLocked(alias PROC, MUTEX)(MUTEX mutex)
{
	mutex.lock();
	scope (exit) mutex.unlock();
	return PROC();
}

///
unittest {
	int protected_var = 0;
	auto mtx = new TaskMutex;
	mtx.performLocked!({
		protected_var++;
	});
}


/**
	Thread-local semaphore implementation for tasks.

	When the semaphore runs out of concurrent locks, it will suspend. This class
	is used in `vibe.core.connectionpool` to limit the number of concurrent
	connections.
*/
class LocalTaskSemaphore
{
	// requires a queue
	import std.container.binaryheap;
	import std.container.array;
	import vibe.utils.memory;

	private {
		struct Waiter {
			ManualEvent signal;
			ubyte priority;
			uint seq;
		}

		BinaryHeap!(Array!Waiter, asc) m_waiters;
		uint m_maxLocks;
		uint m_locks;
		uint m_seq;
	}

	this(uint max_locks) 
	{ 
		m_maxLocks = max_locks;
	}

	/// Maximum number of concurrent locks
	@property void maxLocks(uint max_locks) { m_maxLocks = max_locks; }
	/// ditto
	@property uint maxLocks() const { return m_maxLocks; }

	/// Number of concurrent locks still available
	@property uint available() const { return m_maxLocks - m_locks; }

	/** Try to acquire a lock.

		If a lock cannot be acquired immediately, returns `false` and leaves the
		semaphore in its previous state.

		Returns:
			`true` is returned $(I iff) the number of available locks is greater
			than one.
	*/
	bool tryLock()
	{		
		if (available > 0) 
		{
			m_locks++; 
			return true;
		}
		return false;
	}

	/** Acquires a lock.

		Once the limit of concurrent locks is reaced, this method will block
		until the number of locks drops below the limit.
	*/
	void lock(ubyte priority = 0)
	{ 
		import std.algorithm : min;

		if (tryLock())
			return;
		
		Waiter w;
		w.signal = getEventDriver().createManualEvent();
		scope(exit)
			destroy(w.signal);
		w.priority = priority;
		w.seq = min(0, m_seq - w.priority);
		if (++m_seq == uint.max)
			rewindSeq();
		
		m_waiters.insert(w);
		w.signal.waitUninterruptible(w.signal.emitCount);
	}

	/** Gives up an existing lock.
	*/
	void unlock() 
	{		
		if (m_waiters.length > 0) {
			ManualEvent s = m_waiters.front().signal;
			m_waiters.removeFront();
			s.emit(); // resume one
		} else m_locks--;
	}

	// if true, a goes after b. ie. b comes out front()
	/// private
	static bool asc(ref Waiter a, ref Waiter b) 
	{
		if (a.seq == b.seq) {
			if (a.priority == b.priority) {
				// resolve using the pointer address
				return (cast(size_t)&a.signal) > (cast(size_t) &b.signal);
			}
			// resolve using priority
			return a.priority < b.priority;
		}
		// resolve using seq number
		return a.seq > b.seq;
	}

	private void rewindSeq()
	{
		Array!Waiter waiters = m_waiters.release();
		ushort min_seq;
		import std.algorithm : min;
		foreach (ref waiter; waiters[])
			min_seq = min(waiter.seq, min_seq);
		foreach (ref waiter; waiters[])
			waiter.seq -= min_seq;
		m_waiters.assume(waiters);
	}
}


/**
	Mutex implementation for fibers.

	This mutex type can be used in exchange for a core.sync.mutex.Mutex, but
	does not block the event loop when contention happens. Note that this
	mutex does not allow recursive locking.

	Notice:
		Because this class is annotated nothrow, it cannot be interrupted
		using $(D vibe.core.task.Task.interrupt()). The corresponding
		$(D InterruptException) will be deferred until the next blocking
		operation yields the event loop.

		Use $(D InterruptibleTaskMutex) as an alternative that can be
		interrupted.

	See_Also: InterruptibleTaskMutex, RecursiveTaskMutex, core.sync.mutex.Mutex
*/
class TaskMutex : core.sync.mutex.Mutex, Lockable {
	private TaskMutexImpl!false m_impl;

	this(Object o) { m_impl.setup(); super(o); }
	this() { m_impl.setup(); }

	override bool tryLock() nothrow { return m_impl.tryLock(); }
	override void lock() nothrow { m_impl.lock(); }
	override void unlock() nothrow { m_impl.unlock(); }
}

unittest {
	auto mutex = new TaskMutex;

	{
		auto lock = ScopedMutexLock(mutex);
		assert(lock.locked);
		assert(mutex.m_impl.m_locked);

		auto lock2 = ScopedMutexLock(mutex, LockMode.tryLock);
		assert(!lock2.locked);
	}
	assert(!mutex.m_impl.m_locked);

	auto lock = ScopedMutexLock(mutex, LockMode.tryLock);
	assert(lock.locked);
	lock.unlock();
	assert(!lock.locked);

	synchronized(mutex){
		assert(mutex.m_impl.m_locked);
	}
	assert(!mutex.m_impl.m_locked);

	mutex.performLocked!({
		assert(mutex.m_impl.m_locked);
	});
	assert(!mutex.m_impl.m_locked);

	with(mutex.ScopedMutexLock) {
		assert(mutex.m_impl.m_locked);
	}
}

unittest { // test deferred throwing
	import vibe.core.core;

	auto mutex = new TaskMutex;
	auto t1 = runTask({
		scope (failure) assert(false, "No exception expected in first task!");
		mutex.lock();
		scope (exit) mutex.unlock();
		sleep(20.msecs);
	});

	auto t2 = runTask({
		scope (failure) assert(false, "Only InterruptException supposed to be thrown!");
		mutex.lock();
		scope (exit) mutex.unlock();
		try {
			yield();
			assert(false, "Yield is supposed to have thrown an InterruptException.");
		} catch (InterruptException) {
			// as expected!
		}
	});

	runTask({
		// mutex is now locked in first task for 20 ms
		// the second tasks is waiting in lock()
		t2.interrupt();
		t1.join();
		t2.join();
		assert(!mutex.m_impl.m_locked); // ensure that the scope(exit) has been executed
		exitEventLoop();
	});

	runEventLoop();
}

unittest {
	runMutexUnitTests!TaskMutex();
}


/**
	Alternative to $(D TaskMutex) that supports interruption.

	This class supports the use of $(D vibe.core.task.Task.interrupt()) while
	waiting in the $(D lock()) method. However, because the interface is not
	$(D nothrow), it cannot be used as an object monitor.

	See_Also: $(D TaskMutex), $(D InterruptibleRecursiveTaskMutex)
*/
final class InterruptibleTaskMutex : Lockable {
	private TaskMutexImpl!true m_impl;

	this() { m_impl.setup(); }

	bool tryLock() nothrow { return m_impl.tryLock(); }
	void lock() { m_impl.lock(); }
	void unlock() nothrow { m_impl.unlock(); }
}

unittest {
	runMutexUnitTests!InterruptibleTaskMutex();
}



/**
	Recursive mutex implementation for tasks.

	This mutex type can be used in exchange for a core.sync.mutex.Mutex, but
	does not block the event loop when contention happens.

	Notice:
		Because this class is annotated nothrow, it cannot be interrupted
		using $(D vibe.core.task.Task.interrupt()). The corresponding
		$(D InterruptException) will be deferred until the next blocking
		operation yields the event loop.

		Use $(D InterruptibleRecursiveTaskMutex) as an alternative that can be
		interrupted.

	See_Also: TaskMutex, core.sync.mutex.Mutex
*/
class RecursiveTaskMutex : core.sync.mutex.Mutex, Lockable {
	private RecursiveTaskMutexImpl!false m_impl;

	this(Object o) { m_impl.setup(); super(o); }
	this() { m_impl.setup(); }

	override bool tryLock() { return m_impl.tryLock(); }
	override void lock() { m_impl.lock(); }
	override void unlock() { m_impl.unlock(); }
}

unittest {
	runMutexUnitTests!RecursiveTaskMutex();
}


/**
	Alternative to $(D RecursiveTaskMutex) that supports interruption.

	This class supports the use of $(D vibe.core.task.Task.interrupt()) while
	waiting in the $(D lock()) method. However, because the interface is not
	$(D nothrow), it cannot be used as an object monitor.

	See_Also: $(D RecursiveTaskMutex), $(D InterruptibleTaskMutex)
*/
final class InterruptibleRecursiveTaskMutex : Lockable {
	private RecursiveTaskMutexImpl!true m_impl;

	this() { m_impl.setup(); }

	bool tryLock() { return m_impl.tryLock(); }
	void lock() { m_impl.lock(); }
	void unlock() { m_impl.unlock(); }
}

unittest {
	runMutexUnitTests!InterruptibleRecursiveTaskMutex();
}


private void runMutexUnitTests(M)()
{
	import vibe.core.core;

	auto m = new M;
	Task t1, t2;
	void runContendedTasks(bool interrupt_t1, bool interrupt_t2) {
		assert(!m.m_impl.m_locked);

		// t1 starts first and acquires the mutex for 20 ms
		// t2 starts second and has to wait in m.lock()
		t1 = runTask({
			assert(!m.m_impl.m_locked);
			m.lock();
			assert(m.m_impl.m_locked);
			if (interrupt_t1) assertThrown!InterruptException(sleep(100.msecs));
			else assertNotThrown(sleep(20.msecs));
			m.unlock();
		});
		t2 = runTask({
			assert(!m.tryLock());
			if (interrupt_t2) {
				try m.lock();
				catch (InterruptException) return;
				try yield(); // rethrows any deferred exceptions
				catch (InterruptException) {
					m.unlock();
					return;
				}
				assert(false, "Supposed to have thrown an InterruptException.");
			} else assertNotThrown(m.lock());
			assert(m.m_impl.m_locked);
			sleep(20.msecs);
			m.unlock();
			assert(!m.m_impl.m_locked);
		});
	}

	// basic lock test
	m.performLocked!({
		assert(m.m_impl.m_locked);
	});
	assert(!m.m_impl.m_locked);

	// basic contention test
	runContendedTasks(false, false);
	runTask({
		assert(t1.running && t2.running);
		assert(m.m_impl.m_locked);
		t1.join();
		assert(!t1.running && t2.running);
		yield(); // give t2 a chance to take the lock
		assert(m.m_impl.m_locked);
		t2.join();
		assert(!t2.running);
		assert(!m.m_impl.m_locked);
		exitEventLoop();
	});
	runEventLoop();
	assert(!m.m_impl.m_locked);

	// interruption test #1
	runContendedTasks(true, false);
	runTask({
		assert(t1.running && t2.running);
		assert(m.m_impl.m_locked);
		t1.interrupt();
		t1.join();
		assert(!t1.running && t2.running);
		yield(); // give t2 a chance to take the lock
		assert(m.m_impl.m_locked);
		t2.join();
		assert(!t2.running);
		assert(!m.m_impl.m_locked);
		exitEventLoop();
	});
	runEventLoop();
	assert(!m.m_impl.m_locked);

	// interruption test #2
	runContendedTasks(false, true);
	runTask({
		assert(t1.running && t2.running);
		assert(m.m_impl.m_locked);
		t2.interrupt();
		t2.join();
		assert(!t2.running);
		static if (is(M == InterruptibleTaskMutex) || is (M == InterruptibleRecursiveTaskMutex))
			assert(t1.running && m.m_impl.m_locked);
		t1.join();
		assert(!t1.running);
		assert(!m.m_impl.m_locked);
		exitEventLoop();
	});
	runEventLoop();
	assert(!m.m_impl.m_locked);
}


/**
	Event loop based condition variable or "event" implementation.

	This class can be used in exchange for a $(D core.sync.condition.Condition)
	to avoid blocking the event loop when waiting.

	Notice:
		Because this class is annotated nothrow, it cannot be interrupted
		using $(D vibe.core.task.Task.interrupt()). The corresponding
		$(D InterruptException) will be deferred until the next blocking
		operation yields to the event loop.

		Use $(D InterruptibleTaskCondition) as an alternative that can be
		interrupted.

		Note that it is generally not safe to use a `TaskCondition` together with an
		interruptible mutex type.

	See_Also: InterruptibleTaskCondition
*/
class TaskCondition : core.sync.condition.Condition {
	private TaskConditionImpl!(false, Mutex) m_impl;

	this(core.sync.mutex.Mutex mtx) nothrow { m_impl.setup(mtx); super(mtx); }

	override @property Mutex mutex() nothrow { return m_impl.mutex; }
	override void wait() { m_impl.wait(); }
	override bool wait(Duration timeout) { return m_impl.wait(timeout); }
	override void notify() { m_impl.notify(); }
	override void notifyAll() { m_impl.notifyAll(); }
}

/** This example shows the typical usage pattern using a `while` loop to make
	sure that the final condition is reached.
*/
unittest {
	import vibe.core.core;

	__gshared Mutex mutex;
	__gshared TaskCondition condition;
	__gshared int workers_still_running = 0;

	// setup the task condition
	mutex = new Mutex;
	condition = new TaskCondition(mutex);

	// start up the workers and count how many are running
	foreach (i; 0 .. 4) {
		workers_still_running++;
		runWorkerTask({
			// simulate some work
			sleep(100.msecs);

			// notify the waiter that we're finished
			synchronized (mutex)
				workers_still_running--;
			condition.notify();
		});
	}

	// wait until all tasks have decremented the counter back to zero
	synchronized (mutex) {
		while (workers_still_running > 0)
			condition.wait();
	}
}


/**
	Alternative to `TaskCondition` that supports interruption.

	This class supports the use of `vibe.core.task.Task.interrupt()` while
	waiting in the `wait()` method.

	See `TaskCondition` for an example.

	Notice:
		Note that it is generally not safe to use an
		`InterruptibleTaskCondition` together with an interruptible mutex type.

	See_Also: `TaskCondition`
*/
final class InterruptibleTaskCondition {
	private TaskConditionImpl!(true, Lockable) m_impl;

	this(core.sync.mutex.Mutex mtx) nothrow { m_impl.setup(mtx); }
	this(Lockable mtx) nothrow { m_impl.setup(mtx); }

	@property Lockable mutex() { return m_impl.mutex; }
	void wait() { m_impl.wait(); }
	bool wait(Duration timeout) { return m_impl.wait(timeout); }
	void notify() { m_impl.notify(); }
	void notifyAll() { m_impl.notifyAll(); }
}


/** Creates a new signal that can be shared between fibers.
*/
ManualEvent createManualEvent()
nothrow {
	return getEventDriver().createManualEvent();
}

/** A manually triggered cross-task event.

	Note: the ownership can be shared between multiple fibers and threads.
*/
interface ManualEvent {
	/// A counter that is increased with every emit() call
	@property int emitCount() const nothrow;

	/// Emits the signal, waking up all owners of the signal.
	void emit() nothrow;

	/** Acquires ownership and waits until the signal is emitted.

		Throws:
			May throw an $(D InterruptException) if the task gets interrupted
			using $(D Task.interrupt()).
	*/
	void wait();

	/** Acquires ownership and waits until the emit count differs from the given one.

		Throws:
			May throw an $(D InterruptException) if the task gets interrupted
			using $(D Task.interrupt()).
	*/
	int wait(int reference_emit_count);

	/** Acquires ownership and waits until the emit count differs from the given one or until a timeout is reaced.

		Throws:
			May throw an $(D InterruptException) if the task gets interrupted
			using $(D Task.interrupt()).
	*/
	int wait(Duration timeout, int reference_emit_count);

	/** Same as $(D wait), but defers throwing any $(D InterruptException).

		This method is annotated $(D nothrow) at the expense that it cannot be
		interrupted.
	*/
	int waitUninterruptible(int reference_emit_count) nothrow;

	/// ditto
	int waitUninterruptible(Duration timeout, int reference_emit_count) nothrow;
}


private struct TaskMutexImpl(bool INTERRUPTIBLE) {
	import std.stdio;
	private {
		shared(bool) m_locked = false;
		shared(uint) m_waiters = 0;
		ManualEvent m_signal;
		debug Task m_owner;
	}

	void setup()
	nothrow {
		m_signal = createManualEvent();
	}


	@trusted bool tryLock()
	{
		if (cas(&m_locked, false, true)) {
			debug m_owner = Task.getThis();
			version(MutexPrint) writefln("mutex %s lock %s", cast(void*)this, atomicLoad(m_waiters));
			return true;
		}
		return false;
	}

	@trusted void lock()
	{
		if (tryLock()) return;
		debug assert(m_owner == Task() || m_owner != Task.getThis(), "Recursive mutex lock.");
		atomicOp!"+="(m_waiters, 1);
		version(MutexPrint) writefln("mutex %s wait %s", cast(void*)this, atomicLoad(m_waiters));
		scope(exit) atomicOp!"-="(m_waiters, 1);
		auto ecnt = m_signal.emitCount();
		while (!tryLock()) {
			static if (INTERRUPTIBLE) ecnt = m_signal.wait(ecnt);
			else ecnt = m_signal.waitUninterruptible(ecnt);
		}
	}

	@trusted void unlock()
	{
		assert(m_locked);
		debug {
			assert(m_owner == Task.getThis());
			m_owner = Task();
		}
		atomicStore!(MemoryOrder.rel)(m_locked, false);
		version(MutexPrint) writefln("mutex %s unlock %s", cast(void*)this, atomicLoad(m_waiters));
		if (atomicLoad(m_waiters) > 0)
			m_signal.emit();
	}
}

private struct RecursiveTaskMutexImpl(bool INTERRUPTIBLE) {
	import std.stdio;
	private {
		core.sync.mutex.Mutex m_mutex;
		Task m_owner;
		size_t m_recCount = 0;
		shared(uint) m_waiters = 0;
		ManualEvent m_signal;
		@property bool m_locked() const { return m_recCount > 0; }
	}

	void setup()
	{
		m_signal = createManualEvent();
		m_mutex = new core.sync.mutex.Mutex;
	}

	@trusted bool tryLock()
	{
		auto self = Task.getThis();
		return m_mutex.performLocked!({
			if (!m_owner) {
				assert(m_recCount == 0);
				m_recCount = 1;
				m_owner = self;
				return true;
			} else if (m_owner == self) {
				m_recCount++;
				return true;
			}
			return false;
		});
	}

	@trusted void lock()
	{
		if (tryLock()) return;
		atomicOp!"+="(m_waiters, 1);
		version(MutexPrint) writefln("mutex %s wait %s", cast(void*)this, atomicLoad(m_waiters));
		scope(exit) atomicOp!"-="(m_waiters, 1);
		auto ecnt = m_signal.emitCount();
		while (!tryLock()) {
			static if (INTERRUPTIBLE) ecnt = m_signal.wait(ecnt);
			else ecnt = m_signal.waitUninterruptible(ecnt);
		}
	}

	@trusted void unlock()
	{
		auto self = Task.getThis();
		m_mutex.performLocked!({
			assert(m_owner == self);
			assert(m_recCount > 0);
			m_recCount--;
			if (m_recCount == 0) {
				m_owner = Task.init;
			}
		});
		version(MutexPrint) writefln("mutex %s unlock %s", cast(void*)this, atomicLoad(m_waiters));
		if (atomicLoad(m_waiters) > 0)
			m_signal.emit();
	}
}

private struct TaskConditionImpl(bool INTERRUPTIBLE, LOCKABLE) {
	private {
		LOCKABLE m_mutex;

		ManualEvent m_signal;
	}

	static if (is(LOCKABLE == Lockable)) {
		final class MutexWrapper : Lockable {
			private core.sync.mutex.Mutex m_mutex;
			this(core.sync.mutex.Mutex mtx) { m_mutex = mtx; }
			@trusted void lock() { m_mutex.lock(); }
			@trusted void unlock() { m_mutex.unlock(); }
			@trusted bool tryLock() { return m_mutex.tryLock(); }
		}

		void setup(core.sync.mutex.Mutex mtx)
		{
			setup(new MutexWrapper(mtx));
		}
	}

	void setup(LOCKABLE mtx)
	{
		m_mutex = mtx;
		m_signal = createManualEvent();
	}

	@property LOCKABLE mutex() { return m_mutex; }

	@trusted void wait()
	{
		if (auto tm = cast(TaskMutex)m_mutex) {
			assert(tm.m_impl.m_locked);
			debug assert(tm.m_impl.m_owner == Task.getThis());
		}

		auto refcount = m_signal.emitCount;
		m_mutex.unlock();
		scope(exit) m_mutex.lock();
		static if (INTERRUPTIBLE) m_signal.wait(refcount);
		else m_signal.waitUninterruptible(refcount);
	}

	@trusted bool wait(Duration timeout)
	{
		assert(!timeout.isNegative());
		if (auto tm = cast(TaskMutex)m_mutex) {
			assert(tm.m_impl.m_locked);
			debug assert(tm.m_impl.m_owner == Task.getThis());
		}

		auto refcount = m_signal.emitCount;
		m_mutex.unlock();
		scope(exit) m_mutex.lock();

		static if (INTERRUPTIBLE) return m_signal.wait(timeout, refcount) != refcount;
		else return m_signal.waitUninterruptible(timeout, refcount) != refcount;
	}

	@trusted void notify()
	{
		m_signal.emit();
	}

	@trusted void notifyAll()
	{
		m_signal.emit();
	}
}

/** Contains the shared state of a $(D TaskReadWriteMutex).
 *
 *  Since a $(D TaskReadWriteMutex) consists of two actual Mutex
 *  objects that rely on common memory, this class implements
 *  the actual functionality of their method calls.
 *
 *  The method implementations are based on two static parameters
 *  ($(D INTERRUPTIBLE) and $(D INTENT)), which are configured through 
 *  template arguments:
 *
 *  - $(D INTERRUPTIBLE) determines whether the mutex implementation
 *    are interruptible by vibe.d's $(D vibe.core.task.Task.interrupt())
 *    method or not.
 *
 *  - $(D INTENT) describes the intent, with which a locking operation is
 *    performed (i.e. $(D READ_ONLY) or $(D READ_WRITE)). RO locking allows for
 *    multiple Tasks holding the mutex, whereas RW locking will cause
 *    a "bottleneck" so that only one Task can write to the protected
 *    data at once.
 */
private struct ReadWriteMutexState(bool INTERRUPTIBLE)
{
    /** The policy with which the mutex should operate.
     *
     *  The policy determines how the acquisition of the locks is 
     *  performed and can be used to tune the mutex according to the
     *  underlying algorithm in which it is used.
     *
     *  According to the provided policy, the mutex will either favor
     *  reading or writing tasks and could potentially starve the 
     *  respective opposite.
     *
     *  cf. $(D core.sync.rwmutex.ReadWriteMutex.Policy)
     */
    enum Policy : int
    {
        /** Readers are prioritized, writers may be starved as a result. */
        PREFER_READERS = 0,
        /** Writers are prioritized, readers may be starved as a result. */
        PREFER_WRITERS
    }
    
    /** The intent with which a locking operation is performed.
     *
     *  Since both locks share the same underlying algorithms, the actual
     *  intent with which a lock operation is performed (i.e read/write)
     *  are passed as a template parameter to each method.
     */
    enum LockingIntent : bool
    {
        /** Perform a read lock/unlock operation. Multiple reading locks can be
         *  active at a time. */
        READ_ONLY = 0,
        /** Perform a write lock/unlock operation. Only a single writer can
         *  hold a lock at any given time. */
        READ_WRITE = 1
    }
    
    private {
        //Queue counters
        /** The number of reading tasks waiting for the lock to become available. */
        shared(uint)  m_waitingForReadLock = 0;
        /** The number of writing tasks waiting for the lock to become available. */
        shared(uint)  m_waitingForWriteLock = 0;
        
        //Lock counters
        /** The number of reading tasks that currently hold the lock. */
        uint  m_activeReadLocks = 0;
        /** The number of writing tasks that currently hold the lock (binary). */
        ubyte m_activeWriteLocks = 0;
        
        /** The policy determining the lock's behavior. */
        Policy m_policy;
        
        //Queue Events
        /** The event used to wake reading tasks waiting for the lock while it is blocked. */
        ManualEvent m_readyForReadLock;
        /** The event used to wake writing tasks waiting for the lock while it is blocked. */
        ManualEvent m_readyForWriteLock;

        /** The underlying mutex that gates the access to the shared state. */
        Mutex m_counterMutex;
    }
    
    this(Policy policy)
    {
        m_policy = policy;
        m_counterMutex = new Mutex();
        m_readyForReadLock  = createManualEvent();
        m_readyForWriteLock = createManualEvent();
    }

    @disable this(this);
    
    /** The policy with which the lock has been created. */
    @property policy() const { return m_policy; }
    
    version(RWMutexPrint)
    {
        /** Print out debug information during lock operations. */
        void printInfo(string OP, LockingIntent INTENT)() nothrow
        {
        	import std.string;
            try
            {
                import std.stdio;
                writefln("RWMutex: %s (%s), active: RO: %d, RW: %d; waiting: RO: %d, RW: %d", 
                    OP.leftJustify(10,' '), 
                    INTENT == LockingIntent.READ_ONLY ? "RO" : "RW", 
                    m_activeReadLocks,    m_activeWriteLocks, 
                    m_waitingForReadLock, m_waitingForWriteLock
                    );
            }
            catch (Throwable t){}
        }
    }
    
    /** An internal shortcut method to determine the queue event for a given intent. */
    @property ref auto queueEvent(LockingIntent INTENT)()
    {
        static if (INTENT == LockingIntent.READ_ONLY)
            return m_readyForReadLock;
        else
            return m_readyForWriteLock;
    }
    
    /** An internal shortcut method to determine the queue counter for a given intent. */
    @property ref auto queueCounter(LockingIntent INTENT)()
    {
        static if (INTENT == LockingIntent.READ_ONLY)
            return m_waitingForReadLock;
        else
            return m_waitingForWriteLock;
    }
    
    /** An internal shortcut method to determine the current emitCount of the queue counter for a given intent. */
    int emitCount(LockingIntent INTENT)()
    {
        return queueEvent!INTENT.emitCount();
    }
    
    /** An internal shortcut method to determine the active counter for a given intent. */
    @property ref auto activeCounter(LockingIntent INTENT)()
    {
        static if (INTENT == LockingIntent.READ_ONLY)
            return m_activeReadLocks;
        else
            return m_activeWriteLocks;
    }
    
    /** An internal shortcut method to wait for the queue event for a given intent. 
     *
     *  This method is used during the `lock()` operation, after a
     *  `tryLock()` operation has been unsuccessfully finished.
     *  The active fiber will yield and be suspended until the queue event
     *  for the given intent will be fired.
     */
    int wait(LockingIntent INTENT)(int count)
    {
        static if (INTERRUPTIBLE)
            return queueEvent!INTENT.wait(count);
        else
            return queueEvent!INTENT.waitUninterruptible(count);
    }
    
    /** An internal shortcut method to notify tasks waiting for the lock to become available again. 
     *
     *  This method is called whenever the number of owners of the mutex hits
     *  zero; this is basically the counterpart to `wait()`.
     *  It wakes any Task currently waiting for the mutex to be released.
     */
    @trusted void notify(LockingIntent INTENT)()
    {
        static if (INTENT == LockingIntent.READ_ONLY)
        { //If the last reader unlocks the mutex, notify all waiting writers
            if (atomicLoad(m_waitingForWriteLock) > 0)
                m_readyForWriteLock.emit();
        }
        else
        { //If a writer unlocks the mutex, notify both readers and writers
            if (atomicLoad(m_waitingForReadLock) > 0)
                m_readyForReadLock.emit();
            
            if (atomicLoad(m_waitingForWriteLock) > 0)
                m_readyForWriteLock.emit();
        }
    }
    
    /** An internal method that performs the acquisition attempt in different variations.
     *
     *  Since both locks rely on a common TaskMutex object which gates the access
     *  to their common data acquisition attempts for this lock are more complex
     *  than for simple mutex variants. This method will thus be performing the
     *  `tryLock()` operation in two variations, depending on the callee:
     *
     *  If called from the outside ($(D WAIT_FOR_BLOCKING_MUTEX) = false), the method 
     *  will instantly fail if the underlying mutex is locked (i.e. during another 
     *  `tryLock()` or `unlock()` operation), in order to guarantee the fastest 
     *  possible locking attempt.
     *
     *  If used internally by the `lock()` method ($(D WAIT_FOR_BLOCKING_MUTEX) = true), 
     *  the operation will wait for the mutex to be available before deciding if
     *  the lock can be acquired, since the attempt would anyway be repeated until
     *  it succeeds. This will prevent frequent retries under heavy loads and thus 
     *  should ensure better performance.
     */
    @trusted bool tryLock(LockingIntent INTENT, bool WAIT_FOR_BLOCKING_MUTEX)()
    {
        //Log a debug statement for the attempt
        version(RWMutexPrint)
            printInfo!("tryLock",INTENT)();
        
        //Try to acquire the lock
        static if (!WAIT_FOR_BLOCKING_MUTEX)
        {
            if (!m_counterMutex.tryLock())
                return false;
        }
        else
            m_counterMutex.lock();
        
        scope(exit)
            m_counterMutex.unlock();
        
        //Log a debug statement for the attempt
        version(RWMutexPrint)
            printInfo!("checkCtrs",INTENT)();
        
        //Check if there's already an active writer
        if (m_activeWriteLocks > 0)
            return false;
        
        //If writers are preferred over readers, check whether there
        //currently is a writer in the waiting queue and abort if
        //that's the case.
        static if (INTENT == LockingIntent.READ_ONLY)
            if (m_policy.PREFER_WRITERS && m_waitingForWriteLock > 0)
                return false;
        
        //If we are locking the mutex for writing, make sure that
        //there's no reader active.
        static if (INTENT == LockingIntent.READ_WRITE)
            if (m_activeReadLocks > 0)
                return false;
        
        //We can successfully acquire the lock!
        //Log a debug statement for the success.
        version(RWMutexPrint)
            printInfo!("lock",INTENT)();
        
        //Increase the according counter 
        //(number of active readers/writers)
        //and return a success code.
        activeCounter!INTENT += 1;
        return true;
    }
    
    /** Attempt to acquire the lock for a given intent.
     *
     *  Returns:
     *      `true`, if the lock was successfully acquired;
     *      `false` otherwise.
     */
    @trusted bool tryLock(LockingIntent INTENT)()
    {
        //Try to lock this mutex without waiting for the underlying
        //TaskMutex - fail if it is already blocked.
        return tryLock!(INTENT,false)();
    }
    
    /** Acquire the lock for the given intent; yield and suspend until the lock has been acquired. */
    @trusted void lock(LockingIntent INTENT)()
    {
        //Prepare a waiting action before the first
        //`tryLock()` call in order to avoid a race
        //condition that could lead to the queue notification
        //not being fired.
        auto count = emitCount!INTENT;
        atomicOp!"+="(queueCounter!INTENT,1);
        scope(exit)
            atomicOp!"-="(queueCounter!INTENT,1);
        
        //Try to lock the mutex
        auto locked = tryLock!(INTENT,true)();
        if (locked)
            return;
        
        //Retry until we successfully acquired the lock
        while(!locked)
        {
            version(RWMutexPrint)
                printInfo!("wait",INTENT)();
            
            count  = wait!INTENT(count);
            locked = tryLock!(INTENT,true)();
        }
    }
    
    /** Unlock the mutex after a successful acquisition. */
    @trusted void unlock(LockingIntent INTENT)()
    {
        version(RWMutexPrint)
            printInfo!("unlock",INTENT)();
        
        debug assert(activeCounter!INTENT > 0);

        synchronized(m_counterMutex)
        {
            //Decrement the counter of active lock holders.
            //If the counter hits zero, notify waiting Tasks
            activeCounter!INTENT -= 1;
            if (activeCounter!INTENT == 0)
            {
                version(RWMutexPrint)
                    printInfo!("notify",INTENT)();
                
                notify!INTENT();
            }
        }
    }
}

/** A ReadWriteMutex implementation for fibers.
 *
 *  This mutex can be used in exchange for a $(D core.sync.mutex.ReadWriteMutex),
 *  but does not block the event loop in contention situations. The `reader` and `writer`
 *  members are used for locking. Locking the `reader` mutex allows access to multiple 
 *  readers at once, while the `writer` mutex only allows a single writer to lock it at
 *  any given time. Locks on `reader` and `writer` are mutually exclusive (i.e. whenever a 
 *  writer is active, no readers can be active at the same time, and vice versa).
 * 
 *  Notice:
 *      Mutexes implemented by this class cannot be interrupted
 *      using $(D vibe.core.task.Task.interrupt()). The corresponding
 *      InterruptException will be deferred until the next blocking
 *      operation yields the event loop.
 * 
 *      Use $(D InterruptibleTaskReadWriteMutex) as an alternative that can be
 *      interrupted.
 * 
 *  cf. $(D core.sync.mutex.ReadWriteMutex)
 */
class TaskReadWriteMutex
{
    private {
        alias State = ReadWriteMutexState!false;
        alias LockingIntent = State.LockingIntent;
        alias READ_ONLY  = LockingIntent.READ_ONLY;
        alias READ_WRITE = LockingIntent.READ_WRITE;
        
        /** The shared state used by the reader and writer mutexes. */
        State m_state;
    }
    
    /** The policy with which the mutex should operate.
     *
     *  The policy determines how the acquisition of the locks is 
     *  performed and can be used to tune the mutex according to the
     *  underlying algorithm in which it is used.
     *
     *  According to the provided policy, the mutex will either favor
     *  reading or writing tasks and could potentially starve the 
     *  respective opposite.
     *
     *  cf. $(D core.sync.rwmutex.ReadWriteMutex.Policy)
     */
    alias Policy = State.Policy;
    
    /** A common baseclass for both of the provided mutexes.
     *
     *  The intent for the according mutex is specified through the 
     *  $(D INTENT) template argument, which determines if a mutex is 
     *  used for read or write locking.
     */
    final class Mutex(LockingIntent INTENT): core.sync.mutex.Mutex, Lockable
    {
        /** Try to lock the mutex. cf. $(D core.sync.mutex.Mutex) */
        override bool tryLock() { return m_state.tryLock!INTENT(); }
        /** Lock the mutex. cf. $(D core.sync.mutex.Mutex) */
        override void lock()    { m_state.lock!INTENT(); }
        /** Unlock the mutex. cf. $(D core.sync.mutex.Mutex) */
        override void unlock()  { m_state.unlock!INTENT(); }
    }
    alias Reader = Mutex!READ_ONLY;
    alias Writer = Mutex!READ_WRITE;
    
    Reader reader;
    Writer writer;
    
    this(Policy policy = Policy.PREFER_WRITERS)
    {
        m_state = State(policy);
        reader = new Reader();
        writer = new Writer();
    }
    
    /** The policy with which the lock has been created. */
    @property Policy policy() const { return m_state.policy; }
}

/** Alternative to $(D TaskReadWriteMutex) that supports interruption.
 *
 *  This class supports the use of $(D vibe.core.task.Task.interrupt()) while
 *  waiting in the `lock()` method.
 * 
 *  cf. $(D core.sync.mutex.ReadWriteMutex)
 */
class InterruptibleTaskReadWriteMutex
{
    private {
        alias State = ReadWriteMutexState!true;
        alias LockingIntent = State.LockingIntent;
        alias READ_ONLY  = LockingIntent.READ_ONLY;
        alias READ_WRITE = LockingIntent.READ_WRITE;
        
        /** The shared state used by the reader and writer mutexes. */
        State m_state;
    }
    
    /** The policy with which the mutex should operate.
     *
     *  The policy determines how the acquisition of the locks is 
     *  performed and can be used to tune the mutex according to the
     *  underlying algorithm in which it is used.
     *
     *  According to the provided policy, the mutex will either favor
     *  reading or writing tasks and could potentially starve the 
     *  respective opposite.
     *
     *  cf. $(D core.sync.rwmutex.ReadWriteMutex.Policy)
     */
    alias Policy = State.Policy;
    
    /** A common baseclass for both of the provided mutexes.
     *
     *  The intent for the according mutex is specified through the 
     *  $(D INTENT) template argument, which determines if a mutex is 
     *  used for read or write locking.
     * 
     */
    final class Mutex(LockingIntent INTENT): core.sync.mutex.Mutex, Lockable
    {
        /** Try to lock the mutex. cf. $(D core.sync.mutex.Mutex) */
        override bool tryLock() { return m_state.tryLock!INTENT(); }
        /** Lock the mutex. cf. $(D core.sync.mutex.Mutex) */
        override void lock()    { m_state.lock!INTENT(); }
        /** Unlock the mutex. cf. $(D core.sync.mutex.Mutex) */
        override void unlock()  { m_state.unlock!INTENT(); }
    }
    alias Reader = Mutex!READ_ONLY;
    alias Writer = Mutex!READ_WRITE;
    
    Reader reader;
    Writer writer;
    
    this(Policy policy = Policy.PREFER_WRITERS)
    {
        m_state = State(policy);
        reader = new Reader();
        writer = new Writer();
    }
    
    /** The policy with which the lock has been created. */
    @property Policy policy() const { return m_state.policy; }
}
vibe.d-0.7.30/source/vibe/core/task.d000066400000000000000000000170541304441332000172350ustar00rootroot00000000000000/**
	Contains interfaces and enums for evented I/O drivers.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	Authors: Sönke Ludwig
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.core.task;

import vibe.core.sync;
import vibe.utils.array;

import core.thread;
import std.exception;
import std.traits;
import std.typecons;
import std.variant;


/** Represents a single task as started using vibe.core.runTask.

	Note that the Task type is considered weakly isolated and thus can be
	passed between threads using vibe.core.concurrency.send or by passing
	it as a parameter to vibe.core.core.runWorkerTask.
*/
struct Task {
	private {
		shared(TaskFiber) m_fiber;
		size_t m_taskCounter;
		import std.concurrency : ThreadInfo, Tid;
		static ThreadInfo s_tidInfo;
	}

	private this(TaskFiber fiber, size_t task_counter)
	@safe nothrow {
		() @trusted { m_fiber = cast(shared)fiber; } ();
		m_taskCounter = task_counter;
	}

	this(in Task other) nothrow { m_fiber = cast(shared(TaskFiber))other.m_fiber; m_taskCounter = other.m_taskCounter; }

	/** Returns the Task instance belonging to the calling task.
	*/
	static Task getThis() nothrow @safe
	{
		auto fiber = () @trusted { return Fiber.getThis(); } ();
		if (!fiber) return Task.init;
		auto tfiber = cast(TaskFiber)fiber;
		assert(tfiber !is null, "Invalid or null fiber used to construct Task handle.");
		if (!tfiber.m_running) return Task.init;
		return () @trusted { return Task(tfiber, tfiber.m_taskCounter); } ();
	}

	nothrow {
		@property inout(TaskFiber) fiber() inout @trusted { return cast(inout(TaskFiber))m_fiber; }
		@property size_t taskCounter() const @safe { return m_taskCounter; }
		@property inout(Thread) thread() inout @safe { if (m_fiber) return this.fiber.thread; return null; }

		/** Determines if the task is still running.
		*/
		@property bool running()
		const @trusted {
			assert(m_fiber !is null, "Invalid task handle");
			try if (this.fiber.state == Fiber.State.TERM) return false; catch (Throwable) {}
			return this.fiber.m_running && this.fiber.m_taskCounter == m_taskCounter;
		}

		// FIXME: this is not thread safe!
		@property ref ThreadInfo tidInfo() { return m_fiber ? fiber.tidInfo : s_tidInfo; }
		@property Tid tid() { return tidInfo.ident; }
	}

	/// Reserved for internal use!
	@property inout(MessageQueue) messageQueue() inout { assert(running, "Task is not running"); return fiber.messageQueue; }

	T opCast(T)() const nothrow if (is(T == bool)) { return m_fiber !is null; }

	void join() { if (running) fiber.join(); }
	void interrupt() { if (running) fiber.interrupt(); }
	void terminate() { if (running) fiber.terminate(); }

	string toString() const { import std.string; return format("%s:%s", cast(void*)m_fiber, m_taskCounter); }

	bool opEquals(in ref Task other) const nothrow @safe { return m_fiber is other.m_fiber && m_taskCounter == other.m_taskCounter; }
	bool opEquals(in Task other) const nothrow @safe { return m_fiber is other.m_fiber && m_taskCounter == other.m_taskCounter; }
}



/** The base class for a task aka Fiber.

	This class represents a single task that is executed concurrently
	with other tasks. Each task is owned by a single thread.
*/
class TaskFiber : Fiber {
	private {
		import std.concurrency : ThreadInfo;
		Thread m_thread;
		ThreadInfo m_tidInfo;
		MessageQueue m_messageQueue;
	}

	protected {
		shared size_t m_taskCounter;
		shared bool m_running;
	}

	protected this(void delegate() fun, size_t stack_size)
	nothrow {
		super(fun, stack_size);
		m_thread = Thread.getThis();
		scope (failure) assert(false);
		m_messageQueue = new MessageQueue;
	}

	/** Returns the thread that owns this task.
	*/
	@property inout(Thread) thread() inout @safe nothrow { return m_thread; }

	/** Returns the handle of the current Task running on this fiber.
	*/
	@property Task task() @safe nothrow { return Task(this, m_taskCounter); }

	/// Reserved for internal use!
	@property inout(MessageQueue) messageQueue() inout { return m_messageQueue; }

	@property ref inout(ThreadInfo) tidInfo() inout nothrow { return m_tidInfo; }

	/** Blocks until the task has ended.
	*/
	abstract void join();

	/** Throws an InterruptExeption within the task as soon as it calls a blocking function.
	*/
	abstract void interrupt();

	/** Terminates the task without notice as soon as it calls a blocking function.
	*/
	abstract void terminate();

	void bumpTaskCounter()
	@safe nothrow {
		import core.atomic : atomicOp;
		() @trusted { atomicOp!"+="(this.m_taskCounter, 1); } ();
	}
}


/** Exception that is thrown by Task.interrupt.
*/
class InterruptException : Exception {
	this()
	{
		super("Task interrupted.");
	}
}


class MessageQueue {
	private {
		InterruptibleTaskMutex m_mutex;
		InterruptibleTaskCondition m_condition;
		FixedRingBuffer!Variant m_queue;
		FixedRingBuffer!Variant m_priorityQueue;
		size_t m_maxMailboxSize = 0;
		bool function(Task) m_onCrowding;
	}

	this()
	{
		m_mutex = new InterruptibleTaskMutex;
		m_condition = new InterruptibleTaskCondition(m_mutex);
		m_queue.capacity = 32;
		m_priorityQueue.capacity = 8;
	}

	@property bool full() const { return m_maxMailboxSize > 0 && m_queue.length + m_priorityQueue.length >= m_maxMailboxSize; }

	void clear()
	{
		m_mutex.performLocked!({
			m_queue.clear();
			m_priorityQueue.clear();
		});
		m_condition.notifyAll();
	}

	void setMaxSize(size_t count, bool function(Task tid) action)
	{
		m_maxMailboxSize = count;
		m_onCrowding = action;
	}

	void send(Variant msg)
	{
		import vibe.core.log;
		m_mutex.performLocked!({
			if( this.full ){
				if( !m_onCrowding ){
					while(this.full)
						m_condition.wait();
				} else if( !m_onCrowding(Task.getThis()) ){
					return;
				}
			}
			assert(!this.full);

			if( m_queue.full )
				m_queue.capacity = (m_queue.capacity * 3) / 2;

			m_queue.put(msg);
		});
		m_condition.notify();
	}

	void prioritySend(Variant msg)
	{
		m_mutex.performLocked!({
			if (m_priorityQueue.full)
				m_priorityQueue.capacity = (m_priorityQueue.capacity * 3) / 2;
			m_priorityQueue.put(msg);
		});
		m_condition.notify();
	}

	void receive(scope bool delegate(Variant) filter, scope void delegate(Variant) handler)
	{
		bool notify;
		scope (exit) if (notify) m_condition.notify();

		Variant args;
		m_mutex.performLocked!({
			notify = this.full;
			while (true) {
				import vibe.core.log;
				logTrace("looking for messages");
				if (receiveQueue(m_priorityQueue, args, filter)) break;
				if (receiveQueue(m_queue, args, filter)) break;
				logTrace("received no message, waiting..");
				m_condition.wait();
				notify = this.full;
			}
		});

		handler(args);
	}

	bool receiveTimeout(OPS...)(Duration timeout, scope bool delegate(Variant) filter, scope void delegate(Variant) handler)
	{
		import std.datetime;

		bool notify;
		scope (exit) if (notify) m_condition.notify();
		auto limit_time = Clock.currTime(UTC()) + timeout;
		Variant args;
		if (!m_mutex.performLocked!({
			notify = this.full;
			while (true) {
				if (receiveQueue(m_priorityQueue, args, filter)) break;
				if (receiveQueue(m_queue, args, filter)) break;
				auto now = Clock.currTime(UTC());
				if (now >= limit_time) return false;
				m_condition.wait(limit_time - now);
				notify = this.full;
			}
			return true;
		})) return false;

		handler(args);
		return true;
	}

	private static bool receiveQueue(OPS...)(ref FixedRingBuffer!Variant queue, ref Variant dst, scope bool delegate(Variant) filter)
	{
		auto r = queue[];
		while (!r.empty) {
			scope (failure) queue.removeAt(r);
			auto msg = r.front;
			if (filter(msg)) {
				dst = msg;
				queue.removeAt(r);
				return true;
			}
			r.popFront();
		}
		return false;
	}
}
vibe.d-0.7.30/source/vibe/crypto/000077500000000000000000000000001304441332000165075ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/crypto/cryptorand.d000077500000000000000000000304101304441332000210420ustar00rootroot00000000000000/**
	Implements cryptographically secure random number generators.

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Ilya Shipunov
*/
module vibe.crypto.cryptorand;

import std.conv : text;
import std.digest.sha;
import vibe.core.stream;


/**
	Base interface for all cryptographically secure RNGs.
*/
interface RandomNumberStream : InputStream {
	/**
		Fills the buffer new random numbers.

		Params:
			buffer: The buffer that will be filled with random numbers.
				It will contain buffer.length random ubytes.
				Supportes both heap-based and stack-based arrays.

		Throws:
			CryptoException on error.
	*/
	void read(ubyte[] dst);
}


/**
	Operating system specific cryptography secure random number generator.

	It uses the "CryptGenRandom" function for Windows and "/dev/urandom" for Posix.
	It's recommended to combine the output use additional processing generated random numbers
	via provided functions for systems where security matters.

	Remarks:
		Windows "CryptGenRandom" RNG has known security vulnerabilities on
		Windows 2000 and Windows XP (assuming the attacker has control of the
		machine). Fixed for Windows XP Service Pack 3 and Windows Vista.

	See_Also: $(LINK http://en.wikipedia.org/wiki/CryptGenRandom)
*/
final class SystemRNG : RandomNumberStream {
	version(Windows)
	{
		//cryptographic service provider
		private HCRYPTPROV hCryptProv;
	}
	else version(Posix)
	{
		private import std.stdio;
		private import std.exception;

		//cryptographic file stream
		private File file;
	}
	else
	{
		static assert(0, "OS is not supported");
	}

	/**
		Creates new system random generator
	*/
	this()
	{
		version(Windows)
		{
			//init cryptographic service provider
			if(0 == CryptAcquireContext(&this.hCryptProv, NULL, NULL, PROV_RSA_FULL, CRYPT_VERIFYCONTEXT))
			{
				throw new CryptoException(text("Cannot init SystemRNG: Error id is ", GetLastError()));
			}
		}
		else version(Posix)
		{
			try
			{
				//open file
				this.file = File("/dev/urandom");
				//do not use buffering stream to avoid possible attacks
				this.file.setvbuf(null, _IONBF);
			}
			catch(ErrnoException e)
			{
				throw new CryptoException(text("Cannot init SystemRNG: Error id is ", e.errno, `, Error message is: "`, e.msg, `"`));
			}
			catch(Exception e)
			{
				throw new CryptoException(text("Cannot init SystemRNG: ", e.msg));
			}
		}
	}

	~this()
	{
		version(Windows)
		{
			CryptReleaseContext(this.hCryptProv, 0);
		}
	}

	@property bool empty() { return false; }
	@property ulong leastSize() { return ulong.max; }
	@property bool dataAvailableForRead() { return true; }
	const(ubyte)[] peek() { return null; }

	void read(ubyte[] buffer)
	in
	{
		assert(buffer.length, "buffer length must be larger than 0");
		assert(buffer.length <= uint.max, "buffer length must be smaller or equal uint.max");
	}
	body
	{
		version(Windows)
		{
			if(0 == CryptGenRandom(this.hCryptProv, cast(DWORD)buffer.length, buffer.ptr))
			{
				throw new CryptoException(text("Cannot get next random number: Error id is ", GetLastError()));
			}
		}
		else version(Posix)
		{
			try
			{
				this.file.rawRead(buffer);
			}
			catch(ErrnoException e)
			{
				throw new CryptoException(text("Cannot get next random number: Error id is ", e.errno, `, Error message is: "`, e.msg, `"`));
			}
			catch(Exception e)
			{
				throw new CryptoException(text("Cannot get next random number: ", e.msg));
			}
		}
	}
}

//test heap-based arrays
unittest
{
	import std.algorithm;
	import std.range;

	//number random bytes in the buffer
	enum uint bufferSize = 20;

	//number of iteration counts
	enum iterationCount = 10;

	auto rng = new SystemRNG();

	//holds the random number
	ubyte[] rand = new ubyte[bufferSize];

	//holds the previous random number after the creation of the next one
	ubyte[] prevRadn = new ubyte[bufferSize];

	//create the next random number
	rng.read(prevRadn);

	assert(!equal(prevRadn, take(repeat(0), bufferSize)), "it's almost unbelievable - all random bytes is zero");

	//take "iterationCount" arrays with random bytes
	foreach(i; 0..iterationCount)
	{
		//create the next random number
		rng.read(rand);

		assert(!equal(rand, take(repeat(0), bufferSize)), "it's almost unbelievable - all random bytes is zero");

		assert(!equal(rand, prevRadn), "it's almost unbelievable - current and previous random bytes are equal");

		//copy current random bytes for next iteration
		prevRadn[] = rand[];
	}
}

//test stack-based arrays
unittest
{
	import std.algorithm;
	import std.range;
	import std.array;

	//number random bytes in the buffer
	enum uint bufferSize = 20;

	//number of iteration counts
	enum iterationCount = 10;

	//array that contains only zeros
	ubyte[bufferSize] zeroArray;
	zeroArray[] = take(repeat(cast(ubyte)0), bufferSize).array()[];

	auto rng = new SystemRNG();

	//holds the random number
	ubyte[bufferSize] rand;

	//holds the previous random number after the creation of the next one
	ubyte[bufferSize] prevRadn;

	//create the next random number
	rng.read(prevRadn);

	assert(prevRadn != zeroArray, "it's almost unbelievable - all random bytes is zero");

	//take "iterationCount" arrays with random bytes
	foreach(i; 0..iterationCount)
	{
		//create the next random number
		rng.read(rand);

		assert(prevRadn != zeroArray, "it's almost unbelievable - all random bytes is zero");

		assert(rand != prevRadn, "it's almost unbelievable - current and previous random bytes are equal");

		//copy current random bytes for next iteration
		prevRadn[] = rand[];
	}
}


/**
	Hash-based cryptographically secure random number mixer.

	This RNG uses a hash function to mix a specific amount of random bytes from the input RNG.
	Use only cryptographically secure hash functions like SHA-512, Whirlpool or SHA-256, but not MD5.

	Params:
		Hash: The hash function used, for example SHA1
		factor: Determines how many times the hash digest length of input data
			is used as input to the hash function. Increase factor value if you
			need more security because it increases entropy level or decrease
			the factor value if you need more speed.

*/
final class HashMixerRNG(Hash, uint factor) : RandomNumberStream
	if(isDigest!Hash)
{
	static assert(factor, "factor must be larger than 0");

	//random number generator
	SystemRNG rng;

	/**
		Creates new hash-based mixer random generator.
	*/
	this()
	{
		//create random number generator
		this.rng = new SystemRNG();
	}

	@property bool empty() { return false; }
	@property ulong leastSize() { return ulong.max; }
	@property bool dataAvailableForRead() { return true; }
	const(ubyte)[] peek() { return null; }

	void read(ubyte[] buffer)
	in
	{
		assert(buffer.length, "buffer length must be larger than 0");
		assert(buffer.length <= uint.max, "buffer length must be smaller or equal uint.max");
	}
	body
	{
		//use stack to allocate internal buffer
		ubyte[factor * digestLength!Hash] internalBuffer;

		//init internal buffer
		this.rng.read(internalBuffer);

		//create new random number on stack
		ubyte[digestLength!Hash] randomNumber = digest!Hash(internalBuffer);

		//allows to fill buffers longer than hash digest length
		while(buffer.length > digestLength!Hash)
		{
			//fill the buffer's beginning
			buffer[0..digestLength!Hash] = randomNumber[0..$];

			//receive the buffer's end
			buffer = buffer[digestLength!Hash..$];

			//re-init internal buffer
			this.rng.read(internalBuffer);

			//create next random number
			randomNumber = digest!Hash(internalBuffer);
		}

		//fill the buffer's end
		buffer[0..$] = randomNumber[0..buffer.length];
	}
}

/// A SHA-1 based mixing RNG. Alias for HashMixerRNG!(SHA1, 5).
alias SHA1HashMixerRNG = HashMixerRNG!(SHA1, 5);

//test heap-based arrays
unittest
{
	import std.algorithm;
	import std.range;
	import std.typetuple;
	import std.digest.md;

	//number of iteration counts
	enum iterationCount = 10;

	enum uint factor = 5;

	//tested hash functions
	foreach(Hash; TypeTuple!(SHA1, MD5))
	{
		//test for different number random bytes in the buffer from 10 to 80 inclusive
		foreach(bufferSize; iota(10, 81))
		{
			auto rng = new HashMixerRNG!(Hash, factor)();

			//holds the random number
			ubyte[] rand = new ubyte[bufferSize];

			//holds the previous random number after the creation of the next one
			ubyte[] prevRadn = new ubyte[bufferSize];

			//create the next random number
			rng.read(prevRadn);

			assert(!equal(prevRadn, take(repeat(0), bufferSize)), "it's almost unbelievable - all random bytes is zero");

			//take "iterationCount" arrays with random bytes
			foreach(i; 0..iterationCount)
			{
				//create the next random number
				rng.read(rand);

				assert(!equal(rand, take(repeat(0), bufferSize)), "it's almost unbelievable - all random bytes is zero");

				assert(!equal(rand, prevRadn), "it's almost unbelievable - current and previous random bytes are equal");

				//make sure that we have different random bytes in different hash digests
				if(bufferSize > digestLength!Hash)
				{
					//begin and end of random number array
					ubyte[] begin = rand[0..digestLength!Hash];
					ubyte[] end = rand[digestLength!Hash..$];

					//compare all nearby hash digests
					while(end.length >= digestLength!Hash)
					{
						assert(!equal(begin, end[0..digestLength!Hash]), "it's almost unbelievable - random bytes in different hash digests are equal");

						//go to the next hash digests
						begin = end[0..digestLength!Hash];
						end = end[digestLength!Hash..$];
					}
				}

				//copy current random bytes for next iteration
				prevRadn[] = rand[];
			}
		}
	}
}

//test stack-based arrays
unittest
{
	import std.algorithm;
	import std.range;
	import std.array;
	import std.typetuple;
	import std.digest.md;

	//number of iteration counts
	enum iterationCount = 10;

	enum uint factor = 5;

	//tested hash functions
	foreach(Hash; TypeTuple!(SHA1, MD5))
	{
		//test for different number random bytes in the buffer
		foreach(bufferSize; TypeTuple!(10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80))
		{
			//array that contains only zeros
			ubyte[bufferSize] zeroArray;
			zeroArray[] = take(repeat(cast(ubyte)0), bufferSize).array()[];

			auto rng = new HashMixerRNG!(Hash, factor)();

			//holds the random number
			ubyte[bufferSize] rand;

			//holds the previous random number after the creation of the next one
			ubyte[bufferSize] prevRadn;

			//create the next random number
			rng.read(prevRadn);

			assert(prevRadn != zeroArray, "it's almost unbelievable - all random bytes is zero");

			//take "iterationCount" arrays with random bytes
			foreach(i; 0..iterationCount)
			{
				//create the next random number
				rng.read(rand);

				assert(prevRadn != zeroArray, "it's almost unbelievable - all random bytes is zero");

				assert(rand != prevRadn, "it's almost unbelievable - current and previous random bytes are equal");

				//make sure that we have different random bytes in different hash digests
				if(bufferSize > digestLength!Hash)
				{
					//begin and end of random number array
					ubyte[] begin = rand[0..digestLength!Hash];
					ubyte[] end = rand[digestLength!Hash..$];

					//compare all nearby hash digests
					while(end.length >= digestLength!Hash)
					{
						assert(!equal(begin, end[0..digestLength!Hash]), "it's almost unbelievable - random bytes in different hash digests are equal");

						//go to the next hash digests
						begin = end[0..digestLength!Hash];
						end = end[digestLength!Hash..$];
					}
				}

				//copy current random bytes for next iteration
				prevRadn[] = rand[];
			}
		}
	}
}


/**
	Thrown when an error occurs during random number generation.
*/
class CryptoException : Exception
{
	this(string msg, string file = __FILE__, size_t line = __LINE__, Throwable next = null) @safe pure nothrow
	{
		super(msg, file, line, next);
	}
}


version(Windows)
{
	static if (__VERSION__ >= 2070) {
		import core.sys.windows.windows;
	} else {
		import std.c.windows.windows;
	}

	private extern(Windows) nothrow
	{
		alias HCRYPTPROV = size_t;

		enum LPCTSTR NULL = cast(LPCTSTR)0;
		enum DWORD PROV_RSA_FULL = 1;
		enum DWORD CRYPT_VERIFYCONTEXT = 0xF0000000;

		BOOL CryptAcquireContextA(HCRYPTPROV *phProv, LPCTSTR pszContainer, LPCTSTR pszProvider, DWORD dwProvType, DWORD dwFlags);
		alias CryptAcquireContext = CryptAcquireContextA;

		BOOL CryptReleaseContext(HCRYPTPROV hProv, DWORD dwFlags);

		BOOL CryptGenRandom(HCRYPTPROV hProv, DWORD dwLen, BYTE *pbBuffer);
	}
}

vibe.d-0.7.30/source/vibe/crypto/passwordhash.d000066400000000000000000000054741304441332000213740ustar00rootroot00000000000000/**
	Password hashing routines

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.crypto.passwordhash;

import std.base64;
import std.compiler;
import std.exception;
import std.random;


/**
	Generates a password hash using MD5 together with a 32-bit salt.

	Params:
		password = The password for which a one-way hash is to be computed
		additional_salt = An optional string that is used to compute the final
			hash. The same string must be given to testSimplePassword to
			verify a password later. If this string is kept secret, it can
			enhance the security of this function.

	Returns:
		A base64 encoded string containing the salt and the hash value is returned.

	Remarks:
		MD5 is not considered safe and is computationally cheap. Although the
		use of salt helps a bit, using this function is discouraged for systems
		where security matters.

	See_Also:
		testSimplePasswordHash, vibe.crypto.md5
*/
deprecated("This function is considered insecure and will be removed. The DUB packages dauth or scrypt may be suitable alternatives.")
string generateSimplePasswordHash(string password, string additional_salt = null)
{
	ubyte[4] salt;
	foreach( i; 0 .. 4 ) salt[i] = cast(ubyte)uniform(0, 256);
	ubyte[16] hash = md5hash(salt, password, additional_salt);
	return Base64.encode(salt ~ hash).idup;
}

/**
	Tests a password hash generated using generateSimplePasswordHash.

	Params:
		hashstring = The string that was returned by a call to
			generateSimplePasswordHash
		password = Password string to test against the hash
		additional_salt = The same optional salt that was given to the original
			call to generateSimplePasswordHash

	Returns:
		Returns true if the password matches the specified hash.

	See_Also:
		generateSimplePasswordHash, vibe.crypto.md5
*/
deprecated("This function is considered insecure and will be removed. The DUB packages dauth or scrypt may be suitable alternatives.")
bool testSimplePasswordHash(string hashstring, string password, string additional_salt = null)
{
	import std.string : format;
	ubyte[] upass = Base64.decode(hashstring);
	enforce(upass.length == 20, format("Invalid binary password hash length: %s", upass.length));
	auto salt = upass[0 .. 4];
	auto hashcmp = upass[4 .. 20];
	ubyte[16] hash = md5hash(salt, password, additional_salt);
	return hash == hashcmp;
}

private ubyte[16] md5hash(ubyte[] salt, string[] strs...)
{
	static if( __traits(compiles, {import std.digest.md;}) ){
		import std.digest.md;
		MD5 ctx;
		ctx.start();
		ctx.put(salt);
		foreach( s; strs ) ctx.put(cast(ubyte[])s);
		return ctx.finish();
	} else {
		import std.md5;
		ubyte[16] hash;
		MD5_CTX ctx;
		ctx.start();
		ctx.update(salt);
		foreach( s; strs ) ctx.update(s);
		ctx.finish(hash);
		return hash;
	}
}
vibe.d-0.7.30/source/vibe/d.d000066400000000000000000000012761304441332000155650ustar00rootroot00000000000000/**
	Provides the vibe.d API and a default main() function for the application.

	Applications that import 'vibe.d' will have most of the vibe API available and will be provided
	with an implicit application entry point (main). The resulting application parses command line
	parameters and reads the global vibe.d configuration (/etc/vibe/vibe.conf).

	Initialization is done in module constructors (static this), which run just before the event
	loop is started by the application entry point.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.d;

public import vibe.vibe;
vibe.d-0.7.30/source/vibe/data/000077500000000000000000000000001304441332000161005ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/data/bson.d000066400000000000000000001405611304441332000172150ustar00rootroot00000000000000/**
	BSON serialization and value handling.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.data.bson;

///
unittest {
	void manipulateBson(Bson b)
	{
		import std.stdio;

		// retrieving the values is done using get()
		assert(b["name"].get!string == "Example");
		assert(b["id"].get!int == 1);

		// semantic conversions can be done using to()
		assert(b["id"].to!string == "1");

		// prints:
		// name: "Example"
		// id: 1
		foreach (string key, value; b)
			writefln("%s: %s", key, value);

		// print out with JSON syntax: {"name": "Example", "id": 1}
		writefln("BSON: %s", b.toString());

		// DEPRECATED: object members can be accessed using member syntax, just like in JavaScript
		//j = Bson.emptyObject;
		//j.name = "Example";
		//j.id = 1;
	}
}

/// Constructing `Bson` objects
unittest {
	// construct a BSON object {"field1": "foo", "field2": 42, "field3": true}

	// using the constructor
	Bson b1 = Bson(["field1": Bson("foo"), "field2": Bson(42), "field3": Bson(true)]);

	// using piecewise construction
	Bson b2 = Bson.emptyObject;
	b2["field1"] = "foo";
	b2["field2"] = 42;
	b2["field3"] = true;

	// using serialization
	struct S {
		string field1;
		int field2;
		bool field3;
	}
	Bson b3 = S("foo", 42, true).serializeToBson();
}


public import vibe.data.json;

import std.algorithm;
import std.array;
import std.base64;
import std.bitmanip;
import std.conv;
import std.datetime;
import std.exception;
import std.range;
import std.traits;


alias bdata_t = immutable(ubyte)[];

/**
	Represents a BSON value.


*/
struct Bson {
	/// Represents the type of a BSON value
	enum Type : ubyte {
		end        = 0x00,  /// End marker - should never occur explicitly
		double_    = 0x01,  /// A 64-bit floating point value
		string     = 0x02,  /// A UTF-8 string
		object     = 0x03,  /// An object aka. dictionary of string to Bson
		array      = 0x04,  /// An array of BSON values
		binData    = 0x05,  /// Raw binary data (ubyte[])
		undefined  = 0x06,  /// Deprecated
		objectID   = 0x07,  /// BSON Object ID (96-bit)
		bool_      = 0x08,  /// Boolean value
		date       = 0x09,  /// Date value (UTC)
		null_      = 0x0A,  /// Null value
		regex      = 0x0B,  /// Regular expression
		dbRef      = 0x0C,  /// Deprecated
		code       = 0x0D,  /// JaveScript code
		symbol     = 0x0E,  /// Symbol/variable name
		codeWScope = 0x0F,  /// JavaScript code with scope
		int_       = 0x10,  /// 32-bit integer
		timestamp  = 0x11,  /// Timestamp value
		long_      = 0x12,  /// 64-bit integer
		minKey     = 0xff,  /// Internal value
		maxKey     = 0x7f,  /// Internal value

		End = end,                /// Compatibility alias - will be deprecated soon.
		Double = double_,         /// Compatibility alias - will be deprecated soon.
		String = string,          /// Compatibility alias - will be deprecated soon.
		Object = object,          /// Compatibility alias - will be deprecated soon.
		Array = array,            /// Compatibility alias - will be deprecated soon.
		BinData = binData,        /// Compatibility alias - will be deprecated soon.
		Undefined = undefined,    /// Compatibility alias - will be deprecated soon.
		ObjectID = objectID,      /// Compatibility alias - will be deprecated soon.
		Bool = bool_,             /// Compatibility alias - will be deprecated soon.
		Date = date,              /// Compatibility alias - will be deprecated soon.
		Null = null_,             /// Compatibility alias - will be deprecated soon.
		Regex = regex,            /// Compatibility alias - will be deprecated soon.
		DBRef = dbRef,            /// Compatibility alias - will be deprecated soon.
		Code = code,              /// Compatibility alias - will be deprecated soon.
		Symbol = symbol,          /// Compatibility alias - will be deprecated soon.
		CodeWScope = codeWScope,  /// Compatibility alias - will be deprecated soon.
		Int = int_,               /// Compatibility alias - will be deprecated soon.
		Timestamp = timestamp,    /// Compatibility alias - will be deprecated soon.
		Long = long_,             /// Compatibility alias - will be deprecated soon.
		MinKey = minKey,          /// Compatibility alias - will be deprecated soon.
		MaxKey = maxKey           /// Compatibility alias - will be deprecated soon.
	}

	/// Returns a new, empty Bson value of type Object.
	static @property Bson emptyObject() { return Bson(cast(Bson[string])null); }

	/// Returns a new, empty Bson value of type Array.
	static @property Bson emptyArray() { return Bson(cast(Bson[])null); }

	private {
		Type m_type = Type.undefined;
		bdata_t m_data;
	}

	/**
		Creates a new BSON value using raw data.

		A slice of the first bytes of `data` is stored, containg the data related to the value. An
		exception is thrown if `data` is too short.
	*/
	this(Type type, bdata_t data)
	{
		m_type = type;
		m_data = data;
		final switch(type){
			case Type.end: m_data = null; break;
			case Type.double_: m_data = m_data[0 .. 8]; break;
			case Type.string: m_data = m_data[0 .. 4 + fromBsonData!int(m_data)]; break;
			case Type.object: m_data = m_data[0 .. fromBsonData!int(m_data)]; break;
			case Type.array: m_data = m_data[0 .. fromBsonData!int(m_data)]; break;
			case Type.binData: m_data = m_data[0 .. 5 + fromBsonData!int(m_data)]; break;
			case Type.undefined: m_data = null; break;
			case Type.objectID: m_data = m_data[0 .. 12]; break;
			case Type.bool_: m_data = m_data[0 .. 1]; break;
			case Type.date: m_data = m_data[0 .. 8]; break;
			case Type.null_: m_data = null; break;
			case Type.regex:
				auto tmp = m_data;
				tmp.skipCString();
				tmp.skipCString();
				m_data = m_data[0 .. $ - tmp.length];
				break;
			case Type.dbRef: m_data = m_data[0 .. 0]; assert(false, "Not implemented.");
			case Type.code: m_data = m_data[0 .. 4 + fromBsonData!int(m_data)]; break;
			case Type.symbol: m_data = m_data[0 .. 4 + fromBsonData!int(m_data)]; break;
			case Type.codeWScope: m_data = m_data[0 .. 0]; assert(false, "Not implemented.");
			case Type.int_: m_data = m_data[0 .. 4]; break;
			case Type.timestamp: m_data = m_data[0 .. 8]; break;
			case Type.long_: m_data = m_data[0 .. 8]; break;
			case Type.minKey: m_data = null; break;
			case Type.maxKey: m_data = null; break;
		}
	}

	/**
		Initializes a new BSON value from the given D type.
	*/
	this(double value) { opAssign(value); }
	/// ditto
	this(string value, Type type = Type.string)
	{
		assert(type == Type.string || type == Type.code || type == Type.symbol);
		opAssign(value);
		m_type = type;
	}
	/// ditto
	this(in Bson[string] value) { opAssign(value); }
	/// ditto
	this(in Bson[] value) { opAssign(value); }
	/// ditto
	this(in BsonBinData value) { opAssign(value); }
	/// ditto
	this(in BsonObjectID value) { opAssign(value); }
	/// ditto
	this(bool value) { opAssign(value); }
	/// ditto
	this(in BsonDate value) { opAssign(value); }
	/// ditto
	this(typeof(null)) { opAssign(null); }
	/// ditto
	this(in BsonRegex value) { opAssign(value); }
	/// ditto
	this(int value) { opAssign(value); }
	/// ditto
	this(in BsonTimestamp value) { opAssign(value); }
	/// ditto
	this(long value) { opAssign(value); }
	/// ditto
	this(in Json value) { opAssign(value); }

	/**
		Assigns a D type to a BSON value.
	*/
	void opAssign(in Bson other)
	{
		m_data = other.m_data;
		m_type = other.m_type;
	}
	/// ditto
	void opAssign(double value)
	{
		m_data = toBsonData(value).idup;
		m_type = Type.double_;
	}
	/// ditto
	void opAssign(string value)
	{
		import std.utf;
		debug std.utf.validate(value);
		auto app = appender!bdata_t();
		app.put(toBsonData(cast(int)value.length+1));
		app.put(cast(bdata_t)value);
		app.put(cast(ubyte)0);
		m_data = app.data;
		m_type = Type.string;
	}
	/// ditto
	void opAssign(in Bson[string] value)
	{
		auto app = appender!bdata_t();
		foreach( k, ref v; value ){
			app.put(cast(ubyte)v.type);
			putCString(app, k);
			app.put(v.data);
		}

		auto dapp = appender!bdata_t();
		dapp.put(toBsonData(cast(int)app.data.length+5));
		dapp.put(app.data);
		dapp.put(cast(ubyte)0);
		m_data = dapp.data;
		m_type = Type.object;
	}
	/// ditto
	void opAssign(in Bson[] value)
	{
		auto app = appender!bdata_t();
		foreach( i, ref v; value ){
			app.put(v.type);
			putCString(app, to!string(i));
			app.put(v.data);
		}

		auto dapp = appender!bdata_t();
		dapp.put(toBsonData(cast(int)app.data.length+5));
		dapp.put(app.data);
		dapp.put(cast(ubyte)0);
		m_data = dapp.data;
		m_type = Type.array;
	}
	/// ditto
	void opAssign(in BsonBinData value)
	{
		auto app = appender!bdata_t();
		app.put(toBsonData(cast(int)value.rawData.length));
		app.put(value.type);
		app.put(value.rawData);

		m_data = app.data;
		m_type = Type.binData;
	}
	/// ditto
	void opAssign(in BsonObjectID value)
	{
		m_data = value.m_bytes.idup;
		m_type = Type.objectID;
	}
	/// ditto
	void opAssign(bool value)
	{
		m_data = [value ? 0x01 : 0x00];
		m_type = Type.bool_;
	}
	/// ditto
	void opAssign(in BsonDate value)
	{
		m_data = toBsonData(value.m_time).idup;
		m_type = Type.date;
	}
	/// ditto
	void opAssign(typeof(null))
	{
		m_data = null;
		m_type = Type.null_;
	}
	/// ditto
	void opAssign(in BsonRegex value)
	{
		auto app = appender!bdata_t();
		putCString(app, value.expression);
		putCString(app, value.options);
		m_data = app.data;
		m_type = type.regex;
	}
	/// ditto
	void opAssign(int value)
	{
		m_data = toBsonData(value).idup;
		m_type = Type.int_;
	}
	/// ditto
	void opAssign(in BsonTimestamp value)
	{
		m_data = toBsonData(value.m_time).idup;
		m_type = Type.timestamp;
	}
	/// ditto
	void opAssign(long value)
	{
		m_data = toBsonData(value).idup;
		m_type = Type.long_;
	}
	/// ditto
	void opAssign(in Json value)
	{
		auto app = appender!bdata_t();
		m_type = writeBson(app, value);
		m_data = app.data;
	}

	/**
		Returns the BSON type of this value.
	*/
	@property Type type() const { return m_type; }

	bool isNull() const { return m_type == Type.null_; }

	/**
		Returns the raw data representing this BSON value (not including the field name and type).
	*/
	@property bdata_t data() const { return m_data; }

	/**
		Converts the BSON value to a D value.

		If the BSON type of the value does not match the D type, an exception is thrown.

		See_Also: `deserializeBson`, `opt`
	*/
	T opCast(T)() const { return get!T(); }
	/// ditto
	@property T get(T)()
	const {
		static if( is(T == double) ){ checkType(Type.double_); return fromBsonData!double(m_data); }
		else static if( is(T == string) ){
			checkType(Type.string, Type.code, Type.symbol);
			return cast(string)m_data[4 .. 4+fromBsonData!int(m_data)-1];
		}
		else static if( is(Unqual!T == Bson[string]) || is(Unqual!T == const(Bson)[string]) ){
			checkType(Type.object);
			Bson[string] ret;
			auto d = m_data[4 .. $];
			while( d.length > 0 ){
				auto tp = cast(Type)d[0];
				if( tp == Type.end ) break;
				d = d[1 .. $];
				auto key = skipCString(d);
				auto value = Bson(tp, d);
				d = d[value.data.length .. $];

				ret[key] = value;
			}
			return cast(T)ret;
		}
		else static if( is(Unqual!T == Bson[]) || is(Unqual!T == const(Bson)[]) ){
			checkType(Type.array);
			Bson[] ret;
			auto d = m_data[4 .. $];
			while( d.length > 0 ){
				auto tp = cast(Type)d[0];
				if( tp == Type.end ) break;
				/*auto key = */skipCString(d); // should be '0', '1', ...
				auto value = Bson(tp, d);
				d = d[value.data.length .. $];

				ret ~= value;
			}
			return cast(T)ret;
		}
		else static if( is(T == BsonBinData) ){
			checkType(Type.binData);
			auto size = fromBsonData!int(m_data);
			auto type = cast(BsonBinData.Type)m_data[4];
			return BsonBinData(type, m_data[5 .. 5+size]);
		}
		else static if( is(T == BsonObjectID) ){ checkType(Type.objectID); return BsonObjectID(m_data[0 .. 12]); }
		else static if( is(T == bool) ){ checkType(Type.bool_); return m_data[0] != 0; }
		else static if( is(T == BsonDate) ){ checkType(Type.date); return BsonDate(fromBsonData!long(m_data)); }
		else static if( is(T == BsonRegex) ){
			checkType(Type.regex);
			auto d = m_data;
			auto expr = skipCString(d);
			auto options = skipCString(d);
			return BsonRegex(expr, options);
		}
		else static if( is(T == int) ){ checkType(Type.int_); return fromBsonData!int(m_data); }
		else static if( is(T == BsonTimestamp) ){ checkType(Type.timestamp); return BsonTimestamp(fromBsonData!long(m_data)); }
		else static if( is(T == long) ){ checkType(Type.long_); return fromBsonData!long(m_data); }
		else static if( is(T == Json) ){
			pragma(msg, "Bson.get!Json() and Bson.opCast!Json() will soon be removed. Please use Bson.toJson() instead.");
			return this.toJson();
		}
		else static assert(false, "Cannot cast "~typeof(this).stringof~" to '"~T.stringof~"'.");
	}

	/** Returns the native type for this BSON if it matches the current runtime type.

		If the runtime type does not match the given native type, the 'def' parameter is returned
		instead.
	*/
	T opt(T)(T def = T.init)
	{
		if (isNull()) return def;
		try return cast(T)this;
		catch (Exception e) return def;
	}
	/// ditto
	const(T) opt(T)(const(T) def = const(T).init)
	const {
		if (isNull()) return def;
		try return cast(T)this;
		catch (Exception e) return def;
	}

	/** Returns the length of a BSON value of type String, Array, Object or BinData.
	*/
	@property size_t length() const {
		switch( m_type ){
			default: enforce(false, "Bson objects of type "~to!string(m_type)~" do not have a length field."); break;
			case Type.string, Type.code, Type.symbol: return (cast(string)this).length;
			case Type.array: return (cast(const(Bson)[])this).length; // TODO: optimize!
			case Type.object: return (cast(const(Bson)[string])this).length; // TODO: optimize!
			case Type.binData: assert(false); //return (cast(BsonBinData)this).length; break;
		}
		assert(false);
	}

	/** Converts a given JSON value to the corresponding BSON value.
	*/
	static Bson fromJson(in Json value)
	{
		auto app = appender!bdata_t();
		auto tp = writeBson(app, value);
		return Bson(tp, app.data);
	}

	/** Converts a BSON value to a JSON value.

		All BSON types that cannot be exactly represented as JSON, will
		be converted to a string.
	*/
	Json toJson()
	const {
		switch( this.type ){
			default: assert(false);
			case Bson.Type.double_: return Json(get!double());
			case Bson.Type.string: return Json(get!string());
			case Bson.Type.object:
				Json[string] ret;
				foreach( k, v; get!(Bson[string])() )
					ret[k] = v.toJson();
				return Json(ret);
			case Bson.Type.array:
				auto ret = new Json[this.length];
				foreach( i, v; get!(Bson[])() )
					ret[i] = v.toJson();
				return Json(ret);
			case Bson.Type.binData: return Json(cast(string)Base64.encode(get!BsonBinData.rawData));
			case Bson.Type.objectID: return Json(get!BsonObjectID().toString());
			case Bson.Type.bool_: return Json(get!bool());
			case Bson.Type.date: return Json(get!BsonDate.toString());
			case Bson.Type.null_: return Json(null);
			case Bson.Type.regex: assert(false, "TODO");
			case Bson.Type.dbRef: assert(false, "TODO");
			case Bson.Type.code: return Json(get!string());
			case Bson.Type.symbol: return Json(get!string());
			case Bson.Type.codeWScope: assert(false, "TODO");
			case Bson.Type.int_: return Json(get!int());
			case Bson.Type.timestamp: return Json(get!BsonTimestamp().m_time);
			case Bson.Type.long_: return Json(get!long());
			case Bson.Type.undefined: return Json();
		}
	}

	/** Returns a string representation of this BSON value in JSON format.
	*/
	string toString()
	const {
		return toJson().toString();
	}

	import std.typecons : Nullable;

	/**
		Check whether the BSON object contains the given key.
	*/
	Nullable!Bson tryIndex(string key) const {
		checkType(Type.object);
		foreach(string idx, v; this)
			if(idx == key)
				return Nullable!Bson(v);
		return Nullable!Bson.init;
	}

	/** Allows accessing fields of a BSON object using `[]`.

		Returns a null value if the specified field does not exist.
	*/
	inout(Bson) opIndex(string idx) inout {
		foreach( string key, v; this )
			if( key == idx )
				return v;
		return Bson(null);
	}
	/// ditto
	void opIndexAssign(T)(in T value, string idx){
		auto newcont = appender!bdata_t();
		checkType(Type.object);
		auto d = m_data[4 .. $];
		while( d.length > 0 ){
			auto tp = cast(Type)d[0];
			if( tp == Type.end ) break;
			d = d[1 .. $];
			auto key = skipCString(d);
			auto val = Bson(tp, d);
			d = d[val.data.length .. $];

			if( key != idx ){
				// copy to new array
				newcont.put(cast(ubyte)tp);
				putCString(newcont, key);
				newcont.put(val.data);
			}
		}

		static if( is(T == Bson) )
			alias bval = value;
		else
			auto bval = Bson(value);

		newcont.put(cast(ubyte)bval.type);
		putCString(newcont, idx);
		newcont.put(bval.data);

		auto newdata = appender!bdata_t();
		newdata.put(toBsonData(cast(uint)(newcont.data.length + 5)));
		newdata.put(newcont.data);
		newdata.put(cast(ubyte)0);
		m_data = newdata.data;
	}

	///
	unittest {
		Bson value = Bson.emptyObject;
		value["a"] = 1;
		value["b"] = true;
		value["c"] = "foo";
		assert(value["a"] == Bson(1));
		assert(value["b"] == Bson(true));
		assert(value["c"] == Bson("foo"));
	}

	/** Allows index based access of a BSON array value.

		Returns a null value if the index is out of bounds.
	*/
	inout(Bson) opIndex(size_t idx) inout {
		foreach( size_t i, v; this )
			if( i == idx )
				return v;
		return Bson(null);
	}

	///
	unittest {
		Bson[] entries;
		entries ~= Bson(1);
		entries ~= Bson(true);
		entries ~= Bson("foo");

		Bson value = Bson(entries);
		assert(value[0] == Bson(1));
		assert(value[1] == Bson(true));
		assert(value[2] == Bson("foo"));
	}

	/** Removes an entry from a BSON obect.

		If the key doesn't exit, this function will be a no-op.
	*/
	void remove(string key)
	{
		checkType(Type.object);
		auto d = m_data[4 .. $];
		while (d.length > 0) {
			size_t start_remainder = d.length;
			auto tp = cast(Type)d[0];
			if (tp == Type.end) break;
			d = d[1 .. $];
			auto ekey = skipCString(d);
			auto evalue = Bson(tp, d);
			d = d[evalue.data.length .. $];

			if (ekey == key) {
				m_data = m_data[0 .. $-start_remainder] ~ d;
				break;
			}
		}
	}

	unittest {
		auto o = Bson.emptyObject;
		o["a"] = Bson(1);
		o["b"] = Bson(2);
		o["c"] = Bson(3);
		assert(o.length == 3);
		o.remove("b");
		assert(o.length == 2);
		assert(o["a"] == Bson(1));
		assert(o["c"] == Bson(3));
		o.remove("c");
		assert(o.length == 1);
		assert(o["a"] == Bson(1));
		o.remove("c");
		assert(o.length == 1);
		assert(o["a"] == Bson(1));
		o.remove("a");
		assert(o.length == 0);
	}

	/**
		Allows foreach iterating over BSON objects and arrays.
	*/
	int opApply(int delegate(Bson obj) del)
	const {
		checkType(Type.array, Type.object);
		if( m_type == Type.array ){
			foreach( size_t idx, v; this )
				if( auto ret = del(v) )
					return ret;
			return 0;
		} else {
			foreach( string idx, v; this )
				if( auto ret = del(v) )
					return ret;
			return 0;
		}
	}
	/// ditto
	int opApply(int delegate(ref size_t idx, Bson obj) del)
	const {
		checkType(Type.array);
		auto d = m_data[4 .. $];
		size_t i = 0;
		while( d.length > 0 ){
			auto tp = cast(Type)d[0];
			if( tp == Type.end ) break;
			d = d[1 .. $];
			skipCString(d);
			auto value = Bson(tp, d);
			d = d[value.data.length .. $];

			auto icopy = i;
			if( auto ret = del(icopy, value) )
				return ret;

			i++;
		}
		return 0;
	}
	/// ditto
	int opApply(int delegate(ref string idx, Bson obj) del)
	const {
		checkType(Type.object);
		auto d = m_data[4 .. $];
		while( d.length > 0 ){
			auto tp = cast(Type)d[0];
			if( tp == Type.end ) break;
			d = d[1 .. $];
			auto key = skipCString(d);
			auto value = Bson(tp, d);
			d = d[value.data.length .. $];

			if( auto ret = del(key, value) )
				return ret;
		}
		return 0;
	}

	///
	bool opEquals(ref const Bson other) const {
		if( m_type != other.m_type ) return false;
		return m_data == other.m_data;
	}
	/// ditto
	bool opEquals(const Bson other) const {
		if( m_type != other.m_type ) return false;
		return m_data == other.m_data;
	}

	private void checkType(in Type[] valid_types...)
	const {
		foreach( t; valid_types )
			if( m_type == t )
				return;
		throw new Exception("BSON value is type '"~to!string(m_type)~"', expected to be one of "~to!string(valid_types));
	}
}


/**
	Represents a BSON binary data value (Bson.Type.binData).
*/
struct BsonBinData {
	enum Type : ubyte {
		generic = 0x00,
		function_ = 0x01,
		binaryOld = 0x02,
		uuid = 0x03,
		md5 = 0x05,
		userDefined = 0x80,

		Generic = generic,          /// Compatibility alias - will be deprecated soon
		Function = function_,       /// Compatibility alias - will be deprecated soon
		BinaryOld = binaryOld,      /// Compatibility alias - will be deprecated soon
		UUID = uuid,                /// Compatibility alias - will be deprecated soon
		MD5 = md5,                  /// Compatibility alias - will be deprecated soon
		UserDefined	= userDefined,  /// Compatibility alias - will be deprecated soon
	}

	private {
		Type m_type;
		bdata_t m_data;
	}

	this(Type type, immutable(ubyte)[] data)
	{
		m_type = type;
		m_data = data;
	}

	@property Type type() const { return m_type; }
	@property bdata_t rawData() const { return m_data; }
}


/**
	Represents a BSON object id (Bson.Type.binData).
*/
struct BsonObjectID {
	private {
		ubyte[12] m_bytes;
		static immutable uint MACHINE_ID;
		static immutable int ms_pid;
		static uint ms_inc = 0;
	}

    shared static this()
    {
		import std.process;
		import std.random;
        MACHINE_ID = uniform(0, 0xffffff);
        ms_pid = thisProcessID;
    }

    static this()
    {
		import std.random;
        ms_inc = uniform(0, 0xffffff);
    }

	/** Constructs a new object ID from the given raw byte array.
	*/
	this( in ubyte[] bytes ){
		assert(bytes.length == 12);
		m_bytes[] = bytes[];
	}

	/** Creates an on object ID from a string in standard hexa-decimal form.
	*/
	static BsonObjectID fromString(string str)
	{
		import std.conv : ConvException;
		static const lengthex = new ConvException("BSON Object ID string must be 24 characters.");
		static const charex = new ConvException("Not a valid hex string.");

		if (str.length != 24) throw lengthex;
		BsonObjectID ret = void;
		uint b = 0;
		foreach( i, ch; str ){
			ubyte n;
			if( ch >= '0' && ch <= '9' ) n = cast(ubyte)(ch - '0');
			else if( ch >= 'a' && ch <= 'f' ) n = cast(ubyte)(ch - 'a' + 10);
			else if( ch >= 'A' && ch <= 'F' ) n = cast(ubyte)(ch - 'F' + 10);
			else throw charex;
			b <<= 4;
			b += n;
			if( i % 8 == 7 ){
				auto j = i / 8;
				ret.m_bytes[j*4 .. (j+1)*4] = toBigEndianData(b)[];
				b = 0;
			}
		}
		return ret;
	}
	/// ditto
	alias fromHexString = fromString;

	/** Generates a unique object ID.
	 *
	 *   By default it will use `Clock.currTime(UTC())` as the timestamp
	 *   which guarantees that `BsonObjectID`s are chronologically
	 *   sorted.
	*/
	static BsonObjectID generate(in SysTime time = Clock.currTime(UTC()))
	{
		import std.datetime;

		BsonObjectID ret = void;
		ret.m_bytes[0 .. 4] = toBigEndianData(cast(uint)time.toUnixTime())[];
		ret.m_bytes[4 .. 7] = toBsonData(MACHINE_ID)[0 .. 3];
		ret.m_bytes[7 .. 9] = toBsonData(cast(ushort)ms_pid)[];
		ret.m_bytes[9 .. 12] = toBigEndianData(ms_inc++)[1 .. 4];
		return ret;
	}

	/** Creates a pseudo object ID that matches the given date.

		This kind of ID can be useful to query a database for items in a certain
		date interval using their ID. This works using the property of standard BSON
		object IDs that they store their creation date as part of the ID. Note that
		this date part is only 32-bit wide and is limited to the same timespan as a
		32-bit Unix timestamp.
	*/
	static BsonObjectID createDateID(in SysTime time)
	{
		BsonObjectID ret;
		ret.m_bytes[0 .. 4] = toBigEndianData(cast(uint)time.toUnixTime())[];
		return ret;
	}

	/** Returns true for any non-zero ID.
	*/
	@property bool valid() const {
		foreach( b; m_bytes )
			if( b != 0 )
				return true;
		return false;
	}

	/** Extracts the time/date portion of the object ID.

		For IDs created using the standard generation algorithm or using createDateID
		this will return the associated time stamp.
	*/
	@property SysTime timeStamp()
	{
		ubyte[4] tm = m_bytes[0 .. 4];
		return SysTime(unixTimeToStdTime(bigEndianToNative!uint(tm)));
	}

	/** Allows for relational comparison of different IDs.
	*/
	int opCmp(ref const BsonObjectID other)
	const {
		import core.stdc.string;
		return memcmp(m_bytes.ptr, other.m_bytes.ptr, m_bytes.length);
	}

	/** Converts the ID to its standard hexa-decimal string representation.
	*/
	string toString() const {
		enum hexdigits = "0123456789abcdef";
		auto ret = new char[24];
		foreach( i, b; m_bytes ){
			ret[i*2+0] = hexdigits[(b >> 4) & 0x0F];
			ret[i*2+1] = hexdigits[b & 0x0F];
		}
		return cast(immutable)ret;
	}

	ubyte[] opCast() {
		return m_bytes;
	}
}

unittest {
	auto t0 = SysTime(Clock.currTime(UTC()).toUnixTime.unixTimeToStdTime);
	auto id = BsonObjectID.generate();
	auto t1 = SysTime(Clock.currTime(UTC()).toUnixTime.unixTimeToStdTime);
	assert(t0 <= id.timeStamp);
	assert(id.timeStamp <= t1);

	id = BsonObjectID.generate(t0);
	assert(id.timeStamp == t0);

	id = BsonObjectID.generate(t1);
	assert(id.timeStamp == t1);

	immutable dt = DateTime(2014, 07, 31, 19, 14, 55);
	id = BsonObjectID.generate(SysTime(dt, UTC()));
	assert(id.timeStamp == SysTime(dt, UTC()));
}

unittest {
	auto b = Bson(true);
	assert(b.opt!bool(false) == true);
	assert(b.opt!int(12) == 12);
	assert(b.opt!(Bson[])(null).length == 0);

	const c = b;
	assert(c.opt!bool(false) == true);
	assert(c.opt!int(12) == 12);
	assert(c.opt!(Bson[])(null).length == 0);
}


/**
	Represents a BSON date value (`Bson.Type.date`).

	BSON date values are stored in UNIX time format, counting the number of
	milliseconds from 1970/01/01.
*/
struct BsonDate {
	private long m_time; // milliseconds since UTC unix epoch

	/** Constructs a BsonDate from the given date value.

		The time-zone independent Date and DateTime types are assumed to be in
		the local time zone and converted to UTC if tz is left to null.
	*/
	this(in Date date, immutable TimeZone tz = null) { this(SysTime(date, tz)); }
	/// ditto
	this(in DateTime date, immutable TimeZone tz = null) { this(SysTime(date, tz)); }
	/// ditto
	this(in SysTime date) { this(fromStdTime(date.stdTime()).m_time); }

	/** Constructs a BsonDate from the given UNIX time.

		unix_time needs to be given in milliseconds from 1970/01/01. This is
		the native storage format for BsonDate.
	*/
	this(long unix_time)
	{
		m_time = unix_time;
	}

	/** Constructs a BsonDate from the given date/time string in ISO extended format.
	*/
	static BsonDate fromString(string iso_ext_string) { return BsonDate(SysTime.fromISOExtString(iso_ext_string)); }

	/** Constructs a BsonDate from the given date/time in standard time as defined in `std.datetime`.
	*/
	static BsonDate fromStdTime(long std_time)
	{
		enum zero = unixTimeToStdTime(0);
		return BsonDate((std_time - zero) / 10_000L);
	}

	/** The raw unix time value.

		This is the native storage/transfer format of a BsonDate.
	*/
	@property long value() const { return m_time; }
	/// ditto
	@property void value(long v) { m_time = v; }

	/** Returns the date formatted as ISO extended format.
	*/
	string toString() const { return toSysTime().toISOExtString(); }

	/* Converts to a SysTime.
	*/
	SysTime toSysTime() const {
		auto zero = unixTimeToStdTime(0);
		return SysTime(zero + m_time * 10_000L, UTC());
	}

	/** Allows relational and equality comparisons.
	*/
	bool opEquals(ref const BsonDate other) const { return m_time == other.m_time; }
	/// ditto
	int opCmp(ref const BsonDate other) const {
		if( m_time == other.m_time ) return 0;
		if( m_time < other.m_time ) return -1;
		else return 1;
	}
}


/**
	Represents a BSON timestamp value `(Bson.Type.timestamp)`.
*/
struct BsonTimestamp {
	private long m_time;

	this( long time ){
		m_time = time;
	}
}


/**
	Represents a BSON regular expression value `(Bson.Type.regex)`.
*/
struct BsonRegex {
	private {
		string m_expr;
		string m_options;
	}

	this(string expr, string options)
	{
		m_expr = expr;
		m_options = options;
	}

	@property string expression() const { return m_expr; }
	@property string options() const { return m_options; }
}


/**
	Serializes the given value to BSON.

	The following types of values are supported:

	$(DL
		$(DT `Bson`)            $(DD Used as-is)
		$(DT `Json`)            $(DD Converted to BSON)
		$(DT `BsonBinData`)     $(DD Converted to `Bson.Type.binData`)
		$(DT `BsonObjectID`)    $(DD Converted to `Bson.Type.objectID`)
		$(DT `BsonDate`)        $(DD Converted to `Bson.Type.date`)
		$(DT `BsonTimestamp`)   $(DD Converted to `Bson.Type.timestamp`)
		$(DT `BsonRegex`)       $(DD Converted to `Bson.Type.regex`)
		$(DT `null`)            $(DD Converted to `Bson.Type.null_`)
		$(DT `bool`)            $(DD Converted to `Bson.Type.bool_`)
		$(DT `float`, `double`)   $(DD Converted to `Bson.Type.double_`)
		$(DT `short`, `ushort`, `int`, `uint`, `long`, `ulong`) $(DD Converted to `Bson.Type.long_`)
		$(DT `string`)          $(DD Converted to `Bson.Type.string`)
		$(DT `ubyte[]`)         $(DD Converted to `Bson.Type.binData`)
		$(DT `T[]`)             $(DD Converted to `Bson.Type.array`)
		$(DT `T[string]`)       $(DD Converted to `Bson.Type.object`)
		$(DT `struct`)          $(DD Converted to `Bson.Type.object`)
		$(DT `class`)           $(DD Converted to `Bson.Type.object` or `Bson.Type.null_`)
	)

	All entries of an array or an associative array, as well as all R/W properties and
	all fields of a struct/class are recursively serialized using the same rules.

	Fields ending with an underscore will have the last underscore stripped in the
	serialized output. This makes it possible to use fields with D keywords as their name
	by simply appending an underscore.

	The following methods can be used to customize the serialization of structs/classes:

	---
	Bson toBson() const;
	static T fromBson(Bson src);

	Json toJson() const;
	static T fromJson(Json src);

	string toString() const;
	static T fromString(string src);
	---

	The methods will have to be defined in pairs. The first pair that is implemented by
	the type will be used for serialization (i.e. `toBson` overrides `toJson`).

	See_Also: `deserializeBson`
*/
Bson serializeToBson(T)(T value, ubyte[] buffer = null)
{
	return serialize!BsonSerializer(value, buffer);
}


template deserializeBson(T)
{
	/**
		Deserializes a BSON value into the destination variable.

		The same types as for `serializeToBson()` are supported and handled inversely.

		See_Also: `serializeToBson`
	*/
	void deserializeBson(ref T dst, Bson src)
	{
		dst = deserializeBson!T(src);
	}
	/// ditto
	T deserializeBson(Bson src)
	{
		return deserialize!(BsonSerializer, T)(src);
	}
}

unittest {
	import std.stdio;
	enum Foo : string { k = "test" }
	enum Boo : int { l = 5 }
	static struct S { float a; double b; bool c; int d; string e; byte f; ubyte g; long h; ulong i; float[] j; Foo k; Boo l;}
	immutable S t = {1.5, -3.0, true, int.min, "Test", -128, 255, long.min, ulong.max, [1.1, 1.2, 1.3], Foo.k, Boo.l,};
	S u;
	deserializeBson(u, serializeToBson(t));
	assert(t.a == u.a);
	assert(t.b == u.b);
	assert(t.c == u.c);
	assert(t.d == u.d);
	assert(t.e == u.e);
	assert(t.f == u.f);
	assert(t.g == u.g);
	assert(t.h == u.h);
	assert(t.i == u.i);
	assert(t.j == u.j);
	assert(t.k == u.k);
	assert(t.l == u.l);
}

unittest
{
	assert(uint.max == serializeToBson(uint.max).deserializeBson!uint);
	assert(ulong.max == serializeToBson(ulong.max).deserializeBson!ulong);
}

unittest {
	assert(deserializeBson!SysTime(serializeToBson(SysTime(0))) == SysTime(0));
	assert(deserializeBson!SysTime(serializeToBson(SysTime(0, UTC()))) == SysTime(0, UTC()));
	assert(deserializeBson!Date(serializeToBson(Date.init)) == Date.init);
	assert(deserializeBson!Date(serializeToBson(Date(2001, 1, 1))) == Date(2001, 1, 1));
}

unittest {
	static struct A { int value; static A fromJson(Json val) { return A(val.get!int); } Json toJson() const { return Json(value); } Bson toBson() { return Bson(); } }
	static assert(!isStringSerializable!A && isJsonSerializable!A && !isBsonSerializable!A);
	static assert(!isStringSerializable!(const(A)) && !isJsonSerializable!(const(A)) && !isBsonSerializable!(const(A)));
//	assert(serializeToBson(const A(123)) == Bson(123));
//	assert(serializeToBson(A(123))       == Bson(123));

	static struct B { int value; static B fromBson(Bson val) { return B(val.get!int); } Bson toBson() const { return Bson(value); } Json toJson() { return Json(); } }
	static assert(!isStringSerializable!B && !isJsonSerializable!B && isBsonSerializable!B);
	static assert(!isStringSerializable!(const(B)) && !isJsonSerializable!(const(B)) && !isBsonSerializable!(const(B)));
	assert(serializeToBson(const B(123)) == Bson(123));
	assert(serializeToBson(B(123))       == Bson(123));

	static struct C { int value; static C fromString(string val) { return C(val.to!int); } string toString() const { return value.to!string; } Json toJson() { return Json(); } }
	static assert(isStringSerializable!C && !isJsonSerializable!C && !isBsonSerializable!C);
	static assert(!isStringSerializable!(const(C)) && !isJsonSerializable!(const(C)) && !isBsonSerializable!(const(C)));
	assert(serializeToBson(const C(123)) == Bson("123"));
	assert(serializeToBson(C(123))       == Bson("123"));

	static struct D { int value; string toString() const { return ""; } }
	static assert(!isStringSerializable!D && !isJsonSerializable!D && !isBsonSerializable!D);
	static assert(!isStringSerializable!(const(D)) && !isJsonSerializable!(const(D)) && !isBsonSerializable!(const(D)));
	assert(serializeToBson(const D(123)) == serializeToBson(["value": 123]));
	assert(serializeToBson(D(123))       == serializeToBson(["value": 123]));

	// test if const(class) is serializable
	static class E { int value; this(int v) { value = v; } static E fromBson(Bson val) { return new E(val.get!int); } Bson toBson() const { return Bson(value); } Json toJson() { return Json(); } }
	static assert(!isStringSerializable!E && !isJsonSerializable!E && isBsonSerializable!E);
	static assert(!isStringSerializable!(const(E)) && !isJsonSerializable!(const(E)) && !isBsonSerializable!(const(E)));
	assert(serializeToBson(new const E(123)) == Bson(123));
	assert(serializeToBson(new E(123))       == Bson(123));
}

unittest {
	static struct E { ubyte[4] bytes; ubyte[] more; }
	auto e = E([1, 2, 3, 4], [5, 6]);
	auto eb = serializeToBson(e);
	assert(eb["bytes"].type == Bson.Type.binData);
	assert(eb["more"].type == Bson.Type.binData);
	assert(e == deserializeBson!E(eb));
}

unittest {
	static class C {
		int a;
		private int _b;
		@property int b() const { return _b; }
		@property void b(int v) { _b = v; }

		@property int test() const { return 10; }

		void test2() {}
	}
	C c = new C;
	c.a = 1;
	c.b = 2;

	C d;
	deserializeBson(d, serializeToBson(c));
	assert(c.a == d.a);
	assert(c.b == d.b);

	const(C) e = c; // serialize const class instances (issue #653)
	deserializeBson(d, serializeToBson(e));
	assert(e.a == d.a);
	assert(e.b == d.b);
}

unittest {
	static struct C { int value; static C fromString(string val) { return C(val.to!int); } string toString() const { return value.to!string; } }
	enum Color { Red, Green, Blue }
	{
		static class T {
			string[Color] enumIndexedMap;
			string[C] stringableIndexedMap;
			this() {
				enumIndexedMap = [ Color.Red : "magenta", Color.Blue : "deep blue" ];
								stringableIndexedMap = [ C(42) : "forty-two" ];
			}
		}

		T original = new T;
		original.enumIndexedMap[Color.Green] = "olive";
		T other;
		deserializeBson(other, serializeToBson(original));
		assert(serializeToBson(other) == serializeToBson(original));
	}
	{
		static struct S {
			string[Color] enumIndexedMap;
			string[C] stringableIndexedMap;
		}

		S original;
		original.enumIndexedMap = [ Color.Red : "magenta", Color.Blue : "deep blue" ];
		original.enumIndexedMap[Color.Green] = "olive";
				original.stringableIndexedMap = [ C(42) : "forty-two" ];
		S other;
		deserializeBson(other, serializeToBson(original));
		assert(serializeToBson(other) == serializeToBson(original));
	}
}

unittest {
	ubyte[] data = [1, 2, 3];
	auto bson = serializeToBson(data);
	assert(bson.type == Bson.Type.binData);
	assert(deserializeBson!(ubyte[])(bson) == data);
}

unittest { // issue #709
 	ulong[] data = [2354877787627192443, 1, 2354877787627192442];
	auto bson = Bson.fromJson(serializeToBson(data).toJson);
	assert(deserializeBson!(ulong[])(bson) == data);
}

unittest { // issue #709
 	uint[] data = [1, 2, 3, 4];
	auto bson = Bson.fromJson(serializeToBson(data).toJson);
//	assert(deserializeBson!(uint[])(bson) == data);
	assert(deserializeBson!(ulong[])(bson).equal(data));
}

unittest {
	import std.typecons;
	Nullable!bool x;
	auto bson = serializeToBson(x);
	assert(bson.type == Bson.Type.null_);
	deserializeBson(x, bson);
	assert(x.isNull);
	x = true;
	bson = serializeToBson(x);
	assert(bson.type == Bson.Type.bool_ && bson.get!bool == true);
	deserializeBson(x, bson);
	assert(x == true);
}

unittest { // issue #793
	char[] test = "test".dup;
	auto bson = serializeToBson(test);
	//assert(bson.type == Bson.Type.string);
	//assert(bson.get!string == "test");
	assert(bson.type == Bson.Type.array);
	assert(bson[0].type == Bson.Type.string && bson[0].get!string == "t");
}


/**
	Serializes to an in-memory BSON representation.

	See_Also: `vibe.data.serialization.serialize`, `vibe.data.serialization.deserialize`, `serializeToBson`, `deserializeBson`
*/
struct BsonSerializer {
	import vibe.utils.array : AllocAppender;

	private {
		AllocAppender!(ubyte[]) m_dst;
		size_t[] m_compositeStack;
		Bson.Type m_type = Bson.Type.null_;
		Bson m_inputData;
		string m_entryName;
		size_t m_entryIndex = size_t.max;
	}

	this(Bson input)
	{
		m_inputData = input;
	}

	this(ubyte[] buffer)
	{
		import vibe.utils.memory;
		m_dst = AllocAppender!(ubyte[])(defaultAllocator(), buffer);
	}

	@disable this(this);

	template isSupportedValueType(T) { enum isSupportedValueType = is(typeof(getBsonTypeID(T.init))); }

	//
	// serialization
	//
	Bson getSerializedResult()
	{
		auto ret = Bson(m_type, cast(immutable)m_dst.data);
		m_dst.reset();
		m_type = Bson.Type.null_;
		return ret;
	}

	void beginWriteDictionary(Traits)()
	{
		writeCompositeEntryHeader(Bson.Type.object);
		m_compositeStack ~= m_dst.data.length;
		m_dst.put(toBsonData(cast(int)0));
	}
	void endWriteDictionary(Traits)()
	{
		m_dst.put(Bson.Type.end);
		auto sh = m_compositeStack[$-1];
		m_compositeStack.length--;
		m_dst.data[sh .. sh + 4] = toBsonData(cast(uint)(m_dst.data.length - sh))[];
	}
	void beginWriteDictionaryEntry(Traits)(string name) { m_entryName = name; }
	void endWriteDictionaryEntry(Traits)(string name) {}

	void beginWriteArray(Traits)(size_t)
	{
		writeCompositeEntryHeader(Bson.Type.array);
		m_compositeStack ~= m_dst.data.length;
		m_dst.put(toBsonData(cast(int)0));
	}
	void endWriteArray(Traits)() { endWriteDictionary!Traits(); }
	void beginWriteArrayEntry(Traits)(size_t idx) { m_entryIndex = idx; }
	void endWriteArrayEntry(Traits)(size_t idx) {}

	// auto ref does't work for DMD 2.064
	void writeValue(Traits, T)(/*auto ref const*/ in T value) { writeValueH!(T, true)(value); }

	private void writeValueH(T, bool write_header)(/*auto ref const*/ in T value)
	{
		static if (write_header) writeCompositeEntryHeader(getBsonTypeID(value));

		static if (is(T == Bson)) { m_dst.put(value.data); }
		else static if (is(T == Json)) { m_dst.put(Bson(value).data); } // FIXME: use .writeBsonValue
		else static if (is(T == typeof(null))) {}
		else static if (is(T == string)) { m_dst.put(toBsonData(cast(uint)value.length+1)); m_dst.putCString(value); }
		else static if (is(T == BsonBinData)) { m_dst.put(toBsonData(cast(int)value.rawData.length)); m_dst.put(value.type); m_dst.put(value.rawData); }
		else static if (is(T == BsonObjectID)) { m_dst.put(value.m_bytes[]); }
		else static if (is(T == BsonDate)) { m_dst.put(toBsonData(value.m_time)); }
		else static if (is(T == SysTime)) { m_dst.put(toBsonData(BsonDate(value).m_time)); }
		else static if (is(T == BsonRegex)) { m_dst.putCString(value.expression); m_dst.putCString(value.options); }
		else static if (is(T == BsonTimestamp)) { m_dst.put(toBsonData(value.m_time)); }
		else static if (is(T == bool)) { m_dst.put(cast(ubyte)(value ? 0x01 : 0x00)); }
		else static if (is(T : int) && isIntegral!T) { m_dst.put(toBsonData(cast(int)value)); }
		else static if (is(T : long) && isIntegral!T) { m_dst.put(toBsonData(value)); }
		else static if (is(T : double) && isFloatingPoint!T) { m_dst.put(toBsonData(cast(double)value)); }
		else static if (isBsonSerializable!T) m_dst.put(value.toBson().data);
		else static if (isJsonSerializable!T) m_dst.put(Bson(value.toJson()).data);
		else static if (is(T : const(ubyte)[])) { writeValueH!(BsonBinData, false)(BsonBinData(BsonBinData.Type.generic, value.idup)); }
		else static assert(false, "Unsupported type: " ~ T.stringof);
	}

	private void writeCompositeEntryHeader(Bson.Type tp)
	{
		if (!m_compositeStack.length) {
			assert(m_type == Bson.Type.null_, "Overwriting root item.");
			m_type = tp;
		}

		if (m_entryName !is null) {
			m_dst.put(tp);
			m_dst.putCString(m_entryName);
			m_entryName = null;
		} else if (m_entryIndex != size_t.max) {
			import std.format;
			m_dst.put(tp);
			static struct Wrapper {
				AllocAppender!(ubyte[])* app;
				void put(char ch) { (*app).put(ch); }
				void put(in char[] str) { (*app).put(cast(ubyte[])str); }
			}
			auto wr = Wrapper(&m_dst);
			wr.formattedWrite("%d\0", m_entryIndex);
			m_entryIndex = size_t.max;
		}
	}

	//
	// deserialization
	//
	void readDictionary(Traits)(scope void delegate(string) entry_callback)
	{
		enforce(m_inputData.type == Bson.Type.object, "Expected object instead of "~m_inputData.type.to!string());
		auto old = m_inputData;
		foreach (string name, value; old) {
			m_inputData = value;
			entry_callback(name);
		}
		m_inputData = old;
	}

	void beginReadDictionaryEntry(Traits)(string name) {}
	void endReadDictionaryEntry(Traits)(string name) {}

	void readArray(Traits)(scope void delegate(size_t) size_callback, scope void delegate() entry_callback)
	{
		enforce(m_inputData.type == Bson.Type.array, "Expected array instead of "~m_inputData.type.to!string());
		auto old = m_inputData;
		foreach (value; old) {
			m_inputData = value;
			entry_callback();
		}
		m_inputData = old;
	}

	void beginReadArrayEntry(Traits)(size_t index) {}
	void endReadArrayEntry(Traits)(size_t index) {}

	T readValue(Traits, T)()
	{
		static if (is(T == Bson)) return m_inputData;
		else static if (is(T == Json)) return m_inputData.toJson();
		else static if (is(T == bool)) return m_inputData.get!bool();
		else static if (is(T == uint)) return cast(T)m_inputData.get!int();
		else static if (is(T : int)) {
			if(m_inputData.type == Bson.Type.long_) {
				enforce((m_inputData.get!long() >= int.min) && (m_inputData.get!long() <= int.max), "Long out of range while attempting to deserialize to int: " ~ m_inputData.get!long.to!string);
				return cast(T)m_inputData.get!long();
			}
			else return m_inputData.get!int().to!T;
		}
		else static if (is(T : long)) {
			if(m_inputData.type == Bson.Type.int_) return cast(T)m_inputData.get!int();
			else return cast(T)m_inputData.get!long();
		}
		else static if (is(T : double)) return cast(T)m_inputData.get!double();
		else static if (is(T == SysTime)) {
			// support legacy behavior to serialize as string
			if (m_inputData.type == Bson.Type.string) return SysTime.fromISOExtString(m_inputData.get!string);
			else return m_inputData.get!BsonDate().toSysTime();
		}
		else static if (isBsonSerializable!T) return T.fromBson(readValue!(Traits, Bson));
		else static if (isJsonSerializable!T) return T.fromJson(readValue!(Traits, Bson).toJson());
		else static if (is(T : const(ubyte)[])) {
			auto ret = m_inputData.get!BsonBinData.rawData;
			static if (isStaticArray!T) return cast(T)ret[0 .. T.length];
			else static if (is(T : immutable(char)[])) return ret;
			else return cast(T)ret.dup;
		} else return m_inputData.get!T();
	}

	bool tryReadNull(Traits)()
	{
		if (m_inputData.type == Bson.Type.null_) return true;
		return false;
	}

	private static Bson.Type getBsonTypeID(T, bool accept_ao = false)(/*auto ref const*/ in T value)
	{
		Bson.Type tp;
		static if (is(T == Bson)) tp = value.type;
		else static if (is(T == Json)) tp = jsonTypeToBsonType(value.type);
		else static if (is(T == typeof(null))) tp = Bson.Type.null_;
		else static if (is(T == string)) tp = Bson.Type.string;
		else static if (is(T == BsonBinData)) tp = Bson.Type.binData;
		else static if (is(T == BsonObjectID)) tp = Bson.Type.objectID;
		else static if (is(T == BsonDate)) tp = Bson.Type.date;
		else static if (is(T == SysTime)) tp = Bson.Type.date;
		else static if (is(T == BsonRegex)) tp = Bson.Type.regex;
		else static if (is(T == BsonTimestamp)) tp = Bson.Type.timestamp;
		else static if (is(T == bool)) tp = Bson.Type.bool_;
		else static if (isIntegral!T && is(T : int)) tp = Bson.Type.int_;
		else static if (isIntegral!T && is(T : long)) tp = Bson.Type.long_;
		else static if (isFloatingPoint!T && is(T : double)) tp = Bson.Type.double_;
		else static if (isBsonSerializable!T) tp = value.toBson().type; // FIXME: this is highly inefficient
		else static if (isJsonSerializable!T) tp = jsonTypeToBsonType(value.toJson().type); // FIXME: this is highly inefficient
		else static if (is(T : const(ubyte)[])) tp = Bson.Type.binData;
		else static if (accept_ao && isArray!T) tp = Bson.Type.array;
		else static if (accept_ao && isAssociativeArray!T) tp = Bson.Type.object;
		else static if (accept_ao && (is(T == class) || is(T == struct))) tp = Bson.Type.object;
		else static assert(false, "Unsupported type: " ~ T.stringof);
		return tp;
	}
}

private Bson.Type jsonTypeToBsonType(Json.Type tp)
{
	static immutable Bson.Type[Json.Type.max+1] JsonIDToBsonID = [
		Bson.Type.undefined,
		Bson.Type.null_,
		Bson.Type.bool_,
		Bson.Type.long_,
		Bson.Type.long_,
		Bson.Type.double_,
		Bson.Type.string,
		Bson.Type.array,
		Bson.Type.object
	];
	return JsonIDToBsonID[tp];
}

private Bson.Type writeBson(R)(ref R dst, in Json value)
	if( isOutputRange!(R, ubyte) )
{
	final switch(value.type){
		case Json.Type.undefined:
			return Bson.Type.undefined;
		case Json.Type.null_:
			return Bson.Type.null_;
		case Json.Type.bool_:
			dst.put(cast(ubyte)(cast(bool)value ? 0x01 : 0x00));
			return Bson.Type.bool_;
		case Json.Type.int_:
			dst.put(toBsonData(cast(long)value));
			return Bson.Type.long_;
		case Json.Type.bigInt:
			dst.put(toBsonData(cast(long)value));
			return Bson.Type.long_;
		case Json.Type.float_:
			dst.put(toBsonData(cast(double)value));
			return Bson.Type.double_;
		case Json.Type.string:
			dst.put(toBsonData(cast(uint)value.length+1));
			dst.put(cast(bdata_t)cast(string)value);
			dst.put(cast(ubyte)0);
			return Bson.Type.string;
		case Json.Type.array:
			auto app = appender!bdata_t();
			foreach( size_t i, ref const Json v; value ){
				app.put(cast(ubyte)(jsonTypeToBsonType(v.type)));
				putCString(app, to!string(i));
				writeBson(app, v);
			}

			dst.put(toBsonData(cast(int)(app.data.length + int.sizeof + 1)));
			dst.put(app.data);
			dst.put(cast(ubyte)0);
			return Bson.Type.array;
		case Json.Type.object:
			auto app = appender!bdata_t();
			foreach( string k, ref const Json v; value ){
				app.put(cast(ubyte)(jsonTypeToBsonType(v.type)));
				putCString(app, k);
				writeBson(app, v);
			}

			dst.put(toBsonData(cast(int)(app.data.length + int.sizeof + 1)));
			dst.put(app.data);
			dst.put(cast(ubyte)0);
			return Bson.Type.object;
	}
}

unittest
{
	Json jsvalue = parseJsonString("{\"key\" : \"Value\"}");
	assert(serializeToBson(jsvalue).toJson() == jsvalue);

	jsvalue = parseJsonString("{\"key\" : [{\"key\" : \"Value\"}, {\"key2\" : \"Value2\"}] }");
	assert(serializeToBson(jsvalue).toJson() == jsvalue);

	jsvalue = parseJsonString("[ 1 , 2 , 3]");
	assert(serializeToBson(jsvalue).toJson() == jsvalue);
}

private string skipCString(ref bdata_t data)
{
	auto idx = data.countUntil(0);
	enforce(idx >= 0, "Unterminated BSON C-string.");
	auto ret = data[0 .. idx];
	data = data[idx+1 .. $];
	return cast(string)ret;
}

private void putCString(R)(ref R dst, string str)
{
	dst.put(cast(bdata_t)str);
	dst.put(cast(ubyte)0);
}

ubyte[] toBsonData(T)(T v)
{
	/*static T tmp;
	tmp = nativeToLittleEndian(v);
	return cast(ubyte[])((&tmp)[0 .. 1]);*/
	if (__ctfe) return nativeToLittleEndian(v).dup;
	else {
		static ubyte[T.sizeof] ret;
		ret = nativeToLittleEndian(v);
		return ret;
	}
}

T fromBsonData(T)(in ubyte[] v)
{
	assert(v.length >= T.sizeof);
	//return (cast(T[])v[0 .. T.sizeof])[0];
	ubyte[T.sizeof] vu = v[0 .. T.sizeof];
	return littleEndianToNative!T(vu);
}

ubyte[] toBigEndianData(T)(T v)
{
	if (__ctfe) return nativeToBigEndian(v).dup;
	else {
		static ubyte[T.sizeof] ret;
		ret = nativeToBigEndian(v);
		return ret;
	}
}

private string underscoreStrip(string field_name)
pure {
	if( field_name.length < 1 || field_name[$-1] != '_' ) return field_name;
	else return field_name[0 .. $-1];
}

/// private
package template isBsonSerializable(T) { enum isBsonSerializable = is(typeof(T.init.toBson()) == Bson) && is(typeof(T.fromBson(Bson())) == T); }
vibe.d-0.7.30/source/vibe/data/json.d000066400000000000000000002142711304441332000172250ustar00rootroot00000000000000/**
	JSON serialization and value handling.

	This module provides the Json struct for reading, writing and manipulating
	JSON values. De(serialization) of arbitrary D types is also supported and
	is recommended for handling JSON in performance sensitive applications.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.data.json;

///
unittest {
	void manipulateJson(Json j)
	{
		import std.stdio;

		// retrieving the values is done using get()
		assert(j["name"].get!string == "Example");
		assert(j["id"].get!int == 1);

		// semantic conversions can be done using to()
		assert(j["id"].to!string == "1");

		// prints:
		// name: "Example"
		// id: 1
		foreach (string key, value; j)
			writefln("%s: %s", key, value);

		// print out as JSON: {"name": "Example", "id": 1}
		writefln("JSON: %s", j.toString());

		// DEPRECATED: object members can be accessed using member syntax, just like in JavaScript
		//j = Json.emptyObject;
		//j.name = "Example";
		//j.id = 1;
	}
}

/// Constructing `Json` objects
unittest {
	// construct a JSON object {"field1": "foo", "field2": 42, "field3": true}

	// using the constructor
	Json j1 = Json(["field1": Json("foo"), "field2": Json(42), "field3": Json(true)]);

	// using piecewise construction
	Json j2 = Json.emptyObject;
	j2["field1"] = "foo";
	j2["field2"] = 42.0;
	j2["field3"] = true;

	// using serialization
	struct S {
		string field1;
		double field2;
		bool field3;
	}
	Json j3 = S("foo", 42, true).serializeToJson();

	// using serialization, converting directly to a JSON string
	string j4 = S("foo", 32, true).serializeToJsonString();
}


public import vibe.data.serialization;

public import std.json : JSONException;
import std.algorithm;
import std.array;
import std.conv;
import std.datetime;
import std.exception;
import std.format;
import std.string;
import std.range;
import std.traits;
import std.bigint;

/******************************************************************************/
/* public types                                                               */
/******************************************************************************/

/**
	Represents a single JSON value.

	Json values can have one of the types defined in the Json.Type enum. They
	behave mostly like values in ECMA script in the way that you can
	transparently perform operations on them. However, strict typechecking is
	done, so that operations between differently typed JSON values will throw
	a JSONException. Additionally, an explicit cast or using get!() or to!() is
	required to convert a JSON value to the corresponding static D type.
*/
align(8) // ensures that pointers stay on 64-bit boundaries on x64 so that they get scanned by the GC
struct Json {
	static assert(!hasElaborateDestructor!BigInt && !hasElaborateCopyConstructor!BigInt,
		"struct Json is missing required ~this and/or this(this) members for BigInt.");

	private {
		// putting all fields in a union results in many false pointers leading to
		// memory leaks and, worse, std.algorithm.swap triggering an assertion
		// because of internal pointers. This crude workaround seems to fix
		// the issues.
		enum m_size = max((BigInt.sizeof+(void*).sizeof), 2);
		// NOTE : DMD 2.067.1 doesn't seem to init void[] correctly on its own.
		// Explicity initializing it works around this issue. Using a void[]
		// array here to guarantee that it's scanned by the GC.
		void[m_size] m_data = (void[m_size]).init;

		static assert(m_data.offsetof == 0, "m_data must be the first struct member.");
		static assert(BigInt.alignof <= 8, "Json struct alignment of 8 isn't sufficient to store BigInt.");

		ref inout(T) getDataAs(T)() inout {
			static assert(T.sizeof <= m_data.sizeof);
			return (cast(inout(T)[1])m_data[0 .. T.sizeof])[0];
		}

		@property ref inout(BigInt) m_bigInt() inout { return getDataAs!BigInt(); }
		@property ref inout(long) m_int() inout { return getDataAs!long(); }
		@property ref inout(double) m_float() inout { return getDataAs!double(); }
		@property ref inout(bool) m_bool() inout { return getDataAs!bool(); }
		@property ref inout(string) m_string() inout { return getDataAs!string(); }
		@property ref inout(Json[string]) m_object() inout { return getDataAs!(Json[string])(); }
		@property ref inout(Json[]) m_array() inout { return getDataAs!(Json[])(); }

		Type m_type = Type.undefined;

		version (VibeJsonFieldNames) {
			uint m_magic = 0x1337f00d; // works around Appender bug (DMD BUG 10690/10859/11357)
			string m_name;
		}
	}

	/** Represents the run time type of a JSON value.
	*/
	enum Type {
		undefined,  /// A non-existent value in a JSON object
		null_,      /// Null value
		bool_,      /// Boolean value
		int_,       /// 64-bit integer value
		bigInt,     /// BigInt values
		float_,     /// 64-bit floating point value
		string,     /// UTF-8 string
		array,      /// Array of JSON values
		object,     /// JSON object aka. dictionary from string to Json

		Undefined = undefined,  /// Compatibility alias - will be deprecated soon
		Null = null_,           /// Compatibility alias - will be deprecated soon
		Bool = bool_,           /// Compatibility alias - will be deprecated soon
		Int = int_,             /// Compatibility alias - will be deprecated soon
		Float = float_,         /// Compatibility alias - will be deprecated soon
		String = string,        /// Compatibility alias - will be deprecated soon
		Array = array,          /// Compatibility alias - will be deprecated soon
		Object = object         /// Compatibility alias - will be deprecated soon
	}

	/// New JSON value of Type.Undefined
	static @property Json undefined() { return Json(); }

	/// New JSON value of Type.Object
	static @property Json emptyObject() { return Json(cast(Json[string])null); }

	/// New JSON value of Type.Array
	static @property Json emptyArray() { return Json(cast(Json[])null); }

	version(JsonLineNumbers) int line;

	/**
		Constructor for a JSON object.
	*/
	this(typeof(null)) @trusted { m_type = Type.null_; }
	/// ditto
	this(bool v) @trusted { m_type = Type.bool_; m_bool = v; }
	/// ditto
	this(byte v) { this(cast(long)v); }
	/// ditto
	this(ubyte v) { this(cast(long)v); }
	/// ditto
	this(short v) { this(cast(long)v); }
	/// ditto
	this(ushort v) { this(cast(long)v); }
	/// ditto
	this(int v) { this(cast(long)v); }
	/// ditto
	this(uint v) { this(cast(long)v); }
	/// ditto
	this(long v) @trusted { m_type = Type.int_; m_int = v; }
	/// ditto
	this(BigInt v) @trusted { m_type = Type.bigInt; initBigInt(); m_bigInt = v; }
	/// ditto
	this(double v) @trusted { m_type = Type.float_; m_float = v; }
	/// ditto
	this(string v) @trusted { m_type = Type.string; m_string = v; }
	/// ditto
	this(Json[] v) @trusted { m_type = Type.array; m_array = v; }
	/// ditto
	this(Json[string] v) @trusted { m_type = Type.object; m_object = v; }

	/**
		Allows assignment of D values to a JSON value.
	*/
	ref Json opAssign(Json v)
	{
		if (v.type != Type.bigInt)
			runDestructors();
		auto old_type = m_type;
		m_type = v.m_type;
		final switch(m_type){
			case Type.undefined: m_string = null; break;
			case Type.null_: m_string = null; break;
			case Type.bool_: m_bool = v.m_bool; break;
			case Type.int_: m_int = v.m_int; break;
			case Type.bigInt:
				if (old_type != Type.bigInt)
					initBigInt();
				m_bigInt = v.m_bigInt;
				break;
			case Type.float_: m_float = v.m_float; break;
			case Type.string: m_string = v.m_string; break;
			case Type.array: opAssign(v.m_array); break;
			case Type.object: opAssign(v.m_object); break;
		}
		return this;
	}
	/// ditto
	void opAssign(typeof(null)) { runDestructors(); m_type = Type.null_; m_string = null; }
	/// ditto
	bool opAssign(bool v) { runDestructors(); m_type = Type.bool_; m_bool = v; return v; }
	/// ditto
	int opAssign(int v) { runDestructors(); m_type = Type.int_; m_int = v; return v; }
	/// ditto
	long opAssign(long v) { runDestructors(); m_type = Type.int_; m_int = v; return v; }
	/// ditto
	BigInt opAssign(BigInt v)
	{
		if (m_type != Type.bigInt)
			initBigInt();
		m_type = Type.bigInt;
		m_bigInt = v;
		return v;
	}
	/// ditto
	double opAssign(double v) { runDestructors(); m_type = Type.float_; m_float = v; return v; }
	/// ditto
	string opAssign(string v) { runDestructors(); m_type = Type.string; m_string = v; return v; }
	/// ditto
	Json[] opAssign(Json[] v) {
		runDestructors();
		m_type = Type.array;
		m_array = v;
		version (VibeJsonFieldNames) {
			if (m_magic == 0x1337f00d) {
				foreach (idx, ref av; m_array)
					av.m_name = format("%s[%s]", m_name, idx);
			} else m_name = null;
		}
		return v;
	}
	/// ditto
	Json[string] opAssign(Json[string] v)
	{
		runDestructors();
		m_type = Type.object;
		m_object = v;
		version (VibeJsonFieldNames) { if (m_magic == 0x1337f00d) { foreach (key, ref av; m_object) av.m_name = format("%s.%s", m_name, key); } else m_name = null; }
		return v;
	}

	/**
		Allows removal of values from Type.Object Json objects.
	*/
	void remove(string item) { checkType!(Json[string])(); m_object.remove(item); }

	/**
		The current type id of this JSON object.
	*/
	@property Type type() const @safe { return m_type; }

	/**
		Clones a JSON value recursively.
	*/
	Json clone()
	const {
		final switch (m_type) {
			case Type.undefined: return Json.undefined;
			case Type.null_: return Json(null);
			case Type.bool_: return Json(m_bool);
			case Type.int_: return Json(m_int);
			case Type.bigInt: return Json(m_bigInt);
			case Type.float_: return Json(m_float);
			case Type.string: return Json(m_string);
			case Type.array:
				auto ret = Json.emptyArray;
				foreach (v; this) ret ~= v.clone();
				return ret;
			case Type.object:
				auto ret = Json.emptyObject;
				foreach (string name, v; this) ret[name] = v.clone();
				return ret;
		}
	}

	/**
		Allows direct indexing of array typed JSON values.
	*/
	ref inout(Json) opIndex(size_t idx) inout { checkType!(Json[])(); return m_array[idx]; }

	///
	unittest {
		Json value = Json.emptyArray;
		value ~= 1;
		value ~= true;
		value ~= "foo";
		assert(value[0] == 1);
		assert(value[1] == true);
		assert(value[2] == "foo");
	}


	/**
		Allows direct indexing of object typed JSON values using a string as
		the key.
	*/
	const(Json) opIndex(string key)
	const {
		checkType!(Json[string])();
		if( auto pv = key in m_object ) return *pv;
		Json ret = Json.undefined;
		ret.m_string = key;
		version (VibeJsonFieldNames) ret.m_name = format("%s.%s", m_name, key);
		return ret;
	}
	/// ditto
	ref Json opIndex(string key)
	{
		checkType!(Json[string])();
		if( auto pv = key in m_object )
			return *pv;
		if (m_object is null) {
			m_object = ["": Json.init];
			m_object.remove("");
		}
		m_object[key] = Json.init;
		assert(m_object !is null);
		assert(key in m_object, "Failed to insert key '"~key~"' into AA!?");
		m_object[key].m_type = Type.undefined; // DMDBUG: AAs are teh $H1T!!!11
		assert(m_object[key].type == Type.undefined);
		m_object[key].m_string = key;
		version (VibeJsonFieldNames) m_object[key].m_name = format("%s.%s", m_name, key);
		return m_object[key];
	}

	///
	unittest {
		Json value = Json.emptyObject;
		value["a"] = 1;
		value["b"] = true;
		value["c"] = "foo";
		assert(value["a"] == 1);
		assert(value["b"] == true);
		assert(value["c"] == "foo");
	}

	/**
		Returns a slice of a JSON array.
	*/
	inout(Json[]) opSlice() inout { checkType!(Json[])(); return m_array; }
	///
	inout(Json[]) opSlice(size_t from, size_t to) inout { checkType!(Json[])(); return m_array[from .. to]; }

	/**
		Returns the number of entries of string, array or object typed JSON values.
	*/
	@property size_t length()
	const @trusted {
		checkType!(string, Json[], Json[string])("property length");
		switch(m_type){
			case Type.string: return m_string.length;
			case Type.array: return m_array.length;
			case Type.object: return m_object.length;
			default: assert(false);
		}
	}

	/**
		Allows foreach iterating over JSON objects and arrays.
	*/
	int opApply(scope int delegate(ref Json obj) del)
	@trusted {
		checkType!(Json[], Json[string])("opApply");
		if( m_type == Type.array ){
			foreach( ref v; m_array )
				if( auto ret = del(v) )
					return ret;
			return 0;
		} else {
			foreach( ref v; m_object )
				if( v.type != Type.undefined )
					if( auto ret = del(v) )
						return ret;
			return 0;
		}
	}
	/// ditto
	int opApply(scope int delegate(ref const Json obj) del)
	const @trusted {
		checkType!(Json[], Json[string])("opApply");
		if( m_type == Type.array ){
			foreach( ref v; m_array )
				if( auto ret = del(v) )
					return ret;
			return 0;
		} else {
			foreach( ref v; m_object )
				if( v.type != Type.undefined )
					if( auto ret = del(v) )
						return ret;
			return 0;
		}
	}
	/// ditto
	int opApply(scope int delegate(ref size_t idx, ref Json obj) del)
	@trusted {
		checkType!(Json[])("opApply");
		foreach( idx, ref v; m_array )
			if( auto ret = del(idx, v) )
				return ret;
		return 0;
	}
	/// ditto
	int opApply(scope int delegate(ref size_t idx, ref const Json obj) del)
	const @trusted {
		checkType!(Json[])("opApply");
		foreach( idx, ref v; m_array )
			if( auto ret = del(idx, v) )
				return ret;
		return 0;
	}
	/// ditto
	int opApply(scope int delegate(ref string idx, ref Json obj) del)
	@trusted {
		checkType!(Json[string])("opApply");
		foreach( idx, ref v; m_object )
			if( v.type != Type.undefined )
				if( auto ret = del(idx, v) )
					return ret;
		return 0;
	}
	/// ditto
	int opApply(scope int delegate(ref string idx, ref const Json obj) del)
	const @trusted {
		checkType!(Json[string])("opApply");
		foreach( idx, ref v; m_object )
			if( v.type != Type.undefined )
				if( auto ret = del(idx, v) )
					return ret;
		return 0;
	}

	/**
		Converts the JSON value to the corresponding D type - types must match exactly.

		Available_Types:
			$(UL
				$(LI `bool` (`Type.bool_`))
				$(LI `double` (`Type.float_`))
				$(LI `float` (Converted from `double`))
				$(LI `long` (`Type.int_`))
				$(LI `ulong`, `int`, `uint`, `short`, `ushort`, `byte`, `ubyte` (Converted from `long`))
				$(LI `string` (`Type.string`))
				$(LI `Json[]` (`Type.array`))
				$(LI `Json[string]` (`Type.object`))
			)

		See_Also: `opt`, `to`, `deserializeJson`
	*/
	inout(T) opCast(T)() inout { return get!T; }
	/// ditto
	@property inout(T) get(T)()
	inout @trusted {
		static if (!is(T : bool) && is(T : long))
			checkType!(long, BigInt)();
		else
			checkType!T();

		static if (is(T == bool)) return m_bool;
		else static if (is(T == double)) return m_float;
		else static if (is(T == float)) return cast(T)m_float;
		else static if (is(T == string)) return m_string;
		else static if (is(T == Json[])) return m_array;
		else static if (is(T == Json[string])) return m_object;
		else static if (is(T == BigInt)) return m_type == Type.bigInt ? m_bigInt : BigInt(m_int);
		else static if (is(T : long)) {
			if (m_type == Type.bigInt) {
				enforceJson(m_bigInt <= T.max && m_bigInt >= T.min, "Integer conversion out of bounds error");
				return cast(T)m_bigInt.toLong();
			} else {
				enforceJson(m_int <= T.max && m_int >= T.min, "Integer conversion out of bounds error");
				return cast(T)m_int;
			}
		}
		else static assert(0, "JSON can only be cast to (bool, long, std.bigint.BigInt, double, string, Json[] or Json[string]. Not "~T.stringof~".");
	}

	/**
		Returns the native type for this JSON if it matches the current runtime type.

		If the runtime type does not match the given native type, the 'def' parameter is returned
		instead.

		See_Also: `get`
	*/
	@property const(T) opt(T)(const(T) def = T.init)
	const {
		if( typeId!T != m_type ) return def;
		return get!T;
	}
	/// ditto
	@property T opt(T)(T def = T.init)
	{
		if( typeId!T != m_type ) return def;
		return get!T;
	}

	/**
		Converts the JSON value to the corresponding D type - types are converted as necessary.

		Automatically performs conversions between strings and numbers. See
		`get` for the list of available types. For converting/deserializing
		JSON to complex data types see `deserializeJson`.

		See_Also: `get`, `deserializeJson`
	*/
	@property inout(T) to(T)()
	inout {
		static if( is(T == bool) ){
			final switch( m_type ){
				case Type.undefined: return false;
				case Type.null_: return false;
				case Type.bool_: return m_bool;
				case Type.int_: return m_int != 0;
				case Type.bigInt: return m_bigInt != 0;
				case Type.float_: return m_float != 0;
				case Type.string: return m_string.length > 0;
				case Type.array: return m_array.length > 0;
				case Type.object: return m_object.length > 0;
			}
		} else static if( is(T == double) ){
			final switch( m_type ){
				case Type.undefined: return T.init;
				case Type.null_: return 0;
				case Type.bool_: return m_bool ? 1 : 0;
				case Type.int_: return m_int;
				case Type.bigInt: return bigIntToLong();
				case Type.float_: return m_float;
				case Type.string: return .to!double(cast(string)m_string);
				case Type.array: return double.init;
				case Type.object: return double.init;
			}
		} else static if( is(T == float) ){
			final switch( m_type ){
				case Type.undefined: return T.init;
				case Type.null_: return 0;
				case Type.bool_: return m_bool ? 1 : 0;
				case Type.int_: return m_int;
				case Type.bigInt: return bigIntToLong();
				case Type.float_: return m_float;
				case Type.string: return .to!float(cast(string)m_string);
				case Type.array: return float.init;
				case Type.object: return float.init;
			}
		} else static if( is(T == long) ){
			final switch( m_type ){
				case Type.undefined: return 0;
				case Type.null_: return 0;
				case Type.bool_: return m_bool ? 1 : 0;
				case Type.int_: return m_int;
				case Type.bigInt: return cast(long)bigIntToLong();
				case Type.float_: return cast(long)m_float;
				case Type.string: return .to!long(m_string);
				case Type.array: return 0;
				case Type.object: return 0;
			}
		} else static if( is(T : long) ){
			final switch( m_type ){
				case Type.undefined: return 0;
				case Type.null_: return 0;
				case Type.bool_: return m_bool ? 1 : 0;
				case Type.int_: return cast(T)m_int;
				case Type.bigInt: return cast(T)bigIntToLong();
				case Type.float_: return cast(T)m_float;
				case Type.string: return cast(T).to!long(cast(string)m_string);
				case Type.array: return 0;
				case Type.object: return 0;
			}
		} else static if( is(T == string) ){
			switch( m_type ){
				default: return toString();
				case Type.string: return m_string;
			}
		} else static if( is(T == Json[]) ){
			switch( m_type ){
				default: return Json([this]);
				case Type.array: return m_array;
			}
		} else static if( is(T == Json[string]) ){
			switch( m_type ){
				default: return Json(["value": this]);
				case Type.object: return m_object;
			}
		} else static if( is(T == BigInt) ){
			final switch( m_type ){
				case Type.undefined: return BigInt(0);
				case Type.null_: return BigInt(0);
				case Type.bool_: return BigInt(m_bool ? 1 : 0);
				case Type.int_: return BigInt(m_int);
				case Type.bigInt: return m_bigInt;
				case Type.float_: return BigInt(cast(long)m_float);
				case Type.string: return BigInt(.to!long(m_string));
				case Type.array: return BigInt(0);
				case Type.object: return BigInt(0);
			}
		} else static assert(0, "JSON can only be cast to (bool, long, std.bigint.BigInt, double, string, Json[] or Json[string]. Not "~T.stringof~".");
	}

	/**
		Performs unary operations on the JSON value.

		The following operations are supported for each type:

		$(DL
			$(DT Null)   $(DD none)
			$(DT Bool)   $(DD ~)
			$(DT Int)    $(DD +, -, ++, --)
			$(DT Float)  $(DD +, -, ++, --)
			$(DT String) $(DD none)
			$(DT Array)  $(DD none)
			$(DT Object) $(DD none)
		)
	*/
	Json opUnary(string op)()
	const {
		static if( op == "~" ){
			checkType!bool();
			return Json(~m_bool);
		} else static if( op == "+" || op == "-" || op == "++" || op == "--" ){
			checkType!(BigInt, long, double)("unary "~op);
			if( m_type == Type.int_ ) mixin("return Json("~op~"m_int);");
			else if( m_type == Type.bigInt ) mixin("return Json("~op~"m_bigInt);");
			else if( m_type == Type.float_ ) mixin("return Json("~op~"m_float);");
			else assert(false);
		} else static assert(0, "Unsupported operator '"~op~"' for type JSON.");
	}
	/**
		Performs binary operations between JSON values.

		The two JSON values must be of the same run time type or a JSONException
		will be thrown. Only the operations listed are allowed for each of the
		types.

		$(DL
			$(DT Null)   $(DD none)
			$(DT Bool)   $(DD &&, ||)
			$(DT Int)    $(DD +, -, *, /, %)
			$(DT Float)  $(DD +, -, *, /, %)
			$(DT String) $(DD ~)
			$(DT Array)  $(DD ~)
			$(DT Object) $(DD in)
		)
	*/
	Json opBinary(string op)(ref const(Json) other)
	const {
		enforceJson(m_type == other.m_type, "Binary operation '"~op~"' between "~.to!string(m_type)~" and "~.to!string(other.m_type)~" JSON objects.");
		static if( op == "&&" ){
			checkType!(bool)(op);
			return Json(m_bool && other.m_bool);
		} else static if( op == "||" ){
			checkType!(bool)(op);
			return Json(m_bool || other.m_bool);
		} else static if( op == "+" ){
			checkType!(BigInt, long, double)(op);
			if( m_type == Type.int_ ) return Json(m_int + other.m_int);
			else if( m_type == Type.bigInt ) return Json(m_bigInt + other.m_bigInt);
			else if( m_type == Type.float_ ) return Json(m_float + other.m_float);
			else assert(false);
		} else static if( op == "-" ){
			checkType!(BigInt, long, double)(op);
			if( m_type == Type.int_ ) return Json(m_int - other.m_int);
			else if( m_type == Type.bigInt ) return Json(m_bigInt - other.m_bigInt);
			else if( m_type == Type.float_ ) return Json(m_float - other.m_float);
			else assert(false);
		} else static if( op == "*" ){
			checkType!(BigInt, long, double)(op);
			if( m_type == Type.int_ ) return Json(m_int * other.m_int);
			else if( m_type == Type.bigInt ) return Json(m_bigInt * other.m_bigInt);
			else if( m_type == Type.float_ ) return Json(m_float * other.m_float);
			else assert(false);
		} else static if( op == "/" ){
			checkType!(BigInt, long, double)(op);
			if( m_type == Type.int_ ) return Json(m_int / other.m_int);
			else if( m_type == Type.bigInt ) return Json(m_bigInt / other.m_bigInt);
			else if( m_type == Type.float_ ) return Json(m_float / other.m_float);
			else assert(false);
		} else static if( op == "%" ){
			checkType!(BigInt, long, double)(op);
			if( m_type == Type.int_ ) return Json(m_int % other.m_int);
			else if( m_type == Type.bigInt ) return Json(m_bigInt % other.m_bigInt);
			else if( m_type == Type.float_ ) return Json(m_float % other.m_float);
			else assert(false);
		} else static if( op == "~" ){
			checkType!(string, Json[])(op);
			if( m_type == Type.string ) return Json(m_string ~ other.m_string);
			else if (m_type == Type.array) return Json(m_array ~ other.m_array);
			else assert(false);
		} else static assert(0, "Unsupported operator '"~op~"' for type JSON.");
	}
	/// ditto
	Json opBinary(string op)(Json other)
		if( op == "~" )
	{
		static if( op == "~" ){
			checkType!(string, Json[])(op);
			if( m_type == Type.string ) return Json(m_string ~ other.m_string);
			else if( m_type == Type.array ) return Json(m_array ~ other.m_array);
			else assert(false);
		} else static assert(0, "Unsupported operator '"~op~"' for type JSON.");
	}
	/// ditto
	void opOpAssign(string op)(Json other)
		if (op == "+" || op == "-" || op == "*" || op == "/" || op == "%" || op =="~")
	{
		enforceJson(m_type == other.m_type || op == "~" && m_type == Type.array,
				"Binary operation '"~op~"=' between "~.to!string(m_type)~" and "~.to!string(other.m_type)~" JSON objects.");
		static if( op == "+" ){
			if( m_type == Type.int_ ) m_int += other.m_int;
			else if( m_type == Type.bigInt ) m_bigInt += other.m_bigInt;
			else if( m_type == Type.float_ ) m_float += other.m_float;
			else enforceJson(false, "'+=' only allowed for scalar types, not "~.to!string(m_type)~".");
		} else static if( op == "-" ){
			if( m_type == Type.int_ ) m_int -= other.m_int;
			else if( m_type == Type.bigInt ) m_bigInt -= other.m_bigInt;
			else if( m_type == Type.float_ ) m_float -= other.m_float;
			else enforceJson(false, "'-=' only allowed for scalar types, not "~.to!string(m_type)~".");
		} else static if( op == "*" ){
			if( m_type == Type.int_ ) m_int *= other.m_int;
			else if( m_type == Type.bigInt ) m_bigInt *= other.m_bigInt;
			else if( m_type == Type.float_ ) m_float *= other.m_float;
			else enforceJson(false, "'*=' only allowed for scalar types, not "~.to!string(m_type)~".");
		} else static if( op == "/" ){
			if( m_type == Type.int_ ) m_int /= other.m_int;
			else if( m_type == Type.bigInt ) m_bigInt /= other.m_bigInt;
			else if( m_type == Type.float_ ) m_float /= other.m_float;
			else enforceJson(false, "'/=' only allowed for scalar types, not "~.to!string(m_type)~".");
		} else static if( op == "%" ){
			if( m_type == Type.int_ ) m_int %= other.m_int;
			else if( m_type == Type.bigInt ) m_bigInt %= other.m_bigInt;
			else if( m_type == Type.float_ ) m_float %= other.m_float;
			else enforceJson(false, "'%=' only allowed for scalar types, not "~.to!string(m_type)~".");
		} else static if( op == "~" ){
			if (m_type == Type.string) m_string ~= other.m_string;
			else if (m_type == Type.array) {
				if (other.m_type == Type.array) m_array ~= other.m_array;
				else appendArrayElement(other);
			} else enforceJson(false, "'~=' only allowed for string and array types, not "~.to!string(m_type)~".");
		} else static assert(0, "Unsupported operator '"~op~"=' for type JSON.");
	}
	/// ditto
	void opOpAssign(string op, T)(T other)
		if (!is(T == Json) && is(typeof(Json(other))))
	{
		opOpAssign!op(Json(other));
	}
	/// ditto
	Json opBinary(string op)(bool other) const { checkType!bool(); mixin("return Json(m_bool "~op~" other);"); }
	/// ditto
	Json opBinary(string op)(long other) const
	{
		checkType!(long, BigInt)();
		if (m_type == Type.bigInt)
			mixin("return Json(m_bigInt "~op~" other);");
		else
			mixin("return Json(m_int "~op~" other);");
	}
	/// ditto
	Json opBinary(string op)(BigInt other) const
	{
		checkType!(long, BigInt)();
		if (m_type == Type.bigInt)
			mixin("return Json(m_bigInt "~op~" other);");
		else
			mixin("return Json(m_int "~op~" other);");
	}
	/// ditto
	Json opBinary(string op)(double other) const { checkType!double(); mixin("return Json(m_float "~op~" other);"); }
	/// ditto
	Json opBinary(string op)(string other) const { checkType!string(); mixin("return Json(m_string "~op~" other);"); }
	/// ditto
	Json opBinary(string op)(Json[] other) { checkType!(Json[])(); mixin("return Json(m_array "~op~" other);"); }
	/// ditto
	Json opBinaryRight(string op)(bool other) const { checkType!bool(); mixin("return Json(other "~op~" m_bool);"); }
	/// ditto
	Json opBinaryRight(string op)(long other) const
	{
		checkType!(long, BigInt)();
		if (m_type == Type.bigInt)
			mixin("return Json(other "~op~" m_bigInt);");
		else
			mixin("return Json(other "~op~" m_int);");
	}
	/// ditto
	Json opBinaryRight(string op)(BigInt other) const
	{
		checkType!(long, BigInt)();
		if (m_type == Type.bigInt)
			mixin("return Json(other "~op~" m_bigInt);");
		else
			mixin("return Json(other "~op~" m_int);");
	}
	/// ditto
	Json opBinaryRight(string op)(double other) const { checkType!double(); mixin("return Json(other "~op~" m_float);"); }
	/// ditto
	Json opBinaryRight(string op)(string other) const if(op == "~") { checkType!string(); return Json(other ~ m_string); }
	/// ditto
	Json opBinaryRight(string op)(Json[] other) { checkType!(Json[])(); mixin("return Json(other "~op~" m_array);"); }


	/** Checks wheter a particular key is set and returns a pointer to it.

		For field that don't exist or have a type of `Type.undefined`,
		the `in` operator will return `null`.
	*/
	inout(Json)* opBinaryRight(string op)(string other) inout
		if(op == "in")
	{
		checkType!(Json[string])();
		auto pv = other in m_object;
		if (!pv) return null;
		if (pv.type == Type.undefined) return null;
		return pv;
	}

	///
	unittest {
		auto j = Json.emptyObject;
		j["a"] = "foo";
		j["b"] = Json.undefined;

		assert("a" in j);
		assert(("a" in j).get!string == "foo");
		assert("b" !in j);
		assert("c" !in j);
	}


	/**
	 * The append operator will append arrays. This method always appends it's argument as an array element, so nested arrays can be created.
	 */
	void appendArrayElement(Json element)
	{
		enforceJson(m_type == Type.array, "'appendArrayElement' only allowed for array types, not "~.to!string(m_type)~".");
		m_array ~= element;
	}

	/**
		Compares two JSON values for equality.

		If the two values have different types, they are considered unequal.
		This differs with ECMA script, which performs a type conversion before
		comparing the values.
	*/

	bool opEquals(ref const Json other)
	const {
		if( m_type != other.m_type ) return false;
		final switch(m_type){
			case Type.undefined: return false;
			case Type.null_: return true;
			case Type.bool_: return m_bool == other.m_bool;
			case Type.int_: return m_int == other.m_int;
			case Type.bigInt: return m_bigInt == other.m_bigInt;
			case Type.float_: return m_float == other.m_float;
			case Type.string: return m_string == other.m_string;
			case Type.array: return m_array == other.m_array;
			case Type.object: return m_object == other.m_object;
		}
	}
	/// ditto
	bool opEquals(const Json other) const { return opEquals(other); }
	/// ditto
	bool opEquals(typeof(null)) const { return m_type == Type.null_; }
	/// ditto
	bool opEquals(bool v) const { return m_type == Type.bool_ && m_bool == v; }
	/// ditto
	bool opEquals(int v) const { return (m_type == Type.int_ && m_int == v) || (m_type == Type.bigInt && m_bigInt == v); }
	/// ditto
	bool opEquals(long v) const { return (m_type == Type.int_ && m_int == v) || (m_type == Type.bigInt && m_bigInt == v); }
	/// ditto
	bool opEquals(BigInt v) const { return (m_type == Type.int_ && m_int == v) || (m_type == Type.bigInt && m_bigInt == v); }
	/// ditto
	bool opEquals(double v) const { return m_type == Type.float_ && m_float == v; }
	/// ditto
	bool opEquals(string v) const { return m_type == Type.string && m_string == v; }

	/**
		Compares two JSON values.

		If the types of the two values differ, the value with the smaller type
		id is considered the smaller value. This differs from ECMA script, which
		performs a type conversion before comparing the values.

		JSON values of type Object cannot be compared and will throw an
		exception.
	*/
	int opCmp(ref const Json other)
	const {
		if( m_type != other.m_type ) return m_type < other.m_type ? -1 : 1;
		final switch(m_type){
			case Type.undefined: return 0;
			case Type.null_: return 0;
			case Type.bool_: return m_bool < other.m_bool ? -1 : m_bool == other.m_bool ? 0 : 1;
			case Type.int_: return m_int < other.m_int ? -1 : m_int == other.m_int ? 0 : 1;
			case Type.bigInt: return m_bigInt < other.m_bigInt ? -1 : m_bigInt == other.m_bigInt ? 0 : 1;
			case Type.float_: return m_float < other.m_float ? -1 : m_float == other.m_float ? 0 : 1;
			case Type.string: return m_string < other.m_string ? -1 : m_string == other.m_string ? 0 : 1;
			case Type.array: return m_array < other.m_array ? -1 : m_array == other.m_array ? 0 : 1;
			case Type.object:
				enforceJson(false, "JSON objects cannot be compared.");
				assert(false);
		}
	}

	alias opDollar = length;

	/**
		Returns the type id corresponding to the given D type.
	*/
	static @property Type typeId(T)() {
		static if( is(T == typeof(null)) ) return Type.null_;
		else static if( is(T == bool) ) return Type.bool_;
		else static if( is(T == double) ) return Type.float_;
		else static if( is(T == float) ) return Type.float_;
		else static if( is(T : long) ) return Type.int_;
		else static if( is(T == string) ) return Type.string;
		else static if( is(T == Json[]) ) return Type.array;
		else static if( is(T == Json[string]) ) return Type.object;
		else static if( is(T == BigInt) ) return Type.bigInt;
		else static assert(false, "Unsupported JSON type '"~T.stringof~"'. Only bool, long, std.bigint.BigInt, double, string, Json[] and Json[string] are allowed.");
	}

	/**
		Returns the JSON object as a string.

		For large JSON values use writeJsonString instead as this function will store the whole string
		in memory, whereas writeJsonString writes it out bit for bit.

		See_Also: writeJsonString, toPrettyString
	*/
	string toString()
	const @trusted {
		// DMD BUG: this should actually be all @safe, but for some reason
		// @safe inference for writeJsonString doesn't work.
		auto ret = appender!string();
		writeJsonString(ret, this);
		return ret.data;
	}
	/// ditto
	void toString(scope void delegate(const(char)[]) @safe sink, FormatSpec!char fmt)
	@trusted {
		// DMD BUG: this should actually be all @safe, but for some reason
		// @safe inference for writeJsonString doesn't work.
		static struct DummyRange {
			void delegate(const(char)[]) @safe sink;
			void put(const(char)[] str) @safe { sink(str); }
			void put(char ch) @trusted { sink((&ch)[0 .. 1]); }
		}
		auto r = DummyRange(sink);
		writeJsonString(r, this);
	}
	/// ditto
	void toString(scope void delegate(const(char)[]) @system sink, FormatSpec!char fmt)
	{
		// DMD BUG: this should actually be all @safe, but for some reason
		// @safe inference for writeJsonString doesn't work.
		static struct DummyRange {
			void delegate(const(char)[]) sink;
			void put(const(char)[] str) { sink(str); }
			void put(char ch) { sink((&ch)[0 .. 1]); }
		}
		auto r = DummyRange(sink);
		writeJsonString(r, this);
	}

	/**
		Returns the JSON object as a "pretty" string.

		---
		auto json = Json(["foo": Json("bar")]);
		writeln(json.toPrettyString());

		// output:
		// {
		//     "foo": "bar"
		// }
		---

		Params:
			level = Specifies the base amount of indentation for the output. Indentation  is always
				done using tab characters.

		See_Also: writePrettyJsonString, toString
	*/
	string toPrettyString(int level = 0)
	const {
		auto ret = appender!string();
		writePrettyJsonString(ret, this, level);
		return ret.data;
	}

	private void checkType(TYPES...)(string op = null)
	const {
		bool matched = false;
		foreach (T; TYPES) if (m_type == typeId!T) matched = true;
		if (matched) return;

		string name;
		version (VibeJsonFieldNames) {
			if (m_name.length) name = m_name ~ " of type " ~ m_type.to!string;
			else name = "JSON of type " ~ m_type.to!string;
		} else name = "JSON of type " ~ m_type.to!string;

		string expected;
		static if (TYPES.length == 1) expected = typeId!(TYPES[0]).to!string;
		else {
			foreach (T; TYPES) {
				if (expected.length > 0) expected ~= ", ";
				expected ~= typeId!T.to!string;
			}
		}

		if (!op.length) throw new JSONException(format("Got %s, expected %s.", name, expected));
		else throw new JSONException(format("Got %s, expected %s for %s.", name, expected, op));
	}

	private void initBigInt()
	{
		BigInt[1] init_;
		// BigInt is a struct, and it has a special BigInt.init value, which differs from null.
		// m_data has no special initializer and when it tries to first access to BigInt
		// via m_bigInt(), we should explicitly initialize m_data with BigInt.init
		m_data[0 .. BigInt.sizeof] = cast(void[])init_;
	}

	private void runDestructors()
	{
		if (m_type != Type.bigInt) return;

		BigInt init_;
		// After swaping, init_ contains the real number from Json, and it
		// will be destroyed when this function is finished.
		// m_bigInt now contains static BigInt.init value and destruction may
		// be ommited for it.
		swap(init_, m_bigInt);
	}

	private long bigIntToLong() inout
	{
		assert(m_type == Type.bigInt, format("Converting non-bigInt type with bitIntToLong!?: %s", cast(Type)m_type));
		enforceJson(m_bigInt >= long.min && m_bigInt <= long.max, "Number out of range while converting BigInt("~format("%d", m_bigInt)~") to long.");
		return m_bigInt.toLong();
	}

	/*invariant()
	{
		assert(m_type >= Type.Undefined && m_type <= Type.Object);
	}*/
}

@safe unittest { // issue #1234 - @safe toString
	auto j = Json(true);
	j.toString((str) @safe {}, FormatSpec!char("s"));
	assert(j.toString() == "true");
}


/******************************************************************************/
/* public functions                                                           */
/******************************************************************************/

/**
	Parses the given range as a JSON string and returns the corresponding Json object.

	The range is shrunk during parsing, leaving any remaining text that is not part of
	the JSON contents.

	Throws a JSONException if any parsing error occured.
*/
Json parseJson(R)(ref R range, int* line = null, string filename = null)
	if( is(R == string) )
{
	Json ret;
	enforceJson(!range.empty, "JSON string is empty.", filename, 0);

	skipWhitespace(range, line);

	enforceJson(!range.empty, "JSON string contains only whitespaces.", filename, 0);

	version(JsonLineNumbers) {
		int curline = line ? *line : 0;
	}

	bool minus = false;
	switch( range.front ){
		case 'f':
			enforceJson(range[1 .. $].startsWith("alse"), "Expected 'false', got '"~range[0 .. min(5, $)]~"'.", filename, line);
			range.popFrontN(5);
			ret = false;
			break;
		case 'n':
			enforceJson(range[1 .. $].startsWith("ull"), "Expected 'null', got '"~range[0 .. min(4, $)]~"'.", filename, line);
			range.popFrontN(4);
			ret = null;
			break;
		case 't':
			enforceJson(range[1 .. $].startsWith("rue"), "Expected 'true', got '"~range[0 .. min(4, $)]~"'.", filename, line);
			range.popFrontN(4);
			ret = true;
			break;

		case '-':
		case '0': .. case '9':
			bool is_long_overflow;
			bool is_float;
			auto num = skipNumber(range, is_float, is_long_overflow);
			if( is_float ) {
				ret = to!double(num);
			} else if (is_long_overflow) {
				ret = BigInt(num);
			} else {
				ret = to!long(num);
			}
			break;
		case '\"':
			ret = skipJsonString(range);
			break;
		case '[':
			auto arr = appender!(Json[]);
			range.popFront();
			while (true) {
				skipWhitespace(range, line);
				enforceJson(!range.empty, "Missing ']' before EOF.", filename, line);
				if(range.front == ']') break;
				arr ~= parseJson(range, line, filename);
				skipWhitespace(range, line);
				enforceJson(!range.empty, "Missing ']' before EOF.", filename, line);
				enforceJson(range.front == ',' || range.front == ']',
					format("Expected ']' or ',' - got '%s'.", range.front), filename, line);
				if( range.front == ']' ) break;
				else range.popFront();
			}
			range.popFront();
			ret = arr.data;
			break;
		case '{':
			Json[string] obj;
			range.popFront();
			while (true) {
				skipWhitespace(range, line);
				enforceJson(!range.empty, "Missing '}' before EOF.", filename, line);
				if(range.front == '}') break;
				string key = skipJsonString(range);
				skipWhitespace(range, line);
				enforceJson(range.startsWith(":"), "Expected ':' for key '" ~ key ~ "'", filename, line);
				range.popFront();
				skipWhitespace(range, line);
				Json itm = parseJson(range, line, filename);
				obj[key] = itm;
				skipWhitespace(range, line);
				enforceJson(!range.empty, "Missing '}' before EOF.", filename, line);
				enforceJson(range.front == ',' || range.front == '}',
					format("Expected '}' or ',' - got '%s'.", range.front), filename, line);
				if (range.front == '}') break;
				else range.popFront();
			}
			range.popFront();
			ret = obj;
			break;
		default:
			enforceJson(false, format("Expected valid JSON token, got '%s'.", range[0 .. min(12, $)]), filename, line);
			assert(false);
	}

	assert(ret.type != Json.Type.undefined);
	version(JsonLineNumbers) ret.line = curline;
	return ret;
}

/**
	Parses the given JSON string and returns the corresponding Json object.

	Throws a JSONException if any parsing error occurs.
*/
Json parseJsonString(string str, string filename = null)
{
	auto strcopy = str;
	int line = 0;
	auto ret = parseJson(strcopy, &line, filename);
	enforceJson(strcopy.strip().length == 0, "Expected end of string after JSON value.", filename, line);
	return ret;
}

unittest {
	assert(parseJsonString("null") == Json(null));
	assert(parseJsonString("true") == Json(true));
	assert(parseJsonString("false") == Json(false));
	assert(parseJsonString("1") == Json(1));
	assert(parseJsonString("17559991181826658461") == Json(BigInt(17559991181826658461UL)));
	assert(parseJsonString("99999999999999999999999999") == Json(BigInt("99999999999999999999999999")));
	assert(parseJsonString("2.0") == Json(2.0));
	assert(parseJsonString("\"test\"") == Json("test"));
	assert(parseJsonString("[1, 2, 3]") == Json([Json(1), Json(2), Json(3)]));
	assert(parseJsonString("{\"a\": 1}") == Json(["a": Json(1)]));
	assert(parseJsonString(`"\\\/\b\f\n\r\t\u1234"`).get!string == "\\/\b\f\n\r\t\u1234");
	auto json = parseJsonString(`{"hey": "This is @à test éhééhhéhéé !%/??*&?\ud83d\udcec"}`);
	assert(json.toPrettyString() == parseJsonString(json.toPrettyString()).toPrettyString());
}

unittest {
	try parseJsonString(" \t\n ");
	catch (Exception e) assert(e.msg.endsWith("JSON string contains only whitespaces."));
	try parseJsonString(`{"a": 1`);
	catch (Exception e) assert(e.msg.endsWith("Missing '}' before EOF."));
	try parseJsonString(`{"a": 1 x`);
	catch (Exception e) assert(e.msg.endsWith("Expected '}' or ',' - got 'x'."));
	try parseJsonString(`[1`);
	catch (Exception e) assert(e.msg.endsWith("Missing ']' before EOF."));
	try parseJsonString(`[1 x`);
	catch (Exception e) assert(e.msg.endsWith("Expected ']' or ',' - got 'x'."));
}

/**
	Serializes the given value to JSON.

	The following types of values are supported:

	$(DL
		$(DT `Json`)            $(DD Used as-is)
		$(DT `null`)            $(DD Converted to `Json.Type.null_`)
		$(DT `bool`)            $(DD Converted to `Json.Type.bool_`)
		$(DT `float`, `double`)   $(DD Converted to `Json.Type.float_`)
		$(DT `short`, `ushort`, `int`, `uint`, `long`, `ulong`) $(DD Converted to `Json.Type.int_`)
		$(DT `BigInt`)          $(DD Converted to `Json.Type.bigInt`)
		$(DT `string`)          $(DD Converted to `Json.Type.string`)
		$(DT `T[]`)             $(DD Converted to `Json.Type.array`)
		$(DT `T[string]`)       $(DD Converted to `Json.Type.object`)
		$(DT `struct`)          $(DD Converted to `Json.Type.object`)
		$(DT `class`)           $(DD Converted to `Json.Type.object` or `Json.Type.null_`)
	)

	All entries of an array or an associative array, as well as all R/W properties and
	all public fields of a struct/class are recursively serialized using the same rules.

	Fields ending with an underscore will have the last underscore stripped in the
	serialized output. This makes it possible to use fields with D keywords as their name
	by simply appending an underscore.

	The following methods can be used to customize the serialization of structs/classes:

	---
	Json toJson() const;
	static T fromJson(Json src);

	string toString() const;
	static T fromString(string src);
	---

	The methods will have to be defined in pairs. The first pair that is implemented by
	the type will be used for serialization (i.e. `toJson` overrides `toString`).

	See_Also: `deserializeJson`, `vibe.data.serialization`
*/
Json serializeToJson(T)(T value)
{
	return serialize!JsonSerializer(value);
}
/// ditto
void serializeToJson(R, T)(R destination, T value)
	if (isOutputRange!(R, char) || isOutputRange!(R, ubyte))
{
	serialize!(JsonStringSerializer!R)(value, destination);
}
/// ditto
string serializeToJsonString(T)(T value)
{
	auto ret = appender!string;
	serializeToJson(ret, value);
	return ret.data;
}

///
unittest {
	struct Foo {
		int number;
		string str;
	}

	Foo f;

	f.number = 12;
	f.str = "hello";

	string json = serializeToJsonString(f);
	assert(json == `{"number":12,"str":"hello"}`);
	Json jsonval = serializeToJson(f);
	assert(jsonval.type == Json.Type.object);
	assert(jsonval["number"] == Json(12));
	assert(jsonval["str"] == Json("hello"));
}


/**
	Serializes the given value to a pretty printed JSON string.

	See_also: `serializeToJson`, `vibe.data.serialization`
*/
void serializeToPrettyJson(R, T)(R destination, T value)
	if (isOutputRange!(R, char) || isOutputRange!(R, ubyte))
{
	serialize!(JsonStringSerializer!(R, true))(value, destination);
}
/// ditto
string serializeToPrettyJson(T)(T value)
{
	auto ret = appender!string;
	serializeToPrettyJson(ret, value);
	return ret.data;
}

///
unittest {
	struct Foo {
		int number;
		string str;
	}

	Foo f;
	f.number = 12;
	f.str = "hello";

	string json = serializeToPrettyJson(f);
	assert(json ==
`{
	"number": 12,
	"str": "hello"
}`);
}


/**
	Deserializes a JSON value into the destination variable.

	The same types as for `serializeToJson()` are supported and handled inversely.

	See_Also: `serializeToJson`, `serializeToJsonString`, `vibe.data.serialization`
*/
void deserializeJson(T)(ref T dst, Json src)
{
	dst = deserializeJson!T(src);
}
/// ditto
T deserializeJson(T)(Json src)
{
	return deserialize!(JsonSerializer, T)(src);
}
/// ditto
T deserializeJson(T, R)(R input)
	if (!is(R == Json) && isInputRange!R)
{
	return deserialize!(JsonStringSerializer!R, T)(input);
}

///
unittest {
	struct Foo {
		int number;
		string str;
	}
	Foo f = deserializeJson!Foo(`{"number": 12, "str": "hello"}`);
	assert(f.number == 12);
	assert(f.str == "hello");
}

unittest {
	import std.stdio;
	enum Foo : string { k = "test" }
	enum Boo : int { l = 5 }
	static struct S { float a; double b; bool c; int d; string e; byte f; ubyte g; long h; ulong i; float[] j; Foo k; Boo l; }
	immutable S t = {1.5, -3.0, true, int.min, "Test", -128, 255, long.min, ulong.max, [1.1, 1.2, 1.3], Foo.k, Boo.l};
	S u;
	deserializeJson(u, serializeToJson(t));
	assert(t.a == u.a);
	assert(t.b == u.b);
	assert(t.c == u.c);
	assert(t.d == u.d);
	assert(t.e == u.e);
	assert(t.f == u.f);
	assert(t.g == u.g);
	assert(t.h == u.h);
	assert(t.i == u.i);
	assert(t.j == u.j);
	assert(t.k == u.k);
	assert(t.l == u.l);
}

unittest
{
	assert(uint.max == serializeToJson(uint.max).deserializeJson!uint);
	assert(ulong.max == serializeToJson(ulong.max).deserializeJson!ulong);
}

unittest {
	static struct A { int value; static A fromJson(Json val) { return A(val.get!int); } Json toJson() const { return Json(value); } }
	static struct C { int value; static C fromString(string val) { return C(val.to!int); } string toString() const { return value.to!string; } }
	static struct D { int value; }

	assert(serializeToJson(const A(123)) == Json(123));
	assert(serializeToJson(A(123))       == Json(123));
	assert(serializeToJson(const C(123)) == Json("123"));
	assert(serializeToJson(C(123))       == Json("123"));
	assert(serializeToJson(const D(123)) == serializeToJson(["value": 123]));
	assert(serializeToJson(D(123))       == serializeToJson(["value": 123]));
}

unittest {
	auto d = Date(2001,1,1);
	deserializeJson(d, serializeToJson(Date.init));
	assert(d == Date.init);
	deserializeJson(d, serializeToJson(Date(2001,1,1)));
	assert(d == Date(2001,1,1));
	struct S { immutable(int)[] x; }
	S s;
	deserializeJson(s, serializeToJson(S([1,2,3])));
	assert(s == S([1,2,3]));
	struct T {
		@optional S s;
		@optional int i;
		@optional float f_; // underscore strip feature
		@optional double d;
		@optional string str;
	}
	auto t = T(S([1,2,3]));
	deserializeJson(t, parseJsonString(`{ "s" : null, "i" : null, "f" : null, "d" : null, "str" : null }`));
	assert(text(t) == text(T()));
}

unittest {
	static class C {
		int a;
		private int _b;
		@property int b() const { return _b; }
		@property void b(int v) { _b = v; }

		@property int test() const { return 10; }

		void test2() {}
	}
	C c = new C;
	c.a = 1;
	c.b = 2;

	C d;
	deserializeJson(d, serializeToJson(c));
	assert(c.a == d.a);
	assert(c.b == d.b);
}

unittest {
	static struct C { int value; static C fromString(string val) { return C(val.to!int); } string toString() const { return value.to!string; } }
	enum Color { Red, Green, Blue }
	{
		static class T {
			string[Color] enumIndexedMap;
			string[C] stringableIndexedMap;
			this() {
				enumIndexedMap = [ Color.Red : "magenta", Color.Blue : "deep blue" ];
								stringableIndexedMap = [ C(42) : "forty-two" ];
			}
		}

		T original = new T;
		original.enumIndexedMap[Color.Green] = "olive";
		T other;
		deserializeJson(other, serializeToJson(original));
		assert(serializeToJson(other) == serializeToJson(original));
	}
	{
		static struct S {
			string[Color] enumIndexedMap;
			string[C] stringableIndexedMap;
		}

		S *original = new S;
		original.enumIndexedMap = [ Color.Red : "magenta", Color.Blue : "deep blue" ];
		original.enumIndexedMap[Color.Green] = "olive";
				original.stringableIndexedMap = [ C(42) : "forty-two" ];
		S other;
		deserializeJson(other, serializeToJson(original));
		assert(serializeToJson(other) == serializeToJson(original));
	}
}

unittest {
	import std.typecons : Nullable;

	struct S { Nullable!int a, b; }
	S s;
	s.a = 2;

	auto j = serializeToJson(s);
	assert(j["a"].type == Json.Type.int_);
	assert(j["b"].type == Json.Type.null_);

	auto t = deserializeJson!S(j);
	assert(!t.a.isNull() && t.a == 2);
	assert(t.b.isNull());
}

unittest { // #840
	int[2][2] nestedArray = 1;
	assert(nestedArray.serializeToJson.deserializeJson!(typeof(nestedArray)) == nestedArray);
}

unittest { // #1109
	static class C {
		int mem;
		this(int m) { mem = m; }
		static C fromJson(Json j) { return new C(j.get!int-1); }
		Json toJson() const { return Json(mem+1); }
	}
	const c = new C(13);
	assert(serializeToJson(c) == Json(14));
	assert(deserializeJson!C(Json(14)).mem == 13);
}

unittest { // const and mutable json
	Json j = Json(1);
	const k = Json(2);
	assert(serializeToJson(j) == Json(1));
	assert(serializeToJson(k) == Json(2));
}


/**
	Serializer for a plain Json representation.

	See_Also: vibe.data.serialization.serialize, vibe.data.serialization.deserialize, serializeToJson, deserializeJson
*/
struct JsonSerializer {
	template isJsonBasicType(T) { enum isJsonBasicType = std.traits.isNumeric!T || isBoolean!T || is(T == string) || is(T == typeof(null)) || isJsonSerializable!T; }

	template isSupportedValueType(T) { enum isSupportedValueType = isJsonBasicType!T || is(T == Json); }

	private {
		Json m_current;
		Json[] m_compositeStack;
	}

	this(Json data) { m_current = data; }

	@disable this(this);

	//
	// serialization
	//
	Json getSerializedResult() { return m_current; }
	void beginWriteDictionary(Traits)() { m_compositeStack ~= Json.emptyObject; }
	void endWriteDictionary(Traits)() { m_current = m_compositeStack[$-1]; m_compositeStack.length--; }
	void beginWriteDictionaryEntry(Traits)(string name) {}
	void endWriteDictionaryEntry(Traits)(string name) { m_compositeStack[$-1][name] = m_current; }

	void beginWriteArray(Traits)(size_t) { m_compositeStack ~= Json.emptyArray; }
	void endWriteArray(Traits)() { m_current = m_compositeStack[$-1]; m_compositeStack.length--; }
	void beginWriteArrayEntry(Traits)(size_t) {}
	void endWriteArrayEntry(Traits)(size_t) { m_compositeStack[$-1].appendArrayElement(m_current); }

	void writeValue(Traits, T)(in T value)
		if (!is(T == Json))
	{
		static if (isJsonSerializable!T) m_current = value.toJson();
		else m_current = Json(value);
	}

	void writeValue(Traits, T)(Json value) if (is(T == Json)) { m_current = value; }
	void writeValue(Traits, T)(in Json value) if (is(T == Json)) { m_current = value.clone; }

	//
	// deserialization
	//
	void readDictionary(Traits)(scope void delegate(string) field_handler)
	{
		enforceJson(m_current.type == Json.Type.object, "Expected JSON object, got "~m_current.type.to!string);
		auto old = m_current;
		foreach (string key, value; m_current) {
			m_current = value;
			field_handler(key);
		}
		m_current = old;
	}

	void beginReadDictionaryEntry(Traits)(string name) {}
	void endReadDictionaryEntry(Traits)(string name) {}

	void readArray(Traits)(scope void delegate(size_t) size_callback, scope void delegate() entry_callback)
	{
		enforceJson(m_current.type == Json.Type.array, "Expected JSON array, got "~m_current.type.to!string);
		auto old = m_current;
		size_callback(m_current.length);
		foreach (ent; old) {
			m_current = ent;
			entry_callback();
		}
		m_current = old;
	}

	void beginReadArrayEntry(Traits)(size_t index) {}
	void endReadArrayEntry(Traits)(size_t index) {}

	T readValue(Traits, T)()
	{
		static if (is(T == Json)) return m_current;
		else static if (isJsonSerializable!T) return T.fromJson(m_current);
		else static if (is(T == float) || is(T == double)) {
			switch (m_current.type) {
				default: return cast(T)m_current.get!long;
				case Json.Type.null_: goto case;
				case Json.Type.undefined: return T.nan;
				case Json.Type.float_: return cast(T)m_current.get!double;
				case Json.Type.bigInt: return cast(T)m_current.bigIntToLong();
			}
		}
		else {
			return m_current.get!T();
		}
	}

	bool tryReadNull(Traits)() { return m_current.type == Json.Type.null_; }
}


/**
	Serializer for a range based plain JSON string representation.

	See_Also: vibe.data.serialization.serialize, vibe.data.serialization.deserialize, serializeToJson, deserializeJson
*/
struct JsonStringSerializer(R, bool pretty = false)
	if (isInputRange!R || isOutputRange!(R, char))
{
	private {
		R m_range;
		size_t m_level = 0;
	}

	template isJsonBasicType(T) { enum isJsonBasicType = std.traits.isNumeric!T || isBoolean!T || is(T == string) || is(T == typeof(null)) || isJsonSerializable!T; }

	template isSupportedValueType(T) { enum isSupportedValueType = isJsonBasicType!T || is(T == Json); }

	this(R range)
	{
		m_range = range;
	}

	@disable this(this);

	//
	// serialization
	//
	static if (isOutputRange!(R, char)) {
		private {
			bool m_firstInComposite;
		}

		void getSerializedResult() {}

		void beginWriteDictionary(Traits)() { startComposite(); m_range.put('{'); }
		void endWriteDictionary(Traits)() { endComposite(); m_range.put("}"); }
		void beginWriteDictionaryEntry(Traits)(string name)
		{
			startCompositeEntry();
			m_range.put('"');
			m_range.jsonEscape(name);
			static if (pretty) m_range.put(`": `);
			else m_range.put(`":`);
		}
		void endWriteDictionaryEntry(Traits)(string name) {}

		void beginWriteArray(Traits)(size_t) { startComposite(); m_range.put('['); }
		void endWriteArray(Traits)() { endComposite(); m_range.put(']'); }
		void beginWriteArrayEntry(Traits)(size_t) { startCompositeEntry(); }
		void endWriteArrayEntry(Traits)(size_t) {}

		void writeValue(Traits, T)(in T value)
		{
			static if (is(T == typeof(null))) m_range.put("null");
			else static if (is(T == bool)) m_range.put(value ? "true" : "false");
			else static if (is(T : long)) m_range.formattedWrite("%s", value);
			else static if (is(T == BigInt)) m_range.formattedWrite("%d", value);
			else static if (is(T : real)) value == value ? m_range.formattedWrite("%.16g", value) : m_range.put("null");
			else static if (is(T == string)) {
				m_range.put('"');
				m_range.jsonEscape(value);
				m_range.put('"');
			}
			else static if (is(T == Json)) m_range.writeJsonString(value);
			else static if (isJsonSerializable!T) m_range.writeJsonString!(R, pretty)(value.toJson(), m_level);
			else static assert(false, "Unsupported type: " ~ T.stringof);
		}

		private void startComposite()
		{
			static if (pretty) m_level++;
			m_firstInComposite = true;
		}

		private void startCompositeEntry()
		{
			if (!m_firstInComposite) {
				m_range.put(',');
			} else {
				m_firstInComposite = false;
			}
			static if (pretty) indent();
		}

		private void endComposite()
		{
			static if (pretty) {
				m_level--;
				if (!m_firstInComposite) indent();
			}
			m_firstInComposite = false;
		}

		private void indent()
		{
			m_range.put('\n');
			foreach (i; 0 .. m_level) m_range.put('\t');
		}
	}

	//
	// deserialization
	//
	static if (isInputRange!(R)) {
		private {
			int m_line = 0;
		}

		void readDictionary(Traits)(scope void delegate(string) entry_callback)
		{
			m_range.skipWhitespace(&m_line);
			enforceJson(!m_range.empty && m_range.front == '{', "Expecting object.");
			m_range.popFront();
			bool first = true;
			while(true) {
				m_range.skipWhitespace(&m_line);
				enforceJson(!m_range.empty, "Missing '}'.");
				if (m_range.front == '}') {
					m_range.popFront();
					break;
				} else if (!first) {
					enforceJson(m_range.front == ',', "Expecting ',' or '}', not '"~m_range.front.to!string~"'.");
					m_range.popFront();
					m_range.skipWhitespace(&m_line);
				} else first = false;

				auto name = m_range.skipJsonString(&m_line);

				m_range.skipWhitespace(&m_line);
				enforceJson(!m_range.empty && m_range.front == ':', "Expecting ':', not '"~m_range.front.to!string~"'.");
				m_range.popFront();

				entry_callback(name);
			}
		}

		void beginReadDictionaryEntry(Traits)(string name) {}
		void endReadDictionaryEntry(Traits)(string name) {}

		void readArray(Traits)(scope void delegate(size_t) size_callback, scope void delegate() entry_callback)
		{
			m_range.skipWhitespace(&m_line);
			enforceJson(!m_range.empty && m_range.front == '[', "Expecting array.");
			m_range.popFront();
			bool first = true;
			while(true) {
				m_range.skipWhitespace(&m_line);
				enforceJson(!m_range.empty, "Missing ']'.");
				if (m_range.front == ']') {
					m_range.popFront();
					break;
				} else if (!first) {
					enforceJson(m_range.front == ',', "Expecting ',' or ']'.");
					m_range.popFront();
				} else first = false;

				entry_callback();
			}
		}

		void beginReadArrayEntry(Traits)(size_t index) {}
		void endReadArrayEntry(Traits)(size_t index) {}

		T readValue(Traits, T)()
		{
			m_range.skipWhitespace(&m_line);
			static if (is(T == typeof(null))) { enforceJson(m_range.take(4).equal("null"), "Expecting 'null'."); return null; }
			else static if (is(T == bool)) {
				bool ret = m_range.front == 't';
				string expected = ret ? "true" : "false";
				foreach (ch; expected) {
					enforceJson(m_range.front == ch, "Expecting 'true' or 'false'.");
					m_range.popFront();
				}
				return ret;
			} else static if (is(T : long)) {
				bool is_float;
				bool is_long_overflow;
				auto num = m_range.skipNumber(is_float, is_long_overflow);
				enforceJson(!is_float, "Expecting integer number.");
				enforceJson(!is_long_overflow, num~" is too big for long.");
				return to!T(num);
			} else static if (is(T : BigInt)) {
				bool is_float;
				bool is_long_overflow;
				auto num = m_range.skipNumber(is_float, is_long_overflow);
				enforceJson(!is_float, "Expecting integer number.");
				return BigInt(num);
			} else static if (is(T : real)) {
				bool is_float;
				bool is_long_overflow;
				auto num = m_range.skipNumber(is_float, is_long_overflow);
				return to!T(num);
			}
			else static if (is(T == string)) return m_range.skipJsonString(&m_line);
			else static if (is(T == Json)) return m_range.parseJson(&m_line);
			else static if (isJsonSerializable!T) return T.fromJson(m_range.parseJson(&m_line));
			else static assert(false, "Unsupported type: " ~ T.stringof);
		}

		bool tryReadNull(Traits)()
		{
			m_range.skipWhitespace(&m_line);
			if (m_range.front != 'n') return false;
			foreach (ch; "null") {
				enforceJson(m_range.front == ch, "Expecting 'null'.");
				m_range.popFront();
			}
			assert(m_range.empty || m_range.front != 'l');
			return true;
		}
	}
}

unittest
{
	assert(serializeToJsonString(double.nan) == "null");
}

/**
	Writes the given JSON object as a JSON string into the destination range.

	This function will convert the given JSON value to a string without adding
	any white space between tokens (no newlines, no indentation and no padding).
	The output size is thus minimized, at the cost of bad human readability.

	Params:
		dst   = References the string output range to which the result is written.
		json  = Specifies the JSON value that is to be stringified.

	See_Also: Json.toString, writePrettyJsonString
*/
void writeJsonString(R, bool pretty = false)(ref R dst, in Json json, size_t level = 0)
//	if( isOutputRange!R && is(ElementEncodingType!R == char) )
{
	final switch( json.type ){
		case Json.Type.undefined: dst.put("undefined"); break;
		case Json.Type.null_: dst.put("null"); break;
		case Json.Type.bool_: dst.put(cast(bool)json ? "true" : "false"); break;
		case Json.Type.int_: formattedWrite(dst, "%d", json.get!long); break;
		case Json.Type.bigInt: () @trusted { formattedWrite(dst, "%d", json.get!BigInt); } (); break;
		case Json.Type.float_:
			auto d = json.get!double;
			if (d != d)
				dst.put("null"); // JSON has no NaN value so set null
			else
				formattedWrite(dst, "%.16g", json.get!double);
			break;
		case Json.Type.string:
			dst.put('\"');
			jsonEscape(dst, cast(string)json);
			dst.put('\"');
			break;
		case Json.Type.array:
			dst.put('[');
			bool first = true;
			foreach (ref const Json e; json) {
				if( !first ) dst.put(",");
				first = false;
				static if (pretty) {
					dst.put('\n');
					foreach (tab; 0 .. level+1) dst.put('\t');
				}
				if (e.type == Json.Type.undefined) dst.put("null");
				else writeJsonString!(R, pretty)(dst, e, level+1);
			}
			static if (pretty) {
				if (json.length > 0) {
					dst.put('\n');
					foreach (tab; 0 .. level) dst.put('\t');
				}
			}
			dst.put(']');
			break;
		case Json.Type.object:
			dst.put('{');
			bool first = true;
			foreach( string k, ref const Json e; json ){
				if( e.type == Json.Type.undefined ) continue;
				if( !first ) dst.put(',');
				first = false;
				static if (pretty) {
					dst.put('\n');
					foreach (tab; 0 .. level+1) dst.put('\t');
				}
				dst.put('\"');
				jsonEscape(dst, k);
				dst.put(pretty ? `": ` : `":`);
				writeJsonString!(R, pretty)(dst, e, level+1);
			}
			static if (pretty) {
				if (json.length > 0) {
					dst.put('\n');
					foreach (tab; 0 .. level) dst.put('\t');
				}
			}
			dst.put('}');
			break;
	}
}

unittest {
	auto a = Json.emptyObject;
	a["a"] = Json.emptyArray;
	a["b"] = Json.emptyArray;
	a["b"] ~= Json(1);
	a["b"] ~= Json.emptyObject;

	assert(a.toString() == `{"a":[],"b":[1,{}]}` || a.toString() == `{"b":[1,{}],"a":[]}`);
	assert(a.toPrettyString() ==
`{
	"a": [],
	"b": [
		1,
		{}
	]
}`
		|| a.toPrettyString() == `{
	"b": [
		1,
		{}
	],
	"a": []
}`);
}

unittest { // #735
	auto a = Json.emptyArray;
	a ~= "a";
	a ~= Json();
	a ~= "b";
	a ~= null;
	a ~= "c";
	assert(a.toString() == `["a",null,"b",null,"c"]`);
}

unittest {
	auto a = Json.emptyArray;
	a ~= Json(1);
	a ~= Json(2);
	a ~= Json(3);
	a ~= Json(4);
	a ~= Json(5);

	auto b = Json(a[0..a.length]);
	assert(a == b);

	auto c = Json(a[0..$]);
	assert(a == c);
	assert(b == c);

	auto d = [Json(1),Json(2),Json(3)];
	assert(d == a[0..a.length-2]);
	assert(d == a[0..$-2]);
}

unittest {
	auto j = Json(double.init);

	assert(j.toString == "null"); // A double nan should serialize to null
	j = 17.04f;
	assert(j.toString == "17.04");	// A proper double should serialize correctly

	double d;
	deserializeJson(d, Json.undefined); // Json.undefined should deserialize to nan
	assert(d != d);
	deserializeJson(d, Json(null)); // Json.undefined should deserialize to nan
	assert(d != d);
}
/**
	Writes the given JSON object as a prettified JSON string into the destination range.

	The output will contain newlines and indents to make the output human readable.

	Params:
		dst   = References the string output range to which the result is written.
		json  = Specifies the JSON value that is to be stringified.
		level = Specifies the base amount of indentation for the output. Indentation  is always
				done using tab characters.

	See_Also: Json.toPrettyString, writeJsonString
*/
void writePrettyJsonString(R)(ref R dst, in Json json, int level = 0)
//	if( isOutputRange!R && is(ElementEncodingType!R == char) )
{
	writeJsonString!(R, true)(dst, json, level);
}


/**
	Helper function that escapes all Unicode characters in a JSON string.
*/
string convertJsonToASCII(string json)
{
	auto ret = appender!string;
	jsonEscape!true(ret, json);
	return ret.data;
}


/// private
private void jsonEscape(bool escape_unicode = false, R)(ref R dst, string s)
{
	for (size_t pos = 0; pos < s.length; pos++) {
		immutable(char) ch = s[pos];

		switch (ch) {
			default:
				static if (escape_unicode) {
					if (ch > 0x20 && ch < 0x80) dst.put(ch);
					else {
						import std.utf : decode;
						char[13] buf;
						int len;
						dchar codepoint = decode(s, pos);
						import std.c.stdio : sprintf;
						/* codepoint is in BMP */
						if(codepoint < 0x10000)
						{
							sprintf(&buf[0], "\\u%04X", codepoint);
							len = 6;
						}
						/* not in BMP -> construct a UTF-16 surrogate pair */
						else
						{
							int first, last;

							codepoint -= 0x10000;
							first = 0xD800 | ((codepoint & 0xffc00) >> 10);
							last = 0xDC00 | (codepoint & 0x003ff);

							sprintf(&buf[0], "\\u%04X\\u%04X", first, last);
							len = 12;
						}

						pos -= 1;
						foreach (i; 0 .. len)
							dst.put(buf[i]);

					}
				} else {
					if (ch < 0x20) dst.formattedWrite("\\u%04X", ch);
					else dst.put(ch);
				}
				break;
			case '\\': dst.put("\\\\"); break;
			case '\r': dst.put("\\r"); break;
			case '\n': dst.put("\\n"); break;
			case '\t': dst.put("\\t"); break;
			case '\"': dst.put("\\\""); break;
		}
	}
}

/// private
private string jsonUnescape(R)(ref R range)
{
	auto ret = appender!string();
	while(!range.empty){
		auto ch = range.front;
		switch( ch ){
			case '"': return ret.data;
			case '\\':
				range.popFront();
				enforceJson(!range.empty, "Unterminated string escape sequence.");
				switch(range.front){
					default: enforceJson(false, "Invalid string escape sequence."); break;
					case '"': ret.put('\"'); range.popFront(); break;
					case '\\': ret.put('\\'); range.popFront(); break;
					case '/': ret.put('/'); range.popFront(); break;
					case 'b': ret.put('\b'); range.popFront(); break;
					case 'f': ret.put('\f'); range.popFront(); break;
					case 'n': ret.put('\n'); range.popFront(); break;
					case 'r': ret.put('\r'); range.popFront(); break;
					case 't': ret.put('\t'); range.popFront(); break;
					case 'u':

						dchar decode_unicode_escape() {
							enforceJson(range.front == 'u');
							range.popFront();
							dchar uch = 0;
							foreach( i; 0 .. 4 ){
								uch *= 16;
								enforceJson(!range.empty, "Unicode sequence must be '\\uXXXX'.");
								auto dc = range.front;
								range.popFront();

								if( dc >= '0' && dc <= '9' ) uch += dc - '0';
								else if( dc >= 'a' && dc <= 'f' ) uch += dc - 'a' + 10;
								else if( dc >= 'A' && dc <= 'F' ) uch += dc - 'A' + 10;
								else enforceJson(false, "Unicode sequence must be '\\uXXXX'.");
							}
							return uch;
						}

						auto uch = decode_unicode_escape();

						if(0xD800 <= uch && uch <= 0xDBFF) {
							/* surrogate pair */
							range.popFront(); // backslash '\'
							auto uch2 = decode_unicode_escape();
							enforceJson(0xDC00 <= uch2 && uch2 <= 0xDFFF, "invalid Unicode");
							{
								/* valid second surrogate */
								uch =
									((uch - 0xD800) << 10) +
										(uch2 - 0xDC00) +
										0x10000;
							}
						}
						ret.put(uch);
						break;
				}
				break;
			default:
				ret.put(ch);
				range.popFront();
				break;
		}
	}
	return ret.data;
}

/// private
private string skipNumber(R)(ref R s, out bool is_float, out bool is_long_overflow)
{
	// TODO: make this work with input ranges
	size_t idx = 0;
	is_float = false;
	is_long_overflow = false;
	ulong int_part = 0;
	if (s[idx] == '-') idx++;
	if (s[idx] == '0') idx++;
	else {
		enforceJson(isDigit(s[idx]), "Digit expected at beginning of number.");
		int_part = s[idx++] - '0';
		while( idx < s.length && isDigit(s[idx]) )
		{
			if (!is_long_overflow)
			{
				auto dig = s[idx] - '0';
				if ((long.max / 10) > int_part || ((long.max / 10) == int_part && (long.max % 10) >= dig))
				{
					int_part *= 10;
					int_part += dig;
				}
				else
				{
					is_long_overflow = true;
				}
			}
			idx++;
		}
	}

	if( idx < s.length && s[idx] == '.' ){
		idx++;
		is_float = true;
		while( idx < s.length && isDigit(s[idx]) ) idx++;
	}

	if( idx < s.length && (s[idx] == 'e' || s[idx] == 'E') ){
		idx++;
		is_float = true;
		if( idx < s.length && (s[idx] == '+' || s[idx] == '-') ) idx++;
		enforceJson( idx < s.length && isDigit(s[idx]), "Expected exponent." ~ s[0 .. idx]);
		idx++;
		while( idx < s.length && isDigit(s[idx]) ) idx++;
	}

	string ret = s[0 .. idx];
	s = s[idx .. $];
	return ret;
}

unittest
{
	string test_1 = "9223372036854775806"; // lower then long.max
	string test_2 = "9223372036854775807"; // long.max
	string test_3 = "9223372036854775808"; // greater then long.max
	bool is_float;
	bool is_long_overflow;
	test_1.skipNumber(is_float, is_long_overflow);
	assert(!is_long_overflow);
	test_2.skipNumber(is_float, is_long_overflow);
	assert(!is_long_overflow);
	test_3.skipNumber(is_float, is_long_overflow);
	assert(is_long_overflow);
}

/// private
private string skipJsonString(R)(ref R s, int* line = null)
{
	// TODO: count or disallow any newlines inside of the string
	enforceJson(!s.empty && s.front == '"', "Expected '\"' to start string.");
	s.popFront();
	string ret = jsonUnescape(s);
	enforceJson(!s.empty && s.front == '"', "Expected '\"' to terminate string.");
	s.popFront();
	return ret;
}

/// private
private void skipWhitespace(R)(ref R s, int* line = null)
{
	while (!s.empty) {
		switch (s.front) {
			default: return;
			case ' ', '\t': s.popFront(); break;
			case '\n':
				s.popFront();
				if (!s.empty && s.front == '\r') s.popFront();
				if (line) (*line)++;
				break;
			case '\r':
				s.popFront();
				if (!s.empty && s.front == '\n') s.popFront();
				if (line) (*line)++;
				break;
		}
	}
}

private bool isDigit(dchar ch) { return ch >= '0' && ch <= '9'; }

private string underscoreStrip(string field_name)
{
	if( field_name.length < 1 || field_name[$-1] != '_' ) return field_name;
	else return field_name[0 .. $-1];
}

/// private
package template isJsonSerializable(T) { enum isJsonSerializable = is(typeof(T.init.toJson()) == Json) && is(typeof(T.fromJson(Json())) == T); }

private void enforceJson(string file = __FILE__, size_t line = __LINE__)(bool cond, lazy string message = "JSON exception")
{
	enforceEx!JSONException(cond, message, file, line);
}

private void enforceJson(string file = __FILE__, size_t line = __LINE__)(bool cond, lazy string message, string err_file, int err_line)
{
	enforceEx!JSONException(cond, format("%s(%s): Error: %s", err_file, err_line+1, message), file, line);
}

private void enforceJson(string file = __FILE__, size_t line = __LINE__)(bool cond, lazy string message, string err_file, int* err_line)
{
	enforceJson!(file, line)(cond, message, err_file, err_line ? *err_line : -1);
}

// test for vibe.utils.DictionaryList
unittest {
	import vibe.utils.dictionarylist;

	static assert(isCustomSerializable!(DictionaryList!int));

	DictionaryList!(int, false) b;
	b.addField("a", 1);
	b.addField("A", 2);
	auto app = appender!string();
	serializeToJson(app, b);
	assert(app.data == `[{"key":"a","value":1},{"key":"A","value":2}]`, app.data);

	DictionaryList!(int, true, 2) c;
	c.addField("a", 1);
	c.addField("b", 2);
	c.addField("a", 3);
	c.remove("b");
	auto appc = appender!string();
	serializeToJson(appc, c);
	assert(appc.data == `[{"key":"a","value":1},{"key":"a","value":3}]`, appc.data);
}

// make sure Json is usable for CTFE
unittest {
	static assert(is(typeof({
		struct Test {
			Json object_ = Json.emptyObject;
			Json array   = Json.emptyArray;
		}
	})), "CTFE for Json type failed.");

	static Json test() {
		Json j;
		j = Json(42);
		j = Json([Json(true)]);
		j = Json(["foo": Json(null)]);
		j = Json("foo");
		return j;
	}
	enum j = test();
	static assert(j == Json("foo"));
}
vibe.d-0.7.30/source/vibe/data/serialization.d000066400000000000000000001435531304441332000211350ustar00rootroot00000000000000/**
	Generic serialization framework.

	This module provides general means for implementing (de-)serialization with
	a standardized behavior.

	Supported_types:
		The following rules are applied in order when serializing or
		deserializing a certain type:

		$(OL
			$(LI An `enum` type is serialized as its raw value, except if
				`@byName` is used, in which case the name of the enum value
				is serialized.)
			$(LI Any type that is specifically supported by the serializer
				is directly serialized. For example, the BSON serializer
				supports `BsonObjectID` directly.)
			$(LI Arrays and tuples (`std.typecons.Tuple`) are serialized
				using the array serialization functions where each element is
				serialized again according to these rules.)
			$(LI Associative arrays are serialized similar to arrays. The key
				type of the AA must satisfy the `isStringSerializable` trait
				and will always be serialized as a string.)
			$(LI Any `Nullable!T` will be serialized as either `null`, or
				as the contained value (subject to these rules again).)
			$(LI Any `BitFlags!T` value will be serialized as `T[]`)
			$(LI Types satisfying the `isPolicySerializable` trait for the
				supplied `Policy` will be serialized as the value returned
				by the policy `toRepresentation` function (again subject to
				these rules).)
			$(LI Types satisfying the `isCustomSerializable` trait will be
				serialized as the value returned by their `toRepresentation`
				method (again subject to these rules).)
			$(LI Types satisfying the `isISOExtStringSerializable` trait will be
				serialized as a string, as returned by their `toISOExtString`
				method. This causes types such as `SysTime` to be serialized
				as strings.)
			$(LI Types satisfying the `isStringSerializable` trait will be
				serialized as a string, as returned by their `toString`
				method.)
			$(LI Struct and class types by default will be serialized as
				associative arrays, where the key is the name of the
				corresponding field (can be overridden using the `@name`
				attribute). If the struct/class is annotated with `@asArray`,
				it will instead be serialized as a flat array of values in the
				order of declaration. Null class references will be serialized
				as `null`.)
			$(LI Pointer types will be serialized as either `null`, or as
				the value they point to.)
			$(LI Built-in integers and floating point values, as well as
				boolean values will be converted to strings, if the serializer
				doesn't support them directly.)
		)

		Note that no aliasing detection is performed, so that pointers, class
		references and arrays referencing the same memory will be serialized
		as multiple copies. When in turn deserializing the data, they will also
		end up as separate copies in memory.

	Serializer_implementation:
		Serializers are implemented in terms of a struct with template methods that
		get called by the serialization framework:

		---
		struct ExampleSerializer {
			enum isSupportedValueType(T) = is(T == string) || is(T == typeof(null));

			// serialization
			auto getSerializedResult();
			void beginWriteDocument(TypeTraits)();
			void endWriteDocument(TypeTraits)();
			void beginWriteDictionary(TypeTraits)();
			void endWriteDictionary(TypeTraits)();
			void beginWriteDictionaryEntry(ElementTypeTraits)(string name);
			void endWriteDictionaryEntry(ElementTypeTraits)(string name);
			void beginWriteArray(TypeTraits)(size_t length);
			void endWriteArray(TypeTraits)();
			void beginWriteArrayEntry(ElementTypeTraits)(size_t index);
			void endWriteArrayEntry(ElementTypeTraits)(size_t index);
			void writeValue(TypeTraits, T)(T value);

			// deserialization
			void readDictionary(TypeTraits)(scope void delegate(string) entry_callback);
			void beginReadDictionaryEntry(ElementTypeTraits)(string);
			void endReadDictionaryEntry(ElementTypeTraits)(string);
			void readArray(TypeTraits)(scope void delegate(size_t) size_callback, scope void delegate() entry_callback);
			void beginReadArrayEntry(ElementTypeTraits)(size_t index);
			void endReadArrayEntry(ElementTypeTraits)(size_t index);
			T readValue(TypeTraits, T)();
			bool tryReadNull(TypeTraits)();
		}
		---

		The `TypeTraits` type passed to the individual methods has the following members:
		$(UL
			$(LI `Type`: The original type of the field to serialize)
			$(LI `Attributes`: User defined attributes attached to the field)
			$(LI `Policy`: An alias to the policy used for the serialization process)
		)

		`ElementTypeTraits` have the following additional members:
		$(UL
			$(LI `ContainerType`: The original type of the enclosing container type)
			$(LI `ContainerAttributes`: User defined attributes attached to the enclosing container)
		)

	Copyright: © 2013-2016 rejectedsoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.data.serialization;

import vibe.internal.meta.traits;
import vibe.internal.meta.uda;

import std.array : Appender, appender;
import std.conv : to;
import std.exception : enforce;
import std.traits;
import std.typetuple;


/**
	Serializes a value with the given serializer.

	The serializer must have a value result for the first form
	to work. Otherwise, use the range based form.

	See_Also: `vibe.data.json.JsonSerializer`, `vibe.data.json.JsonStringSerializer`, `vibe.data.bson.BsonSerializer`
*/
auto serialize(Serializer, T, ARGS...)(T value, ARGS args)
{
	auto serializer = Serializer(args);
	serialize(serializer, value);
	return serializer.getSerializedResult();
}
/// ditto
void serialize(Serializer, T)(ref Serializer serializer, T value)
{
	serializeWithPolicy!(Serializer, DefaultPolicy)(serializer, value);
}

/** Note that there is a convenience function `vibe.data.json.serializeToJson`
	that can be used instead of manually invoking `serialize`.
*/
unittest {
	import vibe.data.json;

	struct Test {
		int value;
		string text;
	}

	Test test;
	test.value = 12;
	test.text = "Hello";

	Json serialized = serialize!JsonSerializer(test);
	assert(serialized["value"].get!int == 12);
	assert(serialized["text"].get!string == "Hello");
}

unittest {
	import vibe.data.json;

	// Make sure that immutable(char[]) works just like string
	// (i.e., immutable(char)[]).
	immutable key = "answer";
	auto ints = [key: 42];
	auto serialized = serialize!JsonSerializer(ints);
	assert(serialized[key].get!int == 42);
}

/**
	Serializes a value with the given serializer, representing values according to `Policy` when possible.

	The serializer must have a value result for the first form
	to work. Otherwise, use the range based form.

	See_Also: `vibe.data.json.JsonSerializer`, `vibe.data.json.JsonStringSerializer`, `vibe.data.bson.BsonSerializer`
*/
auto serializeWithPolicy(Serializer, alias Policy, T, ARGS...)(T value, ARGS args)
{
	auto serializer = Serializer(args);
	serializeWithPolicy!(Serializer, Policy)(serializer, value);
	return serializer.getSerializedResult();
}
/// ditto
void serializeWithPolicy(Serializer, alias Policy, T)(ref Serializer serializer, T value)
{
	static if (is(typeof(serializer.beginWriteDocument!T())))
		serializer.beginWriteDocument!T();
	serializeValueImpl!(Serializer, Policy).serializeValue!T(serializer, value);
	static if (is(typeof(serializer.endWriteDocument!T())))
		serializer.endWriteDocument!T();
}
///
version (unittest)
{
}

///
unittest {
	import vibe.data.json;

	template SizePol(T)
		if (__traits(allMembers, T) == TypeTuple!("x", "y"))
	{
		import std.conv;
		import std.array;

		static string toRepresentation(T value) {
			return to!string(value.x) ~ "x" ~ to!string(value.y);
		}

		static T fromRepresentation(string value) {
			string[] fields = value.split('x');
			alias fieldT = typeof(T.x);
			auto x = to!fieldT(fields[0]);
			auto y = to!fieldT(fields[1]);
			return T(x, y);
		}
	}

	static struct SizeI {
		int x;
		int y;
	}
	SizeI sizeI = SizeI(1,2);
	Json serializedI = serializeWithPolicy!(JsonSerializer, SizePol)(sizeI);
	assert(serializedI.get!string == "1x2");

	static struct SizeF {
		float x;
		float y;
	}
	SizeF sizeF = SizeF(0.1f,0.2f);
	Json serializedF = serializeWithPolicy!(JsonSerializer, SizePol)(sizeF);
	assert(serializedF.get!string == "0.1x0.2");
}


/**
	Deserializes and returns a serialized value.

	serialized_data can be either an input range or a value containing
	the serialized data, depending on the type of serializer used.

	See_Also: `vibe.data.json.JsonSerializer`, `vibe.data.json.JsonStringSerializer`, `vibe.data.bson.BsonSerializer`
*/
T deserialize(Serializer, T, ARGS...)(ARGS args)
{
	return deserializeWithPolicy!(Serializer, DefaultPolicy, T)(args);
}

/** Note that there is a convenience function `vibe.data.json.deserializeJson`
	that can be used instead of manually invoking `deserialize`.
*/
unittest {
	import vibe.data.json;

	struct Test {
		int value;
		string text;
	}

	Json serialized = Json.emptyObject;
	serialized["value"] = 12;
	serialized["text"] = "Hello";

	Test test = deserialize!(JsonSerializer, Test)(serialized);
	assert(test.value == 12);
	assert(test.text == "Hello");
}

/**
	Deserializes and returns a serialized value, interpreting values according to `Policy` when possible.

	serialized_data can be either an input range or a value containing
	the serialized data, depending on the type of serializer used.

	See_Also: `vibe.data.json.JsonSerializer`, `vibe.data.json.JsonStringSerializer`, `vibe.data.bson.BsonSerializer`
*/
T deserializeWithPolicy(Serializer, alias Policy, T, ARGS...)(ARGS args)
{
	auto deserializer = Serializer(args);
	return deserializeValueImpl!(Serializer, Policy).deserializeValue!T(deserializer);
}

///
unittest {
	import vibe.data.json;

	template SizePol(T)
		if (__traits(allMembers, T) == TypeTuple!("x", "y"))
	{
		import std.conv;
		import std.array;

		static string toRepresentation(T value)
		{
			return to!string(value.x) ~ "x" ~ to!string(value.y);
		}

		static T fromRepresentation(string value)
		{
			string[] fields = value.split('x');
			alias fieldT = typeof(T.x);
			auto x = to!fieldT(fields[0]);
			auto y = to!fieldT(fields[1]);
			return T(x, y);
		}
	}

	static struct SizeI {
		int x;
		int y;
	}

	Json serializedI = "1x2";
	SizeI sizeI = deserializeWithPolicy!(JsonSerializer, SizePol, SizeI)(serializedI);
	assert(sizeI.x == 1);
	assert(sizeI.y == 2);

	static struct SizeF {
		float x;
		float y;
	}
	Json serializedF = "0.1x0.2";
	SizeF sizeF = deserializeWithPolicy!(JsonSerializer, SizePol, SizeF)(serializedF);
	assert(sizeF.x == 0.1f);
	assert(sizeF.y == 0.2f);
}

private template serializeValueImpl(Serializer, alias Policy) {
	alias _Policy = Policy;
	static assert(Serializer.isSupportedValueType!string, "All serializers must support string values.");
	static assert(Serializer.isSupportedValueType!(typeof(null)), "All serializers must support null values.");

	private void serializeValue(T, ATTRIBUTES...)(ref Serializer ser, T value)
	{
		import std.typecons : BitFlags, Nullable, Tuple, tuple;

		alias TU = Unqual!T;

		static struct Traits {
			alias Type = TU;
			alias Attributes = TypeTuple!ATTRIBUTES;
			alias Policy = _Policy;
		}

		static if (isPolicySerializable!(Policy, TU)) {
			alias CustomType = typeof(Policy!TU.toRepresentation(TU.init));
			ser.serializeValue!(CustomType, ATTRIBUTES)(Policy!TU.toRepresentation(value));
		} else static if (is(TU == enum)) {
			static if (hasPolicyAttributeL!(ByNameAttribute, Policy, ATTRIBUTES)) {
				ser.serializeValue!(string)(value.to!string());
			} else {
				ser.serializeValue!(OriginalType!TU)(cast(OriginalType!TU)value);
			}
		} else static if (Serializer.isSupportedValueType!TU) {
			static if (is(TU == typeof(null))) ser.writeValue!Traits(null);
			else ser.writeValue!(Traits, TU)(value);
		} else static if (/*isInstanceOf!(Tuple, TU)*/is(T == Tuple!TPS, TPS...)) {
			static if (TU.Types.length == 1) {
				ser.serializeValue!(typeof(value[0]), ATTRIBUTES)(value[0]);
			} else {
				ser.beginWriteArray!Traits(value.length);
				foreach (i, TV; T.Types) {
					alias STraits = SubTraits!(Traits, TV);
					ser.beginWriteArrayEntry!STraits(i);
					ser.serializeValue!(TV, ATTRIBUTES)(value[i]);
					ser.endWriteArrayEntry!STraits(i);
				}
				ser.endWriteArray!Traits();
			}
		} else static if (isArray!TU) {
			alias TV = typeof(value[0]);
			alias STraits = SubTraits!(Traits, TV);
			ser.beginWriteArray!Traits(value.length);
			foreach (i, ref el; value) {
				ser.beginWriteArrayEntry!STraits(i);
				ser.serializeValue!(TV, ATTRIBUTES)(el);
				ser.endWriteArrayEntry!STraits(i);
			}
			ser.endWriteArray!Traits();
		} else static if (isAssociativeArray!TU) {
			alias TK = KeyType!TU;
			alias TV = ValueType!TU;
			alias STraits = SubTraits!(Traits, TV);

			static if (__traits(compiles, ser.beginWriteDictionary!TU(0))) {
				auto nfields = value.length;
				ser.beginWriteDictionary!Traits(nfields);
			} else {
				ser.beginWriteDictionary!Traits();
			}
			foreach (key, ref el; value) {
				string keyname;
				static if (is(TK : string)) keyname = key;
				else static if (is(TK : real) || is(TK : long) || is(TK == enum)) keyname = key.to!string;
				else static if (isStringSerializable!TK) keyname = key.toString();
				else static assert(false, "Associative array keys must be strings, numbers, enums, or have toString/fromString methods.");
				ser.beginWriteDictionaryEntry!STraits(keyname);
				ser.serializeValue!(TV, ATTRIBUTES)(el);
				ser.endWriteDictionaryEntry!STraits(keyname);
			}
			static if (__traits(compiles, ser.endWriteDictionary!TU(0))) {
				ser.endWriteDictionary!Traits(nfields);
			} else {
				ser.endWriteDictionary!Traits();
			}
		} else static if (/*isInstanceOf!(Nullable, TU)*/is(T == Nullable!TPS, TPS...)) {
			if (value.isNull()) ser.serializeValue!(typeof(null))(null);
			else ser.serializeValue!(typeof(value.get()), ATTRIBUTES)(value.get());
		} else static if (is(TU == BitFlags!E, E)) {
			alias STraits = SubTraits!(Traits, E);

			size_t cnt = 0;
			foreach (v; EnumMembers!E)
				if (value & v)
					cnt++;

			ser.beginWriteArray!Traits(cnt);
			cnt = 0;
			foreach (v; EnumMembers!E)
				if (value & v) {
					ser.beginWriteArrayEntry!STraits(cnt);
					ser.serializeValue!(E, ATTRIBUTES)(v);
					ser.endWriteArrayEntry!STraits(cnt);
					cnt++;
				}
			ser.endWriteArray!Traits();
		} else static if (isCustomSerializable!TU) {
			alias CustomType = typeof(T.init.toRepresentation());
			ser.serializeValue!(CustomType, ATTRIBUTES)(value.toRepresentation());
		} else static if (isISOExtStringSerializable!TU) {
			ser.serializeValue!(string, ATTRIBUTES)(value.toISOExtString());
		} else static if (isStringSerializable!TU) {
			ser.serializeValue!(string, ATTRIBUTES)(value.toString());
		} else static if (is(TU == struct) || is(TU == class)) {
			static if (!hasSerializableFields!(TU, Policy))
				pragma(msg, "Serializing composite type "~T.stringof~" which has no serializable fields");
			static if (is(TU == class)) {
				if (value is null) {
					ser.serializeValue!(typeof(null))(null);
					return;
				}
			}
			static if (hasPolicyAttributeL!(AsArrayAttribute, Policy, ATTRIBUTES)) {
				enum nfields = getExpandedFieldCount!(TU, SerializableFields!(TU, Policy));
				ser.beginWriteArray!Traits(nfields);
				size_t fcount = 0;
				foreach (mname; SerializableFields!(TU, Policy)) {
					alias TMS = TypeTuple!(typeof(__traits(getMember, value, mname)));
					foreach (j, TM; TMS) {
						alias TA = TypeTuple!(__traits(getAttributes, TypeTuple!(__traits(getMember, T, mname))[j]));
						alias STraits = SubTraits!(Traits, TM, TA);
						ser.beginWriteArrayEntry!STraits(fcount);
						ser.serializeValue!(TM, TA)(tuple(__traits(getMember, value, mname))[j]);
						ser.endWriteArrayEntry!STraits(fcount);
						fcount++;
					}
				}
				ser.endWriteArray!Traits();
			} else {
				static if (__traits(compiles, ser.beginWriteDictionary!Traits(0))) {
					enum nfields = getExpandedFieldCount!(TU, SerializableFields!(TU, Policy));
					ser.beginWriteDictionary!Traits(nfields);
				} else {
					ser.beginWriteDictionary!Traits();
				}
				foreach (mname; SerializableFields!(TU, Policy)) {
					alias TM = TypeTuple!(typeof(__traits(getMember, value, mname)));
					static if (TM.length == 1) {
						alias TA = TypeTuple!(__traits(getAttributes, __traits(getMember, T, mname)));
						enum name = getPolicyAttribute!(TU, mname, NameAttribute, Policy)(NameAttribute!DefaultPolicy(underscoreStrip(mname))).name;
						auto vt = __traits(getMember, value, mname);
					} else {
						alias TA = TypeTuple!(); // FIXME: support attributes for tuples somehow
						enum name = underscoreStrip(mname);
						auto vt = tuple(__traits(getMember, value, mname));
					}
					alias STraits = SubTraits!(Traits, typeof(vt), TA);
					ser.beginWriteDictionaryEntry!STraits(name);
					ser.serializeValue!(typeof(vt), TA)(vt);
					ser.endWriteDictionaryEntry!STraits(name);
				}
				static if (__traits(compiles, ser.endWriteDictionary!Traits(0))) {
					ser.endWriteDictionary!Traits(nfields);
				} else {
					ser.endWriteDictionary!Traits();
				}
			}
		} else static if (isPointer!TU) {
			if (value is null) {
				ser.writeValue!Traits(null);
				return;
			}
			ser.serializeValue!(PointerTarget!TU)(*value);
		} else static if (is(TU == bool) || is(TU : real) || is(TU : long)) {
			ser.serializeValue!(string, ATTRIBUTES)(to!string(value));
		} else static assert(false, "Unsupported serialization type: " ~ T.stringof);
	}
}

private struct SubTraits(Traits, T, A...)
{
	alias Type = T;
	alias Attributes = TypeTuple!A;
	alias Policy = Traits.Policy;
	alias ContainerType = Traits.Type;
	alias ContainerAttributes = Traits.Attributes;
}

private template deserializeValueImpl(Serializer, alias Policy) {
	alias _Policy = Policy;
	static assert(Serializer.isSupportedValueType!string, "All serializers must support string values.");
	static assert(Serializer.isSupportedValueType!(typeof(null)), "All serializers must support null values.");

	T deserializeValue(T, ATTRIBUTES...)(ref Serializer ser) if(!isMutable!T)
	{
		return cast(T) deserializeValue!(Unqual!T, ATTRIBUTES)(ser);
	}

	T deserializeValue(T, ATTRIBUTES...)(ref Serializer ser) if(isMutable!T) 
	{
		import std.typecons : BitFlags, Nullable;

		static struct Traits {
			alias Type = T;
			alias Attributes = TypeTuple!ATTRIBUTES;
			alias Policy = _Policy;
		}

		static if (isPolicySerializable!(Policy, T)) {
			alias CustomType = typeof(Policy!T.toRepresentation(T.init));
			return Policy!T.fromRepresentation(ser.deserializeValue!(CustomType, ATTRIBUTES));
		} else static if (is(T == enum)) {
			static if (hasPolicyAttributeL!(ByNameAttribute, Policy, ATTRIBUTES)) {
				return ser.deserializeValue!(string, ATTRIBUTES).to!T();
			} else {
				return cast(T)ser.deserializeValue!(OriginalType!T);
			}
		} else static if (Serializer.isSupportedValueType!T) {
			return ser.readValue!(Traits, T)();
		} else static if (isStaticArray!T) {
			alias TV = typeof(T.init[0]);
			alias STraits = SubTraits!(Traits, TV);
			T ret;
			size_t i = 0;
			ser.readArray!Traits((sz) { assert(sz == 0 || sz == T.length); }, {
				assert(i < T.length);
				ser.beginReadArrayEntry!STraits(i);
				ret[i] = ser.deserializeValue!(TV, ATTRIBUTES);
				ser.endReadArrayEntry!STraits(i);
				i++;
			});
			return ret;
		} else static if (isDynamicArray!T) {
			alias TV = typeof(T.init[0]);
			alias STraits = SubTraits!(Traits, TV);
			//auto ret = appender!T();
			T ret; // Cannot use appender because of DMD BUG 10690/10859/11357
			ser.readArray!Traits((sz) { ret.reserve(sz); }, () {
				size_t i = ret.length;
				ser.beginReadArrayEntry!STraits(i);
				ret ~= ser.deserializeValue!(TV, ATTRIBUTES);
				ser.endReadArrayEntry!STraits(i);
			});
			return ret;//cast(T)ret.data;
		} else static if (isAssociativeArray!T) {
			alias TK = KeyType!T;
			alias TV = ValueType!T;
			alias STraits = SubTraits!(Traits, TV);

			T ret;
			ser.readDictionary!Traits((name) {
				TK key;
				static if (is(TK == string)) key = name;
				else static if (is(TK : real) || is(TK : long) || is(TK == enum)) key = name.to!TK;
				else static if (isStringSerializable!TK) key = TK.fromString(name);
				else static assert(false, "Associative array keys must be strings, numbers, enums, or have toString/fromString methods.");
				ser.beginReadDictionaryEntry!STraits(name);
				ret[key] = ser.deserializeValue!(TV, ATTRIBUTES);
				ser.endReadDictionaryEntry!STraits(name);
			});
			return ret;
		} else static if (isInstanceOf!(Nullable, T)) {
			if (ser.tryReadNull!Traits()) return T.init;
			return T(ser.deserializeValue!(typeof(T.init.get()), ATTRIBUTES));
		} else static if (is(T == BitFlags!E, E)) {
			alias STraits = SubTraits!(Traits, E);
			T ret;
			size_t i = 0;
			ser.readArray!Traits((sz) {}, {
				ser.beginReadArrayEntry!STraits(i);
				ret |= ser.deserializeValue!(E, ATTRIBUTES);
				ser.endReadArrayEntry!STraits(i);
				i++;
			});
			return ret;
		} else static if (isCustomSerializable!T) {
			alias CustomType = typeof(T.init.toRepresentation());
			return T.fromRepresentation(ser.deserializeValue!(CustomType, ATTRIBUTES));
		} else static if (isISOExtStringSerializable!T) {
			return T.fromISOExtString(ser.readValue!(Traits, string)());
		} else static if (isStringSerializable!T) {
			return T.fromString(ser.readValue!(Traits, string)());
		} else static if (is(T == struct) || is(T == class)) {
			static if (is(T == class)) {
				if (ser.tryReadNull!Traits()) return null;
			}

			bool[__traits(allMembers, T).length] set;
			string name;
			T ret;
			static if (is(T == class)) ret = new T;

			static if (hasPolicyAttributeL!(AsArrayAttribute, Policy, ATTRIBUTES)) {
				size_t idx = 0;
				ser.readArray!Traits((sz){}, {
					static if (hasSerializableFields!(T, Policy)) {
						switch (idx++) {
							default: break;
							foreach (i, mname; SerializableFields!(T, Policy)) {
								alias TM = typeof(__traits(getMember, ret, mname));
								alias TA = TypeTuple!(__traits(getAttributes, __traits(getMember, ret, mname)));
								alias STraits = SubTraits!(Traits, TM, TA);
								case i:
									static if (hasPolicyAttribute!(OptionalAttribute, Policy, __traits(getMember, T, mname)))
										if (ser.tryReadNull!SubTraits()) return;
									set[i] = true;
									ser.beginReadArrayEntry!STraits(i);
									__traits(getMember, ret, mname) = ser.deserializeValue!(TM, TA);
									ser.endReadArrayEntry!STraits(i);
									break;
							}
						}
					} else {
						pragma(msg, "Deserializing composite type "~T.stringof~" which has no serializable fields.");
					}
				});
			} else {
				ser.readDictionary!Traits((name) {
					static if (hasSerializableFields!(T, Policy)) {
						switch (name) {
							default: break;
							foreach (i, mname; SerializableFields!(T, Policy)) {
								alias TM = typeof(__traits(getMember, ret, mname));
								alias TA = TypeTuple!(__traits(getAttributes, __traits(getMember, ret, mname)));
								alias STraits = SubTraits!(Traits, TM, TA);
								enum fname = getPolicyAttribute!(T, mname, NameAttribute, Policy)(NameAttribute!DefaultPolicy(underscoreStrip(mname))).name;
								case fname:
									static if (hasPolicyAttribute!(OptionalAttribute, Policy, __traits(getMember, T, mname)))
										if (ser.tryReadNull!STraits()) return;
									set[i] = true;
									ser.beginReadDictionaryEntry!STraits(fname);
									__traits(getMember, ret, mname) = ser.deserializeValue!(TM, TA);
									ser.endReadDictionaryEntry!STraits(fname);
									break;
							}
						}
					} else {
						pragma(msg, "Deserializing composite type "~T.stringof~" which has no serializable fields.");
					}
				});
			}
			foreach (i, mname; SerializableFields!(T, Policy))
				static if (!hasPolicyAttribute!(OptionalAttribute, Policy, __traits(getMember, T, mname)))
					enforce(set[i], "Missing non-optional field '"~mname~"' of type '"~T.stringof~"' ("~Policy.stringof~").");
			return ret;
		} else static if (isPointer!T) {
			if (ser.tryReadNull!Traits()) return null;
			alias PT = PointerTarget!T;
			auto ret = new PT;
			*ret = ser.deserializeValue!(PT, ATTRIBUTES);
			return ret;
		} else static if (is(T == bool) || is(T : real) || is(T : long)) {
			return to!T(ser.deserializeValue!string());
		} else static assert(false, "Unsupported serialization type: " ~ T.stringof);
	}
}


/**
	Attribute for overriding the field name during (de-)serialization.
*/
NameAttribute!Policy name(alias Policy = DefaultPolicy)(string name)
{
	return NameAttribute!Policy(name);
}
///
unittest {
	struct Test {
		@name("screen-size") int screenSize;
	}
}


/**
	Attribute marking a field as optional during deserialization.
*/
@property OptionalAttribute!Policy optional(alias Policy = DefaultPolicy)()
{
	return OptionalAttribute!Policy();
}
///
unittest {
	struct Test {
		// does not need to be present during deserialization
		@optional int screenSize = 100;
	}
}


/**
	Attribute for marking non-serialized fields.
*/
@property IgnoreAttribute!Policy ignore(alias Policy = DefaultPolicy)()
{
	return IgnoreAttribute!Policy();
}
///
unittest {
	struct Test {
		// is neither serialized not deserialized
		@ignore int screenSize;
	}
}
///
unittest {
	template CustomPolicy(T) {
		// ...
	}

	struct Test {
		// not (de)serialized for serializeWithPolicy!(Test, CustomPolicy)
		// but for other policies or when serialized without a policy
		@ignore!CustomPolicy int screenSize;
	}
}


/**
	Attribute for forcing serialization of enum fields by name instead of by value.
*/
@property ByNameAttribute!Policy byName(alias Policy = DefaultPolicy)()
{
	return ByNameAttribute!Policy();
}
///
unittest {
	enum Color {
		red,
		green,
		blue
	}

	struct Test {
		// serialized as an int (e.g. 1 for Color.green)
		Color color;
		// serialized as a string (e.g. "green" for Color.green)
		@byName Color namedColor;
		// serialized as array of ints
		Color[] colorArray;
		// serialized as array of strings
		@byName Color[] namedColorArray;
	}
}


/**
	Attribute for representing a struct/class as an array instead of an object.

	Usually structs and class objects are serialized as dictionaries mapping
	from field name to value. Using this attribute, they will be serialized
	as a flat array instead. Note that changing the layout will make any
	already serialized data mismatch when this attribute is used.
*/
@property AsArrayAttribute!Policy asArray(alias Policy = DefaultPolicy)()
{
	return AsArrayAttribute!Policy();
}
///
unittest {
	struct Fields {
		int f1;
		string f2;
		double f3;
	}

	struct Test {
		// serialized as name:value pairs ["f1": int, "f2": string, "f3": double]
		Fields object;
		// serialized as a sequential list of values [int, string, double]
		@asArray Fields array;
	}

	import vibe.data.json;
	static assert(is(typeof(serializeToJson(Test()))));
}


///
enum FieldExistence
{
	missing,
	exists,
	defer
}

/// User defined attribute (not intended for direct use)
struct NameAttribute(alias POLICY) { alias Policy = POLICY; string name; }
/// ditto
struct OptionalAttribute(alias POLICY) { alias Policy = POLICY; }
/// ditto
struct IgnoreAttribute(alias POLICY) { alias Policy = POLICY; }
/// ditto
struct ByNameAttribute(alias POLICY) { alias Policy = POLICY; }
/// ditto
struct AsArrayAttribute(alias POLICY) { alias Policy = POLICY; }

/**
	Checks if a given type has a custom serialization representation.

	A class or struct type is custom serializable if it defines a pair of
	`toRepresentation`/`fromRepresentation` methods. Any class or
	struct type that has this trait will be serialized by using the return
	value of it's `toRepresentation` method instead of the original value.

	This trait has precedence over `isISOExtStringSerializable` and
	`isStringSerializable`.
*/
template isCustomSerializable(T)
{
	enum bool isCustomSerializable = is(typeof(T.init.toRepresentation())) && is(typeof(T.fromRepresentation(T.init.toRepresentation())) == T);
}
///
unittest {
	// represented as a single uint when serialized
	static struct S {
		ushort x, y;

		uint toRepresentation() const { return x + (y << 16); }
		static S fromRepresentation(uint i) { return S(i & 0xFFFF, i >> 16); }
	}

	static assert(isCustomSerializable!S);
}


/**
	Checks if a given type has an ISO extended string serialization representation.

	A class or struct type is ISO extended string serializable if it defines a
	pair of `toISOExtString`/`fromISOExtString` methods. Any class or
	struct type that has this trait will be serialized by using the return
	value of it's `toISOExtString` method instead of the original value.

	This is mainly useful for supporting serialization of the the date/time
	types in `std.datetime`.

	This trait has precedence over `isStringSerializable`.
*/
template isISOExtStringSerializable(T)
{
	enum bool isISOExtStringSerializable = is(typeof(T.init.toISOExtString()) == string) && is(typeof(T.fromISOExtString("")) == T);
}
///
unittest {
	import std.datetime;

	static assert(isISOExtStringSerializable!DateTime);
	static assert(isISOExtStringSerializable!SysTime);

	// represented as an ISO extended string when serialized
	static struct S {
		// dummy example implementations
		string toISOExtString() const { return ""; }
		static S fromISOExtString(string s) { return S.init; }
	}

	static assert(isISOExtStringSerializable!S);
}


/**
	Checks if a given type has a string serialization representation.

	A class or struct type is string serializable if it defines a pair of
	`toString`/`fromString` methods. Any class or struct type that
	has this trait will be serialized by using the return value of it's
	`toString` method instead of the original value.
*/
template isStringSerializable(T)
{
	enum bool isStringSerializable = is(typeof(T.init.toString()) == string) && is(typeof(T.fromString("")) == T);
}
///
unittest {
	import std.conv;

	// represented as a string when serialized
	static struct S {
		int value;

		// dummy example implementations
		string toString() const { return value.to!string(); }
		static S fromString(string s) { return S(s.to!int()); }
	}

	static assert(isStringSerializable!S);
}


/** Default policy (performs no customization).
*/
template DefaultPolicy(T)
{
}

/**
	Checks if a given policy supports custom serialization for a given type.

	A class or struct type is custom serializable according to a policy if
	the policy defines a pair of `toRepresentation`/`fromRepresentation`
	functions. Any class or struct type that has this trait for the policy supplied to
	`serializeWithPolicy` will be serialized by using the return value of the
	policy `toRepresentation` function instead of the original value.

	This trait has precedence over `isCustomSerializable`,
	`isISOExtStringSerializable` and `isStringSerializable`.

	See_Also: `vibe.data.serialization.serializeWithPolicy`
*/
template isPolicySerializable(alias Policy, T)
{
	enum bool isPolicySerializable = is(typeof(Policy!T.toRepresentation(T.init))) &&
		is(typeof(Policy!T.fromRepresentation(Policy!T.toRepresentation(T.init))) == T);
}
///
unittest {
	import std.conv;

	// represented as the boxed value when serialized
	static struct Box(T) {
		T value;
	}

	template BoxPol(S)
	{
		auto toRepresentation(S s) {
			return s.value;
		}

		S fromRepresentation(typeof(S.init.value) v) {
			return S(v);
		}
	}
	static assert(isPolicySerializable!(BoxPol, Box!int));
}


/**
	Chains serialization policy.

	Constructs a serialization policy that given a type `T` will apply the
	first compatible policy `toRepresentation` and `fromRepresentation`
	functions. Policies are evaluated left-to-right according to
	`isPolicySerializable`.

	See_Also: `vibe.data.serialization.serializeWithPolicy`
*/
template ChainedPolicy(alias Primary, Fallbacks...)
{
	static if (Fallbacks.length == 0) {
		alias ChainedPolicy = Primary;
	} else {
		alias ChainedPolicy = ChainedPolicy!(ChainedPolicyImpl!(Primary, Fallbacks[0]), Fallbacks[1..$]);
	}
}
///
unittest {
	import std.conv;

	// To be represented as the boxed value when serialized
	static struct Box(T) {
		T value;
	}
	// Also to berepresented as the boxed value when serialized, but has
	// a different way to access the value.
	static struct Box2(T) {
		private T v;
		ref T get() {
			return v;
		}
	}
	template BoxPol(S)
	{
		auto toRepresentation(S s) {
			return s.value;
		}

		S fromRepresentation(typeof(toRepresentation(S.init)) v) {
			return S(v);
		}
	}
	template Box2Pol(S)
	{
		auto toRepresentation(S s) {
			return s.get();
		}

		S fromRepresentation(typeof(toRepresentation(S.init)) v) {
			S s;
			s.get() = v;
			return s;
		}
	}
	alias ChainPol = ChainedPolicy!(BoxPol, Box2Pol);
	static assert(!isPolicySerializable!(BoxPol, Box2!int));
	static assert(!isPolicySerializable!(Box2Pol, Box!int));
	static assert(isPolicySerializable!(ChainPol, Box!int));
	static assert(isPolicySerializable!(ChainPol, Box2!int));
}

private template ChainedPolicyImpl(alias Primary, alias Fallback)
{
	template Pol(T)
	{
		static if (isPolicySerializable!(Primary, T)) {
			alias toRepresentation = Primary!T.toRepresentation;
			alias fromRepresentation = Primary!T.fromRepresentation;
		} else {
			alias toRepresentation = Fallback!T.toRepresentation;
			alias fromRepresentation = Fallback!T.fromRepresentation;
		}
	}
	alias ChainedPolicyImpl = Pol;
}

private template hasAttribute(T, alias decl) { enum hasAttribute = findFirstUDA!(T, decl).found; }

unittest {
	@asArray int i1;
	static assert(hasAttribute!(AsArrayAttribute!DefaultPolicy, i1));
	int i2;
	static assert(!hasAttribute!(AsArrayAttribute!DefaultPolicy, i2));
}

private template hasPolicyAttribute(alias T, alias POLICY, alias decl)
{
	enum hasPolicyAttribute = hasAttribute!(T!POLICY, decl) || hasAttribute!(T!DefaultPolicy, decl);
}

unittest {
	template CP(T) {}
	@asArray!CP int i1;
	@asArray int i2;
	int i3;
	static assert(hasPolicyAttribute!(AsArrayAttribute, CP, i1));
	static assert(hasPolicyAttribute!(AsArrayAttribute, CP, i2));
	static assert(!hasPolicyAttribute!(AsArrayAttribute, CP, i3));
	static assert(!hasPolicyAttribute!(AsArrayAttribute, DefaultPolicy, i1));
	static assert(hasPolicyAttribute!(AsArrayAttribute, DefaultPolicy, i2));
	static assert(!hasPolicyAttribute!(AsArrayAttribute, DefaultPolicy, i3));
}


private template hasAttributeL(T, ATTRIBUTES...) {
	static if (ATTRIBUTES.length == 1) {
		enum hasAttributeL = is(typeof(ATTRIBUTES[0]) == T);
	} else static if (ATTRIBUTES.length > 1) {
		enum hasAttributeL = hasAttributeL!(T, ATTRIBUTES[0 .. $/2]) || hasAttributeL!(T, ATTRIBUTES[$/2 .. $]);
	} else {
		enum hasAttributeL = false;
	}
}

unittest {
	static assert(hasAttributeL!(AsArrayAttribute!DefaultPolicy, byName, asArray));
	static assert(!hasAttributeL!(AsArrayAttribute!DefaultPolicy, byName));
}

private template hasPolicyAttributeL(alias T, alias POLICY, ATTRIBUTES...)
{
	enum hasPolicyAttributeL = hasAttributeL!(T!POLICY, ATTRIBUTES) || hasAttributeL!(T!DefaultPolicy, ATTRIBUTES);
}

private static T getAttribute(TT, string mname, T)(T default_value)
{
	enum val = findFirstUDA!(T, __traits(getMember, TT, mname));
	static if (val.found) return val.value;
	else return default_value;
}

private static auto getPolicyAttribute(TT, string mname, alias Attribute, alias Policy)(Attribute!DefaultPolicy default_value)
{
	enum val = findFirstUDA!(Attribute!Policy, __traits(getMember, TT, mname));
	static if (val.found) return val.value;
	else {
		enum val2 = findFirstUDA!(Attribute!DefaultPolicy, __traits(getMember, TT, mname));
		static if (val2.found) return val2.value;
		else return default_value;
	}
}

private string underscoreStrip(string field_name)
{
	if( field_name.length < 1 || field_name[$-1] != '_' ) return field_name;
	else return field_name[0 .. $-1];
}


private template hasSerializableFields(T, alias POLICY, size_t idx = 0)
{
	enum hasSerializableFields = SerializableFields!(T, POLICY).length > 0;
	/*static if (idx < __traits(allMembers, T).length) {
		enum mname = __traits(allMembers, T)[idx];
		static if (!isRWPlainField!(T, mname) && !isRWField!(T, mname)) enum hasSerializableFields = hasSerializableFields!(T, idx+1);
		else static if (hasAttribute!(IgnoreAttribute, __traits(getMember, T, mname))) enum hasSerializableFields = hasSerializableFields!(T, idx+1);
		else enum hasSerializableFields = true;
	} else enum hasSerializableFields = false;*/
}

private template SerializableFields(COMPOSITE, alias POLICY)
{
	alias SerializableFields = FilterSerializableFields!(COMPOSITE, POLICY, __traits(allMembers, COMPOSITE));
}

private template FilterSerializableFields(COMPOSITE, alias POLICY, FIELDS...)
{
	static if (FIELDS.length > 1) {
		alias FilterSerializableFields = TypeTuple!(
			FilterSerializableFields!(COMPOSITE, POLICY, FIELDS[0 .. $/2]),
			FilterSerializableFields!(COMPOSITE, POLICY, FIELDS[$/2 .. $]));
	} else static if (FIELDS.length == 1) {
		alias T = COMPOSITE;
		enum mname = FIELDS[0];
		static if (isRWPlainField!(T, mname) || isRWField!(T, mname)) {
			alias Tup = TypeTuple!(__traits(getMember, COMPOSITE, FIELDS[0]));
			static if (Tup.length != 1) {
				alias FilterSerializableFields = TypeTuple!(mname);
			} else {
				static if (!hasPolicyAttribute!(IgnoreAttribute, POLICY, __traits(getMember, T, mname)))
				{
					alias FilterSerializableFields = TypeTuple!(mname);
				} else alias FilterSerializableFields = TypeTuple!();
			}
		} else alias FilterSerializableFields = TypeTuple!();
	} else alias FilterSerializableFields = TypeTuple!();
}

private size_t getExpandedFieldCount(T, FIELDS...)()
{
	size_t ret = 0;
	foreach (F; FIELDS) ret += TypeTuple!(__traits(getMember, T, F)).length;
	return ret;
}

/******************************************************************************/
/* General serialization unit testing                                         */
/******************************************************************************/

version (unittest) {
	private struct TestSerializer {
		import std.array, std.conv, std.string;

		string result;

		enum isSupportedValueType(T) = is(T == string) || is(T == typeof(null)) || is(T == float) || is (T == int);

		string getSerializedResult() { return result; }
		void beginWriteDictionary(Traits)() { result ~= "D("~Traits.Type.mangleof~"){"; }
		void endWriteDictionary(Traits)() { result ~= "}D("~Traits.Type.mangleof~")"; }
		void beginWriteDictionaryEntry(Traits)(string name) { result ~= "DE("~Traits.Type.mangleof~","~name~")("; }
		void endWriteDictionaryEntry(Traits)(string name) { result ~= ")DE("~Traits.Type.mangleof~","~name~")"; }
		void beginWriteArray(Traits)(size_t length) { result ~= "A("~Traits.Type.mangleof~")["~length.to!string~"]["; }
		void endWriteArray(Traits)() { result ~= "]A("~Traits.Type.mangleof~")"; }
		void beginWriteArrayEntry(Traits)(size_t i) { result ~= "AE("~Traits.Type.mangleof~","~i.to!string~")("; }
		void endWriteArrayEntry(Traits)(size_t i) { result ~= ")AE("~Traits.Type.mangleof~","~i.to!string~")"; }
		void writeValue(Traits, T)(T value) {
			if (is(T == typeof(null))) result ~= "null";
			else {
				assert(isSupportedValueType!T);
				result ~= "V("~T.mangleof~")("~value.to!string~")";
			}
		}

		// deserialization
		void readDictionary(Traits)(scope void delegate(string) entry_callback)
		{
			skip("D("~Traits.Type.mangleof~"){");
			while (result.startsWith("DE(")) {
				result = result[3 .. $];
				auto idx = result.indexOf(',');
				auto idx2 = result.indexOf(")(");
				assert(idx > 0 && idx2 > idx);
				auto t = result[0 .. idx];
				auto n = result[idx+1 .. idx2];
				result = result[idx2+2 .. $];
				entry_callback(n);
				skip(")DE("~t~","~n~")");
			}
			skip("}D("~Traits.Type.mangleof~")");
		}

		void beginReadDictionaryEntry(Traits)(string name) {}
		void endReadDictionaryEntry(Traits)(string name) {}

		void readArray(Traits)(scope void delegate(size_t) size_callback, scope void delegate() entry_callback)
		{
			skip("A("~Traits.Type.mangleof~")[");
			auto bidx = result.indexOf("][");
			assert(bidx > 0);
			auto cnt = result[0 .. bidx].to!size_t;
			result = result[bidx+2 .. $];

			size_t i = 0;
			while (result.startsWith("AE(")) {
				result = result[3 .. $];
				auto idx = result.indexOf(',');
				auto idx2 = result.indexOf(")(");
				assert(idx > 0 && idx2 > idx);
				auto t = result[0 .. idx];
				auto n = result[idx+1 .. idx2];
				result = result[idx2+2 .. $];
				assert(n == i.to!string);
				entry_callback();
				skip(")AE("~t~","~n~")");
				i++;
			}
			skip("]A("~Traits.Type.mangleof~")");

			assert(i == cnt);
		}

		void beginReadArrayEntry(Traits)(size_t index) {}
		void endReadArrayEntry(Traits)(size_t index) {}

		T readValue(Traits, T)()
		{
			skip("V("~T.mangleof~")(");
			auto idx = result.indexOf(')');
			assert(idx >= 0);
			auto ret = result[0 .. idx].to!T;
			result = result[idx+1 .. $];
			return ret;
		}

		void skip(string prefix)
		{
			assert(result.startsWith(prefix), prefix ~ " vs. " ~result);
			result = result[prefix.length .. $];
		}

		bool tryReadNull(Traits)()
		{
			if (result.startsWith("null")) {
				result = result[4 .. $];
				return true;
			} else return false;
		}
	}
}

unittest { // basic serialization behavior
	import std.typecons : Nullable;

	static void test(T)(T value, string expected) {
		assert(serialize!TestSerializer(value) == expected, serialize!TestSerializer(value));
		static if (isPointer!T) {
			if (value) assert(*deserialize!(TestSerializer, T)(expected) == *value);
			else assert(deserialize!(TestSerializer, T)(expected) is null);
		} else static if (is(T == Nullable!U, U)) {
			if (value.isNull()) assert(deserialize!(TestSerializer, T)(expected).isNull);
			else assert(deserialize!(TestSerializer, T)(expected) == value);
		} else assert(deserialize!(TestSerializer, T)(expected) == value);
	}

	test("hello", "V(Aya)(hello)");
	test(12, "V(i)(12)");
	test(12.0, "V(Aya)(12)");
	test(12.0f, "V(f)(12)");
	assert(serialize!TestSerializer(null) ==  "null");
	test(["hello", "world"], "A(AAya)[2][AE(Aya,0)(V(Aya)(hello))AE(Aya,0)AE(Aya,1)(V(Aya)(world))AE(Aya,1)]A(AAya)");
	test(["hello": "world"], "D(HAyaAya){DE(Aya,hello)(V(Aya)(world))DE(Aya,hello)}D(HAyaAya)");
	test(cast(int*)null, "null");
	int i = 42;
	test(&i, "V(i)(42)");
	Nullable!int j;
	test(j, "null");
	j = 42;
	test(j, "V(i)(42)");
}

unittest { // basic user defined types
	static struct S { string f; }
	enum Sm = S.mangleof;
	auto s = S("hello");
	enum s_ser = "D("~Sm~"){DE(Aya,f)(V(Aya)(hello))DE(Aya,f)}D("~Sm~")";
	assert(serialize!TestSerializer(s) == s_ser, serialize!TestSerializer(s));
	assert(deserialize!(TestSerializer, S)(s_ser) == s);

	static class C { string f; }
	enum Cm = C.mangleof;
	C c;
	assert(serialize!TestSerializer(c) == "null");
	c = new C;
	c.f = "hello";
	enum c_ser = "D("~Cm~"){DE(Aya,f)(V(Aya)(hello))DE(Aya,f)}D("~Cm~")";
	assert(serialize!TestSerializer(c) == c_ser);
	assert(deserialize!(TestSerializer, C)(c_ser).f == c.f);

	enum E { hello, world }
	assert(serialize!TestSerializer(E.hello) == "V(i)(0)");
	assert(serialize!TestSerializer(E.world) == "V(i)(1)");
}

unittest { // tuple serialization
	import std.typecons : Tuple;

	static struct S(T...) { T f; }
	enum Sm = S!(int, string).mangleof;
	enum Tum = Tuple!(int, string).mangleof;
	auto s = S!(int, string)(42, "hello");
	assert(serialize!TestSerializer(s) ==
		"D("~Sm~"){DE("~Tum~",f)(A("~Tum~")[2][AE(i,0)(V(i)(42))AE(i,0)AE(Aya,1)(V(Aya)(hello))AE(Aya,1)]A("~Tum~"))DE("~Tum~",f)}D("~Sm~")");

	static struct T { @asArray S!(int, string) g; }
	enum Tm = T.mangleof;
	auto t = T(s);
	assert(serialize!TestSerializer(t) ==
		"D("~Tm~"){DE("~Sm~",g)(A("~Sm~")[2][AE(i,0)(V(i)(42))AE(i,0)AE(Aya,1)(V(Aya)(hello))AE(Aya,1)]A("~Sm~"))DE("~Sm~",g)}D("~Tm~")");
}

unittest { // testing the various UDAs
	enum E { hello, world }
	enum Em = E.mangleof;
	static struct S {
		@byName E e;
		@ignore int i;
		@optional float f;
	}
	enum Sm = S.mangleof;
	auto s = S(E.world, 42, 1.0f);
	assert(serialize!TestSerializer(s) ==
		"D("~Sm~"){DE("~Em~",e)(V(Aya)(world))DE("~Em~",e)DE(f,f)(V(f)(1))DE(f,f)}D("~Sm~")");
}

unittest { // custom serialization support
	// iso-ext
	import std.datetime;
	auto t = TimeOfDay(6, 31, 23);
	assert(serialize!TestSerializer(t) == "V(Aya)(06:31:23)");
	auto d = Date(1964, 1, 23);
	assert(serialize!TestSerializer(d) == "V(Aya)(1964-01-23)");
	auto dt = DateTime(d, t);
	assert(serialize!TestSerializer(dt) == "V(Aya)(1964-01-23T06:31:23)");
	auto st = SysTime(dt, UTC());
	assert(serialize!TestSerializer(st) == "V(Aya)(1964-01-23T06:31:23Z)");

	// string
	struct S1 { int i; string toString() const { return "hello"; } static S1 fromString(string) { return S1.init; } }
	struct S2 { int i; string toString() const { return "hello"; } }
	enum S2m = S2.mangleof;
	struct S3 { int i; static S3 fromString(string) { return S3.init; } }
	enum S3m = S3.mangleof;
	assert(serialize!TestSerializer(S1.init) == "V(Aya)(hello)");
	assert(serialize!TestSerializer(S2.init) == "D("~S2m~"){DE(i,i)(V(i)(0))DE(i,i)}D("~S2m~")");
	assert(serialize!TestSerializer(S3.init) == "D("~S3m~"){DE(i,i)(V(i)(0))DE(i,i)}D("~S3m~")");

	// custom
	struct C1 { int i; float toRepresentation() const { return 1.0f; } static C1 fromRepresentation(float f) { return C1.init; } }
	struct C2 { int i; float toRepresentation() const { return 1.0f; } }
	enum C2m = C2.mangleof;
	struct C3 { int i; static C3 fromRepresentation(float f) { return C3.init; } }
	enum C3m = C3.mangleof;
	assert(serialize!TestSerializer(C1.init) == "V(f)(1)");
	assert(serialize!TestSerializer(C2.init) == "D("~C2m~"){DE(i,i)(V(i)(0))DE(i,i)}D("~C2m~")");
	assert(serialize!TestSerializer(C3.init) == "D("~C3m~"){DE(i,i)(V(i)(0))DE(i,i)}D("~C3m~")");
}

unittest // Testing corner case: member function returning by ref
{
	import vibe.data.json;

	static struct S
	{
		int i;
		ref int foo() { return i; }
	}

	static assert(__traits(compiles, { S().serializeToJson(); }));
	static assert(__traits(compiles, { Json().deserializeJson!S(); }));

	auto s = S(1);
	assert(s.serializeToJson().deserializeJson!S() == s);
}

unittest // Testing corner case: Variadic template constructors and methods
{
	import vibe.data.json;

	static struct S
	{
		int i;
		this(Args...)(Args args) {}
		int foo(Args...)(Args args) { return i; }
		ref int bar(Args...)(Args args) { return i; }
	}

	static assert(__traits(compiles, { S().serializeToJson(); }));
	static assert(__traits(compiles, { Json().deserializeJson!S(); }));

	auto s = S(1);
	assert(s.serializeToJson().deserializeJson!S() == s);
}

unittest // Make sure serializing through properties still works
{
	import vibe.data.json;

	static struct S
	{
		public int i;
		private int privateJ;

		@property int j() { return privateJ; }
		@property void j(int j) { privateJ = j; }
	}

	auto s = S(1, 2);
	assert(s.serializeToJson().deserializeJson!S() == s);
}

unittest // Immutable data deserialization
{
	import vibe.data.json;
	
	static struct S {
		int a;
	}
	static class C {
		immutable(S)[] arr;
	}
	
	auto c = new C;
	c.arr ~= S(10);
	auto d = c.serializeToJson().deserializeJson!(immutable C);
	static assert(is(typeof(d) == immutable C));
	assert(d.arr == c.arr);
}

unittest { // test BitFlags serialization
	import std.typecons : BitFlags;

	enum Flag {
		a = 1<<0,
		b = 1<<1,
		c = 1<<2
	}
	enum Flagm = Flag.mangleof;

	alias Flags = BitFlags!Flag;
	enum Flagsm = Flags.mangleof;

	enum Fi_ser = "A("~Flagsm~")[0][]A("~Flagsm~")";
	assert(serialize!TestSerializer(Flags.init) == Fi_ser);

	enum Fac_ser = "A("~Flagsm~")[2][AE("~Flagm~",0)(V(i)(1))AE("~Flagm~",0)AE("~Flagm~",1)(V(i)(4))AE("~Flagm~",1)]A("~Flagsm~")";
	assert(serialize!TestSerializer(Flags(Flag.a, Flag.c)) == Fac_ser);

	struct S { @byName Flags f; }
	enum Sm = S.mangleof;
	enum Sac_ser = "D("~Sm~"){DE("~Flagsm~",f)(A("~Flagsm~")[2][AE("~Flagm~",0)(V(Aya)(a))AE("~Flagm~",0)AE("~Flagm~",1)(V(Aya)(c))AE("~Flagm~",1)]A("~Flagsm~"))DE("~Flagsm~",f)}D("~Sm~")";

	assert(serialize!TestSerializer(S(Flags(Flag.a, Flag.c))) == Sac_ser);

	assert(deserialize!(TestSerializer, Flags)(Fi_ser) == Flags.init);
	assert(deserialize!(TestSerializer, Flags)(Fac_ser) == Flags(Flag.a, Flag.c));
	assert(deserialize!(TestSerializer, S)(Sac_ser) == S(Flags(Flag.a, Flag.c)));
}

unittest { // issue #1182
	struct T {
		int x;
		string y;
	}
	struct S {
		@asArray T t;
	}

	auto s = S(T(42, "foo"));
	enum Sm = S.mangleof;
	enum Tm = T.mangleof;
	enum s_ser = "D("~Sm~"){DE("~Tm~",t)(A("~Tm~")[2][AE(i,0)(V(i)(42))AE(i,0)AE(Aya,1)(V(Aya)(foo))AE(Aya,1)]A("~Tm~"))DE("~Tm~",t)}D("~Sm~")";

	auto serialized = serialize!TestSerializer(s);
	assert(serialized == s_ser, serialized);
	assert(deserialize!(TestSerializer, S)(serialized) == s);
}

unittest { // issue #1352 - ingore per policy
	struct P1 {}
	struct P2 {}

	struct T {
		@ignore int a = 5;
		@ignore!P1 @ignore!P2 int b = 6;
		@ignore!P1 c = 7;
		int d = 8;
	}

	auto t = T(1, 2, 3, 4);
	auto Tm = T.mangleof;
	auto t_ser_plain = "D("~Tm~"){DE(i,b)(V(i)(2))DE(i,b)DE(i,c)(V(i)(3))DE(i,c)DE(i,d)(V(i)(4))DE(i,d)}D("~Tm~")";
	auto t_ser_p1 = "D("~Tm~"){DE(i,d)(V(i)(4))DE(i,d)}D("~Tm~")";
	auto t_ser_p2 = "D("~Tm~"){DE(i,c)(V(i)(3))DE(i,c)DE(i,d)(V(i)(4))DE(i,d)}D("~Tm~")";

	{
		auto serialized_plain = serialize!TestSerializer(t);
		assert(serialized_plain == t_ser_plain);
		assert(deserialize!(TestSerializer, T)(serialized_plain) == T(5, 2, 3, 4));
	}

	{
		auto serialized_p1 = serializeWithPolicy!(TestSerializer, P1)(t);
		assert(serialized_p1 == t_ser_p1, serialized_p1);
		assert(deserializeWithPolicy!(TestSerializer, P1, T)(serialized_p1) == T(5, 6, 7, 4));
	}

	{
		auto serialized_p2 = serializeWithPolicy!(TestSerializer, P2)(t);
		assert(serialized_p2 == t_ser_p2);
		assert(deserializeWithPolicy!(TestSerializer, P2, T)(serialized_p2) == T(5, 6, 3, 4));
	}
}

unittest {
	import std.conv : to;
	import std.string : toLower, toUpper;

	template P(T) if (is(T == enum)) {
		static string toRepresentation(T v) { return v.to!string.toLower(); }
		static T fromRepresentation(string str) { return str.toUpper().to!T; }
	}


	enum E {
		RED,
		GREEN
	}

	assert(P!E.fromRepresentation("green") == E.GREEN);
	static assert(isPolicySerializable!(P, E));

	auto ser_red = "V(Aya)(red)";
	assert(serializeWithPolicy!(TestSerializer, P)(E.RED) == ser_red, serializeWithPolicy!(TestSerializer, P)(E.RED));
	assert(deserializeWithPolicy!(TestSerializer, P, E)(ser_red) == E.RED);
	
	import vibe.data.json : Json, JsonSerializer;
	assert(serializeWithPolicy!(JsonSerializer, P)(E.RED) == Json("red"));
}

unittest {
	static struct R { int y; }
	static struct Custom {
		int x;
		R toRepresentation() const { return R(x); }
		static Custom fromRepresentation(R r) { return Custom(r.y); }
	}

	auto c = Custom(42);
	auto Rn = R.mangleof;
	auto ser = serialize!TestSerializer(c);
	assert(ser == "D("~Rn~"){DE(i,y)(V(i)(42))DE(i,y)}D("~Rn~")");
	auto deser = deserialize!(TestSerializer, Custom)(ser);
	assert(deser.x == 42);
}
vibe.d-0.7.30/source/vibe/db/000077500000000000000000000000001304441332000155545ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/db/mongo/000077500000000000000000000000001304441332000166735ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/db/mongo/client.d000066400000000000000000000072731304441332000203270ustar00rootroot00000000000000/**
	MongoClient class doing connection management. Usually this is a main entry point
	for client code.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.mongo.client;

public import vibe.db.mongo.collection;
public import vibe.db.mongo.database;

import vibe.core.connectionpool;
import vibe.core.log;
import vibe.db.mongo.connection;
import vibe.db.mongo.settings;

import core.thread;

import std.conv;
import std.string;
import std.range;

/**
	Represents a connection to a MongoDB server.

	Note that this class uses a ConnectionPool internally to create and reuse
	network conections to the server as necessary. It should be reused for all
	fibers in a thread for optimum performance in high concurrency scenarios.
 */
final class MongoClient {
	private {
		ConnectionPool!MongoConnection m_connections;
	}

	package this(string host, ushort port)
	{
		this("mongodb://" ~ host ~ ":" ~ to!string(port) ~ "/?safe=true");
	}

	/**
		Initializes a MongoDB client using a URL.

		The URL must be in the form documented at
		$(LINK http://www.mongodb.org/display/DOCS/Connections) which is:

		mongodb://[username:password@]host1[:port1][,host2[:port2],...[,hostN[:portN]]][/[database][?options]]

		Throws:
			An exception if the URL cannot be parsed as a valid MongoDB URL.
	*/
	package this(string url)
	{
		MongoClientSettings settings;
		auto goodUrl = parseMongoDBUrl(settings, url);

		if(!goodUrl) throw new Exception("Unable to parse mongodb URL: " ~ url);

		m_connections = new ConnectionPool!MongoConnection({
			auto ret = new MongoConnection(settings);
			ret.connect();
			return ret;
		});

		// force a connection to cause an exception for wrong URLs
		lockConnection();
	}

	package this(MongoClientSettings settings)
	{
		m_connections = new ConnectionPool!MongoConnection({
			auto ret = new MongoConnection(settings);
			ret.connect();
			return ret;
		});

		// force a connection to cause an exception for wrong URLs
		lockConnection();
	}

	/**
		Accesses a collection using an absolute path.

		The full database.collection path must be specified. To access
		collections using a path relative to their database, use getDatabase in
		conjunction with MongoDatabase.opIndex.

		Returns:
			MongoCollection for the given combined database and collectiion name(path)

		Examples:
			---
			auto col = client.getCollection("test.collection");
			---
   */
	MongoCollection getCollection(string path)
	{
		return MongoCollection(this, path);
	}

	/**
		Returns an object representing the specified database.

		The returned object allows to access the database entity (which contains
		a set of collections). There are two main use cases:

		1. Accessing collections using a relative path

		2. Performing service commands on the database itself

		Note that there is no performance gain in accessing collections via a
		relative path compared to getCollection and an absolute path.

		Returns:
			MongoDatabase instance representing requested database

		Examples:
			---
			auto db = client.getDatabase("test");
			auto coll = db["collection"];
			---
	*/
	MongoDatabase getDatabase(string dbName)
	{
		return MongoDatabase(this, dbName);
	}



	/**
	 	Return a handle to all databases of the server.

	 	Returns:
	 		An input range of $(D MongoDatabase) objects.

	 	Examples:
	 		---
	 		auto names = client.getDatabaseNames();
	 		writeln("Current databases are: ", names);
	 		---
	 */
	auto getDatabases()()
	{
		import std.algorithm : map;
		return lockConnection.listDatabases()
			.map!(info => MongoDatabase(this, info.name));
	}

	package auto lockConnection() { return m_connections.lockConnection(); }
}
vibe.d-0.7.30/source/vibe/db/mongo/collection.d000066400000000000000000000372561304441332000212100ustar00rootroot00000000000000/**
	MongoCollection class

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.mongo.collection;

public import vibe.db.mongo.cursor;
public import vibe.db.mongo.connection;
public import vibe.db.mongo.flags;

import vibe.core.log;
import vibe.db.mongo.client;

import core.time;
import std.algorithm : countUntil, find;
import std.array;
import std.conv;
import std.exception;
import std.string;
import std.typecons : Tuple, tuple;


/**
  Represents a single collection inside a MongoDB.

  All methods take arbitrary types for Bson arguments. serializeToBson() is implicitly called on
  them before they are send to the database. The following example shows some possible ways
  to specify objects.
 */
struct MongoCollection {
	private {
		MongoClient m_client;
		MongoDatabase m_db;
		string m_name;
		string m_fullPath;
	}

	this(MongoClient client, string fullPath)
	{
		assert(client !is null);
		m_client = client;

		auto dotidx = fullPath.indexOf('.');
		assert(dotidx > 0, "The collection name passed to MongoCollection must be of the form \"dbname.collectionname\".");

		m_fullPath = fullPath;
		m_db = m_client.getDatabase(fullPath[0 .. dotidx]);
		m_name = fullPath[dotidx+1 .. $];
	}

	this(ref MongoDatabase db, string name)
	{
		assert(db.client !is null);
		m_client = db.client;
		m_fullPath = db.name ~ "." ~ name;
		m_db = db;
		m_name = name;
	}

	/**
	  Returns: Root database to which this collection belongs.
	 */
	@property MongoDatabase database() { return m_db; }

	/**
	  Returns: Name of this collection (excluding the database name).
	 */
	@property string name() const { return m_name; }

	/**
	  Performs an update operation on documents matching 'selector', updating them with 'update'.

	  Throws: Exception if a DB communication error occured.
	  See_Also: $(LINK http://www.mongodb.org/display/DOCS/Updating)
	 */
	void update(T, U)(T selector, U update, UpdateFlags flags = UpdateFlags.None)
	{
		assert(m_client !is null, "Updating uninitialized MongoCollection.");
		auto conn = m_client.lockConnection();
		ubyte[256] selector_buf = void, update_buf = void;
		conn.update(m_fullPath, flags, serializeToBson(selector, selector_buf), serializeToBson(update, update_buf));
	}

	/**
	  Inserts new documents into the collection.

	  Note that if the `_id` field of the document(s) is not set, typically
	  using `BsonObjectID.generate()`, the server will generate IDs
	  automatically. If you need to know the IDs of the inserted documents,
	  you need to generate them locally.

	  Throws: Exception if a DB communication error occured.
	  See_Also: $(LINK http://www.mongodb.org/display/DOCS/Inserting)
	 */
	void insert(T)(T document_or_documents, InsertFlags flags = InsertFlags.None)
	{
		assert(m_client !is null, "Inserting into uninitialized MongoCollection.");
		auto conn = m_client.lockConnection();
		Bson[] docs;
		Bson bdocs = serializeToBson(document_or_documents);
		if( bdocs.type == Bson.Type.Array ) docs = cast(Bson[])bdocs;
		else docs = (&bdocs)[0 .. 1];
		conn.insert(m_fullPath, flags, docs);
	}

	/**
	  Queries the collection for existing documents.

	  If no arguments are passed to find(), all documents of the collection will be returned.

	  See_Also: $(LINK http://www.mongodb.org/display/DOCS/Querying)
	 */
	MongoCursor!(T, R, U) find(R = Bson, T, U)(T query, U returnFieldSelector, QueryFlags flags = QueryFlags.None, int num_skip = 0, int num_docs_per_chunk = 0)
	{
		assert(m_client !is null, "Querying uninitialized MongoCollection.");
		return MongoCursor!(T, R, U)(m_client, m_fullPath, flags, num_skip, num_docs_per_chunk, query, returnFieldSelector);
	}

	/// ditto
	MongoCursor!(T, R, typeof(null)) find(R = Bson, T)(T query) { return find!R(query, null); }

	/// ditto
	MongoCursor!(Bson, R, typeof(null)) find(R = Bson)() { return find!R(Bson.emptyObject, null); }

	/** Queries the collection for existing documents.

		Returns:
			By default, a Bson value of the matching document is returned, or $(D Bson(null))
			when no document matched. For types R that are not Bson, the returned value is either
			of type $(D R), or of type $(Nullable!R), if $(D R) is not a reference/pointer type.

		Throws: Exception if a DB communication error or a query error occured.
		See_Also: $(LINK http://www.mongodb.org/display/DOCS/Querying)
	 */
	auto findOne(R = Bson, T, U)(T query, U returnFieldSelector, QueryFlags flags = QueryFlags.None)
	{
		import std.traits;
		import std.typecons;

		auto c = find!R(query, returnFieldSelector, flags, 0, 1);
		static if (is(R == Bson)) {
			foreach (doc; c) return doc;
			return Bson(null);
		} else static if (is(R == class) || isPointer!R || isDynamicArray!R || isAssociativeArray!R) {
			foreach (doc; c) return doc;
			return null;
		} else {
			foreach (doc; c) {
				Nullable!R ret;
				ret = doc;
				return ret;
			}
			return Nullable!R.init;
		}
	}
	/// ditto
	auto findOne(R = Bson, T)(T query) { return findOne!R(query, Bson(null)); }

	/**
	  Removes documents from the collection.

	  Throws: Exception if a DB communication error occured.
	  See_Also: $(LINK http://www.mongodb.org/display/DOCS/Removing)
	 */
	void remove(T)(T selector, DeleteFlags flags = DeleteFlags.None)
	{
		assert(m_client !is null, "Removnig from uninitialized MongoCollection.");
		auto conn = m_client.lockConnection();
		ubyte[256] selector_buf = void;
		conn.delete_(m_fullPath, flags, serializeToBson(selector, selector_buf));
	}

	/// ditto
	void remove()() { remove(Bson.emptyObject); }

	/**
		Combines a modify and find operation to a single atomic operation.

		Params:
			query = MongoDB query expression to identify the matched document
			update = Update expression for the matched document
			returnFieldSelector = Optional map of fields to return in the response

		Throws:
			An `Exception` will be thrown if an error occurs in the
			communication with the database server.

		See_Also: $(LINK http://docs.mongodb.org/manual/reference/command/findAndModify)
	 */
	Bson findAndModify(T, U, V)(T query, U update, V returnFieldSelector)
	{
		static struct CMD {
			string findAndModify;
			T query;
			U update;
			V fields;
		}
		CMD cmd;
		cmd.findAndModify = m_name;
		cmd.query = query;
		cmd.update = update;
		cmd.fields = returnFieldSelector;
		auto ret = database.runCommand(cmd);
		if( !ret["ok"].get!double ) throw new Exception("findAndModify failed.");
		return ret["value"];
	}

	/// ditto
	Bson findAndModify(T, U)(T query, U update)
	{
		return findAndModify(query, update, null);
	}

	/**
		Combines a modify and find operation to a single atomic operation with generic options support.

		Params:
			query = MongoDB query expression to identify the matched document
			update = Update expression for the matched document
			options = Generic BSON object that contains additional options
				fields, such as `"new": true`

		Throws:
			An `Exception` will be thrown if an error occurs in the
			communication with the database server.

		See_Also: $(LINK http://docs.mongodb.org/manual/reference/command/findAndModify)
	 */
	Bson findAndModifyExt(T, U, V)(T query, U update, V options)
	{
		auto bopt = serializeToBson(options);
		assert(bopt.type == Bson.Type.object,
			"The options parameter to findAndModifyExt must be a BSON object.");
		
		Bson cmd = Bson.emptyObject;
		cmd["findAndModify"] = m_name;
		cmd["query"] = serializeToBson(query);
		cmd["update"] = serializeToBson(update);
		foreach (string key, value; bopt)
			cmd[key] = value;
		auto ret = database.runCommand(cmd);
		enforce(ret["ok"].get!double != 0, "findAndModifyExt failed.");
		return ret["value"];
	}

	///
	unittest {
		import vibe.db.mongo.mongo;

		void test()
		{
			auto coll = connectMongoDB("127.0.0.1").getCollection("test");
			coll.findAndModifyExt(["name": "foo"], ["$set": ["value": "bar"]], ["new": true]);
		}
	}

	/**
		Counts the results of the specified query expression.

		Throws Exception if a DB communication error occured.
		See_Also: $(LINK http://www.mongodb.org/display/DOCS/Advanced+Queries#AdvancedQueries-{{count%28%29}})
	*/
	ulong count(T)(T query)
	{
		static struct Empty {}
		static struct CMD {
			string count;
			T query;
			Empty fields;
		}

		CMD cmd;
		cmd.count = m_name;
		cmd.query = query;
		auto reply = database.runCommand(cmd);
		enforce(reply["ok"].opt!double == 1 || reply["ok"].opt!int == 1, "Count command failed.");
		switch (reply["n"].type) with (Bson.Type) {
			default: assert(false, "Unsupported data type in BSON reply for COUNT");
			case double_: return cast(ulong)reply["n"].get!double; // v2.x
			case int_: return reply["n"].get!int; // v3.x
			case long_: return reply["n"].get!long; // just in case
		}
	}

	/**
		Calculates aggregate values for the data in a collection.

		Params:
			pipeline = A sequence of data aggregation processes. These can
				either be given as separate parameters, or as a single array
				parameter.

		Returns: An array of documents returned by the pipeline

		Throws: Exception if a DB communication error occured

		See_Also: $(LINK http://docs.mongodb.org/manual/reference/method/db.collection.aggregate)
	*/
	Bson aggregate(ARGS...)(ARGS pipeline)
	{
		import std.traits;

		static if (ARGS.length == 1 && isArray!(ARGS[0]))
			alias Pipeline = ARGS[0];
		else static struct Pipeline { ARGS args; }

		static struct CMD {
			string aggregate;
			@asArray Pipeline pipeline;
		}

		CMD cmd;
		cmd.aggregate = m_name;
		static if (ARGS.length == 1 && isArray!(ARGS[0]))
			cmd.pipeline = pipeline[0];
		else cmd.pipeline.args = pipeline;
		auto ret = database.runCommand(cmd);
		enforce(ret["ok"].get!double == 1, "Aggregate command failed.");
		return ret["result"];
	}

	/// Example taken from the MongoDB documentation
	unittest {
		import vibe.db.mongo.mongo;

		void test() {
			auto db = connectMongoDB("127.0.0.1").getDatabase("test");
			auto results = db["coll"].aggregate(
				["$match": ["status": "A"]],
				["$group": ["_id": Bson("$cust_id"),
					"total": Bson(["$sum": Bson("$amount")])]],
				["$sort": ["total": -1]]);
		}
	}

	/// The same example, but using an array of arguments
	unittest {
		import vibe.db.mongo.mongo;

		void test() {
			auto db = connectMongoDB("127.0.0.1").getDatabase("test");

			Bson[] args;
			args ~= serializeToBson(["$match": ["status": "A"]]);
			args ~= serializeToBson(["$group": ["_id": Bson("$cust_id"),
					"total": Bson(["$sum": Bson("$amount")])]]);
			args ~= serializeToBson(["$sort": ["total": -1]]);

			auto results = db["coll"].aggregate(args);
		}
	}

	/**
		Returns an input range of all unique values for a certain field for
		records matching the given query.

		Params:
			key = Name of the field for which to collect unique values
			query = The query used to select records

		Returns:
			An input range with items of type `R` (`Bson` by default) is
			returned.
	*/
	auto distinct(R = Bson, Q)(string key, Q query)
	{
		import std.algorithm : map;

		static struct CMD {
			string distinct;
			string key;
			Q query;
		}
		CMD cmd;
		cmd.distinct = m_name;
		cmd.key = key;
		cmd.query = query;
		auto res = m_db.runCommand(cmd);

		enforce(res["ok"].get!double != 0, "Distinct query failed: "~res["errmsg"].opt!string);

		// TODO: avoid dynamic array allocation
		static if (is(R == Bson)) return res["values"].get!(Bson[]);
		else return res["values"].get!(Bson[]).map!(b => deserializeBson!R(b));
	}

	///
	unittest {
		import std.algorithm : equal;
		import vibe.db.mongo.mongo;

		void test()
		{
			auto db = connectMongoDB("127.0.0.1").getDatabase("test");
			auto coll = db["collection"];

			coll.drop();
			coll.insert(["a": "first", "b": "foo"]);
			coll.insert(["a": "first", "b": "bar"]);
			coll.insert(["a": "first", "b": "bar"]);
			coll.insert(["a": "second", "b": "baz"]);
			coll.insert(["a": "second", "b": "bam"]);

			auto result = coll.distinct!string("b", ["a": "first"]);

			assert(result.equal(["foo", "bar"]));
		}
	}

	/**
		Creates or updates an index.

		Note that the overload taking an associative array of field orders
		will be removed. Since the order of fields matters, it is
		only suitable for single-field indices.
	*/
	void ensureIndex(scope const(Tuple!(string, int))[] field_orders, IndexFlags flags = IndexFlags.none, Duration expire_time = 0.seconds)
	{
		// TODO: support 2d indexes

		auto key = Bson.emptyObject;
		auto indexname = appender!string();
		bool first = true;
		foreach (fo; field_orders) {
			if (!first) indexname.put('_');
			else first = false;
			indexname.put(fo[0]);
			indexname.put('_');
			indexname.put(to!string(fo[1]));
			key[fo[0]] = Bson(fo[1]);
		}

		Bson[string] doc;
		doc["v"] = 1;
		doc["key"] = key;
		doc["ns"] = m_fullPath;
		doc["name"] = indexname.data;
		if (flags & IndexFlags.unique) doc["unique"] = true;
		if (flags & IndexFlags.dropDuplicates) doc["dropDups"] = true;
		if (flags & IndexFlags.background) doc["background"] = true;
		if (flags & IndexFlags.sparse) doc["sparse"] = true;
		if (flags & IndexFlags.expireAfterSeconds) doc["expireAfterSeconds"] = expire_time.total!"seconds";
		database["system.indexes"].insert(doc);
	}
	/// ditto
	deprecated("Use the overload taking an array of field_orders instead.")
	void ensureIndex(int[string] field_orders, IndexFlags flags = IndexFlags.none, ulong expireAfterSeconds = 0)
	{
		Tuple!(string, int)[] orders;
		foreach (k, v; field_orders)
			orders ~= tuple(k, v);
		ensureIndex(orders, flags, expireAfterSeconds.seconds);
	}

	void dropIndex(string name)
	{
		static struct CMD {
			string dropIndexes;
			string index;
		}

		CMD cmd;
		cmd.dropIndexes = m_name;
		cmd.index = name;
		auto reply = database.runCommand(cmd);
		enforce(reply["ok"].get!double == 1, "dropIndex command failed.");
	}

	void drop() {
		static struct CMD {
			string drop;
		}

		CMD cmd;
		cmd.drop = m_name;
		auto reply = database.runCommand(cmd);
		enforce(reply["ok"].get!double == 1, "drop command failed.");
	}
}

///
unittest {
	import vibe.data.bson;
	import vibe.data.json;
	import vibe.db.mongo.mongo;

	void test()
	{
		MongoClient client = connectMongoDB("127.0.0.1");
		MongoCollection users = client.getCollection("myapp.users");

		// canonical version using a Bson object
		users.insert(Bson(["name": Bson("admin"), "password": Bson("secret")]));

		// short version using a string[string] AA that is automatically
		// serialized to Bson
		users.insert(["name": "admin", "password": "secret"]);

		// BSON specific types are also serialized automatically
		auto uid = BsonObjectID.fromString("507f1f77bcf86cd799439011");
		Bson usr = users.findOne(["_id": uid]);

		// JSON is another possibility
		Json jusr = parseJsonString(`{"name": "admin", "password": "secret"}`);
		users.insert(jusr);
	}
}

/// Using the type system to define a document "schema"
unittest {
	import vibe.db.mongo.mongo;
	import vibe.data.serialization : name;
	import std.typecons : Nullable;

	// Nested object within a "User" document
	struct Address {
		string name;
		string street;
		int zipCode;
	}

	// The document structure of the "myapp.users" collection
	struct User {
		@name("_id") BsonObjectID id; // represented as "_id" in the database
		string loginName;
		string password;
		Address address;
	}

	void test()
	{
		MongoClient client = connectMongoDB("127.0.0.1");
		MongoCollection users = client.getCollection("myapp.users");

		// D values are automatically serialized to the internal BSON format
		// upon insertion - see also vibe.data.serialization
		User usr;
		usr.id = BsonObjectID.generate();
		usr.loginName = "admin";
		usr.password = "secret";
		users.insert(usr);

		// find supports direct de-serialization of the returned documents
		foreach (usr; users.find!User()) {
			logInfo("User: %s", usr.loginName);
		}

		// the same goes for findOne
		Nullable!User qusr = users.findOne!User(["_id": usr.id]);
		if (!qusr.isNull)
			logInfo("User: %s", qusr.loginName);
	}
}
vibe.d-0.7.30/source/vibe/db/mongo/connection.d000066400000000000000000000361321304441332000212040ustar00rootroot00000000000000/**
	Low level mongodb protocol.

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.mongo.connection;

public import vibe.data.bson;

import vibe.core.log;
import vibe.core.net;
import vibe.db.mongo.settings;
import vibe.db.mongo.flags;
import vibe.inet.webform;
import vibe.stream.tls;

import std.algorithm : map, splitter;
import std.array;
import std.range;
import std.conv;
import std.exception;
import std.string;
import std.digest.md;


private struct _MongoErrorDescription
{
	string message;
	int code;
	int connectionId;
	int n;
	double ok;
}

/**
 * D POD representation of Mongo error object.
 *
 * For successful queries "code" is negative.
 * Can be used also to check how many documents where updated upon
 * a successful query via "n" field.
 */
alias MongoErrorDescription = immutable(_MongoErrorDescription);

/**
 * Root class for vibe.d Mongo driver exception hierarchy.
 */
class MongoException : Exception
{
	this(string message, string file = __FILE__, int line = __LINE__, Throwable next = null)
	{
		super(message, file, line, next);
	}
}

/**
 * Generic class for all exception related to unhandled driver problems.
 *
 * I.e.: protocol mismatch or unexpected mongo service behavior.
 */
class MongoDriverException : MongoException
{
	this(string message, string file = __FILE__, int line = __LINE__, Throwable next = null)
	{
		super(message, file, line, next);
	}
}

/**
 * Wrapper class for all inner mongo collection manipulation errors.
 *
 * It does not indicate problem with vibe.d driver itself. Most frequently this
 * one is thrown when MongoConnection is in checked mode and getLastError() has something interesting.
 */
class MongoDBException : MongoException
{
	MongoErrorDescription description;
	alias description this;

	this(MongoErrorDescription description, string file = __FILE__,
			int line = __LINE__, Throwable next = null)
	{
		super(description.message, file, line, next);
		this.description = description;
	}
}

/**
 * Generic class for all exceptions related to authentication problems.
 *
 * I.e.: unsupported mechanisms or wrong credentials.
 */
class MongoAuthException : MongoException
{
	this(string message, string file = __FILE__, int line = __LINE__, Throwable next = null)
	{
		super(message, file, line, next);
	}
}

/**
  [internal] Provides low-level mongodb protocol access.

  It is not intended for direct usage. Please use vibe.db.mongo.db and vibe.db.mongo.collection modules for your code.
  Note that a MongoConnection may only be used from one fiber/thread at a time.
 */
final class MongoConnection {
	import vibe.stream.wrapper : StreamOutputRange;

	private {
		MongoClientSettings m_settings;
		TCPConnection m_conn;
		Stream m_stream;
		ulong m_bytesRead;
		int m_msgid = 1;
		StreamOutputRange m_outRange;
	}

	enum ushort defaultPort = MongoClientSettings.defaultPort;

	/// Simplified constructor overload, with no m_settings
	this(string server, ushort port = defaultPort)
	{
		m_settings = new MongoClientSettings();
		m_settings.hosts ~= MongoHost(server, port);
	}

	this(MongoClientSettings cfg)
	{
		m_settings = cfg;

		// Now let's check for features that are not yet supported.
		if(m_settings.hosts.length > 1)
			logWarn("Multiple mongodb hosts are not yet supported. Using first one: %s:%s",
					m_settings.hosts[0].name, m_settings.hosts[0].port);
	}

	void connect()
	{
		/*
		 * TODO: Connect to one of the specified hosts taking into consideration
		 * options such as connect timeouts and so on.
		 */
		try {
			m_conn = connectTCP(m_settings.hosts[0].name, m_settings.hosts[0].port);
			m_conn.tcpNoDelay = true;
			if (m_settings.ssl) {
				auto ctx =  createTLSContext(TLSContextKind.client);
				if (!m_settings.sslverifycertificate) {
					ctx.peerValidationMode = TLSPeerValidationMode.none;
				}
				if (m_settings.sslPEMKeyFile) {
					ctx.useCertificateChainFile(m_settings.sslPEMKeyFile);
					ctx.usePrivateKeyFile(m_settings.sslPEMKeyFile);
				}
				if (m_settings.sslCAFile) {
					ctx.useTrustedCertificateFile(m_settings.sslCAFile);
				}

				m_stream = createTLSStream(m_conn, ctx, m_settings.hosts[0].name);
			}
			else {
				m_stream = m_conn;
			}
			m_outRange = StreamOutputRange(m_stream);
		}
		catch (Exception e) {
			throw new MongoDriverException(format("Failed to connect to MongoDB server at %s:%s.", m_settings.hosts[0].name, m_settings.hosts[0].port), __FILE__, __LINE__, e);
		}

		m_bytesRead = 0;
		if(m_settings.digest != string.init)
		{
			authenticate();
		}
		else if (m_settings.sslPEMKeyFile != null && m_settings.username != null)
		{
			certAuthenticate();
		}
	}

	void disconnect()
	{
		if (m_stream) {
			m_stream.finalize();
			m_stream = null;
		}

		if (m_conn) {
			m_conn.close();
			m_conn = null;
		}
	}

	@property bool connected() const { return m_conn && m_conn.connected; }


	void update(string collection_name, UpdateFlags flags, Bson selector, Bson update)
	{
		scope(failure) disconnect();
		send(OpCode.Update, -1, cast(int)0, collection_name, cast(int)flags, selector, update);
		if (m_settings.safe) checkForError(collection_name);
	}

	void insert(string collection_name, InsertFlags flags, Bson[] documents)
	{
		scope(failure) disconnect();
		foreach (d; documents) if (d["_id"].isNull()) d["_id"] = Bson(BsonObjectID.generate());
		send(OpCode.Insert, -1, cast(int)flags, collection_name, documents);
		if (m_settings.safe) checkForError(collection_name);
	}

	void query(T)(string collection_name, QueryFlags flags, int nskip, int nret, Bson query, Bson returnFieldSelector, scope ReplyDelegate on_msg, scope DocDelegate!T on_doc)
	{
		scope(failure) disconnect();
		flags |= m_settings.defQueryFlags;
		int id;
		if (returnFieldSelector.isNull)
			id = send(OpCode.Query, -1, cast(int)flags, collection_name, nskip, nret, query);
		else
			id = send(OpCode.Query, -1, cast(int)flags, collection_name, nskip, nret, query, returnFieldSelector);
		recvReply!T(id, on_msg, on_doc);
	}

	void getMore(T)(string collection_name, int nret, long cursor_id, scope ReplyDelegate on_msg, scope DocDelegate!T on_doc)
	{
		scope(failure) disconnect();
		auto id = send(OpCode.GetMore, -1, cast(int)0, collection_name, nret, cursor_id);
		recvReply!T(id, on_msg, on_doc);
	}

	void delete_(string collection_name, DeleteFlags flags, Bson selector)
	{
		scope(failure) disconnect();
		send(OpCode.Delete, -1, cast(int)0, collection_name, cast(int)flags, selector);
		if (m_settings.safe) checkForError(collection_name);
	}

	void killCursors(long[] cursors)
	{
		scope(failure) disconnect();
		send(OpCode.KillCursors, -1, cast(int)0, cast(int)cursors.length, cursors);
	}

	MongoErrorDescription getLastError(string db)
	{
		// Though higher level abstraction level by concept, this function
		// is implemented here to allow to check errors upon every request
		// on conncetion level.

		Bson command_and_options = Bson.emptyObject;
		command_and_options["getLastError"] = Bson(1.0);

		if(m_settings.w != m_settings.w.init)
			command_and_options["w"] = m_settings.w; // Already a Bson struct
		if(m_settings.wTimeoutMS != m_settings.wTimeoutMS.init)
			command_and_options["wtimeout"] = Bson(m_settings.wTimeoutMS);
		if(m_settings.journal)
			command_and_options["j"] = Bson(true);
		if(m_settings.fsync)
			command_and_options["fsync"] = Bson(true);

		_MongoErrorDescription ret;

		query!Bson(db ~ ".$cmd", QueryFlags.NoCursorTimeout | m_settings.defQueryFlags,
			0, -1, command_and_options, Bson(null),
			(cursor, flags, first_doc, num_docs) {
				logTrace("getLastEror(%s) flags: %s, cursor: %s, documents: %s", db, flags, cursor, num_docs);
				enforce(!(flags & ReplyFlags.QueryFailure),
					new MongoDriverException(format("MongoDB error: getLastError(%s) call failed.", db))
				);
				enforce(
					num_docs == 1,
					new MongoDriverException(format("getLastError(%s) returned %s documents instead of one.", db, num_docs))
				);
			},
			(idx, ref error) {
				try {
					ret = MongoErrorDescription(
						error["err"].opt!string(""),
						error["code"].opt!int(-1),
						error["connectionId"].opt!int(-1),
						error["n"].get!int(),
						error["ok"].get!double()
					);
				} catch (Exception e) {
					throw new MongoDriverException(e.msg);
				}
			}
		);

		return ret;
	}

	/** Queries the server for all databases.

		Returns:
			An input range of $(D MongoDBInfo) values.
	*/
	auto listDatabases()
	{
		string cn = (m_settings.database == string.init ? "admin" : m_settings.database) ~ ".$cmd";

		auto cmd = Bson(["listDatabases":Bson(1)]);

		void on_msg(long cursor, ReplyFlags flags, int first_doc, int num_docs) {
			if ((flags & ReplyFlags.QueryFailure))
				throw new MongoDriverException("Calling listDatabases failed.");
		}

		MongoDBInfo toInfo(const(Bson) db_doc) {
			return MongoDBInfo(
				db_doc["name"].get!string,
				db_doc["sizeOnDisk"].get!double,
				db_doc["empty"].get!bool
			);
		}

		typeof((const(Bson)[]).init.map!toInfo) result;
		void on_doc(size_t idx, ref Bson doc) {
			if (doc["ok"].get!double != 1.0)
				throw new MongoAuthException("listDatabases failed.");

			result = doc["databases"].get!(const(Bson)[]).map!toInfo;
		}

		query!Bson(cn, QueryFlags.None, 0, -1, cmd, Bson(null), &on_msg, &on_doc);

		return result;
	}

	private int recvReply(T)(int reqid, scope ReplyDelegate on_msg, scope DocDelegate!T on_doc)
	{
		import std.traits;

		auto bytes_read = m_bytesRead;
		int msglen = recvInt();
		int resid = recvInt();
		int respto = recvInt();
		int opcode = recvInt();

		enforce(respto == reqid, "Reply is not for the expected message on a sequential connection!");
		enforce(opcode == OpCode.Reply, "Got a non-'Reply' reply!");

		auto flags = cast(ReplyFlags)recvInt();
		long cursor = recvLong();
		int start = recvInt();
		int numret = recvInt();

		scope (exit) {
			if (m_bytesRead - bytes_read < msglen) {
				logWarn("MongoDB reply was longer than expected, skipping the rest: %d vs. %d", msglen, m_bytesRead - bytes_read);
				ubyte[] dst = new ubyte[msglen - cast(size_t)(m_bytesRead - bytes_read)];
				recv(dst);
			} else if (m_bytesRead - bytes_read > msglen) {
				logWarn("MongoDB reply was shorter than expected. Dropping connection.");
				disconnect();
				throw new MongoDriverException("MongoDB reply was too short for data.");
			}
		}

		on_msg(cursor, flags, start, numret);
		foreach (i; 0 .. cast(size_t)numret) {
			// TODO: directly deserialize from the wire
			static if (!hasIndirections!T && !is(T == Bson)) {
				ubyte[256] buf = void;
				auto bson = recvBson(buf);
			} else {
				auto bson = recvBson(null);
			}

			static if (is(T == Bson)) on_doc(i, bson);
			else {
				T doc = deserializeBson!T(bson);
				on_doc(i, doc);
			}
		}

		return resid;
	}

	private int send(ARGS...)(OpCode code, int response_to, ARGS args)
	{
		if( !connected() ) connect();
		int id = nextMessageId();
		sendValue(16 + sendLength(args));
		sendValue(id);
		sendValue(response_to);
		sendValue(cast(int)code);
		foreach (a; args) sendValue(a);
		m_outRange.flush();
		return id;
	}

	private void sendValue(T)(T value)
	{
		import std.traits;
		static if (is(T == int)) sendBytes(toBsonData(value));
		else static if (is(T == long)) sendBytes(toBsonData(value));
		else static if (is(T == Bson)) sendBytes(value.data);
		else static if (is(T == string)) {
			sendBytes(cast(ubyte[])value);
			sendBytes(cast(ubyte[])"\0");
		} else static if (isArray!T) {
			foreach (v; value)
				sendValue(v);
		} else static assert(false, "Unexpected type: "~T.stringof);
	}

	private void sendBytes(in ubyte[] data){ m_outRange.put(data); }

	private int recvInt() { ubyte[int.sizeof] ret; recv(ret); return fromBsonData!int(ret); }
	private long recvLong() { ubyte[long.sizeof] ret; recv(ret); return fromBsonData!long(ret); }
	private Bson recvBson(ubyte[] buf) {
		int len = recvInt();
		if (len > buf.length) buf = new ubyte[len];
		else buf = buf[0 .. len];
		buf[0 .. 4] = toBsonData(len)[];
		recv(buf[4 .. $]);
		return Bson(Bson.Type.Object, cast(immutable)buf);
	}
	private void recv(ubyte[] dst) { enforce(m_stream); m_stream.read(dst); m_bytesRead += dst.length; }

	private int nextMessageId() { return m_msgid++; }

	private void checkForError(string collection_name)
	{
		auto coll = collection_name.split(".")[0];
		auto err = getLastError(coll);

		enforce(
			err.code < 0,
			new MongoDBException(err)
		);
	}

	private void certAuthenticate()
	{
		Bson cmd = Bson.emptyObject;
		cmd["authenticate"] = Bson(1);
		cmd["mechanism"] = Bson("MONGODB-X509");
		cmd["user"] = Bson(m_settings.username);
		query!Bson("$external.$cmd", QueryFlags.None, 0, -1, cmd, Bson(null),
			(cursor, flags, first_doc, num_docs) {
				if ((flags & ReplyFlags.QueryFailure) || num_docs != 1)
					throw new MongoDriverException("Calling authenticate failed.");
			},
			(idx, ref doc) {
				if (doc["ok"].get!double != 1.0)
					throw new MongoAuthException("Authentication failed.");
			}
		);
	}

	private void authenticate()
	{
		string cn = (m_settings.database == string.init ? "admin" : m_settings.database) ~ ".$cmd";

		string nonce, key;

		auto cmd = Bson(["getnonce":Bson(1)]);
		query!Bson(cn, QueryFlags.None, 0, -1, cmd, Bson(null),
			(cursor, flags, first_doc, num_docs) {
				if ((flags & ReplyFlags.QueryFailure) || num_docs != 1)
					throw new MongoDriverException("Calling getNonce failed.");
			},
			(idx, ref doc) {
				if (doc["ok"].get!double != 1.0)
					throw new MongoDriverException("getNonce failed.");
				nonce = doc["nonce"].get!string;
				key = toLower(toHexString(md5Of(nonce ~ m_settings.username ~ m_settings.digest)).idup);
			}
		);

		cmd = Bson.emptyObject;
		cmd["authenticate"] = Bson(1);
		cmd["mechanism"] = Bson("MONGODB-CR");
		cmd["nonce"] = Bson(nonce);
		cmd["user"] = Bson(m_settings.username);
		cmd["key"] = Bson(key);
		query!Bson(cn, QueryFlags.None, 0, -1, cmd, Bson(null),
			(cursor, flags, first_doc, num_docs) {
				if ((flags & ReplyFlags.QueryFailure) || num_docs != 1)
					throw new MongoDriverException("Calling authenticate failed.");
			},
			(idx, ref doc) {
				if (doc["ok"].get!double != 1.0)
					throw new MongoAuthException("Authentication failed.");
			}
		);
	}
}

private enum OpCode : int {
	Reply        = 1, // sent only by DB
	Msg          = 1000,
	Update       = 2001,
	Insert       = 2002,
	Reserved1    = 2003,
	Query        = 2004,
	GetMore      = 2005,
	Delete       = 2006,
	KillCursors  = 2007
}

alias ReplyDelegate = void delegate(long cursor, ReplyFlags flags, int first_doc, int num_docs);
template DocDelegate(T) { alias DocDelegate = void delegate(size_t idx, ref T doc); }

struct MongoDBInfo
{
	string name;
	double sizeOnDisk;
	bool empty;
}

private int sendLength(ARGS...)(ARGS args)
{
	import std.traits;
	static if (ARGS.length == 1) {
		alias T = ARGS[0];
		static if (is(T == string)) return cast(int)args[0].length + 1;
		else static if (is(T == int)) return 4;
		else static if (is(T == long)) return 8;
		else static if (is(T == Bson)) return cast(int)args[0].data.length;
		else static if (isArray!T) {
			int ret = 0;
			foreach (el; args[0]) ret += sendLength(el);
			return ret;
		} else static assert(false, "Unexpected type: "~T.stringof);
	}
	else if (ARGS.length == 0) return 0;
	else return sendLength(args[0 .. $/2]) + sendLength(args[$/2 .. $]);
}
vibe.d-0.7.30/source/vibe/db/mongo/cursor.d000066400000000000000000000206261304441332000203630ustar00rootroot00000000000000/**
	MongoDB cursor abstraction

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.mongo.cursor;

public import vibe.data.bson;

import vibe.db.mongo.connection;
import vibe.db.mongo.client;

import std.array : array;
import std.algorithm : map, max, min;
import std.exception;


/**
	Represents a cursor for a MongoDB query.

	Use foreach( doc; cursor ) to iterate over the list of documents.

	This struct uses reference counting to destroy the underlying MongoDB cursor.
*/
struct MongoCursor(Q = Bson, R = Bson, S = Bson) {
	private MongoCursorData!(Q, R, S) m_data;

	package this(MongoClient client, string collection, QueryFlags flags, int nskip, int nret, Q query, S return_field_selector)
	{
		// TODO: avoid memory allocation, if possible
		m_data = new MongoCursorData!(Q, R, S)(client, collection, flags, nskip, nret, query, return_field_selector);
	}

	this(this)
	{
		if( m_data ) m_data.m_refCount++;
	}

	~this()
	{
		if( m_data && --m_data.m_refCount == 0 ){
			m_data.destroy();
		}
	}

	/**
		Returns true if there are no more documents for this cursor.

		Throws: An exception if there is a query or communication error.
	*/
	@property bool empty() { return m_data ? m_data.empty() : true; }

	/**
		Returns the current document of the response.

		Use empty and popFront to iterate over the list of documents using an
		input range interface. Note that calling this function is only allowed
		if empty returns false.
	*/
	@property R front() { return m_data.front; }

	/**
		Controls the order in which the query returns matching documents.

		This method must be called before starting to iterate, or an exeption
		will be thrown. If multiple calls to $(D sort()) are issued, only
		the last one will have an effect.

		Params:
			order = A BSON object convertible value that defines the sort order
				of the result. This BSON object must be structured according to
				the MongoDB documentation (see below).

		Returns: Reference to the modified original curser instance.

		Throws:
			An exception if there is a query or communication error.
			Also throws if the method was called after beginning of iteration.

		See_Also: $(LINK http://docs.mongodb.org/manual/reference/method/cursor.sort)
	*/
	MongoCursor sort(T)(T order)
	{
		m_data.sort(serializeToBson(order));
		return this;
	}

	///
	unittest {
		import vibe.core.log;
		import vibe.db.mongo.mongo;

		void test()
		{
			auto db = connectMongoDB("127.0.0.1").getDatabase("test");
			auto coll = db["testcoll"];

			// find all entries in reverse date order
			foreach (entry; coll.find().sort(["date": -1]))
				logInfo("Entry: %s", entry);

			// the same, but using a struct to avoid memory allocations
			static struct Order { int date; }
			foreach (entry; coll.find().sort(Order(-1)))
				logInfo("Entry: %s", entry);
		}
	}

	/**
		Limits the number of documents that the cursor returns.

		This method must be called before beginnig iteration in order to have
		effect. If multiple calls to limit() are made, the one with the lowest
		limit will be chosen.

		Params:
			count = The maximum number number of documents to return. A value
				of zero means unlimited.

		Returns: the same cursor

		See_Also: $(LINK http://docs.mongodb.org/manual/reference/method/cursor.limit)
	*/
	MongoCursor limit(size_t count)
	{
		m_data.limit(count);
		return this;
	}

	/**
		Skips a given number of elements at the beginning of the cursor.

		This method must be called before beginnig iteration in order to have
		effect. If multiple calls to skip() are made, the one with the maximum
		number will be chosen.

		Params:
			count = The number of documents to skip.

		Returns: the same cursor

		See_Also: $(LINK http://docs.mongodb.org/manual/reference/method/cursor.skip)
	*/
	MongoCursor skip(int count)
	{
		m_data.skip(count);
		return this;
	}

	/**
		Advances the cursor to the next document of the response.

		Note that calling this function is only allowed if empty returns false.
	*/
	void popFront() { m_data.popFront(); }

	/**
		Iterates over all remaining documents.

		Note that iteration is one-way - elements that have already been visited
		will not be visited again if another iteration is done.

		Throws: An exception if there is a query or communication error.
	*/
	int opApply(int delegate(ref R doc) del)
	{
		if (!m_data) return 0;

		while (!m_data.empty) {
			auto doc = m_data.front;
			m_data.popFront();
			if (auto ret = del(doc))
				return ret;
		}
		return 0;
	}

	/**
		Iterates over all remaining documents.

		Note that iteration is one-way - elements that have already been visited
		will not be visited again if another iteration is done.

		Throws: An exception if there is a query or communication error.
	*/
	int opApply(int delegate(ref size_t idx, ref R doc) del)
	{
		if (!m_data) return 0;

		while (!m_data.empty) {
			auto idx = m_data.index;
			auto doc = m_data.front;
			m_data.popFront();
			if (auto ret = del(idx, doc))
				return ret;
		}
		return 0;
	}
}


/**
	Internal class exposed through MongoCursor.
*/
private class MongoCursorData(Q, R, S) {
	private {
		int m_refCount = 1;
		MongoClient m_client;
		string m_collection;
		long m_cursor;
		QueryFlags m_flags;
		int m_nskip;
		int m_nret;
		Q m_query;
		S m_returnFieldSelector;
		Bson m_sort = Bson(null);
		int m_offset;
		size_t m_currentDoc = 0;
		R[] m_documents;
		bool m_iterationStarted = false;
		size_t m_limit = 0;
		bool m_needDestroy = false;
	}

	this(MongoClient client, string collection, QueryFlags flags, int nskip, int nret, Q query, S return_field_selector)
	{
		m_client = client;
		m_collection = collection;
		m_flags = flags;
		m_nskip = nskip;
		m_nret = nret;
		m_query = query;
		m_returnFieldSelector = return_field_selector;
	}

	@property bool empty()
	{
		if (!m_iterationStarted) startIterating();
		if (m_limit > 0 && m_currentDoc >= m_limit) {
			destroy();
			return true;
		}
		if( m_currentDoc < m_documents.length )
			return false;
		if( m_cursor == 0 )
			return true;

		auto conn = m_client.lockConnection();
		conn.getMore!R(m_collection, m_nret, m_cursor, &handleReply, &handleDocument);
		return m_currentDoc >= m_documents.length;
	}

	@property size_t index()
	{
		return m_offset + m_currentDoc;
	}

	@property R front()
	{
		if (!m_iterationStarted) startIterating();
		assert(!empty(), "Cursor has no more data.");
		return m_documents[m_currentDoc];
	}

	void sort(Bson order)
	{
		assert(!m_iterationStarted, "Cursor cannot be modified after beginning iteration");
		m_sort = order;
	}

	void limit(size_t count) {
		// A limit() value of 0 (e.g. “.limit(0)”) is equivalent to setting no limit.
		if (count > 0) {
			if (m_nret == 0 || m_nret > count)
				m_nret = min(count, 1024);

			if (m_limit == 0 || m_limit > count)
				m_limit = count;
		}
	}

	void skip(int count) {
		// A skip() value of 0 (e.g. “.skip(0)”) is equivalent to setting no skip.
		m_nskip = max(m_nskip, count);
	}

	void popFront()
	{
		if (!m_iterationStarted) startIterating();
		assert(!empty(), "Cursor has no more data.");
		m_currentDoc++;
	}

	private void startIterating() {
		auto conn = m_client.lockConnection();

		ubyte[256] selector_buf = void;
		ubyte[256] query_buf = void;

		Bson selector = serializeToBson(m_returnFieldSelector, selector_buf);

		Bson query;
		static if (is(Q == Bson)) {
			query = m_query;
		} else {
			query = serializeToBson(m_query, query_buf);
		}

		Bson full_query;

		if (!query["query"].isNull() || !query["$query"].isNull()) {
			// TODO: emit deprecation warning
			full_query = query;
		} else {
			full_query = Bson.emptyObject;
			full_query["$query"] = query;
		}

		if (!m_sort.isNull()) full_query["orderby"] = m_sort;

		conn.query!R(m_collection, m_flags, m_nskip, m_nret, full_query, selector, &handleReply, &handleDocument);

		m_iterationStarted = true;
	}

	private void destroy()
	{
		if (m_cursor == 0) return;
		auto conn = m_client.lockConnection();
		conn.killCursors((&m_cursor)[0 .. 1]);
		m_cursor = 0;
	}

	private void handleReply(long cursor, ReplyFlags flags, int first_doc, int num_docs)
	{
		// FIXME: use MongoDB exceptions
		enforce(!(flags & ReplyFlags.CursorNotFound), "Invalid cursor handle.");
		enforce(!(flags & ReplyFlags.QueryFailure), "Query failed.");

		m_cursor = cursor;
		m_offset = first_doc;
		m_documents.length = num_docs;
		m_currentDoc = 0;
	}

	private void handleDocument(size_t idx, ref R doc)
	{
		m_documents[idx] = doc;
	}
}
vibe.d-0.7.30/source/vibe/db/mongo/database.d000066400000000000000000000061051304441332000206060ustar00rootroot00000000000000/**
	MongoDatabase class representing common database for group of collections.

	Technically it is very special collection with common query functions
	disabled and some service commands provided.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.mongo.database;

import vibe.db.mongo.client;
import vibe.db.mongo.collection;
import vibe.data.bson;


/** Represents a single database accessible through a given MongoClient.
*/
struct MongoDatabase
{
	private {
		string m_name;
		string m_commandCollection;
		MongoClient m_client;
	}

	//@disable this();

	this(MongoClient client, string name)
	{
		import std.algorithm;

		assert(client !is null);
		m_client = client;

		assert(
				!canFind(name, '.'),
				"Compound collection path provided to MongoDatabase constructor instead of single database name"
		  );
		m_name = name;
		m_commandCollection = m_name ~ ".$cmd";
	}

	/// The name of this database
	@property string name()
	{
		return m_name;
	}

	/// The client which represents the connection to the database server
	@property MongoClient client()
	{
		return m_client;
	}

	/** Accesses the collections of this database.

		Returns: The collection with the given name
	*/
	MongoCollection opIndex(string name)
	{
		return MongoCollection(this, name);
	}

	/** Retrieves the last error code (if any) from the database server.

		Exact object format is not documented. MongoErrorDescription signature will be
		updated upon any issues. Note that this method will execute a query to service
		collection and thus is far from being "free".

		Returns: struct storing data from MongoDB db.getLastErrorObj() object
 	*/
	MongoErrorDescription getLastError()
	{
		return m_client.lockConnection().getLastError(m_name);
	}

	/** Returns recent log messages for this database from the database server.

		See $(LINK http://www.mongodb.org/display/DOCS/getLog+Command).

	 	Params:
	 		mask = "global" or "rs" or "startupWarnings". Refer to official MongoDB docs.

	 	Returns: Bson document with recent log messages from MongoDB service.
 	 */
	Bson getLog(string mask)
	{
		static struct CMD {
			string getLog;
		}
		CMD cmd;
		cmd.getLog = mask;
		return runCommand(cmd);
	}

	/** Performs a filesystem/disk sync of the database on the server.

		See $(LINK http://www.mongodb.org/display/DOCS/fsync+Command)

		Returns: check documentation
 	 */
	Bson fsync(bool async = false)
	{
		static struct CMD {
			int fsync = 1;
			bool async;
		}
		CMD cmd;
		cmd.async = async;
		return runCommand(cmd);
	}


	/** Generic means to run commands on the database.

		See $(LINK http://www.mongodb.org/display/DOCS/Commands) for a list
		of possible values for command_and_options.

		Params:
			command_and_options = Bson object containing the command to be executed
				as well as the command parameters as fields

		Returns: The raw response of the MongoDB server
	*/
	Bson runCommand(T)(T command_and_options)
	{
		return m_client.getCollection(m_commandCollection).findOne(command_and_options);
	}
}
vibe.d-0.7.30/source/vibe/db/mongo/flags.d000066400000000000000000000056461304441332000201470ustar00rootroot00000000000000/**
	MongoDB operation flag definitions.

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.mongo.flags;

enum UpdateFlags {
	none         = 0,    /// Normal update of a single document.
	upsert       = 1<<0, /// Creates a document if none exists.
	multiUpdate  = 1<<1, /// Updates all matching documents.

	None = none, /// Deprecated compatibility alias
	Upsert = upsert, /// Deprecated compatibility alias
	MultiUpdate = multiUpdate /// Deprecated compatibility alias
}

enum IndexFlags {
	none = 0,
	unique = 1<<0,
	dropDuplicates = 1<<2,
	background = 1<<3,
	sparse = 1<<4,
	expireAfterSeconds = 1<<5,

	None = none, /// Deprecated compatibility alias, use `none` instead.
	Unique = unique, /// Deprecated compatibility alias, use `unique` instead.
	DropDuplicates = dropDuplicates, /// Deprecated compatibility alias, use `dropDuplicates` instead.
	Background = background, /// Deprecated compatibility alias, use `background` instead.
	Sparse = sparse, /// Deprecated compatibility alias, use `sparse` instead.
	ExpireAfterSeconds = expireAfterSeconds, /// Deprecated compatibility alias, use `expireAfterSeconds` instead.
}

enum InsertFlags {
	none             = 0,    /// Normal insert.
	continueOnError  = 1<<0, /// For multiple inserted documents, continues inserting further documents after a failure.

	None = none, /// Deprecated compatibility alias
	ContinueOnError = continueOnError /// Deprecated compatibility alias
}

enum QueryFlags {
	none             = 0,    /// Normal query
	tailableCursor   = 1<<1, /// 
	slaveOk          = 1<<2, /// 
	oplogReplay      = 1<<3, /// 
	noCursorTimeout  = 1<<4, /// 
	awaitData        = 1<<5, /// 
	exhaust          = 1<<6, /// 
	partial          = 1<<7, /// 

	None = none, /// Deprecated compatibility alias
	TailableCursor = tailableCursor, /// Deprecated compatibility alias
	SlaveOk = slaveOk, /// Deprecated compatibility alias
	OplogReplay = oplogReplay, /// Deprecated compatibility alias
	NoCursorTimeout = noCursorTimeout, /// Deprecated compatibility alias
	AwaitData = awaitData, /// Deprecated compatibility alias
	Exhaust = exhaust, /// Deprecated compatibility alias
	Partial = partial /// Deprecated compatibility alias
}

enum DeleteFlags {
	none          = 0,
	singleRemove  = 1<<0,

	None = none, /// Deprecated compatibility alias
	SingleRemove = singleRemove /// Deprecated compatibility alias
}

enum ReplyFlags {
	none              = 0,
	cursorNotFound    = 1<<0,
	queryFailure      = 1<<1,
	shardConfigStale  = 1<<2,
	awaitCapable      = 1<<3,

	None = none, /// Deprecated compatibility alias
	CursorNotFound = cursorNotFound, /// Deprecated compatibility alias
	QueryFailure = queryFailure, /// Deprecated compatibility alias
	ShardConfigStale = shardConfigStale, /// Deprecated compatibility alias
	AwaitCapable = awaitCapable /// Deprecated compatibility alias
}
vibe.d-0.7.30/source/vibe/db/mongo/mongo.d000066400000000000000000000071541304441332000201660ustar00rootroot00000000000000/**
	MongoDB and MongoCollection classes and connections.

	Implementation_Note:

	The MongoDB driver implementation here is missing a number of API functions
	known from the JavaScript driver, but these can usually be implemented in
	terms of MongoDatabase.runCommand or MongoCollection.find. Since the
	official documentation is lacking in some places, it may be necessary to use
	a network sniffer to monitor what exectly needs to be sent. MongoDB has a
	dedicated utility for this called $(LINK2 http://docs.mongodb.org/manual/reference/program/mongosniff/ mongosniff).

	Copyright: © 2012-2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.mongo.mongo;

public import vibe.db.mongo.client;
public import vibe.db.mongo.settings;

import std.algorithm;

/**
	Connects to a MongoDB instance.

	If the host/port form is used, default settings will be used, which enable
	safe updates, but no fsync. By specifying a URL instead, it is possible to
	fully customize the settings. See
	$(LINK http://www.mongodb.org/display/DOCS/Connections) for the complete set
	of options. Note that 'sslverifycertificate' is only present in some client
	bindings, including here.

	Note that the returned MongoClient uses a vibe.core.connectionpool.ConnectionPool
	internally to create and reuse connections as necessary. Thus, the
	MongoClient instance can - and should - be shared among all fibers in a
	thread by storing in in a thread local variable.

	Authentication:
		Authenticated connections are supported by using a URL connection string
		such as "mongodb://user:password@host". Note that the driver currently
		only supports the "MongoDB-CR" authentication mechanism. Since new
		MongoDB versions, starting with 3.0, default to the new "SCRAM-SHA-1"
		method, it is necessary to manually switch to the old method. See
		$(WEB http://stackoverflow.com/questions/29006887/mongodb-cr-authentication-failed)
		for more information.

	Examples:
		---
		// connecting with default settings:
		auto client = connectMongoDB("127.0.0.1");
		auto users = client.getCollection("users");
		users.insert(Bson("peter"));
		---

		---
		// connecting using the URL form with custom settings
		auto client = connectMongoDB("mongodb://localhost/?slaveOk=true");
		---

		---
		// connecting with SSL encryption enabled and verification off
		auto client = connectMongoDB("mongodb://localhost/?ssl=true&sslverifycertificate=false");
		---

	Params:
		host = Specifies the host name or IP address of the MongoDB server.
		port = Can be used to specify the port of the MongoDB server if different from the default one.
		host_or_url = Can either be a host name, in which case the default port will be used, or a URL with the mongodb:// scheme.
		settings = An object containing the full set of possible configuration options.

	Returns:
		A new MongoClient instance that can be used to access the database.

 	Throws:
 		Throws an exception if a mongodb:// URL is given and the URL cannot be parsed.
 		An exception will not be thrown if called with a hostname and port.
*/
MongoClient connectMongoDB(string host, ushort port)
{
	assert(!host.startsWith("mongodb://"));
	return new MongoClient(host, port);
}
/// ditto
MongoClient connectMongoDB(string host_or_url)
{
	/* If this looks like a URL try to parse it that way. */
	if(host_or_url.startsWith("mongodb://")){
		return new MongoClient(host_or_url);
	} else {
		return new MongoClient(host_or_url, MongoClientSettings.defaultPort);
	}
}
/// ditto
MongoClient connectMongoDB(MongoClientSettings settings)
{
	return new MongoClient(settings);
}
vibe.d-0.7.30/source/vibe/db/mongo/settings.d000066400000000000000000000235321304441332000207050ustar00rootroot00000000000000/**
	MongoDB client connection settings.

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.mongo.settings;

import vibe.core.log;
import vibe.data.bson;
import vibe.db.mongo.flags : QueryFlags;
import vibe.inet.webform;

import std.conv : to;
import std.digest.digest : toHexString;
import std.digest.md : md5Of;
import std.algorithm : splitter, startsWith;
import std.string : icmp, indexOf, toLower;


/**
 * Parses the given string as a mongodb URL. The URL must be in the form documented at
 * $(LINK http://www.mongodb.org/display/DOCS/Connections) which is:
 *
 * mongodb://[username:password@]host1[:port1][,host2[:port2],...[,hostN[:portN]]][/[database][?options]]
 *
 * Returns: true if the URL was successfully parsed. False if the URL can not be parsed.
 *
 * If the URL is successfully parsed the MongoClientSettings instance will contain the parsed config.
 * If the URL is not successfully parsed the information in the MongoClientSettings instance may be
 * incomplete and should not be used.
 */
bool parseMongoDBUrl(out MongoClientSettings cfg, string url)
{
	import std.exception : enforce;
	
	cfg = new MongoClientSettings();

	string tmpUrl = url[0..$]; // Slice of the url (not a copy)

	if( !startsWith(tmpUrl, "mongodb://") )
	{
		return false;
	}

	// Reslice to get rid of 'mongodb://'
	tmpUrl = tmpUrl[10..$];

	auto authIndex = tmpUrl.indexOf('@');
	sizediff_t hostIndex = 0; // Start of the host portion of the URL.

	// Parse out the username and optional password.
	if( authIndex != -1 )
	{
		// Set the host start to after the '@'
		hostIndex = authIndex + 1;
		string password;

		auto colonIndex = tmpUrl[0..authIndex].indexOf(':');
		if(colonIndex != -1)
		{
			cfg.username = tmpUrl[0..colonIndex];
			password = tmpUrl[colonIndex + 1 .. authIndex];
		} else {
			cfg.username = tmpUrl[0..authIndex];
		}

		// Make sure the username is not empty. If it is then the parse failed.
		if(cfg.username.length == 0)
		{
			return false;
		}

		cfg.digest = MongoClientSettings.makeDigest(cfg.username, password);
	}

	auto slashIndex = tmpUrl[hostIndex..$].indexOf("/");
	if( slashIndex == -1 ) slashIndex = tmpUrl.length;
	else slashIndex += hostIndex;

	// Parse the hosts section.
	try
	{
		foreach(entry; splitter(tmpUrl[hostIndex..slashIndex], ","))
		{
			auto hostPort = splitter(entry, ":");
			string host = hostPort.front;
			hostPort.popFront();
			ushort port = MongoClientSettings.defaultPort;
			if (!hostPort.empty) {
				port = to!ushort(hostPort.front);
				hostPort.popFront();
			}
			enforce(hostPort.empty, "Host specifications are expected to be of the form \"HOST:PORT,HOST:PORT,...\".");
			cfg.hosts ~= MongoHost(host, port);
		}
	} catch (Exception e) {
		return  false; // Probably failed converting the port to ushort.
	}

	// If we couldn't parse a host we failed.
	if(cfg.hosts.length == 0)
	{
		return false;
	}

	if(slashIndex == tmpUrl.length)
	{
		// We're done parsing.
		return true;
	}

	auto queryIndex = tmpUrl[slashIndex..$].indexOf("?");
	if(queryIndex == -1){
		// No query string. Remaining string is the database
		queryIndex = tmpUrl.length;
	} else {
		queryIndex += slashIndex;
	}

	cfg.database = tmpUrl[slashIndex+1..queryIndex];
	if(queryIndex != tmpUrl.length)
	{
		FormFields options;
		parseURLEncodedForm(tmpUrl[queryIndex+1 .. $], options);
		foreach (option, value; options) {
			bool setBool(ref bool dst)
			{
				try {
					dst = to!bool(value);
					return true;
				} catch( Exception e ){
					logError("Value for '%s' must be 'true' or 'false' but was '%s'.", option, value);
					return false;
				}
			}

			bool setLong(ref long dst)
			{
				try {
					dst = to!long(value);
					return true;
				} catch( Exception e ){
					logError("Value for '%s' must be an integer but was '%s'.", option, value);
					return false;
				}
			}

			void warnNotImplemented()
			{
				logDiagnostic("MongoDB option %s not yet implemented.", option);
			}

			switch( option.toLower() ){
				default: logWarn("Unknown MongoDB option %s", option); break;
				case "slaveok": bool v; if( setBool(v) && v ) cfg.defQueryFlags |= QueryFlags.SlaveOk; break;
				case "replicaset": cfg.replicaSet = value; warnNotImplemented(); break;
				case "safe": setBool(cfg.safe); break;
				case "fsync": setBool(cfg.fsync); break;
				case "journal": setBool(cfg.journal); break;
				case "connecttimeoutms": setLong(cfg.connectTimeoutMS); warnNotImplemented(); break;
				case "sockettimeoutms": setLong(cfg.socketTimeoutMS); warnNotImplemented(); break;
				case "ssl": setBool(cfg.ssl); break;
				case "sslverifycertificate": setBool(cfg.sslverifycertificate); break;
				case "wtimeoutms": setLong(cfg.wTimeoutMS); break;
				case "w":
					try {
						if(icmp(value, "majority") == 0){
							cfg.w = Bson("majority");
						} else {
							cfg.w = Bson(to!long(value));
						}
					} catch (Exception e) {
						logError("Invalid w value: [%s] Should be an integer number or 'majority'", value);
					}
				break;
			}
		}

		/* Some m_settings imply safe. If they are set, set safe to true regardless
		 * of what it was set to in the URL string
		 */
		if( (cfg.w != Bson.init) || (cfg.wTimeoutMS != long.init) ||
				cfg.journal 	 || cfg.fsync )
		{
			cfg.safe = true;
		}
	}

	return true;
}

/* Test for parseMongoDBUrl */
unittest
{
	MongoClientSettings cfg;

	assert(parseMongoDBUrl(cfg, "mongodb://localhost"));
	assert(cfg.hosts.length == 1);
	assert(cfg.database == "");
	assert(cfg.hosts[0].name == "localhost");
	assert(cfg.hosts[0].port == 27017);
	assert(cfg.defQueryFlags == QueryFlags.None);
	assert(cfg.replicaSet == "");
	assert(cfg.safe == false);
	assert(cfg.w == Bson.init);
	assert(cfg.wTimeoutMS == long.init);
	assert(cfg.fsync == false);
	assert(cfg.journal == false);
	assert(cfg.connectTimeoutMS == long.init);
	assert(cfg.socketTimeoutMS == long.init);
	assert(cfg.ssl == bool.init);
	assert(cfg.sslverifycertificate == true);

	cfg = MongoClientSettings.init;
	assert(parseMongoDBUrl(cfg, "mongodb://fred:foobar@localhost"));
	assert(cfg.username == "fred");
	//assert(cfg.password == "foobar");
	assert(cfg.digest == MongoClientSettings.makeDigest("fred", "foobar"));
	assert(cfg.hosts.length == 1);
	assert(cfg.database == "");
	assert(cfg.hosts[0].name == "localhost");
	assert(cfg.hosts[0].port == 27017);

	cfg = MongoClientSettings.init;
	assert(parseMongoDBUrl(cfg, "mongodb://fred:@localhost/baz"));
	assert(cfg.username == "fred");
	//assert(cfg.password == "");
	assert(cfg.digest == MongoClientSettings.makeDigest("fred", ""));
	assert(cfg.database == "baz");
	assert(cfg.hosts.length == 1);
	assert(cfg.hosts[0].name == "localhost");
	assert(cfg.hosts[0].port == 27017);

	cfg = MongoClientSettings.init;
	assert(parseMongoDBUrl(cfg, "mongodb://host1,host2,host3/?safe=true&w=2&wtimeoutMS=2000&slaveOk=true&ssl=true&sslverifycertificate=false"));
	assert(cfg.username == "");
	//assert(cfg.password == "");
	assert(cfg.digest == "");
	assert(cfg.database == "");
	assert(cfg.hosts.length == 3);
	assert(cfg.hosts[0].name == "host1");
	assert(cfg.hosts[0].port == 27017);
	assert(cfg.hosts[1].name == "host2");
	assert(cfg.hosts[1].port == 27017);
	assert(cfg.hosts[2].name == "host3");
	assert(cfg.hosts[2].port == 27017);
	assert(cfg.safe == true);
	assert(cfg.w == Bson(2L));
	assert(cfg.wTimeoutMS == 2000);
	assert(cfg.defQueryFlags == QueryFlags.SlaveOk);
	assert(cfg.ssl == true);
	assert(cfg.sslverifycertificate == false);

	cfg = MongoClientSettings.init;
	assert(parseMongoDBUrl(cfg,
				"mongodb://fred:flinstone@host1.example.com,host2.other.example.com:27108,host3:"
				~ "27019/mydb?journal=true;fsync=true;connectTimeoutms=1500;sockettimeoutMs=1000;w=majority"));
	assert(cfg.username == "fred");
	//assert(cfg.password == "flinstone");
	assert(cfg.digest == MongoClientSettings.makeDigest("fred", "flinstone"));
	assert(cfg.database == "mydb");
	assert(cfg.hosts.length == 3);
	assert(cfg.hosts[0].name == "host1.example.com");
	assert(cfg.hosts[0].port == 27017);
	assert(cfg.hosts[1].name == "host2.other.example.com");
	assert(cfg.hosts[1].port == 27108);
	assert(cfg.hosts[2].name == "host3");
	assert(cfg.hosts[2].port == 27019);
	assert(cfg.fsync == true);
	assert(cfg.journal == true);
	assert(cfg.connectTimeoutMS == 1500);
	assert(cfg.socketTimeoutMS == 1000);
	assert(cfg.w == Bson("majority"));
	assert(cfg.safe == true);

	// Invalid URLs - these should fail to parse
	cfg = MongoClientSettings.init;
	assert(! (parseMongoDBUrl(cfg, "localhost:27018")));
	assert(! (parseMongoDBUrl(cfg, "http://blah")));
	assert(! (parseMongoDBUrl(cfg, "mongodb://@localhost")));
	assert(! (parseMongoDBUrl(cfg, "mongodb://:thepass@localhost")));
	assert(! (parseMongoDBUrl(cfg, "mongodb://:badport/")));

	assert(parseMongoDBUrl(cfg, "mongodb://me:sl$ash/w0+rd@localhost"));
	assert(cfg.digest == MongoClientSettings.makeDigest("me", "sl$ash/w0+rd"));
	assert(cfg.hosts.length == 1);
	assert(cfg.hosts[0].name == "localhost");
	assert(cfg.hosts[0].port == 27017);
	assert(parseMongoDBUrl(cfg, "mongodb://me:sl$ash/w0+rd@localhost/mydb"));
	assert(cfg.digest == MongoClientSettings.makeDigest("me", "sl$ash/w0+rd"));
	assert(cfg.database == "mydb");
	assert(cfg.hosts.length == 1);
	assert(cfg.hosts[0].name == "localhost");
	assert(cfg.hosts[0].port == 27017);
}

class MongoClientSettings
{
	enum ushort defaultPort = 27017;

	string username;
	string digest;
	MongoHost[] hosts;
	string database;
	QueryFlags defQueryFlags = QueryFlags.None;
	string replicaSet;
	bool safe;
	Bson w; // Either a number or the string 'majority'
	long wTimeoutMS;
	bool fsync;
	bool journal;
	long connectTimeoutMS;
	long socketTimeoutMS;
	bool ssl;
	bool sslverifycertificate = true;
	string sslPEMKeyFile;
	string sslCAFile;

	static string makeDigest(string username, string password)
	{
		return md5Of(username ~ ":mongo:" ~ password).toHexString().idup.toLower();
	}
}

struct MongoHost
{
	string name;
	ushort port;
}
vibe.d-0.7.30/source/vibe/db/redis/000077500000000000000000000000001304441332000166625ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/db/redis/idioms.d000066400000000000000000000367001304441332000203210ustar00rootroot00000000000000/**
	Type safe implementations of common Redis storage idioms.

	Note that the API is still subject to change!

	Copyright: © 2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.redis.idioms;

import vibe.db.redis.redis;
import vibe.db.redis.types;

import core.time : msecs, seconds;


/**
*/
struct RedisCollection(T /*: RedisValue*/, RedisCollectionOptions OPTIONS = RedisCollectionOptions.defaults, size_t ID_LENGTH = 1)
{
	static assert(ID_LENGTH > 0, "IDs must have a length of at least one.");
	static assert(!(OPTIONS & RedisCollectionOptions.supportIteration) || ID_LENGTH == 1, "ID generation currently not supported for ID lengths greater 2.");

	alias IDS = Replicate!(long, ID_LENGTH);
	static if (ID_LENGTH == 1) alias IDType = long;
	else alias IDType = Tuple!IDS;

	private {
		RedisDatabase m_db;
		string[ID_LENGTH] m_prefix;
		string m_suffix;
		static if (OPTIONS & RedisCollectionOptions.supportIteration || OPTIONS & RedisCollectionOptions.supportPaging) {
			@property string m_idCounter() const { return m_prefix[0] ~ "max"; }
			@property string m_allSet() const { return m_prefix[0] ~ "all"; }
		}
	}

	this(RedisDatabase db, Replicate!(string, ID_LENGTH) name, string suffix = null)
	{
		m_db = db;
		foreach (i, N; name) {
			if (i == 0) m_prefix[i] = name[i] ~ ":";
			else m_prefix[i] = ":" ~ name[i] ~ ":";
		}
		if (suffix.length) m_suffix = ":" ~ suffix;
	}

	@property inout(RedisDatabase) database() inout { return m_db; }

	T opIndex(IDS id) { return T(m_db, getKey(id)); }

	static if (OPTIONS & RedisCollectionOptions.supportIteration || OPTIONS & RedisCollectionOptions.supportPaging) {
		/** Creates an ID without setting a corresponding value.
		*/
		IDType createID()
		{
			auto id = m_db.incr(m_idCounter);
			static if (OPTIONS & RedisCollectionOptions.supportPaging)
				m_db.zadd(m_allSet, id, id);
			else m_db.sadd(m_allSet, id);
			return id;
		}

		IDType add(U)(U args)
		{
			auto id = createID();
			this[id] = args;
			return id;
		}

		bool isMember(long id)
		{
			static if (OPTIONS & RedisCollectionOptions.supportPaging)
				return m_db.zscore(m_allSet, id).hasNext();
			else return m_db.sisMember(m_allSet, id);
		}

		static if (OPTIONS & RedisCollectionOptions.supportPaging) {
			// TODO: add range queries
		}

		int opApply(int delegate(long id) del)
		{
			static if (OPTIONS & RedisCollectionOptions.supportPaging) {
				foreach (id; m_db.zrange!long(m_allSet, 0, -1))
					if (auto ret = del(id))
						return ret;
			} else {
				foreach (id; m_db.smembers!long(m_allSet))
					if (auto ret = del(id))
						return ret;
			}
			return 0;
		}

		int opApply(int delegate(long id, T) del)
		{
			static if (OPTIONS & RedisCollectionOptions.supportPaging) {
				foreach (id; m_db.zrange!long(m_allSet, 0, -1))
					if (auto ret = del(id, this[id]))
						return ret;
			} else {
				foreach (id; m_db.smembers!long(m_allSet))
					if (auto ret = del(id, this[id]))
						return ret;
			}
			return 0;
		}
	}

	/** Removes an ID along with the corresponding value.
	*/
	void remove(IDS id)
	{
		this[id].remove();
		static if (OPTIONS & RedisCollectionOptions.supportIteration || OPTIONS & RedisCollectionOptions.supportPaging) {
			static if (OPTIONS & RedisCollectionOptions.supportPaging)
				m_db.zrem(m_allSet, id);
			else
				m_db.srem(m_allSet, id);
		}
	}


	private string getKey(IDS ids)
	{
		import std.conv;
		static if (ID_LENGTH == 1) {
			return m_prefix[0] ~ ids.to!string ~ m_suffix;
		} else {
			string ret;
			foreach (i, id; ids) ret ~= m_prefix[i] ~ id.to!string;
			return ret ~ m_suffix;
		}
	}
}

enum RedisCollectionOptions {
	none             = 0,    // Plain collection without iteration/paging support
	supportIteration = 1<<0, // Store IDs in a set to be able to iterate and check for existence
	supportPaging    = 1<<1, // Store IDs in a sorted set, to support range based queries
	defaults = supportIteration
}


/** Models a set of numbered hashes.

	This structure is roughly equivalent to a $(D string[string][long]) and is
	commonly used to store collections of objects, such as all users of a
	service. For a strongly typed variant of this class, see
	$(D RedisObjectCollection).

	See_also: $(D RedisObjectCollection)
*/
template RedisHashCollection(RedisCollectionOptions OPTIONS = RedisCollectionOptions.defaults, size_t ID_LENGTH = 1)
{
	alias RedisHashCollection = RedisCollection!(RedisHash, OPTIONS, ID_LENGTH);
}


/** Models a strongly typed set of numbered hashes.

	This structure is roughly equivalent of a $(D T[long]).

	See_also: $(D RedisHashCollection)
*/
template RedisObjectCollection(T, RedisCollectionOptions OPTIONS = RedisCollectionOptions.defaults, size_t ID_LENGTH = 1)
{
	alias RedisObjectCollection = RedisCollection!(RedisObject!T, OPTIONS, ID_LENGTH);
}

///
unittest {
	struct User {
		string name;
		string email;
		int age;
		string password;
	}

	void test()
	{
		auto db = connectRedis("127.0.0.1").getDatabase(0);
		db.deleteAll();

		auto users = RedisObjectCollection!User(db, "users");
		assert(users.add(User("Tom", "tom@example.com", 42, "secret")) == 0);
		assert(users.add(User("Peter", "peter@example.com", 42, "secret")) == 1);

		auto peter = users[1];
		assert(peter.name == "Peter");
	}
}


/** Models a single strongly typed object.

	This structure is rougly equivalent to a value of type $(D T). The
	underlying data is represented as a Redis hash. This means that only
	primitive fields are supported for $(D T).
*/
struct RedisObject(T) {
	private {
		RedisHash!string m_hash;
	}

	this(RedisDatabase db, string key)
	{
		m_hash = RedisHash!string(db, key);
	}

	this(RedisHash!string hash)
	{
		m_hash = hash;
	}

	@property T get()
	{
		T ret;
		auto repl = m_hash.database.hmget(m_hash.key, keys);
		foreach (i, F; typeof(ret.tupleof)) {
			assert(!repl.empty);
			__traits(getMember, ret, keys[i]) = repl.front.fromRedis!F;
			repl.popFront();
		}
		assert(repl.empty);
		return ret;
	}

	@property bool exists() { return m_hash.value.exists(); }

	alias get this;

	void remove() { m_hash.remove(); }

	void opAssign(T val)
	{
		m_hash.database.hmset(m_hash.key, toTuple(toKeysAndValues(val)).expand);
	}

	mixin(fields());

	static private string fields()
	{
		string ret;
		foreach (name; keys) {
			ret ~= "@property auto "~name~"() { return RedisObjectField!(typeof(T."~name~"))(m_hash, \""~name~"\"); }\n";
			ret ~= "@property void "~name~"(typeof(T."~name~") val) { this."~name~".opAssign(val); }\n";
		}
		return ret;
	}

	/*@property auto opDispatch(string name)() //if (is(typeof(getMember, T.init, name)))
	{
		return RedisObjectField!(typeof(__traits(getMember, T.init, name)))(m_hash, name);
	}*/

	private static string[T.tupleof.length*2] toKeysAndValues(T val)
	{
		string[T.tupleof.length*2] ret;
		enum keys = fieldNames!T;
		foreach (i, m; val.tupleof) {
			ret[i*2+0] = keys[i];
			ret[i*2+1] = m.toRedis();
		}
		return ret;
	}

	private enum keys = fieldNames!T;
}

struct RedisObjectField(T) {
	private {
		RedisHash!string m_hash;
		string m_field;
	}

	this(RedisHash!string hash, string field)
	{
		m_hash = hash;
		m_field = field;
	}

	@property T get() { return m_hash.database.hget!string(m_hash.key, m_field).fromRedis!T; }

	alias get this;

	void opAssign(T val) { m_hash.database.hset(m_hash.key, m_field, val.toRedis); }

	void opUnary(string op)() if(op == "++") { m_hash.database.hincr(m_hash.key, m_field, 1); }
	void opUnary(string op)() if(op == "--") { m_hash.database.hincr(m_hash.key, m_field, -1); }

	void opOpAssign(string op)(long val) if (op == "+") { m_hash.database.hincr(m_hash.key, m_field, val); }
	void opOpAssign(string op)(long val) if (op == "-") { m_hash.database.hincr(m_hash.key, m_field, -val); }
	void opOpAssign(string op)(double val) if (op == "+") { m_hash.database.hincr(m_hash.key, m_field, val); }
	void opOpAssign(string op)(double val) if (op == "-") { m_hash.database.hincr(m_hash.key, m_field, -val); }
}


/** Models a strongly typed numbered set of values.


*/
template RedisSetCollection(T, RedisCollectionOptions OPTIONS = RedisCollectionOptions.defaults, size_t ID_LENGTH = 1)
{
	alias RedisSetCollection = RedisCollection!(RedisSet!T, OPTIONS, ID_LENGTH);
}

///
unittest {
	void test()
	{
		auto db = connectRedis("127.0.0.1").getDatabase(0);
		auto user_groups = RedisSetCollection!(string, RedisCollectionOptions.none)(db, "user_groups");

		// add some groups for user with ID 0
		user_groups[0].insert("cooking");
		user_groups[0].insert("hiking");
		// add some groups for user with ID 1
		user_groups[1].insert("coding");

		assert(user_groups[0].contains("hiking"));
		assert(!user_groups[0].contains("coding"));
		assert(user_groups[1].contains("coding"));

		user_groups[0].remove("hiking");
		assert(!user_groups[0].contains("hiking"));
	}
}


/** Models a strongly typed numbered set of values.


*/
template RedisListCollection(T, RedisCollectionOptions OPTIONS = RedisCollectionOptions.defaults, size_t ID_LENGTH = 1)
{
	alias RedisListCollection = RedisCollection!(RedisList!T, OPTIONS, ID_LENGTH);
}


/** Models a strongly typed numbered set of values.


*/
template RedisStringCollection(T = string, RedisCollectionOptions OPTIONS = RedisCollectionOptions.defaults, size_t ID_LENGTH = 1)
{
	alias RedisStringCollection = RedisCollection!(RedisString!T, OPTIONS, ID_LENGTH);
}


// TODO: support distributed locking
struct RedisLock {
	private {
		RedisDatabase m_db;
		string m_key;
		string m_scriptSHA;
	}

	this(RedisDatabase db, string lock_key)
	{
		m_db = db;
		m_key = lock_key;
		m_scriptSHA = m_db.scriptLoad(
`if redis.call("get",KEYS[1]) == ARGV[1] then
	return redis.call("del",KEYS[1])
else
	return 0
end`);
	}

	void performLocked(scope void delegate() del)
	{
		import std.random;
		import vibe.core.core;
		import vibe.data.bson;

		auto lockval = BsonObjectID.generate();
		while (!m_db.setNX(m_key, cast(ubyte[])lockval, 30.seconds))
			sleep(uniform(1, 50).msecs);

		scope (exit) m_db.evalSHA!(string, ubyte[])(m_scriptSHA, [m_key], cast(ubyte[])lockval);

		del();
	}
}


// utility structure, temporarily placed here
struct JsonEncoded(T) {
	import vibe.data.json;
	T value;

	alias value this;

	static JsonEncoded fromString(string str) { return JsonEncoded(deserializeJson!T(str)); }
	string toString() { return serializeToJsonString(value); }

	static assert(isStringSerializable!JsonEncoded);
}
JsonEncoded!T jsonEncoded(T)(T value) { return JsonEncoded!T(value); }


// utility structure, temporarily placed here
struct LazyString(T...) {
	private {
		T m_values;
	}

	this(T values) { m_values = values; }

	void toString(void delegate(string) sink)
	{
		foreach (v; m_values)
			dst.formattedWrite("%s", v);
	}
}


/**
	Strips all non-Redis fields from a struct.

	The returned struct will contain only fiels that can be converted using
	$(D toRedis) and that have names different than "id" or "_id".

	To reconstruct the full struct type, use the $(D RedisStripped.unstrip)
	method.
*/
RedisStripped!(T, strip_id) redisStrip(bool strip_id = true, T)(in T val) { return RedisStripped!(T, strip_id)(val); }

/**
	Represents the stripped type of a struct.

	Strips all fields that cannot be directly stored as values in the Redis
	database. By default, any field named `id` or `_id` is also stripped. Set
	the `strip_id` parameter to `false` to keep those fields.

	See_also: $(D redisStrip)
*/
struct RedisStripped(T, bool strip_id = true) {
	import std.traits : Select, select;
	import std.typetuple;

	//pragma(msg, membersString!());
	mixin(membersString());

	alias StrippedMembers = FilterToType!(Select!(strip_id, isNonRedisTypeOrID, isNonRedisType), T.tupleof);
	alias UnstrippedMembers = FilterToType!(Select!(strip_id, isRedisTypeAndNotID, isRedisType), T.tupleof);
	alias strippedMemberIndices = indicesOf!(Select!(strip_id, isNonRedisTypeOrID, isNonRedisType), T.tupleof);
	alias unstrippedMemberIndices = indicesOf!(Select!(strip_id, isRedisTypeAndNotID, isRedisType), T.tupleof);

	this(in T src) { foreach (i, idx; unstrippedMemberIndices) this.tupleof[i] = src.tupleof[idx]; }

	/** Reconstructs the full (unstripped) struct value.

		The parameters for this method are all stripped fields in the order in
		which they appear in the original struct definition.
	*/
	T unstrip(StrippedMembers stripped_members) {
		T ret;
		populateRedisFields(ret, this.tupleof);
		populateNonRedisFields(ret, stripped_members);
		return ret;
	}

	private void populateRedisFields(ref T dst, UnstrippedMembers values)
	{
		foreach (i, v; values)
			dst.tupleof[unstrippedMemberIndices[i]] = v;
	}

	private void populateNonRedisFields(ref T dst, StrippedMembers values)
	{
		foreach (i, v; values)
			dst.tupleof[strippedMemberIndices[i]] = v;
	}


	/*pragma(msg, T);
	pragma(msg, "stripped: "~StrippedMembers.stringof~" - "~strippedMemberIndices.stringof);
	pragma(msg, "unstripped: "~UnstrippedMembers.stringof~" - "~unstrippedMemberIndices.stringof);*/

	private static string membersString()
	{
		string ret;
		foreach (idx; unstrippedMemberIndices) {
			enum name = __traits(identifier, T.tupleof[idx]);
			ret ~= "typeof(T."~name~") "~name~";\n";
		}
		return ret;
	}
}

unittest {
	static struct S1 { int id; string field; string[] array; }
	auto s1 = S1(42, "hello", ["world"]);
	auto s1s = redisStrip(s1);
	static assert(!is(typeof(s1s.id)));
	static assert(is(typeof(s1s.field)));
	static assert(!is(typeof(s1s.array)));
	assert(s1s.field == "hello");
	auto s1u = s1s.unstrip(42, ["world"]);
	assert(s1u == s1);
}

private template indicesOf(alias PRED, T...)
{
	import std.typetuple;
	template impl(size_t i) {
		static if (i < T.length) {
			static if (PRED!(T[i])) alias impl = TypeTuple!(i, impl!(i+1));
			else alias impl = impl!(i+1);
		} else alias impl = TypeTuple!();
	}
	alias indicesOf = impl!0;
}
private template FilterToType(alias PRED, T...) {
	import std.typetuple;
	template impl(size_t i) {
		static if (i < T.length) {
			static if (PRED!(T[i])) alias impl = TypeTuple!(typeof(T[i]), impl!(i+1));
			else alias impl = impl!(i+1);
		} else alias impl = TypeTuple!();
	}
	alias FilterToType = impl!0;
}
private template isRedisType(alias F) { enum isRedisType = is(typeof(&toRedis!(typeof(F)))); }
private template isNonRedisType(alias F) { enum isNonRedisType = !isRedisType!F; }
static assert(isRedisType!(int.init) && isRedisType!(string.init));
static assert(!isRedisType!((float[]).init));

private template isRedisTypeAndNotID(alias F) { import std.algorithm; enum isRedisTypeAndNotID = !__traits(identifier, F).among("_id", "id") && isRedisType!F; }
private template isNonRedisTypeOrID(alias F) { enum isNonRedisTypeOrID = !isRedisTypeAndNotID!F; }
static assert(isRedisTypeAndNotID!(int.init) && isRedisTypeAndNotID!(string.init));

private auto toTuple(size_t N, T)(T[N] values)
{
	import std.typecons;
	import std.typetuple;
	template impl(size_t i) {
		static if (i < N) alias impl = TypeTuple!(T, impl!(i+1));
		else alias impl = TypeTuple!();
	}
	Tuple!(impl!0) ret;
	foreach (i, T; impl!0) ret[i] = values[i];
	return ret;
}

private template fieldNames(T)
{
	import std.typetuple;
	template impl(size_t i) {
		static if (i < T.tupleof.length)
			alias impl = TypeTuple!(__traits(identifier, T.tupleof[i]), impl!(i+1));
		else alias impl = TypeTuple!();
	}
	enum string[T.tupleof.length] fieldNames = [impl!0];
}

unittest {
	static struct Test { int a; float b; void method() {} Test[] c; void opAssign(Test) {}; ~this() {} }
	static assert(fieldNames!Test[] == ["a", "b", "c"]);
}

private template Replicate(T, size_t L)
{
	import std.typetuple;
	static if (L > 0) {
		alias Replicate = TypeTuple!(T, Replicate!(T, L-1));
	} else alias Replicate = TypeTuple!();
}
vibe.d-0.7.30/source/vibe/db/redis/redis.d000066400000000000000000001537161304441332000201520ustar00rootroot00000000000000/**
	Redis database client implementation.

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Jan Krüger, Sönke Ludwig, Michael Eisendle, Etienne Cimon
*/
module vibe.db.redis.redis;

public import vibe.core.net;

import vibe.core.connectionpool;
import vibe.core.core;
import vibe.core.log;
import vibe.utils.memory : allocArray, freeArray, manualAllocator, defaultAllocator;
import vibe.stream.operations;
import std.conv;
import std.exception;
import std.format;
import std.range : isInputRange, isOutputRange;
import std.string;
import std.traits;
import std.typecons : Nullable;
import std.utf;


/**
	Returns a RedisClient that can be used to communicate to the specified database server.
*/
RedisClient connectRedis(string host, ushort port = RedisClient.defaultPort)
{
	return new RedisClient(host, port);
}

/**
	Returns a Redis database connecction instance corresponding to the given URL.

	The URL must be of the format "redis://server[:port]/dbnum".
*/
RedisDatabase connectRedisDB(URL url)
{
	auto cli = connectRedis(url.host, url.port != 0 ? url.port : RedisClient.defaultPort);
	// TODO: support password
	return cli.getDatabase(url.localURI[1 .. $].to!long);
}

/**
	A redis client with connection pooling.
*/
final class RedisClient {
	private {
		ConnectionPool!RedisConnection m_connections;
		string m_authPassword;
		string m_version;
		long m_selectedDB;
	}

	enum defaultPort = 6379;

	this(string host = "127.0.0.1", ushort port = defaultPort)
	{
		m_connections = new ConnectionPool!RedisConnection({
			return new RedisConnection(host, port);
		});
	}

	/// Returns Redis version
	@property string redisVersion()
	{
		if(m_version == "")
		{
			import std.string;
			auto info = info();
			auto lines = info.splitLines();
			if (lines.length > 1) {
				foreach (string line; lines) {
					auto lineParams = line.split(":");
					if (lineParams.length > 1 && lineParams[0] == "redis_version") {
						m_version = lineParams[1];
						break;
					}
				}
			}
		}

		return m_version;
	}

	/** Returns a handle to the given database.
	*/
	RedisDatabase getDatabase(long index) { return RedisDatabase(this, index); }

	/** Creates a RedisSubscriber instance for launching a pubsub listener
	*/
	RedisSubscriber createSubscriber() {
		return RedisSubscriber(this);
	}

	/*
		Connection
	*/

	/// Authenticate to the server
	void auth(string password) { m_authPassword = password; }
	/// Echo the given string
	T echo(T, U)(U data) if(isValidRedisValueReturn!T && isValidRedisValueType!U) { return request!T("ECHO", data); }
	/// Ping the server
	void ping() { request("PING"); }
	/// Close the connection
	void quit() { request("QUIT"); }

	/*
		Server
	*/

	//TODO: BGREWRITEAOF
	//TODO: BGSAVE

	/// Get the value of a configuration parameter
	T getConfig(T)(string parameter) if(isValidRedisValueReturn!T) { return request!T("CONFIG", "GET", parameter); }
	/// Set a configuration parameter to the given value
	void setConfig(T)(string parameter, T value) if(isValidRedisValueType!T) { request("CONFIG", "SET", parameter, value); }
	/// Reset the stats returned by INFO
	void configResetStat() { request("CONFIG", "RESETSTAT"); }

	//TOOD: Debug Object
	//TODO: Debug Segfault

	/** Deletes all keys from all databases.

		See_also: $(LINK2 http://redis.io/commands/flushall, FLUSHALL)
	*/
	void deleteAll() { request("FLUSHALL"); }

	/// Get information and statistics about the server
	string info() { return request!string("INFO"); }
	/// Get the UNIX time stamp of the last successful save to disk
	long lastSave() { return request!long("LASTSAVE"); }
	//TODO monitor
	/// Synchronously save the dataset to disk
	void save() { request("SAVE"); }
	/// Synchronously save the dataset to disk and then shut down the server
	void shutdown() { request("SHUTDOWN"); }
	/// Make the server a slave of another instance, or promote it as master
	void slaveOf(string host, ushort port) { request("SLAVEOF", host, port); }

	//TODO slowlog
	//TODO sync

	private T request(T = void, ARGS...)(string command, scope ARGS args)
	{
		return requestDB!(T, ARGS)(m_selectedDB, command, args);
	}

	private T requestDB(T, ARGS...)(long db, string command, scope ARGS args)
	{
		auto conn = m_connections.lockConnection();
		conn.setAuth(m_authPassword);
		conn.setDB(db);
		version (RedisDebug) {
			import std.conv;
			string debugargs = command;
			foreach (i, A; ARGS) debugargs ~= ", " ~ args[i].to!string;
		}

		static if (is(T == void)) {
			version (RedisDebug) logDebug("Redis request: %s => void", debugargs);
			_request!void(conn, command, args);
		} else static if (!isInstanceOf!(RedisReply, T)) {
			auto ret = _request!T(conn, command, args);
			version (RedisDebug) logDebug("Redis request: %s => %s", debugargs, ret.to!string);
			return ret;
		} else {
			auto ret = _request!T(conn, command, args);
			version (RedisDebug) logDebug("Redis request: %s => RedisReply", debugargs);
			return ret;
		}
	}
}


/**
	Accesses the contents of a Redis database
*/
struct RedisDatabase {
	private {
		RedisClient m_client;
		long m_index;
	}

	private this(RedisClient client, long index)
	{
		m_client = client;
		m_index = index;
	}

	/** The Redis client with which the database is accessed.
	*/
	@property inout(RedisClient) client() inout { return m_client; }

	/** Index of the database.
	*/
	@property long index() const { return m_index; }

	/** Deletes all keys of the database.

		See_also: $(LINK2 http://redis.io/commands/flushdb, FLUSHDB)
	*/
	void deleteAll() { request!void("FLUSHDB"); }
	/// Delete a key
	long del(scope string[] keys...) { return request!long("DEL", keys); }
	/// Determine if a key exists
	bool exists(string key) { return request!bool("EXISTS", key); }
	/// Set a key's time to live in seconds
	bool expire(string key, long seconds) { return request!bool("EXPIRE", key, seconds); }
	/// Set a key's time to live with D notation. E.g. $(D 5.minutes) for 60 * 5 seconds.
	bool expire(string key, Duration timeout) { return request!bool("PEXPIRE", key, timeout.total!"msecs"); }
	/// Set the expiration for a key as a UNIX timestamp
	bool expireAt(string key, long timestamp) { return request!bool("EXPIREAT", key, timestamp); }
	/// Find all keys matching the given glob-style pattern (Supported wildcards: *, ?, [ABC])
	RedisReply!T keys(T = string)(string pattern) if(isValidRedisValueType!T) { return request!(RedisReply!T)("KEYS", pattern); }
	/// Move a key to another database
	bool move(string key, long db) { return request!bool("MOVE", key, db); }
	/// Remove the expiration from a key
	bool persist(string key) { return request!bool("PERSIST", key); }
	//TODO: object
	/// Return a random key from the keyspace
	string randomKey() { return request!string("RANDOMKEY"); }
	/// Rename a key
	void rename(string key, string newkey) { request("RENAME", key, newkey); }
	/// Rename a key, only if the new key does not exist
	bool renameNX(string key, string newkey) { return request!bool("RENAMENX", key, newkey); }
	//TODO sort
	/// Get the time to live for a key
	long ttl(string key) { return request!long("TTL", key); }
	/// Get the time to live for a key in milliseconds
	long pttl(string key) { return request!long("PTTL", key); }
	/// Determine the type stored at key (string, list, set, zset and hash.)
	string type(string key) { return request!string("TYPE", key); }

	/*
		String Commands
	*/

	/// Append a value to a key
	long append(T)(string key, T suffix) if(isValidRedisValueType!T) { return request!long("APPEND", key, suffix); }
	/// Decrement the integer value of a key by one
	long decr(string key, long value = 1) { return value == 1 ? request!long("DECR", key) : request!long("DECRBY", key, value); }
	/// Get the value of a key
	T get(T = string)(string key) if(isValidRedisValueReturn!T) { return request!T("GET", key); }
	/// Returns the bit value at offset in the string value stored at key
	bool getBit(string key, long offset) { return request!bool("GETBIT", key, offset); }
	/// Get a substring of the string stored at a key
	T getRange(T = string)(string key, long start, long end) if(isValidRedisValueReturn!T) { return request!T("GETRANGE", key, start, end); }
	/// Set the string value of a key and return its old value
	T getSet(T = string, U)(string key, U value) if(isValidRedisValueReturn!T && isValidRedisValueType!U) { return request!T("GETSET", key, value); }
	/// Increment the integer value of a key
	long incr(string key, long value = 1) { return value == 1 ? request!long("INCR", key) : request!long("INCRBY", key, value); }
	/// Increment the real number value of a key
	long incr(string key, double value) { return request!long("INCRBYFLOAT", key, value); }
	/// Get the values of all the given keys
	RedisReply!T mget(T = string)(string[] keys) if(isValidRedisValueType!T) { return request!(RedisReply!T)("MGET", keys); }

	/// Set multiple keys to multiple values
	void mset(ARGS...)(ARGS args)
	{
		static assert(ARGS.length % 2 == 0 && ARGS.length >= 2, "Arguments to mset must be pairs of key/value");
		foreach (i, T; ARGS ) static assert(i % 2 != 0 || is(T == string), "Keys must be strings.");
		request("MSET", args);
	}

	/// Set multiple keys to multiple values, only if none of the keys exist
	bool msetNX(ARGS...)(ARGS args) {
		static assert(ARGS.length % 2 == 0 && ARGS.length >= 2, "Arguments to mset must be pairs of key/value");
		foreach (i, T; ARGS ) static assert(i % 2 != 0 || is(T == string), "Keys must be strings.");
		return request!bool("MSETEX", args);
	}

	/// Set the string value of a key
	void set(T)(string key, T value) if(isValidRedisValueType!T) { request("SET", key, value); }
	/// Set the value of a key, only if the key does not exist
	bool setNX(T)(string key, T value) if(isValidRedisValueType!T) { return request!bool("SETNX", key, value); }
	/// Set the value of a key, only if the key already exists
	bool setXX(T)(string key, T value) if(isValidRedisValueType!T) { return "OK" == request!string("SET", key, value, "XX"); }
	/// Set the value of a key, only if the key does not exist, and also set the specified expire time using D notation, e.g. $(D 5.minutes) for 5 minutes.
	bool setNX(T)(string key, T value, Duration expire_time) if(isValidRedisValueType!T) { return "OK" == request!string("SET", key, value, "PX", expire_time.total!"msecs", "NX"); }
	/// Set the value of a key, only if the key already exists, and also set the specified expire time using D notation, e.g. $(D 5.minutes) for 5 minutes.
	bool setXX(T)(string key, T value, Duration expire_time) if(isValidRedisValueType!T) { return "OK" == request!string("SET", key, value, "PX", expire_time.total!"msecs", "XX"); }
	/// Sets or clears the bit at offset in the string value stored at key
	bool setBit(string key, long offset, bool value) { return request!bool("SETBIT", key, offset, value ? "1" : "0"); }
	/// Set the value and expiration of a key
	void setEX(T)(string key, long seconds, T value) if(isValidRedisValueType!T) { request("SETEX", key, seconds, value); }
	/// Overwrite part of a string at key starting at the specified offset
	long setRange(T)(string key, long offset, T value) if(isValidRedisValueType!T) { return request!long("SETRANGE", key, offset, value); }
	/// Get the length of the value stored in a key
	long strlen(string key) { return request!long("STRLEN", key); }

	/*
		Hashes
	*/
	/// Delete one or more hash fields
	long hdel(string key, scope string[] fields...) { return request!long("HDEL", key, fields); }
	/// Determine if a hash field exists
	bool hexists(string key, string field) { return request!bool("HEXISTS", key, field); }
	/// Set multiple hash fields to multiple values
	void hset(T)(string key, string field, T value) if(isValidRedisValueType!T) { request("HSET", key, field, value); }
	/// Set the value of a hash field, only if the field does not exist
	bool hsetNX(T)(string key, string field, T value) if(isValidRedisValueType!T) { return request!bool("HSETNX", key, field, value); }
	/// Get the value of a hash field.
	T hget(T = string)(string key, string field) if(isValidRedisValueReturn!T) { return request!T("HGET", key, field); }
	/// Get all the fields and values in a hash
	RedisReply!T hgetAll(T = string)(string key) if(isValidRedisValueType!T) { return request!(RedisReply!T)("HGETALL", key); }
	/// Increment the integer value of a hash field
	long hincr(string key, string field, long value=1) { return request!long("HINCRBY", key, field, value); }
	/// Increment the real number value of a hash field
	long hincr(string key, string field, double value) { return request!long("HINCRBYFLOAT", key, field, value); }
	/// Get all the fields in a hash
	RedisReply!T hkeys(T = string)(string key) if(isValidRedisValueType!T) { return request!(RedisReply!T)("HKEYS", key); }
	/// Get the number of fields in a hash
	long hlen(string key) { return request!long("HLEN", key); }
	/// Get the values of all the given hash fields
	RedisReply!T hmget(T = string)(string key, scope string[] fields...) if(isValidRedisValueType!T) { return request!(RedisReply!T)("HMGET", key, fields); }
	/// Set multiple hash fields to multiple values
	void hmset(ARGS...)(string key, ARGS args) { request("HMSET", key, args); }

	/// Get all the values in a hash
	RedisReply!T hvals(T = string)(string key) if(isValidRedisValueType!T) { return request!(RedisReply!T)("HVALS", key); }

	/*
		Lists
	*/
	/// Get an element from a list by its index
	T lindex(T = string)(string key, long index) if(isValidRedisValueReturn!T) { return request!T("LINDEX", key, index); }
	/// Insert value in the list stored at key before the reference value pivot.
	long linsertBefore(T1, T2)(string key, T1 pivot, T2 value) if(isValidRedisValueType!T1 && isValidRedisValueType!T2) { return request!long("LINSERT", key, "BEFORE", pivot, value); }
	/// Insert value in the list stored at key after the reference value pivot.
	long linsertAfter(T1, T2)(string key, T1 pivot, T2 value) if(isValidRedisValueType!T1 && isValidRedisValueType!T2) { return request!long("LINSERT", key, "AFTER", pivot, value); }
	/// Returns the length of the list stored at key. If key does not exist, it is interpreted as an empty list and 0 is returned.
	long llen(string key) { return request!long("LLEN", key); }
	/// Insert all the specified values at the head of the list stored at key.
	long lpush(ARGS...)(string key, ARGS args) { return request!long("LPUSH", key, args); }
	/// Inserts value at the head of the list stored at key, only if key already exists and holds a list.
	long lpushX(T)(string key, T value) if(isValidRedisValueType!T) { return request!long("LPUSHX", key, value); }
	/// Insert all the specified values at the tail of the list stored at key.
	long rpush(ARGS...)(string key, ARGS args) { return request!long("RPUSH", key, args); }
	/// Inserts value at the tail of the list stored at key, only if key already exists and holds a list.
	long rpushX(T)(string key, T value) if(isValidRedisValueType!T) { return request!long("RPUSHX", key, value); }
	/// Returns the specified elements of the list stored at key.
	RedisReply!T lrange(T = string)(string key, long start, long stop) { return request!(RedisReply!T)("LRANGE",  key, start, stop); }
	/// Removes the first count occurrences of elements equal to value from the list stored at key.
	long lrem(T)(string key, long count, T value) if(isValidRedisValueType!T) { return request!long("LREM", key, count, value); }
	/// Sets the list element at index to value.
	void lset(T)(string key, long index, T value) if(isValidRedisValueType!T) { request("LSET", key, index, value); }
	/// Trim an existing list so that it will contain only the specified range of elements specified.
	/// Equivalent to $(D range = range[start .. stop+1])
	void ltrim(string key, long start, long stop) { request("LTRIM",  key, start, stop); }
	/// Removes and returns the last element of the list stored at key.
	T rpop(T = string)(string key) if(isValidRedisValueReturn!T) { return request!T("RPOP", key); }
	/// Removes and returns the first element of the list stored at key.
	T lpop(T = string)(string key) if(isValidRedisValueReturn!T) { return request!T("LPOP", key); }
	/// BLPOP is a blocking list pop primitive. It is the blocking version of LPOP because it blocks
	/// the connection when there are no elements to pop from any of the given lists.
	Nullable!(Tuple!(string, T)) blpop(T = string)(string key, long seconds) if(isValidRedisValueReturn!T)
	{
		auto reply = request!(RedisReply!(ubyte[]))("BLPOP", key, seconds);
		Nullable!(Tuple!(string, T)) ret;
		if (reply.empty || reply.frontIsNull) return ret;
		string rkey = reply.front.convertToType!string();
		reply.popFront();
		ret = tuple(rkey, reply.front.convertToType!T());
		return ret;
	}
	/// Atomically returns and removes the last element (tail) of the list stored at source,
	/// and pushes the element at the first element (head) of the list stored at destination.
	T rpoplpush(T = string)(string key, string destination) if(isValidRedisValueReturn!T) { return request!T("RPOPLPUSH", key, destination); }

	/*
		Sets
	*/
	/// Add the specified members to the set stored at key. Specified members that are already a member of this set are ignored.
	/// If key does not exist, a new set is created before adding the specified members.
	long sadd(ARGS...)(string key, ARGS args) { return request!long("SADD", key, args); }
	/// Returns the set cardinality (number of elements) of the set stored at key.
	long scard(string key) { return request!long("SCARD", key); }
	/// Returns the members of the set resulting from the difference between the first set and all the successive sets.
	RedisReply!T sdiff(T = string)(scope string[] keys...) if(isValidRedisValueType!T) { return request!(RedisReply!T)("SDIFF", keys); }
	/// This command is equal to SDIFF, but instead of returning the resulting set, it is stored in destination.
	/// If destination already exists, it is overwritten.
	long sdiffStore(string destination, scope string[] keys...) { return request!long("SDIFFSTORE", destination, keys); }
	/// Returns the members of the set resulting from the intersection of all the given sets.
	RedisReply!T sinter(T = string)(string[] keys) if(isValidRedisValueType!T) { return request!(RedisReply!T)("SINTER", keys); }
	/// This command is equal to SINTER, but instead of returning the resulting set, it is stored in destination.
	/// If destination already exists, it is overwritten.
	long sinterStore(string destination, scope string[] keys...) { return request!long("SINTERSTORE", destination, keys); }
	/// Returns if member is a member of the set stored at key.
	bool sisMember(T)(string key, T member) if(isValidRedisValueType!T) { return request!bool("SISMEMBER", key, member); }
	/// Returns all the members of the set value stored at key.
	RedisReply!T smembers(T = string)(string key) if(isValidRedisValueType!T) { return request!(RedisReply!T)("SMEMBERS", key); }
	/// Move member from the set at source to the set at destination. This operation is atomic.
	/// In every given moment the element will appear to be a member of source or destination for other clients.
	bool smove(T)(string source, string destination, T member) if(isValidRedisValueType!T) { return request!bool("SMOVE", source, destination, member); }
	/// Removes and returns a random element from the set value stored at key.
	T spop(T = string)(string key) if(isValidRedisValueReturn!T) { return request!T("SPOP", key ); }
	/// Returns a random element from the set stored at key.
	T srandMember(T = string)(string key) if(isValidRedisValueReturn!T) { return request!T("SRANDMEMBER", key ); }
	///returns count random elements from the set stored at key
	RedisReply!T srandMember(T = string)(string key, long count) if(isValidRedisValueReturn!T) { return request!(RedisReply!T)("SRANDMEMBER", key, count ); }


	/// Remove the specified members from the set stored at key.
	long srem(ARGS...)(string key, ARGS args) { return request!long("SREM", key, args); }
	/// Returns the members of the set resulting from the union of all the given sets.
	RedisReply!T sunion(T = string)(scope string[] keys...) if(isValidRedisValueType!T) { return request!(RedisReply!T)("SUNION", keys); }
	/// This command is equal to SUNION, but instead of returning the resulting set, it is stored in destination.
	long sunionStore(scope string[] keys...) { return request!long("SUNIONSTORE", keys); }

	/*
		Sorted Sets
	*/
	/// Add one or more members to a sorted set, or update its score if it already exists
	long zadd(ARGS...)(string key, ARGS args) { return request!long("ZADD", key, args); }
	/// Returns the sorted set cardinality (number of elements) of the sorted set stored at key.
	long zcard(string key) { return request!long("ZCARD", key); }
	/// Returns the number of elements in the sorted set at key with a score between min and max
	long zcount(string RNG = "[]")(string key, double min, double max) { return request!long("ZCOUNT", key, getMinMaxArgs!RNG(min, max)); }
	/// Increments the score of member in the sorted set stored at key by increment.
	double zincrby(T)(string key, double value, T member) if (isValidRedisValueType!T) { return request!double("ZINCRBY", key, value, member); }
	//TODO: zinterstore
	/// Returns the specified range of elements in the sorted set stored at key.
	RedisReply!T zrange(T = string)(string key, long start, long end, bool with_scores = false)
		if(isValidRedisValueType!T)
	{
		if (with_scores) return request!(RedisReply!T)("ZRANGE", key, start, end, "WITHSCORES");
		else return request!(RedisReply!T)("ZRANGE", key, start, end);
	}

	/// When all the elements in a sorted set are inserted with the same score, in order to force lexicographical ordering,
	/// this command returns all the elements in the sorted set at key with a value between min and max.
	RedisReply!T zrangeByLex(T = string)(string key, string min = "-", string max = "+", long offset = 0, long count = -1)
		if(isValidRedisValueType!T)
	{
		if (offset > 0 || count != -1) return request!(RedisReply!T)("ZRANGEBYLEX", key, min, max, "LIMIT", offset, count);
		else return request!(RedisReply!T)("ZRANGEBYLEX", key, min, max);
	}

	/// Returns all the elements in the sorted set at key with a score between start and end inclusively
	RedisReply!T zrangeByScore(T = string, string RNG = "[]")(string key, double start, double end, bool with_scores = false)
		if(isValidRedisValueType!T)
	{
		if (with_scores) return request!(RedisReply!T)("ZRANGEBYSCORE", key, getMinMaxArgs!RNG(start, end), "WITHSCORES");
		else return request!(RedisReply!T)("ZRANGEBYSCORE", key, getMinMaxArgs!RNG(start, end));
	}

	/// Computes an internal list of elements in the sorted set at key with a score between start and end inclusively,
	/// and returns a range subselection similar to $(D results[offset .. offset+count])
	RedisReply!T zrangeByScore(T = string, string RNG = "[]")(string key, double start, double end, long offset, long count, bool with_scores = false)
		if(isValidRedisValueType!T)
	{
		assert(offset >= 0);
		assert(count >= 0);
		if (with_scores) return request!(RedisReply!T)("ZRANGEBYSCORE", key, getMinMaxArgs!RNG(start, end), "WITHSCORES", "LIMIT", offset, count);
		else return request!(RedisReply!T)("ZRANGEBYSCORE", key, getMinMaxArgs!RNG(start, end), "LIMIT", offset, count);
	}

	/// Returns the rank of member in the sorted set stored at key, with the scores ordered from low to high.
	long zrank(T)(string key, T member)
		if (isValidRedisValueType!T)
	{
		auto str = request!string("ZRANK", key, member);
		return str != "" ? parse!long(str) : -1;
	}

	/// Removes the specified members from the sorted set stored at key.
	long zrem(ARGS...)(string key, ARGS members) { return request!long("ZREM", key, members); }
	/// Removes all elements in the sorted set stored at key with rank between start and stop.
	long zremRangeByRank(string key, long start, long stop) { return request!long("ZREMRANGEBYRANK", key, start, stop); }
	/// Removes all elements in the sorted set stored at key with a score between min and max (inclusive).
	long zremRangeByScore(string RNG = "[]")(string key, double min, double max) { return request!long("ZREMRANGEBYSCORE", key, getMinMaxArgs!RNG(min, max));}
	/// Returns the specified range of elements in the sorted set stored at key.
	RedisReply!T zrevRange(T = string)(string key, long start, long end, bool with_scores = false)
		if(isValidRedisValueType!T)
	{
		if (with_scores) return request!(RedisReply!T)("ZREVRANGE", key, start, end, "WITHSCORES");
		else return request!(RedisReply!T)("ZREVRANGE", key, start, end);
	}

	/// Returns all the elements in the sorted set at key with a score between max and min (including elements with score equal to max or min).
	RedisReply!T zrevRangeByScore(T = string, string RNG = "[]")(string key, double min, double max, bool with_scores=false)
		if(isValidRedisValueType!T)
	{
		if (with_scores) return request!(RedisReply!T)("ZREVRANGEBYSCORE", key, getMinMaxArgs!RNG(min, max), "WITHSCORES");
		else return request!(RedisReply!T)("ZREVRANGEBYSCORE", key, getMinMaxArgs!RNG(min, max));
	}

	/// Computes an internal list of elements in the sorted set at key with a score between max and min, and
	/// returns a window of elements selected in a way equivalent to $(D results[offset .. offset + count])
	RedisReply!T zrevRangeByScore(T = string, string RNG = "[]")(string key, double min, double max, long offset, long count, bool with_scores=false)
		if(isValidRedisValueType!T)
	{
		assert(offset >= 0);
		assert(count >= 0);
		if (with_scores) return request!(RedisReply!T)("ZREVRANGEBYSCORE", key, getMinMaxArgs!RNG(min, max), "WITHSCORES", "LIMIT", offset, count);
		else return request!(RedisReply!T)("ZREVRANGEBYSCORE", key, getMinMaxArgs!RNG(min, max), "LIMIT", offset, count);
	}

	/// Returns the rank of member in the sorted set stored at key, with the scores ordered from high to low.
	long zrevRank(T)(string key, T member)
		if (isValidRedisValueType!T)
	{
		auto str = request!string("ZREVRANK", key, member);
		return str != "" ? parse!long(str) : -1;
	}

	/// Returns the score of member in the sorted set at key.
	RedisReply!T zscore(T = string, U)(string key, U member)
		if(isValidRedisValueType!T && isValidRedisValueType!U)
	{
		return request!(RedisReply!T)("ZSCORE", key, member);
	}

	/*
		Hyperloglog
	*/

	/// Adds one or more Keys to a HyperLogLog data structure .
	long pfadd(ARGS...)(string key, ARGS args) { return request!long("PFADD", key, args); }

	/** Returns the approximated cardinality computed by the HyperLogLog data
		structure stored at the specified key.

		When called with a single key, returns the approximated cardinality
		computed by the HyperLogLog data structure stored at the specified
		variable, which is 0 if the variable does not exist.

		When called with multiple keys, returns the approximated cardinality
		of the union of the HyperLogLogs passed, by internally merging the
		HyperLogLogs stored at the provided keys into a temporary HyperLogLog.
	*/
	long pfcount(scope string[] keys...) { return request!long("PFCOUNT", keys); }

	/// Merge multiple HyperLogLog values into a new one.
	void pfmerge(ARGS...)(string destkey, ARGS args) { request("PFMERGE", destkey, args); }


	//TODO: zunionstore

	/*
		Pub / Sub
	*/

	/// Publishes a message to all clients subscribed at the channel
	long publish(string channel, string message)
	{
		auto str = request!string("PUBLISH", channel, message);
		return str != "" ? parse!long(str) : -1;
	}

	/// Inspect the state of the Pub/Sub subsystem
	RedisReply!T pubsub(T = string)(string subcommand, scope string[] args...)
		if(isValidRedisValueType!T)
	{
		return request!(RedisReply!T)("PUBSUB", subcommand, args);
	}

	/*
		TODO: Transactions
	*/
	/// Return the number of keys in the selected database
	long dbSize() { return request!long("DBSIZE"); }

	/*
		LUA Scripts
	*/
	/// Execute a Lua script server side
	RedisReply!T eval(T = string, ARGS...)(string lua_code, scope string[] keys, scope ARGS args)
		if(isValidRedisValueType!T)
	{
		return request!(RedisReply!T)("EVAL", lua_code, keys.length, keys, args);
	}
	/// Evaluates a script cached on the server side by its SHA1 digest. Scripts are cached on the server side using the scriptLoad function.
	RedisReply!T evalSHA(T = string, ARGS...)(string sha, scope string[] keys, scope ARGS args)
		if(isValidRedisValueType!T)
	{
		return request!(RedisReply!T)("EVALSHA", sha, keys.length, keys, args);
	}

	//scriptExists
	//scriptFlush
	//scriptKill

	/// Load a script into the scripts cache, without executing it. Run it using evalSHA.
	string scriptLoad(string lua_code) { return request!string("SCRIPT", "LOAD", lua_code); }

	/// Run the specified command and arguments in the Redis database server
	T request(T = void, ARGS...)(string command, scope ARGS args)
	{
		return m_client.requestDB!(T, ARGS)(m_index, command, args);
	}

	private static string[2] getMinMaxArgs(string RNG)(double min, double max)
	{
		// TODO: avoid GC allocations
		static assert(RNG.length == 2, "The RNG range specification must be two characters long");

		string[2] ret;
		string mins, maxs;
		mins = min == -double.infinity ? "-inf" : min == double.infinity ? "+inf" : format(typeFormatString!double, min);
		maxs = max == -double.infinity ? "-inf" : max == double.infinity ? "+inf" : format(typeFormatString!double, max);

		static if (RNG[0] == '[') ret[0] = mins;
		else static if (RNG[0] == '(') ret[0] = '('~mins;
		else static assert(false, "Opening range specification mist be either '[' or '('.");

		static if (RNG[1] == ']') ret[1] = maxs;
		else static if (RNG[1] == ')') ret[1] = '('~maxs;
		else static assert(false, "Closing range specification mist be either ']' or ')'.");

		return ret;
	}
}


/**
	A redis subscription listener
*/
import std.datetime;
import vibe.core.concurrency;
import std.variant;
import std.typecons : Tuple, tuple;
import std.container : Array;
import std.algorithm : canFind;
import std.range : takeOne;
import std.array : array;

import vibe.utils.memory;

alias RedisSubscriber = FreeListRef!RedisSubscriberImpl;

final class RedisSubscriberImpl {
	private {
		RedisClient m_client;
		LockedConnection!RedisConnection m_lockedConnection;
		bool[string] m_subscriptions;
		string[] m_pendingSubscriptions;
		bool m_listening;
		bool m_stop;
		Task m_listener;
		Task m_listenerHelper;
		Task m_waiter;
		InterruptibleRecursiveTaskMutex m_mutex;
		InterruptibleTaskMutex m_connMutex;
	}

	private enum Action {
		DATA,
		STOP,
		STARTED,
		SUBSCRIBE,
		UNSUBSCRIBE
	}

	@property bool isListening() const {
		return m_listening;
	}

	/// Get a list of channels with active subscriptions
	@property string[] subscriptions() const {
		return m_subscriptions.keys;
	}

	bool hasSubscription(string channel) const {
		return (channel in m_subscriptions) !is null && m_subscriptions[channel];
	}

	this(RedisClient client) {

		logTrace("this()");
		m_client = client;
		m_mutex = new InterruptibleRecursiveTaskMutex;
		m_connMutex = new InterruptibleTaskMutex;
	}

	~this() {
		logTrace("~this");
		bstop();
	}

	/// Stop listening and yield until the operation is complete.
	void bstop(){
		logTrace("bstop");
		if (!m_listening) return;

		void impl() {
			m_mutex.performLocked!({
				m_waiter = Task.getThis();
				scope(exit) m_waiter = Task();
				stop();

				bool stopped;
				do {
					if (!receiveTimeoutCompat(3.seconds, (Action act) { if (act == Action.STOP) stopped = true;  }))
						break;
				} while (!stopped);

				enforce(stopped, "Failed to wait for Redis listener to stop");
			});
		}
		inTask(&impl);
	}

	/// Stop listening asynchroneously
	void stop(){
		logTrace("stop");
		if (!m_listening)
			return;

		void impl() {
			m_mutex.performLocked!({
				m_stop = true;
				m_listener.sendCompat(Action.STOP);
				// send a message to wake up the listenerHelper from the reply
				if (m_subscriptions.length > 0) {
					m_connMutex.performLocked!({
						_request_void(m_lockedConnection, "UNSUBSCRIBE", cast(string[]) m_subscriptions.keys.takeOne.array );
					});
					sleep(30.msecs);
				}
			});
		}
		inTask(&impl);
	}

	private bool hasNewSubscriptionIn(scope string[] args) {
		bool has_new;
		foreach (arg; args)
			if (!hasSubscription(arg))
				has_new = true;
		if (!has_new)
			return false;

		return true;
	}

	private bool anySubscribed(scope string[] args) {

		bool any_subscribed;
		foreach (arg ; args) {
			if (hasSubscription(arg))
				any_subscribed = true;
		}
		return any_subscribed;
	}

	/// Completes the subscription for a listener to start receiving pubsub messages
	/// on the corresponding channel(s). Returns instantly if already subscribed.
	/// If a connection error is thrown here, it stops the listener.
	void subscribe(scope string[] args...)
	{
		logTrace("subscribe");
		if (!m_listening) {
			foreach (arg; args)
				m_pendingSubscriptions ~= arg;
			return;
		}

		if (!hasNewSubscriptionIn(args))
			return;

		void impl() {

			scope(failure) { logTrace("Failure"); bstop(); }
			try {
				m_mutex.performLocked!({
					m_waiter = Task.getThis();
					scope(exit) m_waiter = Task();
					bool subscribed;
					m_connMutex.performLocked!({
						_request_void(m_lockedConnection, "SUBSCRIBE", args);
					});
					while(!m_subscriptions.keys.canFind(args)) {
						if (!receiveTimeoutCompat(2.seconds, (Action act) { enforce(act == Action.SUBSCRIBE);  }))
							break;

						subscribed = true;
					}
					logTrace("Can find keys? : " ~ m_subscriptions.keys.canFind(args).to!string);
					logTrace("Subscriptions: " ~ m_subscriptions.keys.to!string);
					enforce(subscribed, "Could not complete subscription(s).");
				});
			} catch (Throwable e) {
				logTrace(e.toString());
			}
		}
		inTask(&impl);
	}

	/// Unsubscribes from the channel(s) specified, returns immediately if none
	/// is currently being listened.
	/// If a connection error is thrown here, it stops the listener.
	void unsubscribe(scope string[] args...)
	{
		logTrace("unsubscribe");

		void impl() {

			if (!anySubscribed(args))
				return;

			scope(failure) bstop();
			assert(m_listening);

			m_mutex.performLocked!({
				m_waiter = Task.getThis();
				scope(exit) m_waiter = Task();
				bool unsubscribed;
				m_connMutex.performLocked!({
					_request_void(m_lockedConnection, "UNSUBSCRIBE", args);
				});
				while(m_subscriptions.keys.canFind(args)) {
					if (!receiveTimeoutCompat(2.seconds, (Action act) { enforce(act == Action.UNSUBSCRIBE);  })) {
						unsubscribed = false;
						break;
					}
					unsubscribed = true;
				}
				logTrace("Can find keys? : " ~ m_subscriptions.keys.canFind(args).to!string);
				logTrace("Subscriptions: " ~ m_subscriptions.keys.to!string);
				enforce(unsubscribed, "Could not complete unsubscription(s).");
			});
		}
		inTask(&impl);
	}

	/// Same as subscribe, but uses glob patterns, and does not return instantly if
	/// the subscriptions are already registered.
	/// throws Exception if the pattern does not yield a new subscription.
	void psubscribe(scope string[] args...)
	{
		logTrace("psubscribe");
		void impl() {
			scope(failure) bstop();
			assert(m_listening);
			m_mutex.performLocked!({
				m_waiter = Task.getThis();
				scope(exit) m_waiter = Task();
				bool subscribed;
				m_connMutex.performLocked!({
					_request_void(m_lockedConnection, "PSUBSCRIBE", args);
				});

				if (!receiveTimeoutCompat(2.seconds, (Action act) { enforce(act == Action.SUBSCRIBE);  }))
					subscribed = false;
				else
					subscribed = true;

				logTrace("Subscriptions: " ~ m_subscriptions.keys.to!string);
				enforce(subscribed, "Could not complete subscription(s).");
			});
		}
		inTask(&impl);
	}

	/// Same as unsubscribe, but uses glob patterns, and does not return instantly if
	/// the subscriptions are not registered.
	/// throws Exception if the pattern does not yield a new unsubscription.
	void punsubscribe(scope string[] args...)
	{
		logTrace("punsubscribe");
		void impl() {
			scope(failure) bstop();
			assert(m_listening);
			m_mutex.performLocked!({
				m_waiter = Task.getThis();
				scope(exit) m_waiter = Task();
				bool unsubscribed;
				m_connMutex.performLocked!({
					_request_void(m_lockedConnection, "PUNSUBSCRIBE", args);
				});
				if (!receiveTimeoutCompat(2.seconds, (Action act) { enforce(act == Action.UNSUBSCRIBE);  }))
					unsubscribed = false;
				else
					unsubscribed = true;

				logTrace("Can find keys? : " ~ m_subscriptions.keys.canFind(args).to!string);
				logTrace("Subscriptions: " ~ m_subscriptions.keys.to!string);
				enforce(unsubscribed, "Could not complete unsubscription(s).");
			});
		}
		inTask(&impl);
	}

	private void inTask(void delegate() impl) {
		logTrace("inTask");
		if (Task.getThis() == Task())
		{
			import vibe.core.driver;
			Throwable ex;
			bool done;
			Task task = runTask({
				logDebug("inTask" ~ Task.getThis().to!string);
				try impl();
				catch (Throwable e) {
					ex = e;
				}
				done = true;
			});
			while(!done && !ex) {
				processEvents();
			}
			logDebug("done");
			if (ex)
				throw ex;
		}
		else
			impl();
	}

	private void init(){

		logTrace("init");
		if (m_lockedConnection.__conn is null){
			m_lockedConnection = m_client.m_connections.lockConnection();
			m_lockedConnection.setAuth(m_client.m_authPassword);
			m_lockedConnection.setDB(m_client.m_selectedDB);
		}

		if (!m_lockedConnection.conn || !m_lockedConnection.conn.connected) {
			try m_lockedConnection.conn = connectTCP(m_lockedConnection.m_host, m_lockedConnection.m_port);
			catch (Exception e) {
				throw new Exception(format("Failed to connect to Redis server at %s:%s.", m_lockedConnection.m_host, m_lockedConnection.m_port), __FILE__, __LINE__, e);
			}
			m_lockedConnection.conn.tcpNoDelay = true;
			m_lockedConnection.setAuth(m_client.m_authPassword);
			m_lockedConnection.setDB(m_client.m_selectedDB);
		}
	}

	// Same as listen, but blocking
	void blisten(void delegate(string, string) onMessage, Duration timeout = 0.seconds)
	{
		init();

		void onSubscribe(string channel) {
			logTrace("Callback subscribe(%s)", channel);
			m_subscriptions[channel] = true;
			if (m_waiter != Task())
				m_waiter.sendCompat(Action.SUBSCRIBE);
		}

		void onUnsubscribe(string channel) {
			logTrace("Callback unsubscribe(%s)", channel);
			m_subscriptions.remove(channel);
			if (m_waiter != Task())
				m_waiter.sendCompat(Action.UNSUBSCRIBE);
		}

		void teardown() { // teardown
			logTrace("Redis listener exiting");
			// More publish commands may be sent to this connection after recycling it, so we
			// actively destroy it
			Action act;
			// wait for the listener helper to send its stop message
			while (act != Action.STOP)
				act = receiveOnlyCompat!Action();
			m_lockedConnection.conn.close();
			m_lockedConnection.destroy();
			m_listening = false;
			return;
		}
		// http://redis.io/topics/pubsub
		/**
			 	SUBSCRIBE first second
				*3
				$9
				subscribe
				$5
				first
				:1
				*3
				$9
				subscribe
				$6
				second
				:2
			*/
		// This is a simple parser/handler for subscribe/unsubscribe/publish
		// commands sent by redis. The PubSub client protocol is simple enough

		void pubsub_handler() {
			TCPConnection conn = m_lockedConnection.conn;
			ubyte[] newLine = allocArray!ubyte(manualAllocator(), 1);
			scope(exit) freeArray(manualAllocator(), newLine);
			logTrace("Pubsub handler");
			void delegate() dropCRLF = {
				conn.read(newLine);
				conn.read(newLine);
			};
			size_t delegate() readArgs = {
				char[] ucnt = allocArray!char(manualAllocator(), 8);
				scope(exit) freeArray(manualAllocator(), ucnt);
				ubyte num;
				size_t i;
				do {
					conn.read((&num)[0..1]);
					if (num >= 48 && num <= 57)
						ucnt[i] = num;
					else break;
					i++;
				}
				while (true); // ascii
				conn.read(newLine);
				logTrace("Found %s", ucnt);
				// the new line is consumed when num is not in range.
				return ucnt[0 .. i].to!size_t;
			};
			// find the number of arguments in the array
			ubyte symbol;
			conn.read((&symbol)[0 .. 1]);
			enforce(symbol == '*', "Expected '*', got '" ~ symbol.to!string ~ "'");
			size_t args = readArgs();
			// get the number of characters in the first string (the command)
			conn.read((&symbol)[0 .. 1]);
			enforce(symbol == '$', "Expected '$', got '" ~ symbol.to!string ~ "'");
			size_t cnt = readArgs();
			ubyte[] cmd = allocArray!ubyte(manualAllocator(), cnt);
			scope(exit) freeArray(manualAllocator(), cmd);
			conn.read(cmd);
			dropCRLF();
			// find the channel
			conn.read((&symbol)[0 .. 1]);
			enforce(symbol == '$', "Expected '$', got '" ~ symbol.to!string ~ "'");
			cnt = readArgs();
			ubyte[] str = allocArray!ubyte(manualAllocator(), cnt);
			conn.read(str);
			dropCRLF();
			string channel = cast(string) str.idup; // copy to GC to avoid bugs
			freeArray(manualAllocator(), str);
			logTrace("chan: %s", channel);

			if (cmd == "message") { // find the message
				conn.read((&symbol)[0 .. 1]);
				enforce(symbol == '$', "Expected '$', got '" ~ symbol.to!string ~ "'");
				cnt = readArgs();
				str = allocArray!ubyte(manualAllocator(), cnt);
				conn.read(str); // channel
				string message = cast(string) str.idup; // copy to GC to avoid bugs
				logTrace("msg: %s", message);
				freeArray(manualAllocator(), str);
				dropCRLF();
				onMessage(channel, message);
			}
			else if (cmd == "subscribe" || cmd == "unsubscribe") { // find the remaining subscriptions
				bool is_subscribe = (cmd == "subscribe");
				conn.read((&symbol)[0 .. 1]);
				enforce(symbol == ':', "Expected ':', got '" ~ symbol.to!string ~ "'");
				cnt = readArgs(); // number of subscriptions
				logTrace("subscriptions: %d", cnt);
				if (is_subscribe)
					onSubscribe(channel);
				else
					onUnsubscribe(channel);

				// todo: enforce the number of subscriptions?
			}
			else assert(false, "Unrecognized pubsub wire protocol command received");
		}

		// Waits for data and advises the handler
		m_listenerHelper = runTask( {
			while(true) {
				if (!m_stop && m_lockedConnection.conn && m_lockedConnection.conn.waitForData(100.msecs)) {
					// We check every 5 seconds if this task should stay active
					if (m_stop)	break;
					else if (m_lockedConnection.conn && !m_lockedConnection.conn.dataAvailableForRead) continue;
					// Data has arrived, this task is in charge of notifying the main handler loop
					logTrace("Notify data arrival");

					Task.getThis().messageQueue.clear();
					m_listener.sendCompat(Action.DATA);
					if (!receiveTimeoutCompat(5.seconds, (Action act) { assert(act == Action.DATA); }))
						assert(false);

				} else if (m_stop || !m_lockedConnection.conn) break;
				logTrace("No data arrival in 100 ms...");
			}
			logTrace("Listener Helper exit.");
			m_listener.sendCompat(Action.STOP);
		} );

		m_listening = true;
		logTrace("Redis listener now listening");
		if (m_waiter != Task())
			m_waiter.sendCompat(Action.STARTED);

		if (timeout == 0.seconds)
			timeout = 365.days; // make sure 0.seconds is considered as big.

		scope(exit) {
			logTrace("Redis Listener exit.");
			if (!m_stop) {
				stop(); // notifies the listenerHelper
			}
			// close the data connections
			teardown();

			if (m_waiter != Task())
				m_waiter.sendCompat(Action.STOP);

			m_listenerHelper = Task();
			m_listener = Task();
			m_stop = false;
		}

		// Start waiting for data notifications to arrive
		while(true) {

			auto handler = (Action act) {
				if (act == Action.STOP) m_stop = true;
				if (m_stop) return;
				logTrace("Calling PubSub Handler");
				m_connMutex.performLocked!({
					pubsub_handler(); // handles one command at a time
				});
				m_listenerHelper.sendCompat(Action.DATA);
			};

			if (!receiveTimeoutCompat(timeout, handler) || m_stop) {
				logTrace("Redis Listener stopped");
				break;
			}

		}

	}

	/// Waits for messages and calls the callback with the channel and the message as arguments.
	/// The timeout is passed over to the listener, which closes after the period of inactivity.
	/// Use 0.seconds timeout to specify a very long time (365 days)
	/// Errors will be sent to Callback Delegate on channel "Error".
	Task listen(void delegate(string, string) callback, Duration timeout = 0.seconds)
	{
		logTrace("Listen");
		void impl() {
			logTrace("Listen");
			m_waiter = Task.getThis();
			scope(exit) m_waiter = Task();
			Throwable ex;
			m_listener = runTask({
				try blisten(callback, timeout);
				catch(Throwable e) {
					ex = e;
					if (m_waiter != Task() && !m_listening) {
						m_waiter.sendCompat(Action.STARTED);
						return;
					}
					callback("Error", e.toString());
				}
			});
			m_mutex.performLocked!({
				import std.datetime : usecs;
				receiveTimeoutCompat(2.seconds, (Action act) { assert( act == Action.STARTED); });
				if (ex) throw ex;
				enforce(m_listening, "Failed to start listening, timeout of 2 seconds expired");
			});

			foreach (channel; m_pendingSubscriptions) {
				subscribe(channel);
			}

			m_pendingSubscriptions = null;
		}
		inTask(&impl);
		return m_listener;
	}
}



/** Range interface to a single Redis reply.
*/
struct RedisReply(T = ubyte[]) {
	import vibe.utils.memory : FreeListRef;

	static assert(isInputRange!RedisReply);

	private {
		uint m_magic = 0x15f67ab3;
		RedisConnection m_conn;
		LockedConnection!RedisConnection m_lockedConnection;
	}

	alias ElementType = T;

	private this(RedisConnection conn)
	{
		m_conn = conn;
		auto ctx = &conn.m_replyContext;
		assert(ctx.refCount == 0);
		*ctx = RedisReplyContext.init;
		ctx.refCount++;
	}

	this(this)
	{
		assert(m_magic == 0x15f67ab3);
		if (m_conn) {
			auto ctx = &m_conn.m_replyContext;
			assert(ctx.refCount > 0);
			ctx.refCount++;
		}
	}

	~this()
	{
		assert(m_magic == 0x15f67ab3);
		if (m_conn) {
			if (!--m_conn.m_replyContext.refCount)
				drop();
		}
	}

	@property bool empty() const { return !m_conn || m_conn.m_replyContext.index >= m_conn.m_replyContext.length; }

	/** Returns the current element of the reply.

		Note that byte and character arrays may be returned as slices to a
		temporary buffer. This buffer will be invalidated on the next call to
		$(D popFront), so it needs to be duplicated for permanent storage.
	*/
	@property T front()
	{
		assert(!empty, "Accessing the front of an empty RedisReply!");
		auto ctx = &m_conn.m_replyContext;
		if (!ctx.hasData) readData();

		ubyte[] ret = ctx.data;

		return convertToType!T(ret);
	}

	@property bool frontIsNull()
	const {
		assert(!empty, "Accessing the front of an empty RedisReply!");
		return m_conn.m_replyContext.frontIsNull;
	}

	/** Pops the current element of the reply
	*/
	void popFront()
	{
		assert(!empty, "Popping the front of an empty RedisReply!");

		auto ctx = &m_conn.m_replyContext;

		if (!ctx.hasData) readData(); // ensure that we actually read the data entry from the wire
		clearData();
		ctx.index++;

		if (ctx.index >= ctx.length && ctx.refCount == 1) {
			ctx.refCount = 0;
			m_conn = null;
			m_lockedConnection.destroy();
		}
	}


	/// Legacy property for hasNext/next based iteration
	@property bool hasNext() const { return !empty; }

	/// Legacy property for hasNext/next based iteration
	TN next(TN : E[], E)()
	{
		assert(hasNext, "end of reply");

		auto ret = front.dup;
		popFront();
		return cast(TN)ret;
	}

	void drop()
	{
		if (!m_conn) return;
		while (!empty) popFront();
	}

	private void readData()
	{
		auto ctx = &m_conn.m_replyContext;
		assert(!ctx.hasData && ctx.initialized);

		if (ctx.multi)
			readBulk(cast(string)m_conn.conn.readLine());
	}

	private void clearData()
	{
		auto ctx = &m_conn.m_replyContext;
		ctx.data = null;
		ctx.hasData = false;
	}

	private @property void lockedConnection(ref LockedConnection!RedisConnection conn)
	{
		assert(m_conn !is null);
		m_lockedConnection = conn;
	}

	private void initialize()
	{
		assert(m_conn !is null);
		auto ctx = &m_conn.m_replyContext;
		assert(!ctx.initialized);
		ctx.initialized = true;

		auto ln = cast(string)m_conn.conn.readLine();

		switch (ln[0]) {
			default:
				m_conn.conn.close();
				throw new Exception(format("Unknown reply type: %s", ln[0]));
			case '+': ctx.data = cast(ubyte[])ln[1 .. $]; ctx.hasData = true; break;
			case '-': throw new Exception(ln[1 .. $]);
			case ':': ctx.data = cast(ubyte[])ln[1 .. $]; ctx.hasData = true; break;
			case '$':
				readBulk(ln);
				break;
			case '*':
				if (ln.startsWith("*-1")) {
					ctx.length = 0; // TODO: make this NIL reply distinguishable from a 0-length array
				} else {
					ctx.multi = true;
					scope (failure) m_conn.conn.close();
					ctx.length = to!long(ln[ 1 .. $ ]);
				}
				break;
		}
	}

	private void readBulk(string sizeLn)
	{
		assert(m_conn !is null);
		auto ctx = &m_conn.m_replyContext;
		if (sizeLn.startsWith("$-1")) {
			ctx.frontIsNull = true;
			ctx.hasData = true;
			ctx.data = null;
		} else {
			auto size = to!size_t(sizeLn[1 .. $]);
			auto data = new ubyte[size];
			m_conn.conn.read(data);
			m_conn.conn.readLine();
			ctx.frontIsNull = false;
			ctx.hasData = true;
			ctx.data = data;
		}
	}
}

class RedisProtocolException : Exception {
	this(string message, string file = __FILE__, size_t line = __LINE__, Exception next = null)
	{
		super(message, file, line, next);
	}
}

template isValidRedisValueReturn(T)
{
	import std.typecons;
	static if (isInstanceOf!(Nullable, T)) {
		enum isValidRedisValueReturn = isValidRedisValueType!(typeof(T.init.get()));
	} else static if (isInstanceOf!(RedisReply, T)) {
		enum isValidRedisValueReturn = isValidRedisValueType!(T.ElementType);
	} else enum isValidRedisValueReturn = isValidRedisValueType!T;
}

template isValidRedisValueType(T)
{
	enum isValidRedisValueType = is(T : const(char)[]) || is(T : const(ubyte)[]) || is(T == long) || is(T == double) || is(T == bool);
}

private RedisReply!T getReply(T = ubyte)(RedisConnection conn)
{
	auto repl = RedisReply!T(conn);
	repl.initialize();
	return repl;
}

private struct RedisReplyContext {
	long refCount = 0;
	ubyte[] data;
	bool hasData;
	bool multi = false;
	bool initialized = false;
	bool frontIsNull = false;
	long length = 1;
	long index = 0;
	ubyte[128] dataBuffer;
}

private final class RedisConnection {
	private {
		string m_host;
		ushort m_port;
		TCPConnection m_conn;
		string m_password;
		long m_selectedDB;
		RedisReplyContext m_replyContext;
	}

	this(string host, ushort port)
	{
		m_host = host;
		m_port = port;
	}

	@property TCPConnection conn() { return m_conn; }
	@property void conn(TCPConnection conn) { m_conn = conn; }

	void setAuth(string password)
	{
		if (m_password == password) return;
		_request_reply(this, "AUTH", password);
		m_password = password;
	}

	void setDB(long index)
	{
		if (index == m_selectedDB) return;
		_request_reply(this, "SELECT", index);
		m_selectedDB = index;
	}

	private static long countArgs(ARGS...)(scope ARGS args)
	{
		long ret = 0;
		foreach (i, A; ARGS) {
			static if (isArray!A && !(is(A : const(ubyte[])) || is(A : const(char[])))) {
				foreach (arg; args[i])
					ret += countArgs(arg);
			} else ret++;
		}
		return ret;
	}

	unittest {
		assert(countArgs() == 0);
		assert(countArgs(1, 2, 3) == 3);
		assert(countArgs("1", ["2", "3", "4"]) == 4);
		assert(countArgs([["1", "2"], ["3"]]) == 3);
	}

	private static void writeArgs(R, ARGS...)(R dst, scope ARGS args)
		if (isOutputRange!(R, char))
	{
		foreach (i, A; ARGS) {
			static if (is(A == bool)) {
				writeArgs(dst, args[i] ? "1" : "0");
			} else static if (is(A : long) || is(A : real) || is(A == string)) {
				auto alen = formattedLength(args[i]);
				enum fmt = "$%d\r\n"~typeFormatString!A~"\r\n";
				dst.formattedWrite(fmt, alen, args[i]);
			} else static if (is(A : const(ubyte[])) || is(A : const(char[]))) {
				dst.formattedWrite("$%s\r\n", args[i].length);
				dst.put(args[i]);
				dst.put("\r\n");
			} else static if (isArray!A) {
				foreach (arg; args[i])
					writeArgs(dst, arg);
			} else static assert(false, "Unsupported Redis argument type: " ~ A.stringof);
		}
	}

	unittest {
		import std.array : appender;
		auto dst = appender!string;
		writeArgs(dst, false, true, ["2", "3"], "4", 5.0);
		assert(dst.data == "$1\r\n0\r\n$1\r\n1\r\n$1\r\n2\r\n$1\r\n3\r\n$1\r\n4\r\n$1\r\n5\r\n");
	}

	private static long formattedLength(ARG)(scope ARG arg)
	{
		static if (is(ARG == string)) return arg.length;
		else {
			import vibe.internal.rangeutil;
			long length;
			auto rangeCnt = RangeCounter(&length);
			rangeCnt.formattedWrite(typeFormatString!ARG, arg);
			return length;
		}
	}
}

private void _request_void(ARGS...)(RedisConnection conn, string command, scope ARGS args)
{
	import vibe.stream.wrapper;

	if (!conn.conn || !conn.conn.connected) {
		try conn.conn = connectTCP(conn.m_host, conn.m_port);
		catch (Exception e) {
			throw new Exception(format("Failed to connect to Redis server at %s:%s.", conn.m_host, conn.m_port), __FILE__, __LINE__, e);
		}
		conn.conn.tcpNoDelay = true;
	}

	auto nargs = conn.countArgs(args);
	auto rng = StreamOutputRange(conn.conn);
	formattedWrite(&rng, "*%d\r\n$%d\r\n%s\r\n", nargs + 1, command.length, command);
	RedisConnection.writeArgs(&rng, args);
}

private RedisReply!T _request_reply(T = ubyte[], ARGS...)(RedisConnection conn, string command, scope ARGS args)
{
	import vibe.stream.wrapper;

	if (!conn.conn || !conn.conn.connected) {
		try conn.conn = connectTCP(conn.m_host, conn.m_port);
		catch (Exception e) {
			throw new Exception(format("Failed to connect to Redis server at %s:%s.", conn.m_host, conn.m_port), __FILE__, __LINE__, e);
		}
		conn.conn.tcpNoDelay = true;
	}

	auto nargs = conn.countArgs(args);
	auto rng = StreamOutputRange(conn.conn);
	formattedWrite(&rng, "*%d\r\n$%d\r\n%s\r\n", nargs + 1, command.length, command);
	RedisConnection.writeArgs(&rng, args);
	rng.flush();

	return conn.getReply!T;
}

private T _request(T, ARGS...)(LockedConnection!RedisConnection conn, string command, scope ARGS args)
{
	import std.typecons;
	static if (isInstanceOf!(RedisReply, T)) {
		auto reply = _request_reply!(T.ElementType)(conn, command, args);
		reply.lockedConnection = conn;
		return reply;
	} else static if (is(T == void)) {
		_request_reply(conn, command, args);
	} else static if (isInstanceOf!(Nullable, T)) {
		alias TB = typeof(T.init.get());
		auto reply = _request_reply!TB(conn, command, args);
		T ret;
		if (!reply.frontIsNull) ret = reply.front;
		return ret;
	} else {
		auto reply = _request_reply!T(conn, command, args);
		return reply.front;
	}
}

private T convertToType(T)(ubyte[] data)
{
	static if (isSomeString!T) validate(cast(T)data);

	static if (is(T == ubyte[])) return data;
	else static if (is(T == string)) return cast(T)data.idup;
	else static if (is(T == bool)) return data[0] == '1';
	else static if (is(T == int) || is(T == long) || is(T == size_t) || is(T == double)) {
		auto str = cast(string)data;
		return parse!T(str);
	}
	else static assert(false, "Unsupported Redis reply type: " ~ T.stringof);
}

private template typeFormatString(T)
{
	static if (isFloatingPoint!T) enum typeFormatString = "%.16g";
	else enum typeFormatString = "%s";
}
vibe.d-0.7.30/source/vibe/db/redis/sessionstore.d000066400000000000000000000041241304441332000215700ustar00rootroot00000000000000module vibe.db.redis.sessionstore;

import vibe.data.json;
import vibe.db.redis.redis;
import vibe.http.session;
import core.time;
import std.typecons : Nullable;
import std.variant;


final class RedisSessionStore : SessionStore {
	private {
		RedisDatabase m_db;
		Duration m_expirationTime = Duration.max;
	}

	/** Constructs a new Redis session store.

		Params:
			host = Host name of the Redis instance to connect to
			database = Database number to select on the server
			port = Optional port number to use when connecting to the server
	*/
	this(string host, long database, ushort port = RedisClient.defaultPort)
	{
		m_db = connectRedis(host, port).getDatabase(database);
	}

	/** The duration without access after which a session expires.
	*/
	@property Duration expirationTime() const { return m_expirationTime; }
	/// ditto
	@property void expirationTime(Duration dur) { m_expirationTime = dur; }

	@property SessionStorageType storageType() const { return SessionStorageType.json; }

	Session create()
	{
		auto s = createSessionInstance();
		m_db.hmset(s.id, s.id, s.id); // set place holder to avoid create empty hash
		assert(m_db.exists(s.id));
		m_db.expire(s.id, m_expirationTime);
		return s;
	}

	Session open(string id)
	{
		if (m_db.exists(id))
			return createSessionInstance(id);
		return Session.init;
	}

	void set(string id, string name, Variant value)
	{
		m_db.hset(id, name, value.get!Json.toString());
	}

	Variant get(string id, string name, lazy Variant defaultVal)
	{
		auto v = m_db.hget!(Nullable!string)(id, name);
		return v.isNull ? defaultVal : Variant(parseJsonString(v.get));
	}

	bool isKeySet(string id, string key)
	{
		return m_db.hexists(id, key);
	}

	void destroy(string id)
	{
		m_db.del(id);
	}

	int delegate(int delegate(ref string key, ref Variant value)) iterateSession(string id)
	{
		assert(false, "Not available for RedisSessionStore");
	}

	int iterateSession(string id, scope int delegate(string key) del)
	{
		auto res = m_db.hkeys(id);
		while (!res.empty) {
			auto key = res.front;
			res.popFront();
			if (auto ret = del(key))
				return ret;
		}
		return 0;
	}
}
vibe.d-0.7.30/source/vibe/db/redis/types.d000066400000000000000000000456231304441332000202050ustar00rootroot00000000000000/**
	Convenience wrappers types for accessing Redis keys.

	Note that the API is still subject to change!

	Copyright: © 2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.db.redis.types;

import vibe.db.redis.redis;

import std.conv : to;
import std.datetime : SysTime;
import std.typecons : Nullable;
import core.time : Duration, msecs, seconds;


/** Returns a handle to a string type value.
*/
RedisString!T getAsString(T = string)(RedisDatabase db, string key)
{
	return RedisString!T(db, key);
}

///
unittest {
	void test()
	{
		auto db = connectRedis("127.0.0.1").getDatabase(0);
		auto str = db.getAsString("some_string");
		str = "test";
	}
}



/** Returns a handle to a set type value.
*/
RedisSet!T getAsSet(T = string)(RedisDatabase db, string key)
{
	return RedisSet!T(db, key);
}

///
unittest {
	void test()
	{
		auto db = connectRedis("127.0.0.1").getDatabase(0);
		auto set = db.getAsSet("some_set");
		set.insert("test");
	}
}


/** Returns a handle to a set type value.
*/
RedisZSet!T getAsZSet(T = string)(RedisDatabase db, string key)
{
	return RedisZSet!T(db, key);
}

///
unittest {
	void test()
	{
		auto db = connectRedis("127.0.0.1").getDatabase(0);
		auto set = db.getAsZSet("some_sorted_set");
		set.insert(1, "test");
	}
}


/** Returns a handle to a hash type value.
*/
RedisHash!T getAsHash(T = string)(RedisDatabase db, string key)
{
	return RedisHash!T(db, key);
}

///
unittest {
	void test()
	{
		auto db = connectRedis("127.0.0.1").getDatabase(0);
		auto hash = db.getAsHash("some_hash");
		hash["test"] = "123";
	}
}


/** Returns a handle to a list type value.
*/
RedisList!T getAsList(T = string)(RedisDatabase db, string key)
{
	return RedisList!T(db, key);
}

///
unittest {
	void test()
	{
		auto db = connectRedis("127.0.0.1").getDatabase(0);
		auto list = db.getAsList!long("some_list");
		list.insertFront(123);
	}
}


/**
	Converts the given value to a binary/string representation suitable for
	Redis storage.

	These functions are used by the proxy types of this module to convert
	between Redis and D.

	See_also: $(D fromRedis)
*/
string toRedis(T)(T value)
{
	import std.format;
	import std.traits;
	import vibe.data.serialization;
	static if (is(T == bool)) return value ? "1": "0";
	else static if (is(T : long) || is(T : double)) return value.to!string;
	else static if (isSomeString!T) return value.to!string;
	else static if (is(T : const(ubyte)[])) return cast(string)value;
	else static if (isISOExtStringSerializable!T) return value == T.init ? null : value.toISOExtString();
	else static if (isStringSerializable!T) return value.toString();
	else static assert(false, "Unsupported type: "~T.stringof);
}
/// ditto
void toRedis(R, T)(ref R dst, T value)
{
	import std.format;
	import std.traits;
	import vibe.data.serialization;
	static if (is(T == bool)) dst.put(value ? '1' : '0');
	else static if (is(T : long)) dst.formattedWrite("%s", value);
	else static if (isSomeString!T) dst.formattedWrite("%s", value);
	else static if(is(T : const(ubyte)[])) dst.put(value);
	else static if (isISOExtStringSerializable!T) dst.put(value == T.init ? null : value.toISOExtString());
	else static if (isStringSerializable!T) dst.put(value.toString());
	else static assert(false, "Unsupported type: "~T.stringof);
}


/**
	Converts a Redis value back to its original representation.

	These functions are used by the proxy types of this module to convert
	between Redis and D.

	See_also: $(D toRedis)
*/
T fromRedis(T)(string value)
{
	import std.conv;
	import std.traits;
	import vibe.data.serialization;
	static if (is(T == bool)) return value != "0" && value != "false";
	else static if (is(T : long) || is(T : double)) return value.to!T;
	else static if (isSomeString!T) return value.to!T;
	else static if (is(T : const(ubyte)[])) return cast(T)value;
	else static if (isISOExtStringSerializable!T) return value.length ? T.fromISOExtString(value) : T.init;
	else static if (isStringSerializable!T) return T.fromString(value);
	else static assert(false, "Unsupported type: "~T.stringof);
}


/** The type of a Redis key.
*/
enum RedisType {
	none,    /// Non-existent key
	string,  /// String/binary value
	list,    /// Linked list
	set,     /// Unsorted set
	zset,    /// Sorted set
	hash     /// Unsorted map
}


/** Represents a generic Redis value.
*/
struct RedisValue {
	private {
		RedisDatabase m_db;
		string m_key;
	}

	this(RedisDatabase db, string key) { m_db = db; m_key = key; }

	/** The database in which the key is stored.
	*/
	@property inout(RedisDatabase) database() inout { return m_db; }

	/** Name of the corresponding key.
	*/
	@property string key() const { return m_key; }

	/** Remaining time-to-live.

		Returns:
			The time until the key expires, if applicable. Returns
			$(D Duration.max) otherwise.

		See_also: $(LINK2 http://redis.io/commands/pttl, PTTL)
	*/
	@property Duration ttl()
	{
		auto ret = m_db.pttl(m_key);
		return ret >= 0 ? ret.msecs : Duration.max;
	}

	/** The data type of the referenced value.

		Queries the actual type of the value that is referenced by this
		key.

		See_also: $(LINK2 http://redis.io/commands/type, TYPE)
	*/
	@property RedisType type() { import std.conv; return m_db.type(m_key).to!RedisType; }

	/** Checks if the referenced key exists.

		See_also: $(LINK2 http://redis.io/commands/exists, EXISTS)
	*/
	@property bool exists() { return m_db.exists(m_key); }

	/** Removes the referenced key.

		Returns: $(D true) $(I iff) the key was successfully removed.

		See_also: $(LINK2 http://redis.io/commands/del, DEL)
	*/
	bool remove() { return m_db.del(m_key) > 0; }

	/** Sets the key for expiration after the given timeout.

		Note that Redis handles timeouts in second resolution, so that the
		timeout must be at least one second.

		Returns: $(D true) $(I iff) the expiration time was successfully set.

		See_also: $(LINK2 http://redis.io/commands/expire, EXPIRE)
	*/
	bool expire(Duration expire_time) { assert(expire_time >= 1.seconds); return m_db.expire(m_key, expire_time.total!"seconds"); }

	/** Sets the key for expiration at the given point in time.

		Note that Redis handles timeouts in second resolution, so that any
		fractional seconds of the given $(D expire_time) will be truncated.

		Returns: $(D true) $(I iff) the expiration time was successfully set.

		See_also: $(LINK2 http://redis.io/commands/expireat, EXPIREAT)
	*/
	bool expireAt(SysTime expire_time) { return m_db.expireAt(m_key, expire_time.toUnixTime()); }

	/** Removes any existing expiration time for the key.

		Returns:
			$(D true) $(I iff) the key exists and an existing timeout was removed.

		See_also: $(LINK2 http://redis.io/commands/persist, PERSIST)
	*/
	bool persist() { return m_db.persist(m_key); }

	/** Moves this key to a different database.

		Existing keys will not be overwritten.

		Returns:
			$(D true) $(I iff) the key exists and was successfully moved to the
			destination database.

		See_also: $(LINK2 http://redis.io/commands/move, MOVE)
	*/
	bool moveTo(long dst_database) { return m_db.move(m_key, dst_database); }

	/** Renames the referenced key.

		This method will also update this instance to refer to the renamed
		key.

		See_also: $(LINK2 http://redis.io/commands/rename, RENAME), $(D renameIfNotExist)
	*/
	void rename(string new_name) { m_db.rename(m_key, new_name); m_key = new_name; }

	/** Renames the referenced key if the destination key doesn't exist.

		This method will also update this instance to refer to the renamed
		key if the rename was successful.

		Returns:
			$(D true) $(I iff) the source key exists and the destination key doesn't
			exist.

		See_also: $(LINK2 http://redis.io/commands/renamenx, RENAMENX), $(D rename)
	*/
	bool renameIfNotExist(string new_name)
	{
		if (m_db.renameNX(m_key, new_name)) {
			m_key = new_name;
			return true;
		}
		return false;
	}

	//TODO sort
}


/** Represents a Redis string value.

	In addition to the methods specific to string values, all operations of
	$(D RedisValue) are available using an $(D alias this) declaration.
*/
struct RedisString(T = string) {
	RedisValue value;
	alias value this;

	this(RedisDatabase db, string key) { value = RedisValue(db, key); }

	/** The length in bytes of the string.

		See_also: $(LINK2 http://redis.io/commands/strlen, STRLEN)
	*/
	@property long length() { return m_db.strlen(m_key); }

	T get() { return m_db.get!string(m_key).fromRedis!T; }

	T getSet(T value) { return m_db.getSet(m_key, value.toRedis).fromRedis!T; }
	bool getBit(long offset) { return m_db.getBit(m_key, offset); }
	bool setBit(long offset, bool value) { return m_db.setBit(m_key, offset, value); }
	void setExpire(T value, Duration expire_time) { assert(expire_time >= 1.seconds); m_db.setEX(m_key, expire_time.total!"seconds", value.toRedis); }
	bool setIfNotExist(T value) { return m_db.setNX(m_key, value.toRedis); }

	string getSubString(long start, long end) { return m_db.getRange!string(m_key, start, end); }
	long setSubString(long offset, string value) { return m_db.setRange(m_key, offset, value); }

	void opAssign(T value) { m_db.set(m_key, value.toRedis); }

	long opOpAssign(string OP)(string value) if (OP == "~") { return m_db.append(m_key, value); }
	long opUnary(string OP)() if (OP == "++") { return m_db.incr(m_key); }
	long opUnary(string OP)() if (OP == "--") { return m_db.decr(m_key); }
	long opOpAssign(string OP)(long value) if (OP == "+") {
		assert(value != 0);
		if (value > 0) return m_db.incr(m_key, value);
		else return m_db.decr(m_key, -value);
	}
	long opOpAssign(string OP)(long value) if (OP == "-") {
		assert(value != 0);
		if (value > 0) return m_db.incr(m_key, value);
		else return m_db.decr(m_key, -value);
	}
	long opOpAssign(string OP)(double value) if (OP == "+") { return m_db.incr(m_key, value); }
	long opOpAssign(string OP)(double value) if (OP == "-") { return m_db.incr(m_key, -value); }
}


/** Represents a Redis hash value.

	In addition to the methods specific to hash values, all operations of
	$(D RedisValue) are available using an $(D alias this) declaration.
*/
struct RedisHash(T = string) {
	RedisValue value;
	alias value this;

	this(RedisDatabase db, string key) { value = RedisValue(db, key); }

	size_t remove(scope string[] fields...) { return cast(size_t)m_db.hdel(m_key, fields); }
	bool exists(string field) { return m_db.hexists(m_key, field); }

	void opIndexAssign(T value, string field) { m_db.hset(m_key, field, value.toRedis()); }
	T opIndex(string field) { return m_db.hget!string(m_key, field).fromRedis!T(); }

	T get(string field, T def_value)
	{
		import std.typecons;
		auto ret = m_db.hget!(Nullable!string)(m_key, field);
		return ret.isNull ? def_value : ret.fromRedis!T;
	}

	bool setIfNotExist(string field, T value)
	{
		return m_db.hsetNX(m_key, field, value);
	}

	void opIndexOpAssign(string op)(T value, string field) if (op == "+") { m_db.hincr(m_key, field, value.toRedis()); }

	int opApply(scope int delegate(string key, T value) del)
	{
		auto reply = m_db.hgetAll(m_key);
		while (reply.hasNext()) {
			auto key = reply.next!string();
			auto value = reply.next!string();
			if (auto ret = del(key, value.fromRedis!T))
				return ret;
		}
		return 0;
	}


	int opApply(scope int delegate(string key) del)
	{
		auto reply = m_db.hkeys(m_key);
		while (reply.hasNext()) {
			if (auto ret = del(reply.next!string()))
				return ret;
		}
		return 0;
	}

	long length() { return m_db.hlen(m_key); }

	// FIXME: support other types!
	void getMultiple(T[] dst, scope string[] fields...)
	{
		assert(dst.length == fields.length);
		auto reply = m_db.hmget(m_key, fields);
		size_t idx = 0;
		while (reply.hasNext())
			dst[idx++] = reply.next!string().fromRedis!T();
	}

	// FIXME: support other types!
	/*void setMultiple(in string[] src, scope string[] fields...)
	{
		m_db.hmset(m_key, ...);
	}*/

	//RedisReply hvals(string key) { return request!RedisReply("HVALS", key); }
}


/** Represents a Redis list value.

	In addition to the methods specific to list values, all operations of
	$(D RedisValue) are available using an $(D alias this) declaration.
*/
struct RedisList(T = string) {
	RedisValue value;
	alias value this;

	this(RedisDatabase db, string key) { value = RedisValue(db, key); }

	Dollar opDollar() { return Dollar(0); }

	T opIndex(long index)
	{
		assert(index >= 0);
		return m_db.lindex!string(m_key, index).fromRedis!T;
	}
	T opIndex(Dollar index)
	{
		assert(index.offset < 0);
		return m_db.lindex!string(m_key, index.offset).fromRedis!T;
	}
	void opIndexAssign(T value, long index)
	{
		assert(index >= 0);
		m_db.lset(m_key, index, value.toRedis);
	}
	void opIndexAssign(T value, Dollar index)
	{
		assert(index.offset < 0);
		m_db.lset(m_key, index.offset, value.toRedis);
	}
	auto opSlice(S, E)(S start, E end)
		if ((is(S : long) || is(S == Dollar)) && (is(E : long) || is(E == Dollar)))
	{
		import std.algorithm;
		long s, e;
		static if (is(S == Dollar)) {
			assert(start.offset <= 0);
			s = start.offset;
		} else {
			assert(start >= 0);
			s = start;
		}
		static if (is(E == Dollar)) {
			assert(end.offset <= 0);
			e = end.offset - 1;
		} else {
			assert(end >= 0);
			e = end - 1;
		}
		return map!(e => e.fromRedis!T)(m_db.lrange(m_key, s, e));
	}
	auto opSlice()() { return this[0 .. $]; }

	long length() { return m_db.llen(m_key); }

	long insertBefore(T pivot, T value) { return m_db.linsertBefore(m_key, pivot.toRedis, value.toRedis); }
	long insertAfter(T pivot, T value) { return m_db.linsertAfter(m_key, pivot.toRedis, value.toRedis); }

	long insertFront(T value) { return m_db.lpush(m_key, value.toRedis); }
	long insertFrontIfExists(T value) { return m_db.lpushX(m_key, value.toRedis); }
	long insertBack(T value) { return m_db.rpush(m_key, value.toRedis); }
	long insertBackIfExists(T value) { return m_db.rpushX(m_key, value.toRedis); }

	long removeAll(T value) { return m_db.lrem(m_key, 0, value.toRedis); }
	long removeFirst(T value, long count = 1) { assert(count > 0); return m_db.lrem(m_key, count, value.toRedis); }
	long removeLast(T value, long count = 1) { assert(count > 0); return m_db.lrem(m_key, -count, value.toRedis); }

	void trim(long start, long end) { m_db.ltrim(m_key, start, end); }

	T removeFront() { return m_db.lpop!string(m_key).fromRedis!T; }
	T removeBack() { return m_db.rpop!string(m_key).fromRedis!T; }
	Nullable!T removeFrontBlock(Duration max_wait = 0.seconds) {
		assert(max_wait == 0.seconds || max_wait >= 1.seconds);
		auto r = m_db.blpop!string(m_key, max_wait.total!"seconds");
		return r.isNull ? Nullable!T.init : Nullable!T(r[1].fromRedis!T);
	}

	struct Dollar {
		long offset = 0;
		Dollar opAdd(long off) { return Dollar(offset + off); }
		Dollar opSub(long off) { return Dollar(offset - off); }
	}

	int opApply(scope int delegate(T) del)
	{
		foreach (v; this[0 .. $])
			if (auto ret = del(v))
				return ret;
		return 0;
	}

	//RedisReply lrange(string key, long start, long stop) { return request!RedisReply("LRANGE",  key, start, stop); }
	//T rpoplpush(T : E[], E)(string key, string destination) { return request!T("RPOPLPUSH", key, destination); }
}


/** Represents a Redis set value.

	In addition to the methods specific to set values, all operations of
	$(D RedisValue) are available using an $(D alias this) declaration.
*/
struct RedisSet(T = string) {
	RedisValue value;
	alias value this;

	this(RedisDatabase db, string key) { value = RedisValue(db, key); }

	long insert(ARGS...)(ARGS args) { return m_db.sadd(m_key, args); }
	long remove(T value) { return m_db.srem(m_key, value.toRedis()); }
	void remove()() { value.remove(); }
	string pop() { return m_db.spop!string(m_key); }
	long length() { return m_db.scard(m_key); }

	string getRandom() { return m_db.srandMember!string(m_key); }

	//RedisReply sdiff(string[] keys...) { return request!RedisReply("SDIFF", keys); }
	//long sdiffStore(string destination, string[] keys...) { return request!long("SDIFFSTORE", destination, keys); }
	//RedisReply sinter(string[] keys) { return request!RedisReply("SINTER", keys); }
	//long sinterStore(string destination, string[] keys...) { return request!long("SINTERSTORE", destination, keys); }
	bool contains(T value) { return m_db.sisMember(m_key, value.toRedis()); }

	int opApply(scope int delegate(T value) del)
	{
		foreach (m; m_db.smembers!string(m_key))
			if (auto ret = del(m.fromRedis!T()))
				return ret;
		return 0;
	}

	bool intersects(scope RedisSet[] sets...)
	{
		import std.algorithm;
		import std.array;
		return !value.database.sinter(value.key ~ sets.map!(s => s.key).array).empty;
	}

	auto getAll()
	{
		import std.algorithm;
		return map!(r => r.fromRedis!T)(value.database.smembers(value.key));
	}

	//bool smove(T : E[], E)(string source, string destination, T member) { return request!bool("SMOVE", source, destination, member); }
	//RedisReply sunion(string[] keys...) { return request!RedisReply("SUNION", keys); }
	//long sunionStore(string[] keys...) { return request!long("SUNIONSTORE", keys); }
}


/** Represents a Redis sorted set value.

	In addition to the methods specific to sorted set values, all operations of
	$(D RedisValue) are available using an $(D alias this) declaration.
*/
struct RedisZSet(T = string) {
	RedisValue value;
	alias value this;

	this(RedisDatabase db, string key) { value = RedisValue(db, key); }

	long insert(ARGS...)(ARGS args) { return m_db.zadd(m_key, args); }
	long remove(ARGS...)(ARGS members) { return m_db.zrem(m_key, members); }
	long length() { return m_db.zcard(m_key); }

	long count(string INT = "[]")(double min, double max)
		if (INT == "[]")
	{
		return m_db.zcount(m_key, min, max);
	}

	long removeRangeByRank(long start, long end) { return m_db.zremRangeByRank(m_key, start, end); }
	long removeRangeByScore(string INT = "[]")(double min, double max) if (INT == "[]") { return m_db.zremRangeByScore(m_key, min, max); }

	double opIndexOpAssign(string op)(double value, string member) if (op == "+") { return m_db.zincrby(m_key, value, member); }

	long getRank(string member) { return m_db.zrank(m_key, member); }
	long getReverseRank(string member) { return m_db.zrevRank(m_key, member); }

	//TODO: zinterstore

	//RedisReply zrange(string key, long start, long end, bool withScores=false);

	// TODO:
	// supports only inclusive intervals
	// see http://redis.io/commands/zrangebyscore
	//RedisReply zrangeByScore(string key, double start, double end, bool withScores=false);

	// TODO:
	// supports only inclusive intervals
	// see http://redis.io/commands/zrangebyscore
	//RedisReply zrangeByScore(string key, double start, double end, long offset, long count, bool withScores=false);

	//RedisReply zrevRange(string key, long start, long end, bool withScores=false);

	// TODO:
	// supports only inclusive intervals
	// see http://redis.io/commands/zrangebyscore
	//RedisReply zrevRangeByScore(string key, double min, double max, bool withScores=false);

	// TODO:
	// supports only inclusive intervals
	// see http://redis.io/commands/zrangebyscore
	//RedisReply zrevRangeByScore(string key, double min, double max, long offset, long count, bool withScores=false);

	//RedisReply zscore(string key, string member) { return request!RedisReply("ZSCORE", key, member); }
	//TODO: zunionstore
}
vibe.d-0.7.30/source/vibe/http/000077500000000000000000000000001304441332000161465ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/http/auth/000077500000000000000000000000001304441332000171075ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/http/auth/basic_auth.d000066400000000000000000000053601304441332000213620ustar00rootroot00000000000000/**
	Implements HTTP Basic Auth.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.http.auth.basic_auth;

import vibe.http.server;
import vibe.core.log;

import std.base64;
import std.exception;
import std.string;


/**
	Returns a request handler that enforces request to be authenticated using HTTP Basic Auth.
*/
HTTPServerRequestDelegateS performBasicAuth(string realm, bool delegate(string user, string name) pwcheck)
{
	void handleRequest(scope HTTPServerRequest req, scope HTTPServerResponse res)
	{
		auto pauth = "Authorization" in req.headers;

		if( pauth && (*pauth).startsWith("Basic ") ){
			string user_pw = cast(string)Base64.decode((*pauth)[6 .. $]);

			auto idx = user_pw.indexOf(":");
			enforceBadRequest(idx >= 0, "Invalid auth string format!");
			string user = user_pw[0 .. idx];
			string password = user_pw[idx+1 .. $];

			if( pwcheck(user, password) ){
				req.username = user;
				// let the next stage handle the request
				return;
			}
		}

		// else output an error page
		res.statusCode = HTTPStatus.unauthorized;
		res.contentType = "text/plain";
		res.headers["WWW-Authenticate"] = "Basic realm=\""~realm~"\"";
		res.bodyWriter.write("Authorization required");
	}
	return &handleRequest;
}


/**
	Enforces HTTP Basic Auth authentication on the given req/res pair.

	Params:
		req = Request object that is to be checked
		res = Response object that will be used for authentication errors
		realm = HTTP Basic Auth realm reported to the client
		pwcheck = A delegate queried for validating user/password pairs

	Returns: Returns the name of the authenticated user.

	Throws: Throws a HTTPStatusExeption in case of an authentication failure.
*/
string performBasicAuth(scope HTTPServerRequest req, scope HTTPServerResponse res, string realm, scope bool delegate(string user, string name) pwcheck)
{
	auto pauth = "Authorization" in req.headers;
	if( pauth && (*pauth).startsWith("Basic ") ){
		string user_pw = cast(string)Base64.decode((*pauth)[6 .. $]);

		auto idx = user_pw.indexOf(":");
		enforceBadRequest(idx >= 0, "Invalid auth string format!");
		string user = user_pw[0 .. idx];
		string password = user_pw[idx+1 .. $];

		if( pwcheck(user, password) ){
			req.username = user;
			return user;
		}
	}

	res.headers["WWW-Authenticate"] = "Basic realm=\""~realm~"\"";
	throw new HTTPStatusException(HTTPStatus.unauthorized);
}


/**
	Augments the given HTTP request with an HTTP Basic Auth header.
*/
void addBasicAuth(scope HTTPRequest req, string user, string password)
{
	string pwstr = user ~ ":" ~ password;
	string authstr = cast(string)Base64.encode(cast(ubyte[])pwstr);
	req.headers["Authorization"] = "Basic " ~ authstr;
}
vibe.d-0.7.30/source/vibe/http/auth/digest_auth.d000066400000000000000000000113321304441332000215540ustar00rootroot00000000000000/**
	Implements HTTP Digest Authentication.

	This is a minimal implementation based on RFC 2069.

	Copyright: © 2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Kai Nacke
*/
module vibe.http.auth.digest_auth;

import vibe.http.server;
import vibe.core.log;

import std.base64;
import std.datetime;
import std.digest.md;
import std.exception;
import std.string;
import std.uuid;

enum NonceState { Valid, Expired, Invalid }

class DigestAuthInfo
{
	string realm;
	ubyte[] secret;
	ulong timeout;

	this()
	{
		secret = randomUUID().data.dup;
		timeout = 300;
	}

	string createNonce(in HTTPServerRequest req)
	{
		auto now = Clock.currTime(UTC()).stdTime();
		auto time = *cast(ubyte[now.sizeof]*)&now;
		MD5 md5;
		md5.put(time);
		md5.put(secret);
		auto data = md5.finish();
		return Base64.encode(time ~ data);
	}

	NonceState checkNonce(in string nonce, in HTTPServerRequest req)
	{
		auto now = Clock.currTime(UTC()).stdTime();
		ubyte[] decoded = Base64.decode(nonce);
		if (decoded.length != now.sizeof + secret.length) return NonceState.Invalid;
		auto time = decoded[0..now.sizeof];
		if (timeout + *cast(typeof(now)*)time.ptr > now) return NonceState.Expired;
		MD5 md5;
		md5.put(time);
		md5.put(secret);
		auto data = md5.finish();
		if (data[] != decoded[now.sizeof..$]) return NonceState.Invalid;
		return NonceState.Valid;
	}
}

private bool checkDigest(scope HTTPServerRequest req, DigestAuthInfo info, scope string delegate(string realm, string user) pwhash, out bool stale, out string username)
{
	stale = false;
	username = "";
	auto pauth = "Authorization" in req.headers;

	if (pauth && (*pauth).startsWith("Digest ")) {
		string realm, nonce, response, uri, algorithm;
		foreach (param; split((*pauth)[7 .. $], ",")) {
			auto kv = split(param, "=");
			switch (kv[0].strip().toLower()) {
				default: break;
				case "realm": realm = kv[1][1..$-1]; break;
				case "username": username = kv[1][1..$-1]; break;
				case "nonce": nonce = kv[1][1..$-1]; break;
				case "uri": uri = kv[1][1..$-1]; break;
				case "response": response = kv[1][1..$-1]; break;
				case "algorithm": algorithm = kv[1][1..$-1]; break;
			}
		}

		if (realm != info.realm)
			return false;
		if (algorithm !is null && algorithm != "MD5")
			return false;

		auto nonceState = info.checkNonce(nonce, req);
		if (nonceState != NonceState.Valid) {
			stale = nonceState == NonceState.Expired;
			return false;
		}

		auto ha1 = pwhash(realm, username);
		auto ha2 = toHexString!(LetterCase.lower)(md5Of(httpMethodString(req.method) ~ ":" ~ uri));
		auto calcresponse = toHexString!(LetterCase.lower)(md5Of(ha1 ~ ":" ~ nonce ~ ":" ~ ha2 ));
		if (response[] == calcresponse[])
			return true;
	}
	return false;
}

/**
	Returns a request handler that enforces request to be authenticated using HTTP Digest Auth.
*/
HTTPServerRequestDelegate performDigestAuth(DigestAuthInfo info, scope string delegate(string realm, string user) pwhash)
{
	void handleRequest(HTTPServerRequest req, HTTPServerResponse res)
	{
		bool stale;
		string username;
		if (checkDigest(req, info, pwhash, stale, username)) {
			req.username = username;
			return ;
		}

		// else output an error page
		res.statusCode = HTTPStatus.unauthorized;
		res.contentType = "text/plain";
		res.headers["WWW-Authenticate"] = "Digest realm=\""~info.realm~"\", nonce=\""~info.createNonce(req)~"\", stale="~(stale?"true":"false");
		res.bodyWriter.write("Authorization required");
	}
	return &handleRequest;
}

/**
	Enforces HTTP Digest Auth authentication on the given req/res pair.

	Params:
		req = Request object that is to be checked
		res = Response object that will be used for authentication errors
		info = Digest authentication info object
		pwhash = A delegate queried for returning the digest password

	Returns: Returns the name of the authenticated user.

	Throws: Throws a HTTPStatusExeption in case of an authentication failure.
*/
string performDigestAuth(scope HTTPServerRequest req, scope HTTPServerResponse res, DigestAuthInfo info, scope string delegate(string realm, string user) pwhash)
{
	bool stale;
	string username;
	if (checkDigest(req, info, pwhash, stale, username))
		return username;

	res.headers["WWW-Authenticate"] = "Digest realm=\""~info.realm~"\", nonce=\""~info.createNonce(req)~"\", stale="~(stale?"true":"false");
	throw new HTTPStatusException(HTTPStatus.unauthorized);
}

/**
	Creates the digest password from the user name, realm and password.

	Params:
		realm = The realm
		user = The user name
		password = The plain text password

	Returns: Returns the digest password
*/
string createDigestPassword(string realm, string user, string password)
{
	return toHexString!(LetterCase.lower)(md5Of(user ~ ":" ~ realm ~ ":" ~ password)).dup;
}
vibe.d-0.7.30/source/vibe/http/client.d000066400000000000000000001060731304441332000176000ustar00rootroot00000000000000/**
	A simple HTTP/1.1 client implementation.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Jan Krüger
*/
module vibe.http.client;

public import vibe.core.net;
public import vibe.http.common;
public import vibe.inet.url;

import vibe.core.connectionpool;
import vibe.core.core;
import vibe.core.log;
import vibe.data.json;
import vibe.inet.message;
import vibe.inet.url;
import vibe.stream.counting;
import vibe.stream.tls;
import vibe.stream.operations;
import vibe.stream.wrapper : ConnectionProxyStream;
import vibe.stream.zlib;
import vibe.utils.array;
import vibe.utils.memory;

import core.exception : AssertError;
import std.algorithm : splitter;
import std.array;
import std.conv;
import std.encoding : sanitize;
import std.exception;
import std.format;
import std.string;
import std.typecons;
import std.datetime;

version(Posix)
{
	version(VibeLibeventDriver)
	{
		version = UnixSocket;
	}
}
/**************************************************************************************************/
/* Public functions                                                                               */
/**************************************************************************************************/

/**
	Performs a synchronous HTTP request on the specified URL.

	The requester parameter allows to customize the request and to specify the request body for
	non-GET requests before it is sent. A response object is then returned or passed to the
	responder callback synchronously.

	This function is a low-level HTTP client facility. It will not perform automatic redirect,
	caching or similar tasks. For a high-level download facility (similar to cURL), see the
	`vibe.inet.urltransfer` module.

	Note that it is highly recommended to use one of the overloads that take a responder callback,
	as they can avoid some memory allocations and are safe against accidentally leaving stale
	response objects (objects whose response body wasn't fully read). For the returning overloads
	of the function it is recommended to put a `scope(exit)` right after the call in which
	`HTTPClientResponse.dropBody` is called to avoid this.

	See_also: `vibe.inet.urltransfer.download`
*/
HTTPClientResponse requestHTTP(string url, scope void delegate(scope HTTPClientRequest req) requester = null, const(HTTPClientSettings) settings = defaultSettings)
{
	return requestHTTP(URL.parse(url), requester, settings);
}
/// ditto
HTTPClientResponse requestHTTP(URL url, scope void delegate(scope HTTPClientRequest req) requester = null, const(HTTPClientSettings) settings = defaultSettings)
{
	version(UnixSocket) {
		enforce(url.schema == "http" || url.schema == "https" || url.schema == "http+unix" || url.schema == "https+unix", "URL schema must be http(s) or http(s)+unix.");
	} else {
		enforce(url.schema == "http" || url.schema == "https", "URL schema must be http(s).");
	}
	enforce(url.host.length > 0, "URL must contain a host name.");
	bool use_tls;

	if (settings.proxyURL.schema !is null)
		use_tls = settings.proxyURL.schema == "https";
	else
	{
		version(UnixSocket)
			use_tls = url.schema == "https";
		else
			use_tls = url.schema == "https" || url.schema == "https+unix";
	}

	auto cli = connectHTTP(url.getFilteredHost, url.port, use_tls, settings);
	auto res = cli.request((req){
			if (url.localURI.length) {
				assert(url.path.absolute, "Request URL path must be absolute.");
				req.requestURL = url.localURI;
			}
			if (settings.proxyURL.schema !is null)
				req.requestURL = url.toString(); // proxy exception to the URL representation

			// Provide port number when it is not the default one (RFC2616 section 14.23)
			if (url.port && url.port != url.defaultPort)
				req.headers["Host"] = format("%s:%d", url.host, url.port);
			else
				req.headers["Host"] = url.host;

			if ("authorization" !in req.headers && url.username != "") {
				import std.base64;
				string pwstr = url.username ~ ":" ~ url.password;
				req.headers["Authorization"] = "Basic " ~
					cast(string)Base64.encode(cast(ubyte[])pwstr);
			}
			if (requester) requester(req);
		});

	// make sure the connection stays locked if the body still needs to be read
	if( res.m_client ) res.lockedConnection = cli;

	logTrace("Returning HTTPClientResponse for conn %s", cast(void*)res.lockedConnection.__conn);
	return res;
}
/// ditto
void requestHTTP(string url, scope void delegate(scope HTTPClientRequest req) requester, scope void delegate(scope HTTPClientResponse req) responder, const(HTTPClientSettings) settings = defaultSettings)
{
	requestHTTP(URL(url), requester, responder, settings);
}
/// ditto
void requestHTTP(URL url, scope void delegate(scope HTTPClientRequest req) requester, scope void delegate(scope HTTPClientResponse req) responder, const(HTTPClientSettings) settings = defaultSettings)
{
	version(UnixSocket) {
		enforce(url.schema == "http" || url.schema == "https" || url.schema == "http+unix" || url.schema == "https+unix", "URL schema must be http(s) or http(s)+unix.");
	} else {
		enforce(url.schema == "http" || url.schema == "https", "URL schema must be http(s).");
	}
	enforce(url.host.length > 0, "URL must contain a host name.");
	bool use_tls;

	if (settings.proxyURL.schema !is null)
		use_tls = settings.proxyURL.schema == "https";
	else
	{
		version(UnixSocket)
			use_tls = url.schema == "https";
		else
			use_tls = url.schema == "https" || url.schema == "https+unix";
	}

	auto cli = connectHTTP(url.getFilteredHost, url.port, use_tls, settings);
	cli.request((scope req) {
		if (url.localURI.length) {
			assert(url.path.absolute, "Request URL path must be absolute.");
			req.requestURL = url.localURI;
		}
		if (settings.proxyURL.schema !is null)
			req.requestURL = url.toString(); // proxy exception to the URL representation

		// Provide port number when it is not the default one (RFC2616 section 14.23)
		if (url.port && url.port != url.defaultPort)
			req.headers["Host"] = format("%s:%d", url.host, url.port);
		else
			req.headers["Host"] = url.host;

		if ("authorization" !in req.headers && url.username != "") {
			import std.base64;
			string pwstr = url.username ~ ":" ~ url.password;
			req.headers["Authorization"] = "Basic " ~
				cast(string)Base64.encode(cast(ubyte[])pwstr);
		}
		if (requester) requester(req);
	}, responder);
	assert(!cli.m_requesting, "HTTP client still requesting after return!?");
	assert(!cli.m_responding, "HTTP client still responding after return!?");
}

/** Posts a simple JSON request. Note that the server www.example.org does not
	exists, so there will be no meaningful result.
*/
unittest {
	import vibe.core.log;
	import vibe.http.client;
	import vibe.stream.operations;

	void test()
	{
		requestHTTP("http://www.example.org/",
			(scope req) {
				req.method = HTTPMethod.POST;
				//req.writeJsonBody(["name": "My Name"]);
			},
			(scope res) {
				logInfo("Response: %s", res.bodyReader.readAllUTF8());
			}
		);
	}
}


/**
	Returns a HTTPClient proxy object that is connected to the specified host.

	Internally, a connection pool is used to reuse already existing connections. Note that
	usually requestHTTP should be used for making requests instead of manually using a
	HTTPClient to do so.
*/
auto connectHTTP(string host, ushort port = 0, bool use_tls = false, const(HTTPClientSettings) settings = null)
{
	static struct ConnInfo { string host; ushort port; bool useTLS; string proxyIP; ushort proxyPort; NetworkAddress bind_addr; }
	static FixedRingBuffer!(Tuple!(ConnInfo, ConnectionPool!HTTPClient), 16) s_connections;

	auto sttngs = settings ? settings : defaultSettings;

	if( port == 0 ) port = use_tls ? 443 : 80;
	auto ckey = ConnInfo(host, port, use_tls, sttngs.proxyURL.host, sttngs.proxyURL.port, sttngs.networkInterface);

	ConnectionPool!HTTPClient pool;
	foreach (c; s_connections)
		if (c[0] == ckey)
			pool = c[1];

	if (!pool) {
		logDebug("Create HTTP client pool %s:%s %s proxy %s:%d", host, port, use_tls, sttngs.proxyURL.host, sttngs.proxyURL.port);
		pool = new ConnectionPool!HTTPClient({
				auto ret = new HTTPClient;
				ret.connect(host, port, use_tls, sttngs);
				return ret;
			});
		if (s_connections.full) s_connections.popFront();
		s_connections.put(tuple(ckey, pool));
	}

	return pool.lockConnection();
}


/**************************************************************************************************/
/* Public types                                                                                   */
/**************************************************************************************************/

/**
	Defines an HTTP/HTTPS proxy request or a connection timeout for an HTTPClient.
*/
class HTTPClientSettings {
	URL proxyURL;
	Duration defaultKeepAliveTimeout = 10.seconds;

	/// Forces a specific network interface to use for outgoing connections.
	NetworkAddress networkInterface = anyAddress;

	/// Can be used to force looking up IPv4/IPv6 addresses for host names.
	AddressFamily dnsAddressFamily = AddressFamily.UNSPEC;
}

///
unittest {
	void test() {

		HTTPClientSettings settings = new HTTPClientSettings;
		settings.proxyURL = URL.parse("http://proxyuser:proxypass@192.168.2.50:3128");
		settings.defaultKeepAliveTimeout = 0.seconds; // closes connection immediately after receiving the data.
		requestHTTP("http://www.example.org",
					(scope req){
			req.method = HTTPMethod.GET;
		},
		(scope res){
			logInfo("Headers:");
			foreach(key, ref value; res.headers) {
				logInfo("%s: %s", key, value);
			}
			logInfo("Response: %s", res.bodyReader.readAllUTF8());
		}, settings);

	}
}


/**
	Implementation of a HTTP 1.0/1.1 client with keep-alive support.

	Note that it is usually recommended to use requestHTTP for making requests as that will use a
	pool of HTTPClient instances to keep the number of connection establishments low while not
	blocking requests from different tasks.
*/
final class HTTPClient {
	enum maxHeaderLineLength = 4096;

	private {
		Rebindable!(const(HTTPClientSettings)) m_settings;
		string m_server;
		ushort m_port;
		bool m_useTLS;
		TCPConnection m_conn;
		Stream m_stream;
		TLSContext m_tls;
		static __gshared m_userAgent = "vibe.d/"~vibeVersionString~" (HTTPClient, +http://vibed.org/)";
		static __gshared void function(TLSContext) ms_tlsSetup;
		bool m_requesting = false, m_responding = false;
		SysTime m_keepAliveLimit;
		Duration m_keepAliveTimeout;
	}

	/** Get the current settings for the HTTP client. **/
	@property const(HTTPClientSettings) settings() const {
		return m_settings;
	}

	/**
		Sets the default user agent string for new HTTP requests.
	*/
	static void setUserAgentString(string str) { m_userAgent = str; }

	/**
		Sets a callback that will be called for every TLS context that is created.

		Setting such a callback is useful for adjusting the validation parameters
		of the TLS context.
	*/
	static void setTLSSetupCallback(void function(TLSContext) func) { ms_tlsSetup = func; }

	/**
		Connects to a specific server.

		This method may only be called if any previous connection has been closed.
	*/
	void connect(string server, ushort port = 80, bool use_tls = false, const(HTTPClientSettings) settings = defaultSettings)
	{
		assert(m_conn is null);
		assert(port != 0);
		disconnect();
		m_conn = null;
		m_settings = settings;
		m_keepAliveTimeout = settings.defaultKeepAliveTimeout;
		m_keepAliveLimit = Clock.currTime(UTC()) + m_keepAliveTimeout;
		m_server = server;
		m_port = port;
		m_useTLS = use_tls;
		if (use_tls) {
			m_tls = createTLSContext(TLSContextKind.client);
			// this will be changed to trustedCert once a proper root CA store is available by default
			m_tls.peerValidationMode = TLSPeerValidationMode.none;
			if (ms_tlsSetup) ms_tlsSetup(m_tls);
		}
	}

	/**
		Forcefully closes the TCP connection.

		Before calling this method, be sure that no request is currently being processed.
	*/
	void disconnect()
	{
		if (m_conn) {
			if (m_conn.connected) {
				try m_stream.finalize();
				catch (Exception e) logDebug("Failed to finalize connection stream when closing HTTP client connection: %s", e.msg);
				m_conn.close();
			}
			if (m_stream !is m_conn) {
				destroy(m_stream);
				m_stream = null;
			}
			destroy(m_conn);
			m_conn = null;
		}
	}

	private void doProxyRequest(T, U)(T* res, U requester, ref bool close_conn, ref bool has_body)
	{
		version (VibeManualMemoryManagement) {
			scope request_allocator = new PoolAllocator(1024, defaultAllocator());
			scope(exit) request_allocator.reset();
		} else auto request_allocator = defaultAllocator();
		import std.conv : to;

		res.dropBody();
		scope(failure)
			res.disconnect();
		if (res.statusCode != 407) {
			throw new HTTPStatusException(HTTPStatus.internalServerError, "Proxy returned Proxy-Authenticate without a 407 status code.");
		}

		// send the request again with the proxy authentication information if available
		if (m_settings.proxyURL.username is null) {
			throw new HTTPStatusException(HTTPStatus.proxyAuthenticationRequired, "Proxy Authentication Required.");
		}

		m_responding = false;
		close_conn = false;
		bool found_proxy_auth;

		foreach (string proxyAuth; res.headers.getAll("Proxy-Authenticate"))
		{
			if (proxyAuth.length >= "Basic".length && proxyAuth[0.."Basic".length] == "Basic")
			{
				found_proxy_auth = true;
				break;
			}
		}

		if (!found_proxy_auth)
		{
			throw new HTTPStatusException(HTTPStatus.notAcceptable, "The Proxy Server didn't allow Basic Authentication");
		}

		SysTime connected_time;
		has_body = doRequestWithRetry(requester, true, close_conn, connected_time);
		m_responding = true;

		static if (is (T == HTTPClientResponse*))
			*res = new HTTPClientResponse(this, has_body, close_conn, request_allocator, connected_time);
		else
			*res = scoped!HTTPClientResponse(this, has_body, close_conn, request_allocator, connected_time);

		if (res.headers.get("Proxy-Authenticate", null) !is null){
			res.dropBody();
			throw new HTTPStatusException(HTTPStatus.ProxyAuthenticationRequired, "Proxy Authentication Failed.");
		}

	}

	/**
		Performs a HTTP request.

		`requester` is called first to populate the request with headers and the desired
		HTTP method and version. After a response has been received it is then passed
		to the caller which can in turn read the reponse body. Any part of the body
		that has not been processed will automatically be consumed and dropped.

		Note that the `requester` callback might be invoked multiple times in the event
		that a request has to be resent due to a connection failure.

		Also note that the second form of this method (returning a `HTTPClientResponse`) is
		not recommended to use as it may accidentially block a HTTP connection when
		only part of the response body was read and also requires a heap allocation
		for the response object. The callback based version on the other hand uses
		a stack allocation and guarantees that the request has been fully processed
		once it has returned.
	*/
	void request(scope void delegate(scope HTTPClientRequest req) requester, scope void delegate(scope HTTPClientResponse) responder)
	{
		version (VibeManualMemoryManagement) {
			scope request_allocator = new PoolAllocator(1024, defaultAllocator());
			scope(exit) request_allocator.reset();
		} else auto request_allocator = defaultAllocator();

		bool close_conn;
		SysTime connected_time;
		bool has_body = doRequestWithRetry(requester, false, close_conn, connected_time);

		m_responding = true;
		auto res = scoped!HTTPClientResponse(this, has_body, close_conn, request_allocator, connected_time);

		// proxy implementation
		if (res.headers.get("Proxy-Authenticate", null) !is null) {
			doProxyRequest(&res, requester, close_conn, has_body);
		}

		Exception user_exception;
		{
			scope (failure) {
				m_responding = false;
				disconnect();
			}
			try responder(res);
			catch (Exception e) {
				logDebug("Error while handling response: %s", e.toString().sanitize());
				user_exception = e;
			}
			if (m_responding) {
				logDebug("Failed to handle the complete response of the server - disconnecting.");
				res.disconnect();
			}
			assert(!m_responding, "Still in responding state after finalizing the response!?");

			if (user_exception || res.headers.get("Connection") == "close")
				disconnect();
		}
		if (user_exception) throw user_exception;
	}

	/// ditto
	HTTPClientResponse request(scope void delegate(HTTPClientRequest) requester)
	{
		bool close_conn;
		SysTime connected_time;
		bool has_body = doRequestWithRetry(requester, false, close_conn, connected_time);
		m_responding = true;
		auto res = new HTTPClientResponse(this, has_body, close_conn, defaultAllocator(), connected_time);

		// proxy implementation
		if (res.headers.get("Proxy-Authenticate", null) !is null) {
			doProxyRequest(&res, requester, close_conn, has_body);
		}

		return res;
	}

	private bool doRequestWithRetry(scope void delegate(HTTPClientRequest req) requester, bool confirmed_proxy_auth /* basic only */, out bool close_conn, out SysTime connected_time)
	{
		if (m_conn && m_conn.connected && connected_time > m_keepAliveLimit){
			logDebug("Disconnected to avoid timeout");
			disconnect();
		}

		// check if this isn't the first request on a connection
		bool is_persistent_request = m_conn && m_conn.connected;

		// retry the request if the connection gets closed prematurely and this is a persistent request
		bool has_body;
		foreach (i; 0 .. is_persistent_request ? 2 : 1) {
		 	connected_time = Clock.currTime(UTC());

			close_conn = false;
			has_body = doRequest(requester, &close_conn, false, connected_time);

			logTrace("HTTP client waiting for response");
			if (!m_stream.empty) break;

			enforce(i != 1, "Second attempt to send HTTP request failed.");
		}
		return has_body;
	}

	private bool doRequest(scope void delegate(HTTPClientRequest req) requester, bool* close_conn, bool confirmed_proxy_auth = false /* basic only */, SysTime connected_time = Clock.currTime(UTC()))
	{
		assert(!m_requesting, "Interleaved HTTP client requests detected!");
		assert(!m_responding, "Interleaved HTTP client request/response detected!");

		m_requesting = true;
		scope(exit) m_requesting = false;

		if (!m_conn || !m_conn.connected) {
			if (m_conn) m_conn.close(); // make sure all resources are freed
			if (m_settings.proxyURL.host !is null){

				enum AddressType {
					IPv4,
					IPv6,
					Host
				}

				static AddressType getAddressType(string host){
					import std.regex : regex, Captures, Regex, matchFirst;

					__gshared auto IPv4Regex = regex(`^\s*((25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?))\s*$`, ``);
					__gshared auto IPv6Regex = regex(`^\s*((([0-9A-Fa-f]{1,4}:){7}([0-9A-Fa-f]{1,4}|:))|(([0-9A-Fa-f]{1,4}:){6}(:[0-9A-Fa-f]{1,4}|((25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)(\.(25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)){3})|:))|(([0-9A-Fa-f]{1,4}:){5}(((:[0-9A-Fa-f]{1,4}){1,2})|:((25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)(\.(25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)){3})|:))|(([0-9A-Fa-f]{1,4}:){4}(((:[0-9A-Fa-f]{1,4}){1,3})|((:[0-9A-Fa-f]{1,4})?:((25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)(\.(25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)){3}))|:))|(([0-9A-Fa-f]{1,4}:){3}(((:[0-9A-Fa-f]{1,4}){1,4})|((:[0-9A-Fa-f]{1,4}){0,2}:((25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)(\.(25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)){3}))|:))|(([0-9A-Fa-f]{1,4}:){2}(((:[0-9A-Fa-f]{1,4}){1,5})|((:[0-9A-Fa-f]{1,4}){0,3}:((25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)(\.(25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)){3}))|:))|(([0-9A-Fa-f]{1,4}:){1}(((:[0-9A-Fa-f]{1,4}){1,6})|((:[0-9A-Fa-f]{1,4}){0,4}:((25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)(\.(25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)){3}))|:))|(:(((:[0-9A-Fa-f]{1,4}){1,7})|((:[0-9A-Fa-f]{1,4}){0,5}:((25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)(\.(25[0-5]|2[0-4]\d|1\d\d|[1-9]?\d)){3}))|:)))(%.+)?\s*$`, ``);

					if (!matchFirst(host, IPv4Regex).empty)
					{
						return AddressType.IPv4;
					}
					else if (!matchFirst(host, IPv6Regex).empty)
					{
						return AddressType.IPv6;
					}
					else
					{
						return AddressType.Host;
					}
				}

				import std.functional : memoize;
				alias findAddressType = memoize!getAddressType;

				bool use_dns;
				if (findAddressType(m_settings.proxyURL.host) == AddressType.Host)
				{
					use_dns = true;
				}

				NetworkAddress proxyAddr = resolveHost(m_settings.proxyURL.host, m_settings.dnsAddressFamily, use_dns);
				proxyAddr.port = m_settings.proxyURL.port;
				m_conn = connectTCP(proxyAddr, m_settings.networkInterface);
			}
			else {
				version(UnixSocket)
				{
					import core.sys.posix.sys.un;
					import core.sys.posix.sys.socket;
					import std.regex : regex, Captures, Regex, matchFirst, ctRegex;
					import core.stdc.string : strcpy;

					NetworkAddress addr;
					if (m_server[0] == '/')
					{
						addr.family = AF_UNIX;
						sockaddr_un* s = addr.sockAddrUnix();
						enforce(s.sun_path.length > m_server.length, "Unix sockets cannot have that long a name.");
						s.sun_family = AF_UNIX;
						strcpy(cast(char*)s.sun_path.ptr,m_server.toStringz());
					} else
					{
						addr = resolveHost(m_server, m_settings.dnsAddressFamily);
						addr.port = m_port;
					}
					m_conn = connectTCP(addr, m_settings.networkInterface);
				} else
				{
					auto addr = resolveHost(m_server, m_settings.dnsAddressFamily);
					addr.port = m_port;
					m_conn = connectTCP(addr, m_settings.networkInterface);
				}
			}

			m_stream = m_conn;
			if (m_useTLS) {
				try m_stream = createTLSStream(m_conn, m_tls, TLSStreamState.connecting, m_server, m_conn.remoteAddress);
				catch (Exception e) {
					m_conn.close();
					throw e;
				}
			}
		}

		auto req = scoped!HTTPClientRequest(m_stream, m_conn.localAddress);
		req.headers["User-Agent"] = m_userAgent;
		if (m_settings.proxyURL.host !is null){
			req.headers["Proxy-Connection"] = "keep-alive";
			*close_conn = false; // req.headers.get("Proxy-Connection", "keep-alive") != "keep-alive";
			if (confirmed_proxy_auth)
			{
				import std.base64;
				ubyte[] user_pass = cast(ubyte[])(m_settings.proxyURL.username ~ ":" ~ m_settings.proxyURL.password);

				req.headers["Proxy-Authorization"] = "Basic " ~ cast(string) Base64.encode(user_pass);
			}
		}
		else {
			req.headers["Connection"] = "keep-alive";
			*close_conn = false; // req.headers.get("Connection", "keep-alive") != "keep-alive";
		}
		req.headers["Accept-Encoding"] = "gzip, deflate";
		req.headers["Host"] = m_server;
		requester(req);
		req.finalize();

		return req.method != HTTPMethod.HEAD;
	}
}


/**
	Represents a HTTP client request (as sent to the server).
*/
final class HTTPClientRequest : HTTPRequest {
	private {
		OutputStream m_bodyWriter;
		bool m_headerWritten = false;
		FixedAppender!(string, 22) m_contentLengthBuffer;
		NetworkAddress m_localAddress;
	}


	/// private
	this(Stream conn, NetworkAddress local_addr)
	{
		super(conn);
		m_localAddress = local_addr;
	}

	@property NetworkAddress localAddress() const { return m_localAddress; }

	/**
		Accesses the Content-Length header of the request.

		Negative values correspond to an unset Content-Length header.
	*/
	@property long contentLength() const { return headers.get("Content-Length", "-1").to!long(); }
	/// ditto
	@property void contentLength(long value)
	{
		if (value >= 0) headers["Content-Length"] = clengthString(value);
		else if ("Content-Length" in headers) headers.remove("Content-Length");
	}

	/**
		Writes the whole response body at once using raw bytes.
	*/
	void writeBody(RandomAccessStream data)
	{
		writeBody(data, data.size - data.tell());
	}
	/// ditto
	void writeBody(InputStream data)
	{
		headers["Transfer-Encoding"] = "chunked";
		bodyWriter.write(data);
		finalize();
	}
	/// ditto
	void writeBody(InputStream data, ulong length)
	{
		headers["Content-Length"] = clengthString(length);
		bodyWriter.write(data, length);
		finalize();
	}
	/// ditto
	void writeBody(in ubyte[] data, string content_type = null)
	{
		if( content_type != "" ) headers["Content-Type"] = content_type;
		headers["Content-Length"] = clengthString(data.length);
		bodyWriter.write(data);
		finalize();
	}

	/**
		Writes the response body as JSON data.
	*/
	void writeJsonBody(T)(T data, bool allow_chunked = false)
	{
		import vibe.stream.wrapper;

		headers["Content-Type"] = "application/json";

		// set an explicit content-length field if chunked encoding is not allowed
		if (!allow_chunked) {
			import vibe.internal.rangeutil;
			long length = 0;
			auto counter = RangeCounter(&length);
			serializeToJson(counter, data);
			headers["Content-Length"] = clengthString(length);
		}

		auto rng = StreamOutputRange(bodyWriter);
		serializeToJson(&rng, data);
		rng.flush();
		finalize();
	}

	void writePart(MultiPart part)
	{
		assert(false, "TODO");
	}

	/**
		An output stream suitable for writing the request body.

		The first retrieval will cause the request header to be written, make sure
		that all headers are set up in advance.s
	*/
	@property OutputStream bodyWriter()
	{
		if (m_bodyWriter) return m_bodyWriter;

		assert(!m_headerWritten, "Trying to write request body after body was already written.");

		if ("Content-Length" !in headers && "Transfer-Encoding" !in headers
			&& headers.get("Connection", "") != "close")
		{
			headers["Transfer-Encoding"] = "chunked";
		}

		writeHeader();
		m_bodyWriter = m_conn;

		if (headers.get("Transfer-Encoding", null) == "chunked")
			m_bodyWriter = new ChunkedOutputStream(m_bodyWriter);

		return m_bodyWriter;
	}

	private void writeHeader()
	{
		import vibe.stream.wrapper;

		assert(!m_headerWritten, "HTTPClient tried to write headers twice.");
		m_headerWritten = true;

		auto output = StreamOutputRange(m_conn);

		formattedWrite(&output, "%s %s %s\r\n", httpMethodString(method), requestURL, getHTTPVersionString(httpVersion));
		logTrace("--------------------");
		logTrace("HTTP client request:");
		logTrace("--------------------");
		logTrace("%s", this);
		foreach( k, v; headers ){
			formattedWrite(&output, "%s: %s\r\n", k, v);
			logTrace("%s: %s", k, v);
		}
		output.put("\r\n");
		logTrace("--------------------");
	}

	private void finalize()
	{
		// test if already finalized
		if (m_headerWritten && !m_bodyWriter)
			return;

		// force the request to be sent
		if (!m_headerWritten) writeHeader();
		else {
			bodyWriter.flush();
			if (m_bodyWriter !is m_conn) {
				m_bodyWriter.finalize();
				m_conn.flush();
			}
			m_bodyWriter = null;
		}
	}

	private string clengthString(ulong len)
	{
		m_contentLengthBuffer.clear();
		formattedWrite(&m_contentLengthBuffer, "%s", len);
		return m_contentLengthBuffer.data;
	}
}


/**
	Represents a HTTP client response (as received from the server).
*/
final class HTTPClientResponse : HTTPResponse {
	private {
		HTTPClient m_client;
		LockedConnection!HTTPClient lockedConnection;
		FreeListRef!LimitedInputStream m_limitedInputStream;
		FreeListRef!ChunkedInputStream m_chunkedInputStream;
		FreeListRef!GzipInputStream m_gzipInputStream;
		FreeListRef!DeflateInputStream m_deflateInputStream;
		FreeListRef!EndCallbackInputStream m_endCallback;
		InputStream m_bodyReader;
		bool m_closeConn;
		int m_maxRequests;
	}

	/// Contains the keep-alive 'max' parameter, indicates how many requests a client can
	/// make before the server closes the connection.
	@property int maxRequests() const {
		return m_maxRequests;
	}

	/// private
	this(HTTPClient client, bool has_body, bool close_conn, Allocator alloc = defaultAllocator(), SysTime connected_time = Clock.currTime(UTC()))
	{
		m_client = client;
		m_closeConn = close_conn;

		scope(failure) finalize(true);

		// read and parse status line ("HTTP/#.# #[ $]\r\n")
		logTrace("HTTP client reading status line");
		string stln = cast(string)client.m_stream.readLine(HTTPClient.maxHeaderLineLength, "\r\n", alloc);
		logTrace("stln: %s", stln);
		this.httpVersion = parseHTTPVersion(stln);

		enforce(stln.startsWith(" "));
		stln = stln[1 .. $];
		this.statusCode = parse!int(stln);
		if( stln.length > 0 ){
			enforce(stln.startsWith(" "));
			stln = stln[1 .. $];
			this.statusPhrase = stln;
		}

		// read headers until an empty line is hit
		parseRFC5322Header(client.m_stream, this.headers, HTTPClient.maxHeaderLineLength, alloc, false);

		logTrace("---------------------");
		logTrace("HTTP client response:");
		logTrace("---------------------");
		logTrace("%s", this);
		foreach (k, v; this.headers)
			logTrace("%s: %s", k, v);
		logTrace("---------------------");

		Duration server_timeout;
		bool has_server_timeout;
		if (auto pka = "Keep-Alive" in this.headers) {
			foreach(s; splitter(*pka, ',')){
				auto pair = s.splitter('=');
				auto name = pair.front.strip();
				pair.popFront();
				if (icmp(name, "timeout") == 0) {
					has_server_timeout = true;
					server_timeout = pair.front.to!int().seconds;
				} else if (icmp(name, "max") == 0) {
					m_maxRequests = pair.front.to!int();
				}
			}
		}
		Duration elapsed = Clock.currTime(UTC()) - connected_time;
		if (this.headers.get("Connection") == "close") {
			// this header will trigger m_client.disconnect() in m_client.doRequest() when it goes out of scope
		} else if (has_server_timeout && m_client.m_keepAliveTimeout > server_timeout) {
			m_client.m_keepAliveLimit = Clock.currTime(UTC()) + server_timeout - elapsed;
		} else if (this.httpVersion == HTTPVersion.HTTP_1_1) {
			m_client.m_keepAliveLimit = Clock.currTime(UTC()) + m_client.m_keepAliveTimeout;
		}

		if (!has_body) finalize();
	}

	~this()
	{
		debug if (m_client) { import std.stdio; writefln("WARNING: HTTPClientResponse not fully processed before being finalized"); }
	}

	/**
		An input stream suitable for reading the response body.
	*/
	@property InputStream bodyReader()
	{
		if( m_bodyReader ) return m_bodyReader;

		assert (m_client, "Response was already read or no response body, may not use bodyReader.");

		// prepare body the reader
		if (auto pte = "Transfer-Encoding" in this.headers) {
			enforce(*pte == "chunked");
			m_chunkedInputStream = FreeListRef!ChunkedInputStream(m_client.m_stream);
			m_bodyReader = this.m_chunkedInputStream;
		} else if (auto pcl = "Content-Length" in this.headers) {
			m_limitedInputStream = FreeListRef!LimitedInputStream(m_client.m_stream, to!ulong(*pcl));
			m_bodyReader = m_limitedInputStream;
		} else if (isKeepAliveResponse) {
			m_limitedInputStream = FreeListRef!LimitedInputStream(m_client.m_stream, 0);
			m_bodyReader = m_limitedInputStream;
		} else {
			m_bodyReader = m_client.m_stream;
		}

		if( auto pce = "Content-Encoding" in this.headers ){
			if( *pce == "deflate" ){
				m_deflateInputStream = FreeListRef!DeflateInputStream(m_bodyReader);
				m_bodyReader = m_deflateInputStream;
			} else if( *pce == "gzip" || *pce == "x-gzip"){
				m_gzipInputStream = FreeListRef!GzipInputStream(m_bodyReader);
				m_bodyReader = m_gzipInputStream;
			}
			else enforce(*pce == "identity" || *pce == "", "Unsuported content encoding: "~*pce);
		}

		// be sure to free resouces as soon as the response has been read
		m_endCallback = FreeListRef!EndCallbackInputStream(m_bodyReader, &this.finalize);
		m_bodyReader = m_endCallback;

		return m_bodyReader;
	}

	/**
		Provides unsafe means to read raw data from the connection.

		No transfer decoding and no content decoding is done on the data.

		Not that the provided delegate must read the whole stream,
		as the state of the response is unknown after raw bytes have been
		taken. Failure to read the right amount of data will lead to
		protocol corruption in later requests.
	*/
	void readRawBody(scope void delegate(scope InputStream stream) del)
	{
		assert(!m_bodyReader, "May not mix use of readRawBody and bodyReader.");
		del(m_client.m_stream);
		finalize();
	}

	/**
		Reads the whole response body and tries to parse it as JSON.
	*/
	Json readJson(){
		auto bdy = bodyReader.readAllUTF8();
		return parseJson(bdy);
	}

	/**
		Reads and discards the response body.
	*/
	void dropBody()
	{
		if (m_client) {
			if( bodyReader.empty ){
				finalize();
			} else {
				nullSink().write(bodyReader);
				assert(!lockedConnection.__conn);
			}
		}
	}

	/**
		Forcefully terminates the connection regardless of the current state.

		Note that this will only actually disconnect if the request has not yet
		been fully processed. If the whole body was already read, the
		connection is not owned by the current request operation anymore and
		cannot be accessed. Use a "Connection: close" header instead in this
		case to let the server close the connection.
	*/
	void disconnect()
	{
		finalize(true);
	}

	/**
		Switches the connection to a new protocol and returns the resulting ConnectionStream.

		The caller caller gets ownership of the ConnectionStream and is responsible
		for closing it.

		Notice:
			When using the overload that returns a `ConnectionStream`, the caller
			must make sure that the stream is not used after the
			`HTTPClientRequest` has been destroyed.

		Params:
			new_protocol = The protocol to which the connection is expected to
				upgrade. Should match the Upgrade header of the request. If an
				empty string is passed, the "Upgrade" header will be ignored and
				should be checked by other means.
	*/
	ConnectionStream switchProtocol(string new_protocol)
	{
		enforce(statusCode == HTTPStatus.switchingProtocols, "Server did not send a 101 - Switching Protocols response");
		string *resNewProto = "Upgrade" in headers;
		enforce(resNewProto, "Server did not send an Upgrade header");
		enforce(!new_protocol.length || !icmp(*resNewProto, new_protocol),
			"Expected Upgrade: " ~ new_protocol ~", received Upgrade: " ~ *resNewProto);
		auto stream = new ConnectionProxyStream(m_client.m_stream, m_client.m_conn);
		m_client.m_responding = false;
		m_client = null;
		m_closeConn = true; // cannot reuse connection for further requests!
		return stream;
	}
	/// ditto
	void switchProtocol(string new_protocol, scope void delegate(ConnectionStream str) del)
	{
		enforce(statusCode == HTTPStatus.switchingProtocols, "Server did not send a 101 - Switching Protocols response");
		string *resNewProto = "Upgrade" in headers;
		enforce(resNewProto, "Server did not send an Upgrade header");
		enforce(!new_protocol.length || !icmp(*resNewProto, new_protocol),
			"Expected Upgrade: " ~ new_protocol ~", received Upgrade: " ~ *resNewProto);
		scope stream = new ConnectionProxyStream(m_client.m_stream, m_client.m_conn);
		m_client.m_responding = false;
		m_client = null;
		m_closeConn = true;
		del(stream);
	}

	private @property isKeepAliveResponse()
	const {
		string conn;
		if (this.httpVersion == HTTPVersion.HTTP_1_0) conn = this.headers.get("Connection", "close");
		else conn = this.headers.get("Connection", "keep-alive");
		return icmp(conn, "close") != 0;
	}

	private void finalize()
	{
		finalize(m_closeConn);
	}

	private void finalize(bool disconnect)
	{
		// ignore duplicate and too early calls to finalize
		// (too early happesn for empty response bodies)
		if (!m_client) return;

		auto cli = m_client;
		m_client = null;
		cli.m_responding = false;
		destroy(m_deflateInputStream);
		destroy(m_gzipInputStream);
		destroy(m_chunkedInputStream);
		destroy(m_limitedInputStream);
		if (disconnect) cli.disconnect();
		destroy(lockedConnection);
	}
}

/** Returns clean host string. In case of unix socket it performs urlDecode on host. */
private auto getFilteredHost(URL url)
{
	version(UnixSocket)
	{
		import vibe.textfilter.urlencode : urlDecode;
		if (url.schema == "https+unix" || url.schema == "http+unix")
			return urlDecode(url.host);
		else
			return url.host;
	} else
		return url.host;
}

// This object is a placeholder and should to never be modified.
package __gshared HTTPClientSettings defaultSettings = new HTTPClientSettings;
vibe.d-0.7.30/source/vibe/http/common.d000066400000000000000000000503261304441332000176110ustar00rootroot00000000000000/**
	Common classes for HTTP clients and servers.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Jan Krüger
*/
module vibe.http.common;

public import vibe.http.status;

import vibe.core.log;
import vibe.core.net;
import vibe.inet.message;
import vibe.stream.operations;
import vibe.textfilter.urlencode : urlEncode, urlDecode;
import vibe.utils.array;
import vibe.utils.memory;
import vibe.utils.string;

import std.algorithm;
import std.array;
import std.conv;
import std.datetime;
import std.exception;
import std.format;
import std.range : isOutputRange;
import std.string;
import std.typecons;


enum HTTPVersion {
	HTTP_1_0,
	HTTP_1_1
}


enum HTTPMethod {
	// HTTP standard, RFC 2616
	GET,
	HEAD,
	PUT,
	POST,
	PATCH,
	DELETE,
	OPTIONS,
	TRACE,
	CONNECT,

	// WEBDAV extensions, RFC 2518
	PROPFIND,
	PROPPATCH,
	MKCOL,
	COPY,
	MOVE,
	LOCK,
	UNLOCK,

	// Versioning Extensions to WebDAV, RFC 3253
	VERSIONCONTROL,
	REPORT,
	CHECKOUT,
	CHECKIN,
	UNCHECKOUT,
	MKWORKSPACE,
	UPDATE,
	LABEL,
	MERGE,
	BASELINECONTROL,
	MKACTIVITY,

	// Ordered Collections Protocol, RFC 3648
	ORDERPATCH,

	// Access Control Protocol, RFC 3744
	ACL
}


/**
	Returns the string representation of the given HttpMethod.
*/
string httpMethodString(HTTPMethod m)
{
	switch(m){
		case HTTPMethod.BASELINECONTROL: return "BASELINE-CONTROL";
		case HTTPMethod.VERSIONCONTROL: return "VERSION-CONTROL";
		default: return to!string(m);
	}
}

/**
	Returns the HttpMethod value matching the given HTTP method string.
*/
HTTPMethod httpMethodFromString(string str)
{
	switch(str){
		default: throw new Exception("Invalid HTTP method: "~str);
		// HTTP standard, RFC 2616
		case "GET": return HTTPMethod.GET;
		case "HEAD": return HTTPMethod.HEAD;
		case "PUT": return HTTPMethod.PUT;
		case "POST": return HTTPMethod.POST;
		case "PATCH": return HTTPMethod.PATCH;
		case "DELETE": return HTTPMethod.DELETE;
		case "OPTIONS": return HTTPMethod.OPTIONS;
		case "TRACE": return HTTPMethod.TRACE;
		case "CONNECT": return HTTPMethod.CONNECT;

		// WEBDAV extensions, RFC 2518
		case "PROPFIND": return HTTPMethod.PROPFIND;
		case "PROPPATCH": return HTTPMethod.PROPPATCH;
		case "MKCOL": return HTTPMethod.MKCOL;
		case "COPY": return HTTPMethod.COPY;
		case "MOVE": return HTTPMethod.MOVE;
		case "LOCK": return HTTPMethod.LOCK;
		case "UNLOCK": return HTTPMethod.UNLOCK;

		// Versioning Extensions to WebDAV, RFC 3253
		case "VERSION-CONTROL": return HTTPMethod.VERSIONCONTROL;
		case "REPORT": return HTTPMethod.REPORT;
		case "CHECKOUT": return HTTPMethod.CHECKOUT;
		case "CHECKIN": return HTTPMethod.CHECKIN;
		case "UNCHECKOUT": return HTTPMethod.UNCHECKOUT;
		case "MKWORKSPACE": return HTTPMethod.MKWORKSPACE;
		case "UPDATE": return HTTPMethod.UPDATE;
		case "LABEL": return HTTPMethod.LABEL;
		case "MERGE": return HTTPMethod.MERGE;
		case "BASELINE-CONTROL": return HTTPMethod.BASELINECONTROL;
		case "MKACTIVITY": return HTTPMethod.MKACTIVITY;

		// Ordered Collections Protocol, RFC 3648
		case "ORDERPATCH": return HTTPMethod.ORDERPATCH;

		// Access Control Protocol, RFC 3744
		case "ACL": return HTTPMethod.ACL;
	}
}

unittest
{
	assert(httpMethodString(HTTPMethod.GET) == "GET");
	assert(httpMethodString(HTTPMethod.UNLOCK) == "UNLOCK");
	assert(httpMethodString(HTTPMethod.VERSIONCONTROL) == "VERSION-CONTROL");
	assert(httpMethodString(HTTPMethod.BASELINECONTROL) == "BASELINE-CONTROL");
	assert(httpMethodFromString("GET") == HTTPMethod.GET);
	assert(httpMethodFromString("UNLOCK") == HTTPMethod.UNLOCK);
	assert(httpMethodFromString("VERSION-CONTROL") == HTTPMethod.VERSIONCONTROL);
}


/**
	Utility function that throws a HTTPStatusException if the _condition is not met.
*/
T enforceHTTP(T)(T condition, HTTPStatus statusCode, lazy string message = null, string file = __FILE__, typeof(__LINE__) line = __LINE__)
{
	return enforce(condition, new HTTPStatusException(statusCode, message, file, line));
}

/**
	Utility function that throws a HTTPStatusException with status code "400 Bad Request" if the _condition is not met.
*/
T enforceBadRequest(T)(T condition, lazy string message = null, string file = __FILE__, typeof(__LINE__) line = __LINE__)
{
	return enforceHTTP(condition, HTTPStatus.badRequest, message, file, line);
}


/**
	Represents an HTTP request made to a server.
*/
class HTTPRequest {
	protected {
		Stream m_conn;
	}

	public {
		/// The HTTP protocol version used for the request
		HTTPVersion httpVersion = HTTPVersion.HTTP_1_1;

		/// The HTTP _method of the request
		HTTPMethod method = HTTPMethod.GET;

		/** The request URL

			Note that the request URL usually does not include the global
			'http://server' part, but only the local path and a query string.
			A possible exception is a proxy server, which will get full URLs.
		*/
		string requestURL = "/";

		/// All request _headers
		InetHeaderMap headers;
	}

	protected this(Stream conn)
	{
		m_conn = conn;
	}

	protected this()
	{
	}

	public override string toString()
	{
		return httpMethodString(method) ~ " " ~ requestURL ~ " " ~ getHTTPVersionString(httpVersion);
	}

	/** Shortcut to the 'Host' header (always present for HTTP 1.1)
	*/
	@property string host() const { auto ph = "Host" in headers; return ph ? *ph : null; }
	/// ditto
	@property void host(string v) { headers["Host"] = v; }

	/** Returns the mime type part of the 'Content-Type' header.

		This function gets the pure mime type (e.g. "text/plain")
		without any supplimentary parameters such as "charset=...".
		Use contentTypeParameters to get any parameter string or
		headers["Content-Type"] to get the raw value.
	*/
	@property string contentType()
	const {
		auto pv = "Content-Type" in headers;
		if( !pv ) return null;
		auto idx = std.string.indexOf(*pv, ';');
		return idx >= 0 ? (*pv)[0 .. idx] : *pv;
	}
	/// ditto
	@property void contentType(string ct) { headers["Content-Type"] = ct; }

	/** Returns any supplementary parameters of the 'Content-Type' header.

		This is a semicolon separated ist of key/value pairs. Usually, if set,
		this contains the character set used for text based content types.
	*/
	@property string contentTypeParameters()
	const {
		auto pv = "Content-Type" in headers;
		if( !pv ) return null;
		auto idx = std.string.indexOf(*pv, ';');
		return idx >= 0 ? (*pv)[idx+1 .. $] : null;
	}

	/** Determines if the connection persists across requests.
	*/
	@property bool persistent() const
	{
		auto ph = "connection" in headers;
		switch(httpVersion) {
			case HTTPVersion.HTTP_1_0:
				if (ph && toLower(*ph) == "keep-alive") return true;
				return false;
			case HTTPVersion.HTTP_1_1:
				if (ph && toLower(*ph) == "close") return false;
				return true;
			default:
				return false;
		}
	}
}


/**
	Represents the HTTP response from the server back to the client.
*/
class HTTPResponse {
	public {
		/// The protocol version of the response - should not be changed
		HTTPVersion httpVersion = HTTPVersion.HTTP_1_1;

		/// The status code of the response, 200 by default
		int statusCode = HTTPStatus.OK;

		/** The status phrase of the response

			If no phrase is set, a default one corresponding to the status code will be used.
		*/
		string statusPhrase;

		/// The response header fields
		InetHeaderMap headers;

		/// All cookies that shall be set on the client for this request
		Cookie[string] cookies;
	}

	public override string toString()
	{
		auto app = appender!string();
		formattedWrite(app, "%s %d %s", getHTTPVersionString(this.httpVersion), this.statusCode, this.statusPhrase);
		return app.data;
	}

	/** Shortcut to the "Content-Type" header
	*/
	@property string contentType() const { auto pct = "Content-Type" in headers; return pct ? *pct : "application/octet-stream"; }
	/// ditto
	@property void contentType(string ct) { headers["Content-Type"] = ct; }
}


/**
	Respresents a HTTP response status.

	Throwing this exception from within a request handler will produce a matching error page.
*/
class HTTPStatusException : Exception {
	private {
		int m_status;
	}

	this(int status, string message = null, string file = __FILE__, size_t line = __LINE__, Throwable next = null)
	{
		super(message != "" ? message : httpStatusText(status), file, line, next);
		m_status = status;
	}

	/// The HTTP status code
	@property int status() const { return m_status; }

	string debugMessage;
}


final class MultiPart {
	string contentType;

	InputStream stream;
	//JsonValue json;
	string[string] form;
}

string getHTTPVersionString(HTTPVersion ver)
{
	final switch(ver){
		case HTTPVersion.HTTP_1_0: return "HTTP/1.0";
		case HTTPVersion.HTTP_1_1: return "HTTP/1.1";
	}
}


HTTPVersion parseHTTPVersion(ref string str)
{
	enforceBadRequest(str.startsWith("HTTP/"));
	str = str[5 .. $];
	int majorVersion = parse!int(str);
	enforceBadRequest(str.startsWith("."));
	str = str[1 .. $];
	int minorVersion = parse!int(str);

	enforceBadRequest( majorVersion == 1 && (minorVersion == 0 || minorVersion == 1) );
	return minorVersion == 0 ? HTTPVersion.HTTP_1_0 : HTTPVersion.HTTP_1_1;
}


/**
	Takes an input stream that contains data in HTTP chunked format and outputs the raw data.
*/
final class ChunkedInputStream : InputStream {
	private {
		InputStream m_in;
		ulong m_bytesInCurrentChunk = 0;
	}

	this(InputStream stream)
	{
		assert(stream !is null);
		m_in = stream;
		readChunk();
	}

	@property bool empty() const { return m_bytesInCurrentChunk == 0; }

	@property ulong leastSize() const { return m_bytesInCurrentChunk; }

	@property bool dataAvailableForRead() { return m_bytesInCurrentChunk > 0 && m_in.dataAvailableForRead; }

	const(ubyte)[] peek()
	{
		auto dt = m_in.peek();
		return dt[0 .. min(dt.length, m_bytesInCurrentChunk)];
	}

	void read(ubyte[] dst)
	{
		enforceBadRequest(!empty, "Read past end of chunked stream.");
		while( dst.length > 0 ){
			enforceBadRequest(m_bytesInCurrentChunk > 0, "Reading past end of chunked HTTP stream.");

			auto sz = cast(size_t)min(m_bytesInCurrentChunk, dst.length);
			m_in.read(dst[0 .. sz]);
			dst = dst[sz .. $];
			m_bytesInCurrentChunk -= sz;

			if( m_bytesInCurrentChunk == 0 ){
				// skip current chunk footer and read next chunk
				ubyte[2] crlf;
				m_in.read(crlf);
				enforceBadRequest(crlf[0] == '\r' && crlf[1] == '\n');
				readChunk();
			}
		}
	}

	private void readChunk()
	{
		assert(m_bytesInCurrentChunk == 0);
		// read chunk header
		logTrace("read next chunk header");
		auto ln = cast(string)m_in.readLine();
		logTrace("got chunk header: %s", ln);
		m_bytesInCurrentChunk = parse!ulong(ln, 16u);

		if( m_bytesInCurrentChunk == 0 ){
			// empty chunk denotes the end
			// skip final chunk footer
			ubyte[2] crlf;
			m_in.read(crlf);
			enforceBadRequest(crlf[0] == '\r' && crlf[1] == '\n');
		}
	}
}


/**
	Outputs data to an output stream in HTTP chunked format.
*/
final class ChunkedOutputStream : OutputStream {
	alias ChunkExtensionCallback = string delegate(in ubyte[] data);
	private {
		OutputStream m_out;
		AllocAppender!(ubyte[]) m_buffer;
		size_t m_maxBufferSize = 4*1024;
		bool m_finalized = false;
		ChunkExtensionCallback m_chunkExtensionCallback = null;
	}

	this(OutputStream stream, Allocator alloc = defaultAllocator())
	{
		m_out = stream;
		m_buffer = AllocAppender!(ubyte[])(alloc);
	}

	/** Maximum buffer size used to buffer individual chunks.

		A size of zero means unlimited buffer size. Explicit flush is required
		in this case to empty the buffer.
	*/
	@property size_t maxBufferSize() const { return m_maxBufferSize; }
	/// ditto
	@property void maxBufferSize(size_t bytes) { m_maxBufferSize = bytes; if (m_buffer.data.length >= m_maxBufferSize) flush(); }

	/** A delegate used to specify the extensions for each chunk written to the underlying stream.
	 	
	 	The delegate has to be of type `string delegate(in const(ubyte)[] data)` and gets handed the
	 	data of each chunk before it is written to the underlying stream. If it's return value is non-empty,
	 	it will be added to the chunk's header line.

	 	The returned chunk extension string should be of the format `key1=value1;key2=value2;[...];keyN=valueN`
	 	and **not contain any carriage return or newline characters**.

	 	Also note that the delegate should accept the passed data through a scoped argument. Thus, **no references
	 	to the provided data should be stored in the delegate**. If the data has to be stored for later use,
	 	it needs to be copied first.
	 */
	@property ChunkExtensionCallback chunkExtensionCallback() const { return m_chunkExtensionCallback; }
	/// ditto
	@property void chunkExtensionCallback(ChunkExtensionCallback cb) { m_chunkExtensionCallback = cb; }

	private void append(scope void delegate(scope ubyte[] dst) del, size_t nbytes)
	{
		assert(del !is null);
		auto sz = nbytes;
		if (m_maxBufferSize > 0 && m_maxBufferSize < m_buffer.data.length + sz)
			sz = m_maxBufferSize - min(m_buffer.data.length, m_maxBufferSize);

		if (sz > 0)
		{
			m_buffer.reserve(sz);
			m_buffer.append((scope ubyte[] dst) {
					debug assert(dst.length >= sz);
					del(dst[0..sz]);
					return sz;
				});
		}
	}

	void write(in ubyte[] bytes_)
	{
		assert(!m_finalized);
		const(ubyte)[] bytes = bytes_;
		while (bytes.length > 0) {
			append((scope ubyte[] dst) {
					auto n = dst.length;
					dst[] = bytes[0..n];
					bytes = bytes[n..$];
				}, bytes.length);
			if (bytes.length > 0)
				flush();
		}
	}

	void write(InputStream data, ulong nbytes = 0)
	{
		assert(!m_finalized);
		if( m_buffer.data.length > 0 ) flush();
		if( nbytes == 0 ) {
			while( !data.empty ) {
				auto sz = data.leastSize;
				assert(sz > 0);
				write(data,sz);
			}
		} else {
			while(nbytes > 0)
			{
				append((scope ubyte[] dst) {
						nbytes -= dst.length;
						data.read(dst);
					}, min(nbytes, size_t.max));
				if (nbytes > 0)
					flush();
			}
		}
	}

	void flush()
	{
		assert(!m_finalized);
		auto data = m_buffer.data();
		if( data.length ){
			writeChunk(data);
		}
		m_out.flush();
		m_buffer.reset(AppenderResetMode.reuseData);
	}

	void finalize()
	{
		if (m_finalized) return;
		flush();
		m_buffer.reset(AppenderResetMode.freeData);
		m_finalized = true;
		writeChunk([]);
		m_out.flush();
	}

	private void writeChunk(in ubyte[] data)
	{
		import vibe.stream.wrapper;
		auto rng = StreamOutputRange(m_out);
		formattedWrite(&rng, "%x", data.length);
		if (m_chunkExtensionCallback !is null)
		{
			rng.put(';');
			auto extension = m_chunkExtensionCallback(data);
			assert(!extension.startsWith(';'));
			debug assert(extension.indexOf('\r') < 0);
			debug assert(extension.indexOf('\n') < 0);
			rng.put(extension);
		}
		rng.put("\r\n");
		rng.put(data);
		rng.put("\r\n");
	}
}

final class Cookie {
	private {
		string m_value;
		string m_domain;
		string m_path;
		string m_expires;
		long m_maxAge;
		bool m_secure;
		bool m_httpOnly;
	}

	enum Encoding {
		url,
		raw,
		none = raw
	}

	@property void value(string value) { m_value = urlEncode(value); }
	@property string value() const { return urlDecode(m_value); }

	@property void rawValue(string value) { m_value = value; }
	@property string rawValue() const { return m_value; }

	@property void domain(string value) { m_domain = value; }
	@property string domain() const { return m_domain; }

	@property void path(string value) { m_path = value; }
	@property string path() const { return m_path; }

	@property void expires(string value) { m_expires = value; }
	@property string expires() const { return m_expires; }

	@property void maxAge(long value) { m_maxAge = value; }
	@property long maxAge() const { return m_maxAge; }

	@property void secure(bool value) { m_secure = value; }
	@property bool secure() const { return m_secure; }

	@property void httpOnly(bool value) { m_httpOnly = value; }
	@property bool httpOnly() const { return m_httpOnly; }

	void setValue(string value, Encoding encoding)
	{
		final switch (encoding) {
			case Encoding.url: m_value = urlEncode(value); break;
			case Encoding.none: validateValue(value); m_value = value; break;
		}
	}

	void writeString(R)(R dst, string name)
		if (isOutputRange!(R, char))
	{
		import vibe.textfilter.urlencode;
		dst.put(name);
		dst.put('=');
		validateValue(this.value);
		dst.put(this.value);
		if (this.domain && this.domain != "") {
			dst.put("; Domain=");
			dst.put(this.domain);
		}
		if (this.path != "") {
			dst.put("; Path=");
			dst.put(this.path);
		}
		if (this.expires != "") {
			dst.put("; Expires=");
			dst.put(this.expires);
		}
		if (this.maxAge) dst.formattedWrite("; Max-Age=%s", this.maxAge);
		if (this.secure) dst.put("; Secure");
		if (this.httpOnly) dst.put("; HttpOnly");
	}

	private static void validateValue(string value)
	{
		enforce(!value.canFind(';') && !value.canFind('"'));
	}
}

unittest {
	import std.exception : assertThrown;

	auto c = new Cookie;
	c.value = "foo";
	assert(c.value == "foo");
	assert(c.rawValue == "foo");

	c.value = "foo$";
	assert(c.value == "foo$");
	assert(c.rawValue == "foo%24", c.rawValue);

	c.value = "foo&bar=baz?";
	assert(c.value == "foo&bar=baz?");
	assert(c.rawValue == "foo%26bar%3Dbaz%3F", c.rawValue);

	c.setValue("foo%", Cookie.Encoding.raw);
	assert(c.rawValue == "foo%");
	assertThrown(c.value);

	assertThrown(c.setValue("foo;bar", Cookie.Encoding.raw));
}


/**
*/
struct CookieValueMap {
	struct Cookie {
		/// Name of the cookie
		string name;

		/// The raw cookie value as transferred over the wire
		string rawValue;

		this(string name, string value, .Cookie.Encoding encoding = .Cookie.Encoding.url)
		{
			this.name = name;
			this.setValue(value, encoding);
		}

		/// Treats the value as URL encoded
		string value() const { return urlDecode(rawValue); }
		/// ditto
		void value(string val) { rawValue = urlEncode(val); }

		/// Sets the cookie value, applying the specified encoding.
		void setValue(string value, .Cookie.Encoding encoding = .Cookie.Encoding.url)
		{
			final switch (encoding) {
				case .Cookie.Encoding.none: this.rawValue = value; break;
				case .Cookie.Encoding.url: this.rawValue = urlEncode(value); break;
			}
		}
	}

	private {
		Cookie[] m_entries;
	}

	auto length(){ 
		return m_entries.length;
	}

	string get(string name, string def_value = null)
	const {
		foreach (ref c; m_entries)
			if (c.name == name)
				return c.value;
		return def_value;
	}

	string[] getAll(string name)
	const {
		string[] ret;
		foreach(c; m_entries)
			if( c.name == name )
				ret ~= c.value;
		return ret;
	}

	void add(string name, string value, .Cookie.Encoding encoding = .Cookie.Encoding.url){
		m_entries ~= Cookie(name, value, encoding);
	}

	void opIndexAssign(string value, string name)
	{
		m_entries ~= Cookie(name, value);
	}

	string opIndex(string name)
	const {
		import core.exception : RangeError;
		foreach (ref c; m_entries)
			if (c.name == name)
				return c.value;
		throw new RangeError("Non-existent cookie: "~name);
	}

	int opApply(scope int delegate(ref Cookie) del)
	{
		foreach(ref c; m_entries)
			if( auto ret = del(c) )
				return ret;
		return 0;
	}

	int opApply(scope int delegate(ref Cookie) del)
	const {
		foreach(Cookie c; m_entries)
			if( auto ret = del(c) )
				return ret;
		return 0;
	}

	int opApply(scope int delegate(string name, string value) del)
	{
		foreach(ref c; m_entries)
			if( auto ret = del(c.name, c.value) )
				return ret;
		return 0;
	}

	int opApply(scope int delegate(string name, string value) del)
	const {
		foreach(Cookie c; m_entries)
			if( auto ret = del(c.name, c.value) )
				return ret;
		return 0;
	}

	auto opBinaryRight(string op)(string name) if(op == "in")
	{
		return Ptr(&this, name);
	}

	auto opBinaryRight(string op)(string name) const if(op == "in")
	{
		return const(Ptr)(&this, name);
	}

	private static struct Ref {
		private {
			CookieValueMap* map;
			string name;
		}

		@property string get() const { return (*map)[name]; }
		void opAssign(string newval) {
			foreach (ref c; *map)
				if (c.name == name) {
					c.value = newval;
					return;
				}
			assert(false);
		}
		alias get this;
	}
	private static struct Ptr {
		private {
			CookieValueMap* map;
			string name;
		}
		bool opCast() const {
			foreach (ref c; map.m_entries)
				if (c.name == name)
					return true;
			return false;
		}
		inout(Ref) opUnary(string op : "*")() inout { return inout(Ref)(map, name); }
	}
}

unittest {
	CookieValueMap m;
	m["foo"] = "bar;baz%1";
	assert(m["foo"] == "bar;baz%1");

	m["foo"] = "bar";
	assert(m.getAll("foo") == ["bar;baz%1", "bar"]);

	assert("foo" in m);
	if (auto val = "foo" in m) {
		assert(*val == "bar;baz%1");
	} else assert(false);
	*("foo" in m) = "baz";
	assert(m["foo"] == "baz");
}
vibe.d-0.7.30/source/vibe/http/dist.d000066400000000000000000000031401304441332000172540ustar00rootroot00000000000000/**
	Interface for the VibeDist load balancer

	Copyright: © 2012-2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Jan Krüger
*/
module vibe.http.dist;

import vibe.core.log;
import vibe.data.json;
import vibe.inet.url;
import vibe.http.client;
import vibe.http.server;

import std.conv;
import std.exception;
import std.process;


/**
	Listens for HTTP connections on the spefified load balancer using the given HTTP server settings.

	This function is usable as direct replacement of
*/
void listenHTTPDist(HTTPServerSettings settings, HTTPServerRequestDelegate handler, string balancer_address, ushort balancer_port = 11000)
{
	Json regmsg = Json.emptyObject;
	regmsg["host_name"] = settings.hostName;
	regmsg["port"] = settings.port;
	regmsg["ssl_settings"] = "";
	regmsg["pid"] = thisProcessID;
	//regmsg.sslContext = settings.sslContext; // TODO: send key/cert contents

	HTTPServerSettings local_settings = settings.dup;
	local_settings.bindAddresses = ["127.0.0.1"];
	local_settings.port = 0;
	local_settings.disableDistHost = true;
	listenHTTP(local_settings, handler);

	requestHTTP(URL("http://"~balancer_address~":"~to!string(balancer_port)~"/register"), (scope req){
			logInfo("Listening for VibeDist connections on port %d", req.localAddress.port);
			regmsg["local_address"] = "127.0.0.1";
			regmsg["local_port"] = req.localAddress.port;
			req.method = HTTPMethod.POST;
			req.writeJsonBody(regmsg);
		}, (scope res){
			enforce(res.statusCode == HTTPStatus.ok, "Failed to register with load balancer.");
		});
}
vibe.d-0.7.30/source/vibe/http/fileserver.d000066400000000000000000000257011304441332000204660ustar00rootroot00000000000000/**
	A static HTTP file server.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.http.fileserver;

import vibe.core.file;
import vibe.core.log;
import vibe.http.server;
import vibe.inet.message;
import vibe.inet.mimetypes;
import vibe.inet.url;

import std.conv;
import std.datetime;
import std.digest.md;
import std.string;


/**
	Returns a request handler that serves files from the specified directory.

	See `sendFile` for more information.

	Params:
		local_path = Path to the folder to serve files from.
		settings = Optional settings object enabling customization of how
			the files get served.

	Returns:
		A request delegate is returned, which is suitable for registering in
		a `URLRouter` or for passing to `listenHTTP`.

	See_Also: `serveStaticFile`, `sendFile`
*/
HTTPServerRequestDelegateS serveStaticFiles(Path local_path, HTTPFileServerSettings settings = null)
{
	if (!settings) settings = new HTTPFileServerSettings;
	if (!settings.serverPathPrefix.endsWith("/")) settings.serverPathPrefix ~= "/";

	void callback(scope HTTPServerRequest req, scope HTTPServerResponse res)
	{
		string srv_path;
		if (auto pp = "pathMatch" in req.params) srv_path = *pp;
		else if (req.path.length > 0) srv_path = req.path;
		else srv_path = req.requestURL;

		if (!srv_path.startsWith(settings.serverPathPrefix)) {
			logDebug("path '%s' not starting with '%s'", srv_path, settings.serverPathPrefix);
			return;
		}

		auto rel_path = srv_path[settings.serverPathPrefix.length .. $];
		auto rpath = Path(rel_path);
		logTrace("Processing '%s'", srv_path);

		rpath.normalize();
		logDebug("Path '%s' -> '%s'", rel_path, rpath.toNativeString());
		if (rpath.absolute) {
			logDebug("Path is absolute, not responding");
			return;
		} else if (!rpath.empty && rpath[0] == "..")
			return; // don't respond to relative paths outside of the root path

		sendFileImpl(req, res, local_path ~ rpath, settings);
	}

	return &callback;
}
/// ditto
HTTPServerRequestDelegateS serveStaticFiles(string local_path, HTTPFileServerSettings settings = null)
{
	return serveStaticFiles(Path(local_path), settings);
}

///
unittest {
	import vibe.http.fileserver;
	import vibe.http.router;
	import vibe.http.server;

	void setupServer()
	{
		auto router = new URLRouter;
		// add other routes here
		router.get("*", serveStaticFiles("public/"));

		auto settings = new HTTPServerSettings;
		listenHTTP(settings, router);
	}
}

/** This example serves all files in the "public" sub directory
	with an added prefix "static/" so that they don't interfere
	with other registered routes.
*/
unittest {
	import vibe.http.fileserver;
	import vibe.http.router;
	import vibe.http.server;

	void setupRoutes()
	{
	 	auto router = new URLRouter;
		// add other routes here

		auto fsettings = new HTTPFileServerSettings;
		fsettings.serverPathPrefix = "/static";
		router.get("static/*", serveStaticFiles("public/", fsettings));

		auto settings = new HTTPServerSettings;
		listenHTTP(settings, router);
	}
}


/**
	Returns a request handler that serves a specific file on disk.

	See `sendFile` for more information.

	Params:
		local_path = Path to the file to serve.
		settings = Optional settings object enabling customization of how
			the file gets served.

	Returns:
		A request delegate is returned, which is suitable for registering in
		a `URLRouter` or for passing to `listenHTTP`.

	See_Also: `serveStaticFiles`, `sendFile`
*/
HTTPServerRequestDelegateS serveStaticFile(Path local_path, HTTPFileServerSettings settings = null)
{
	if (!settings) settings = new HTTPFileServerSettings;
	assert(settings.serverPathPrefix == "/", "serverPathPrefix is not supported for single file serving.");

	void callback(scope HTTPServerRequest req, scope HTTPServerResponse res)
	{
		sendFileImpl(req, res, local_path, settings);
	}

	return &callback;
}
/// ditto
HTTPServerRequestDelegateS serveStaticFile(string local_path, HTTPFileServerSettings settings = null)
{
	return serveStaticFile(Path(local_path), settings);
}


/**
	Sends a file to the given HTTP server response object.

	When serving a file, certain request headers are supported to avoid sending
	the file if the client has it already cached. These headers are
	`"If-Modified-Since"` and `"If-None-Match"`. The client will be delivered
	with the necessary `"Etag"` (generated from the path, size and last
	modification time of the file) and `"Last-Modified"` headers.

	The cache control directives `"Expires"` and `"Cache-Control"` will also be
	emitted if the `HTTPFileServerSettings.maxAge` field is set to a positive
	duration.

	Finally, HEAD requests will automatically be handled without reading the
	actual file contents. Am empty response body is written instead.

	Params:
		req = The incoming HTTP request - cache and modification headers of the
			request can influence the generated response.
		res = The response object to write to.
		settings = Optional settings object enabling customization of how the
			file gets served.
*/
void sendFile(scope HTTPServerRequest req, scope HTTPServerResponse res, Path path, HTTPFileServerSettings settings = null)
{
	static HTTPFileServerSettings default_settings;
	if (!settings) {
		if (!default_settings) default_settings = new HTTPFileServerSettings;
		settings = default_settings;
	}

	sendFileImpl(req, res, path, settings);
}


/**
	Configuration options for the static file server.
*/
class HTTPFileServerSettings {
	/// Prefix of the request path to strip before looking up files
	string serverPathPrefix = "/";

	/// Maximum cache age to report to the client (24 hours by default)
	Duration maxAge;// = hours(24);

	/// General options
	HTTPFileServerOption options = HTTPFileServerOption.defaults; /// additional options

	/** Maps from encoding scheme (e.g. "gzip") to file extension.

		If a request accepts a supported encoding scheme, then the file server
		will look for a file with the extension as a suffix and, if that exists,
		sends it as the encoded representation instead of sending the original
		file.

		Example:
			---
			settings.encodingFileExtension["gzip"] = ".gz";
			---
	*/
	string[string] encodingFileExtension;

	/**
		Called just before headers and data are sent.
		Allows headers to be customized, or other custom processing to be performed.

		Note: Any changes you make to the response, physicalPath, or anything
		else during this function will NOT be verified by Vibe.d for correctness.
		Make sure any alterations you make are complete and correct according to HTTP spec.
	*/
	void delegate(scope HTTPServerRequest req, scope HTTPServerResponse res, ref string physicalPath) preWriteCallback = null;

	this()
	{
		// need to use the contructor because the Ubuntu 13.10 GDC cannot CTFE dur()
		maxAge = 24.hours;
	}

	this(string path_prefix)
	{
		this();
		serverPathPrefix = path_prefix;
	}
}


/**
   Additional options for the static file server.
 */
enum HTTPFileServerOption {
	none = 0,
	/// respond with 404 if a file was not found
	failIfNotFound = 1 << 0,
	/// serve index.html for directories
	serveIndexHTML = 1 << 1,
	/// default options are serveIndexHTML
	defaults = serveIndexHTML,
}


private void sendFileImpl(scope HTTPServerRequest req, scope HTTPServerResponse res, Path path, HTTPFileServerSettings settings = null)
{
	auto pathstr = path.toNativeString();

	// return if the file does not exist
	if (!existsFile(pathstr)){
		if (settings.options & HTTPFileServerOption.failIfNotFound)
			throw new HTTPStatusException(HTTPStatus.NotFound);
		return;
	}

	FileInfo dirent;
	try dirent = getFileInfo(pathstr);
	catch(Exception){
		throw new HTTPStatusException(HTTPStatus.InternalServerError, "Failed to get information for the file due to a file system error.");
	}

	if (dirent.isDirectory) {
		if (settings.options & HTTPFileServerOption.serveIndexHTML)
			return sendFileImpl(req, res, path ~ "index.html", settings);
		logDebugV("Hit directory when serving files, ignoring: %s", pathstr);
		if (settings.options & HTTPFileServerOption.failIfNotFound)
			throw new HTTPStatusException(HTTPStatus.NotFound);
		return;
	}

	auto lastModified = toRFC822DateTimeString(dirent.timeModified.toUTC());
	// simple etag generation
	auto etag = "\"" ~ hexDigest!MD5(pathstr ~ ":" ~ lastModified ~ ":" ~ to!string(dirent.size)).idup ~ "\"";

	res.headers["Last-Modified"] = lastModified;
	res.headers["Etag"] = etag;
	if (settings.maxAge > seconds(0)) {
		auto expireTime = Clock.currTime(UTC()) + settings.maxAge;
		res.headers["Expires"] = toRFC822DateTimeString(expireTime);
		res.headers["Cache-Control"] = "max-age="~to!string(settings.maxAge.total!"seconds");
	}

	if( auto pv = "If-Modified-Since" in req.headers ) {
		if( *pv == lastModified ) {
			res.statusCode = HTTPStatus.NotModified;
			res.writeVoidBody();
			return;
		}
	}

	if( auto pv = "If-None-Match" in req.headers ) {
		if ( *pv == etag ) {
			res.statusCode = HTTPStatus.NotModified;
			res.writeVoidBody();
			return;
		}
	}

	auto mimetype = getMimeTypeForFile(pathstr);
	// avoid double-compression
	if ("Content-Encoding" in res.headers && isCompressedFormat(mimetype))
		res.headers.remove("Content-Encoding");
	res.headers["Content-Type"] = mimetype;
	res.headers["Content-Length"] = to!string(dirent.size);

	// check for already encoded file if configured
	string encodedFilepath;
	auto pce = "Content-Encoding" in res.headers;
	if (pce) {
		if (auto pfe = *pce in settings.encodingFileExtension) {
			assert((*pfe).length > 0);
			auto p = pathstr ~ *pfe;
			if (existsFile(p))
				encodedFilepath = p;
		}
	}
	if (encodedFilepath.length) {
		auto origLastModified = dirent.timeModified.toUTC();

		try dirent = getFileInfo(encodedFilepath);
		catch(Exception){
			throw new HTTPStatusException(HTTPStatus.InternalServerError, "Failed to get information for the file due to a file system error.");
		}

		// encoded file must be younger than original else warn
		if (dirent.timeModified.toUTC() >= origLastModified){
			logTrace("Using already encoded file '%s' -> '%s'", path, encodedFilepath);
			path = Path(encodedFilepath);
			res.headers["Content-Length"] = to!string(dirent.size);
		} else {
			logWarn("Encoded file '%s' is older than the original '%s'. Ignoring it.", encodedFilepath, path);
			encodedFilepath = null;
		}
	}

	if(settings.preWriteCallback)
		settings.preWriteCallback(req, res, pathstr);

	// for HEAD responses, stop here
	if( res.isHeadResponse() ){
		res.writeVoidBody();
		assert(res.headerWritten);
		logDebug("sent file header %d, %s!", dirent.size, res.headers["Content-Type"]);
		return;
	}

	// else write out the file contents
	//logTrace("Open file '%s' -> '%s'", srv_path, pathstr);
	FileStream fil;
	try {
		fil = openFile(path);
	} catch( Exception e ){
		// TODO: handle non-existant files differently than locked files?
		logDebug("Failed to open file %s: %s", pathstr, e.toString());
		return;
	}
	scope(exit) fil.close();

	if (pce && !encodedFilepath.length)
		res.bodyWriter.write(fil);
	else res.writeRawBody(fil);
	logTrace("sent file %d, %s!", fil.size, res.headers["Content-Type"]);
}
vibe.d-0.7.30/source/vibe/http/form.d000066400000000000000000000073171304441332000172660ustar00rootroot00000000000000/**
	Convenience functions for working with web forms.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Jan Krüger
*/
module vibe.http.form;

public import vibe.inet.webform;

import vibe.http.client : HTTPClientRequest; // for writeFormBody
import vibe.http.server;

import std.array;
import std.conv;
import std.range;
import std.string;
import std.typecons : isTuple;


/**
	Encodes the given dictionary as URL encoded form data.
*/
void writeFormData(R)(R dst, in string[string] data)
	if (isOutputRange!(R, char))
{
	import vibe.textfilter.urlencode;

	bool first = true;
	foreach (k, v; data) {
		if (first) first = false;
		else dst.put("&");
		filterURLEncode(dst, k);
		dst.put("=");
		filterURLEncode(dst, v);
	}
}

///
unittest {
	import std.array;
	import vibe.core.log;
	import vibe.http.form;

	void test()
	{
		auto dst = appender!string();
		dst.writeFormData(["field1": "value1", "field2": "value2"]);
		logInfo("Form data: %s", dst.data);
	}
}

/**
	Encodes the given ranges of `Tuple!(string, string)` as URL encoded form data
*/
void writeFormData(R, PairRange)(R dst, PairRange pr)
	if (isOutputRange!(R, char) && isTuple!(ElementType!PairRange) && ElementType!PairRange.length == 2)
{
	import vibe.textfilter.urlencode;

   if(pr.empty) return;

   auto fst = pr.front;
   pr.popFront();

   filterURLEncode(dst, fst[0]);
   dst.put("=");
   filterURLEncode(dst, fst[1]);

	foreach (pair; pr) {
		dst.put("&");
		filterURLEncode(dst, pair[0]);
		dst.put("=");
		filterURLEncode(dst, pair[1]);
	}
}

/**
	Writes a `vibe.http.client.HTTPClientRequest` body as URL encoded form data.
*/
void writeFormBody(HTTPClientRequest req, in string[string] form)
{
	import vibe.http.form;
	import vibe.stream.wrapper;

	StringLengthCountingRange len;
	writeFormData(&len, form);
	req.contentType = "application/x-www-form-urlencoded";
	req.contentLength = len.count;
	auto rng = StreamOutputRange(req.bodyWriter);
	writeFormData(&rng, form);
}

///
unittest {
	import vibe.core.log;
	import vibe.http.client;
	import vibe.http.form;
	import vibe.stream.operations;

	void sendForm()
	{
		requestHTTP("http://example.com/form",
			(scope req) {
				req.method = HTTPMethod.POST;
				req.writeFormBody(["field1": "value1", "field2": "value2"]);
			},
			(scope res) {
				logInfo("Response: %s", res.bodyReader.readAllUTF8());
			});
	}
}

/**
	Writes a `vibe.http.client.HTTPClientRequest` body as URL encoded form data.

	Params:
	  form = range of `t = Tuple!(string, string)`,
			 where `t[0]` is the name and `t[1]` the
			 value of a form entry.
*/
void writeFormBody(PairRange)(HTTPClientRequest req, PairRange form)
   if(isTuple!(ElementType!PairRange) && ElementType!PairRange.length == 2)
{
	import vibe.http.form;
	import vibe.stream.wrapper;

	StringLengthCountingRange len;
	writeFormData(&len, form.save);
	req.contentType = "application/x-www-form-urlencoded";
	req.contentLength = len.count;
	auto rng = StreamOutputRange(req.bodyWriter);
	writeFormData(&rng, form);
}

///
unittest {
	import vibe.core.log;
	import vibe.http.client;
	import vibe.http.form;
	import vibe.stream.operations;
	import std.range;

	void sendForm()
	{
		string[] names = ["foo", "bar", "baz"];
		string[] values = ["1", "2", "3"];
		auto form = zip(names, values);
		requestHTTP("http://example.com/form",
			(scope req) {
				req.method = HTTPMethod.POST;
				req.writeFormBody(form);
			},
			(scope res) {
				logInfo("Response: %s", res.bodyReader.readAllUTF8());
			});
	}
}


/// private
struct StringLengthCountingRange {
	import std.utf;
	size_t count = 0;
	void put(string str) { count += str.length; }
	void put(dchar ch) { count += codeLength!char(ch); }
}
vibe.d-0.7.30/source/vibe/http/log.d000066400000000000000000000147621304441332000171060ustar00rootroot00000000000000/**
	A HTTP 1.1/1.0 server implementation.

	Copyright: © 2012-2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Jan Krüger
*/
module vibe.http.log;

import vibe.core.file;
import vibe.core.log;
import vibe.core.sync : InterruptibleTaskMutex, performLocked;
import vibe.http.server;
import vibe.utils.array : FixedAppender;

import std.array;
import std.conv;
import std.exception;
import std.string;


class HTTPLogger {
	private {
		string m_format;
		const(HTTPServerSettings) m_settings;
		InterruptibleTaskMutex m_mutex;
		Appender!(char[]) m_lineAppender;
	}

	this(in HTTPServerSettings settings, string format)
	{
		m_format = format;
		m_settings = settings;
		m_mutex = new InterruptibleTaskMutex;
		m_lineAppender.reserve(2048);
	}

	void close() {}

	final void log(scope HTTPServerRequest req, scope HTTPServerResponse res)
	{
		m_mutex.performLocked!({
			m_lineAppender.clear();
			formatApacheLog(m_lineAppender, m_format, req, res, m_settings);
			writeLine(m_lineAppender.data);
		});
	}

	protected abstract void writeLine(const(char)[] ln);
}


final class HTTPConsoleLogger : HTTPLogger {
	this(HTTPServerSettings settings, string format)
	{
		super(settings, format);
	}

	protected override void writeLine(const(char)[] ln)
	{
		logInfo("%s", ln);
	}
}


final class HTTPFileLogger : HTTPLogger {
	private {
		FileStream m_stream;
	}

	this(HTTPServerSettings settings, string format, string filename)
	{
		m_stream = openFile(filename, FileMode.append);
		super(settings, format);
	}

	override void close()
	{
		m_stream.close();
		m_stream = null;
	}

	protected override void writeLine(const(char)[] ln)
	{
		assert(m_stream);
		m_stream.write(ln);
		m_stream.write("\n");
		m_stream.flush();
	}
}

void formatApacheLog(R)(ref R ln, string format, scope HTTPServerRequest req, scope HTTPServerResponse res, in HTTPServerSettings settings)
{
	import std.format : formattedWrite;
	enum State {Init, Directive, Status, Key, Command}

	State state = State.Init;
	bool conditional = false;
	bool negate = false;
	bool match = false;
	string statusStr;
	string key = "";
	while( format.length > 0 ) {
		final switch(state) {
			case State.Init:
				auto idx = format.indexOf('%');
				if( idx < 0 ) {
					ln.put( format );
					format = "";
				} else {
					ln.put( format[0 .. idx] );
					format = format[idx+1 .. $];

					state = State.Directive;
				}
				break;
			case State.Directive:
				if( format[0] == '!' ) {
					conditional = true;
					negate = true;
					format = format[1 .. $];
					state = State.Status;
				} else if( format[0] == '%' ) {
					ln.put("%");
					format = format[1 .. $];
					state = State.Init;
				} else if( format[0] == '{' ) {
					format = format[1 .. $];
					state = State.Key;
				} else if( format[0] >= '0' && format[0] <= '9' ) {
					conditional = true;
					state = State.Status;
				} else {
					state = State.Command;
				}
				break;
			case State.Status:
				if( format[0] >= '0' && format[0] <= '9' ) {
					statusStr ~= format[0];
					format = format[1 .. $];
				} else if( format[0] == ',' ) {
					statusStr = "";
					format = format[1 .. $];
				} else if( format[0] == '{' ) {
					format = format[1 .. $];
					state = State.Key;
				} else {
					state = State.Command;
				}
				if (statusStr.length == 3 && !match) {
					auto status = parse!int(statusStr);
					match = status == res.statusCode;
				}
				break;
			case State.Key:
				auto idx = format.indexOf('}');
				enforce(idx > -1, "Missing '}'");
				key = format[0 .. idx];
				format = format[idx+1 .. $];
				state = State.Command;
				break;
			case State.Command:
				if( conditional && negate == match ) {
					ln.put('-');
					format = format[1 .. $];
					state = State.Init;
					break;
				}
				switch(format[0]) {
					case 'a': //Remote IP-address
						ln.put(req.peer);
						break;
					//TODO case 'A': //Local IP-address
					//case 'B': //Size of Response in bytes, excluding headers
					case 'b': //same as 'B' but a '-' is written if no bytes where sent
						if (!res.bytesWritten) ln.put('-');
						else formattedWrite(&ln, "%s", res.bytesWritten);
						break;
					case 'C': //Cookie content {cookie}
						import std.algorithm : joiner;
						enforce(key != "", "cookie name missing");
						auto values = req.cookies.getAll(key);
						if (values.length) ln.formattedWrite("%s", values.joiner(";"));
						else ln.put("-");
						break;
					case 'D': //The time taken to serve the request
						auto d = res.timeFinalized - req.timeCreated;
						formattedWrite(&ln, "%s", d.total!"msecs"());
						break;
					//case 'e': //Environment variable {variable}
					//case 'f': //Filename
					case 'h': //Remote host
						ln.put(req.peer);
						break;
					case 'H': //The request protocol
						ln.put("HTTP");
						break;
					case 'i': //Request header {header}
						enforce(key != "", "header name missing");
						if (auto pv = key in req.headers) ln.put(*pv);
						else ln.put("-");
						break;
					case 'm': //Request method
						ln.put(httpMethodString(req.method));
						break;
					case 'o': //Response header {header}
						enforce(key != "", "header name missing");
						if( auto pv = key in res.headers ) ln.put(*pv);
						else ln.put("-");
						break;
					case 'p': //port
						formattedWrite(&ln, "%s", settings.port);
						break;
					//case 'P': //Process ID
					case 'q': //query string (with prepending '?')
						ln.put("?");
						ln.put(req.queryString);
						break;
					case 'r': //First line of Request
						ln.put(httpMethodString(req.method));
						ln.put(' ');
						ln.put(req.requestURL);
						ln.put(' ');
						ln.put(getHTTPVersionString(req.httpVersion));
						break;
					case 's': //Status
						formattedWrite(&ln, "%s", res.statusCode);
						break;
					case 't': //Time the request was received {format}
						ln.put(req.timeCreated.toSimpleString());
						break;
					case 'T': //Time taken to server the request in seconds
						auto d = res.timeFinalized - req.timeCreated;
						formattedWrite(&ln, "%s", d.total!"seconds");
						break;
					case 'u': //Remote user
						ln.put(req.username.length ? req.username : "-");
						break;
					case 'U': //The URL path without query string
						ln.put(req.path);
						break;
					case 'v': //Server name
						ln.put(req.host.length ? req.host : "-");
						break;
					default:
						throw new Exception("Unknown directive '" ~ format[0] ~ "' in log format string");
				}
				state = State.Init;
				format = format[1 .. $];
				break;
		}
	}
}
vibe.d-0.7.30/source/vibe/http/proxy.d000066400000000000000000000153511304441332000175010ustar00rootroot00000000000000/**
	HTTP (reverse) proxy implementation

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.http.proxy;

import vibe.core.log;
import vibe.http.client;
import vibe.http.server;
import vibe.inet.message;
import vibe.stream.operations;

import std.conv;
import std.exception;


/*
	TODO:
		- use a client pool
		- implement a path based reverse proxy
		- implement a forward proxy
*/

/**
	Transparently forwards all requests to the proxy to a destination_host.

	You can use the hostName field in the 'settings' to combine multiple internal HTTP servers
	into one public web server with multiple virtual hosts.
*/
void listenHTTPReverseProxy(HTTPServerSettings settings, HTTPReverseProxySettings proxy_settings)
{
	// disable all advanced parsing in the server
	settings.options = HTTPServerOption.None;
	listenHTTP(settings, reverseProxyRequest(proxy_settings));
}
/// ditto
void listenHTTPReverseProxy(HTTPServerSettings settings, string destination_host, ushort destination_port)
{
	auto proxy_settings = new HTTPReverseProxySettings;
	proxy_settings.destinationHost = destination_host;
	proxy_settings.destinationPort = destination_port;
	listenHTTPReverseProxy(settings, proxy_settings);
}


/**
	Returns a HTTP request handler that forwards any request to the specified host/port.
*/
HTTPServerRequestDelegateS reverseProxyRequest(HTTPReverseProxySettings settings)
{
	static immutable string[] non_forward_headers = ["Content-Length", "Transfer-Encoding", "Content-Encoding", "Connection"];
	static InetHeaderMap non_forward_headers_map;
	if (non_forward_headers_map.length == 0)
		foreach (n; non_forward_headers)
			non_forward_headers_map[n] = "";

	URL url;
	url.schema = "http";
	url.host = settings.destinationHost;
	url.port = settings.destinationPort;

	void handleRequest(scope HTTPServerRequest req, scope HTTPServerResponse res)
	{
		auto rurl = url;
		rurl.localURI = req.requestURL;

		//handle connect tunnels
		if (req.method == HTTPMethod.CONNECT) {
			if (!settings.handleConnectRequests)
			{
				throw new HTTPStatusException(HTTPStatus.methodNotAllowed);
			}

			auto ccon = connectTCP(settings.destinationHost, settings.destinationPort);
			auto scon = res.connectProxy();
			assert (scon);

			import vibe.core.core : runTask;
			runTask({ ccon.write(scon); });

			scon.write(ccon);
			return;
		}

		//handle protocol upgrades
		auto pUpgrade = "Upgrade" in req.headers;
		auto pConnection = "Connection" in req.headers;


		import std.algorithm : splitter, canFind;
		import vibe.utils.string : icmp2;
		bool isUpgrade = pConnection && (*pConnection).splitter(',').canFind!(a => a.icmp2("upgrade"));

		void setupClientRequest(scope HTTPClientRequest creq)
		{
			creq.method = req.method;
			creq.headers = req.headers.dup;
			creq.headers["Host"] = settings.destinationHost;

			//handle protocol upgrades
			if (!isUpgrade) {
				creq.headers["Connection"] = "keep-alive";
			}
			if (settings.avoidCompressedRequests && "Accept-Encoding" in creq.headers)
				creq.headers.remove("Accept-Encoding");
			if (auto pfh = "X-Forwarded-Host" !in creq.headers) creq.headers["X-Forwarded-Host"] = req.headers["Host"];
			if (auto pfp = "X-Forwarded-Proto" !in creq.headers) creq.headers["X-Forwarded-Proto"] = req.tls ? "https" : "http";
			if (auto pff = "X-Forwarded-For" in req.headers) creq.headers["X-Forwarded-For"] = *pff ~ ", " ~ req.peer;
			else creq.headers["X-Forwarded-For"] = req.peer;
			creq.bodyWriter.write(req.bodyReader);
		}

		void handleClientResponse(scope HTTPClientResponse cres)
		{
			import vibe.utils.string;

			// copy the response to the original requester
			res.statusCode = cres.statusCode;

			//handle protocol upgrades
			if (cres.statusCode == HTTPStatus.switchingProtocols && isUpgrade) {
				res.headers = cres.headers.dup;

				auto scon = res.switchProtocol("");
				auto ccon = cres.switchProtocol("");

				import vibe.core.core : runTask;
				runTask({ scon.write(ccon); });

				ccon.write(scon);
				return;
			}

			// special case for empty response bodies
			if ("Content-Length" !in cres.headers && "Transfer-Encoding" !in cres.headers || req.method == HTTPMethod.HEAD) {
				foreach (key, value; cres.headers) {
					if (icmp2(key, "Connection") != 0)
						res.headers[key] = value;
				}
				res.writeVoidBody();
				return;
			}

			// enforce compatibility with HTTP/1.0 clients that do not support chunked encoding
			// (Squid and some other proxies)
			if (res.httpVersion == HTTPVersion.HTTP_1_0 && ("Transfer-Encoding" in cres.headers || "Content-Length" !in cres.headers)) {
				// copy all headers that may pass from upstream to client
				foreach (n, v; cres.headers) {
					if (n !in non_forward_headers_map)
						res.headers[n] = v;
				}

				if ("Transfer-Encoding" in res.headers) res.headers.remove("Transfer-Encoding");
				auto content = cres.bodyReader.readAll(1024*1024);
				res.headers["Content-Length"] = to!string(content.length);
				if (res.isHeadResponse) res.writeVoidBody();
				else res.bodyWriter.write(content);
				return;
			}

			// to perform a verbatim copy of the client response
			if ("Content-Length" in cres.headers) {
				if ("Content-Encoding" in res.headers) res.headers.remove("Content-Encoding");
				foreach (key, value; cres.headers) {
					if (icmp2(key, "Connection") != 0)
						res.headers[key] = value;
				}
				auto size = cres.headers["Content-Length"].to!size_t();
				if (res.isHeadResponse) res.writeVoidBody();
				else cres.readRawBody((scope reader) { res.writeRawBody(reader, size); });
				assert(res.headerWritten);
				return;
			}

			// fall back to a generic re-encoding of the response
			// copy all headers that may pass from upstream to client
			foreach (n, v; cres.headers) {
				if (n !in non_forward_headers_map)
					res.headers[n] = v;
			}
			if (res.isHeadResponse) res.writeVoidBody();
			else res.bodyWriter.write(cres.bodyReader);
		}

		requestHTTP(rurl, &setupClientRequest, &handleClientResponse);
	}

	return &handleRequest;
}
/// ditto
HTTPServerRequestDelegateS reverseProxyRequest(string destination_host, ushort destination_port)
{
	auto settings = new HTTPReverseProxySettings;
	settings.destinationHost = destination_host;
	settings.destinationPort = destination_port;
	return reverseProxyRequest(settings);
}

/**
	Provides advanced configuration facilities for reverse proxy servers.
*/
final class HTTPReverseProxySettings {
	/// The destination host to forward requests to
	string destinationHost;
	/// The destination port to forward requests to
	ushort destinationPort;
	/// Avoids compressed transfers between proxy and destination hosts
	bool avoidCompressedRequests;
	/// Handle CONNECT requests for creating a tunnel to the destination host
	bool handleConnectRequests;
}
vibe.d-0.7.30/source/vibe/http/router.d000066400000000000000000001020631304441332000176350ustar00rootroot00000000000000/**
	Pattern based URL router for HTTP request.

	See `URLRouter` for more details.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.http.router;

public import vibe.http.server;

import vibe.core.log;

import std.functional;


/**
	Routes HTTP requests based on the request method and URL.

	Routes are matched using a special URL match string that supports two forms
	of placeholders. See the sections below for more details.

	Registered routes are matched according to the same sequence as initially
	specified using `match`, `get`, `post` etc. Matching ends as soon as a route
	handler writes a response using `res.writeBody()` or similar means. If no
	route matches or if no route handler writes a response, the router will
	simply not handle the request and the HTTP server will automatically
	generate a 404 error.

	Match_patterns:
		Match patterns are character sequences that can optionally contain
		placeholders or raw wildcards ("*"). Raw wild cards match any character
		sequence, while placeholders match only sequences containing no slash
		("/") characters.

		Placeholders are started using a colon (":") and are directly followed
		by their name. The first "/" character (or the end of the match string)
		denotes the end of the placeholder name. The part of the string that
		matches a placeholder will be stored in the `HTTPServerRequest.params`
		map using the placeholder name as the key.

		Match strings are subject to the following rules:
		$(UL
			$(LI A raw wildcard ("*") may only occur at the end of the match string)
			$(LI At least one character must be placed between any two placeholders or wildcards)
			$(LI The maximum allowed number of placeholders in a single match string is 64)
		)

	Match_String_Examples:
		$(UL
			$(LI `"/foo/bar"` matches only `"/foo/bar"` itself)
			$(LI `"/foo/*"` matches `"/foo/"`, `"/foo/bar"`, `"/foo/bar/baz"` or _any other string beginning with `"/foo/"`)
			$(LI `"/:x/"` matches `"/foo/"`, `"/bar/"` and similar strings (and stores `"foo"`/`"bar"` in `req.params["x"]`), but not `"/foo/bar/"`)
			$(LI Matching partial path entries with wildcards is possible: `"/foo:x"` matches `"/foo"`, `"/foobar"`, but not `"/foo/bar"`)
			$(LI Multiple placeholders and raw wildcards can be combined: `"/:x/:y/*"`)
		)
*/
final class URLRouter : HTTPServerRequestHandler {
	private {
		MatchTree!Route m_routes;
		string m_prefix;
		bool m_computeBasePath;
	}

	this(string prefix = null)
	{
		m_prefix = prefix;
	}

	/** Sets a common prefix for all registered routes.

		All routes will implicitly have this prefix prepended before being
		matched against incoming requests.
	*/
	@property string prefix() const { return m_prefix; }

	/** Controls the computation of the "routerRootDir" parameter.

		This parameter is available as `req.params["routerRootDir"]` and
		contains the relative path to the base path of the router. The base
		path is determined by the `prefix` property.

		Note that this feature currently is requires dynamic memory allocations
		and is opt-in for this reason.
	*/
	@property void enableRootDir(bool enable) { m_computeBasePath = enable; }

	/// Returns a single route handle to conveniently register multiple methods.
	URLRoute route(string path)
	in { assert(path.length, "Cannot register null or empty path!"); }
	body { return URLRoute(this, path); }

	///
	unittest {
		void getFoo(scope HTTPServerRequest req, scope HTTPServerResponse res) { /* ... */ }
		void postFoo(scope HTTPServerRequest req, scope HTTPServerResponse res) { /* ... */ }
		void deleteFoo(scope HTTPServerRequest req, scope HTTPServerResponse res) { /* ... */ }

		auto r = new URLRouter;

		// using 'with' statement
		with (r.route("/foo")) {
			get(&getFoo);
			post(&postFoo);
			delete_(&deleteFoo);
		}

		// using method chaining
		r.route("/foo")
			.get(&getFoo)
			.post(&postFoo)
			.delete_(&deleteFoo);

		// without using route()
		r.get("/foo", &getFoo);
		r.post("/foo", &postFoo);
		r.delete_("/foo", &deleteFoo);
	}

	/// Adds a new route for requests matching the specified HTTP method and pattern.
	URLRouter match(HTTPMethod method, string path, HTTPServerRequestDelegate cb)
	in { assert(path.length, "Cannot register null or empty path!"); }
	body {
		import std.algorithm;
		assert(count(path, ':') <= maxRouteParameters, "Too many route parameters");
		logDebug("add route %s %s", method, path);
		m_routes.addTerminal(path, Route(method, path, cb));
		return this;
	}
	/// ditto
	URLRouter match(HTTPMethod method, string path, HTTPServerRequestHandler cb) { return match(method, path, &cb.handleRequest); }
	/// ditto
	URLRouter match(HTTPMethod method, string path, HTTPServerRequestFunction cb) { return match(method, path, toDelegate(cb)); }
	/// ditto
	URLRouter match(HTTPMethod method, string path, HTTPServerRequestDelegateS cb) { return match(method, path, cast(HTTPServerRequestDelegate)cb); }
	/// ditto
	URLRouter match(HTTPMethod method, string path, HTTPServerRequestHandlerS cb) { return match(method, path, &cb.handleRequest); }
	/// ditto
	URLRouter match(HTTPMethod method, string path, HTTPServerRequestFunctionS cb) { return match(method, path, toDelegate(cb)); }

	/// Adds a new route for GET requests matching the specified pattern.
	URLRouter get(string url_match, HTTPServerRequestHandler cb) { return get(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter get(string url_match, HTTPServerRequestFunction cb) { return get(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter get(string url_match, HTTPServerRequestDelegate cb) { return match(HTTPMethod.GET, url_match, cb); }
	/// ditto
	URLRouter get(string url_match, HTTPServerRequestHandlerS cb) { return get(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter get(string url_match, HTTPServerRequestFunctionS cb) { return get(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter get(string url_match, HTTPServerRequestDelegateS cb) { return match(HTTPMethod.GET, url_match, cb); }

	/// Adds a new route for POST requests matching the specified pattern.
	URLRouter post(string url_match, HTTPServerRequestHandler cb) { return post(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter post(string url_match, HTTPServerRequestFunction cb) { return post(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter post(string url_match, HTTPServerRequestDelegate cb) { return match(HTTPMethod.POST, url_match, cb); }
	/// ditto
	URLRouter post(string url_match, HTTPServerRequestHandlerS cb) { return post(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter post(string url_match, HTTPServerRequestFunctionS cb) { return post(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter post(string url_match, HTTPServerRequestDelegateS cb) { return match(HTTPMethod.POST, url_match, cb); }

	/// Adds a new route for PUT requests matching the specified pattern.
	URLRouter put(string url_match, HTTPServerRequestHandler cb) { return put(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter put(string url_match, HTTPServerRequestFunction cb) { return put(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter put(string url_match, HTTPServerRequestDelegate cb) { return match(HTTPMethod.PUT, url_match, cb); }
	/// ditto
	URLRouter put(string url_match, HTTPServerRequestHandlerS cb) { return put(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter put(string url_match, HTTPServerRequestFunctionS cb) { return put(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter put(string url_match, HTTPServerRequestDelegateS cb) { return match(HTTPMethod.PUT, url_match, cb); }

	/// Adds a new route for DELETE requests matching the specified pattern.
	URLRouter delete_(string url_match, HTTPServerRequestHandler cb) { return delete_(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter delete_(string url_match, HTTPServerRequestFunction cb) { return delete_(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter delete_(string url_match, HTTPServerRequestDelegate cb) { return match(HTTPMethod.DELETE, url_match, cb); }
	/// ditto
	URLRouter delete_(string url_match, HTTPServerRequestHandlerS cb) { return delete_(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter delete_(string url_match, HTTPServerRequestFunctionS cb) { return delete_(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter delete_(string url_match, HTTPServerRequestDelegateS cb) { return match(HTTPMethod.DELETE, url_match, cb); }

	/// Adds a new route for PATCH requests matching the specified pattern.
	URLRouter patch(string url_match, HTTPServerRequestHandler cb) { return patch(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter patch(string url_match, HTTPServerRequestFunction cb) { return patch(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter patch(string url_match, HTTPServerRequestDelegate cb) { return match(HTTPMethod.PATCH, url_match, cb); }
	/// ditto
	URLRouter patch(string url_match, HTTPServerRequestHandlerS cb) { return patch(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter patch(string url_match, HTTPServerRequestFunctionS cb) { return patch(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter patch(string url_match, HTTPServerRequestDelegateS cb) { return match(HTTPMethod.PATCH, url_match, cb); }

	/// Adds a new route for requests matching the specified pattern, regardless of their HTTP verb.
	URLRouter any(string url_match, HTTPServerRequestHandler cb) { return any(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter any(string url_match, HTTPServerRequestFunction cb) { return any(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter any(string url_match, HTTPServerRequestDelegate cb)
	{
		import std.traits;
		static HTTPMethod[] all_methods = [EnumMembers!HTTPMethod];

		foreach(immutable method; all_methods)
			match(method, url_match, cb);

		return this;
	}
	/// ditto
	URLRouter any(string url_match, HTTPServerRequestHandlerS cb) { return any(url_match, &cb.handleRequest); }
	/// ditto
	URLRouter any(string url_match, HTTPServerRequestFunctionS cb) { return any(url_match, toDelegate(cb)); }
	/// ditto
	URLRouter any(string url_match, HTTPServerRequestDelegateS cb) { return any(url_match, cast(HTTPServerRequestDelegate)cb); }


	/** Rebuilds the internal matching structures to account for newly added routes.

		This should be used after a lot of routes have been added to the router, to
		force eager computation of the match structures. The alternative is to
		let the router lazily compute the structures when the first request happens,
		which can delay this request.
	*/
	void rebuild()
	{
		m_routes.rebuildGraph();
	}

	/// Handles a HTTP request by dispatching it to the registered route handlers.
	void handleRequest(HTTPServerRequest req, HTTPServerResponse res)
	{
		auto method = req.method;

		string calcBasePath()
		{
			import vibe.inet.path;
			auto p = Path(prefix.length ? prefix : "/");
			p.endsWithSlash = true;
			return p.relativeToWeb(Path(req.path)).toString();
		}

		auto path = req.path;
		if (path.length < m_prefix.length || path[0 .. m_prefix.length] != m_prefix) return;
		path = path[m_prefix.length .. $];

		while (true) {
			bool done = m_routes.match(path, (ridx, scope values) {
				auto r = &m_routes.getTerminalData(ridx);
				if (r.method != method) return false;

				logDebugV("route match: %s -> %s %s %s", req.path, r.method, r.pattern, values);
				foreach (i, v; values) req.params[m_routes.getTerminalVarNames(ridx)[i]] = v;
				if (m_computeBasePath) req.params["routerRootDir"] = calcBasePath();
				r.cb(req, res);
				return res.headerWritten;
			});
			if (done) return;

			if (method == HTTPMethod.HEAD) method = HTTPMethod.GET;
			else break;
		}

		logDebug("no route match: %s %s", req.method, req.requestURL);
	}

	/// Returns all registered routes as const AA
	const(Route)[] getAllRoutes()
	{
		auto routes = new Route[m_routes.terminalCount];
		foreach (i, ref r; routes)
			r = m_routes.getTerminalData(i);
		return routes;
	}
}

///
unittest {
	import vibe.http.fileserver;

	void addGroup(HTTPServerRequest req, HTTPServerResponse res)
	{
		// Route variables are accessible via the params map
		logInfo("Getting group %s for user %s.", req.params["groupname"], req.params["username"]);
	}

	void deleteUser(HTTPServerRequest req, HTTPServerResponse res)
	{
		// ...
	}

	void auth(HTTPServerRequest req, HTTPServerResponse res)
	{
		// TODO: check req.session to see if a user is logged in and
		//       write an error page or throw an exception instead.
	}

	void setup()
	{
		auto router = new URLRouter;
		// Matches all GET requests for /users/*/groups/* and places
		// the place holders in req.params as 'username' and 'groupname'.
		router.get("/users/:username/groups/:groupname", &addGroup);

		// Matches all requests. This can be useful for authorization and
		// similar tasks. The auth method will only write a response if the
		// user is _not_ authorized. Otherwise, the router will fall through
		// and continue with the following routes.
		router.any("*", &auth);

		// Matches a POST request
		router.post("/users/:username/delete", &deleteUser);

		// Matches all GET requests in /static/ such as /static/img.png or
		// /static/styles/sty.css
		router.get("/static/*", serveStaticFiles("public/"));

		// Setup a HTTP server...
		auto settings = new HTTPServerSettings;
		// ...

		// The router can be directly passed to the listenHTTP function as
		// the main request handler.
		listenHTTP(settings, router);
	}
}

/** Using nested routers to map components to different sub paths. A component
	could for example be an embedded blog engine.
*/
unittest {
	// some embedded component:

	void showComponentHome(HTTPServerRequest req, HTTPServerResponse res)
	{
		// ...
	}

	void showComponentUser(HTTPServerRequest req, HTTPServerResponse res)
	{
		// ...
	}

	void registerComponent(URLRouter router)
	{
		router.get("/", &showComponentHome);
		router.get("/users/:user", &showComponentUser);
	}

	// main application:

	void showHome(HTTPServerRequest req, HTTPServerResponse res)
	{
		// ...
	}

	void setup()
	{
		auto c1router = new URLRouter("/component1");
		registerComponent(c1router);

		auto mainrouter = new URLRouter;
		mainrouter.get("/", &showHome);
		// forward all unprocessed requests to the component router
		mainrouter.any("*", c1router);

		// now the following routes will be matched:
		// / -> showHome
		// /component1/ -> showComponentHome
		// /component1/users/:user -> showComponentUser

		// Start the HTTP server
		auto settings = new HTTPServerSettings;
		// ...
		listenHTTP(settings, mainrouter);
	}
}

unittest {
	import vibe.inet.url;

	auto router = new URLRouter;
	string result;
	void a(HTTPServerRequest req, HTTPServerResponse) { result ~= "A"; }
	void b(HTTPServerRequest req, HTTPServerResponse) { result ~= "B"; }
	void c(HTTPServerRequest req, HTTPServerResponse) { assert(req.params["test"] == "x", "Wrong variable contents: "~req.params["test"]); result ~= "C"; }
	void d(HTTPServerRequest req, HTTPServerResponse) { assert(req.params["test"] == "y", "Wrong variable contents: "~req.params["test"]); result ~= "D"; }
	router.get("/test", &a);
	router.post("/test", &b);
	router.get("/a/:test", &c);
	router.get("/a/:test/", &d);

	auto res = createTestHTTPServerResponse();
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/")), res);
	assert(result == "", "Matched for non-existent / path");
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/test")), res);
	assert(result == "A", "Didn't match a simple GET request");
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/test"), HTTPMethod.POST), res);
	assert(result == "AB", "Didn't match a simple POST request");
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/a/"), HTTPMethod.GET), res);
	assert(result == "AB", "Matched empty variable. "~result);
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/a/x"), HTTPMethod.GET), res);
	assert(result == "ABC", "Didn't match a trailing 1-character var.");
	// currently fails due to Path not accepting "//"
	//router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/a//"), HTTPMethod.GET), res);
	//assert(result == "ABC", "Matched empty string or slash as var. "~result);
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/a/y/"), HTTPMethod.GET), res);
	assert(result == "ABCD", "Didn't match 1-character infix variable.");
}

unittest {
	import vibe.inet.url;

	auto router = new URLRouter("/test");

	string result;
	void a(HTTPServerRequest req, HTTPServerResponse) { result ~= "A"; }
	void b(HTTPServerRequest req, HTTPServerResponse) { result ~= "B"; }
	router.get("/x", &a);
	router.get("/y", &b);

	auto res = createTestHTTPServerResponse();
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/test")), res);
	assert(result == "");
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/test/x")), res);
	assert(result == "A");
	router.handleRequest(createTestHTTPServerRequest(URL("http://localhost/test/y")), res);
	assert(result == "AB");
}


/**
	Convenience abstraction for a single `URLRouter` route.

	See `URLRouter.route` for a usage example.
*/
struct URLRoute {
	URLRouter router;
	string path;

	ref URLRoute get(Handler)(Handler h) { router.get(path, h); return this; }
	ref URLRoute post(Handler)(Handler h) { router.post(path, h); return this; }
	ref URLRoute put(Handler)(Handler h) { router.put(path, h); return this; }
	ref URLRoute delete_(Handler)(Handler h) { router.delete_(path, h); return this; }
	ref URLRoute patch(Handler)(Handler h) { router.patch(path, h); return this; }
	ref URLRoute any(Handler)(Handler h) { router.any(path, h); return this; }
	ref URLRoute match(Handler)(HTTPMethod method, Handler h) { router.match(method, path, h); return this; }
}


private enum maxRouteParameters = 64;

private struct Route {
	HTTPMethod method;
	string pattern;
	HTTPServerRequestDelegate cb;
}

private string skipPathNode(string str, ref size_t idx)
{
	size_t start = idx;
	while( idx < str.length && str[idx] != '/' ) idx++;
	return str[start .. idx];
}

private string skipPathNode(ref string str)
{
	size_t idx = 0;
	auto ret = skipPathNode(str, idx);
	str = str[idx .. $];
	return ret;
}

private struct MatchTree(T) {
	import std.algorithm : countUntil;
	import std.array : array;

	private {
		struct Node {
			size_t terminalsStart; // slice into m_terminalTags
			size_t terminalsEnd;
			uint[ubyte.max+1] edges = uint.max; // character -> index into m_nodes
		}
		struct TerminalTag {
			size_t index; // index into m_terminals array
			size_t var; // index into Terminal.varNames/varValues or size_t.max
		}
		struct Terminal {
			string pattern;
			T data;
			string[] varNames;
			size_t[size_t] varMap; // maps node index to variable index
		}
		Node[] m_nodes; // all nodes as a single array
		TerminalTag[] m_terminalTags;
		Terminal[] m_terminals;

		enum TerminalChar = 0;
		bool m_upToDate = false;
	}

	@property size_t terminalCount() const { return m_terminals.length; }

	void addTerminal(string pattern, T data)
	{
		m_terminals ~= Terminal(pattern, data, null, null);
		m_upToDate = false;
	}

	bool match(string text, scope bool delegate(size_t terminal, scope string[] vars) del)
	{
		// lazily update the match graph
		if (!m_upToDate) rebuildGraph();

		return doMatch(text, del);
	}

	const(string)[] getTerminalVarNames(size_t terminal) const { return m_terminals[terminal].varNames; }
	ref inout(T) getTerminalData(size_t terminal) inout { return m_terminals[terminal].data; }

	void print()
	const {
		import std.algorithm : map;
		import std.array : join;
		import std.conv : to;
		import std.range : iota;
		import std.string : format;

		logInfo("Nodes:");
		foreach (i, n; m_nodes) {
			logInfo("  %s %s", i, m_terminalTags[n.terminalsStart .. n.terminalsEnd]
				.map!(t => format("T%s%s", t.index, t.var != size_t.max ? "("~m_terminals[t.index].varNames[t.var]~")" : "")).join(" "));
			//logInfo("  %s %s-%s", i, n.terminalsStart, n.terminalsEnd);


			static string mapChar(ubyte ch) {
				if (ch == TerminalChar) return "$";
				if (ch >= '0' && ch <= '9') return to!string(cast(dchar)ch);
				if (ch >= 'a' && ch <= 'z') return to!string(cast(dchar)ch);
				if (ch >= 'A' && ch <= 'Z') return to!string(cast(dchar)ch);
				if (ch == '/') return "/";
				if (ch == '^') return "^";
				return ch.to!string;
			}

			void printRange(uint node, ubyte from, ubyte to)
			{
				if (to - from <= 10) logInfo("    %s -> %s", iota(from, cast(uint)to+1).map!(ch => mapChar(cast(ubyte)ch)).join("|"), node);
				else logInfo("    %s-%s -> %s", mapChar(from), mapChar(to), node);
			}

			uint last_to = uint.max;
			ubyte last_ch = 0;
			foreach (ch, e; n.edges)
				if (e != last_to) {
					if (last_to != uint.max)
						printRange(last_to, last_ch, cast(ubyte)(ch-1));
					last_ch = cast(ubyte)ch;
					last_to = e;
				}
			if (last_to != uint.max)
				printRange(last_to, last_ch, ubyte.max);
		}
	}

	private bool doMatch(string text, scope bool delegate(size_t terminal, scope string[] vars) del)
	const {
		string[maxRouteParameters] vars_buf = void;

		import std.algorithm : canFind;

		// first, determine the end node, if any
		auto n = matchTerminals(text);
		if (!n) return false;

		// then, go through the terminals and match their variables
		foreach (ref t; m_terminalTags[n.terminalsStart .. n.terminalsEnd]) {
			auto term = &m_terminals[t.index];
			auto vars = vars_buf[0 .. term.varNames.length];
			matchVars(vars, term, text);
			if (vars.canFind!(v => v.length == 0)) continue; // all variables must be non-empty to match
			if (del(t.index, vars)) return true;
		}
		return false;
	}

	private inout(Node)* matchTerminals(string text)
	inout {
		if (!m_nodes.length) return null;

		auto n = &m_nodes[0];

		// follow the path through the match graph
		foreach (i, char ch; text) {
			auto nidx = n.edges[cast(size_t)ch];
			if (nidx == uint.max) return null;
			n = &m_nodes[nidx];
		}

		// finally, find a matching terminal node
		auto nidx = n.edges[TerminalChar];
		if (nidx == uint.max) return null;
		n = &m_nodes[nidx];
		return n;
	}

	private void matchVars(string[] dst, in Terminal* term, string text)
	const {
		auto nidx = 0;
		size_t activevar = size_t.max;
		size_t activevarstart;

		dst[] = null;

		// folow the path throgh the match graph
		foreach (i, char ch; text) {
			auto var = term.varMap.get(nidx, size_t.max);

			// detect end of variable
			if (var != activevar && activevar != size_t.max) {
				dst[activevar] = text[activevarstart .. i-1];
				activevar = size_t.max;
			}

			// detect beginning of variable
			if (var != size_t.max && activevar == size_t.max) {
				activevar = var;
				activevarstart = i;
			}

			nidx = m_nodes[nidx].edges[cast(ubyte)ch];
			assert(nidx != uint.max);
		}

		// terminate any active varible with the end of the input string or with the last character
		auto var = term.varMap.get(nidx, size_t.max);
		if (activevar != size_t.max) dst[activevar] = text[activevarstart .. (var == activevar ? $ : $-1)];
	}

	private void rebuildGraph()
	{
		import std.array : appender;
		
		if (m_upToDate) return;
		m_upToDate = true;

		m_nodes = null;
		m_terminalTags = null;

		if (!m_terminals.length) return;

		MatchGraphBuilder builder;
		foreach (i, ref t; m_terminals)
			t.varNames = builder.insert(t.pattern, i);
		//builder.print();
		builder.disambiguate();

		auto nodemap = new uint[builder.m_nodes.length];
		nodemap[] = uint.max;

		auto nodes = appender!(Node[]);
		nodes.reserve(1024);

		uint process(size_t n)
		{
			import std.algorithm : canFind;

			if (nodemap[n] != uint.max) return nodemap[n];
			auto nmidx = cast(uint)nodes.data.length;
			nodemap[n] = nmidx;
			nodes.put(Node.init);

			Node nn;
			nn.terminalsStart = m_terminalTags.length;
			foreach (t; builder.m_nodes[n].terminals) {
				auto var = t.var.length ? m_terminals[t.index].varNames.countUntil(t.var) : size_t.max;
				assert(!m_terminalTags[nn.terminalsStart .. $].canFind!(u => u.index == t.index && u.var == var));
				m_terminalTags ~= TerminalTag(t.index, var);
				if (var != size_t.max)
					m_terminals[t.index].varMap[nmidx] = var;
			}
			nn.terminalsEnd = m_terminalTags.length;
			foreach (ch, targets; builder.m_nodes[n].edges)
				foreach (to; targets)
					nn.edges[ch] = process(to);

			nodes.data[nmidx] = nn;

			return nmidx;
		}
		assert(builder.m_nodes[0].edges['^'].length == 1, "Graph must be disambiguated before purging.");
		process(builder.m_nodes[0].edges['^'][0]);

		m_nodes = nodes.data;

		logDebug("Match tree has %s(%s) nodes, %s terminals", m_nodes.length, builder.m_nodes.length, m_terminals.length);
	}
}

unittest {
	import std.string : format;
	MatchTree!int m;

	void testMatch(string str, size_t[] terms, string[] vars)
	{
		size_t[] mterms;
		string[] mvars;
		m.match(str, (t, scope vals) {
			mterms ~= t;
			mvars ~= vals;
			return false;
		});
		assert(mterms == terms, format("Mismatched terminals: %s (expected %s)", mterms, terms));
		assert(mvars == vars, format("Mismatched variables; %s (expected %s)", mvars, vars));
	}

	m.addTerminal("a", 0);
	m.addTerminal("b", 0);
	m.addTerminal("ab", 0);
	m.rebuildGraph();
	assert(m.getTerminalVarNames(0) == []);
	assert(m.getTerminalVarNames(1) == []);
	assert(m.getTerminalVarNames(2) == []);
	testMatch("a", [0], []);
	testMatch("ab", [2], []);
	testMatch("abc", [], []);
	testMatch("b", [1], []);

	m = MatchTree!int.init;
	m.addTerminal("ab", 0);
	m.addTerminal("a*", 0);
	m.rebuildGraph();
	assert(m.getTerminalVarNames(0) == []);
	assert(m.getTerminalVarNames(1) == []);
	testMatch("a", [1], []);
	testMatch("ab", [0, 1], []);
	testMatch("abc", [1], []);

	m = MatchTree!int.init;
	m.addTerminal("ab", 0);
	m.addTerminal("a:var", 0);
	m.rebuildGraph();
	assert(m.getTerminalVarNames(0) == []);
	assert(m.getTerminalVarNames(1) == ["var"], format("%s", m.getTerminalVarNames(1)));
	testMatch("a", [], []); // vars may not be empty
	testMatch("ab", [0, 1], ["b"]);
	testMatch("abc", [1], ["bc"]);

	m = MatchTree!int.init;
	m.addTerminal(":var1/:var2", 0);
	m.addTerminal("a/:var3", 0);
	m.addTerminal(":var4/b", 0);
	m.rebuildGraph();
	assert(m.getTerminalVarNames(0) == ["var1", "var2"]);
	assert(m.getTerminalVarNames(1) == ["var3"]);
	assert(m.getTerminalVarNames(2) == ["var4"]);
	testMatch("a", [], []);
	testMatch("a/a", [0, 1], ["a", "a", "a"]);
	testMatch("a/b", [0, 1, 2], ["a", "b", "b", "a"]);
	testMatch("a/bc", [0, 1], ["a", "bc", "bc"]);
	testMatch("ab/b", [0, 2], ["ab", "b", "ab"]);
	testMatch("ab/bc", [0], ["ab", "bc"]);

	m = MatchTree!int.init;
	m.addTerminal(":var1/", 0);
	m.rebuildGraph();
	assert(m.getTerminalVarNames(0) == ["var1"]);
	testMatch("ab/", [0], ["ab"]);
	testMatch("ab", [], []);
	testMatch("/ab", [], []);
	testMatch("a/b", [], []);
	testMatch("ab//", [], []);
}


private struct MatchGraphBuilder {
	import std.array : array;
	import std.algorithm : filter;
	import std.string : format;

	private {
		enum TerminalChar = 0;
		struct TerminalTag {
			size_t index;
			string var;
			bool opEquals(in ref TerminalTag other) const { return index == other.index && var == other.var; }
		}
		struct Node {
			size_t idx;
			TerminalTag[] terminals;
			size_t[][ubyte.max+1] edges;
		}
		Node[] m_nodes;
	}

	string[] insert(string pattern, size_t terminal)
	{
		import std.algorithm : canFind;

		auto full_pattern = pattern;
		string[] vars;
		if (!m_nodes.length) addNode();

		// create start node and connect to zero node
		auto nidx = addNode();
		addEdge(0, nidx, '^', terminal, null);

		while (pattern.length) {
			auto ch = pattern[0];
			if (ch == '*') {
				assert(pattern.length == 1, "Asterisk is only allowed at the end of a pattern: "~full_pattern);
				pattern = null;

				foreach (v; ubyte.min .. ubyte.max+1) {
					if (v == TerminalChar) continue;
					addEdge(nidx, nidx, cast(ubyte)v, terminal, null);
				}
			} else if (ch == ':') {
				pattern = pattern[1 .. $];
				auto name = skipPathNode(pattern);
				assert(name.length > 0, "Missing placeholder name: "~full_pattern);
				assert(!vars.canFind(name), "Duplicate placeholder name ':"~name~"': '"~full_pattern~"'");
				vars ~= name;
				assert(!pattern.length || (pattern[0] != '*' && pattern[0] != ':'),
					"Cannot have two placeholders directly follow each other.");

				foreach (v; ubyte.min .. ubyte.max+1) {
					if (v == TerminalChar || v == '/') continue;
					addEdge(nidx, nidx, cast(ubyte)v, terminal, name);
				}
			} else {
				nidx = addEdge(nidx, ch, terminal, null);
				pattern = pattern[1 .. $];
			}
		}

		addEdge(nidx, TerminalChar, terminal, null);
		return vars;
	}

	void disambiguate()
	{
		import std.algorithm : map, sum;
		import std.array : appender, join;

//logInfo("Disambiguate");
		if (!m_nodes.length) return;

		import vibe.utils.hashmap;
		HashMap!(size_t[], size_t) combined_nodes;
		auto visited = new bool[m_nodes.length * 2];
		Stack!size_t node_stack;
		node_stack.reserve(m_nodes.length);
		node_stack.push(0);
		while (!node_stack.empty) {
			auto n = node_stack.pop();

			while (n >= visited.length) visited.length = visited.length * 2;
			if (visited[n]) continue;
//logInfo("Disambiguate %s", n);
			visited[n] = true;

			foreach (ch_; ubyte.min .. ubyte.max+1) {
				ubyte ch = cast(ubyte)ch_;
				auto chnodes = m_nodes[n].edges[ch_];

				// handle trivial cases
				if (chnodes.length <= 1) continue;

				// generate combined state for ambiguous edges
				if (auto pn = chnodes in combined_nodes) { m_nodes[n].edges[ch] = singleNodeArray(*pn); continue; }

				// for new combinations, create a new node
				size_t ncomb = addNode();
				combined_nodes[chnodes] = ncomb;

				// allocate memory for all edges combined
				size_t total_edge_count = 0;
				foreach (chn; chnodes) {
					Node* cn = &m_nodes[chn];
					foreach (edges; cn.edges)
						total_edge_count +=edges.length;
				}
				auto mem = new size_t[total_edge_count];

				// write all edges
				size_t idx = 0;
				foreach (to_ch; ubyte.min .. ubyte.max+1) {
					size_t start = idx;
					foreach (chn; chnodes) {
						auto edges = m_nodes[chn].edges[to_ch];
						mem[idx .. idx + edges.length] = edges;
						idx += edges.length;
					}
					m_nodes[ncomb].edges[to_ch] = mem[start .. idx];
				}

				// add terminal indices
				foreach (chn; chnodes) addToArray(m_nodes[ncomb].terminals, m_nodes[chn].terminals);
				foreach (i; 1 .. m_nodes[ncomb].terminals.length)
					assert(m_nodes[ncomb].terminals[0] != m_nodes[ncomb].terminals[i]);
				
				m_nodes[n].edges[ch] = singleNodeArray(ncomb);
			}

			// process nodes recursively
			foreach (ch; ubyte.min .. ubyte.max+1)
				node_stack.push(m_nodes[n].edges[ch]);
		}
		debug logDebug("Disambiguate done: %s nodes, %s max stack size", m_nodes.length, node_stack.maxSize);
	}

	void print()
	const {
		import std.algorithm : map;
		import std.array : join;
		import std.conv : to;
		import std.string : format;

		logInfo("Nodes:");
		foreach (i, n; m_nodes) {
			string mapChar(ubyte ch) {
				if (ch == TerminalChar) return "$";
				if (ch >= '0' && ch <= '9') return to!string(cast(dchar)ch);
				if (ch >= 'a' && ch <= 'z') return to!string(cast(dchar)ch);
				if (ch >= 'A' && ch <= 'Z') return to!string(cast(dchar)ch);
				if (ch == '/') return "/";
				return ch.to!string;
			}
			logInfo("  %s %s", i, n.terminals.map!(t => format("T%s%s", t.index, t.var.length ? "("~t.var~")" : "")).join(" "));
			foreach (ch, tnodes; n.edges)
				foreach (tn; tnodes)
					logInfo("    %s -> %s", mapChar(cast(ubyte)ch), tn);
		}
	}

	private void addEdge(size_t from, size_t to, ubyte ch, size_t terminal, string var)
	{
		auto e = &m_nodes[from].edges[ch];
		if (!(*e).length) *e = singleNodeArray(to);
		else *e ~= to;
		addTerminal(to, terminal, var);
	}

	private size_t addEdge(size_t from, ubyte ch, size_t terminal, string var)
	{
		import std.algorithm : canFind;
		import std.string : format;
		assert(!m_nodes[from].edges[ch].length > 0, format("%s is in %s", ch, m_nodes[from].edges));
		auto nidx = addNode();
		addEdge(from, nidx, ch, terminal, var);
		return nidx;
	}

	private void addTerminal(size_t node, size_t terminal, string var)
	{
		foreach (ref t; m_nodes[node].terminals) {
			if (t.index == terminal) {
				assert(t.var.length == 0 || t.var == var, "Ambiguous route var match!? '"~t.var~"' vs. '"~var~"'");
				t.var = var;
				return;
			}
		}
		m_nodes[node].terminals ~= TerminalTag(terminal, var);
	}

	private size_t addNode()
	{
		auto idx = m_nodes.length;
		m_nodes ~= Node(idx, null, null);
		return idx;
	}

	private size_t[] singleNodeArray(size_t node)
	{
		return (&m_nodes[node].idx)[0 .. 1];
	}

	private static addToArray(T)(ref T[] arr, T[] elems) { foreach (e; elems) addToArray(arr, e); }
	private static addToArray(T)(ref T[] arr, T elem)
	{
		import std.algorithm : canFind;
		if (!arr.canFind(elem)) arr ~= elem;
	}
}

private struct Stack(E)
{
	private {
		E[] m_storage;
		size_t m_fill;
		debug size_t m_maxFill;
	}

	@property bool empty() const { return m_fill == 0; }

	debug @property size_t maxSize() const { return m_maxFill; }

	void reserve(size_t amt)
	{
		auto minsz = m_fill + amt;
		if (m_storage.length < minsz) {
			auto newlength = 64;
			while (newlength < minsz) newlength *= 2;
			m_storage.length = newlength;
		}
	}

	void push(E el)
	{
		reserve(1);
		m_storage[m_fill++] = el;
		debug if (m_fill > m_maxFill) m_maxFill = m_fill;
	}

	void push(E[] els)
	{
		reserve(els.length);
		foreach (el; els)
			m_storage[m_fill++] = el;
		debug if (m_fill > m_maxFill) m_maxFill = m_fill;
	}

	E pop()
	{
		assert(!empty, "Stack underflow.");
		return m_storage[--m_fill];
	}
}
vibe.d-0.7.30/source/vibe/http/server.d000066400000000000000000001770511304441332000176340ustar00rootroot00000000000000/**
	A HTTP 1.1/1.0 server implementation.

	Copyright: © 2012-2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Jan Krüger, Ilya Shipunov
*/
module vibe.http.server;

public import vibe.core.net;
public import vibe.http.common;
public import vibe.http.session;

import vibe.core.file;
import vibe.core.log;
import vibe.data.json;
import vibe.http.dist;
import vibe.http.log;
import vibe.inet.message;
import vibe.inet.url;
import vibe.inet.webform;
import vibe.stream.counting;
import vibe.stream.operations;
import vibe.stream.tls;
import vibe.stream.wrapper : ConnectionProxyStream;
import vibe.stream.zlib;
import vibe.textfilter.urlencode;
import vibe.utils.array;
import vibe.utils.memory;
import vibe.utils.string;

import core.atomic;
import core.vararg;
import std.algorithm : canFind;
import std.array;
import std.conv;
import std.datetime;
import std.encoding : sanitize;
import std.exception;
import std.format;
import std.functional;
import std.string;
import std.typecons;
import std.uri;


/**************************************************************************************************/
/* Public functions                                                                               */
/**************************************************************************************************/

/**
	Starts a HTTP server listening on the specified port.

	request_handler will be called for each HTTP request that is made. The
	res parameter of the callback then has to be filled with the response
	data.

	request_handler can be either HTTPServerRequestDelegate/HTTPServerRequestFunction
	or a class/struct with a member function 'handleRequest' that has the same
	signature.

	Note that if the application has been started with the --disthost command line
	switch, listenHTTP() will automatically listen on the specified VibeDist host
	instead of locally. This allows for a seamless switch from single-host to
	multi-host scenarios without changing the code. If you need to listen locally,
	use listenHTTPPlain() instead.

	Params:
		settings = Customizes the HTTP servers functionality.
		request_handler = This callback is invoked for each incoming request and is responsible
			for generating the response.

	Returns:
		A handle is returned that can be used to stop listening for further HTTP
		requests with the supplied settings. Another call to `listenHTTP` can be
		used afterwards to start listening again.
*/
HTTPListener listenHTTP(HTTPServerSettings settings, HTTPServerRequestDelegate request_handler)
{
	enforce(settings.bindAddresses.length, "Must provide at least one bind address for a HTTP server.");

	HTTPServerContext ctx;
	ctx.id = atomicOp!"+="(g_contextIDCounter, 1);
	ctx.settings = settings;
	ctx.requestHandler = request_handler;

	if (settings.accessLogger) ctx.loggers ~= settings.accessLogger;
	if (settings.accessLogToConsole)
		ctx.loggers ~= new HTTPConsoleLogger(settings, settings.accessLogFormat);
	if (settings.accessLogFile.length)
		ctx.loggers ~= new HTTPFileLogger(settings, settings.accessLogFormat, settings.accessLogFile);

	synchronized (g_listenersMutex)
		addContext(ctx);

	// if a VibeDist host was specified on the command line, register there instead of listening
	// directly.
	if (s_distHost.length && !settings.disableDistHost) {
		listenHTTPDist(settings, request_handler, s_distHost, s_distPort);
	} else {
		listenHTTPPlain(settings);
	}

	return HTTPListener(ctx.id);
}
/// ditto
HTTPListener listenHTTP(HTTPServerSettings settings, HTTPServerRequestFunction request_handler)
{
	return listenHTTP(settings, toDelegate(request_handler));
}
/// ditto
HTTPListener listenHTTP(HTTPServerSettings settings, HTTPServerRequestHandler request_handler)
{
	return listenHTTP(settings, &request_handler.handleRequest);
}
/// ditto
HTTPListener listenHTTP(HTTPServerSettings settings, HTTPServerRequestDelegateS request_handler)
{
	return listenHTTP(settings, cast(HTTPServerRequestDelegate)request_handler);
}
/// ditto
HTTPListener listenHTTP(HTTPServerSettings settings, HTTPServerRequestFunctionS request_handler)
{
	return listenHTTP(settings, toDelegate(request_handler));
}
/// ditto
HTTPListener listenHTTP(HTTPServerSettings settings, HTTPServerRequestHandlerS request_handler)
{
	return listenHTTP(settings, &request_handler.handleRequest);
}


/**
	Provides a HTTP request handler that responds with a static Diet template.
*/
@property HTTPServerRequestDelegateS staticTemplate(string template_file)()
{
	return (scope HTTPServerRequest req, scope HTTPServerResponse res){
		res.render!(template_file, req);
	};
}

/**
	Provides a HTTP request handler that responds with a static redirection to the specified URL.

	Params:
		url = The URL to redirect to
		status = Redirection status to use $(LPAREN)by default this is $(D HTTPStatus.found)$(RPAREN).

	Returns:
		Returns a $(D HTTPServerRequestDelegate) that performs the redirect
*/
HTTPServerRequestDelegate staticRedirect(string url, HTTPStatus status = HTTPStatus.found)
{
	return (HTTPServerRequest req, HTTPServerResponse res){
		res.redirect(url, status);
	};
}
/// ditto
HTTPServerRequestDelegate staticRedirect(URL url, HTTPStatus status = HTTPStatus.found)
{
	return (HTTPServerRequest req, HTTPServerResponse res){
		res.redirect(url, status);
	};
}

///
unittest {
	import vibe.http.router;

	void test()
	{
		auto router = new URLRouter;
		router.get("/old_url", staticRedirect("http://example.org/new_url", HTTPStatus.movedPermanently));

		listenHTTP(new HTTPServerSettings, router);
	}
}


/**
	Sets a VibeDist host to register with.
*/
void setVibeDistHost(string host, ushort port)
{
	s_distHost = host;
	s_distPort = port;
}


/**
	Renders the given Diet template and makes all ALIASES available to the template.

	You can call this function as a pseudo-member of `HTTPServerResponse` using
	D's uniform function call syntax.

	See_also: `vibe.templ.diet.compileDietFile`

	Examples:
		---
		string title = "Hello, World!";
		int pageNumber = 1;
		res.render!("mytemplate.dt", title, pageNumber);
		---
*/
@property void render(string template_file, ALIASES...)(HTTPServerResponse res)
{
	res.headers["Content-Type"] = "text/html; charset=UTF-8";
	version (Have_diet_ng) {
		import vibe.stream.wrapper : StreamOutputRange;
		import diet.html : compileHTMLDietFile;
		auto output = StreamOutputRange(res.bodyWriter);
		compileHTMLDietFile!(template_file, ALIASES, DefaultFilters)(output);
	} else {
		import vibe.templ.diet;
		compileDietFile!(template_file, ALIASES)(res.bodyWriter);
	}
}

version (Have_diet_ng)
{
	import diet.traits;

	@dietTraits
	private struct DefaultFilters {
		import std.string : splitLines;

		static string filterCss(I)(I text, size_t indent = 0)
		{
			auto lines = splitLines(text);

			string indent_string = "\n";
			while (indent-- > 0) indent_string ~= '\t';

			string ret = indent_string~"";

			return ret;
		}


		static string filterJavascript(I)(I text, size_t indent = 0)
		{
			auto lines = splitLines(text);

			string indent_string = "\n";
			while (indent-- > 0) indent_string ~= '\t';

			string ret = indent_string~"";

			return ret;
		}

		static string filterMarkdown(I)(I text)
		{
			import vibe.textfilter.markdown : markdown = filterMarkdown;
			// TODO: indent
			return markdown(text);
		}

		static string filterHtmlescape(I)(I text)
		{
			import vibe.textfilter.html : htmlEscape;
			// TODO: indent
			return htmlEscape(text);
		}

		static this()
		{
			filters["css"] = (input, scope output) { output(filterCss(input)); };
			filters["javascript"] = (input, scope output) { output(filterJavascript(input)); };
			filters["markdown"] = (input, scope output) { output(filterMarkdown(cast(string)input)); };
			filters["htmlescape"] = (input, scope output) { output(filterHtmlescape(input)); };
		}

		static FilterCallback[string] filters;
	}


	unittest {
		static string compile(string diet)() {
			import std.array : appender;
			import std.string : strip;
			import diet.html : compileHTMLDietString;
			auto dst = appender!string;
			dst.compileHTMLDietString!(diet, DefaultFilters);
			return strip(cast(string)(dst.data));
		}

		assert(compile!":css .test" == "");
		assert(compile!":javascript test();" == "");
		assert(compile!":markdown **test**" == "
test\n
");
		assert(compile!":htmlescape " == "<test>");
		assert(compile!":css !{\".test\"}" == "");
		assert(compile!":javascript !{\"test();\"}" == "");
		assert(compile!":markdown !{\"**test**\"}" == "
test\n
");
		assert(compile!":htmlescape !{\"\"}" == "<test>");
		assert(compile!":javascript\n\ttest();" == "");
	}
}


/**
	Creates a HTTPServerRequest suitable for writing unit tests.
*/
HTTPServerRequest createTestHTTPServerRequest(URL url, HTTPMethod method = HTTPMethod.GET, InputStream data = null)
{
	InetHeaderMap headers;
	return createTestHTTPServerRequest(url, method, headers, data);
}
/// ditto
HTTPServerRequest createTestHTTPServerRequest(URL url, HTTPMethod method, InetHeaderMap headers, InputStream data = null)
{
	auto tls = url.schema == "https";
	auto ret = new HTTPServerRequest(Clock.currTime(UTC()), url.port ? url.port : tls ? 443 : 80);
	ret.path = url.pathString;
	ret.queryString = url.queryString;
	ret.username = url.username;
	ret.password = url.password;
	ret.requestURL = url.localURI;
	ret.method = method;
	ret.tls = tls;
	ret.headers = headers;
	ret.bodyReader = data;
	return ret;
}

/**
	Creates a HTTPServerResponse suitable for writing unit tests.
*/
HTTPServerResponse createTestHTTPServerResponse(OutputStream data_sink = null, SessionStore session_store = null)
{
	import vibe.stream.wrapper;

	HTTPServerSettings settings;
	if (session_store) {
		settings = new HTTPServerSettings;
		settings.sessionStore = session_store;
	}
	if (!data_sink) data_sink = new NullOutputStream;
	auto stream = new ProxyStream(null, data_sink);
	auto ret = new HTTPServerResponse(stream, null, settings, defaultAllocator());
	return ret;
}


/**************************************************************************************************/
/* Public types                                                                                   */
/**************************************************************************************************/

/// Delegate based request handler
alias HTTPServerRequestDelegate = void delegate(HTTPServerRequest req, HTTPServerResponse res);
/// Static function based request handler
alias HTTPServerRequestFunction = void function(HTTPServerRequest req, HTTPServerResponse res);
/// Interface for class based request handlers
interface HTTPServerRequestHandler {
	/// Handles incoming HTTP requests
	void handleRequest(HTTPServerRequest req, HTTPServerResponse res);
}

/// Delegate based request handler with scoped parameters
alias HTTPServerRequestDelegateS = void delegate(scope HTTPServerRequest req, scope HTTPServerResponse res);
/// Static function based request handler with scoped parameters
alias HTTPServerRequestFunctionS = void function(scope HTTPServerRequest req, scope HTTPServerResponse res);
/// Interface for class based request handlers with scoped parameters
interface HTTPServerRequestHandlerS {
	/// Handles incoming HTTP requests
	void handleRequest(scope HTTPServerRequest req, scope HTTPServerResponse res);
}

unittest {
	static assert(is(HTTPServerRequestDelegateS : HTTPServerRequestDelegate));
	static assert(is(HTTPServerRequestFunctionS : HTTPServerRequestFunction));
}

/// Aggregates all information about an HTTP error status.
final class HTTPServerErrorInfo {
	/// The HTTP status code
	int code;
	/// The error message
	string message;
	/// Extended error message with debug information such as a stack trace
	string debugMessage;
	/// The error exception, if any
	Throwable exception;
}

/// Delegate type used for user defined error page generator callbacks.
alias HTTPServerErrorPageHandler = void delegate(HTTPServerRequest req, HTTPServerResponse res, HTTPServerErrorInfo error);


/**
	Specifies optional features of the HTTP server.

	Disabling unneeded features can speed up the server or reduce its memory usage.

	Note that the options parseFormBody, parseJsonBody and parseMultiPartBody
	will also drain the HTTPServerRequest.bodyReader stream whenever a request
	body with form or JSON data is encountered.
*/
enum HTTPServerOption {
	none                      = 0,
	/// Fills the .path, .queryString fields in the request
	parseURL                  = 1<<0,
	/// Fills the .query field in the request
	parseQueryString          = 1<<1 | parseURL,
	/// Fills the .form field in the request
	parseFormBody             = 1<<2,
	/// Fills the .json field in the request
	parseJsonBody             = 1<<3,
	/// Enables use of the .nextPart() method in the request
	parseMultiPartBody        = 1<<4, // todo
	/// Fills the .cookies field in the request
	parseCookies              = 1<<5,
	/// Distributes request processing among worker threads
	distribute                = 1<<6,
	/** Enables stack traces (HTTPServerErrorInfo.debugMessage).

		Note that generating the stack traces are generally a costly
		operation that should usually be avoided in production
		environments. It can also reveal internal information about
		the application, such as function addresses, which can
		help an attacker to abuse possible security holes.
	*/
	errorStackTraces          = 1<<7,
	/// Enable port reuse in listenTCP()
	reusePort                 = 1<<8,

	/** The default set of options.

		Includes all options, except for distribute.
	*/
	defaults =
		parseURL |
		parseQueryString |
		parseFormBody |
		parseJsonBody |
		parseMultiPartBody |
		parseCookies |
		errorStackTraces,

	/// deprecated
	None = none,
	/// deprecated
	ParseURL = parseURL,
	/// deprecated
	ParseQueryString = parseQueryString,
	/// deprecated
	ParseFormBody = parseFormBody,
	/// deprecated
	ParseJsonBody = parseJsonBody,
	/// deprecated
	ParseMultiPartBody = parseMultiPartBody,
	/// deprecated
	ParseCookies = parseCookies
}


/**
	Contains all settings for configuring a basic HTTP server.

	The defaults are sufficient for most normal uses.
*/
final class HTTPServerSettings {
	/** The port on which the HTTP server is listening.

		The default value is 80. If you are running a TLS enabled server you may want to set this
		to 443 instead.
	*/
	ushort port = 80;

	/** The interfaces on which the HTTP server is listening.

		By default, the server will listen on all IPv4 and IPv6 interfaces.
	*/
	string[] bindAddresses = ["::", "0.0.0.0"];

	/** Determines the server host name.

		If multiple servers are listening on the same port, the host name will determine which one
		gets a request.
	*/
	string hostName;

	/** Configures optional features of the HTTP server

		Disabling unneeded features can improve performance or reduce the server
		load in case of invalid or unwanted requests (DoS). By default,
		HTTPServerOption.defaults is used.
	*/
	HTTPServerOption options = HTTPServerOption.defaults;

	/** Time of a request after which the connection is closed with an error; not supported yet

		The default limit of 0 means that the request time is not limited.
	*/
	Duration maxRequestTime;// = dur!"seconds"(0);

	/** Maximum time between two request on a keep-alive connection

		The default value is 10 seconds.
	*/
	Duration keepAliveTimeout;// = dur!"seconds"(10);

	/// Maximum number of transferred bytes per request after which the connection is closed with
	/// an error
	ulong maxRequestSize = 2097152;


	///	Maximum number of transferred bytes for the request header. This includes the request line
	/// the url and all headers.
	ulong maxRequestHeaderSize = 8192;

	/// Sets a custom handler for displaying error pages for HTTP errors
	HTTPServerErrorPageHandler errorPageHandler = null;

	/// If set, a HTTPS server will be started instead of plain HTTP.
	TLSContext tlsContext;

	/// Session management is enabled if a session store instance is provided
	SessionStore sessionStore;
	string sessionIdCookie = "vibe.session_id";

	///
	import vibe.core.core : vibeVersionString;
	string serverString = "vibe.d/" ~ vibeVersionString;

	/** Specifies the format used for the access log.

		The log format is given using the Apache server syntax. By default NCSA combined is used.

		---
		"%h - %u %t \"%r\" %s %b \"%{Referer}i\" \"%{User-Agent}i\""
		---
	*/
	string accessLogFormat = "%h - %u %t \"%r\" %s %b \"%{Referer}i\" \"%{User-Agent}i\"";

	/// Spefifies the name of a file to which access log messages are appended.
	string accessLogFile = "";

	/// If set, access log entries will be output to the console.
	bool accessLogToConsole = false;

	/** Specifies a custom access logger instance.
	*/
	HTTPLogger accessLogger;

	/// Returns a duplicate of the settings object.
	@property HTTPServerSettings dup()
	{
		auto ret = new HTTPServerSettings;
		foreach (mem; __traits(allMembers, HTTPServerSettings)) {
			static if (mem == "sslContext") {}
			else static if (mem == "bindAddresses") ret.bindAddresses = bindAddresses.dup;
			else static if (__traits(compiles, __traits(getMember, ret, mem) = __traits(getMember, this, mem)))
				__traits(getMember, ret, mem) = __traits(getMember, this, mem);
		}
		return ret;
	}

	/// Disable support for VibeDist and instead start listening immediately.
	bool disableDistHost = false;

	/** Responds to "Accept-Encoding" by using compression if possible.

		Compression can also be manually enabled by setting the
		"Content-Encoding" header of the HTTP response appropriately before
		sending the response body.

		This setting is disabled by default. Also note that there are still some
		known issues with the GZIP compression code.
	*/
	bool useCompressionIfPossible = false;


	/** Interval between WebSocket ping frames.

		The default value is 60 seconds; set to Duration.zero to disable pings.
	*/
	Duration webSocketPingInterval;// = dur!"seconds"(60);

	this()
	{
		// need to use the contructor because the Ubuntu 13.10 GDC cannot CTFE dur()
		maxRequestTime = 0.seconds;
		keepAliveTimeout = 10.seconds;
		webSocketPingInterval = 60.seconds;
	}
}


/**
	Options altering how sessions are created.

	Multiple values can be or'ed together.

	See_Also: HTTPServerResponse.startSession
*/
enum SessionOption {
	/// No options.
	none = 0,

	/** Instructs the browser to disallow accessing the session ID from JavaScript.

		See_Also: Cookie.httpOnly
	*/
	httpOnly = 1<<0,

	/** Instructs the browser to disallow sending the session ID over
		unencrypted connections.

		By default, the type of the connection on which the session is started
		will be used to determine if secure or noSecure is used.

		See_Also: noSecure, Cookie.secure
	*/
	secure = 1<<1,

	/** Instructs the browser to allow sending the session ID over unencrypted
		connections.

		By default, the type of the connection on which the session is started
		will be used to determine if secure or noSecure is used.

		See_Also: secure, Cookie.secure
	*/
	noSecure = 1<<2
}


/**
	Represents a HTTP request as received by the server side.
*/
final class HTTPServerRequest : HTTPRequest {
	private {
		SysTime m_timeCreated;
		HTTPServerSettings m_settings;
		ushort m_port;
	}

	public {
		/// The IP address of the client
		string peer;
		/// ditto
		NetworkAddress clientAddress;

		/// Determines if the request should be logged to the access log file.
		bool noLog;

		/// Determines if the request was issued over an TLS encrypted channel.
		bool tls;

		/** Information about the TLS certificate provided by the client.

			Remarks: This field is only set if `tls` is true, and the peer
			presented a client certificate.
		*/
		TLSCertificateInformation clientCertificate;

		/** The _path part of the URL.

			Remarks: This field is only set if HTTPServerOption.parseURL is set.
		*/
		string path;

		/** The user name part of the URL, if present.

			Remarks: This field is only set if HTTPServerOption.parseURL is set.
		*/
		string username;

		/** The _password part of the URL, if present.

			Remarks: This field is only set if HTTPServerOption.parseURL is set.
		*/
		string password;

		/** The _query string part of the URL.

			Remarks: This field is only set if HTTPServerOption.parseURL is set.
		*/
		string queryString;

		/** Contains the list of _cookies that are stored on the client.

			Note that the a single cookie name may occur multiple times if multiple
			cookies have that name but different paths or domains that all match
			the request URI. By default, the first cookie will be returned, which is
			the or one of the cookies with the closest path match.

			Remarks: This field is only set if HTTPServerOption.parseCookies is set.
		*/
		CookieValueMap cookies;

		/** Contains all _form fields supplied using the _query string.

			The fields are stored in the same order as they are received.

			Remarks: This field is only set if HTTPServerOption.parseQueryString is set.
		*/
		FormFields query;

		import vibe.utils.dictionarylist;
		/** A map of general parameters for the request.

			This map is supposed to be used by middleware functionality to store
			information for later stages. For example vibe.http.router.URLRouter uses this map
			to store the value of any named placeholders.
		*/
		DictionaryList!(string, true, 8) params;

		/** Supplies the request body as a stream.

			Note that when certain server options are set (such as
			HTTPServerOption.parseJsonBody) and a matching request was sent,
			the returned stream will be empty. If needed, remove those
			options and do your own processing of the body when launching
			the server. HTTPServerOption has a list of all options that affect
			the request body.
		*/
		InputStream bodyReader;

		/** Contains the parsed Json for a JSON request.

			Remarks:
				This field is only set if HTTPServerOption.parseJsonBody is set.

				A JSON request must have the Content-Type "application/json" or "application/vnd.api+json".
		*/
		Json json;

		/** Contains the parsed parameters of a HTML POST _form request.

			The fields are stored in the same order as they are received.

			Remarks:
				This field is only set if HTTPServerOption.parseFormBody is set.

				A form request must either have the Content-Type
				"application/x-www-form-urlencoded" or "multipart/form-data".
		*/
		FormFields form;

		/** Contains information about any uploaded file for a HTML _form request.

			Remarks:
				This field is only set if HTTPServerOption.parseFormBody is set
				and if the Content-Type is "multipart/form-data".
		*/
		FilePartFormFields files;

		/** The current Session object.

			This field is set if HTTPServerResponse.startSession() has been called
			on a previous response and if the client has sent back the matching
			cookie.

			Remarks: Requires the HTTPServerOption.parseCookies option.
		*/
		Session session;
	}

	package {
		/** The settings of the server serving this request.
		 */
		@property const(HTTPServerSettings) serverSettings() const
		{
			return m_settings;
		}
	}

	this(SysTime time, ushort port)
	{
		m_timeCreated = time.toUTC();
		m_port = port;
	}

	/** Time when this request started processing.
	*/
	@property inout(SysTime) timeCreated() inout { return m_timeCreated; }


	/** The full URL that corresponds to this request.

		The host URL includes the protocol, host and optionally the user
		and password that was used for this request. This field is useful to
		construct self referencing URLs.

		Note that the port is currently not set, so that this only works if
		the standard port is used.
	*/
	@property URL fullURL()
	const {
		URL url;

		auto xfh = this.headers.get("X-Forwarded-Host");
		auto xfp = this.headers.get("X-Forwarded-Port");
		auto xfpr = this.headers.get("X-Forwarded-Proto");

		// Set URL host segment.
		if (xfh.length) {
			url.host = xfh;
		} else if (!this.host.empty) {
			url.host = this.host;
		} else if (!m_settings.hostName.empty) {
			url.host = m_settings.hostName;
		} else {
			url.host = m_settings.bindAddresses[0];
		}

		// Set URL schema segment.
		if (xfpr.length) {
			url.schema = xfpr;
		} else if (this.tls) {
			url.schema = "https";
		} else {
			url.schema = "http";
		}

		// Set URL port segment.
		if (xfp.length) {
			try {
				url.port = xfp.to!ushort;
			} catch (ConvException) {
				// TODO : Consider responding with a 400/etc. error from here.
				logWarn("X-Forwarded-Port header was not valid port (%s)", xfp);
			}
		} else if (!xfh) {
			if (url.schema == "https") {
				if (m_port != 443U) url.port = m_port;
			} else {
				if (m_port != 80U)  url.port = m_port;
			}
		}

		url.host = url.host.split(":")[0];
		url.username = this.username;
		url.password = this.password;
		url.path = Path(path);
		url.queryString = queryString;

		return url;
	}

	/** The relative path to the root folder.

		Using this function instead of absolute URLs for embedded links can be
		useful to avoid dead link when the site is piped through a
		reverse-proxy.

		The returned string always ends with a slash.
	*/
	@property string rootDir() const {
		if (path.length == 0) return "./";
		auto depth = count(path[1 .. $], '/');
		return depth == 0 ? "./" : replicate("../", depth);
	}
}


/**
	Represents a HTTP response as sent from the server side.
*/
final class HTTPServerResponse : HTTPResponse {
	private {
		Stream m_conn;
		ConnectionStream m_rawConnection;
		OutputStream m_bodyWriter;
		Allocator m_requestAlloc;
		FreeListRef!ChunkedOutputStream m_chunkedBodyWriter;
		FreeListRef!CountingOutputStream m_countingWriter;
		FreeListRef!GzipOutputStream m_gzipOutputStream;
		FreeListRef!DeflateOutputStream m_deflateOutputStream;
		HTTPServerSettings m_settings;
		Session m_session;
		bool m_headerWritten = false;
		bool m_isHeadResponse = false;
		bool m_tls;
		SysTime m_timeFinalized;
	}

	this(Stream conn, ConnectionStream raw_connection, HTTPServerSettings settings, Allocator req_alloc)
	{
		m_conn = conn;
		m_rawConnection = raw_connection;
		m_countingWriter = FreeListRef!CountingOutputStream(conn);
		m_settings = settings;
		m_requestAlloc = req_alloc;
	}

	/** Returns the time at which the request was finalized.

		Note that this field will only be set after `finalize` has been called.
	*/
	@property SysTime timeFinalized() { return m_timeFinalized; }

	/** Determines if the HTTP header has already been written.
	*/
	@property bool headerWritten() const { return m_headerWritten; }

	/** Determines if the response does not need a body.
	*/
	bool isHeadResponse() const { return m_isHeadResponse; }

	/** Determines if the response is sent over an encrypted connection.
	*/
	bool tls() const { return m_tls; }

	/// Writes the entire response body at once.
	void writeBody(in ubyte[] data, string content_type = null)
	{
		if (content_type != "") headers["Content-Type"] = content_type;
		headers["Content-Length"] = formatAlloc(m_requestAlloc, "%d", data.length);
		bodyWriter.write(data);
	}
	/// ditto
	void writeBody(string data, string content_type = "text/plain; charset=UTF-8")
	{
		writeBody(cast(ubyte[])data, content_type);
	}
	/// ditto
	void writeBody(in ubyte[] data, int status, string content_type = null)
	{
		statusCode = status;
		writeBody(data, content_type);
	}
	/// ditto
	void writeBody(string data, int status, string content_type = "text/plain; charset=UTF-8")
	{
		statusCode = status;
		writeBody(data, content_type);
	}
	/// ditto
	void writeBody(scope InputStream data, string content_type = null)
	{
		if (content_type != "") headers["Content-Type"] = content_type;
		bodyWriter.write(data);
	}

	/** Writes the whole response body at once, without doing any further encoding.

		The caller has to make sure that the appropriate headers are set correctly
		(i.e. Content-Type and Content-Encoding).

		Note that the version taking a RandomAccessStream may perform additional
		optimizations such as sending a file directly from the disk to the
		network card using a DMA transfer.

	*/
	void writeRawBody(RandomAccessStream stream)
	{
		assert(!m_headerWritten, "A body was already written!");
		writeHeader();
		if (m_isHeadResponse) return;

		auto bytes = stream.size - stream.tell();
		m_conn.write(stream);
		m_countingWriter.increment(bytes);
	}
	/// ditto
	void writeRawBody(InputStream stream, size_t num_bytes = 0)
	{
		assert(!m_headerWritten, "A body was already written!");
		writeHeader();
		if (m_isHeadResponse) return;

		if (num_bytes > 0) {
			m_conn.write(stream, num_bytes);
			m_countingWriter.increment(num_bytes);
		} else  m_countingWriter.write(stream, num_bytes);
	}
	/// ditto
	void writeRawBody(RandomAccessStream stream, int status)
	{
		statusCode = status;
		writeRawBody(stream);
	}
	/// ditto
	void writeRawBody(InputStream stream, int status, size_t num_bytes = 0)
	{
		statusCode = status;
		writeRawBody(stream, num_bytes);
	}


	/// Writes a JSON message with the specified status
	void writeJsonBody(T)(T data, int status, string content_type = "application/json; charset=UTF-8", bool allow_chunked = false)
	{
		statusCode = status;
		writeJsonBody(data, content_type, allow_chunked);
	}
	
	/// ditto
	void writeJsonBody(T)(T data, string content_type = "application/json; charset=UTF-8", bool allow_chunked = false)
	{
		import std.traits;
		import vibe.stream.wrapper;

		static if (!is(T == Json) && is(typeof(data.data())) && isArray!(typeof(data.data()))) {
			static assert(!is(T == Appender!(typeof(data.data()))), "Passed an Appender!T to writeJsonBody - this is most probably not doing what's indended.");
		}

		headers["Content-Type"] = content_type;

		// set an explicit content-length field if chunked encoding is not allowed
		if (!allow_chunked) {
			import vibe.internal.rangeutil;
			long length = 0;
			auto counter = RangeCounter(&length);
			serializeToJson(counter, data);
			headers["Content-Length"] = formatAlloc(m_requestAlloc, "%d", length);
		}

		auto rng = StreamOutputRange(bodyWriter);
		serializeToJson(&rng, data);
	}

	/**
	 * Writes the response with no body.
	 *
	 * This method should be used in situations where no body is
	 * requested, such as a HEAD request. For an empty body, just use writeBody,
	 * as this method causes problems with some keep-alive connections.
	 */
	void writeVoidBody()
	{
		if (!m_isHeadResponse) {
			assert("Content-Length" !in headers);
			assert("Transfer-Encoding" !in headers);
		}
		assert(!headerWritten);
		writeHeader();
		m_conn.flush();
	}

	/** A stream for writing the body of the HTTP response.

		Note that after 'bodyWriter' has been accessed for the first time, it
		is not allowed to change any header or the status code of the response.
	*/
	@property OutputStream bodyWriter()
	{
		assert(m_conn !is null);
		if (m_bodyWriter) return m_bodyWriter;

		assert(!m_headerWritten, "A void body was already written!");

		if (m_isHeadResponse) {
			// for HEAD requests, we define a NullOutputWriter for convenience
			// - no body will be written. However, the request handler should call writeVoidBody()
			// and skip writing of the body in this case.
			if ("Content-Length" !in headers)
				headers["Transfer-Encoding"] = "chunked";
			writeHeader();
			m_bodyWriter = new NullOutputStream;
			return m_bodyWriter;
		}

		if ("Content-Encoding" in headers && "Content-Length" in headers) {
			// we do not known how large the compressed body will be in advance
			// so remove the content-length and use chunked transfer
			headers.remove("Content-Length");
		}

		if (auto pcl = "Content-Length" in headers) {
			writeHeader();
			m_countingWriter.writeLimit = (*pcl).to!ulong;
			m_bodyWriter = m_countingWriter;
		} else {
			headers["Transfer-Encoding"] = "chunked";
			writeHeader();
			m_chunkedBodyWriter = FreeListRef!ChunkedOutputStream(m_countingWriter);
			m_bodyWriter = m_chunkedBodyWriter;
		}

		if (auto pce = "Content-Encoding" in headers) {
			if (icmp2(*pce, "gzip") == 0) {
				m_gzipOutputStream = FreeListRef!GzipOutputStream(m_bodyWriter);
				m_bodyWriter = m_gzipOutputStream;
			} else if (icmp2(*pce, "deflate") == 0) {
				m_deflateOutputStream = FreeListRef!DeflateOutputStream(m_bodyWriter);
				m_bodyWriter = m_deflateOutputStream;
			} else {
				logWarn("Unsupported Content-Encoding set in response: '"~*pce~"'");
			}
		}

		return m_bodyWriter;
	}

	/** Sends a redirect request to the client.

		Params:
			url = The URL to redirect to
			status = The HTTP redirect status (3xx) to send - by default this is $(D HTTPStatus.found)
	*/
	void redirect(string url, int status = HTTPStatus.Found)
	{
		statusCode = status;
		headers["Location"] = url;
		writeBody("redirecting...");
	}
	/// ditto
	void redirect(URL url, int status = HTTPStatus.Found)
	{
		redirect(url.toString(), status);
	}

	///
	unittest {
		import vibe.http.router;

		void request_handler(HTTPServerRequest req, HTTPServerResponse res)
		{
			res.redirect("http://example.org/some_other_url");
		}

		void test()
		{
			auto router = new URLRouter;
			router.get("/old_url", &request_handler);

			listenHTTP(new HTTPServerSettings, router);
		}
	}


	/** Special method sending a SWITCHING_PROTOCOLS response to the client.

		Notice: For the overload that returns a `ConnectionStream`, it must be
			ensured that the returned instance doesn't outlive the request
			handler callback.

		Params:
			protocol = The protocol set in the "Upgrade" header of the response.
				Use an empty string to skip setting this field.
	*/
	ConnectionStream switchProtocol(string protocol)
	{
		statusCode = HTTPStatus.SwitchingProtocols;
		if (protocol.length) headers["Upgrade"] = protocol;
		writeVoidBody();
		return new ConnectionProxyStream(m_conn, m_rawConnection);
	}
	/// ditto
	void switchProtocol(string protocol, scope void delegate(scope ConnectionStream) del)
	{
		statusCode = HTTPStatus.SwitchingProtocols;
		if (protocol.length) headers["Upgrade"] = protocol;
		writeVoidBody();
		scope conn = new ConnectionProxyStream(m_conn, m_rawConnection);
		del(conn);
		finalize();
		if (m_rawConnection !is null && m_rawConnection.connected)
			m_rawConnection.close(); // connection not reusable after a protocol upgrade
	}

	/** Special method for handling CONNECT proxy tunnel

		Notice: For the overload that returns a `ConnectionStream`, it must be
			ensured that the returned instance doesn't outlive the request
			handler callback.
	*/
	ConnectionStream connectProxy()
	{
		return new ConnectionProxyStream(m_conn, m_rawConnection);
	}
	/// ditto
	void connectProxy(scope void delegate(scope ConnectionStream) del)
	{
		scope conn = new ConnectionProxyStream(m_conn, m_rawConnection);
		del(conn);
		finalize();
		m_rawConnection.close(); // connection not reusable after a protocol upgrade
	}

	/** Sets the specified cookie value.

		Params:
			name = Name of the cookie
			value = New cookie value - pass null to clear the cookie
			path = Path (as seen by the client) of the directory tree in which the cookie is visible
	*/
	Cookie setCookie(string name, string value, string path = "/", Cookie.Encoding encoding = Cookie.Encoding.url)
	{
		auto cookie = new Cookie();
		cookie.path = path;
		cookie.setValue(value, encoding);
		if (value is null) {
			cookie.maxAge = 0;
			cookie.expires = "Thu, 01 Jan 1970 00:00:00 GMT";
		}
		cookies[name] = cookie;
		return cookie;
	}

	/**
		Initiates a new session.

		The session is stored in the SessionStore that was specified when
		creating the server. Depending on this, the session can be persistent
		or temporary and specific to this server instance.
	*/
	Session startSession(string path = "/", SessionOption options = SessionOption.httpOnly)
	{
		assert(m_settings.sessionStore, "no session store set");
		assert(!m_session, "Try to start a session, but already started one.");

		bool secure;
		if (options & SessionOption.secure) secure = true;
		else if (options & SessionOption.noSecure) secure = false;
		else secure = this.tls;

		m_session = m_settings.sessionStore.create();
		m_session.set("$sessionCookiePath", path);
		m_session.set("$sessionCookieSecure", secure);
		auto cookie = setCookie(m_settings.sessionIdCookie, m_session.id, path);
		cookie.secure = secure;
		cookie.httpOnly = (options & SessionOption.httpOnly) != 0;
		return m_session;
	}

	/**
		Terminates the current session (if any).
	*/
	void terminateSession()
	{
		if (!m_session) return;
		auto cookie = setCookie(m_settings.sessionIdCookie, null, m_session.get!string("$sessionCookiePath"));
		cookie.secure = m_session.get!bool("$sessionCookieSecure");
		m_session.destroy();
		m_session = Session.init;
	}

	@property ulong bytesWritten() { return m_countingWriter.bytesWritten; }

	/**
		Waits until either the connection closes, data arrives, or until the
		given timeout is reached.

		Returns:
			$(D true) if the connection was closed and $(D false) if either the
			timeout was reached, or if data has arrived for consumption.

		See_Also: `connected`
	*/
	bool waitForConnectionClose(Duration timeout = Duration.max)
	{
		if (!m_rawConnection || !m_rawConnection.connected) return true;
		m_rawConnection.waitForData(timeout);
		return !m_rawConnection.connected;
	}

	/**
		Determines if the underlying connection is still alive.

		Returns $(D true) if the remote peer is still connected and $(D false)
		if the remote peer closed the connection.

		See_Also: `waitForConnectionClose`
	*/
	@property bool connected()
	{
		if (!m_rawConnection) return false;
		return m_rawConnection.connected;
	}

	/**
		Finalizes the response. This is usually called automatically by the server.

		This method can be called manually after writing the response to force
		all network traffic associated with the current request to be finalized.
		After the call returns, the `timeFinalized` property will be set.
	*/
	void finalize()
	{
		if (m_gzipOutputStream) {
			m_gzipOutputStream.finalize();
			m_gzipOutputStream.destroy();
		}
		if (m_deflateOutputStream) {
			m_deflateOutputStream.finalize();
			m_deflateOutputStream.destroy();
		}
		if (m_chunkedBodyWriter) {
			m_chunkedBodyWriter.finalize();
			m_chunkedBodyWriter.destroy();
		}

		// ignore exceptions caused by an already closed connection - the client
		// may have closed the connection already and this doesn't usually indicate
		// a problem.
		if (m_rawConnection && m_rawConnection.connected) {
			try if (m_conn) m_conn.flush();
			catch (Exception e) logDebug("Failed to flush connection after finishing HTTP response: %s", e.msg);
			if (!isHeadResponse && bytesWritten < headers.get("Content-Length", "0").to!long) {
				logDebug("HTTP response only written partially before finalization. Terminating connection.");
				m_rawConnection.close();
			}
			m_rawConnection = null;
		}

		if (m_conn) {
			m_conn = null;
			m_timeFinalized = Clock.currTime(UTC());
		}
	}

	private void writeHeader()
	{
		import vibe.stream.wrapper;

		assert(!m_bodyWriter && !m_headerWritten, "Try to write header after body has already begun.");
		m_headerWritten = true;
		auto dst = StreamOutputRange(m_conn);

		void writeLine(T...)(string fmt, T args)
		{
			formattedWrite(&dst, fmt, args);
			dst.put("\r\n");
			logTrace(fmt, args);
		}

		logTrace("---------------------");
		logTrace("HTTP server response:");
		logTrace("---------------------");

		// write the status line
		writeLine("%s %d %s",
			getHTTPVersionString(this.httpVersion),
			this.statusCode,
			this.statusPhrase.length ? this.statusPhrase : httpStatusText(this.statusCode));

		// write all normal headers
		foreach (k, v; this.headers) {
			dst.put(k);
			dst.put(": ");
			dst.put(v);
			dst.put("\r\n");
			logTrace("%s: %s", k, v);
		}

		logTrace("---------------------");

		// write cookies
		foreach (n, cookie; this.cookies) {
			dst.put("Set-Cookie: ");
			cookie.writeString(&dst, n);
			dst.put("\r\n");
		}

		// finalize response header
		dst.put("\r\n");
	}
}

/**
	Represents the request listener for a specific `listenHTTP` call.

	This struct can be used to stop listening for HTTP requests at runtime.
*/
struct HTTPListener {
	private {
		size_t m_contextID;
	}

	private this(size_t id) { m_contextID = id; }

	/** Stops handling HTTP requests and closes the TCP listening port if
		possible.
	*/
	void stopListening()
	{
		import std.algorithm : countUntil;

		synchronized (g_listenersMutex) {
			auto contexts = getContexts();

			auto idx = contexts.countUntil!(c => c.id == m_contextID);
			if (idx < 0) return;

			// remove context entry
			auto ctx = getContexts()[idx];
			removeContext(idx);

			// stop listening on all unused TCP ports
			auto port = ctx.settings.port;
			foreach (addr; ctx.settings.bindAddresses) {
				// any other context still occupying the same addr/port?
				if (getContexts().canFind!(c => c.settings.port == port && c.settings.bindAddresses.canFind(addr)))
					continue;

				auto lidx = g_listeners.countUntil!(l => l.bindAddress == addr && l.bindPort == port);
				if (lidx >= 0) {
					g_listeners[lidx].listener.stopListening();
					logInfo("Stopped to listen for HTTP%s requests on %s:%s", ctx.settings.tlsContext ? "S": "", addr, port);
					g_listeners = g_listeners[0 .. lidx] ~ g_listeners[lidx+1 .. $];
				}
			}
		}
	}
}


/**************************************************************************************************/
/* Private types                                                                                  */
/**************************************************************************************************/

private struct HTTPServerContext {
	HTTPServerRequestDelegate requestHandler;
	HTTPServerSettings settings;
	HTTPLogger[] loggers;
	size_t id;
}

private final class HTTPListenInfo {
	TCPListener listener;
	string bindAddress;
	ushort bindPort;
	TLSContext tlsContext;

	this(string bind_address, ushort bind_port, TLSContext tls_context)
	{
		this.bindAddress = bind_address;
		this.bindPort = bind_port;
		this.tlsContext = tls_context;
	}
}

private enum MaxHTTPHeaderLineLength = 4096;

private final class LimitedHTTPInputStream : LimitedInputStream {
	this(InputStream stream, ulong byte_limit, bool silent_limit = false) {
		super(stream, byte_limit, silent_limit);
	}
	override void onSizeLimitReached() {
		throw new HTTPStatusException(HTTPStatus.requestEntityTooLarge);
	}
}

private final class TimeoutHTTPInputStream : InputStream {
	private {
		long m_timeref;
		long m_timeleft;
		InputStream m_in;
	}

	this(InputStream stream, Duration timeleft, SysTime reftime)
	{
		enforce(timeleft > dur!"seconds"(0), "Timeout required");
		m_in = stream;
		m_timeleft = timeleft.total!"hnsecs"();
		m_timeref = reftime.stdTime();
	}

	@property bool empty() { enforce(m_in !is null, "InputStream missing"); return m_in.empty(); }
	@property ulong leastSize() { enforce(m_in !is null, "InputStream missing"); return m_in.leastSize();  }
	@property bool dataAvailableForRead() {  enforce(m_in !is null, "InputStream missing"); return m_in.dataAvailableForRead; }
	const(ubyte)[] peek() { return m_in.peek(); }

	void read(ubyte[] dst)
	{
		enforce(m_in !is null, "InputStream missing");
		checkTimeout();
		m_in.read(dst);
	}

	private void checkTimeout()
	{
		auto curr = Clock.currStdTime();
		auto diff = curr - m_timeref;
		if (diff > m_timeleft) throw new HTTPStatusException(HTTPStatus.RequestTimeout);
		m_timeleft -= diff;
		m_timeref = curr;
	}
}

/**************************************************************************************************/
/* Private functions                                                                              */
/**************************************************************************************************/

private {
	import core.sync.mutex;

	shared string s_distHost;
	shared ushort s_distPort = 11000;
	shared size_t g_contextIDCounter = 1;

	// protects g_listeners and *write* accesses to g_contexts
	__gshared Mutex g_listenersMutex;
	__gshared HTTPListenInfo[] g_listeners;

	// accessed for every request, needs to be kept thread-safe by only atomically assigning new
	// arrays (COW). shared immutable(HTTPServerContext)[] would be the right candidate here, but
	// is impractical due to type system limitations.
	align(16) shared HTTPServerContext[] g_contexts;

	HTTPServerContext[] getContexts()
	{
		version (Win64) return cast(HTTPServerContext[])g_contexts;
		else return cast(HTTPServerContext[])atomicLoad(g_contexts);
	}

	void addContext(HTTPServerContext ctx)
	{
		synchronized (g_listenersMutex) {
			atomicStore(g_contexts, g_contexts ~ cast(shared)ctx);
		}
	}

	void removeContext(size_t idx)
	{
		// write a new complete array reference to avoid race conditions during removal
		auto contexts = g_contexts;
		auto newarr = contexts[0 .. idx] ~ contexts[idx+1 .. $];
		atomicStore(g_contexts, newarr);
	}
}

/**
	[private] Starts a HTTP server listening on the specified port.

	This is the same as listenHTTP() except that it does not use a VibeDist host for
	remote listening, even if specified on the command line.
*/
private void listenHTTPPlain(HTTPServerSettings settings)
{
	import std.algorithm : canFind;

	static TCPListener doListen(HTTPListenInfo listen_info, bool dist, bool reusePort)
	{
		try {
			TCPListenOptions options = TCPListenOptions.defaults;
			if(dist) options |= TCPListenOptions.distribute; else options &= ~TCPListenOptions.distribute;
			if(reusePort) options |= TCPListenOptions.reusePort; else options &= ~TCPListenOptions.reusePort;
			auto ret = listenTCP(listen_info.bindPort, (TCPConnection conn) {
					handleHTTPConnection(conn, listen_info);
				}, listen_info.bindAddress, options);
			auto proto = listen_info.tlsContext ? "https" : "http";
			auto urladdr = listen_info.bindAddress;
			if (urladdr.canFind(':')) urladdr = "["~urladdr~"]";
			logInfo("Listening for requests on %s://%s:%s/", proto, urladdr, listen_info.bindPort);
			return ret;
		} catch( Exception e ) {
			logWarn("Failed to listen on %s:%s", listen_info.bindAddress, listen_info.bindPort);
			return null;
		}
	}

	void addVHost(ref HTTPListenInfo lst)
	{
		TLSContext onSNI(string servername)
		{
			foreach (ctx; getContexts())
				if (ctx.settings.bindAddresses.canFind(lst.bindAddress)
					&& ctx.settings.port == lst.bindPort
					&& ctx.settings.hostName.icmp(servername) == 0)
				{
					logDebug("Found context for SNI host '%s'.", servername);
					return ctx.settings.tlsContext;
				}
			logDebug("No context found for SNI host '%s'.", servername);
			return null;
		}

		if (settings.tlsContext !is lst.tlsContext && lst.tlsContext.kind != TLSContextKind.serverSNI) {
			logDebug("Create SNI TLS context for %s, port %s", lst.bindAddress, lst.bindPort);
			lst.tlsContext = createTLSContext(TLSContextKind.serverSNI);
			lst.tlsContext.sniCallback = &onSNI;
		}

		foreach (ctx; getContexts()) {
			if (ctx.settings.port != settings.port) continue;
			if (!ctx.settings.bindAddresses.canFind(lst.bindAddress)) continue;
			/*enforce(ctx.settings.hostName != settings.hostName,
				"A server with the host name '"~settings.hostName~"' is already "
				"listening on "~addr~":"~to!string(settings.port)~".");*/
		}
	}

	bool any_successful = false;

	synchronized (g_listenersMutex) {
		// Check for every bind address/port, if a new listening socket needs to be created and
		// check for conflicting servers
		foreach (addr; settings.bindAddresses) {
			bool found_listener = false;
			foreach (i, ref lst; g_listeners) {
				if (lst.bindAddress == addr && lst.bindPort == settings.port) {
					addVHost(lst);
					assert(!settings.tlsContext || settings.tlsContext is lst.tlsContext
						|| lst.tlsContext.kind == TLSContextKind.serverSNI,
						format("Got multiple overlapping TLS bind addresses (port %s), but no SNI TLS context!?", settings.port));
					found_listener = true;
					any_successful = true;
					break;
				}
			}
			if (!found_listener) {
				auto linfo = new HTTPListenInfo(addr, settings.port, settings.tlsContext);
				if (auto tcp_lst = doListen(linfo, (settings.options & HTTPServerOption.distribute) != 0, (settings.options & HTTPServerOption.reusePort) != 0)) // DMD BUG 2043
				{
					linfo.listener = tcp_lst;
					found_listener = true;
					any_successful = true;
					g_listeners ~= linfo;
				}
			}
			if (settings.hostName.length) {
				auto proto = settings.tlsContext ? "https" : "http";
				auto port = settings.tlsContext && settings.port == 443 || !settings.tlsContext && settings.port == 80 ? "" : ":" ~ settings.port.to!string;
				logInfo("Added virtual host %s://%s%s/ (%s)", proto, settings.hostName, port, addr);
			}
		}
	}

	enforce(any_successful, "Failed to listen for incoming HTTP connections on any of the supplied interfaces.");
}


private void handleHTTPConnection(TCPConnection connection, HTTPListenInfo listen_info)
{
	Stream http_stream = connection;

	// Set NODELAY to true, to avoid delays caused by sending the response
	// header and body in separate chunks. Note that to avoid other performance
	// issues (caused by tiny packets), this requires using an output buffer in
	// the event driver, which is the case at least for the default libevent
	// based driver.
	connection.tcpNoDelay = true;

	version(VibeNoSSL) {} else {
		import std.traits : ReturnType;
		ReturnType!createTLSStreamFL tls_stream;
	}

	if (!connection.waitForData(10.seconds())) {
		logDebug("Client didn't send the initial request in a timely manner. Closing connection.");
		return;
	}

	// If this is a HTTPS server, initiate TLS
	if (listen_info.tlsContext) {
		version (VibeNoSSL) assert(false, "No TLS support compiled in (VibeNoSSL)");
		else {
			logDebug("Accept TLS connection: %s", listen_info.tlsContext.kind);
			// TODO: reverse DNS lookup for peer_name of the incoming connection for TLS client certificate verification purposes
			tls_stream = createTLSStreamFL(http_stream, listen_info.tlsContext, TLSStreamState.accepting, null, connection.remoteAddress);
			http_stream = tls_stream;
		}
	}

	while (!connection.empty) {
		HTTPServerSettings settings;
		bool keep_alive;
		handleRequest(http_stream, connection, listen_info, settings, keep_alive);
		if (!keep_alive) { logTrace("No keep-alive - disconnecting client."); break; }

		logTrace("Waiting for next request...");
		// wait for another possible request on a keep-alive connection
		if (!connection.waitForData(settings.keepAliveTimeout)) {
			if (!connection.connected) logTrace("Client disconnected.");
			else logDebug("Keep-alive connection timed out!");
			break;
		}
	}

	logTrace("Done handling connection.");
}

private bool handleRequest(Stream http_stream, TCPConnection tcp_connection, HTTPListenInfo listen_info, ref HTTPServerSettings settings, ref bool keep_alive)
{
	import std.algorithm : canFind;

	SysTime reqtime = Clock.currTime(UTC());

	//auto request_allocator = scoped!(PoolAllocator)(1024, defaultAllocator());
	scope request_allocator = new PoolAllocator(1024, threadLocalAllocator());
	scope(exit) request_allocator.reset();

	// some instances that live only while the request is running
	FreeListRef!HTTPServerRequest req = FreeListRef!HTTPServerRequest(reqtime, listen_info.bindPort);
	FreeListRef!TimeoutHTTPInputStream timeout_http_input_stream;
	FreeListRef!LimitedHTTPInputStream limited_http_input_stream;
	FreeListRef!ChunkedInputStream chunked_input_stream;

	// store the IP address (IPv4 addresses forwarded over IPv6 are stored in IPv4 format)
	auto peer_address_string = tcp_connection.peerAddress;
	if (peer_address_string.startsWith("::ffff:") && peer_address_string[7 .. $].indexOf(":") < 0)
		req.peer = peer_address_string[7 .. $];
	else req.peer = peer_address_string;
	req.clientAddress = tcp_connection.remoteAddress;

	// Default to the first virtual host for this listener
	HTTPServerRequestDelegate request_task;
	HTTPServerContext context;
	foreach (ctx; getContexts())
		if (ctx.settings.port == listen_info.bindPort) {
			bool found = false;
			foreach (addr; ctx.settings.bindAddresses)
				if (addr == listen_info.bindAddress)
					found = true;
			if (!found) continue;
			context = ctx;
			settings = ctx.settings;
			request_task = ctx.requestHandler;
			break;
		}

	if (!settings) {
		logWarn("Didn't find a HTTP listening context for incoming connection. Dropping.");
		keep_alive = false;
		return false;
	}

	// temporarily set to the default settings, the virtual host specific settings will be set further down
	req.m_settings = settings;

	// Create the response object
	auto res = FreeListRef!HTTPServerResponse(http_stream, tcp_connection, settings, request_allocator/*.Scoped_payload*/);
	req.tls = res.m_tls = listen_info.tlsContext !is null;
	if (req.tls) req.clientCertificate = (cast(TLSStream)http_stream).peerCertificate;

	// Error page handler
	void errorOut(int code, string msg, string debug_msg, Throwable ex){
		assert(!res.headerWritten);

		// stack traces sometimes contain random bytes - make sure they are replaced
		debug_msg = sanitizeUTF8(cast(ubyte[])debug_msg);

		res.statusCode = code;
		if (settings && settings.errorPageHandler) {
			scope err = new HTTPServerErrorInfo;
			err.code = code;
			err.message = msg;
			err.debugMessage = debug_msg;
			err.exception = ex;
			settings.errorPageHandler(req, res, err);
		} else {
			if (debug_msg.length)
				res.writeBody(format("%s - %s\n\n%s\n\nInternal error information:\n%s", code, httpStatusText(code), msg, debug_msg));
			else res.writeBody(format("%s - %s\n\n%s", code, httpStatusText(code), msg));
		}
		assert(res.headerWritten);
	}

	bool parsed = false;
	/*bool*/ keep_alive = false;

	// parse the request
	try {
		logTrace("reading request..");

		// limit the total request time
		InputStream reqReader;
		if (settings.maxRequestTime == dur!"seconds"(0)) reqReader = http_stream;
		else {
			timeout_http_input_stream = FreeListRef!TimeoutHTTPInputStream(http_stream, settings.maxRequestTime, reqtime);
			reqReader = timeout_http_input_stream;
		}

		// basic request parsing
		parseRequestHeader(req, reqReader, request_allocator, settings.maxRequestHeaderSize);
		logTrace("Got request header.");

		// find the matching virtual host
		string reqhost;
		ushort reqport = 0;
		{
			string s = req.host;
			enforceHTTP(s.length > 0 || req.httpVersion <= HTTPVersion.HTTP_1_0, HTTPStatus.badRequest, "Missing Host header.");
			if (s.startsWith('[')) { // IPv6 address
				auto idx = s.indexOf(']');
				enforce(idx > 0, "Missing closing ']' for IPv6 address.");
				reqhost = s[1 .. idx];
				s = s[idx+1 .. $];
			} else if (s.length) { // host name or IPv4 address
				auto idx = s.indexOf(':');
				if (idx < 0) idx = s.length;
				enforceHTTP(idx > 0, HTTPStatus.badRequest, "Missing Host header.");
				reqhost = s[0 .. idx];
				s = s[idx .. $];
			}
			if (s.startsWith(':')) reqport = s[1 .. $].to!ushort;
		}

		foreach (ctx; getContexts())
			if (icmp2(ctx.settings.hostName, reqhost) == 0 &&
				(!reqport || reqport == ctx.settings.port))
			{
				if (ctx.settings.port != listen_info.bindPort) continue;
				bool found = false;
				foreach (addr; ctx.settings.bindAddresses)
					if (addr == listen_info.bindAddress)
						found = true;
				if (!found) continue;
				context = ctx;
				settings = ctx.settings;
				request_task = ctx.requestHandler;
				break;
			}
		req.m_settings = settings;
		res.m_settings = settings;

		// setup compressed output
		if (settings.useCompressionIfPossible) {
			if (auto pae = "Accept-Encoding" in req.headers) {
				if (canFind(*pae, "gzip")) {
					res.headers["Content-Encoding"] = "gzip";
				} else if (canFind(*pae, "deflate")) {
					res.headers["Content-Encoding"] = "deflate";
				}
			}
		}

		// limit request size
		if (auto pcl = "Content-Length" in req.headers) {
			string v = *pcl;
			auto contentLength = parse!ulong(v); // DMDBUG: to! thinks there is a H in the string
			enforceBadRequest(v.length == 0, "Invalid content-length");
			enforceBadRequest(settings.maxRequestSize <= 0 || contentLength <= settings.maxRequestSize, "Request size too big");
			limited_http_input_stream = FreeListRef!LimitedHTTPInputStream(reqReader, contentLength);
		} else if (auto pt = "Transfer-Encoding" in req.headers) {
			enforceBadRequest(icmp(*pt, "chunked") == 0);
			chunked_input_stream = FreeListRef!ChunkedInputStream(reqReader);
			limited_http_input_stream = FreeListRef!LimitedHTTPInputStream(chunked_input_stream, settings.maxRequestSize, true);
		} else {
			limited_http_input_stream = FreeListRef!LimitedHTTPInputStream(reqReader, 0);
		}
		req.bodyReader = limited_http_input_stream;

		// handle Expect header
		if (auto pv = "Expect" in req.headers) {
			if (icmp2(*pv, "100-continue") == 0) {
				logTrace("sending 100 continue");
				http_stream.write("HTTP/1.1 100 Continue\r\n\r\n");
			}
		}

		// URL parsing if desired
		if (settings.options & HTTPServerOption.parseURL) {
			auto url = URL.parse(req.requestURL);
			req.path = urlDecode(url.pathString);
			req.queryString = url.queryString;
			req.username = url.username;
			req.password = url.password;
		}

		// query string parsing if desired
		if (settings.options & HTTPServerOption.parseQueryString) {
			if (!(settings.options & HTTPServerOption.parseURL))
				logWarn("Query string parsing requested but URL parsing is disabled!");
			parseURLEncodedForm(req.queryString, req.query);
		}

		// cookie parsing if desired
		if (settings.options & HTTPServerOption.parseCookies) {
			auto pv = "cookie" in req.headers;
			if (pv) parseCookies(*pv, req.cookies);
		}

		// lookup the session
		if (settings.sessionStore) {
			// use the first cookie that contains a valid session ID in case
			// of multiple matching session cookies
			foreach (val; req.cookies.getAll(settings.sessionIdCookie)) {
				req.session = settings.sessionStore.open(val);
				res.m_session = req.session;
				if (req.session) break;
			}
		}

		if (settings.options & HTTPServerOption.parseFormBody) {
			auto ptype = "Content-Type" in req.headers;
			if (ptype) parseFormData(req.form, req.files, *ptype, req.bodyReader, MaxHTTPHeaderLineLength);
		}

		if (settings.options & HTTPServerOption.parseJsonBody) {
			if (icmp2(req.contentType, "application/json") == 0 || icmp2(req.contentType, "application/vnd.api+json") == 0 ) {
				auto bodyStr = cast(string)req.bodyReader.readAll();
				if (!bodyStr.empty) req.json = parseJson(bodyStr);
			}
		}

		// write default headers
		if (req.method == HTTPMethod.HEAD) res.m_isHeadResponse = true;
		if (settings.serverString.length)
			res.headers["Server"] = settings.serverString;
		res.headers["Date"] = formatRFC822DateAlloc(request_allocator, reqtime);
		if (req.persistent) res.headers["Keep-Alive"] = formatAlloc(request_allocator, "timeout=%d", settings.keepAliveTimeout.total!"seconds"());

		// finished parsing the request
		parsed = true;
		logTrace("persist: %s", req.persistent);
		keep_alive = req.persistent;

		// handle the request
		logTrace("handle request (body %d)", req.bodyReader.leastSize);
		res.httpVersion = req.httpVersion;
		request_task(req, res);

		// if no one has written anything, return 404
		if (!res.headerWritten) {
			string dbg_msg;
			logDiagnostic("No response written for %s", req.requestURL);
			if (settings.options & HTTPServerOption.errorStackTraces)
				dbg_msg = format("No routes match path '%s'", req.requestURL);
			errorOut(HTTPStatus.notFound, httpStatusText(HTTPStatus.notFound), dbg_msg, null);
		}
	} catch (HTTPStatusException err) {
		string dbg_msg;
		if (settings.options & HTTPServerOption.errorStackTraces) {
			if (err.debugMessage != "") dbg_msg = err.debugMessage;
			else dbg_msg = err.toString().sanitize;
		}
		if (!res.headerWritten) errorOut(err.status, err.msg, dbg_msg, err);
		else logDiagnostic("HTTPSterrorOutatusException while writing the response: %s", err.msg);
		logDebug("Exception while handling request %s %s: %s", req.method, req.requestURL, err.toString().sanitize);
		if (!parsed || res.headerWritten || justifiesConnectionClose(err.status))
			keep_alive = false;
	} catch (UncaughtException e) {
		auto status = parsed ? HTTPStatus.internalServerError : HTTPStatus.badRequest;
		string dbg_msg;
		if (settings.options & HTTPServerOption.errorStackTraces) dbg_msg = e.toString().sanitize;
		if (!res.headerWritten && tcp_connection.connected) errorOut(status, httpStatusText(status), dbg_msg, e);
		else logDiagnostic("Error while writing the response: %s", e.msg);
		logDebug("Exception while handling request %s %s: %s", req.method, req.requestURL, e.toString().sanitize());
		if (!parsed || res.headerWritten || !cast(Exception)e) keep_alive = false;
	}

	if (tcp_connection.connected) {
		if (req.bodyReader && !req.bodyReader.empty) {
			auto nullWriter = scoped!NullOutputStream();
			nullWriter.write(req.bodyReader);
			logTrace("dropped body");
		}
	}

	// finalize (e.g. for chunked encoding)
	res.finalize();

	foreach (k, v ; req.files) {
		if (existsFile(v.tempPath)) {
			removeFile(v.tempPath);
			logDebug("Deleted upload tempfile %s", v.tempPath.toString());
		}
	}

	if (!req.noLog) {
		// log the request to access log
		foreach (log; context.loggers)
			log.log(req, res);
	}

	logTrace("return %s (used pool memory: %s/%s)", keep_alive, request_allocator.allocatedSize, request_allocator.totalSize);
	return keep_alive != false;
}


private void parseRequestHeader(HTTPServerRequest req, InputStream http_stream, Allocator alloc, ulong max_header_size)
{
	auto stream = FreeListRef!LimitedHTTPInputStream(http_stream, max_header_size);

	logTrace("HTTP server reading status line");
	auto reqln = cast(string)stream.readLine(MaxHTTPHeaderLineLength, "\r\n", alloc);

	logTrace("--------------------");
	logTrace("HTTP server request:");
	logTrace("--------------------");
	logTrace("%s", reqln);

	//Method
	auto pos = reqln.indexOf(' ');
	enforceBadRequest(pos >= 0, "invalid request method");

	req.method = httpMethodFromString(reqln[0 .. pos]);
	reqln = reqln[pos+1 .. $];
	//Path
	pos = reqln.indexOf(' ');
	enforceBadRequest(pos >= 0, "invalid request path");

	req.requestURL = reqln[0 .. pos];
	reqln = reqln[pos+1 .. $];

	req.httpVersion = parseHTTPVersion(reqln);

	//headers
	parseRFC5322Header(stream, req.headers, MaxHTTPHeaderLineLength, alloc, false);

	foreach (k, v; req.headers)
		logTrace("%s: %s", k, v);
	logTrace("--------------------");
}

private void parseCookies(string str, ref CookieValueMap cookies)
{
	import std.encoding : sanitize;
	import std.array : split;
	import std.string : strip;
	import std.algorithm.iteration : map, filter, each;
	import vibe.http.common : Cookie;
	str.sanitize.split(";")
		.map!(kv => kv.strip.split("="))
		.filter!(kv => kv.length == 2) //ignore illegal cookies
		.each!(kv => cookies.add(kv[0], kv[1], Cookie.Encoding.raw) );
}

unittest
{
  auto cvm = CookieValueMap();
  parseCookies("foo=bar;; baz=zinga; öö=üü   ;   møøse=was=sacked;    onlyval1; =onlyval2; onlykey=", cvm);
  assert(cvm["foo"] == "bar");
  assert(cvm["baz"] == "zinga");
  assert(cvm["öö"] == "üü");
  assert( "møøse" ! in cvm); //illegal cookie gets ignored
  assert( "onlyval1" ! in cvm); //illegal cookie gets ignored
  assert(cvm["onlykey"] == "");
  assert(cvm[""] == "onlyval2");
  assert(cvm.length() == 5);
  cvm = CookieValueMap();
  parseCookies("", cvm);
  assert(cvm.length() == 0);
  cvm = CookieValueMap();
  parseCookies(";;=", cvm);
  assert(cvm.length() == 1);
  assert(cvm[""] == "");
}

shared static this()
{
	g_listenersMutex = new Mutex;

	version (VibeNoDefaultArgs) {}
	else {
		string disthost = s_distHost;
		ushort distport = s_distPort;
		import vibe.core.args : readOption;
		readOption("disthost|d", &disthost, "Sets the name of a vibedist server to use for load balancing.");
		readOption("distport", &distport, "Sets the port used for load balancing.");
		setVibeDistHost(disthost, distport);
	}
}

private string formatRFC822DateAlloc(Allocator alloc, SysTime time)
{
	auto app = AllocAppender!string(alloc);
	writeRFC822DateTimeString(app, time);
	return app.data;
}

version (VibeDebugCatchAll) private alias UncaughtException = Throwable;
else private alias UncaughtException = Exception;
vibe.d-0.7.30/source/vibe/http/session.d000066400000000000000000000161061304441332000200020ustar00rootroot00000000000000/**
	Cookie based session support.

	Copyright: © 2012-2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Jan Krüger, Sönke Ludwig, Ilya Shipunov
*/
module vibe.http.session;

import vibe.core.log;
import vibe.crypto.cryptorand;

import std.array;
import std.base64;
import std.traits : hasAliasing;
import std.variant;

//random number generator
//TODO: Use Whirlpool or SHA-512 here
private SHA1HashMixerRNG g_rng;

//The "URL and Filename safe" Base64 without padding
alias Base64URLNoPadding = Base64Impl!('-', '_', Base64.NoPadding);


/**
	Represents a single HTTP session.

	Indexing the session object with string keys allows to store arbitrary key/value pairs.
*/
struct Session {
	private {
		SessionStore m_store;
		string m_id;
		SessionStorageType m_storageType;
	}

	// created by the SessionStore using SessionStore.createSessionInstance
	private this(SessionStore store, string id = null)
	{
		assert(id.length > 0);
		m_store = store;
		m_id = id;
		m_storageType = store.storageType;
	}

	/** Checks if the session is active.

		This operator enables a $(D Session) value to be used in conditionals
		to check if they are actially valid/active.
	*/
	bool opCast() const { return m_store !is null; }

	///
	unittest {
		//import vibe.http.server;
		// workaround for cyclic module ctor compiler error
		class HTTPServerRequest { Session session; string[string] form; }
		class HTTPServerResponse { Session startSession() { assert(false); } }

		void login(scope HTTPServerRequest req, scope HTTPServerResponse res)
		{
			// TODO: validate username+password

			// ensure that there is an active session
			if (!req.session) req.session = res.startSession();

			// update session variables
			req.session.set("loginUser", req.form["user"]);
		}
	}

	/// Returns the unique session id of this session.
	@property string id() const { return m_id; }

	/// Queries the session for the existence of a particular key.
	bool isKeySet(string key) { return m_store.isKeySet(m_id, key); }

	/** Gets a typed field from the session.
	*/
	const(T) get(T)(string key, lazy T def_value = T.init)
	{
		static assert(!hasAliasing!T, "Type "~T.stringof~" contains references, which is not supported for session storage.");
		return deserialize!T(m_store.get(m_id, key, serialize(def_value)));
	}

	/** Sets a typed field to the session.
	*/
	void set(T)(string key, T value)
	{
		static assert(!hasAliasing!T, "Type "~T.stringof~" contains references, which is not supported for session storage.");
		m_store.set(m_id, key, serialize(value));
	}

	/**
		Enables foreach-iteration over all keys of the session.
	*/
	int opApply(scope int delegate(string key) del)
	{
		return m_store.iterateSession(m_id, del);
	}
	///
	unittest {
		//import vibe.http.server;
		// workaround for cyclic module ctor compiler error
		class HTTPServerRequest { Session session; }
		class HTTPServerResponse { import vibe.core.stream; OutputStream bodyWriter() { assert(false); } string contentType; }

		// sends all session entries to the requesting browser
		// assumes that all entries are strings
		void handleRequest(scope HTTPServerRequest req, scope HTTPServerResponse res)
		{
			res.contentType = "text/plain";
			foreach(key; req.session)
				res.bodyWriter.write(key ~ ": " ~ req.session.get!string(key) ~ "\n");
		}
	}

	package void destroy() { m_store.destroy(m_id); }

	private Variant serialize(T)(T val)
	{
		import vibe.data.json;
		import vibe.data.bson;

		final switch (m_storageType) with (SessionStorageType) {
			case native: return Variant(val);
			case json: return Variant(serializeToJson(val));
			case bson: return Variant(serializeToBson(val));
		}
	}

	private T deserialize(T)(Variant val)
	{
		import vibe.data.json;
		import vibe.data.bson;

		final switch (m_storageType) with (SessionStorageType) {
			case native: return val.get!T;
			case json: return deserializeJson!T(val.get!Json);
			case bson: return deserializeBson!T(val.get!Bson);
		}
	}
}


/**
	Interface for a basic session store.

	A sesseion store is responsible for storing the id and the associated key/value pairs of a
	session.
*/
interface SessionStore {
	/// Returns the internal type used for storing session keys.
	@property SessionStorageType storageType() const;

	/// Creates a new session.
	Session create();

	/// Opens an existing session.
	Session open(string id);

	/// Sets a name/value pair for a given session.
	void set(string id, string name, Variant value);

	/// Returns the value for a given session key.
	Variant get(string id, string name, lazy Variant defaultVal);

	/// Determines if a certain session key is set.
	bool isKeySet(string id, string key);

	/// Terminates the given session.
	void destroy(string id);

	/// Iterates all keys stored in the given session.
	int iterateSession(string id, scope int delegate(string key) del);

	/// Creates a new Session object which sources its contents from this store.
	protected final Session createSessionInstance(string id = null)
	{
		if (!id.length) {
			ubyte[64] rand;
			if (!g_rng) g_rng = new SHA1HashMixerRNG();
			g_rng.read(rand);
			id = cast(immutable)Base64URLNoPadding.encode(rand);
		}
		return Session(this, id);
	}
}

enum SessionStorageType {
	native,
	json,
	bson
}


/**
	Session store for storing a session in local memory.

	If the server is running as a single instance (no thread or process clustering), this kind of
	session store provies the fastest and simplest way to store sessions. In any other case,
	a persistent session store based on a database is necessary.
*/
final class MemorySessionStore : SessionStore {
	private {
		Variant[string][string] m_sessions;
	}

	@property SessionStorageType storageType()
	const {
		return SessionStorageType.native;
	}

	Session create()
	{
		auto s = createSessionInstance();
		m_sessions[s.id] = null;
		return s;
	}

	Session open(string id)
	{
		auto pv = id in m_sessions;
		return pv ? createSessionInstance(id) : Session.init;
	}

	void set(string id, string name, Variant value)
	{
		m_sessions[id][name] = value;
		foreach(k, v; m_sessions[id]) logTrace("Csession[%s][%s] = %s", id, k, v);
	}

	Variant get(string id, string name, lazy Variant defaultVal)
	{
		assert(id in m_sessions, "session not in store");
		foreach(k, v; m_sessions[id]) logTrace("Dsession[%s][%s] = %s", id, k, v);
		if (auto pv = name in m_sessions[id]) {
			return *pv;
		} else {
			return defaultVal;
		}
	}

	bool isKeySet(string id, string key)
	{
		return (key in m_sessions[id]) !is null;
	}

	void destroy(string id)
	{
		m_sessions.remove(id);
	}

	int delegate(int delegate(ref string key, ref Variant value)) iterateSession(string id, )
	{
		assert(id in m_sessions, "session not in store");
		int iterator(int delegate(ref string key, ref Variant value) del)
		{
			foreach( key, ref value; m_sessions[id] )
				if( auto ret = del(key, value) != 0 )
					return ret;
			return 0;
		}
		return &iterator;
	}

	int iterateSession(string id, scope int delegate(string key) del)
	{
		assert(id in m_sessions, "session not in store");
		foreach (key; m_sessions[id].byKey)
			if (auto ret = del(key))
				return ret;
		return 0;
	}
}
vibe.d-0.7.30/source/vibe/http/status.d000066400000000000000000000203661304441332000176450ustar00rootroot00000000000000/**
	List of all standard HTTP status codes.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Jan Krüger
*/
module vibe.http.status;

/**
	Definitions of all standard HTTP status codes.
*/
enum HTTPStatus {
	continue_                    = 100,
	switchingProtocols           = 101,
	ok                           = 200,
	created                      = 201,
	accepted                     = 202,
	nonAuthoritativeInformation  = 203,
	noContent                    = 204,
	resetContent                 = 205,
	partialContent               = 206,
	multipleChoices              = 300,
	movedPermanently             = 301,
	found                        = 302,
	seeOther                     = 303,
	notModified                  = 304,
	useProxy                     = 305,
	temporaryRedirect            = 307,
	badRequest                   = 400,
	unauthorized                 = 401,
	paymentRequired              = 402,
	forbidden                    = 403,
	notFound                     = 404,
	methodNotAllowed             = 405,
	notAcceptable                = 406,
	proxyAuthenticationRequired  = 407,
	requestTimeout               = 408,
	conflict                     = 409,
	gone                         = 410,
	lengthRequired               = 411,
	preconditionFailed           = 412,
	requestEntityTooLarge        = 413,
	requestURITooLarge           = 414,
	unsupportedMediaType         = 415,
	requestedrangenotsatisfiable = 416,
	expectationFailed            = 417,
	tooManyRequests              = 429,
	unavailableForLegalReasons   = 451,
	internalServerError          = 500,
	notImplemented               = 501,
	badGateway                   = 502,
	serviceUnavailable           = 503,
	gatewayTimeout               = 504,
	httpVersionNotSupported      = 505,
	// WebDAV status codes
	multiStatus                  = 207,
	unprocessableEntity          = 422,
	locked                       = 423,
	failedDependency             = 424,
	insufficientStorage          = 507,

	Continue = continue_, /// deprecated
	SwitchingProtocols = switchingProtocols, /// deprecated
	OK = ok, /// deprecated
	Created = created, /// deprecated
	Accepted = accepted, /// deprecated
	NonAuthoritativeInformation = nonAuthoritativeInformation, /// deprecated
	NoContent = noContent, /// deprecated
	ResetContent = resetContent, /// deprecated
	PartialContent = partialContent, /// deprecated
	MultipleChoices = multipleChoices, /// deprecated
	MovedPermanently = movedPermanently, /// deprecated
	Found = found, /// deprecated
	SeeOther = seeOther, /// deprecated
	NotModified = notModified, /// deprecated
	UseProxy = useProxy, /// deprecated
	TemporaryRedirect = temporaryRedirect, /// deprecated
	BadRequest = badRequest, /// deprecated
	Unauthorized = unauthorized, /// deprecated
	PaymentRequired = paymentRequired, /// deprecated
	Forbidden = forbidden, /// deprecated
	NotFound = notFound, /// deprecated
	MethodNotAllowed = methodNotAllowed, /// deprecated
	NotAcceptable = notAcceptable, /// deprecated
	ProxyAuthenticationRequired = proxyAuthenticationRequired, /// deprecated
	RequestTimeout = requestTimeout, /// deprecated
	Conflict = conflict, /// deprecated
	Gone = gone, /// deprecated
	LengthRequired = lengthRequired, /// deprecated
	PreconditionFailed = preconditionFailed, /// deprecated
	RequestEntityTooLarge = requestEntityTooLarge, /// deprecated
	RequestURITooLarge = requestURITooLarge, /// deprecated
	UnsupportedMediaType = unsupportedMediaType, /// deprecated
	Requestedrangenotsatisfiable = requestedrangenotsatisfiable, /// deprecated
	ExpectationFailed = expectationFailed, /// deprecated
	InternalServerError = internalServerError, /// deprecated
	NotImplemented = notImplemented, /// deprecated
	BadGateway = badGateway, /// deprecated
	ServiceUnavailable = serviceUnavailable, /// deprecated
	GatewayTimeout = gatewayTimeout, /// deprecated
	HTTPVersionNotSupported = httpVersionNotSupported, /// deprecated
}


/**
	Returns a standard text description of the specified HTTP status code.
*/
string httpStatusText(int code)
{
	switch(code)
	{
		default: break;
		case HTTPStatus.continue_                    : return "Continue";
		case HTTPStatus.switchingProtocols           : return "Switching Protocols";
		case HTTPStatus.ok                           : return "OK";
		case HTTPStatus.created                      : return "Created";
		case HTTPStatus.accepted                     : return "Accepted";
		case HTTPStatus.nonAuthoritativeInformation  : return "Non-Authoritative Information";
		case HTTPStatus.noContent                    : return "No Content";
		case HTTPStatus.resetContent                 : return "Reset Content";
		case HTTPStatus.partialContent               : return "Partial Content";
		case HTTPStatus.multipleChoices              : return "Multiple Choices";
		case HTTPStatus.movedPermanently             : return "Moved Permanently";
		case HTTPStatus.found                        : return "Found";
		case HTTPStatus.seeOther                     : return "See Other";
		case HTTPStatus.notModified                  : return "Not Modified";
		case HTTPStatus.useProxy                     : return "Use Proxy";
		case HTTPStatus.temporaryRedirect            : return "Temporary Redirect";
		case HTTPStatus.badRequest                   : return "Bad Request";
		case HTTPStatus.unauthorized                 : return "Unauthorized";
		case HTTPStatus.paymentRequired              : return "Payment Required";
		case HTTPStatus.forbidden                    : return "Forbidden";
		case HTTPStatus.notFound                     : return "Not Found";
		case HTTPStatus.methodNotAllowed             : return "Method Not Allowed";
		case HTTPStatus.notAcceptable                : return "Not Acceptable";
		case HTTPStatus.proxyAuthenticationRequired  : return "Proxy Authentication Required";
		case HTTPStatus.requestTimeout               : return "Request Time-out";
		case HTTPStatus.conflict                     : return "Conflict";
		case HTTPStatus.gone                         : return "Gone";
		case HTTPStatus.lengthRequired               : return "Length Required";
		case HTTPStatus.preconditionFailed           : return "Precondition Failed";
		case HTTPStatus.requestEntityTooLarge        : return "Request Entity Too Large";
		case HTTPStatus.requestURITooLarge           : return "Request-URI Too Large";
		case HTTPStatus.unsupportedMediaType         : return "Unsupported Media Type";
		case HTTPStatus.requestedrangenotsatisfiable : return "Requested range not satisfiable";
		case HTTPStatus.expectationFailed            : return "Expectation Failed";
		case HTTPStatus.unavailableForLegalReasons   : return "Unavailable For Legal Reasons";
		case HTTPStatus.internalServerError          : return "Internal Server Error";
		case HTTPStatus.notImplemented               : return "Not Implemented";
		case HTTPStatus.badGateway                   : return "Bad Gateway";
		case HTTPStatus.serviceUnavailable           : return "Service Unavailable";
		case HTTPStatus.gatewayTimeout               : return "Gateway Time-out";
		case HTTPStatus.httpVersionNotSupported      : return "HTTP Version not supported";
		// WebDAV
		case HTTPStatus.multiStatus                  : return "Multi-Status";
		case HTTPStatus.unprocessableEntity          : return "Unprocessable Entity";
		case HTTPStatus.locked                       : return "Locked";
		case HTTPStatus.failedDependency             : return "Failed Dependency";
		case HTTPStatus.insufficientStorage          : return "Insufficient Storage";
	}
	if( code >= 600 ) return "Unknown";
	if( code >= 500 ) return "Unknown server error";
	if( code >= 400 ) return "Unknown error";
	if( code >= 300 ) return "Unknown redirection";
	if( code >= 200 ) return "Unknown success";
	if( code >= 100 ) return "Unknown information";
	return "Unknown";
}

/**
	Determines if the given status code justifies closing the connection (e.g. evil big request bodies)
*/
bool justifiesConnectionClose(int status) {
	switch(status) {
		default: return false;
		case HTTPStatus.requestEntityTooLarge:
		case HTTPStatus.requestURITooLarge:
		case HTTPStatus.requestTimeout:
			return true;
	}
}

/**
	Determines if status code is generally successful (>= 200 && < 300)
*/
bool isSuccessCode(HTTPStatus status) {
	return status >= 200 && status < 300;
}

vibe.d-0.7.30/source/vibe/http/websockets.d000066400000000000000000000541401304441332000204700ustar00rootroot00000000000000/**
	Implements WebSocket support and fallbacks for older browsers.

    Standards: $(LINK2 https://tools.ietf.org/html/rfc6455, RFC6455)
	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Jan Krüger
*/
module vibe.http.websockets;

///
unittest {
	void handleConn(scope WebSocket sock)
	{
		// simple echo server
		while (sock.connected) {
			auto msg = sock.receiveText();
			sock.send(msg);
		}
	}

	void startServer()
	{
		import vibe.http.router;
		auto router = new URLRouter;
		router.get("/ws", handleWebSockets(&handleConn));

		// Start HTTP server using listenHTTP()...
	}
}

alias WebSocketHandshakeDelegate = void delegate(scope WebSocket);

import vibe.core.core;
import vibe.core.log;
import vibe.core.net;
import vibe.stream.operations;
import vibe.http.server;
import vibe.http.client;
import vibe.core.connectionpool;
import vibe.utils.array;

import core.time;
import std.array;
import std.base64;
import std.conv;
import std.exception;
import std.bitmanip;
import std.digest.sha;
import std.string;
import std.functional;
import std.uuid;
import std.base64;
import std.digest.sha;
import vibe.crypto.cryptorand;

/// Exception thrown by $(D vibe.http.websockets).
class WebSocketException: Exception
{
	///
	this(string msg, string file = __FILE__, size_t line = __LINE__, Throwable next = null)
	{
		super(msg, file, line, next);
	}

	///
	this(string msg, Throwable next, string file = __FILE__, size_t line = __LINE__)
	{
		super(msg, next, file, line);
	}
}

/**
	Returns a WebSocket client object that is connected to the specified host.
*/
WebSocket connectWebSocket(URL url, HTTPClientSettings settings = defaultSettings)
{
	import std.typecons : Tuple, tuple;

	auto host = url.host;
	auto port = url.port;
	bool use_tls = (url.schema == "wss") ? true : false;

	if (port == 0)
		port = (use_tls) ? 443 : 80;

	static struct ConnInfo { string host; ushort port; bool useTLS; string proxyIP; ushort proxyPort; }
	static FixedRingBuffer!(Tuple!(ConnInfo, ConnectionPool!HTTPClient), 16) s_connections;
	auto   ckey = ConnInfo(host, port, use_tls, settings ? settings.proxyURL.host : null, settings ? settings.proxyURL.port : 0);

	ConnectionPool!HTTPClient pool;
	foreach (c; s_connections)
		if (c[0].host == host && c[0].port == port && c[0].useTLS == use_tls && (settings is null || (c[0].proxyIP == settings.proxyURL.host && c[0].proxyPort == settings.proxyURL.port)))
			pool = c[1];

	if (!pool)
	{
		logDebug("Create HTTP client pool %s:%s %s proxy %s:%d", host, port, use_tls, (settings) ? settings.proxyURL.host : string.init, (settings) ? settings.proxyURL.port : 0);
		pool = new ConnectionPool!HTTPClient({
			auto ret = new HTTPClient;
			ret.connect(host, port, use_tls, settings);
			return ret;
		});
		if (s_connections.full)
			s_connections.popFront();
		s_connections.put(tuple(ckey, pool));
	}

	auto rng = new SystemRNG;
	auto challengeKey = generateChallengeKey(rng);
	auto answerKey = computeAcceptKey(challengeKey);
	auto cl = pool.lockConnection();
	auto res = cl.request((scope req){
		req.requestURL = (url.localURI == "") ? "/" : url.localURI;
		req.method = HTTPMethod.GET;
		req.headers["Upgrade"] = "websocket";
		req.headers["Connection"] = "Upgrade";
		req.headers["Sec-WebSocket-Version"] = "13";
		req.headers["Sec-WebSocket-Key"] = challengeKey;
	});

	enforce(res.statusCode == HTTPStatus.switchingProtocols, "Server didn't accept the protocol upgrade request.");

	auto key = "sec-websocket-accept" in res.headers;
	enforce(key !is null, "Response is missing the Sec-WebSocket-Accept header.");
	enforce(*key == answerKey, "Response has wrong accept key");
	auto conn = res.switchProtocol("websocket");
	auto ws = new WebSocket(conn, null, rng);
	return ws;
}

/// ditto
void connectWebSocket(URL url, scope void delegate(scope WebSocket sock) del, HTTPClientSettings settings = defaultSettings)
{
	bool use_tls = (url.schema == "wss") ? true : false;
	url.schema = use_tls ? "https" : "http";

	scope rng = new SystemRNG;
	auto challengeKey = generateChallengeKey(rng);
	auto answerKey = computeAcceptKey(challengeKey);

	requestHTTP(url,
		(scope req) {
			req.method = HTTPMethod.GET;
			req.headers["Upgrade"] = "websocket";
			req.headers["Connection"] = "Upgrade";
			req.headers["Sec-WebSocket-Version"] = "13";
			req.headers["Sec-WebSocket-Key"] = challengeKey;
		},
		(scope res) {
			enforce(res.statusCode == HTTPStatus.switchingProtocols, "Server didn't accept the protocol upgrade request.");
			auto key = "sec-websocket-accept" in res.headers;
			enforce(key !is null, "Response is missing the Sec-WebSocket-Accept header.");
			enforce(*key == answerKey, "Response has wrong accept key");
			res.switchProtocol("websocket", (conn) {
				scope ws = new WebSocket(conn, null, rng);
				del(ws);
			});
		}
	);
}

/**
	Establishes a web socket conection and passes it to the $(D on_handshake) delegate.
*/
void handleWebSocket(scope WebSocketHandshakeDelegate on_handshake, scope HTTPServerRequest req, scope HTTPServerResponse res)
{
	auto pUpgrade = "Upgrade" in req.headers;
	auto pConnection = "Connection" in req.headers;
	auto pKey = "Sec-WebSocket-Key" in req.headers;
	//auto pProtocol = "Sec-WebSocket-Protocol" in req.headers;
	auto pVersion = "Sec-WebSocket-Version" in req.headers;

	auto isUpgrade = false;

	if( pConnection ) {
		auto connectionTypes = split(*pConnection, ",");
		foreach( t ; connectionTypes ) {
			if( t.strip().toLower() == "upgrade" ) {
				isUpgrade = true;
				break;
			}
		}
	}

	string req_error;
	if (!isUpgrade) req_error = "WebSocket endpoint only accepts \"Connection: upgrade\" requests.";
	else if (!pUpgrade || icmp(*pUpgrade, "websocket") != 0) req_error = "WebSocket endpoint requires \"Upgrade: websocket\" header.";
	else if (!pVersion || *pVersion != "13") req_error = "Only version 13 of the WebSocket protocol is supported.";
	else if (!pKey) req_error = "Missing \"Sec-WebSocket-Key\" header.";

	if (req_error.length) {
		logDebug("Browser sent invalid WebSocket request: %s", req_error);
		res.statusCode = HTTPStatus.badRequest;
		res.writeBody(req_error);
		return;
	}

	auto accept = cast(string)Base64.encode(sha1Of(*pKey ~ s_webSocketGuid));
	res.headers["Sec-WebSocket-Accept"] = accept;
	res.headers["Connection"] = "Upgrade";
	ConnectionStream conn = res.switchProtocol("websocket");

	WebSocket socket = new WebSocket(conn, req, null);
	try {
		on_handshake(socket);
	} catch (Exception e) {
		logDiagnostic("WebSocket handler failed: %s", e.msg);
	}
	socket.close();
}

/**
	Returns a HTTP request handler that establishes web socket conections.
*/
HTTPServerRequestDelegateS handleWebSockets(void function(scope WebSocket) on_handshake)
{
	return handleWebSockets(toDelegate(on_handshake));
}
/// ditto
HTTPServerRequestDelegateS handleWebSockets(WebSocketHandshakeDelegate on_handshake)
{
	void callback(scope HTTPServerRequest req, scope HTTPServerResponse res)
	{
		auto pUpgrade = "Upgrade" in req.headers;
		auto pConnection = "Connection" in req.headers;
		auto pKey = "Sec-WebSocket-Key" in req.headers;
		//auto pProtocol = "Sec-WebSocket-Protocol" in req.headers;
		auto pVersion = "Sec-WebSocket-Version" in req.headers;

		auto isUpgrade = false;

		if( pConnection ) {
			auto connectionTypes = split(*pConnection, ",");
			foreach( t ; connectionTypes ) {
				if( t.strip().toLower() == "upgrade" ) {
					isUpgrade = true;
					break;
				}
			}
		}
		if( !(isUpgrade &&
			  pUpgrade && icmp(*pUpgrade, "websocket") == 0 &&
			  pKey &&
			  pVersion && *pVersion == "13") )
		{
			logDebug("Browser sent invalid WebSocket request.");
			res.statusCode = HTTPStatus.badRequest;
			res.writeVoidBody();
			return;
		}

		auto accept = cast(string)Base64.encode(sha1Of(*pKey ~ s_webSocketGuid));
		res.headers["Sec-WebSocket-Accept"] = accept;
		res.headers["Connection"] = "Upgrade";
		res.switchProtocol("websocket", (scope conn) {
			// TODO: put back 'scope' once it is actually enforced by DMD
			/*scope*/ auto socket = new WebSocket(conn, req, null);
			try on_handshake(socket);
			catch (Exception e) {
				logDiagnostic("WebSocket handler failed: %s", e.msg);
			} catch (Throwable th) {
				// pretend to have sent a closing frame so that any further sends will fail
				socket.m_sentCloseFrame = true;
				throw th;
			}
			socket.close();
		});
	}
	return &callback;
}


/**
 * Represents a single _WebSocket connection.
 *
 * ---
 * shared static this ()
 * {
 *   runTask(() => connectToWS());
 * }
 *
 * void connectToWS ()
 * {
 *   auto ws_url = URL("wss://websockets.example.com/websocket/auth_token");
 *   auto ws = connectWebSocket(ws_url);
 *   logInfo("WebSocket connected");
 *
 *   while (ws.waitForData())
 *   {
 *     auto txt = ws.receiveText;
 *     logInfo("Received: %s", txt);
 *   }
 *   logFatal("Connection lost!");
 * }
 * ---
 */
final class WebSocket {
	private {
		ConnectionStream m_conn;
		bool m_sentCloseFrame = false;
		IncomingWebSocketMessage m_nextMessage = null;
		const HTTPServerRequest m_request;
		Task m_reader;
		InterruptibleTaskMutex m_readMutex, m_writeMutex;
		InterruptibleTaskCondition m_readCondition;
		Timer m_pingTimer;
		uint m_lastPingIndex;
		bool m_pongReceived;
		bool m_pongSkipped;
        SystemRNG m_rng;
	}

	/**
	 * Private constructor, called from `connectWebSocket`.
	 *
	 * Params:
	 *	 conn = Underlying connection string
	 *	 request = HTTP request used to establish the connection
	 *	 rng = Source of entropy to use.  If null, assume we're a server socket
	 */
	private this(ConnectionStream conn, in HTTPServerRequest request,
				 SystemRNG rng)
	{
		m_conn = conn;
		m_request = request;
		assert(m_conn);
		m_rng = rng;
		m_writeMutex = new InterruptibleTaskMutex;
		m_readMutex = new InterruptibleTaskMutex;
		m_readCondition = new InterruptibleTaskCondition(m_readMutex);
		m_readMutex.performLocked!({
			m_reader = runTask(&startReader);
			if (request !is null && request.serverSettings.webSocketPingInterval != Duration.zero) {
				m_pingTimer = setTimer(request.serverSettings.webSocketPingInterval, &sendPing, true);
				m_pongReceived = true;
			}
		});
	}

	/**
		Determines if the WebSocket connection is still alive and ready for sending.

		Note that for determining the ready state for $(EM reading), you need
		to use $(D waitForData) instead, because both methods can return
		different values while a disconnect is in proress.

		See_also: $(D waitForData)
	*/
	@property bool connected() { return m_conn.connected && !m_sentCloseFrame; }

	/**
		The HTTP request that established the web socket connection.
	*/
	@property const(HTTPServerRequest) request() const { return m_request; }

	/**
		Checks if data is readily available for read.
	*/
	@property bool dataAvailableForRead() { return m_conn.dataAvailableForRead || m_nextMessage !is null; }

	/** Waits until either a message arrives or until the connection is closed.

		This function can be used in a read loop to cleanly determine when to stop reading.
	*/
	bool waitForData()
	{
		if (m_nextMessage) return true;

		m_readMutex.performLocked!({
			while (connected && m_nextMessage is null)
				m_readCondition.wait();
		});
		return m_nextMessage !is null;
	}

	/// ditto
	bool waitForData(Duration timeout)
	{
		import std.datetime;

		if (m_nextMessage) return true;

		immutable limit_time = Clock.currTime(UTC()) + timeout;

		m_readMutex.performLocked!({
			while (connected && m_nextMessage is null && timeout > 0.seconds) {
				m_readCondition.wait(timeout);
				timeout = limit_time - Clock.currTime(UTC());
			}
		});
		return m_nextMessage !is null;
	}

	/**
		Sends a text message.

		On the JavaScript side, the text will be available as message.data (type string).
		Throws: WebSocketException if the connection is closed.
	*/
	void send(scope const(char)[] data)
	{
		send((scope message){ message.write(cast(const ubyte[])data); });
	}

	/**
		Sends a binary message.

		On the JavaScript side, the text will be available as message.data (type Blob).
		Throws: WebSocketException if the connection is closed.
	*/
	void send(ubyte[] data)
	{
		send((scope message){ message.write(data); }, FrameOpcode.binary);
	}

	/**
		Sends a message using an output stream.
		Throws: WebSocketException if the connection is closed.
	*/
	void send(scope void delegate(scope OutgoingWebSocketMessage) sender, FrameOpcode frameOpcode = FrameOpcode.text)
	{
		m_writeMutex.performLocked!({
			enforceEx!WebSocketException(!m_sentCloseFrame, "WebSocket connection already actively closed.");
			scope message = new OutgoingWebSocketMessage(m_conn, frameOpcode, m_rng);
			scope(exit) message.finalize();
			sender(message);
		});
	}

	/**
		Actively closes the connection.

		Params:
			code = Numeric code indicating a termination reason.
			reason = Message describing why the connection was terminated.
	*/
	void close(short code = 0, scope const(char)[] reason = "")
	{
		//control frame payloads are limited to 125 bytes
		assert(reason.length <= 123);

		if (connected) {
			m_writeMutex.performLocked!({
				m_sentCloseFrame = true;
				Frame frame;
				frame.opcode = FrameOpcode.close;
				if(code != 0)
					frame.payload = std.bitmanip.nativeToBigEndian(code) ~ cast(const ubyte[])reason;
				frame.fin = true;
				frame.writeFrame(m_conn, m_rng);
			});
		}
		if (m_pingTimer) m_pingTimer.stop();
		if (Task.getThis() != m_reader) m_reader.join();
	}

	/**
		Receives a new message and returns its contents as a newly allocated data array.

		Params:
			strict = If set, ensures the exact frame type (text/binary) is received and throws an execption otherwise.
		Throws: WebSocketException if the connection is closed or
			if $(D strict == true) and the frame received is not the right type
	*/
	ubyte[] receiveBinary(bool strict = true)
	{
		ubyte[] ret;
		receive((scope message){
			enforceEx!WebSocketException(!strict || message.frameOpcode == FrameOpcode.binary,
				"Expected a binary message, got "~message.frameOpcode.to!string());
			ret = message.readAll();
		});
		return ret;
	}
	/// ditto
	string receiveText(bool strict = true)
	{
		string ret;
		receive((scope message){
			enforceEx!WebSocketException(!strict || message.frameOpcode == FrameOpcode.text,
				"Expected a text message, got "~message.frameOpcode.to!string());
			ret = message.readAllUTF8();
		});
		return ret;
	}

	/**
		Receives a new message using an InputStream.
		Throws: WebSocketException if the connection is closed.
	*/
	void receive(scope void delegate(scope IncomingWebSocketMessage) receiver)
	{
		m_readMutex.performLocked!({
			while (!m_nextMessage) {
				enforceEx!WebSocketException(connected, "Connection closed while reading message.");
				m_readCondition.wait();
			}
			receiver(m_nextMessage);
			m_nextMessage = null;
			m_readCondition.notifyAll();
		});
	}

	private void startReader()
	{
		m_readMutex.performLocked!({}); //Wait until initialization
		scope (exit) m_readCondition.notifyAll();
		try {
			while (!m_conn.empty) {
				assert(!m_nextMessage);
				if (m_pingTimer) {
					if (m_pongSkipped) {
						logDebug("Pong not received, closing connection");
						m_writeMutex.performLocked!({
							m_conn.close();
						});
						return;
					}
					if (!m_conn.waitForData(request.serverSettings.webSocketPingInterval))
						continue;
				}
				scope msg = new IncomingWebSocketMessage(m_conn, m_rng);
				if (msg.frameOpcode == FrameOpcode.pong) {
					enforce(msg.peek().length == uint.sizeof, "Pong payload has wrong length");
					enforce(m_lastPingIndex == littleEndianToNative!uint(msg.peek()[0..uint.sizeof]), "Pong payload has wrong value");
					m_pongReceived = true;
					continue;
				}
				if(msg.frameOpcode == FrameOpcode.close) {
					logDebug("Got closing frame (%s)", m_sentCloseFrame);
					if(!m_sentCloseFrame) close();
					logDebug("Terminating connection (%s)", m_sentCloseFrame);
					m_conn.close();
					return;
				}
				m_readMutex.performLocked!({
					m_nextMessage = msg;
					m_readCondition.notifyAll();
					while (m_nextMessage) m_readCondition.wait();
				});
			}
		} catch (Exception e) {
			logDiagnostic("Error while reading websocket message: %s", e.msg);
			logDiagnostic("Closing connection.");
		}
		m_conn.close();
	}

	private void sendPing() {
		if (!m_pongReceived) {
			logDebug("Pong skipped");
			m_pongSkipped = true;
			m_pingTimer.stop();
			return;
		}
		m_writeMutex.performLocked!({
			m_pongReceived = false;
			Frame ping;
			ping.opcode = FrameOpcode.ping;
			ping.fin = true;
			ping.payload = nativeToLittleEndian(++m_lastPingIndex);
			ping.writeFrame(m_conn, m_rng);
			logDebug("Ping sent");
		});
	}
}

/**
	Represents a single outgoing _WebSocket message as an OutputStream.
*/
final class OutgoingWebSocketMessage : OutputStream {
	private {
        SystemRNG m_rng;
		Stream m_conn;
		FrameOpcode m_frameOpcode;
		Appender!(ubyte[]) m_buffer;
		bool m_finalized = false;
	}

	this( Stream conn, FrameOpcode frameOpcode, SystemRNG rng )
	{
		assert(conn !is null);
		m_conn = conn;
		m_frameOpcode = frameOpcode;
        m_rng = rng;
	}

	void write(in ubyte[] bytes)
	{
		assert(!m_finalized);
		m_buffer.put(bytes);
	}

	void flush()
	{
		assert(!m_finalized);
		Frame frame;
		frame.opcode = m_frameOpcode;
		frame.fin = false;
		frame.payload = m_buffer.data;
		frame.writeFrame(m_conn, m_rng);
		m_buffer.clear();
		m_conn.flush();
	}

	void finalize()
	{
		if (m_finalized) return;
		m_finalized = true;

		Frame frame;
		frame.fin = true;
		frame.opcode = m_frameOpcode;
		frame.payload = m_buffer.data;
		frame.writeFrame(m_conn, m_rng);
		m_buffer.clear();
		m_conn.flush();
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}
}


/**
	Represents a single incoming _WebSocket message as an InputStream.
*/
final class IncomingWebSocketMessage : InputStream {
	private {
        SystemRNG m_rng;
		Stream m_conn;
		Frame m_currentFrame;
	}

	this(Stream conn, SystemRNG rng)
	{
		assert(conn !is null);
		m_conn = conn;
        m_rng = rng;
        readFrame();
	}

	@property bool empty() const { return m_currentFrame.payload.length == 0; }

	@property ulong leastSize() const { return m_currentFrame.payload.length; }

	@property bool dataAvailableForRead() { return true; }

	/// The frame type for this nessage;
	@property FrameOpcode frameOpcode() const { return m_currentFrame.opcode; }

	const(ubyte)[] peek() { return m_currentFrame.payload; }

	void read(ubyte[] dst)
	{
		while( dst.length > 0 ) {
			enforceEx!WebSocketException( !empty , "cannot read from empty stream");
			enforceEx!WebSocketException( leastSize > 0, "no data available" );

			import std.algorithm : min;
			auto sz = cast(size_t)min(leastSize, dst.length);
			dst[0 .. sz] = m_currentFrame.payload[0 .. sz];
			dst = dst[sz .. $];
			m_currentFrame.payload = m_currentFrame.payload[sz .. $];

			if( leastSize == 0 && !m_currentFrame.fin ) m_currentFrame = Frame.readFrame(m_conn);
		}
	}

	private void readFrame() {
		Frame frame;
		do {
			frame = Frame.readFrame(m_conn);
			switch(frame.opcode) {
				case FrameOpcode.continuation:
				case FrameOpcode.text:
				case FrameOpcode.binary:
				case FrameOpcode.close:
				case FrameOpcode.pong:
					m_currentFrame = frame;
					break;
				case FrameOpcode.ping:
					Frame pong;
					pong.opcode = FrameOpcode.pong;
					pong.fin = true;
					pong.payload = frame.payload;

					pong.writeFrame(m_conn, m_rng);
					break;
				default:
					throw new WebSocketException("unknown frame opcode");
			}
		} while( frame.opcode == FrameOpcode.ping );
	}
}


private immutable s_webSocketGuid = "258EAFA5-E914-47DA-95CA-C5AB0DC85B11";

/**
 * The Opcode is 4 bytes, as defined in Section 5.2
 *
 * Values are defined in section 11.8
 * Currently only 6 values are defined, however the opcode is defined as
 * taking 4 bytes.
 */
enum FrameOpcode : uint {
	continuation = 0x0,
	text = 0x1,
	binary = 0x2,
	close = 0x8,
	ping = 0x9,
	pong = 0xA
}


struct Frame {
	bool fin;
	FrameOpcode opcode;
	ubyte[] payload;

	void writeFrame(OutputStream stream, SystemRNG sys_rng)
	{
		import vibe.stream.wrapper;

		auto rng = StreamOutputRange(stream);

        ubyte[4] buff;
		ubyte firstByte = cast(ubyte)opcode;
		if (fin) firstByte |= 0x80;
		rng.put(firstByte);

		auto b1 = 0;
		if (sys_rng) {
			b1 = 0x80;
		}

		if( payload.length < 126 ) {
			rng.put(std.bitmanip.nativeToBigEndian(cast(ubyte)(b1 | payload.length)));
		} else if( payload.length <= 65536 ) {
            buff[0] = cast(ubyte) (b1 | 126);
			rng.put(buff[0 .. 1]);
			rng.put(std.bitmanip.nativeToBigEndian(cast(ushort)payload.length));
		} else {
            buff[0] = cast(ubyte) (b1 | 127);
			rng.put(buff[0 .. 1]);
			rng.put(std.bitmanip.nativeToBigEndian(payload.length));
		}

		if (sys_rng) {
            sys_rng.read(buff);
			rng.put(buff);
			for (size_t i = 0; i < payload.length; i++) {
				payload[i] ^= buff[i % 4];
			}
			rng.put(payload);
		}else {
			rng.put(payload);
		}
		rng.flush();
		stream.flush();
	}

	static Frame readFrame(InputStream stream)
	{
		Frame frame;
		ubyte[2] data2;
		ubyte[8] data8;
		stream.read(data2);
		//enforceEx!WebSocketException( (data[0] & 0x70) != 0, "reserved bits must be unset" );
		frame.fin = (data2[0] & 0x80) == 0x80;
		bool masked = (data2[1] & 0x80) == 0x80;
		frame.opcode = cast(FrameOpcode)(data2[0] & 0xf);

		logDebug("Read frame: %s %s", frame.opcode, frame.fin);
		//parsing length
		ulong length = data2[1] & 0x7f;
		if( length == 126 ) {
			stream.read(data2);
			length = bigEndianToNative!ushort(data2);
		} else if( length == 127 ) {
			stream.read(data8);
			length = bigEndianToNative!ulong(data8);
		}

		//masking key
		ubyte[4] maskingKey;
		if( masked ) stream.read(maskingKey);

		//payload
		enforceEx!WebSocketException(length <= size_t.max);
		frame.payload = new ubyte[cast(size_t)length];
		stream.read(frame.payload);

		//de-masking
		for( size_t i = 0; i < length; ++i ) {
			frame.payload[i] = frame.payload[i] ^ maskingKey[i % 4];
		}

		return frame;
	}
}

/**
 * Generate a challenge key for the protocol upgrade phase.
 */
private string generateChallengeKey(scope SystemRNG rng)
{
	ubyte[16] buffer;
	rng.read(buffer);
	return Base64.encode(buffer);
}

private string computeAcceptKey(string challengekey)
{
	immutable(ubyte)[] b = challengekey.representation;
	immutable(ubyte)[] a = s_webSocketGuid.representation;
	SHA1 hash;
	hash.start();
	hash.put(b);
	hash.put(a);
	auto result = Base64.encode(hash.finish());
	return to!(string)(result);
}
vibe.d-0.7.30/source/vibe/inet/000077500000000000000000000000001304441332000161265ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/inet/message.d000066400000000000000000000236151304441332000177260ustar00rootroot00000000000000/**
	Internet message handling according to RFC822/RFC5322

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.inet.message;

import vibe.core.log;
import vibe.core.stream;
import vibe.stream.operations;
import vibe.utils.array;
import vibe.utils.memory;
import vibe.utils.string;
import vibe.utils.dictionarylist;

import std.conv;
import std.datetime;
import std.exception;
import std.range;
import std.string;


/**
	Parses an internet header according to RFC5322 (with RFC822 compatibility).

	Params:
		input = Input stream from which the header is parsed
		dst = Destination map to write into
		max_line_length = The maximum allowed length of a single line
		alloc = Custom allocator to use for allocating strings
		rfc822_compatible = Flag indicating that duplicate fields should be merged using a comma
*/
void parseRFC5322Header(InputStream input, ref InetHeaderMap dst, size_t max_line_length = 1000, Allocator alloc = defaultAllocator(), bool rfc822_compatible = true)
{
	string hdr, hdrvalue;

	void addPreviousHeader() {
		if (!hdr.length) return;
		if (rfc822_compatible) {
			if (auto pv = hdr in dst) {
				*pv ~= "," ~ hdrvalue; // RFC822 legacy support
			} else {
				dst[hdr] = hdrvalue;
			}
		} else dst.addField(hdr, hdrvalue);
	}

	string ln;
	while ((ln = cast(string)input.readLine(max_line_length, "\r\n", alloc)).length > 0) {
		if (ln[0] != ' ' && ln[0] != '\t') {
			addPreviousHeader();

			auto colonpos = ln.indexOf(':');
			enforce(colonpos >= 0, "Header is missing ':'.");
			enforce(colonpos > 0, "Header name is empty.");
			hdr = ln[0..colonpos].stripA();
			hdrvalue = ln[colonpos+1..$].stripA();
		} else {
			hdrvalue ~= " " ~ ln.stripA();
		}
	}
	addPreviousHeader();
}

unittest { // test usual, empty and multiline header
	import vibe.stream.memory;
	ubyte[] hdr = cast(ubyte[])"A: a \r\nB: \r\nC:\r\n\tc\r\n\r\n".dup;
	InetHeaderMap map;
	parseRFC5322Header(new MemoryStream(hdr), map);
	assert(map.length == 3);
	assert(map["A"] == "a");
	assert(map["B"] == "");
	assert(map["C"] == " c");
}

unittest { // fail for empty header names
	import std.exception;
	import vibe.stream.memory;
	auto hdr = cast(ubyte[])": test\r\n\r\n".dup;
	InetHeaderMap map;
	assertThrown(parseRFC5322Header(new MemoryStream(hdr), map));
}


private immutable monthStrings = ["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"];

/**
	Writes an RFC-822/5322 date string to the given output range.
*/
void writeRFC822DateString(R)(ref R dst, SysTime time)
{
	writeRFC822DateString(dst, cast(Date)time);
}
/// ditto
void writeRFC822DateString(R)(ref R dst, Date date)
{
	static immutable dayStrings = ["Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat"];
	dst.put(dayStrings[date.dayOfWeek]);
	dst.put(", ");
	writeDecimal2(dst, date.day);
	dst.put(' ');
	dst.put(monthStrings[date.month-1]);
	dst.put(' ');
	writeDecimal(dst, date.year);
}

/**
	Writes an RFC-822 time string to the given output range.
*/
void writeRFC822TimeString(R)(ref R dst, SysTime time)
{
	writeRFC822TimeString(dst, cast(TimeOfDay)time, getRFC822TimeZoneOffset(time));
}
/// ditto
void writeRFC822TimeString(R)(ref R dst, TimeOfDay time, int tz_offset)
{
	writeDecimal2(dst, time.hour);
	dst.put(':');
	writeDecimal2(dst, time.minute);
	dst.put(':');
	writeDecimal2(dst, time.second);
	if (tz_offset == 0) dst.put(" GMT");
	else {
		dst.put(' ');
		dst.put(tz_offset >= 0 ? '+' : '-');
		if (tz_offset < 0) tz_offset = -tz_offset;
		writeDecimal2(dst, tz_offset / 60);
		writeDecimal2(dst, tz_offset % 60);
	}
}

/**
	Writes an RFC-822 date+time string to the given output range.
*/
void writeRFC822DateTimeString(R)(ref R dst, SysTime time)
{
	writeRFC822DateTimeString(dst, cast(DateTime)time, getRFC822TimeZoneOffset(time));
}
/// ditto
void writeRFC822DateTimeString(R)(ref R dst, DateTime time, int tz_offset)
{
	writeRFC822DateString(dst, time.date);
	dst.put(' ');
	writeRFC822TimeString(dst, time.timeOfDay, tz_offset);
}

/**
	Returns the RFC-822 time string representation of the given time.
*/
string toRFC822TimeString(SysTime time)
{
	auto ret = new FixedAppender!(string, 14);
	writeRFC822TimeString(ret, time);
	return ret.data;
}

/**
	Returns the RFC-822/5322 date string representation of the given time.
*/
string toRFC822DateString(SysTime time)
{
	auto ret = new FixedAppender!(string, 16);
	writeRFC822DateString(ret, time);
	return ret.data;
}

/**
	Returns the RFC-822 date+time string representation of the given time.
*/
string toRFC822DateTimeString(SysTime time)
{
	auto ret = new FixedAppender!(string, 31);
	writeRFC822DateTimeString(ret, time);
	return ret.data;
}

/**
	Returns the offset of the given time from UTC in minutes.
*/
int getRFC822TimeZoneOffset(SysTime time)
{
	return cast(int)time.utcOffset.total!"minutes";
}

/// Parses a date+time string according to RFC-822/5322.
alias parseRFC822DateTimeString = parseRFC822DateTime;

unittest {
	import std.typecons;

	auto times = [
		tuple("Wed, 02 Oct 2002 08:00:00 GMT", SysTime(DateTime(2002, 10, 02, 8, 0, 0), UTC())),
		tuple("Wed, 02 Oct 2002 08:00:00 +0200", SysTime(DateTime(2002, 10, 02, 8, 0, 0), new immutable SimpleTimeZone(120.minutes))),
		tuple("Wed, 02 Oct 2002 08:00:00 -0130", SysTime(DateTime(2002, 10, 02, 8, 0, 0), new immutable SimpleTimeZone(-90.minutes)))
	];
	foreach (t; times) {
		auto st = parseRFC822DateTimeString(t[0]);
		auto ts = toRFC822DateTimeString(t[1]);
		assert(st == t[1], "Parse error: "~t[0]);
		assert(parseRFC822DateTimeString(ts) == t[1], "Stringify error: "~ts);
	}
}


/**
	Decodes a string in encoded-word form.

	See_Also: $(LINK http://tools.ietf.org/html/rfc2047#section-2)
*/
string decodeEncodedWords()(string encoded)
{
	import std.array;
	auto dst = appender!string();
	decodeEncodedWords(dst, encoded);
	return dst.data;
}
/// ditto
void decodeEncodedWords(R)(ref R dst, string encoded)
{
	import std.base64;
	import std.encoding;

	while(!encoded.empty){
		auto idx = encoded.indexOf("=?");
		if( idx >= 0 ){
			auto end = encoded.indexOf("?=");
			enforce(end > idx);
			dst.put(encoded[0 .. idx]);
			auto code = encoded[idx+2 .. end];
			encoded = encoded[end+2 .. $];

			idx = code.indexOf('?');
			auto cs = code[0 .. idx];
			auto enc = code[idx+1];
			auto data = code[idx+3 .. $];
			ubyte[] textenc;
			switch(enc){
				default: textenc = cast(ubyte[])data; break;
				case 'B': textenc = Base64.decode(data); break;
				case 'Q': textenc = QuotedPrintable.decode(data, true); break;
			}

			switch(cs){
				default: dst.put(sanitizeUTF8(textenc)); break;
				case "UTF-8": dst.put(cast(string)textenc); break;
				case "ISO-8859-15": // hack...
				case "ISO-8859-1":
					string tmp;
					transcode(cast(Latin1String)textenc, tmp);
					dst.put(tmp);
					break;
			}
		} else {
			dst.put(encoded);
			break;
		}
	}
}


/**
	Decodes a From/To header value as it appears in emails.
*/
void decodeEmailAddressHeader(string header, out string name, out string address)
{
	import std.utf;

	scope(failure) logDebug("emailbase %s", header);
	header = decodeEncodedWords(header);
	scope(failure) logDebug("emaildec %s", header);

	if( header[$-1] == '>' ){
		auto sidx = header.lastIndexOf('<');
		enforce(sidx >= 0);
		address = header[sidx+1 .. $-1];
		header = header[0 .. sidx].strip();

		if( header[0] == '"' ){
			name = header[1 .. $-1];
		} else {
			name = header.strip();
		}
	} else {
		name = header;
		address = header;
	}
	validate(name);
}


/**
	Decodes a message body according to the specified content transfer
	encoding ("Content-Transfer-Encoding" header).

	The result is returned as a UTF-8 string.
*/
string decodeMessage(in ubyte[] message_body, string content_transfer_encoding)
{
	import std.algorithm;
	import std.base64;

	const(ubyte)[] msg = message_body;
	switch (content_transfer_encoding) {
		default: break;
		case "quoted-printable": msg = QuotedPrintable.decode(cast(string)msg); break;
		case "base64":
			try msg = Base64.decode(msg);
			catch(Exception e){
				auto dst = appender!(ubyte[])();
				try {
					auto dec = Base64.decoder(filter!(ch => ch != '\r' && ch != '\n')(msg));
					while( !dec.empty ){
						dst.put(dec.front);
						dec.popFront();
					}
				} catch(Exception e){
					dst.put(cast(ubyte[])"\r\n-------\r\nDECODING ERROR: ");
					dst.put(cast(ubyte[])e.toString());
				}
				msg = dst.data();
			}
			break;
	}
	// TODO: do character encoding etc.
	return sanitizeUTF8(msg);
}


/**
	Behaves similar to string[string] but case does not matter for the key, the insertion order is not
	changed and multiple values per key are supported.

	This kind of map is used for MIME headers (e.g. for HTTP), where the case of the key strings
	does not matter. Note that the map can contain fields with the same key multiple times if
	addField is used for insertion. Insertion order is preserved.

	Note that despite case not being relevant for matching keyse, iterating over the map will yield
	the original case of the key that was put in.
*/
alias InetHeaderMap = DictionaryList!(string, false, 12);



/**
	Performs quoted-printable decoding.
*/
struct QuotedPrintable {
	static ubyte[] decode(in char[] input, bool in_header = false)
	{
		auto ret = appender!(ubyte[])();
		for( size_t i = 0; i < input.length; i++ ){
			if( input[i] == '=' ){
				auto code = input[i+1 .. i+3];
				i += 2;
				if( code != cast(ubyte[])"\r\n" )
					ret.put(code.parse!ubyte(16));
			} else if( in_header && input[i] == '_') ret.put(' ');
			else ret.put(input[i]);
		}
		return ret.data();
	}
}



private void writeDecimal2(R)(ref R dst, uint n)
{
	auto d1 = n % 10;
	auto d2 = (n / 10) % 10;
	dst.put(cast(char)(d2 + '0'));
	dst.put(cast(char)(d1 + '0'));
}

private void writeDecimal(R)(ref R dst, uint n)
{
	if( n == 0 ){
		dst.put('0');
		return;
	}

	// determine all digits
	uint[10] digits;
	int i = 0;
	while( n > 0 ){
		digits[i++] = n % 10;
		n /= 10;
	}

	// write out the digits in reverse order
	while( i > 0 ) dst.put(cast(char)(digits[--i] + '0'));
}
vibe.d-0.7.30/source/vibe/inet/mimetypes.d000066400000000000000000001124341304441332000203140ustar00rootroot00000000000000/**
	Maps file name extensions to standard mime types.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.inet.mimetypes;

import std.path;
import std.string;


/**
	Returns the standard mime type for the extension of the specified file name.

	Any unknown file extension will map to "application/octet-stream".
*/
string getMimeTypeForFile(string filename)
{
	string ext = extension(filename);
	if( ext.length == 0 ) return "application/octet-stream";

	assert(ext[0] == '.');

	switch(toLower(ext[1 .. $])){
		default: return "application/octet-stream";
		case "ez": return "application/andrew-inset";
		case "aw": return "application/applixware";
		case "atom": return "application/atom+xml";
		case "atomcat": return "application/atomcat+xml";
		case "atomsvc": return "application/atomsvc+xml";
		case "ccxml": return "application/ccxml+xml";
		case "cdmia": return "application/cdmi-capability";
		case "cdmic": return "application/cdmi-container";
		case "cdmid": return "application/cdmi-domain";
		case "cdmio": return "application/cdmi-object";
		case "cdmiq": return "application/cdmi-queue";
		case "cu": return "application/cu-seeme";
		case "davmount": return "application/davmount+xml";
		case "dssc": return "application/dssc+der";
		case "xdssc": return "application/dssc+xml";
		case "ecma": return "application/ecmascript";
		case "emma": return "application/emma+xml";
		case "epub": return "application/epub+zip";
		case "exi": return "application/exi";
		case "pfr": return "application/font-tdpfr";
		case "stk": return "application/hyperstudio";
		case "ink","inkml": return "application/inkml+xml";
		case "ipfix": return "application/ipfix";
		case "jar": return "application/java-archive";
		case "ser": return "application/java-serialized-object";
		case "class": return "application/java-vm";
		case "js": return "application/javascript";
		case "json": return "application/json";
		case "lostxml": return "application/lost+xml";
		case "hqx": return "application/mac-binhex40";
		case "cpt": return "application/mac-compactpro";
		case "mads": return "application/mads+xml";
		case "mrc": return "application/marc";
		case "mrcx": return "application/marcxml+xml";
		case "ma","nb","mb": return "application/mathematica";
		case "mathml": return "application/mathml+xml";
		case "mbox": return "application/mbox";
		case "mscml": return "application/mediaservercontrol+xml";
		case "meta4": return "application/metalink4+xml";
		case "mets": return "application/mets+xml";
		case "mods": return "application/mods+xml";
		case "m21","mp21": return "application/mp21";
		case "mp4s": return "application/mp4";
		case "doc","dot": return "application/msword";
		case "mxf": return "application/mxf";
		case "bin","dms","lha","lrf","lzh","so","iso","dmg","dist","distz","pkg","bpk","dump","elc","deploy": return "application/octet-stream";
		case "oda": return "application/oda";
		case "opf": return "application/oebps-package+xml";
		case "ogx": return "application/ogg";
		case "onetoc","onetoc2","onetmp","onepkg": return "application/onenote";
		case "oxps": return "application/oxps";
		case "xer": return "application/patch-ops-error+xml";
		case "pdf": return "application/pdf";
		case "pgp": return "application/pgp-encrypted";
		case "asc","sig": return "application/pgp-signature";
		case "prf": return "application/pics-rules";
		case "p10": return "application/pkcs10";
		case "p7m","p7c": return "application/pkcs7-mime";
		case "p7s": return "application/pkcs7-signature";
		case "p8": return "application/pkcs8";
		case "ac": return "application/pkix-attr-cert";
		case "cer": return "application/pkix-cert";
		case "crl": return "application/pkix-crl";
		case "pkipath": return "application/pkix-pkipath";
		case "pki": return "application/pkixcmp";
		case "pls": return "application/pls+xml";
		case "ai","eps","ps": return "application/postscript";
		case "cww": return "application/prs.cww";
		case "pskcxml": return "application/pskc+xml";
		case "rdf": return "application/rdf+xml";
		case "rif": return "application/reginfo+xml";
		case "rnc": return "application/relax-ng-compact-syntax";
		case "rl": return "application/resource-lists+xml";
		case "rld": return "application/resource-lists-diff+xml";
		case "rs": return "application/rls-services+xml";
		case "gbr": return "application/rpki-ghostbusters";
		case "mft": return "application/rpki-manifest";
		case "roa": return "application/rpki-roa";
		case "rsd": return "application/rsd+xml";
		case "rss": return "application/rss+xml";
		case "rtf": return "application/rtf";
		case "sbml": return "application/sbml+xml";
		case "scq": return "application/scvp-cv-request";
		case "scs": return "application/scvp-cv-response";
		case "spq": return "application/scvp-vp-request";
		case "spp": return "application/scvp-vp-response";
		case "sdp": return "application/sdp";
		case "setpay": return "application/set-payment-initiation";
		case "setreg": return "application/set-registration-initiation";
		case "shf": return "application/shf+xml";
		case "smi","smil": return "application/smil+xml";
		case "rq": return "application/sparql-query";
		case "srx": return "application/sparql-results+xml";
		case "gram": return "application/srgs";
		case "grxml": return "application/srgs+xml";
		case "sru": return "application/sru+xml";
		case "ssml": return "application/ssml+xml";
		case "sqlite","s3db","db3": return "application/x-sqlite3";
		case "tei","teicorpus": return "application/tei+xml";
		case "tfi": return "application/thraud+xml";
		case "tsd": return "application/timestamped-data";
		case "plb": return "application/vnd.3gpp.pic-bw-large";
		case "psb": return "application/vnd.3gpp.pic-bw-small";
		case "pvb": return "application/vnd.3gpp.pic-bw-var";
		case "tcap": return "application/vnd.3gpp2.tcap";
		case "pwn": return "application/vnd.3m.post-it-notes";
		case "aso": return "application/vnd.accpac.simply.aso";
		case "imp": return "application/vnd.accpac.simply.imp";
		case "acu": return "application/vnd.acucobol";
		case "atc","acutc": return "application/vnd.acucorp";
		case "air": return "application/vnd.adobe.air-application-installer-package+zip";
		case "fxp","fxpl": return "application/vnd.adobe.fxp";
		case "xdp": return "application/vnd.adobe.xdp+xml";
		case "xfdf": return "application/vnd.adobe.xfdf";
		case "ahead": return "application/vnd.ahead.space";
		case "azf": return "application/vnd.airzip.filesecure.azf";
		case "azs": return "application/vnd.airzip.filesecure.azs";
		case "azw": return "application/vnd.amazon.ebook";
		case "acc": return "application/vnd.americandynamics.acc";
		case "ami": return "application/vnd.amiga.ami";
		case "apk": return "application/vnd.android.package-archive";
		case "cii": return "application/vnd.anser-web-certificate-issue-initiation";
		case "fti": return "application/vnd.anser-web-funds-transfer-initiation";
		case "atx": return "application/vnd.antix.game-component";
		case "mpkg": return "application/vnd.apple.installer+xml";
		case "m3u8": return "application/vnd.apple.mpegurl";
		case "swi": return "application/vnd.aristanetworks.swi";
		case "iota": return "application/vnd.astraea-software.iota";
		case "aep": return "application/vnd.audiograph";
		case "mpm": return "application/vnd.blueice.multipass";
		case "bmi": return "application/vnd.bmi";
		case "rep": return "application/vnd.businessobjects";
		case "cdxml": return "application/vnd.chemdraw+xml";
		case "mmd": return "application/vnd.chipnuts.karaoke-mmd";
		case "cdy": return "application/vnd.cinderella";
		case "cla": return "application/vnd.claymore";
		case "rp9": return "application/vnd.cloanto.rp9";
		case "c4g","c4d","c4f","c4p","c4u": return "application/vnd.clonk.c4group";
		case "c11amc": return "application/vnd.cluetrust.cartomobile-config";
		case "c11amz": return "application/vnd.cluetrust.cartomobile-config-pkg";
		case "csp": return "application/vnd.commonspace";
		case "cdbcmsg": return "application/vnd.contact.cmsg";
		case "cmc": return "application/vnd.cosmocaller";
		case "clkx": return "application/vnd.crick.clicker";
		case "clkk": return "application/vnd.crick.clicker.keyboard";
		case "clkp": return "application/vnd.crick.clicker.palette";
		case "clkt": return "application/vnd.crick.clicker.template";
		case "clkw": return "application/vnd.crick.clicker.wordbank";
		case "wbs": return "application/vnd.criticaltools.wbs+xml";
		case "pml": return "application/vnd.ctc-posml";
		case "ppd": return "application/vnd.cups-ppd";
		case "car": return "application/vnd.curl.car";
		case "pcurl": return "application/vnd.curl.pcurl";
		case "rdz": return "application/vnd.data-vision.rdz";
		case "uvf","uvvf","uvd","uvvd": return "application/vnd.dece.data";
		case "uvt","uvvt": return "application/vnd.dece.ttml+xml";
		case "uvx","uvvx": return "application/vnd.dece.unspecified";
		case "uvz","uvvz": return "application/vnd.dece.zip";
		case "fe_launch": return "application/vnd.denovo.fcselayout-link";
		case "dna": return "application/vnd.dna";
		case "mlp": return "application/vnd.dolby.mlp";
		case "dpg": return "application/vnd.dpgraph";
		case "dfac": return "application/vnd.dreamfactory";
		case "ait": return "application/vnd.dvb.ait";
		case "svc": return "application/vnd.dvb.service";
		case "geo": return "application/vnd.dynageo";
		case "mag": return "application/vnd.ecowin.chart";
		case "nml": return "application/vnd.enliven";
		case "esf": return "application/vnd.epson.esf";
		case "msf": return "application/vnd.epson.msf";
		case "qam": return "application/vnd.epson.quickanime";
		case "slt": return "application/vnd.epson.salt";
		case "ssf": return "application/vnd.epson.ssf";
		case "es3","et3": return "application/vnd.eszigno3+xml";
		case "ez2": return "application/vnd.ezpix-album";
		case "ez3": return "application/vnd.ezpix-package";
		case "fdf": return "application/vnd.fdf";
		case "mseed": return "application/vnd.fdsn.mseed";
		case "seed","dataless": return "application/vnd.fdsn.seed";
		case "gph": return "application/vnd.flographit";
		case "ftc": return "application/vnd.fluxtime.clip";
		case "fm","frame","maker","book": return "application/vnd.framemaker";
		case "fnc": return "application/vnd.frogans.fnc";
		case "ltf": return "application/vnd.frogans.ltf";
		case "fsc": return "application/vnd.fsc.weblaunch";
		case "oas": return "application/vnd.fujitsu.oasys";
		case "oa2": return "application/vnd.fujitsu.oasys2";
		case "oa3": return "application/vnd.fujitsu.oasys3";
		case "fg5": return "application/vnd.fujitsu.oasysgp";
		case "bh2": return "application/vnd.fujitsu.oasysprs";
		case "ddd": return "application/vnd.fujixerox.ddd";
		case "xdw": return "application/vnd.fujixerox.docuworks";
		case "xbd": return "application/vnd.fujixerox.docuworks.binder";
		case "fzs": return "application/vnd.fuzzysheet";
		case "txd": return "application/vnd.genomatix.tuxedo";
		case "ggb": return "application/vnd.geogebra.file";
		case "ggt": return "application/vnd.geogebra.tool";
		case "gex","gre": return "application/vnd.geometry-explorer";
		case "gxt": return "application/vnd.geonext";
		case "g2w": return "application/vnd.geoplan";
		case "g3w": return "application/vnd.geospace";
		case "gmx": return "application/vnd.gmx";
		case "kml": return "application/vnd.google-earth.kml+xml";
		case "kmz": return "application/vnd.google-earth.kmz";
		case "gqf","gqs": return "application/vnd.grafeq";
		case "gac": return "application/vnd.groove-account";
		case "ghf": return "application/vnd.groove-help";
		case "gim": return "application/vnd.groove-identity-message";
		case "grv": return "application/vnd.groove-injector";
		case "gtm": return "application/vnd.groove-tool-message";
		case "tpl": return "application/vnd.groove-tool-template";
		case "vcg": return "application/vnd.groove-vcard";
		case "hal": return "application/vnd.hal+xml";
		case "zmm": return "application/vnd.handheld-entertainment+xml";
		case "hbci": return "application/vnd.hbci";
		case "les": return "application/vnd.hhe.lesson-player";
		case "hpgl": return "application/vnd.hp-hpgl";
		case "hpid": return "application/vnd.hp-hpid";
		case "hps": return "application/vnd.hp-hps";
		case "jlt": return "application/vnd.hp-jlyt";
		case "pcl": return "application/vnd.hp-pcl";
		case "pclxl": return "application/vnd.hp-pclxl";
		case "sfd-hdstx": return "application/vnd.hydrostatix.sof-data";
		case "x3d": return "application/vnd.hzn-3d-crossword";
		case "mpy": return "application/vnd.ibm.minipay";
		case "afp","listafp","list3820": return "application/vnd.ibm.modcap";
		case "irm": return "application/vnd.ibm.rights-management";
		case "sc": return "application/vnd.ibm.secure-container";
		case "icc","icm": return "application/vnd.iccprofile";
		case "igl": return "application/vnd.igloader";
		case "ivp": return "application/vnd.immervision-ivp";
		case "ivu": return "application/vnd.immervision-ivu";
		case "igm": return "application/vnd.insors.igm";
		case "xpw","xpx": return "application/vnd.intercon.formnet";
		case "i2g": return "application/vnd.intergeo";
		case "qbo": return "application/vnd.intu.qbo";
		case "qfx": return "application/vnd.intu.qfx";
		case "rcprofile": return "application/vnd.ipunplugged.rcprofile";
		case "irp": return "application/vnd.irepository.package+xml";
		case "xpr": return "application/vnd.is-xpr";
		case "fcs": return "application/vnd.isac.fcs";
		case "jam": return "application/vnd.jam";
		case "rms": return "application/vnd.jcp.javame.midlet-rms";
		case "jisp": return "application/vnd.jisp";
		case "joda": return "application/vnd.joost.joda-archive";
		case "ktz","ktr": return "application/vnd.kahootz";
		case "karbon": return "application/vnd.kde.karbon";
		case "chrt": return "application/vnd.kde.kchart";
		case "kfo": return "application/vnd.kde.kformula";
		case "flw": return "application/vnd.kde.kivio";
		case "kon": return "application/vnd.kde.kontour";
		case "kpr","kpt": return "application/vnd.kde.kpresenter";
		case "ksp": return "application/vnd.kde.kspread";
		case "kwd","kwt": return "application/vnd.kde.kword";
		case "htke": return "application/vnd.kenameaapp";
		case "kia": return "application/vnd.kidspiration";
		case "kne","knp": return "application/vnd.kinar";
		case "skp","skd","skt","skm": return "application/vnd.koan";
		case "sse": return "application/vnd.kodak-descriptor";
		case "lasxml": return "application/vnd.las.las+xml";
		case "lbd": return "application/vnd.llamagraphics.life-balance.desktop";
		case "lbe": return "application/vnd.llamagraphics.life-balance.exchange+xml";
		case "123": return "application/vnd.lotus-1-2-3";
		case "apr": return "application/vnd.lotus-approach";
		case "pre": return "application/vnd.lotus-freelance";
		case "nsf": return "application/vnd.lotus-notes";
		case "org": return "application/vnd.lotus-organizer";
		case "scm": return "application/vnd.lotus-screencam";
		case "lwp": return "application/vnd.lotus-wordpro";
		case "portpkg": return "application/vnd.macports.portpkg";
		case "mcd": return "application/vnd.mcd";
		case "mc1": return "application/vnd.medcalcdata";
		case "cdkey": return "application/vnd.mediastation.cdkey";
		case "mwf": return "application/vnd.mfer";
		case "mfm": return "application/vnd.mfmp";
		case "flo": return "application/vnd.micrografx.flo";
		case "igx": return "application/vnd.micrografx.igx";
		case "mif": return "application/vnd.mif";
		case "daf": return "application/vnd.mobius.daf";
		case "dis": return "application/vnd.mobius.dis";
		case "mbk": return "application/vnd.mobius.mbk";
		case "mqy": return "application/vnd.mobius.mqy";
		case "msl": return "application/vnd.mobius.msl";
		case "plc": return "application/vnd.mobius.plc";
		case "txf": return "application/vnd.mobius.txf";
		case "mpn": return "application/vnd.mophun.application";
		case "mpc": return "application/vnd.mophun.certificate";
		case "xul": return "application/vnd.mozilla.xul+xml";
		case "cil": return "application/vnd.ms-artgalry";
		case "cab": return "application/vnd.ms-cab-compressed";
		case "xls","xlm","xla","xlc","xlt","xlw": return "application/vnd.ms-excel";
		case "xlam": return "application/vnd.ms-excel.addin.macroenabled.12";
		case "xlsb": return "application/vnd.ms-excel.sheet.binary.macroenabled.12";
		case "xlsm": return "application/vnd.ms-excel.sheet.macroenabled.12";
		case "xltm": return "application/vnd.ms-excel.template.macroenabled.12";
		case "eot": return "application/vnd.ms-fontobject";
		case "chm": return "application/vnd.ms-htmlhelp";
		case "ims": return "application/vnd.ms-ims";
		case "lrm": return "application/vnd.ms-lrm";
		case "thmx": return "application/vnd.ms-officetheme";
		case "cat": return "application/vnd.ms-pki.seccat";
		case "stl": return "application/vnd.ms-pki.stl";
		case "ppt","pps","pot": return "application/vnd.ms-powerpoint";
		case "ppam": return "application/vnd.ms-powerpoint.addin.macroenabled.12";
		case "pptm": return "application/vnd.ms-powerpoint.presentation.macroenabled.12";
		case "sldm": return "application/vnd.ms-powerpoint.slide.macroenabled.12";
		case "ppsm": return "application/vnd.ms-powerpoint.slideshow.macroenabled.12";
		case "potm": return "application/vnd.ms-powerpoint.template.macroenabled.12";
		case "mpp","mpt": return "application/vnd.ms-project";
		case "docm": return "application/vnd.ms-word.document.macroenabled.12";
		case "dotm": return "application/vnd.ms-word.template.macroenabled.12";
		case "wps","wks","wcm","wdb": return "application/vnd.ms-works";
		case "wpl": return "application/vnd.ms-wpl";
		case "xps": return "application/vnd.ms-xpsdocument";
		case "mseq": return "application/vnd.mseq";
		case "mus": return "application/vnd.musician";
		case "msty": return "application/vnd.muvee.style";
		case "taglet": return "application/vnd.mynfc";
		case "nlu": return "application/vnd.neurolanguage.nlu";
		case "nnd": return "application/vnd.noblenet-directory";
		case "nns": return "application/vnd.noblenet-sealer";
		case "nnw": return "application/vnd.noblenet-web";
		case "ngdat": return "application/vnd.nokia.n-gage.data";
		case "n-gage": return "application/vnd.nokia.n-gage.symbian.install";
		case "rpst": return "application/vnd.nokia.radio-preset";
		case "rpss": return "application/vnd.nokia.radio-presets";
		case "edm": return "application/vnd.novadigm.edm";
		case "edx": return "application/vnd.novadigm.edx";
		case "ext": return "application/vnd.novadigm.ext";
		case "odc": return "application/vnd.oasis.opendocument.chart";
		case "otc": return "application/vnd.oasis.opendocument.chart-template";
		case "odb": return "application/vnd.oasis.opendocument.database";
		case "odf": return "application/vnd.oasis.opendocument.formula";
		case "odft": return "application/vnd.oasis.opendocument.formula-template";
		case "odg": return "application/vnd.oasis.opendocument.graphics";
		case "otg": return "application/vnd.oasis.opendocument.graphics-template";
		case "odi": return "application/vnd.oasis.opendocument.image";
		case "oti": return "application/vnd.oasis.opendocument.image-template";
		case "odp": return "application/vnd.oasis.opendocument.presentation";
		case "otp": return "application/vnd.oasis.opendocument.presentation-template";
		case "ods": return "application/vnd.oasis.opendocument.spreadsheet";
		case "ots": return "application/vnd.oasis.opendocument.spreadsheet-template";
		case "odt": return "application/vnd.oasis.opendocument.text";
		case "odm": return "application/vnd.oasis.opendocument.text-master";
		case "ott": return "application/vnd.oasis.opendocument.text-template";
		case "oth": return "application/vnd.oasis.opendocument.text-web";
		case "xo": return "application/vnd.olpc-sugar";
		case "dd2": return "application/vnd.oma.dd2+xml";
		case "oxt": return "application/vnd.openofficeorg.extension";
		case "pptx": return "application/vnd.openxmlformats-officedocument.presentationml.presentation";
		case "sldx": return "application/vnd.openxmlformats-officedocument.presentationml.slide";
		case "ppsx": return "application/vnd.openxmlformats-officedocument.presentationml.slideshow";
		case "potx": return "application/vnd.openxmlformats-officedocument.presentationml.template";
		case "xlsx": return "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet";
		case "xltx": return "application/vnd.openxmlformats-officedocument.spreadsheetml.template";
		case "docx": return "application/vnd.openxmlformats-officedocument.wordprocessingml.document";
		case "dotx": return "application/vnd.openxmlformats-officedocument.wordprocessingml.template";
		case "mgp": return "application/vnd.osgeo.mapguide.package";
		case "dp": return "application/vnd.osgi.dp";
		case "pdb","pqa","oprc": return "application/vnd.palm";
		case "paw": return "application/vnd.pawaafile";
		case "str": return "application/vnd.pg.format";
		case "ei6": return "application/vnd.pg.osasli";
		case "efif": return "application/vnd.picsel";
		case "wg": return "application/vnd.pmi.widget";
		case "plf": return "application/vnd.pocketlearn";
		case "pbd": return "application/vnd.powerbuilder6";
		case "box": return "application/vnd.previewsystems.box";
		case "mgz": return "application/vnd.proteus.magazine";
		case "qps": return "application/vnd.publishare-delta-tree";
		case "ptid": return "application/vnd.pvi.ptid1";
		case "qxd","qxt","qwd","qwt","qxl","qxb": return "application/vnd.quark.quarkxpress";
		case "bed": return "application/vnd.realvnc.bed";
		case "mxl": return "application/vnd.recordare.musicxml";
		case "musicxml": return "application/vnd.recordare.musicxml+xml";
		case "cryptonote": return "application/vnd.rig.cryptonote";
		case "cod": return "application/vnd.rim.cod";
		case "rm": return "application/vnd.rn-realmedia";
		case "link66": return "application/vnd.route66.link66+xml";
		case "st": return "application/vnd.sailingtracker.track";
		case "see": return "application/vnd.seemail";
		case "sema": return "application/vnd.sema";
		case "semd": return "application/vnd.semd";
		case "semf": return "application/vnd.semf";
		case "ifm": return "application/vnd.shana.informed.formdata";
		case "itp": return "application/vnd.shana.informed.formtemplate";
		case "iif": return "application/vnd.shana.informed.interchange";
		case "ipk": return "application/vnd.shana.informed.package";
		case "twd","twds": return "application/vnd.simtech-mindmapper";
		case "mmf": return "application/vnd.smaf";
		case "teacher": return "application/vnd.smart.teacher";
		case "sdkm","sdkd": return "application/vnd.solent.sdkm+xml";
		case "dxp": return "application/vnd.spotfire.dxp";
		case "sfs": return "application/vnd.spotfire.sfs";
		case "sdc": return "application/vnd.stardivision.calc";
		case "sda": return "application/vnd.stardivision.draw";
		case "sdd": return "application/vnd.stardivision.impress";
		case "smf": return "application/vnd.stardivision.math";
		case "sdw","vor": return "application/vnd.stardivision.writer";
		case "sgl": return "application/vnd.stardivision.writer-global";
		case "smzip": return "application/vnd.stepmania.package";
		case "sm": return "application/vnd.stepmania.stepchart";
		case "sxc": return "application/vnd.sun.xml.calc";
		case "stc": return "application/vnd.sun.xml.calc.template";
		case "sxd": return "application/vnd.sun.xml.draw";
		case "std": return "application/vnd.sun.xml.draw.template";
		case "sxi": return "application/vnd.sun.xml.impress";
		case "sti": return "application/vnd.sun.xml.impress.template";
		case "sxm": return "application/vnd.sun.xml.math";
		case "sxw": return "application/vnd.sun.xml.writer";
		case "sxg": return "application/vnd.sun.xml.writer.global";
		case "stw": return "application/vnd.sun.xml.writer.template";
		case "sus","susp": return "application/vnd.sus-calendar";
		case "svd": return "application/vnd.svd";
		case "sis","sisx": return "application/vnd.symbian.install";
		case "xsm": return "application/vnd.syncml+xml";
		case "bdm": return "application/vnd.syncml.dm+wbxml";
		case "xdm": return "application/vnd.syncml.dm+xml";
		case "tao": return "application/vnd.tao.intent-module-archive";
		case "pcap","cap","dmp": return "application/vnd.tcpdump.pcap";
		case "tmo": return "application/vnd.tmobile-livetv";
		case "tpt": return "application/vnd.trid.tpt";
		case "mxs": return "application/vnd.triscape.mxs";
		case "tra": return "application/vnd.trueapp";
		case "ufd","ufdl": return "application/vnd.ufdl";
		case "utz": return "application/vnd.uiq.theme";
		case "umj": return "application/vnd.umajin";
		case "unityweb": return "application/vnd.unity";
		case "uoml": return "application/vnd.uoml+xml";
		case "vcx": return "application/vnd.vcx";
		case "vsd","vst","vss","vsw": return "application/vnd.visio";
		case "vis": return "application/vnd.visionary";
		case "vsf": return "application/vnd.vsf";
		case "wbxml": return "application/vnd.wap.wbxml";
		case "wmlc": return "application/vnd.wap.wmlc";
		case "wmlsc": return "application/vnd.wap.wmlscriptc";
		case "wtb": return "application/vnd.webturbo";
		case "nbp": return "application/vnd.wolfram.player";
		case "wpd": return "application/vnd.wordperfect";
		case "wqd": return "application/vnd.wqd";
		case "stf": return "application/vnd.wt.stf";
		case "xar": return "application/vnd.xara";
		case "xfdl": return "application/vnd.xfdl";
		case "hvd": return "application/vnd.yamaha.hv-dic";
		case "hvs": return "application/vnd.yamaha.hv-script";
		case "hvp": return "application/vnd.yamaha.hv-voice";
		case "osf": return "application/vnd.yamaha.openscoreformat";
		case "osfpvg": return "application/vnd.yamaha.openscoreformat.osfpvg+xml";
		case "saf": return "application/vnd.yamaha.smaf-audio";
		case "spf": return "application/vnd.yamaha.smaf-phrase";
		case "cmp": return "application/vnd.yellowriver-custom-menu";
		case "zir","zirz": return "application/vnd.zul";
		case "zaz": return "application/vnd.zzazz.deck+xml";
		case "vxml": return "application/voicexml+xml";
		case "wgt": return "application/widget";
		case "hlp": return "application/winhlp";
		case "wsdl": return "application/wsdl+xml";
		case "wspolicy": return "application/wspolicy+xml";
		case "7z": return "application/x-7z-compressed";
		case "abw": return "application/x-abiword";
		case "ace": return "application/x-ace-compressed";
		case "aab","x32","u32","vox": return "application/x-authorware-bin";
		case "aam": return "application/x-authorware-map";
		case "aas": return "application/x-authorware-seg";
		case "bcpio": return "application/x-bcpio";
		case "torrent": return "application/x-bittorrent";
		case "bz": return "application/x-bzip";
		case "bz2","boz": return "application/x-bzip2";
		case "vcd": return "application/x-cdlink";
		case "chat": return "application/x-chat";
		case "pgn": return "application/x-chess-pgn";
		case "cpio": return "application/x-cpio";
		case "csh": return "application/x-csh";
		case "deb","udeb": return "application/x-debian-package";
		case "dir","dcr","dxr","cst","cct","cxt","w3d","fgd","swa": return "application/x-director";
		case "wad": return "application/x-doom";
		case "ncx": return "application/x-dtbncx+xml";
		case "dtb": return "application/x-dtbook+xml";
		case "res": return "application/x-dtbresource+xml";
		case "dvi": return "application/x-dvi";
		case "bdf": return "application/x-font-bdf";
		case "gsf": return "application/x-font-ghostscript";
		case "psf": return "application/x-font-linux-psf";
		case "otf": return "application/x-font-otf";
		case "pcf": return "application/x-font-pcf";
		case "snf": return "application/x-font-snf";
		case "ttf","ttc": return "application/x-font-ttf";
		case "pfa","pfb","pfm","afm": return "application/x-font-type1";
		case "woff": return "application/x-font-woff";
		case "spl": return "application/x-futuresplash";
		case "gnumeric": return "application/x-gnumeric";
		case "gtar": return "application/x-gtar";
		case "hdf": return "application/x-hdf";
		case "jnlp": return "application/x-java-jnlp-file";
		case "latex": return "application/x-latex";
		case "prc","mobi": return "application/x-mobipocket-ebook";
		case "application": return "application/x-ms-application";
		case "wmd": return "application/x-ms-wmd";
		case "wmz": return "application/x-ms-wmz";
		case "xbap": return "application/x-ms-xbap";
		case "mdb": return "application/x-msaccess";
		case "obd": return "application/x-msbinder";
		case "crd": return "application/x-mscardfile";
		case "clp": return "application/x-msclip";
		case "exe","dll","com","bat","msi": return "application/x-msdownload";
		case "mvb","m13","m14": return "application/x-msmediaview";
		case "wmf": return "application/x-msmetafile";
		case "mny": return "application/x-msmoney";
		case "pub": return "application/x-mspublisher";
		case "scd": return "application/x-msschedule";
		case "trm": return "application/x-msterminal";
		case "wri": return "application/x-mswrite";
		case "nc","cdf": return "application/x-netcdf";
		case "p12","pfx": return "application/x-pkcs12";
		case "p7b","spc": return "application/x-pkcs7-certificates";
		case "p7r": return "application/x-pkcs7-certreqresp";
		case "rar": return "application/x-rar-compressed";
		case "sh": return "application/x-sh";
		case "shar": return "application/x-shar";
		case "swf": return "application/x-shockwave-flash";
		case "xap": return "application/x-silverlight-app";
		case "sit": return "application/x-stuffit";
		case "sitx": return "application/x-stuffitx";
		case "sv4cpio": return "application/x-sv4cpio";
		case "sv4crc": return "application/x-sv4crc";
		case "tar": return "application/x-tar";
		case "tcl": return "application/x-tcl";
		case "tex": return "application/x-tex";
		case "tfm": return "application/x-tex-tfm";
		case "texinfo","texi": return "application/x-texinfo";
		case "ustar": return "application/x-ustar";
		case "src": return "application/x-wais-source";
		case "der","crt": return "application/x-x509-ca-cert";
		case "fig": return "application/x-xfig";
		case "xpi": return "application/x-xpinstall";
		case "xdf": return "application/xcap-diff+xml";
		case "xenc": return "application/xenc+xml";
		case "xhtml","xht": return "application/xhtml+xml";
		case "xml","xsl": return "application/xml";
		case "dtd": return "application/xml-dtd";
		case "xop": return "application/xop+xml";
		case "xslt": return "application/xslt+xml";
		case "xspf": return "application/xspf+xml";
		case "mxml","xhvml","xvml","xvm": return "application/xv+xml";
		case "yang": return "application/yang";
		case "yin": return "application/yin+xml";
		case "zip": return "application/zip";
		case "adp": return "audio/adpcm";
		case "au","snd": return "audio/basic";
		case "mid","midi","kar","rmi": return "audio/midi";
		case "mp4a": return "audio/mp4";
		case "mpga","mp2","mp2a","mp3","m2a","m3a": return "audio/mpeg";
		case "oga","ogg","spx": return "audio/ogg";
		case "uva","uvva": return "audio/vnd.dece.audio";
		case "eol": return "audio/vnd.digital-winds";
		case "dra": return "audio/vnd.dra";
		case "dts": return "audio/vnd.dts";
		case "dtshd": return "audio/vnd.dts.hd";
		case "lvp": return "audio/vnd.lucent.voice";
		case "pya": return "audio/vnd.ms-playready.media.pya";
		case "ecelp4800": return "audio/vnd.nuera.ecelp4800";
		case "ecelp7470": return "audio/vnd.nuera.ecelp7470";
		case "ecelp9600": return "audio/vnd.nuera.ecelp9600";
		case "rip": return "audio/vnd.rip";
		case "weba": return "audio/webm";
		case "aac": return "audio/x-aac";
		case "aif","aiff","aifc": return "audio/x-aiff";
		case "m3u": return "audio/x-mpegurl";
		case "wax": return "audio/x-ms-wax";
		case "wma": return "audio/x-ms-wma";
		case "ram","ra": return "audio/x-pn-realaudio";
		case "rmp": return "audio/x-pn-realaudio-plugin";
		case "wav": return "audio/x-wav";
		case "cdx": return "chemical/x-cdx";
		case "cif": return "chemical/x-cif";
		case "cmdf": return "chemical/x-cmdf";
		case "cml": return "chemical/x-cml";
		case "csml": return "chemical/x-csml";
		case "xyz": return "chemical/x-xyz";
		case "bmp": return "image/bmp";
		case "cgm": return "image/cgm";
		case "g3": return "image/g3fax";
		case "gif": return "image/gif";
		case "ief": return "image/ief";
		case "jpeg","jpg","jpe": return "image/jpeg";
		case "ktx": return "image/ktx";
		case "png": return "image/png";
		case "btif": return "image/prs.btif";
		case "svg","svgz": return "image/svg+xml";
		case "tiff","tif": return "image/tiff";
		case "psd": return "image/vnd.adobe.photoshop";
		case "uvi","uvvi","uvg","uvvg": return "image/vnd.dece.graphic";
		case "sub": return "image/vnd.dvb.subtitle";
		case "djvu","djv": return "image/vnd.djvu";
		case "dwg": return "image/vnd.dwg";
		case "dxf": return "image/vnd.dxf";
		case "fbs": return "image/vnd.fastbidsheet";
		case "fpx": return "image/vnd.fpx";
		case "fst": return "image/vnd.fst";
		case "mmr": return "image/vnd.fujixerox.edmics-mmr";
		case "rlc": return "image/vnd.fujixerox.edmics-rlc";
		case "mdi": return "image/vnd.ms-modi";
		case "npx": return "image/vnd.net-fpx";
		case "wbmp": return "image/vnd.wap.wbmp";
		case "xif": return "image/vnd.xiff";
		case "webp": return "image/webp";
		case "ras": return "image/x-cmu-raster";
		case "cmx": return "image/x-cmx";
		case "fh","fhc","fh4","fh5","fh7": return "image/x-freehand";
		case "ico": return "image/x-icon";
		case "pcx": return "image/x-pcx";
		case "pic","pct": return "image/x-pict";
		case "pnm": return "image/x-portable-anymap";
		case "pbm": return "image/x-portable-bitmap";
		case "pgm": return "image/x-portable-graymap";
		case "ppm": return "image/x-portable-pixmap";
		case "rgb": return "image/x-rgb";
		case "xbm": return "image/x-xbitmap";
		case "xpm": return "image/x-xpixmap";
		case "xwd": return "image/x-xwindowdump";
		case "eml","mime": return "message/rfc822";
		case "igs","iges": return "model/iges";
		case "msh","mesh","silo": return "model/mesh";
		case "dae": return "model/vnd.collada+xml";
		case "dwf": return "model/vnd.dwf";
		case "gdl": return "model/vnd.gdl";
		case "gtw": return "model/vnd.gtw";
		case "mts": return "model/vnd.mts";
		case "vtu": return "model/vnd.vtu";
		case "wrl","vrml": return "model/vrml";
		case "ics","ifb": return "text/calendar";
		case "css": return "text/css";
		case "csv": return "text/csv";
		case "html","htm": return "text/html";
		case "n3": return "text/n3";
		case "txt","text","conf","def","list","log","in": return "text/plain";
		case "dsc": return "text/prs.lines.tag";
		case "rtx": return "text/richtext";
		case "sgml","sgm": return "text/sgml";
		case "tsv": return "text/tab-separated-values";
		case "t","tr","roff","man","me","ms": return "text/troff";
		case "ttl": return "text/turtle";
		case "uri","uris","urls": return "text/uri-list";
		case "vcard": return "text/vcard";
		case "curl": return "text/vnd.curl";
		case "dcurl": return "text/vnd.curl.dcurl";
		case "scurl": return "text/vnd.curl.scurl";
		case "mcurl": return "text/vnd.curl.mcurl";
		case "fly": return "text/vnd.fly";
		case "flx": return "text/vnd.fmi.flexstor";
		case "gv": return "text/vnd.graphviz";
		case "3dml": return "text/vnd.in3d.3dml";
		case "spot": return "text/vnd.in3d.spot";
		case "jad": return "text/vnd.sun.j2me.app-descriptor";
		case "wml": return "text/vnd.wap.wml";
		case "wmls": return "text/vnd.wap.wmlscript";
		case "s","asm": return "text/x-asm";
		case "c","cc","cxx","cpp","h","hh","dic": return "text/x-c";
		case "f","for","f77","f90": return "text/x-fortran";
		case "p","pas": return "text/x-pascal";
		case "java": return "text/x-java-source";
		case "etx": return "text/x-setext";
		case "uu": return "text/x-uuencode";
		case "vcs": return "text/x-vcalendar";
		case "vcf": return "text/x-vcard";
		case "3gp": return "video/3gpp";
		case "3g2": return "video/3gpp2";
		case "h261": return "video/h261";
		case "h263": return "video/h263";
		case "h264": return "video/h264";
		case "jpgv": return "video/jpeg";
		case "jpm","jpgm": return "video/jpm";
		case "mj2","mjp2": return "video/mj2";
		case "mp4","mp4v","mpg4": return "video/mp4";
		case "mpeg","mpg","mpe","m1v","m2v": return "video/mpeg";
		case "ogv": return "video/ogg";
		case "qt","mov": return "video/quicktime";
		case "uvh","uvvh": return "video/vnd.dece.hd";
		case "uvm","uvvm": return "video/vnd.dece.mobile";
		case "uvp","uvvp": return "video/vnd.dece.pd";
		case "uvs","uvvs": return "video/vnd.dece.sd";
		case "uvv","uvvv": return "video/vnd.dece.video";
		case "dvb": return "video/vnd.dvb.file";
		case "fvt": return "video/vnd.fvt";
		case "mxu","m4u": return "video/vnd.mpegurl";
		case "pyv": return "video/vnd.ms-playready.media.pyv";
		case "uvu","uvvu": return "video/vnd.uvvu.mp4";
		case "viv": return "video/vnd.vivo";
		case "webm": return "video/webm";
		case "f4v": return "video/x-f4v";
		case "fli": return "video/x-fli";
		case "flv": return "video/x-flv";
		case "m4v": return "video/x-m4v";
		case "asf","asx": return "video/x-ms-asf";
		case "wm": return "video/x-ms-wm";
		case "wmv": return "video/x-ms-wmv";
		case "wmx": return "video/x-ms-wmx";
		case "wvx": return "video/x-ms-wvx";
		case "avi": return "video/x-msvideo";
		case "movie": return "video/x-sgi-movie";
		case "ice": return "x-conference/x-cooltalk";

		case "gz": return "application/gzip";
		case "tgz": return "application/gzip";
	}
}

/**
	Returns true for a selected but incomplete list of mime-types that are describing a compressed
	format.

	This function is useful for avoiding redundant compression.
*/
bool isCompressedFormat(string mimetype)
{
	switch(mimetype){
		default: return false;
		case "application/gzip", "application/x-compress", "application/png", "application/zip",
				"audio/x-mpeg", "image/png", "image/jpeg",
				"video/mpeg", "video/quicktime", "video/x-msvideo",
				"application/font-woff", "application/x-font-woff", "font/woff":
			return true;
	}
}
vibe.d-0.7.30/source/vibe/inet/path.d000066400000000000000000000350571304441332000172410ustar00rootroot00000000000000/**
	Contains routines for high level path handling.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.inet.path;

import std.algorithm : canFind, min;
import std.array;
import std.conv;
import std.exception;
import std.string;


/** Computes the relative path from `base_path` to this path.

	Params:
		path = The destination path
		base_path = The path from which the relative path starts

	See_also: `relativeToWeb`
*/
Path relativeTo(Path path, Path base_path)
{
	assert(path.absolute && base_path.absolute);
	version (Windows) {
		// a path such as ..\C:\windows is not valid, so force the path to stay absolute in this case
		if (path.absolute && !path.empty &&
			(path[0].toString().endsWith(":") && !base_path.startsWith(path[0 .. 1]) ||
			path[0] == "\\" && !base_path.startsWith(path[0 .. min(2, $)])))
		{
			return path;
		}
	}
	int nup = 0;
	while (base_path.length > nup && !path.startsWith(base_path[0 .. base_path.length-nup])) {
		nup++;
	}

	Path ret = Path(null, false);
	ret.m_endsWithSlash = true;
	foreach (i; 0 .. nup) ret ~= "..";
	ret ~= Path(path.nodes[base_path.length-nup .. $], false);
	ret.m_endsWithSlash = path.m_endsWithSlash;
	return ret;
}

///
unittest {
	assert(Path("/some/path").relativeTo(Path("/")) == Path("some/path"));
	assert(Path("/some/path/").relativeTo(Path("/some/other/path/")) == Path("../../path/"));
	assert(Path("/some/path/").relativeTo(Path("/some/other/path")) == Path("../../path/"));
}


/** Computes the relative path to this path from `base_path` using web path rules.

	The difference to `relativeTo` is that a path not ending in a slash
	will not be considered as a path to a directory and the parent path
	will instead be used.

	Params:
		path = The destination path
		base_path = The path from which the relative path starts

	See_also: `relativeTo`
*/
Path relativeToWeb(Path path, Path base_path)
{
	if (!base_path.endsWithSlash) {
		if (base_path.length > 0) base_path = base_path[0 .. $-1];
		else base_path = Path("/");
	}
	return path.relativeTo(base_path);
}

///
unittest {
	assert(Path("/some/path").relativeToWeb(Path("/")) == Path("some/path"));
	assert(Path("/some/path/").relativeToWeb(Path("/some/other/path/")) == Path("../../path/"));
	assert(Path("/some/path/").relativeToWeb(Path("/some/other/path")) == Path("../path/"));
}


/**
	Represents an absolute or relative file system path.

	This struct allows to do safe operations on paths, such as concatenation and sub paths. Checks
	are done to disallow invalid operations such as concatenating two absolute paths. It also
	validates path strings and allows for easy checking of malicious relative paths.
*/
struct Path {
	private {
		immutable(PathEntry)[] m_nodes;
		bool m_absolute = false;
		bool m_endsWithSlash = false;
	}

	hash_t toHash()
	const nothrow @trusted {
		hash_t ret;
		auto strhash = &typeid(string).getHash;
		try foreach (n; nodes) ret ^= strhash(&n.m_name);
		catch (Throwable) assert(false);
		if (m_absolute) ret ^= 0xfe3c1738;
		if (m_endsWithSlash) ret ^= 0x6aa4352d;
		return ret;
	}

	pure:

	/// Constructs a Path object by parsing a path string.
	this(string pathstr)
	{
		m_nodes = splitPath(pathstr);
		m_absolute = (pathstr.startsWith("/") || m_nodes.length > 0 && (m_nodes[0].toString().canFind(':') || m_nodes[0] == "\\"));
		m_endsWithSlash = pathstr.endsWith("/");
	}

	/// Constructs a path object from a list of PathEntry objects.
	this(immutable(PathEntry)[] nodes, bool absolute)
	{
		m_nodes = nodes;
		m_absolute = absolute;
	}

	/// Constructs a relative path with one path entry.
	this(PathEntry entry)
	{
		m_nodes = [entry];
		m_absolute = false;
	}

	/// Determines if the path is absolute.
	@property bool absolute() const { return m_absolute; }

	/// Resolves all '.' and '..' path entries as far as possible.
	void normalize()
	{
		immutable(PathEntry)[] newnodes;
		foreach( n; m_nodes ){
			switch(n.toString()){
				default:
					newnodes ~= n;
					break;
				case "", ".": break;
				case "..":
					enforce(!m_absolute || newnodes.length > 0, "Path goes below root node.");
					if( newnodes.length > 0 && newnodes[$-1] != ".." ) newnodes = newnodes[0 .. $-1];
					else newnodes ~= n;
					break;
			}
		}
		m_nodes = newnodes;
	}

	/// Converts the Path back to a string representation using slashes.
	string toString()
	const {
		if (m_nodes.empty)
			return absolute ? "/" : endsWithSlash ? "./" : "";

		Appender!string ret;

		// for absolute paths start with /
		if( absolute ) ret.put('/');

		foreach( i, f; m_nodes ){
			if( i > 0 ) ret.put('/');
			ret.put(f.toString());
		}

		if( m_nodes.length > 0 && m_endsWithSlash )
			ret.put('/');

		return ret.data;
	}

	/// Converts the Path object to a native path string (backslash as path separator on Windows).
	string toNativeString() nothrow
	const {
		Appender!string ret;

		// for absolute unix paths start with /
		version(Posix) { if (m_absolute) ret.put('/'); }

		foreach( i, f; m_nodes ){
			version(Windows) { if( i > 0 ) ret.put('\\'); }
			else version(Posix) { if( i > 0 ) ret.put('/'); }
			else static assert(false, "Unsupported OS");
			ret.put(f.toString());
		}

		if( m_nodes.length > 0 && m_endsWithSlash ){
			version(Windows) { ret.put('\\'); }
			version(Posix) { ret.put('/'); }
		}

		return ret.data;
	}

	/// Tests if `rhs` is an anchestor or the same as this path.
	bool startsWith(const Path rhs) const {
		if( rhs.m_nodes.length > m_nodes.length ) return false;
		foreach( i; 0 .. rhs.m_nodes.length )
			if( m_nodes[i] != rhs.m_nodes[i] )
				return false;
		return true;
	}

	/// The last entry of the path
	@property ref immutable(PathEntry) head() const { enforce(m_nodes.length > 0); return m_nodes[$-1]; }

	/// The parent path
	@property Path parentPath() const { return this[0 .. length-1]; }

	/// The ist of path entries of which this path is composed
	@property immutable(PathEntry)[] nodes() const { return m_nodes; }

	/// The number of path entries of which this path is composed
	@property size_t length() const { return m_nodes.length; }

	/// True if the path contains no entries
	@property bool empty() const { return m_nodes.length == 0; }

	/// Determines if the path ends with a slash (i.e. is a directory)
	@property bool endsWithSlash() const { return m_endsWithSlash; }
	/// ditto
	@property void endsWithSlash(bool v) { m_endsWithSlash = v; }

	/// Determines if this path goes outside of its base path (i.e. begins with '..').
	@property bool external() const { return !m_absolute && m_nodes.length > 0 && m_nodes[0].m_name == ".."; }

	ref immutable(PathEntry) opIndex(size_t idx) const { return m_nodes[idx]; }
	Path opSlice(size_t start, size_t end) const {
		auto ret = Path(m_nodes[start .. end], start == 0 ? absolute : false);
		ret.m_endsWithSlash = end == m_nodes.length ? m_endsWithSlash : true;
		return ret;
	}
	size_t opDollar(int dim)() const if(dim == 0) { return m_nodes.length; }


	Path opBinary(string OP)(const Path rhs) const if( OP == "~" )
	{
		assert(!rhs.absolute, "Trying to append absolute path.");
		if (!rhs.length) return this;

		Path ret;
		ret.m_nodes = m_nodes;
		ret.m_absolute = m_absolute;
		ret.m_endsWithSlash = rhs.m_endsWithSlash;
		ret.normalize(); // needed to avoid "."~".." become "" instead of ".."

		foreach (folder; rhs.m_nodes) {
			switch (folder.toString()) {
				default: ret.m_nodes = ret.m_nodes ~ folder; break;
				case "", ".": break;
				case "..":
					enforce(!ret.absolute || ret.m_nodes.length > 0, "Relative path goes below root node!");
					if( ret.m_nodes.length > 0 && ret.m_nodes[$-1].toString() != ".." )
						ret.m_nodes = ret.m_nodes[0 .. $-1];
					else ret.m_nodes = ret.m_nodes ~ folder;
					break;
			}
		}
		return ret;
	}

	Path opBinary(string OP)(string rhs) const if( OP == "~" ) { return opBinary!"~"(Path(rhs)); }
	Path opBinary(string OP)(PathEntry rhs) const if( OP == "~" ) { return opBinary!"~"(Path(rhs)); }
	void opOpAssign(string OP)(string rhs) if( OP == "~" ) { opOpAssign!"~"(Path(rhs)); }
	void opOpAssign(string OP)(PathEntry rhs) if( OP == "~" ) { opOpAssign!"~"(Path(rhs)); }
	void opOpAssign(string OP)(immutable(PathEntry)[] rhs) if( OP == "~" ) { opOpAssign!"~"(Path(rhs, false)); }
	void opOpAssign(string OP)(Path rhs) if( OP == "~" )
	{
		assert(!rhs.absolute, "Trying to append absolute path.");
		if (!rhs.length) return;
		auto p = this ~ rhs;
		m_nodes = p.m_nodes;
		m_endsWithSlash = rhs.m_endsWithSlash;
	}

	/// Tests two paths for equality using '=='.
	bool opEquals(ref const Path rhs) const {
		if( m_absolute != rhs.m_absolute ) return false;
		if( m_endsWithSlash != rhs.m_endsWithSlash ) return false;
		if( m_nodes.length != rhs.length ) return false;
		foreach( i; 0 .. m_nodes.length )
			if( m_nodes[i] != rhs.m_nodes[i] )
				return false;
		return true;
	}
	/// ditto
	bool opEquals(const Path other) const { return opEquals(other); }

	int opCmp(ref const Path rhs) const {
		if( m_absolute != rhs.m_absolute ) return cast(int)m_absolute - cast(int)rhs.m_absolute;
		foreach( i; 0 .. min(m_nodes.length, rhs.m_nodes.length) )
			if( m_nodes[i] != rhs.m_nodes[i] )
				return m_nodes[i].opCmp(rhs.m_nodes[i]);
		if( m_nodes.length > rhs.m_nodes.length ) return 1;
		if( m_nodes.length < rhs.m_nodes.length ) return -1;
		return 0;
	}
}


unittest
{
	{
		auto unc = "\\\\server\\share\\path";
		auto uncp = Path(unc);
		uncp.normalize();
		version(Windows) assert(uncp.toNativeString() == unc);
		assert(uncp.absolute);
		assert(!uncp.endsWithSlash);
	}

	{
		auto abspath = "/test/path/";
		auto abspathp = Path(abspath);
		assert(abspathp.toString() == abspath);
		version(Windows) {} else assert(abspathp.toNativeString() == abspath);
		assert(abspathp.absolute);
		assert(abspathp.endsWithSlash);
		assert(abspathp.length == 2);
		assert(abspathp[0] == "test");
		assert(abspathp[1] == "path");
	}

	{
		auto relpath = "test/path/";
		auto relpathp = Path(relpath);
		assert(relpathp.toString() == relpath);
		version(Windows) assert(relpathp.toNativeString() == "test\\path\\");
		else assert(relpathp.toNativeString() == relpath);
		assert(!relpathp.absolute);
		assert(relpathp.endsWithSlash);
		assert(relpathp.length == 2);
		assert(relpathp[0] == "test");
		assert(relpathp[1] == "path");
	}

	{
		auto winpath = "C:\\windows\\test";
		auto winpathp = Path(winpath);
		assert(winpathp.toString() == "/C:/windows/test");
		version(Windows) assert(winpathp.toNativeString() == winpath);
		else assert(winpathp.toNativeString() == "/C:/windows/test");
		assert(winpathp.absolute);
		assert(!winpathp.endsWithSlash);
		assert(winpathp.length == 3);
		assert(winpathp[0] == "C:");
		assert(winpathp[1] == "windows");
		assert(winpathp[2] == "test");
	}

	{
		auto dotpath = "/test/../test2/././x/y";
		auto dotpathp = Path(dotpath);
		assert(dotpathp.toString() == "/test/../test2/././x/y");
		dotpathp.normalize();
		assert(dotpathp.toString() == "/test2/x/y");
	}

	{
		auto dotpath = "/test/..////test2//./x/y";
		auto dotpathp = Path(dotpath);
		assert(dotpathp.toString() == "/test/..////test2//./x/y");
		dotpathp.normalize();
		assert(dotpathp.toString() == "/test2/x/y");
	}

	{
		auto parentpath = "/path/to/parent";
		auto parentpathp = Path(parentpath);
		auto subpath = "/path/to/parent/sub/";
		auto subpathp = Path(subpath);
		auto subpath_rel = "sub/";
		assert(subpathp.relativeTo(parentpathp).toString() == subpath_rel);
		auto subfile = "/path/to/parent/child";
		auto subfilep = Path(subfile);
		auto subfile_rel = "child";
		assert(subfilep.relativeTo(parentpathp).toString() == subfile_rel);
	}

	{ // relative paths across Windows devices are not allowed
		version (Windows) {
			auto p1 = Path("\\\\server\\share"); assert(p1.absolute);
			auto p2 = Path("\\\\server\\othershare"); assert(p2.absolute);
			auto p3 = Path("\\\\otherserver\\share"); assert(p3.absolute);
			auto p4 = Path("C:\\somepath"); assert(p4.absolute);
			auto p5 = Path("C:\\someotherpath"); assert(p5.absolute);
			auto p6 = Path("D:\\somepath"); assert(p6.absolute);
			assert(p4.relativeTo(p5) == Path("../somepath"));
			assert(p4.relativeTo(p6) == Path("C:\\somepath"));
			assert(p4.relativeTo(p1) == Path("C:\\somepath"));
			assert(p1.relativeTo(p2) == Path("../share"));
			assert(p1.relativeTo(p3) == Path("\\\\server\\share"));
			assert(p1.relativeTo(p4) == Path("\\\\server\\share"));
		}
	}

	{ // relative path, trailing slash
		auto p1 = Path("/some/path");
		auto p2 = Path("/some/path/");
		assert(p1.relativeTo(p1).toString() == "");
		assert(p1.relativeTo(p2).toString() == "");
		assert(p2.relativeTo(p2).toString() == "./");
		assert(p2.relativeTo(p1).toString() == "./");
	}
}


struct PathEntry {
	private {
		string m_name;
	}

	pure:

	this(string str)
	{
		assert(!str.canFind('/') && (!str.canFind('\\') || str.length == 1), "Invalid path entry: " ~ str);
		m_name = str;
	}

	string toString() const nothrow { return m_name; }

	Path opBinary(string OP)(PathEntry rhs) const if( OP == "~" ) { return Path([this, rhs], false); }

	bool opEquals(ref const PathEntry rhs) const { return m_name == rhs.m_name; }
	bool opEquals(PathEntry rhs) const { return m_name == rhs.m_name; }
	bool opEquals(string rhs) const { return m_name == rhs; }
	int opCmp(ref const PathEntry rhs) const { return m_name.cmp(rhs.m_name); }
	int opCmp(string rhs) const { return m_name.cmp(rhs); }
}

private bool isValidFilename(string str)
pure {
	foreach( ch; str )
		if( ch == '/' || /*ch == ':' ||*/ ch == '\\' ) return false;
	return true;
}

/// Joins two path strings. subpath must be relative.
string joinPath(string basepath, string subpath)
pure {
	Path p1 = Path(basepath);
	Path p2 = Path(subpath);
	return (p1 ~ p2).toString();
}

/// Splits up a path string into its elements/folders
PathEntry[] splitPath(string path)
pure {
	if( path.startsWith("/") || path.startsWith("\\") ) path = path[1 .. $];
	if( path.empty ) return null;
	if( path.endsWith("/") || path.endsWith("\\") ) path = path[0 .. $-1];

	// count the number of path nodes
	size_t nelements = 0;
	foreach( i, char ch; path )
		if( ch == '\\' || ch == '/' )
			nelements++;
	nelements++;

	// reserve space for the elements
	PathEntry[] storage;
	/*if (alloc) {
		auto mem = alloc.alloc(nelements * PathEntry.sizeof);
		mem[] = 0;
		storage = cast(PathEntry[])mem;
	} else*/ storage = new PathEntry[nelements];

	size_t startidx = 0;
	size_t eidx = 0;

	// detect UNC path
	if(path.startsWith("\\"))
	{
		storage[eidx++] = PathEntry(path[0 .. 1]);
		path = path[1 .. $];
	}

	// read and return the elements
	foreach( i, char ch; path )
		if( ch == '\\' || ch == '/' ){
			storage[eidx++] = PathEntry(path[startidx .. i]);
			startidx = i+1;
		}
	storage[eidx++] = PathEntry(path[startidx .. $]);
	assert(eidx == nelements);
	return storage;
}
vibe.d-0.7.30/source/vibe/inet/url.d000066400000000000000000000301051304441332000170740ustar00rootroot00000000000000/**
	URL parsing routines.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.inet.url;

public import vibe.inet.path;

import vibe.textfilter.urlencode;
import vibe.utils.string;

import std.array;
import std.conv;
import std.exception;
import std.string;


/**
	Represents a URL decomposed into its components.
*/
struct URL {
	private {
		string m_schema;
		string m_pathString;
		string m_host;
		ushort m_port;
		string m_username;
		string m_password;
		string m_queryString;
		string m_anchor;
	}

	/// Constructs a new URL object from its components.
	this(string schema, string host, ushort port, Path path)
	{
		m_schema = schema;
		m_host = host;
		m_port = port;
		m_pathString = urlEncode(path.toString(), "/");
	}
	/// ditto
	this(string schema, Path path)
	{
		this(schema, null, 0, path);
	}

	/** Constructs a URL from its string representation.

		TODO: additional validation required (e.g. valid host and user names and port)
	*/
	this(string url_string)
	{
		auto str = url_string;
		enforce(str.length > 0, "Empty URL.");
		if( str[0] != '/' ){
			auto idx = str.indexOfCT(':');
			enforce(idx > 0, "No schema in URL:"~str);
			m_schema = str[0 .. idx];
			str = str[idx+1 .. $];
			bool requires_host = false;

			switch(m_schema){
				case "http":
				case "https":
				case "ftp":
				case "spdy":
				case "sftp":
				case "ws":
				case "wss":
				case "file":
				case "http+unix":
				case "https+unix":
				case "redis":
					// proto://server/path style
					enforce(str.startsWith("//"), "URL must start with proto://...");
					requires_host = true;
					str = str[2 .. $];
					if (m_schema == "file")
						break;
					goto default;
				default:
					auto si = str.indexOfCT('/');
					if( si < 0 ) si = str.length;
					auto ai = str[0 .. si].indexOfCT('@');
					sizediff_t hs = 0;
					if( ai >= 0 ){
						hs = ai+1;
						auto ci = str[0 .. ai].indexOfCT(':');
						if( ci >= 0 ){
							m_username = str[0 .. ci];
							m_password = str[ci+1 .. ai];
						} else m_username = str[0 .. ai];
						enforce(m_username.length > 0, "Empty user name in URL.");
					}

					m_host = str[hs .. si];

					auto findPort ( string src )
					{
						auto pi = src.indexOfCT(':');
						if(pi > 0) {
							enforce(pi < src.length-1, "Empty port in URL.");
							m_port = to!ushort(src[pi+1..$]);
						}
						return pi;
					}


					auto ip6 = m_host.indexOfCT('[');
					if (ip6 == 0) { // [ must be first char
						auto pe = m_host.indexOfCT(']');
						if (pe > 0) {
							findPort(m_host[pe..$]);
							m_host = m_host[1 .. pe];
						}
					}
					else {
						auto pi = findPort(m_host);
						if(pi > 0) {
							m_host = m_host[0 .. pi];
						}
					}

					enforce(!requires_host || m_schema == "file" || m_host.length > 0,
							"Empty server name in URL.");
					str = str[si .. $];
			}
		}

		this.localURI = str;
	}
	/// ditto
	static URL parse(string url_string)
	{
		return URL(url_string);
	}
	/// ditto
	static URL fromString(string url_string)
	{
		return URL(url_string);
	}

	invariant()
	{
		assert(isURLEncoded(m_pathString), "Wrong URL encoding of '"~m_pathString~"'");
	}

	/// The schema/protocol part of the URL
	@property string schema() const { return m_schema; }
	/// ditto
	@property void schema(string v) { m_schema = v; }

	/// The url encoded path part of the URL
	@property string pathString() const { return m_pathString; }

	/// Set the path part of the URL. It should be properly encoded.
	@property void pathString(string s)
	{
		enforce(isURLEncoded(s), "Wrong URL encoding of the path string '"~s~"'");
		m_pathString = s;
	}

	/// The path part of the URL
	@property Path path() const { return Path(urlDecode(m_pathString)); }
	/// ditto
	@property void path(Path p)
	{
		auto pstr = p.toString();
		m_pathString = urlEncode(pstr, "/");
	}

	/// The host part of the URL (depends on the schema)
	@property string host() const { return m_host; }
	/// ditto
	@property void host(string v) { m_host = v; }

	/// The port part of the URL (optional)
	@property ushort port() const { return m_port; }
	/// ditto
	@property port(ushort v) { m_port = v; }

	/// Get the default port for the given schema or 0
	static ushort defaultPort(string schema) {
		switch(schema){
			default:
			case "file": return 0;
			case "http": return 80;
			case "https": return 443;
			case "ftp": return 21;
			case "spdy": return 443;
			case "sftp": return 22;
		}
	}
	/// ditto
	ushort defaultPort() {
		return defaultPort(m_schema);
	}

	/// The user name part of the URL (optional)
	@property string username() const { return m_username; }
	/// ditto
	@property void username(string v) { m_username = v; }

	/// The password part of the URL (optional)
	@property string password() const { return m_password; }
	/// ditto
	@property void password(string v) { m_password = v; }

	/// The query string part of the URL (optional)
	@property string queryString() const { return m_queryString; }
	/// ditto
	@property void queryString(string v) { m_queryString = v; }

	/// The anchor part of the URL (optional)
	@property string anchor() const { return m_anchor; }

	/// The path part plus query string and anchor
	@property string localURI()
	const {
		auto str = appender!string();
		// m_pathString is already encoded
		str.put(m_pathString);
		if( queryString.length ) {
			str.put("?");
			str.put(queryString);
		}
		if( anchor.length ) {
			str.put("#");
			str.put(anchor);
		}
		return str.data;
	}
	/// ditto
	@property void localURI(string str)
	{
		auto ai = str.indexOfCT('#');
		if( ai >= 0 ){
			m_anchor = str[ai+1 .. $];
			str = str[0 .. ai];
		} else m_anchor = null;

		auto qi = str.indexOfCT('?');
		if( qi >= 0 ){
			m_queryString = str[qi+1 .. $];
			str = str[0 .. qi];
		} else m_queryString = null;

		this.pathString = str;
	}

	/// The URL to the parent path with query string and anchor stripped.
	@property URL parentURL() const {
		URL ret;
		ret.schema = schema;
		ret.host = host;
		ret.port = port;
		ret.username = username;
		ret.password = password;
		ret.path = path.parentPath;
		return ret;
	}

	/// Converts this URL object to its string representation.
	string toString()
	const {
		import std.format;
		auto dst = appender!string();
		dst.put(schema);
		dst.put(":");
		switch(schema){
			default: break;
			case "file":
			case "http":
			case "https":
			case "ftp":
			case "spdy":
			case "sftp":
			case "http+unix":
			case "https+unix":
				dst.put("//");
				break;
		}
		if (m_username.length || m_password.length) {
			dst.put(username);
			dst.put(':');
			dst.put(password);
			dst.put('@');
		}

		import std.algorithm : canFind;
		auto ipv6 = host.canFind(":");

		if ( ipv6 ) dst.put('[');
		dst.put(host);
		if ( ipv6 ) dst.put(']');

		if( m_port > 0 ) formattedWrite(dst, ":%d", m_port);
		dst.put(localURI);
		return dst.data;
	}

	bool startsWith(const URL rhs) const {
		if( m_schema != rhs.m_schema ) return false;
		if( m_host != rhs.m_host ) return false;
		// FIXME: also consider user, port, querystring, anchor etc
		return this.path.startsWith(rhs.path);
	}

	URL opBinary(string OP)(Path rhs) const if( OP == "~" ) { return URL(m_schema, m_host, m_port, this.path ~ rhs); }
	URL opBinary(string OP)(PathEntry rhs) const if( OP == "~" ) { return URL(m_schema, m_host, m_port, this.path ~ rhs); }
	void opOpAssign(string OP)(Path rhs) if( OP == "~" ) { this.path = this.path ~ rhs; }
	void opOpAssign(string OP)(PathEntry rhs) if( OP == "~" ) { this.path = this.path ~ rhs; }

	/// Tests two URLs for equality using '=='.
	bool opEquals(ref const URL rhs) const {
		if( m_schema != rhs.m_schema ) return false;
		if( m_host != rhs.m_host ) return false;
		if( m_pathString != rhs.m_pathString ) return false;
		return true;
	}
	/// ditto
	bool opEquals(const URL other) const { return opEquals(other); }

	int opCmp(ref const URL rhs) const {
		if( m_schema != rhs.m_schema ) return m_schema.cmp(rhs.m_schema);
		if( m_host != rhs.m_host ) return m_host.cmp(rhs.m_host);
		if( m_pathString != rhs.m_pathString ) return cmp(m_pathString, rhs.m_pathString);
		return true;
	}
}

unittest { // IPv6
	auto urlstr = "http://[2003:46:1a7b:6c01:64b:80ff:fe80:8003]:8091/abc";
	auto url = URL.parse(urlstr);
	assert(url.schema == "http", url.schema);
	assert(url.host == "2003:46:1a7b:6c01:64b:80ff:fe80:8003", url.host);
	assert(url.port == 8091);
	assert(url.path == Path("/abc"), url.path.toString());
	assert(url.toString == urlstr);

	url.host = "abcd:46:1a7b:6c01:64b:80ff:fe80:8abc";
	urlstr = "http://[abcd:46:1a7b:6c01:64b:80ff:fe80:8abc]:8091/abc";
	assert(url.toString == urlstr);
}


unittest {
	auto urlstr = "https://www.example.net/index.html";
	auto url = URL.parse(urlstr);
	assert(url.schema == "https", url.schema);
	assert(url.host == "www.example.net", url.host);
	assert(url.path == Path("/index.html"), url.path.toString());
	assert(url.toString == urlstr);

	urlstr = "http://jo.doe:password@sub.www.example.net:4711/sub2/index.html?query#anchor";
	url = URL.parse(urlstr);
	assert(url.schema == "http", url.schema);
	assert(url.username == "jo.doe", url.username);
	assert(url.password == "password", url.password);
	assert(url.port == 4711, to!string(url.port));
	assert(url.host == "sub.www.example.net", url.host);
	assert(url.path.toString() == "/sub2/index.html", url.path.toString());
	assert(url.queryString == "query", url.queryString);
	assert(url.anchor == "anchor", url.anchor);
	assert(url.toString == urlstr);
}

unittest { // issue #1044
	URL url = URL.parse("http://example.com/p?query#anchor");
	assert(url.schema == "http");
	assert(url.host == "example.com");
	assert(url.queryString == "query");
	assert(url.anchor == "anchor");
	assert(url.pathString == "/p");
	url.localURI = "/q";
	assert(url.schema == "http");
	assert(url.host == "example.com");
	assert(url.queryString == "");
	assert(url.anchor == "");
	assert(url.pathString == "/q");
	url.localURI = "/q?query";
	assert(url.schema == "http");
	assert(url.host == "example.com");
	assert(url.queryString == "query");
	assert(url.anchor == "");
	assert(url.pathString == "/q");
	url.localURI = "/q#anchor";
	assert(url.schema == "http");
	assert(url.host == "example.com");
	assert(url.queryString == "");
	assert(url.anchor == "anchor");
	assert(url.pathString == "/q");
}

//websocket unittest
unittest {
	URL url = URL("ws://127.0.0.1:8080/echo");
	assert(url.host == "127.0.0.1");
	assert(url.port == 8080);
	assert(url.localURI == "/echo");
}

unittest {
	Path p = Path("/foo bar/boo oom/");
	URL url = URL("http", "example.com", 0, p); // constructor test
	assert(url.path == p);
	url.path = p;
	assert(url.path == p);					   // path assignement test
	assert(url.pathString == "/foo%20bar/boo%20oom/");
	assert(url.toString() == "http://example.com/foo%20bar/boo%20oom/");
	url.pathString = "/foo%20bar/boo%2foom/";
	assert(url.pathString == "/foo%20bar/boo%2foom/");
	assert(url.toString() == "http://example.com/foo%20bar/boo%2foom/");
}

unittest {
	auto url = URL("http://example.com/some%2bpath");
	assert(url.path.toString() == "/some+path", url.path.toString());
}

unittest {
	assert(URL("file:///test").pathString == "/test");
	assert(URL("file:///test").path.toString() == "/test");
	assert(URL("file://test").pathString == "test");
	assert(URL("file://test").path.toString() == "test");
	assert(URL("file://./test").pathString == "./test");
	assert(URL("file://./test").path.toString() == "./test");
}

unittest { // issue #1318
	try {
		URL("http://something/inval%id");
		assert(false, "Expected to throw an exception.");
	} catch (Exception e) {}
}

unittest {
	assert(URL("http+unix://%2Fvar%2Frun%2Fdocker.sock").schema == "http+unix");
	assert(URL("https+unix://%2Fvar%2Frun%2Fdocker.sock").schema == "https+unix");
	assert(URL("http+unix://%2Fvar%2Frun%2Fdocker.sock").host == "%2Fvar%2Frun%2Fdocker.sock");
	assert(URL("http+unix://%2Fvar%2Frun%2Fdocker.sock").pathString == "");
	assert(URL("http+unix://%2Fvar%2Frun%2Fdocker.sock/container/json").pathString == "/container/json");
	auto url = URL("http+unix://%2Fvar%2Frun%2Fdocker.sock/container/json");
	assert(URL(url.toString()) == url);
}

unittest {
	import vibe.data.serialization;
	static assert(isStringSerializable!URL);
}vibe.d-0.7.30/source/vibe/inet/urltransfer.d000066400000000000000000000064631304441332000206530ustar00rootroot00000000000000/**
	Downloading and uploading of data from/to URLs.

	Note that this module is scheduled for deprecation and will be replaced by
	another module in the future. All functions are defined as templates to
	avoid this dependency issue when building the library.

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.inet.urltransfer;

import vibe.core.log;
import vibe.core.file;
import vibe.inet.url;
import vibe.core.stream;

import std.exception;
import std.string;


/**
	Downloads a file from the specified URL.

	Any redirects will be followed until the actual file resource is reached or if the redirection
	limit of 10 is reached. Note that only HTTP(S) is currently supported.
*/
void download(HTTPClient_ = void*)(URL url, scope void delegate(scope InputStream) callback, HTTPClient_ client_ = null)
{
	import vibe.http.client;

	assert(url.username.length == 0 && url.password.length == 0, "Auth not supported yet.");
	assert(url.schema == "http" || url.schema == "https", "Only http(s):// supported for now.");

	HTTPClient client;
	static if (is(HTTPClient_ == HTTPClient)) client = client_;
	if (!client) client = new HTTPClient();
	scope (exit) {
		if (client_ !is null)
			client.disconnect();
	}

	if (!url.port)
		url.port = url.defaultPort;

	foreach( i; 0 .. 10 ){
		client.connect(url.host, url.port, url.schema == "https");
		logTrace("connect to %s", url.host);
		bool done = false;
		client.request(
			(scope HTTPClientRequest req) {
				req.requestURL = url.localURI;
				logTrace("REQUESTING %s!", req.requestURL);
			},
			(scope HTTPClientResponse res) {
				logTrace("GOT ANSWER!");

				switch( res.statusCode ){
					default:
						throw new HTTPStatusException(res.statusCode, "Server responded with "~httpStatusText(res.statusCode)~" for "~url.toString());
					case HTTPStatus.OK:
						done = true;
						callback(res.bodyReader);
						break;
					case HTTPStatus.movedPermanently:
					case HTTPStatus.found:
					case HTTPStatus.seeOther:
					case HTTPStatus.temporaryRedirect:
						logTrace("Status code: %s", res.statusCode);
						auto pv = "Location" in res.headers;
						enforce(pv !is null, "Server responded with redirect but did not specify the redirect location for "~url.toString());
						logDebug("Redirect to '%s'", *pv);
						if( startsWith((*pv), "http:") || startsWith((*pv), "https:") ){
							logTrace("parsing %s", *pv);
							auto nurl = URL(*pv);
							if (!nurl.port)
								nurl.port = nurl.defaultPort;
							if (url.host != nurl.host || url.schema != nurl.schema ||
								url.port != nurl.port)
								client.disconnect();
							url = nurl;
						} else
							url.localURI = *pv;
						break;
				}
			}
		);
		if (done) return;
	}
	enforce(false, "Too many redirects!");
	assert(false);
}

/// ditto
void download(HTTPClient_ = void*)(string url, scope void delegate(scope InputStream) callback, HTTPClient_ client_ = null)
{
	download(URL(url), callback, client_);
}

/// ditto
void download()(string url, string filename)
{
	download(url, (scope input){
		auto fil = openFile(filename, FileMode.createTrunc);
		scope(exit) fil.close();
		fil.write(input);
	});
}

/// ditto
void download()(URL url, Path filename)
{
	download(url.toString(), filename.toNativeString());
}
vibe.d-0.7.30/source/vibe/inet/webform.d000066400000000000000000000444121304441332000177410ustar00rootroot00000000000000/**
	Contains HTML/urlencoded form parsing and construction routines.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Jan Krüger
*/
module vibe.inet.webform;

import vibe.core.file;
import vibe.core.log;
import vibe.inet.message;
import vibe.stream.operations;
import vibe.textfilter.urlencode;
import vibe.utils.string;
import vibe.utils.dictionarylist;
import std.range : isOutputRange;
import std.traits : ValueType, KeyType;

import std.array;
import std.exception;
import std.string;


/**
	Parses form data according to an HTTP Content-Type header.

	Writes the form fields into a key-value of type $(D FormFields), parsed from the
	specified $(D InputStream) and using the corresponding Content-Type header. Parsing
	is gracefully aborted if the Content-Type header is unrelated.

	Params:
		fields = The key-value map to which form fields must be written
		files = The $(D FilePart)s mapped to the corresponding key in which details on
				transmitted files will be written to.
		content_type = The value of the Content-Type HTTP header.
		body_reader = A valid $(D InputSteram) data stream consumed by the parser.
		max_line_length = The byte-sized maximum length of lines used as boundary delimitors in Multi-Part forms.
*/
bool parseFormData(ref FormFields fields, ref FilePartFormFields files, string content_type, InputStream body_reader, size_t max_line_length)
{
	auto ct_entries = content_type.split(";");
	if (!ct_entries.length) return false;

	switch (ct_entries[0].strip()) {
		default:
			return false;
		case "application/x-www-form-urlencoded":
			parseURLEncodedForm(body_reader.readAllUTF8(), fields);
			break;
		case "multipart/form-data":
			parseMultiPartForm(fields, files, content_type, body_reader, max_line_length);
			break;
	}
	return false;
}

/**
	Parses a URL encoded form and stores the key/value pairs.

	Writes to the $(D FormFields) the key-value map associated to an
	"application/x-www-form-urlencoded" MIME formatted string, ie. all '+'
	characters are considered as ' ' spaces.
*/
void parseURLEncodedForm(string str, ref FormFields params)
{
	while (str.length > 0) {
		// name part
		auto idx = str.indexOf("=");
		if (idx == -1) {
			idx = vibe.utils.string.indexOfAny(str, "&;");
			if (idx == -1) {
				params.addField(formDecode(str[0 .. $]), "");
				return;
			} else {
				params.addField(formDecode(str[0 .. idx]), "");
				str = str[idx+1 .. $];
				continue;
			}
		} else {
			auto idx_amp = vibe.utils.string.indexOfAny(str, "&;");
			if (idx_amp > -1 && idx_amp < idx) {
				params.addField(formDecode(str[0 .. idx_amp]), "");
				str = str[idx_amp+1 .. $];
				continue;
			} else {
				string name = formDecode(str[0 .. idx]);
				str = str[idx+1 .. $];
				// value part
				for( idx = 0; idx < str.length && str[idx] != '&' && str[idx] != ';'; idx++) {}
				string value = formDecode(str[0 .. idx]);
				params.addField(name, value);
				str = idx < str.length ? str[idx+1 .. $] : null;
			}
		}
	}
}

/**
	This example demonstrates parsing using all known form separators, it builds
	a key-value map into the destination $(D FormFields)
*/
unittest
{
	FormFields dst;
	parseURLEncodedForm("a=b;c;dee=asd&e=fgh&f=j%20l", dst);
	assert("a" in dst && dst["a"] == "b");
	assert("c" in dst && dst["c"] == "");
	assert("dee" in dst && dst["dee"] == "asd");
	assert("e" in dst && dst["e"] == "fgh");
	assert("f" in dst && dst["f"] == "j l");
}


/**
	Parses a form in "multipart/form-data" format.

	If any files are contained in the form, they are written to temporary files using
	$(D vibe.core.file.createTempFile) and their details returned in the files field.

	Params:
		fields = The key-value map to which form fields must be written
		files = The $(D FilePart)s mapped to the corresponding key in which details on
				transmitted files will be written to.
		content_type = The value of the Content-Type HTTP header.
		body_reader = A valid $(D InputSteram) data stream consumed by the parser.
		max_line_length = The byte-sized maximum length of lines used as boundary delimitors in Multi-Part forms.
*/
void parseMultiPartForm(ref FormFields fields, ref FilePartFormFields files,
	string content_type, InputStream body_reader, size_t max_line_length)
{
	import std.algorithm : strip;

	auto pos = content_type.indexOf("boundary=");
	enforce(pos >= 0 , "no boundary for multipart form found");
	auto boundary = content_type[pos+9 .. $].strip('"');
	auto firstBoundary = cast(string)body_reader.readLine(max_line_length);
	enforce(firstBoundary == "--" ~ boundary, "Invalid multipart form data!");

	while (parseMultipartFormPart(body_reader, fields, files, cast(const(ubyte)[])("\r\n--" ~ boundary), max_line_length)) {}
}

alias FormFields = DictionaryList!(string, true, 16);
alias FilePartFormFields = DictionaryList!(FilePart, true, 0);

unittest
{
	import vibe.stream.memory;

	auto content_type = "multipart/form-data; boundary=\"AaB03x\"";

	auto input = new MemoryStream(cast(ubyte[])(
			"--AaB03x\r\n" ~
			"Content-Disposition: form-data; name=\"submit-name\"\r\n" ~
			"\r\n" ~
			"Larry\r\n" ~
			"--AaB03x\r\n" ~
			"Content-Disposition: form-data; name=\"files\"; filename=\"file1.txt\"\r\n" ~
			"Content-Type: text/plain\r\n" ~
			"\r\n" ~
			"... contents of file1.txt ...\r\n" ~
			"--AaB03x--\r\n").dup, false);

	FormFields fields;
	FilePartFormFields files;

	parseMultiPartForm(fields, files, content_type, input, 4096);

	assert(fields["submit-name"] == "Larry");
	assert(files["files"].filename == "file1.txt");
}

unittest { // issue #1220 - wrong handling of Content-Length
	import vibe.stream.memory;

	auto content_type = "multipart/form-data; boundary=\"AaB03x\"";

	auto input = new MemoryStream(cast(ubyte[])(
			"--AaB03x\r\n" ~
			"Content-Disposition: form-data; name=\"submit-name\"\r\n" ~
			"\r\n" ~
			"Larry\r\n" ~
			"--AaB03x\r\n" ~
			"Content-Disposition: form-data; name=\"files\"; filename=\"file1.txt\"\r\n" ~
			"Content-Type: text/plain\r\n" ~
			"Content-Length: 29\r\n" ~
			"\r\n" ~
			"... contents of file1.txt ...\r\n" ~
			"--AaB03x--\r\n" ~
			"Content-Disposition: form-data; name=\"files\"; filename=\"file2.txt\"\r\n" ~
			"Content-Type: text/plain\r\n" ~
			"\r\n" ~
			"... contents of file1.txt ...\r\n" ~
			"--AaB03x--\r\n").dup, false);

	FormFields fields;
	FilePartFormFields files;

	parseMultiPartForm(fields, files, content_type, input, 4096);

	assert(fields["submit-name"] == "Larry");
	assert(files["files"].filename == "file1.txt");
}

/**
	Single part of a multipart form.

	A FilePart is the data structure for individual "multipart/form-data" parts
	according to RFC 1867 section 7.
*/
struct FilePart {
	InetHeaderMap headers;
	PathEntry filename;
	Path tempPath;
}


private bool parseMultipartFormPart(InputStream stream, ref FormFields form, ref FilePartFormFields files, const(ubyte)[] boundary, size_t max_line_length)
{
	InetHeaderMap headers;
	stream.parseRFC5322Header(headers);
	auto pv = "Content-Disposition" in headers;
	enforce(pv, "invalid multipart");
	auto cd = *pv;
	string name;
	auto pos = cd.indexOf("name=\"");
	if (pos >= 0) {
		cd = cd[pos+6 .. $];
		pos = cd.indexOf("\"");
		name = cd[0 .. pos];
	}
	string filename;
	pos = cd.indexOf("filename=\"");
	if (pos >= 0) {
		cd = cd[pos+10 .. $];
		pos = cd.indexOf("\"");
		filename = cd[0 .. pos];
	}

	if (filename.length > 0) {
		FilePart fp;
		fp.headers = headers;
		fp.filename = PathEntry(filename);

		auto file = createTempFile();
		fp.tempPath = file.path;
		if (auto plen = "Content-Length" in headers) {
			import std.conv : to;
			file.write(stream, (*plen).to!long);
			enforce(stream.skipBytes(boundary), "Missing multi-part end boundary marker.");
		} else stream.readUntil(file, boundary);
		logDebug("file: %s", fp.tempPath.toString());
		file.close();

		files.addField(name, fp);

		// TODO: temp files must be deleted after the request has been processed!
	} else {
		auto data = cast(string)stream.readUntil(boundary);
		form.addField(name, data);
	}
	
	ubyte[2] ub;
	stream.read(ub);
	if (ub == "--")
	{
		nullSink().write(stream);
		return false;
	}
	enforce(ub == cast(ubyte[])"\r\n");
	return true;
}

/**
	Encodes a Key-Value map into a form URL encoded string.

	Writes to the $(D OutputRange) an application/x-www-form-urlencoded MIME formatted string,
	ie. all spaces ' ' are replaced by the '+' character

	Params:
		dst	= The destination $(D OutputRange) where the resulting string must be written to.
		map	= An iterable key-value map iterable with $(D foreach(string key, string value; map)).
		sep	= A valid form separator, common values are '&' or ';'
*/
void formEncode(R, T)(ref R dst, T map, char sep = '&')
	if (isFormMap!T)
{
	formEncodeImpl(dst, map, sep, true);
}

/**
	The following example demonstrates the use of $(D formEncode) with a json map,
	the ordering of keys will be preserved in $(D Bson) and $(D DictionaryList) objects only.
 */
unittest {
	import std.array : Appender;
	string[string] map;
	map["numbers"] = "123456789";
	map["spaces"] = "1 2 3 4 a b c d";

	Appender!string app;
	app.formEncode(map);
	assert(app.data == "spaces=1+2+3+4+a+b+c+d&numbers=123456789" ||
		   app.data == "numbers=123456789&spaces=1+2+3+4+a+b+c+d");
}

/**
	Encodes a Key-Value map into a form URL encoded string.

	Returns an application/x-www-form-urlencoded MIME formatted string,
	ie. all spaces ' ' are replaced by the '+' character

	Params:
		map = An iterable key-value map iterable with $(D foreach(string key, string value; map)).
		sep = A valid form separator, common values are '&' or ';'
*/
string formEncode(T)(T map, char sep = '&')
	if (isFormMap!T)
{
	return formEncodeImpl(map, sep, true);
}

/**
	Writes to the $(D OutputRange) an URL encoded string as specified in RFC 3986 section 2

	Params:
		dst	= The destination $(D OutputRange) where the resulting string must be written to.
		map	= An iterable key-value map iterable with $(D foreach(string key, string value; map)).
*/
void urlEncode(R, T)(ref R dst, T map)
	if (isFormMap!T)
{
	formEncodeImpl(dst, map, "&", false);
}


/**
	Returns an URL encoded string as specified in RFC 3986 section 2

	Params:
		map = An iterable key-value map iterable with $(D foreach(string key, string value; map)).
*/
string urlEncode(T)(T map)
	if (isFormMap!T)
{
	return formEncodeImpl(map, '&', false);
}

/**
	Tests if a given type is suitable for storing a web form.

	Types that define iteration support with the key typed as $(D string) and
	the value either also typed as $(D string), or as a $(D vibe.data.json.Json)
	like value. The latter case specifically requires a $(D .type) property that
	is tested for equality with $(D T.Type.string), as well as a
	$(D .get!string) method.
*/
template isFormMap(T)
{
	import std.conv;
	enum isFormMap = isStringMap!T || isJsonLike!T;
}

private template isStringMap(T)
{
	enum isStringMap = __traits(compiles, () {
		foreach (string key, string value; T.init) {}
	} ());
}

unittest {
	static assert(isStringMap!(string[string]));

	static struct M {
		int opApply(int delegate(string key, string value)) { return 0; }
	}
	static assert(isStringMap!M);
}

private template isJsonLike(T)
{
	enum isJsonLike = __traits(compiles, () {
		import std.conv;
		string r;
		foreach (string key, value; T.init)
			r = value.type == T.Type.string ? value.get!string : value.to!string;
	} ());
}

unittest {
	import vibe.data.json;
	import vibe.data.bson;
	static assert(isJsonLike!Json);
	static assert(isJsonLike!Bson);
}

private string formEncodeImpl(T)(T map, char sep, bool form_encode)
	if (isStringMap!T)
{
	import std.array : Appender;
	Appender!string dst;
	size_t len;

	foreach (key, ref value; map) {
		len += key.length;
		len += value.length;
	}

	// characters will be expanded, better use more space the first time and avoid additional allocations
	dst.reserve(len*2);
	dst.formEncodeImpl(map, sep, form_encode);
	return dst.data;
}


private string formEncodeImpl(T)(T map, char sep, bool form_encode)
	if (isJsonLike!T)
{
	import std.array : Appender;
	Appender!string dst;
	size_t len;

	foreach (string key, T value; map) {
		len += key.length;
		len += value.length;
	}

	// characters will be expanded, better use more space the first time and avoid additional allocations
	dst.reserve(len*2);
	dst.formEncodeImpl(map, sep, form_encode);
	return dst.data;
}

private void formEncodeImpl(R, T)(ref R dst, T map, char sep, bool form_encode)
	if (isOutputRange!(R, string) && isStringMap!T)
{
	bool flag;

	foreach (key, value; map) {
		if (flag)
			dst.put(sep);
		else
			flag = true;
		filterURLEncode(dst, key, null, form_encode);
		dst.put("=");
		filterURLEncode(dst, value, null, form_encode);
	}
}

private void formEncodeImpl(R, T)(ref R dst, T map, char sep, bool form_encode)
	if (isOutputRange!(R, string) && isJsonLike!T)
{
	bool flag;

	foreach (string key, T value; map) {
		if (flag)
			dst.put(sep);
		else
			flag = true;
		filterURLEncode(dst, key, null, form_encode);
		dst.put("=");
		if (value.type == T.Type.string)
			filterURLEncode(dst, value.get!string, null, form_encode);
		else {
			static if (T.stringof == "Json")
				filterURLEncode(dst, value.to!string, null, form_encode);
			else
				filterURLEncode(dst, value.toString(), null, form_encode);

		}
	}
}

unittest
{
	import vibe.utils.dictionarylist : DictionaryList;
	import vibe.data.json : Json;
	import vibe.data.bson : Bson;

	string[string] aaMap;
	DictionaryList!string dlMap;
	Json jsonMap = Json.emptyObject;
	Bson bsonMap = Bson.emptyObject;

	aaMap["unicode"] = "╤╳";
	aaMap["numbers"] = "123456789";
	aaMap["spaces"] = "1 2 3 4 a b c d";
	aaMap["slashes"] = "1/2/3/4/5";
	aaMap["equals"] = "1=2=3=4=5=6=7";
	aaMap["complex"] = "╤╳/=$$\"'1!2()'\"";
	aaMap["╤╳"] = "1";


	dlMap["unicode"] = "╤╳";
	dlMap["numbers"] = "123456789";
	dlMap["spaces"] = "1 2 3 4 a b c d";
	dlMap["slashes"] = "1/2/3/4/5";
	dlMap["equals"] = "1=2=3=4=5=6=7";
	dlMap["complex"] = "╤╳/=$$\"'1!2()'\"";
	dlMap["╤╳"] = "1";


	jsonMap["unicode"] = "╤╳";
	jsonMap["numbers"] = "123456789";
	jsonMap["spaces"] = "1 2 3 4 a b c d";
	jsonMap["slashes"] = "1/2/3/4/5";
	jsonMap["equals"] = "1=2=3=4=5=6=7";
	jsonMap["complex"] = "╤╳/=$$\"'1!2()'\"";
	jsonMap["╤╳"] = "1";

	bsonMap["unicode"] = "╤╳";
	bsonMap["numbers"] = "123456789";
	bsonMap["spaces"] = "1 2 3 4 a b c d";
	bsonMap["slashes"] = "1/2/3/4/5";
	bsonMap["equals"] = "1=2=3=4=5=6=7";
	bsonMap["complex"] = "╤╳/=$$\"'1!2()'\"";
	bsonMap["╤╳"] = "1";

	assert(urlEncode(aaMap) == "complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22&unicode=%E2%95%A4%E2%95%B3&spaces=1%202%203%204%20a%20b%20c%20d&numbers=123456789&slashes=1%2F2%2F3%2F4%2F5&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&%E2%95%A4%E2%95%B3=1" ||
		   urlEncode(aaMap) == "slashes=1%2F2%2F3%2F4%2F5&spaces=1%202%203%204%20a%20b%20c%20d&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&%E2%95%A4%E2%95%B3=1&unicode=%E2%95%A4%E2%95%B3&numbers=123456789&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22");
	assert(urlEncode(dlMap) == "unicode=%E2%95%A4%E2%95%B3&numbers=123456789&spaces=1%202%203%204%20a%20b%20c%20d&slashes=1%2F2%2F3%2F4%2F5&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22&%E2%95%A4%E2%95%B3=1");
	assert(urlEncode(jsonMap) == "%E2%95%A4%E2%95%B3=1&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&unicode=%E2%95%A4%E2%95%B3&spaces=1%202%203%204%20a%20b%20c%20d&numbers=123456789&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22&slashes=1%2F2%2F3%2F4%2F5" ||
		   urlEncode(jsonMap) == "slashes=1%2F2%2F3%2F4%2F5&spaces=1%202%203%204%20a%20b%20c%20d&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&%E2%95%A4%E2%95%B3=1&unicode=%E2%95%A4%E2%95%B3&numbers=123456789&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22");
	assert(urlEncode(bsonMap) == "unicode=%E2%95%A4%E2%95%B3&numbers=123456789&spaces=1%202%203%204%20a%20b%20c%20d&slashes=1%2F2%2F3%2F4%2F5&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22&%E2%95%A4%E2%95%B3=1");
	{
		FormFields aaFields;
		parseURLEncodedForm(urlEncode(aaMap), aaFields);
		assert(urlEncode(aaMap) == urlEncode(aaFields));

		FormFields dlFields;
		parseURLEncodedForm(urlEncode(dlMap), dlFields);
		assert(urlEncode(dlMap) == urlEncode(dlFields));

		FormFields jsonFields;
		parseURLEncodedForm(urlEncode(jsonMap), jsonFields);
		assert(urlEncode(jsonMap) == urlEncode(jsonFields));

		FormFields bsonFields;
		parseURLEncodedForm(urlEncode(bsonMap), bsonFields);
		assert(urlEncode(bsonMap) == urlEncode(bsonFields));
	}

	assert(formEncode(aaMap) == "complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22&unicode=%E2%95%A4%E2%95%B3&spaces=1+2+3+4+a+b+c+d&numbers=123456789&slashes=1%2F2%2F3%2F4%2F5&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&%E2%95%A4%E2%95%B3=1" ||
		   formEncode(aaMap) == "slashes=1%2F2%2F3%2F4%2F5&spaces=1+2+3+4+a+b+c+d&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&%E2%95%A4%E2%95%B3=1&unicode=%E2%95%A4%E2%95%B3&numbers=123456789&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22");
	assert(formEncode(dlMap) == "unicode=%E2%95%A4%E2%95%B3&numbers=123456789&spaces=1+2+3+4+a+b+c+d&slashes=1%2F2%2F3%2F4%2F5&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22&%E2%95%A4%E2%95%B3=1");
	assert(formEncode(jsonMap) == "%E2%95%A4%E2%95%B3=1&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&unicode=%E2%95%A4%E2%95%B3&spaces=1+2+3+4+a+b+c+d&numbers=123456789&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22&slashes=1%2F2%2F3%2F4%2F5" ||
		   formEncode(jsonMap) == "slashes=1%2F2%2F3%2F4%2F5&spaces=1+2+3+4+a+b+c+d&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&%E2%95%A4%E2%95%B3=1&unicode=%E2%95%A4%E2%95%B3&numbers=123456789&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22");
	assert(formEncode(bsonMap) == "unicode=%E2%95%A4%E2%95%B3&numbers=123456789&spaces=1+2+3+4+a+b+c+d&slashes=1%2F2%2F3%2F4%2F5&equals=1%3D2%3D3%3D4%3D5%3D6%3D7&complex=%E2%95%A4%E2%95%B3%2F%3D%24%24%22%271%212%28%29%27%22&%E2%95%A4%E2%95%B3=1");

	{
		FormFields aaFields;
		parseURLEncodedForm(formEncode(aaMap), aaFields);
		assert(formEncode(aaMap) == formEncode(aaFields));

		FormFields dlFields;
		parseURLEncodedForm(formEncode(dlMap), dlFields);
		assert(formEncode(dlMap) == formEncode(dlFields));

		FormFields jsonFields;
		parseURLEncodedForm(formEncode(jsonMap), jsonFields);
		assert(formEncode(jsonMap) == formEncode(jsonFields));

		FormFields bsonFields;
		parseURLEncodedForm(formEncode(bsonMap), bsonFields);
		assert(formEncode(bsonMap) == formEncode(bsonFields));
	}

}
vibe.d-0.7.30/source/vibe/internal/000077500000000000000000000000001304441332000170035ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/internal/meta/000077500000000000000000000000001304441332000177315ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/internal/meta/all.d000066400000000000000000000010121304441332000206400ustar00rootroot00000000000000/**
	Collection of utilities for code generation and template meta-programming tasks.

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Михаил Страшун
*/

module vibe.internal.meta.all;

public import vibe.internal.meta.codegen;
public import vibe.internal.meta.funcattr;
public import vibe.internal.meta.traits;
public import vibe.internal.meta.typetuple;
public import vibe.internal.meta.uda;
vibe.d-0.7.30/source/vibe/internal/meta/codegen.d000066400000000000000000000303411304441332000215030ustar00rootroot00000000000000/**
	Templates and CTFE-functions useful for type introspection during  code generation.

	Some of those are very similar to `traits` utilities but instead of general type
	information focus on properties that are most important during such code generation.

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Михаил Страшун
*/

module vibe.internal.meta.codegen;

import std.traits : FunctionTypeOf, isSomeFunction;

/*
	As user types defined inside unittest blocks don't have proper parent
	module, those need to be defined outside for tests that require module
	inspection for some reasons. All such tests use single declaration
	compiled in this module in unittest version.
*/
version(unittest)
{
	private:
		interface TestInterface
		{
			static struct Inner
			{
			}

			const(Inner[]) func1(ref string name);
			ref int func1();
			shared(Inner[4]) func2(...) const;
			immutable(int[string]) func3(in Inner anotherName) @safe;
		}
}

/**
	For a given type T finds all user-defined symbols it embeds.

	Important property of such symbols is that they are likely to
	need an explicit import if used in some other scope / module.

	Implementation is incomplete and tuned for REST interface generation needs.

	Params:
		T = type to introspect for qualified symbols

	Returns:
		tuple of "interesting" symbols, no duplicates
*/
template getSymbols(T)
{
	import std.typetuple : TypeTuple, NoDuplicates, staticMap;
	import std.traits;

	private template Implementation(T)
	{
		static if (is(T == U!V, alias U, V)) { // single-argument template support
			alias Implementation = TypeTuple!(U, Implementation!V);
		}
		else static if (isAggregateType!T || is(T == enum)) {
			alias Implementation = T;
		}
		else static if (isStaticArray!T || isArray!T) {
			alias Implementation = Implementation!(typeof(T.init[0]));
		}
		else static if (isAssociativeArray!T) {
			alias Implementation = TypeTuple!(
				Implementation!(ValueType!T),
				Implementation!(KeyType!T)
			);
		}
		else static if (isPointer!T) {
			alias Implementation = Implementation!(PointerTarget!T);
		}
		else
			alias Implementation = TypeTuple!();
	}

	alias getSymbols = NoDuplicates!(Implementation!T);
}

///
unittest
{
	import std.typetuple : TypeTuple;

	struct A {}
	interface B {}
	alias Type = A[const(B[A*])];
	struct C(T) {}

	// can't directly compare tuples thus comparing their string representation
	static assert (getSymbols!Type.stringof == TypeTuple!(A, B).stringof);
	static assert (getSymbols!int.stringof == TypeTuple!().stringof);
	static assert (getSymbols!(C!A).stringof == TypeTuple!(C, A).stringof);
}

/**
	For a given interface I finds all modules that types in its methods
	come from.

	These modules need to be imported in the scope code generated from I
	is used to avoid errors with unresolved symbols for user types.

	Params:
		I = interface to inspect

	Returns:
		list of module name strings, no duplicates
*/
string[] getRequiredImports(I)()
	if (is(I == interface))
{
	import std.traits : MemberFunctionsTuple, moduleName,
		ParameterTypeTuple, ReturnType;

	if( !__ctfe )
		assert(false);

	bool[string] visited;
	string[] ret;

	void addModule(string name)
	{
		if (name !in visited) {
			ret ~= name;
			visited[name] = true;
		}
	}

	foreach (method; __traits(allMembers, I)) {
		// WORKAROUND #1045 / @@BUG14375@@
		static if (method.length != 0)
		foreach (overload; MemberFunctionsTuple!(I, method)) {
			alias FuncType = FunctionTypeOf!overload;

			foreach (symbol; getSymbols!(ReturnType!FuncType)) {
				static if (__traits(compiles, moduleName!symbol)) {
					addModule(moduleName!symbol);
				}
			}

			foreach (P; ParameterTypeTuple!FuncType) {
				foreach (symbol; getSymbols!P) {
					static if (__traits(compiles, moduleName!symbol)) {
						addModule(moduleName!symbol);
					}
				}
			}
		}
	}

	return ret;
}

///
unittest
{
	// `Test` is an interface using single user type
	enum imports = getRequiredImports!TestInterface;
	static assert (imports.length == 1);
	static assert (imports[0] == "vibe.internal.meta.codegen");
}

/**
 * Returns a Tuple of the parameters.
 * It can be used to declare function.
 */
template ParameterTuple(alias Func)
{
	static if (is(FunctionTypeOf!Func Params == __parameters)) {
		alias ParameterTuple = Params;
	} else static assert(0, "Argument to ParameterTuple must be a function");
}

///
unittest
{
	void foo(string val = "Test", int = 10);
	void bar(ParameterTuple!foo) { assert(val == "Test"); }
	// Variadic functions require special handling:
	import core.vararg;
	void foo2(string val, ...);
	void bar2(ParameterTuple!foo2, ...) { assert(val == "42"); }

	bar();
	bar2("42");

	// Note: outside of a parameter list, it's value is the type of the param.
	import std.traits : ParameterDefaultValueTuple;
	ParameterTuple!(foo)[0] test = ParameterDefaultValueTuple!(foo)[0];
	assert(test == "Test");
}

/// Returns a Tuple containing a 1-element parameter list, with an optional default value.
/// Can be used to concatenate a parameter to a parameter list, or to create one.
template ParameterTuple(T, string identifier, DefVal : void = void)
{
	import std.string : format;
	mixin(q{private void __func(T %s);}.format(identifier));
	alias ParameterTuple = ParameterTuple!__func;
}


/// Ditto
template ParameterTuple(T, string identifier, alias DefVal)
{
	import std.string : format;
	mixin(q{private void __func(T %s = DefVal);}.format(identifier));
	alias ParameterTuple = ParameterTuple!__func;
}

///
unittest
{
	void foo(ParameterTuple!(int, "arg2")) { assert(arg2 == 42); }
	foo(42);

	void bar(string arg);
	void bar2(ParameterTuple!bar, ParameterTuple!(string, "val")) { assert(val == arg); }
	bar2("isokay", "isokay");

	// For convenience, you can directly pass the result of std.traits.ParameterDefaultValueTuple
	// without checking for void.
	import std.traits : PDVT = ParameterDefaultValueTuple;
	import std.traits : arity;
	void baz(string test, int = 10);

	static assert(is(PDVT!(baz)[0] == void));
	// void baz2(string test2, string test);
	void baz2(ParameterTuple!(string, "test2", PDVT!(baz)[0]), ParameterTuple!(baz)[0..$-1]) { assert(test == test2); }
	static assert(arity!baz2 == 2);
	baz2("Try", "Try");

	// void baz3(string test, int = 10, int ident = 10);
	void baz3(ParameterTuple!baz, ParameterTuple!(int, "ident", PDVT!(baz)[1])) { assert(ident == 10); }
	baz3("string");

	import std.datetime;
	void baz4(ParameterTuple!(SysTime, "epoch", Clock.currTime)) { assert((Clock.currTime - epoch) < 30.seconds); }
	baz4();

	// Convertion are possible for default parameters...
	alias baz5PT = ParameterTuple!(SysTime, "epoch", uint.min);

	// However this blows up because of @@bug 14369@@
	// alias baz6PT = ParameterTuple!(SysTime, "epoch", PDVT!(baz4)[0]));

	alias baz7PT = ParameterTuple!(SysTime, "epoch", uint.max);
	// Non existing convertion are detected.
	static assert(!__traits(compiles, { alias baz7PT = ParameterTuple!(SysTime, "epoch", Object.init); }));
	// And types are refused
	static assert(!__traits(compiles, { alias baz7PT = ParameterTuple!(SysTime, "epoch", uint); }));
}

/// Returns a string of the functions attributes, suitable to be mixed
/// on the LHS of the function declaration.
///
/// Unfortunately there is no "nice" syntax for declaring a function,
/// so we have to resort on string for functions attributes.
template FuncAttributes(alias Func)
{
	import std.array : join;
	enum FuncAttributes = [__traits(getFunctionAttributes, Func)].join(" ");
}



/// A template mixin which allow you to clone a function, and specify the implementation.
///
/// Params:
/// Func       = An alias to the function to copy.
/// body_      = The implementation of the class which will be mixed in.
/// keepUDA    = Whether or not to copy UDAs. Since the primary use case for this template
///                is implementing classes from interface, this defaults to $(D false).
/// identifier = The identifier to give to the new function. Default to the identifier of
///                $(D Func).
///
/// See_Also: $(D CloneFunctionDecl) to clone a prototype.
mixin template CloneFunction(alias Func, string body_, bool keepUDA = false, string identifier = __traits(identifier, Func))
{
	// Template mixin: everything has to be self-contained.
	import std.string : format, variadicFunctionStyle, Variadic;
	import std.traits : ReturnType;
	import std.typetuple : TypeTuple;
	import vibe.internal.meta.codegen : ParameterTuple, FuncAttributes;
	// Sadly this is not possible:
	// class Test {
	//   int foo(string par) pure @safe nothrow { /* ... */ }
	//   typeof(foo) bar {
	//      return foo(par);
	//   }
	// }
	static if (keepUDA)
		private alias UDA = TypeTuple!(__traits(getAttributes, Func));
	else
		private alias UDA = TypeTuple!();
	static if (variadicFunctionStyle!Func == Variadic.no) {
		mixin(q{
				@(UDA) ReturnType!Func %s(ParameterTuple!Func) %s {
					%s
				}
			}.format(identifier, FuncAttributes!Func, body_));
	} else static if (variadicFunctionStyle!Func == Variadic.typesafe) {
		mixin(q{
				@(UDA) ReturnType!Func %s(ParameterTuple!Func...) %s {
					%s
				}
			}.format(identifier, FuncAttributes!Func, body_));
	} else
		static assert(0, "Variadic style " ~ variadicFunctionStyle!Func.stringof
					  ~ " not implemented.");
}

///
unittest
{
	import std.typetuple : TypeTuple;

	interface ITest
	{
		@("42") int foo(string par, int, string p = "foo", int = 10) pure @safe nothrow const;
		@property int foo2() pure @safe nothrow const;
		// Issue #1144
		void variadicFun(ref size_t bar, string[] args...);
		// Gives weird error message, not supported so far
		//bool variadicDFun(...);
	}

	class Test : ITest
	{
		mixin CloneFunction!(ITest.foo, q{return 84;}, false, "customname");
	override:
		mixin CloneFunction!(ITest.foo, q{return 42;}, true);
		mixin CloneFunction!(ITest.foo2, q{return 42;});
		mixin CloneFunction!(ITest.variadicFun, q{bar = args.length;});
		//mixin CloneFunction!(ITest.variadicDFun, q{return true;});
	}

	// UDA tests
	static assert(__traits(getAttributes, Test.customname).length == 0);
	static assert(__traits(getAttributes, Test.foo2).length == 0);
	static assert(__traits(getAttributes, Test.foo) == TypeTuple!("42"));

	assert(new Test().foo("", 21) == 42);
	assert(new Test().foo2 == 42);
	assert(new Test().customname("", 21) == 84);

	size_t l;
	new Test().variadicFun(l, "Hello", "variadic", "world");
	assert(l == 3);

	//assert(new Test().variadicDFun("Hello", "again", "variadic", "world"));
}

/// A template mixin which allow you to clone a function declaration
///
/// Params:
/// Func       = An alias to the function to copy.
/// keepUDA    = Whether or not to copy UDAs. Since the primary use case for this template
///                is copying a definition, this defaults to $(D true).
/// identifier = The identifier to give to the new function. Default to the identifier of
///                $(D Func).
///
/// See_Also : $(D CloneFunction) to implement a function.
mixin template CloneFunctionDecl(alias Func, bool keepUDA = true, string identifier = __traits(identifier, Func))
{
	// Template mixin: everything has to be self-contained.
	import std.string : format, variadicFunctionStyle, Variadic;
	import std.traits : ReturnType;
	import std.typetuple : TypeTuple;
	import vibe.internal.meta.codegen : ParameterTuple, FuncAttributes;

	static if (keepUDA)
		private enum UDA = q{@(TypeTuple!(__traits(getAttributes, Func)))};
	else
		private enum UDA = "";

	static if (variadicFunctionStyle!Func == Variadic.no) {
		mixin(q{
				%s ReturnType!Func %s(ParameterTuple!Func) %s;
			}.format(UDA, identifier, FuncAttributes!Func));
	} else static if (variadicFunctionStyle!Func == Variadic.typesafe) {
		mixin(q{
				%s ReturnType!Func %s(ParameterTuple!Func...) %s;
			}.format(UDA, identifier, FuncAttributes!Func));
	} else
		static assert(0, "Variadic style " ~ variadicFunctionStyle!Func.stringof
					  ~ " not implemented.");

}

///
unittest {
	import std.typetuple : TypeTuple;

	enum Foo;
	interface IUDATest {
		@(Foo, "forty-two", 42) const(Object) bar() @safe;
	}
	interface UDATest {
		mixin CloneFunctionDecl!(IUDATest.bar);
	}
	// Tuples don't like when you compare types using '=='.
	static assert(is(TypeTuple!(__traits(getAttributes, UDATest.bar))[0] == Foo));
	static assert(__traits(getAttributes, UDATest.bar)[1 .. $] == TypeTuple!("forty-two", 42));
}
vibe.d-0.7.30/source/vibe/internal/meta/funcattr.d000066400000000000000000000547371304441332000217440ustar00rootroot00000000000000/**
	Helpers for working with user-defined attributes that can be attached to
	function or method to modify its behavior. In some sense those are similar to
	Python decorator. D does not support this feature natively but
	it can be emulated within certain code generation framework.

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Михаил Страшун
 */

module vibe.internal.meta.funcattr;

import std.traits : isInstanceOf, ReturnType;

/// example
unittest
{
	struct Context
	{
		int increment;
		string token;
		bool updated = false;
	}

	static int genID(Context* context)
	{
		static int id = 0;
		return (id += context.increment);
	}

	static string update(string result, Context* context)
	{
		context.updated = true;
		return result ~ context.token;
	}

	class API
	{
		@before!genID("id") @after!update()
		string handler(int id, string name, string text)
		{
			import std.string : format;

			return format("[%s] %s : %s", id, name, text);
		}
	}

	auto api = new API();
	auto context = new Context(5, " | token");
	auto funcattr = createAttributedFunction!(API.handler)(context);
	auto result = funcattr(&api.handler, "Developer", "Hello, World!");

	assert (result == "[5] Developer : Hello, World! | token");
	assert (context.updated);
}

/**
	Marks function/method for usage with `AttributedFunction`.

	Former will call a Hook before calling attributed function/method and
	provide its return value as input parameter.

	Params:
		Hook = function/method symbol to run before attributed function/method
		parameter_name = name in attributed function/method parameter list to bind result to

	Returns:
		internal attribute struct that embeds supplied information
*/
auto before(alias Hook)(string parameter_name)
{
	return InputAttribute!Hook(parameter_name);
}

///
unittest
{
	int genID() { return 42; }

	@before!genID("id")
	void foo(int id, double something) {}
}

/**
	Marks function/method for usage with `AttributedFunction`.

	Former will call a Hook after calling attributed function/method and provide
	its return value as a single input parameter for a Hook.

	There can be only one "after"-attribute attached to a single symbol.

	Params:
		Hook = function/method symbol to run after attributed function/method

	Returns:
		internal attribute struct that embeds supplied information
*/
@property auto after(alias Function)()
{
	return OutputAttribute!Function();
}

///
unittest
{
	auto filter(int result)
	{
		return result;
	}

	@after!filter()
	int foo() { return 42; }
}
/**
	Checks if parameter is calculated by one of attached
	functions.

	Params:
		Function = function symbol to query for attributes
		name = parameter name to check

	Returns:
		`true` if it is calculated
*/
template IsAttributedParameter(alias Function, string name)
{
	import std.traits : FunctionTypeOf;

	static assert (is(FunctionTypeOf!Function));

	private {
		alias Data = AttributedParameterMetadata!Function;

		template Impl(T...)
		{
			static if (T.length == 0) {
				enum Impl = false;
			}
			else {
				static if (T[0].name == name) {
					enum Impl = true;
				}
				else {
					enum Impl = Impl!(T[1..$]);
				}
			}
		}
	}

	enum IsAttributedParameter = Impl!Data;
}

template HasFuncAttributes(alias Func)
{
	import std.typetuple;
	enum HasFuncAttributes = (anySatisfy!(isOutputAttribute, __traits(getAttributes, Func))
							  || anySatisfy!(isInputAttribute, __traits(getAttributes, Func)));
}

unittest {
	string foo() { return "Hello"; }
	string bar(int) { return foo(); }

	@before!foo("b") void baz1(string b) {}
	@after!bar() string baz2() { return "Hi"; }
	@before!foo("b") @after!bar() string baz3(string b) { return "Hi"; }

	static assert (HasFuncAttributes!baz1);
	static assert (HasFuncAttributes!baz2);
	static assert (HasFuncAttributes!baz3);

	string foobar1(string b) { return b; }
	@("Irrelevant", 42) string foobar2(string b) { return b; }

	static assert (!HasFuncAttributes!foobar1);
	static assert (!HasFuncAttributes!foobar2);
}

/**
	Computes the given attributed parameter using the corresponding @before modifier.
*/
auto computeAttributedParameter(alias FUNCTION, string NAME, ARGS...)(ARGS args)
{
	import std.typetuple : Filter;
	static assert(IsAttributedParameter!(FUNCTION, NAME), "Missing @before attribute for parameter "~NAME);
	alias input_attributes = Filter!(isInputAttribute, __traits(getAttributes, FUNCTION));
	foreach (att; input_attributes)
		static if (att.parameter == NAME) {
			return att.evaluator(args);
		}
	assert(false);
}


/**
	Computes the given attributed parameter using the corresponding @before modifier.

	This overload tries to invoke the given function as a member of the $(D ctx)
	parameter. It also supports accessing private member functions using the
	$(D PrivateAccessProxy) mixin.
*/
auto computeAttributedParameterCtx(alias FUNCTION, string NAME, T, ARGS...)(T ctx, ARGS args)
{
	static if (__VERSION__ >= 2072)
		import std.typetuple : AliasSeq, Filter;
	else
		import std.typetuple : AliasSeq = TypeTuple, Filter;
	static assert(IsAttributedParameter!(FUNCTION, NAME), "Missing @before attribute for parameter "~NAME);
	alias input_attributes = Filter!(isInputAttribute, __traits(getAttributes, FUNCTION));
	foreach (att; input_attributes)
		static if (att.parameter == NAME) {
			static if (!__traits(isStaticFunction, att.evaluator)) {
				static if (is(typeof(ctx.invokeProxy__!(att.evaluator)(args))))
					return ctx.invokeProxy__!(att.evaluator)(args);
				else return __traits(getMember, ctx, __traits(identifier, att.evaluator))(args);
			} else {
				return att.evaluator(args);
			}
		}
	assert(false);
}


/**
	Helper mixin to support private member functions for $(D @before) attributes.
*/
mixin template PrivateAccessProxy() {
	auto invokeProxy__(alias MEMBER, ARGS...)(ARGS args) { return MEMBER(args); }
}
///
unittest {
	class MyClass {
		@before!computeParam("param")
		void method(bool param)
		{
			assert(param == true);
		}

		private bool computeParam()
		{
			return true;
		}
	}
}


/**
	Processes the function return value using all @after modifiers.
*/
ReturnType!FUNCTION evaluateOutputModifiers(alias FUNCTION, ARGS...)(ReturnType!FUNCTION result, ARGS args)
{
	import std.string : format;
	import std.traits : ParameterTypeTuple, ReturnType, fullyQualifiedName;
	import std.typetuple : Filter;
	import vibe.internal.meta.typetuple : Compare, Group;

	alias output_attributes = Filter!(isOutputAttribute, __traits(getAttributes, FUNCTION));
	foreach (OA; output_attributes) {
		import std.typetuple : TypeTuple;

		static assert (
			Compare!(
				Group!(ParameterTypeTuple!(OA.modificator)),
				Group!(ReturnType!FUNCTION, ARGS)
			),
			format(
				"Output attribute function '%s%s' argument list " ~
				"does not match provided argument list %s",
				fullyQualifiedName!(OA.modificator),
				ParameterTypeTuple!(OA.modificator).stringof,
				TypeTuple!(ReturnType!FUNCTION, ARGS).stringof
			)
		);

		result = OA.modificator(result, args);
	}
	return result;
}

///
unittest
{
	int foo()
	{
		return 42;
	}

	@before!foo("name1")
	void bar(int name1, double name2)
	{
	}

	static assert (IsAttributedParameter!(bar, "name1"));
	static assert (!IsAttributedParameter!(bar, "name2"));
	static assert (!IsAttributedParameter!(bar, "oops"));
}

// internal attribute definitions
private {

	struct InputAttribute(alias Function)
	{
		alias evaluator = Function;
		string parameter;
	}

	struct OutputAttribute(alias Function)
	{
		alias modificator = Function;
	}

	template isInputAttribute(T...)
	{
		enum isInputAttribute = (T.length == 1) && isInstanceOf!(InputAttribute, typeof(T[0]));
	}

	unittest
	{
		void foo() {}

		enum correct = InputAttribute!foo("name");
		enum wrong = OutputAttribute!foo();

		static assert (isInputAttribute!correct);
		static assert (!isInputAttribute!wrong);
	}

	template isOutputAttribute(T...)
	{
		enum isOutputAttribute = (T.length == 1) && isInstanceOf!(OutputAttribute, typeof(T[0]));
	}

	unittest
	{
		void foo() {}

		enum correct = OutputAttribute!foo();
		enum wrong = InputAttribute!foo("name");

		static assert (isOutputAttribute!correct);
		static assert (!isOutputAttribute!wrong);
	}
}

//  tools to operate on InputAttribute tuple
private {

	// stores metadata for single InputAttribute "effect"
	struct Parameter
	{
		// evaluated parameter name
		string name;
		// that parameter index in attributed function parameter list
		int index;
		// fully qualified return type of attached function
		string type;
		// for non-basic types - module to import
		string origin;
	}

	/**
		Used to accumulate various parameter-related metadata in one
		tuple in one go.

		Params:
			Function = attributed functon / method symbol

		Returns:
			TypeTuple of Parameter instances, one for every Function
			parameter that will be evaluated from attributes.
	*/
	template AttributedParameterMetadata(alias Function)
	{
		import std.array : join;
		import std.typetuple : Filter, staticMap, staticIndexOf;
		import std.traits : ParameterIdentifierTuple, ReturnType,
			fullyQualifiedName, moduleName;

		private alias attributes = Filter!(
			isInputAttribute,
			__traits(getAttributes, Function)
		);

		private	alias parameter_names = ParameterIdentifierTuple!Function;

		/*
			Creates single Parameter instance. Used in pair with
			staticMap.
		*/
		template BuildParameter(alias attribute)
		{
			enum name = attribute.parameter;

			static assert (
				is (ReturnType!(attribute.evaluator)) && !(is(ReturnType!(attribute.evaluator) == void)),
				"hook functions attached for usage with `AttributedFunction` " ~
				"must have a return type"
			);

			static if (is(typeof(moduleName!(ReturnType!(attribute.evaluator))))) {
				enum origin = moduleName!(ReturnType!(attribute.evaluator));
			}
			else {
				enum origin = "";
			}

			enum BuildParameter = Parameter(
				name,
				staticIndexOf!(name, parameter_names),
				fullyQualifiedName!(ReturnType!(attribute.evaluator)),
				origin
			);

			import std.string : format;

			static assert (
				BuildParameter.index >= 0,
				format(
					"You are trying to attach function result to parameter '%s' " ~
					"but there is no such parameter for '%s(%s)'",
					name,
					fullyQualifiedName!Function,
					join([ parameter_names ], ", ")
				)
			);
		}

		alias AttributedParameterMetadata = staticMap!(BuildParameter, attributes);
	}

	// no false attribute detection
	unittest
	{
		@(42) void foo() {}
		static assert (AttributedParameterMetadata!foo.length == 0);
	}

	// does not compile for wrong attribute data
	unittest
	{
		int attached1() { return int.init; }
		void attached2() {}

		@before!attached1("doesnotexist")
		void bar(int param) {}

		@before!attached2("param")
		void baz(int param) {}

		// wrong name
		static assert (!__traits(compiles, AttributedParameterMetadata!bar));
		// no return type
		static assert (!__traits(compiles, AttributedParameterMetadata!baz));
	}

	// generates expected tuple for valid input
	unittest
	{
		int attached1() { return int.init; }
		double attached2() { return double.init; }

		@before!attached1("two") @before!attached2("three")
		void foo(string one, int two, double three) {}

		alias result = AttributedParameterMetadata!foo;
		static assert (result.length == 2);
		static assert (result[0] == Parameter("two", 1, "int"));
		static assert (result[1] == Parameter("three", 2, "double"));
	}

	/**
		Combines types from arguments of initial `AttributedFunction` call
		with parameters (types) injected by attributes for that call.

		Used to verify that resulting argument list can be passed to underlying
		attributed function.

		Params:
			ParameterMeta = Group of Parameter instances for extra data to add into argument list
			ParameterList = Group of types from initial argument list

		Returns:
			type tuple of expected combined function argument list
	*/
	template MergeParameterTypes(alias ParameterMeta, alias ParameterList)
	{
		import vibe.internal.meta.typetuple : isGroup, Group;

		static assert (isGroup!ParameterMeta);
		static assert (isGroup!ParameterList);

		static if (ParameterMeta.expand.length) {
			enum Parameter meta = ParameterMeta.expand[0];

			static assert (meta.index <= ParameterList.expand.length);
			static if (meta.origin != "") {
				mixin("static import " ~ meta.origin ~ ";");
			}
			mixin("alias type = " ~ meta.type ~ ";");

			alias PartialResult = Group!(
				ParameterList.expand[0..meta.index],
				type,
				ParameterList.expand[meta.index..$]
			);

			alias MergeParameterTypes = MergeParameterTypes!(
				Group!(ParameterMeta.expand[1..$]),
				PartialResult
			);
		}
		else {
			alias MergeParameterTypes = ParameterList.expand;
		}
	}

	// normal
	unittest
	{
		import vibe.internal.meta.typetuple : Group, Compare;

		alias meta = Group!(
			Parameter("one", 2, "int"),
			Parameter("two", 3, "string")
		);

		alias initial = Group!( double, double, double );

		alias merged = Group!(MergeParameterTypes!(meta, initial));

		static assert (
			Compare!(merged, Group!(double, double, int, string, double))
		);
	}

	// edge
	unittest
	{
		import vibe.internal.meta.typetuple : Group, Compare;

		alias meta = Group!(
			Parameter("one", 3, "int"),
			Parameter("two", 4, "string")
		);

		alias initial = Group!( double, double, double );

		alias merged = Group!(MergeParameterTypes!(meta, initial));

		static assert (
			Compare!(merged, Group!(double, double, double, int, string))
		);
	}

	// out-of-index
	unittest
	{
		import vibe.internal.meta.typetuple : Group;

		alias meta = Group!(
			Parameter("one", 20, "int"),
		);

		alias initial = Group!( double );

		static assert (
			!__traits(compiles,  MergeParameterTypes!(meta, initial))
		);
	}

}

/**
	Entry point for `funcattr` API.

	Helper struct that takes care of calling given Function in a such
	way that part of its arguments are evalutated by attached input attributes
	(see `before`) and output gets post-processed by output attribute
	(see `after`).

	One such structure embeds single attributed function to call and
	specific argument type list that can be passed to attached functions.

	Params:
		Function = attributed function
		StoredArgTypes = Group of argument types for attached functions

*/
struct AttributedFunction(alias Function, alias StoredArgTypes)
{
	import std.traits : isSomeFunction, ReturnType, FunctionTypeOf,
		ParameterTypeTuple, ParameterIdentifierTuple;
	import vibe.internal.meta.typetuple : Group, isGroup, Compare;
	import std.functional : toDelegate;
	import std.typetuple : Filter;

	static assert (isGroup!StoredArgTypes);
	static assert (is(FunctionTypeOf!Function));

	/**
		Stores argument tuple for attached function calls

		Params:
			args = tuple of actual argument values
	*/
	void storeArgs(StoredArgTypes.expand args)
	{
		m_storedArgs = args;
	}

	/**
		Used to invoke configured function/method with
		all attached attribute functions.

		As aliased method symbols can't be called without
		the context, explicit providing of delegate to call
		is required

		Params:
			dg = delegated created from function / method to call
			args = list of arguments to dg not provided by attached attribute function

		Return:
			proxies return value of dg
	*/
	ReturnType!Function opCall(T...)(FunctionDg dg, T args)
	{
				import std.traits : fullyQualifiedName;
				import std.string : format;

		enum hasReturnType = is(ReturnType!Function) && !is(ReturnType!Function == void);

		static if (hasReturnType) {
			ReturnType!Function result;
		}

		// check that all attached functions have conforming argument lists
		foreach (uda; input_attributes) {
			static assert (
				Compare!(
					Group!(ParameterTypeTuple!(uda.evaluator)),
					StoredArgTypes
				),
				format(
					"Input attribute function '%s%s' argument list " ~
					"does not match provided argument list %s",
					fullyQualifiedName!(uda.evaluator),
					ParameterTypeTuple!(uda.evaluator).stringof,
					StoredArgTypes.expand.stringof
				)
			);
		}

		static if (hasReturnType) {
			result = prepareInputAndCall(dg, args);
		}
		else {
			prepareInputAndCall(dg, args);
		}

		static assert (
			output_attributes.length <= 1,
			"Only one output attribute (@after) is currently allowed"
		);

		static if (output_attributes.length) {
			import std.typetuple : TypeTuple;

			static assert (
				Compare!(
					Group!(ParameterTypeTuple!(output_attributes[0].modificator)),
					Group!(ReturnType!Function, StoredArgTypes.expand)
				),
				format(
					"Output attribute function '%s%s' argument list " ~
					"does not match provided argument list %s",
					fullyQualifiedName!(output_attributes[0].modificator),
					ParameterTypeTuple!(output_attributes[0].modificator).stringof,
					TypeTuple!(ReturnType!Function, StoredArgTypes.expand).stringof
				)
			);

			static if (hasReturnType) {
				result = output_attributes[0].modificator(result, m_storedArgs);
			}
			else {
				output_attributes[0].modificator(m_storedArgs);
			}
		}

		static if (hasReturnType) {
			return result;
		}
	}

	/**
		Convenience wrapper tha creates stub delegate for free functions.

		As those do not require context, passing delegate explicitly is not
		required.
	*/
	ReturnType!Function opCall(T...)(T args)
		if (!is(T[0] == delegate))
	{
		return this.opCall(toDelegate(&Function), args);
	}

	private {
		// used as an argument tuple when function attached
		// to InputAttribute is called
		StoredArgTypes.expand m_storedArgs;

		// used as input type for actual function pointer so
		// that both free functions and methods can be supplied
		alias FunctionDg = typeof(toDelegate(&Function));

		// information about attributed function arguments
		alias ParameterTypes = ParameterTypeTuple!Function;
		alias parameter_names = ParameterIdentifierTuple!Function;

		// filtered UDA lists
		alias input_attributes = Filter!(isInputAttribute, __traits(getAttributes, Function));
		alias output_attributes = Filter!(isOutputAttribute, __traits(getAttributes, Function));
	}

	private {

		/**
			Does all the magic necessary to prepare argument list for attributed
			function based on `input_attributes` and `opCall` argument list.

			Catches all name / type / size mismatch erros in that domain via
			static asserts.

			Params:
				dg = delegate for attributed function / method
				args = argument list from `opCall`

			Returns:
				proxies return value of dg
		*/
		ReturnType!Function prepareInputAndCall(T...)(FunctionDg dg, T args)
			if (!Compare!(Group!T, Group!(ParameterTypeTuple!Function)))
		{
			alias attributed_parameters = AttributedParameterMetadata!Function;
			// calculated combined input type list
			alias Input = MergeParameterTypes!(
				Group!attributed_parameters,
				Group!T
			);

			import std.traits : fullyQualifiedName;
			import std.string : format;

			static assert (
				Compare!(Group!Input, Group!ParameterTypes),
				format(
					"Calculated input parameter type tuple %s does not match " ~
					"%s%s",
					Input.stringof,
					fullyQualifiedName!Function,
					ParameterTypes.stringof
				)
			);

			// this value tuple will be used to assemble argument list
			Input input;

			foreach (i, uda; input_attributes) {
				// each iteration cycle is responsible for initialising `input`
				// tuple from previous spot to current attributed parameter index
				// (including)

				enum index = attributed_parameters[i].index;

				static if (i == 0) {
					enum lStart = 0;
					enum lEnd = index;
					enum rStart = 0;
					enum rEnd = index;
				}
				else {
					enum previousIndex = attributed_parameters[i - 1].index;
					enum lStart = previousIndex + 1;
					enum lEnd = index;
					enum rStart = previousIndex + 1 - i;
					enum rEnd = index - i;
				}

				static if (lStart != lEnd) {
					input[lStart..lEnd] = args[rStart..rEnd];
				}

				// during last iteration cycle remaining tail is initialised
				// too (if any)

				static if ((i == input_attributes.length - 1) && (index != input.length - 1)) {
					input[(index + 1)..$] = args[(index - i)..$];
				}

				input[index] = uda.evaluator(m_storedArgs);
			}

			// handle degraded case with no attributes separately
			static if (!input_attributes.length) {
				input[] = args[];
			}

			return dg(input);
		}

		/**
			`prepareInputAndCall` overload that operates on argument tuple that exactly
			matches attributed function argument list and thus gets updated by
			attached function instead of being merged with it
		*/
		ReturnType!Function prepareInputAndCall(T...)(FunctionDg dg, T args)
			if (Compare!(Group!T, Group!(ParameterTypeTuple!Function)))
		{
			alias attributed_parameters = AttributedParameterMetadata!Function;

			foreach (i, uda; input_attributes) {
				enum index = attributed_parameters[i].index;
				args[index] = uda.evaluator(m_storedArgs);
			}

			return dg(args);
		}
	}
}

/// example
unittest
{
	import std.conv;

	static string evaluator(string left, string right)
	{
		return left ~ right;
	}

	// all attribute function must accept same stored parameters
	static int modificator(int result, string unused1, string unused2)
	{
		return result * 2;
	}

	@before!evaluator("a") @before!evaluator("c") @after!modificator()
	static int sum(string a, int b, string c, double d)
	{
		return to!int(a) + to!int(b) + to!int(c) + to!int(d);
	}

	// ("10", "20") - stored arguments for evaluator()
	auto funcattr = createAttributedFunction!sum("10", "20");

	// `b` and `d` are unattributed, thus `42` and `13.5` will be
	// used as their values
	int result = funcattr(42, 13.5);

	assert(result == (1020 + 42 + 1020 + to!int(13.5)) * 2);
}

// testing other prepareInputAndCall overload
unittest
{
	import std.conv;

	static string evaluator(string left, string right)
	{
		return left ~ right;
	}

	// all attribute function must accept same stored parameters
	static int modificator(int result, string unused1, string unused2)
	{
		return result * 2;
	}

	@before!evaluator("a") @before!evaluator("c") @after!modificator()
	static int sum(string a, int b, string c, double d)
	{
		return to!int(a) + to!int(b) + to!int(c) + to!int(d);
	}

	auto funcattr = createAttributedFunction!sum("10", "20");

	// `a` and `c` are expected to be simply overwritten
	int result = funcattr("1000", 42, "1000", 13.5);

	assert(result == (1020 + 42 + 1020 + to!int(13.5)) * 2);
}

/**
	Syntax sugar in top of AttributedFunction

	Creates AttributedFunction with stored argument types that
	match `T` and stores `args` there before returning.
*/
auto createAttributedFunction(alias Function, T...)(T args)
{
	import vibe.internal.meta.typetuple : Group;

	AttributedFunction!(Function, Group!T) result;
	result.storeArgs(args);
	return result;
}

///
unittest
{
	void foo() {}

	auto funcattr = createAttributedFunction!foo(1, "2", 3.0);

	import std.typecons : tuple;
	assert (tuple(funcattr.m_storedArgs) == tuple(1, "2", 3.0));
}
vibe.d-0.7.30/source/vibe/internal/meta/traits.d000066400000000000000000000253151304441332000214120ustar00rootroot00000000000000/**
	Extensions to `std.traits` module of Phobos. Some may eventually make it into Phobos,
	some are dirty hacks that work only for vibe.d

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Михаил Страшун
*/

module vibe.internal.meta.traits;

import vibe.internal.meta.typetuple;


/**
	Checks if given type is a getter function type

	Returns: `true` if argument is a getter
 */
template isPropertyGetter(T...)
	if (T.length == 1)
{
	import std.traits : functionAttributes, FunctionAttribute, ReturnType,
		isSomeFunction;
	static if (isSomeFunction!(T[0])) {
		enum isPropertyGetter =
			(functionAttributes!(T[0]) & FunctionAttribute.property) != 0
			&& !is(ReturnType!T == void);
	}
	else
		enum isPropertyGetter = false;
}

///
unittest
{
	interface Test
	{
		@property int getter();
		@property void setter(int);
		int simple();
	}

	static assert(isPropertyGetter!(typeof(&Test.getter)));
	static assert(!isPropertyGetter!(typeof(&Test.setter)));
	static assert(!isPropertyGetter!(typeof(&Test.simple)));
	static assert(!isPropertyGetter!int);
}

/**
	Checks if given type is a setter function type

	Returns: `true` if argument is a setter
 */
template isPropertySetter(T...)
	if (T.length == 1)
{
	import std.traits : functionAttributes, FunctionAttribute, ReturnType,
		isSomeFunction;

	static if (isSomeFunction!(T[0])) {
		enum isPropertySetter =
			(functionAttributes!(T) & FunctionAttribute.property) != 0
			&& is(ReturnType!(T[0]) == void);
	}
	else
		enum isPropertySetter = false;
}

///
unittest
{
	interface Test
	{
		@property int getter();
		@property void setter(int);
		int simple();
	}

	static assert(isPropertySetter!(typeof(&Test.setter)));
	static assert(!isPropertySetter!(typeof(&Test.getter)));
	static assert(!isPropertySetter!(typeof(&Test.simple)));
	static assert(!isPropertySetter!int);
}

/**
	Deduces single base interface for a type. Multiple interfaces
	will result in compile-time error.

	Params:
		T = interface or class type

	Returns:
		T if it is an interface. If T is a class, interface it implements.
*/
template baseInterface(T)
	if (is(T == interface) || is(T == class))
{
	import std.traits : InterfacesTuple;

	static if (is(T == interface)) {
		alias baseInterface = T;
	}
	else
	{
		alias Ifaces = InterfacesTuple!T;
		static assert (
			Ifaces.length == 1,
			"Type must be either provided as an interface or implement only one interface"
		);
		alias baseInterface = Ifaces[0];
	}
}

///
unittest
{
	interface I1 { }
	class A : I1 { }
	interface I2 { }
	class B : I1, I2 { }

	static assert (is(baseInterface!I1 == I1));
	static assert (is(baseInterface!A == I1));
	static assert (!is(typeof(baseInterface!B)));
}


/**
	Determins if a member is a public, non-static data field.
*/
template isRWPlainField(T, string M)
{
	static if (!isRWField!(T, M)) enum isRWPlainField = false;
	else {
		//pragma(msg, T.stringof~"."~M~":"~typeof(__traits(getMember, T, M)).stringof);
		enum isRWPlainField = __traits(compiles, *(&__traits(getMember, Tgen!T(), M)) = *(&__traits(getMember, Tgen!T(), M)));
	}
}

/**
	Determines if a member is a public, non-static, de-facto data field.

	In addition to plain data fields, R/W properties are also accepted.
*/
template isRWField(T, string M)
{
	import std.traits;
	import std.typetuple;

	static void testAssign()() {
		T t = *(cast(T*)0);
		__traits(getMember, t, M) = __traits(getMember, t, M);
	}

	// reject type aliases
	static if (is(TypeTuple!(__traits(getMember, T, M)))) enum isRWField = false;
	// reject non-public members
	else static if (!isPublicMember!(T, M)) enum isRWField = false;
	// reject static members
	else static if (!isNonStaticMember!(T, M)) enum isRWField = false;
	// reject non-typed members
	else static if (!is(typeof(__traits(getMember, T, M)))) enum isRWField = false;
	// reject void typed members (includes templates)
	else static if (is(typeof(__traits(getMember, T, M)) == void)) enum isRWField = false;
	// reject non-assignable members
	else static if (!__traits(compiles, testAssign!()())) enum isRWField = false;
	else static if (anySatisfy!(isSomeFunction, __traits(getMember, T, M))) {
		// If M is a function, reject if not @property or returns by ref
		private enum FA = functionAttributes!(__traits(getMember, T, M));
		enum isRWField = (FA & FunctionAttribute.property) != 0;
	} else {
		enum isRWField = true;
	}
}

unittest {
	import std.algorithm;

	struct S {
		alias a = int; // alias
		int i; // plain RW field
		enum j = 42; // manifest constant
		static int k = 42; // static field
		private int privateJ; // private RW field

		this(Args...)(Args args) {}

		// read-write property (OK)
		@property int p1() { return privateJ; }
		@property void p1(int j) { privateJ = j; }
		// read-only property (NO)
		@property int p2() { return privateJ; }
		// write-only property (NO)
		@property void p3(int value) { privateJ = value; }
		// ref returning property (OK)
		@property ref int p4() { return i; }
		// parameter-less template property (OK)
		@property ref int p5()() { return i; }
		// not treated as a property by DMD, so not a field
		@property int p6()() { return privateJ; }
		@property void p6(int j)() { privateJ = j; }

		static @property int p7() { return k; }
		static @property void p7(int value) { k = value; }

		ref int f1() { return i; } // ref returning function (no field)

		int f2(Args...)(Args args) { return i; }

		ref int f3(Args...)(Args args) { return i; }

		void someMethod() {}

		ref int someTempl()() { return i; }
	}

	enum plainFields = ["i"];
	enum fields = ["i", "p1", "p4", "p5"];

	foreach (mem; __traits(allMembers, S)) {
		static if (isRWField!(S, mem)) static assert(fields.canFind(mem), mem~" detected as field.");
		else static assert(!fields.canFind(mem), mem~" not detected as field.");

		static if (isRWPlainField!(S, mem)) static assert(plainFields.canFind(mem), mem~" not detected as plain field.");
		else static assert(!plainFields.canFind(mem), mem~" not detected as plain field.");
	}
}

package T Tgen(T)(){ return T.init; }


/**
	Tests if the protection of a member is public.
*/
template isPublicMember(T, string M)
{
	import std.algorithm, std.typetuple : TypeTuple;

	static if (!__traits(compiles, TypeTuple!(__traits(getMember, T, M)))) enum isPublicMember = false;
	else {
		alias MEM = TypeTuple!(__traits(getMember, T, M));
		enum isPublicMember = __traits(getProtection, MEM).among("public", "export");
	}
}

unittest {
	class C {
		int a;
		export int b;
		protected int c;
		private int d;
		package int e;
		void f() {}
		static void g() {}
		private void h() {}
		private static void i() {}
	}

	static assert (isPublicMember!(C, "a"));
	static assert (isPublicMember!(C, "b"));
	static assert (!isPublicMember!(C, "c"));
	static assert (!isPublicMember!(C, "d"));
	static assert (!isPublicMember!(C, "e"));
	static assert (isPublicMember!(C, "f"));
	static assert (isPublicMember!(C, "g"));
	static assert (!isPublicMember!(C, "h"));
	static assert (!isPublicMember!(C, "i"));

	struct S {
		int a;
		export int b;
		private int d;
		package int e;
	}
	static assert (isPublicMember!(S, "a"));
	static assert (isPublicMember!(S, "b"));
	static assert (!isPublicMember!(S, "d"));
	static assert (!isPublicMember!(S, "e"));

	S s;
	s.a = 21;
	assert(s.a == 21);
}

/**
	Tests if a member requires $(D this) to be used.
*/
template isNonStaticMember(T, string M)
{
	import std.typetuple;
	import std.traits;

	alias MF = TypeTuple!(__traits(getMember, T, M));
	static if (M.length == 0) {
		enum isNonStaticMember = false;
	} else static if (anySatisfy!(isSomeFunction, MF)) {
		enum isNonStaticMember = !__traits(isStaticFunction, MF);
	} else {
		enum isNonStaticMember = !__traits(compiles, (){ auto x = __traits(getMember, T, M); }());
	}
}

unittest { // normal fields
	struct S {
		int a;
		static int b;
		enum c = 42;
		void f();
		static void g();
		ref int h() { return a; }
		static ref int i() { return b; }
	}
	static assert(isNonStaticMember!(S, "a"));
	static assert(!isNonStaticMember!(S, "b"));
	static assert(!isNonStaticMember!(S, "c"));
	static assert(isNonStaticMember!(S, "f"));
	static assert(!isNonStaticMember!(S, "g"));
	static assert(isNonStaticMember!(S, "h"));
	static assert(!isNonStaticMember!(S, "i"));
}

unittest { // tuple fields
	struct S(T...) {
		T a;
		static T b;
	}

	alias T = S!(int, float);
	auto p = T.b;
	static assert(isNonStaticMember!(T, "a"));
	static assert(!isNonStaticMember!(T, "b"));

	alias U = S!();
	static assert(!isNonStaticMember!(U, "a"));
	static assert(!isNonStaticMember!(U, "b"));
}


/**
	Tests if a Group of types is implicitly convertible to a Group of target types.
*/
bool areConvertibleTo(alias TYPES, alias TARGET_TYPES)()
	if (isGroup!TYPES && isGroup!TARGET_TYPES)
{
	static assert(TYPES.expand.length == TARGET_TYPES.expand.length);
	foreach (i, V; TYPES.expand)
		if (!is(V : TARGET_TYPES.expand[i]))
			return false;
	return true;
}

/// Test if the type $(D DG) is a correct delegate for an opApply where the
/// key/index is of type $(D TKEY) and the value of type $(D TVALUE).
template isOpApplyDg(DG, TKEY, TVALUE) {
	import std.traits;
	static if (is(DG == delegate) && is(ReturnType!DG : int)) {
		private alias PTT = ParameterTypeTuple!(DG);
		private alias PSCT = ParameterStorageClassTuple!(DG);
		private alias STC = ParameterStorageClass;
		// Just a value
		static if (PTT.length == 1) {
			enum isOpApplyDg = (is(PTT[0] == TVALUE));
		} else static if (PTT.length == 2) {
			enum isOpApplyDg = (is(PTT[0] == TKEY))
				&& (is(PTT[1] == TVALUE));
		} else
			enum isOpApplyDg = false;
	} else {
		enum isOpApplyDg = false;
	}
}

unittest {
	static assert(isOpApplyDg!(int delegate(int, string), int, string));
	static assert(isOpApplyDg!(int delegate(ref int, ref string), int, string));
	static assert(isOpApplyDg!(int delegate(int, ref string), int, string));
	static assert(isOpApplyDg!(int delegate(ref int, string), int, string));
}

// Synchronized statements are logically nothrow but dmd still marks them as throwing.
// DMD#4115, Druntime#1013, Druntime#1021, Phobos#2704
import core.sync.mutex : Mutex;
enum synchronizedIsNothrow = __traits(compiles, (Mutex m) nothrow { synchronized(m) {} });


template StripHeadConst(T) {
	static if (is(T == const(F), F)) alias StripHeadConst = StripHeadConst!F;
	else static if (is(T == immutable(F), F)) alias StripHeadConst = StripHeadConst!F;
	else static if (is(T == inout(F), F)) alias StripHeadConst = StripHeadConst!F;
	else alias StripHeadConst = T;
}

unittest {
	static assert(is(StripHeadConst!(int) == int));
	static assert(is(StripHeadConst!(const(int)) == int));
	static assert(is(StripHeadConst!(immutable(int)) == int));
	static assert(is(StripHeadConst!(const(immutable(int))) == int));
	static assert(is(StripHeadConst!(const(int[])) == const(int)[]));
}
vibe.d-0.7.30/source/vibe/internal/meta/typetuple.d000066400000000000000000000056061304441332000221400ustar00rootroot00000000000000/**
	Additions to std.typetuple pending for inclusion into Phobos.

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Михаил Страшун
*/

module vibe.internal.meta.typetuple;

import std.typetuple;
import std.traits;

/**
	TypeTuple which does not auto-expand.

	Useful when you need
	to multiple several type tuples as different template argument
	list parameters, without merging those.
*/
template Group(T...)
{
	alias expand = T;
}

///
unittest
{
	alias group = Group!(int, double, string);
	static assert (!is(typeof(group.length)));
	static assert (group.expand.length == 3);
	static assert (is(group.expand[1] == double));
}

/**
*/
template isGroup(T...)
{
	static if (T.length != 1) enum isGroup = false;
	else enum isGroup =
		!is(T[0]) && is(typeof(T[0]) == void)      // does not evaluate to something
		&& is(typeof(T[0].expand.length) : size_t) // expands to something with length
		&& !is(typeof(&(T[0].expand)));            // expands to not addressable
}

version (unittest) // NOTE: GDC complains about template definitions in unittest blocks
{
	alias group = Group!(int, double, string);
	alias group2 = Group!();

	template Fake(T...)
	{
		int[] expand;
	}
	alias fake = Fake!(int, double, string);

	alias fake2 = TypeTuple!(int, double, string);

	static assert (isGroup!group);
	static assert (isGroup!group2);
	static assert (!isGroup!fake);
	static assert (!isGroup!fake2);
}

/* Copied from Phobos as it is private there.
 */
private template isSame(ab...)
	if (ab.length == 2)
{
	static if (is(ab[0]) && is(ab[1]))
	{
		enum isSame = is(ab[0] == ab[1]);
	}
	else static if (!is(ab[0]) &&
					!is(ab[1]) &&
					is(typeof(ab[0] == ab[1]) == bool) &&
					(ab[0] == ab[1]))
	{
		static if (!__traits(compiles, &ab[0]) ||
				   !__traits(compiles, &ab[1]))
			enum isSame = (ab[0] == ab[1]);
		else
			enum isSame = __traits(isSame, ab[0], ab[1]);
	}
	else
	{
		enum isSame = __traits(isSame, ab[0], ab[1]);
	}
}

/**
	Compares two groups for element identity

	Params:
		Group1, Group2 = any instances of `Group`

	Returns:
		`true` if each element of Group1 is identical to
		the one of Group2 at the same index
*/
template Compare(alias Group1, alias Group2)
	if (isGroup!Group1 && isGroup!Group2)
{
	private template implementation(size_t index)
	{
		static if (Group1.expand.length != Group2.expand.length) enum implementation = false;
		else static if (index >= Group1.expand.length) enum implementation = true;
		else static if (!isSame!(Group1.expand[index], Group2.expand[index])) enum implementation = false;
		else enum implementation = implementation!(index+1);
	}

	enum Compare = implementation!0;
}

///
unittest
{
	alias one = Group!(int, double);
	alias two = Group!(int, double);
	alias three = Group!(double, int);
	static assert (Compare!(one, two));
	static assert (!Compare!(one, three));
}
vibe.d-0.7.30/source/vibe/internal/meta/uda.d000066400000000000000000000170621304441332000206550ustar00rootroot00000000000000/**
	Utility templates that help working with User Defined Attributes

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Михаил Страшун
*/

module vibe.internal.meta.uda;

//import vibe.internal.meta.traits;


/**
	Small convenience wrapper to find and extract certain UDA from given type.
	Will stop on first element which is of required type.

	Params:
		UDA = type or template to search for in UDA list
		Symbol = symbol to query for UDA's
		allow_types = if set to `false` considers attached `UDA` types an error
			(only accepts instances/values)

	Returns: aggregated search result struct with 3 field. `value` aliases found UDA.
		`found` is boolean flag for having a valid find. `index` is integer index in
		attribute list this UDA was found at.
*/
template findFirstUDA(alias UDA, alias Symbol, bool allow_types = false) if (!is(UDA))
{
	enum findFirstUDA = findNextUDA!(UDA, Symbol, 0, allow_types);
}

/// Ditto
template findFirstUDA(UDA, alias Symbol, bool allow_types = false)
{
	enum findFirstUDA = findNextUDA!(UDA, Symbol, 0, allow_types);
}

private struct UdaSearchResult(alias UDA)
{
	alias value = UDA;
	bool found = false;
	long index = -1;
}

/**
	Small convenience wrapper to find and extract certain UDA from given type.
	Will start at the given index and stop on the next element which is of required type.

	Params:
		UDA = type or template to search for in UDA list
		Symbol = symbol to query for UDA's
		idx = 0-based index to start at. Should be positive, and under the total number of attributes.
		allow_types = if set to `false` considers attached `UDA` types an error
			(only accepts instances/values)

	Returns: aggregated search result struct with 3 field. `value` aliases found UDA.
		`found` is boolean flag for having a valid find. `index` is integer index in
		attribute list this UDA was found at.
 */
template findNextUDA(alias UDA, alias Symbol, long idx, bool allow_types = false) if (!is(UDA))
{
	import std.traits : isInstanceOf;
	import std.typetuple : TypeTuple;

	private alias udaTuple = TypeTuple!(__traits(getAttributes, Symbol));

	static assert(idx >= 0, "Index given to findNextUDA can't be negative");
	static assert(idx <= udaTuple.length, "Index given to findNextUDA is above the number of attribute");

	public template extract(size_t index, list...)
	{
		static if (!list.length) enum extract = UdaSearchResult!(null)(false, -1);
		else {
			static if (is(list[0])) {
				static if (is(UDA) && is(list[0] == UDA) || !is(UDA) && isInstanceOf!(UDA, list[0])) {
					static assert (allow_types, "findNextUDA is designed to look up values, not types");
					enum extract = UdaSearchResult!(list[0])(true, index);
				} else enum extract = extract!(index + 1, list[1..$]);
			} else {
				static if (is(UDA) && is(typeof(list[0]) == UDA) || !is(UDA) && isInstanceOf!(UDA, typeof(list[0]))) {
					import vibe.internal.meta.traits : isPropertyGetter;
					static if (isPropertyGetter!(list[0])) {
						enum value = list[0];
						enum extract = UdaSearchResult!(value)(true, index);
					} else enum extract = UdaSearchResult!(list[0])(true, index);
				} else enum extract = extract!(index + 1, list[1..$]);
			}
		}
	}

	enum findNextUDA = extract!(idx, udaTuple[idx .. $]);
}
/// ditto
template findNextUDA(UDA, alias Symbol, long idx, bool allow_types = false)
{
	import std.traits : isInstanceOf;
	import std.typetuple : TypeTuple;

	private alias udaTuple = TypeTuple!(__traits(getAttributes, Symbol));

	static assert(idx >= 0, "Index given to findNextUDA can't be negative");
	static assert(idx <= udaTuple.length, "Index given to findNextUDA is above the number of attribute");

	public template extract(size_t index, list...)
	{
		static if (!list.length) enum extract = UdaSearchResult!(null)(false, -1);
		else {
			static if (is(list[0])) {
				static if (is(list[0] == UDA)) {
					static assert (allow_types, "findNextUDA is designed to look up values, not types");
					enum extract = UdaSearchResult!(list[0])(true, index);
				} else enum extract = extract!(index + 1, list[1..$]);
			} else {
				static if (is(typeof(list[0]) == UDA)) {
					import vibe.internal.meta.traits : isPropertyGetter;
					static if (isPropertyGetter!(list[0])) {
						enum value = list[0];
						enum extract = UdaSearchResult!(value)(true, index);
					} else enum extract = UdaSearchResult!(list[0])(true, index);
				} else enum extract = extract!(index + 1, list[1..$]);
			}
		}
	}

	enum findNextUDA = extract!(idx, udaTuple[idx .. $]);
}


///
unittest
{
	struct Attribute { int x; }

	@("something", Attribute(42), Attribute(41))
	void symbol();

	enum result0 = findNextUDA!(string, symbol, 0);
	static assert (result0.found);
	static assert (result0.index == 0);
	static assert (result0.value == "something");

	enum result1 = findNextUDA!(Attribute, symbol, 0);
	static assert (result1.found);
	static assert (result1.index == 1);
	static assert (result1.value == Attribute(42));

	enum result2 = findNextUDA!(int, symbol, 0);
	static assert (!result2.found);

	enum result3 = findNextUDA!(Attribute, symbol, result1.index + 1);
	static assert (result3.found);
	static assert (result3.index == 2);
	static assert (result3.value == Attribute(41));
}

unittest
{
	struct Attribute { int x; }

	@(Attribute) void symbol();

	static assert (!is(findNextUDA!(Attribute, symbol, 0)));

	enum result0 = findNextUDA!(Attribute, symbol, 0, true);
	static assert (result0.found);
	static assert (result0.index == 0);
	static assert (is(result0.value == Attribute));
}

unittest
{
	struct Attribute { int x; }
	enum Dummy;

	@property static Attribute getter()
	{
		return Attribute(42);
	}

	@Dummy @getter void symbol();

	enum result0 = findNextUDA!(Attribute, symbol, 0);
	static assert (result0.found);
	static assert (result0.index == 1);
	static assert (result0.value == Attribute(42));
}

/// Eager version of findNextUDA that represent all instances of UDA in a Tuple.
/// If one of the attribute is a type instead of an instance, compilation will fail.
template UDATuple(alias UDA, alias Sym) {
	import std.typetuple : TypeTuple;

	private template extract(size_t maxSize, Founds...)
	{
		private alias LastFound = Founds[$ - 1];
		// No more to find
		static if (!LastFound.found)
			enum extract = Founds[0 .. $ - 1];
		else {
			// For ease of use, this is a Tuple of UDA, not a tuple of UdaSearchResult!(...)
			private alias Result = TypeTuple!(Founds[0 .. $ - 1], LastFound.value);
			// We're at the last parameter
			static if (LastFound.index == maxSize)
				enum extract = Result;
			else
				enum extract = extract!(maxSize, Result, findNextUDA!(UDA, Sym, LastFound.index + 1));
		}
	}

	private enum maxIndex = TypeTuple!(__traits(getAttributes, Sym)).length;
	enum UDATuple = extract!(maxIndex, findNextUDA!(UDA, Sym, 0));
}

unittest
{
	import std.typetuple : TypeTuple;

	struct Attribute { int x; }
	enum Dummy;

	@(Dummy, Attribute(21), Dummy, Attribute(42), Attribute(84)) void symbol() {}
	@(Dummy, Attribute(21), Dummy, Attribute(42), Attribute) void wrong() {}

	alias Cmp = TypeTuple!(Attribute(21), Attribute(42), Attribute(84));
	static assert(Cmp == UDATuple!(Attribute, symbol));
	static assert(!is(UDATuple!(Attribute, wrong)));
}

/// Avoid repeating the same error message again and again.
/// ----
/// if (!__ctfe)
///	assert(0, onlyAsUda!func);
/// ----
template onlyAsUda(string from /*= __FUNCTION__*/)
{
	// With default param, DMD think expression is void, even when writing 'enum string onlyAsUda = ...'
	enum onlyAsUda = from~" must only be used as an attribute - not called as a runtime function.";
}
vibe.d-0.7.30/source/vibe/internal/rangeutil.d000066400000000000000000000017721304441332000211510ustar00rootroot00000000000000module vibe.internal.rangeutil;

struct RangeCounter {
	import std.utf;
	long* length;

	this(long* _captureLength) { length = _captureLength; }

	void put(char ch) { (*length)++; }
	void put(string str) { *length += str.length; }
	void put(dchar ch) { *length += codeLength!char(ch); }
	void put(dstring str) { foreach (ch; str) put(ch); }
}

unittest {
	static long writeLength(ARGS...)(ARGS args) {
		long len = 0;
		auto rng = RangeCounter(&len);
		foreach (a; args) rng.put(a);
		return len;
	}
	assert(writeLength("hello", ' ', "world") == "hello world".length);
	assert(writeLength("h\u00E4llo", ' ', "world") == "h\u00E4llo world".length);
	assert(writeLength("hello", '\u00E4', "world") == "hello\u00E4world".length);
	assert(writeLength("h\u00E4llo", ' ', "world") == "h\u00E4llo world".length);
	assert(writeLength("h\u1000llo", '\u1000', "world") == "h\u1000llo\u1000world".length);
	auto test = "häl";
	assert(test.length == 4);
	assert(writeLength(test[0], test[1], test[2], test[3]) == test.length);
}
vibe.d-0.7.30/source/vibe/internal/win32.d000066400000000000000000000207121304441332000201140ustar00rootroot00000000000000/// [internal]
module vibe.internal.win32;

version(Windows):

static if (__VERSION__ >= 2070) {
	public import core.sys.windows.windows;
	public import core.sys.windows.winsock2;
} else {
	public import core.sys.windows.windows;
	public import std.c.windows.windows;
	public import std.c.windows.winsock;

	extern(System) nothrow:
	enum HWND HWND_MESSAGE = cast(HWND)-3;
	enum {
		GWLP_WNDPROC = -4,
		GWLP_HINSTANCE = -6,
		GWLP_HWNDPARENT = -8,
		GWLP_USERDATA = -21,
		GWLP_ID = -12,
	}

	version(Win32){ // avoiding linking errors with out-of-the-box dmd
		alias SetWindowLongPtrA = SetWindowLongA;
		alias GetWindowLongPtrA = GetWindowLongA;
	} else {
		LONG_PTR SetWindowLongPtrA(HWND hWnd, int nIndex, LONG_PTR dwNewLong);
		LONG_PTR GetWindowLongPtrA(HWND hWnd, int nIndex);
	}
	LONG_PTR SetWindowLongPtrW(HWND hWnd, int nIndex, LONG_PTR dwNewLong);
	LONG_PTR GetWindowLongPtrW(HWND hWnd, int nIndex);
	LONG_PTR SetWindowLongA(HWND hWnd, int nIndex, LONG dwNewLong);
	LONG_PTR GetWindowLongA(HWND hWnd, int nIndex);

	alias LPOVERLAPPED_COMPLETION_ROUTINE = void function(DWORD, DWORD, OVERLAPPED*);

	HANDLE CreateEventW(SECURITY_ATTRIBUTES* lpEventAttributes, BOOL bManualReset, BOOL bInitialState, LPCWSTR lpName);
	BOOL PostThreadMessageW(DWORD idThread, UINT Msg, WPARAM wParam, LPARAM lParam);
	DWORD MsgWaitForMultipleObjectsEx(DWORD nCount, const(HANDLE) *pHandles, DWORD dwMilliseconds, DWORD dwWakeMask, DWORD dwFlags);
	static if (!is(typeof(&CreateFileW))) BOOL CloseHandle(HANDLE hObject);
	static if (!is(typeof(&CreateFileW))) HANDLE CreateFileW(LPCWSTR lpFileName, DWORD dwDesiredAccess, DWORD dwShareMode, LPSECURITY_ATTRIBUTES lpSecurityAttributes,
					   DWORD dwCreationDisposition, DWORD dwFlagsAndAttributes, HANDLE hTemplateFile);
	BOOL WriteFileEx(HANDLE hFile, LPCVOID lpBuffer, DWORD nNumberOfBytesToWrite, OVERLAPPED* lpOverlapped,
					 LPOVERLAPPED_COMPLETION_ROUTINE lpCompletionRoutine);
	BOOL ReadFileEx(HANDLE hFile, LPVOID lpBuffer, DWORD nNumberOfBytesToRead, OVERLAPPED* lpOverlapped,
					LPOVERLAPPED_COMPLETION_ROUTINE lpCompletionRoutine);
	BOOL SetEndOfFile(HANDLE hFile);
	BOOL GetOverlappedResult(HANDLE hFile, OVERLAPPED* lpOverlapped, DWORD* lpNumberOfBytesTransferred, BOOL bWait);
	BOOL PostMessageW(HWND hwnd, UINT msg, WPARAM wPara, LPARAM lParam);

	struct FILE_NOTIFY_INFORMATION {
		DWORD NextEntryOffset;
		DWORD Action;
		DWORD FileNameLength;
	    WCHAR _FileName;
	    WCHAR* FileName() { return &_FileName; }
	}

	BOOL ReadDirectoryChangesW(HANDLE hDirectory, void* lpBuffer, DWORD nBufferLength, BOOL bWatchSubtree, DWORD dwNotifyFilter, LPDWORD lpBytesReturned, void* lpOverlapped, void* lpCompletionRoutine);
	HANDLE FindFirstChangeNotificationW(LPCWSTR lpPathName, BOOL bWatchSubtree, DWORD dwNotifyFilter);
	HANDLE FindNextChangeNotification(HANDLE hChangeHandle);


	enum {
		NS_ALL = 0,
		NS_DNS = 12
	}


	struct GUID
	{
		DWORD Data1;
		WORD Data2;
		WORD Data3;
		BYTE[8]  Data4;
	}

	enum WM_USER = 0x0400;

	enum {
		QS_ALLPOSTMESSAGE = 0x0100,
		QS_HOTKEY = 0x0080,
		QS_KEY = 0x0001,
		QS_MOUSEBUTTON = 0x0004,
		QS_MOUSEMOVE = 0x0002,
		QS_PAINT = 0x0020,
		QS_POSTMESSAGE = 0x0008,
		QS_RAWINPUT = 0x0400,
		QS_SENDMESSAGE = 0x0040,
		QS_TIMER = 0x0010,

		QS_MOUSE = (QS_MOUSEMOVE | QS_MOUSEBUTTON),
		QS_INPUT = (QS_MOUSE | QS_KEY | QS_RAWINPUT),
		QS_ALLEVENTS = (QS_INPUT | QS_POSTMESSAGE | QS_TIMER | QS_PAINT | QS_HOTKEY),
		QS_ALLINPUT = (QS_INPUT | QS_POSTMESSAGE | QS_TIMER | QS_PAINT | QS_HOTKEY | QS_SENDMESSAGE),
	}

	enum {
		MWMO_ALERTABLE = 0x0002,
		MWMO_INPUTAVAILABLE = 0x0004,
		MWMO_WAITALL = 0x0001,
	}
}


extern(System) nothrow:

BOOL GetFileSizeEx(HANDLE hFile, long *lpFileSize);


enum {
	FD_READ = 0x0001,
	FD_WRITE = 0x0002,
	FD_OOB = 0x0004,
	FD_ACCEPT = 0x0008,
	FD_CONNECT = 0x0010,
	FD_CLOSE = 0x0020,
	FD_QOS = 0x0040,
	FD_GROUP_QOS = 0x0080,
	FD_ROUTING_INTERFACE_CHANGE = 0x0100,
	FD_ADDRESS_LIST_CHANGE = 0x0200
}


enum {
	WSA_FLAG_OVERLAPPED = 0x01
}

enum {
	WSAPROTOCOL_LEN  = 255,
	MAX_PROTOCOL_CHAIN = 7,
}

enum WSA_IO_PENDING = 997;

struct WSAPROTOCOL_INFOW {
	DWORD            dwServiceFlags1;
	DWORD            dwServiceFlags2;
	DWORD            dwServiceFlags3;
	DWORD            dwServiceFlags4;
	DWORD            dwProviderFlags;
	GUID             ProviderId;
	DWORD            dwCatalogEntryId;
	WSAPROTOCOLCHAIN ProtocolChain;
	int              iVersion;
	int              iAddressFamily;
	int              iMaxSockAddr;
	int              iMinSockAddr;
	int              iSocketType;
	int              iProtocol;
	int              iProtocolMaxOffset;
	int              iNetworkByteOrder;
	int              iSecurityScheme;
	DWORD            dwMessageSize;
	DWORD            dwProviderReserved;
	WCHAR[WSAPROTOCOL_LEN+1] szProtocol;
}

struct WSAPROTOCOLCHAIN {
	int ChainLen;
	DWORD[MAX_PROTOCOL_CHAIN] ChainEntries;
}

struct WSABUF {
	size_t   len;
	ubyte *buf;
}

struct ADDRINFOEXW {
	int ai_flags;
	int ai_family;
	int ai_socktype;
	int ai_protocol;
	size_t ai_addrlen;
	LPCWSTR ai_canonname;
	sockaddr* ai_addr;
	void* ai_blob;
	size_t ai_bloblen;
	GUID* ai_provider;
	ADDRINFOEXW* ai_next;
}

struct ADDRINFOA {
	int ai_flags;
	int ai_family;
	int ai_socktype;
	int ai_protocol;
	size_t ai_addrlen;
	LPSTR ai_canonname;
	sockaddr* ai_addr;
	ADDRINFOA* ai_next;
}

struct ADDRINFOW {
	int ai_flags;
	int ai_family;
	int ai_socktype;
	int ai_protocol;
	size_t ai_addrlen;
	LPWSTR ai_canonname;
	sockaddr* ai_addr;
	ADDRINFOW* ai_next;
}

struct WSAPROTOCOL_INFO {
	DWORD            dwServiceFlags1;
	DWORD            dwServiceFlags2;
	DWORD            dwServiceFlags3;
	DWORD            dwServiceFlags4;
	DWORD            dwProviderFlags;
	GUID             ProviderId;
	DWORD            dwCatalogEntryId;
	WSAPROTOCOLCHAIN ProtocolChain;
	int              iVersion;
	int              iAddressFamily;
	int              iMaxSockAddr;
	int              iMinSockAddr;
	int              iSocketType;
	int              iProtocol;
	int              iProtocolMaxOffset;
	int              iNetworkByteOrder;
	int              iSecurityScheme;
	DWORD            dwMessageSize;
	DWORD            dwProviderReserved;
	CHAR[WSAPROTOCOL_LEN+1] szProtocol;
}
alias SOCKADDR = sockaddr;

alias LPWSAOVERLAPPED_COMPLETION_ROUTINEX = void function(DWORD, DWORD, WSAOVERLAPPEDX*, DWORD);
alias LPLOOKUPSERVICE_COMPLETION_ROUTINE = void function(DWORD, DWORD, WSAOVERLAPPEDX*);
alias LPCONDITIONPROC = void*;
alias LPTRANSMIT_FILE_BUFFERS = void*;

SOCKET WSAAccept(SOCKET s, sockaddr *addr, INT* addrlen, LPCONDITIONPROC lpfnCondition, DWORD_PTR dwCallbackData);
int WSAAsyncSelect(SOCKET s, HWND hWnd, uint wMsg, sizediff_t lEvent);
SOCKET WSASocketW(int af, int type, int protocol, WSAPROTOCOL_INFOW *lpProtocolInfo, uint g, DWORD dwFlags);
int WSARecv(SOCKET s, WSABUF* lpBuffers, DWORD dwBufferCount, DWORD* lpNumberOfBytesRecvd, DWORD* lpFlags, in WSAOVERLAPPEDX* lpOverlapped, LPWSAOVERLAPPED_COMPLETION_ROUTINEX lpCompletionRoutine);
int WSASend(SOCKET s, in WSABUF* lpBuffers, DWORD dwBufferCount, DWORD* lpNumberOfBytesSent, DWORD dwFlags, in WSAOVERLAPPEDX* lpOverlapped, LPWSAOVERLAPPED_COMPLETION_ROUTINEX lpCompletionRoutine);
int WSASendDisconnect(SOCKET s, WSABUF* lpOutboundDisconnectData);
INT WSAStringToAddressA(in LPTSTR AddressString, INT AddressFamily, in WSAPROTOCOL_INFO* lpProtocolInfo, SOCKADDR* lpAddress, INT* lpAddressLength);
INT WSAStringToAddressW(in LPWSTR AddressString, INT AddressFamily, in WSAPROTOCOL_INFOW* lpProtocolInfo, SOCKADDR* lpAddress, INT* lpAddressLength);
INT WSAAddressToStringW(in SOCKADDR* lpsaAddress, DWORD dwAddressLength, in WSAPROTOCOL_INFO* lpProtocolInfo, LPWSTR lpszAddressString, DWORD* lpdwAddressStringLength);
int GetAddrInfoExW(LPCWSTR pName, LPCWSTR pServiceName, DWORD dwNameSpace, GUID* lpNspId, const ADDRINFOEXW *pHints, ADDRINFOEXW **ppResult, timeval *timeout, WSAOVERLAPPEDX* lpOverlapped, LPLOOKUPSERVICE_COMPLETION_ROUTINE lpCompletionRoutine, HANDLE* lpNameHandle);
int GetAddrInfoW(LPCWSTR pName, LPCWSTR pServiceName, const ADDRINFOW *pHints, ADDRINFOW **ppResult);
int getaddrinfo(LPCSTR pName, LPCSTR pServiceName, const ADDRINFOA *pHints, ADDRINFOA **ppResult);
void FreeAddrInfoW(ADDRINFOW* pAddrInfo);
void FreeAddrInfoExW(ADDRINFOEXW* pAddrInfo);
void freeaddrinfo(ADDRINFOA* ai);
BOOL TransmitFile(SOCKET hSocket, HANDLE hFile, DWORD nNumberOfBytesToWrite, DWORD nNumberOfBytesPerSend, OVERLAPPED* lpOverlapped, LPTRANSMIT_FILE_BUFFERS lpTransmitBuffers, DWORD dwFlags);

struct WSAOVERLAPPEDX {
	ULONG_PTR Internal;
	ULONG_PTR InternalHigh;
	union {
		struct {
			DWORD Offset;
			DWORD OffsetHigh;
		}
		PVOID  Pointer;
	}
	HANDLE hEvent;
}
vibe.d-0.7.30/source/vibe/mail/000077500000000000000000000000001304441332000161115ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/mail/smtp.d000066400000000000000000000201411304441332000172370ustar00rootroot00000000000000/**
	SMTP client implementation

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.mail.smtp;

import vibe.core.log;
import vibe.core.net;
import vibe.inet.message;
import vibe.stream.operations;
import vibe.stream.tls;

import std.algorithm : map, splitter;
import std.base64;
import std.conv;
import std.exception;
import std.string;


/**
	Determines the (encryption) type of an SMTP connection.
*/
enum SMTPConnectionType {
	plain,
	tls,
	startTLS,
}


/** Represents the different status codes for SMTP replies.
*/
enum SMTPStatus {
	_success = 200,
	systemStatus = 211,
	helpMessage = 214,
	serviceReady = 220,
	serviceClosing = 221,
	success = 250,
	forwarding = 251,
	serverAuthReady = 334,
	startMailInput = 354,
	serviceUnavailable = 421,
	mailboxTemporarilyUnavailable = 450,
	processingError = 451,
	outOfDiskSpace = 452,
	commandUnrecognized = 500,
	invalidParameters = 501,
	commandNotImplemented = 502,
	badCommandSequence = 503,
	commandParameterNotImplemented = 504,
	domainAcceptsNoMail = 521,
	accessDenied = 530,
	mailboxUnavailable = 550,
	userNotLocal = 551,
	exceededStorageAllocation = 552,
	mailboxNameNotAllowed = 553,
	transactionFailed = 554
}


/**
	Represents the authentication mechanism used by the SMTP client.
*/
enum SMTPAuthType {
	none,
	plain,
	login,
	cramMd5
}


/**
	Configuration options for the SMTP client.
*/
final class SMTPClientSettings {
	/// SMTP host to connect to
	string host = "127.0.0.1";
	/// Port on which to connect
	ushort port = 25;
	/// Own network name to report to the SMTP server
	string localname = "localhost";
	/// Type of encryption protocol to use
	SMTPConnectionType connectionType = SMTPConnectionType.plain;
	/// Authentication type to use
	SMTPAuthType authType = SMTPAuthType.none;

	/// Determines how the server certificate gets validated.
	TLSPeerValidationMode tlsValidationMode = TLSPeerValidationMode.trustedCert;
	/// Version(s) of the TLS/SSL protocol to use
	TLSVersion tlsVersion = TLSVersion.any;
	/// Callback to invoke to enable additional setup of the TLS context.
	void delegate(scope TLSContext) tlsContextSetup;

	/// User name to use for authentication
	string username;
	/// Password to use for authentication
	string password;

	this() {}
	this(string host, ushort port) { this.host = host; this.port = port; }
}


/**
	Represents an email message, including its headers.
*/
final class Mail {
	InetHeaderMap headers;
	string bodyText;
}

/**
	Sends an e-mail using the given settings.

	The mail parameter must point to a valid $(D Mail) object and should define
	at least the headers "To", "From", Sender" and "Subject".

	Valid headers can be found at http://tools.ietf.org/html/rfc4021
*/
void sendMail(in SMTPClientSettings settings, Mail mail)
{
	TCPConnection raw_conn;
	try {
		raw_conn = connectTCP(settings.host, settings.port);
	} catch(Exception e){
		throw new Exception("Failed to connect to SMTP server at "~settings.host~" port "
			~to!string(settings.port), e);
	}
	scope(exit) raw_conn.close();

	Stream conn = raw_conn;

	if( settings.connectionType == SMTPConnectionType.tls ){
		auto ctx = createTLSContext(TLSContextKind.client, settings.tlsVersion);
		ctx.peerValidationMode = settings.tlsValidationMode;
		if (settings.tlsContextSetup) settings.tlsContextSetup(ctx);
		conn = createTLSStream(raw_conn, ctx, TLSStreamState.connecting, settings.host, raw_conn.remoteAddress);
	}

	expectStatus(conn, SMTPStatus.serviceReady, "connection establishment");

	void greet() {
		conn.write("EHLO "~settings.localname~"\r\n");
		while(true){ // simple skipping of
			auto ln = cast(string)conn.readLine();
			logDebug("EHLO response: %s", ln);
			auto sidx = ln.indexOf(' ');
			auto didx = ln.indexOf('-');
			if( sidx > 0 && (didx < 0 || didx > sidx) ){
				enforce(ln[0 .. sidx] == "250", "Server not ready (response "~ln[0 .. sidx]~")");
				break;
			}
		}
	}

	greet();

	if (settings.connectionType == SMTPConnectionType.startTLS) {
		conn.write("STARTTLS\r\n");
		expectStatus(conn, SMTPStatus.serviceReady, "STARTTLS");
		auto ctx = createTLSContext(TLSContextKind.client, settings.tlsVersion);
		ctx.peerValidationMode = settings.tlsValidationMode;
		if (settings.tlsContextSetup) settings.tlsContextSetup(ctx);
		conn = createTLSStream(raw_conn, ctx, TLSStreamState.connecting, settings.host, raw_conn.remoteAddress);
		greet();
	}

	final switch (settings.authType) {
		case SMTPAuthType.none: break;
		case SMTPAuthType.plain:
			logDebug("seding auth");
			conn.write("AUTH PLAIN\r\n");
			expectStatus(conn, SMTPStatus.serverAuthReady, "AUTH PLAIN");
			logDebug("seding auth info");
			conn.write(Base64.encode(cast(ubyte[])("\0"~settings.username~"\0"~settings.password)));
			conn.write("\r\n");
			expectStatus(conn, 235, "plain auth info");
			logDebug("authed");
			break;
		case SMTPAuthType.login:
			conn.write("AUTH LOGIN\r\n");
			expectStatus(conn, SMTPStatus.serverAuthReady, "AUTH LOGIN");
			conn.write(Base64.encode(cast(ubyte[])settings.username) ~ "\r\n");
			expectStatus(conn, SMTPStatus.serverAuthReady, "login user name");
			conn.write(Base64.encode(cast(ubyte[])settings.password) ~ "\r\n");
			expectStatus(conn, 235, "login password");
			break;
		case SMTPAuthType.cramMd5: assert(false, "TODO!");
	}

	conn.write("MAIL FROM:"~addressMailPart(mail.headers["From"])~"\r\n");
	expectStatus(conn, SMTPStatus.success, "MAIL FROM");

	static immutable rcpt_headers = ["To", "Cc", "Bcc"];
	foreach (h; rcpt_headers) {
		mail.headers.getAll(h, (v) {
			foreach (a; v.splitter(',').map!(a => a.strip)) {
				conn.write("RCPT TO:"~addressMailPart(a)~"\r\n");
				expectStatus(conn, SMTPStatus.success, "RCPT TO");
			}
		});
	}

	mail.headers.removeAll("Bcc");

	conn.write("DATA\r\n");
	expectStatus(conn, SMTPStatus.startMailInput, "DATA");
	foreach (name, value; mail.headers) {
		conn.write(name~": "~value~"\r\n");
	}
	conn.write("\r\n");
	conn.write(mail.bodyText);
	conn.write("\r\n.\r\n");
	expectStatus(conn, SMTPStatus.success, "message body");

	conn.write("QUIT\r\n");
	expectStatus(conn, SMTPStatus.serviceClosing, "QUIT");
}

/**
	The following example demonstrates the complete construction of a valid
	e-mail object with UTF-8 encoding. The Date header, as demonstrated, must
	be converted with the local timezone using the $(D toRFC822DateTimeString)
	function.
*/
unittest {
	import vibe.inet.message;
	import std.datetime;
	void testSmtp(string host, ushort port){
		Mail email = new Mail;
		email.headers["Date"] = Clock.currTime(PosixTimeZone.getTimeZone("America/New_York")).toRFC822DateTimeString(); // uses UFCS
		email.headers["Sender"] = "Domain.com Contact Form ";
		email.headers["From"] = "John Doe ";
		email.headers["To"] = "Customer Support ";
		email.headers["Subject"] = "My subject";
		email.headers["Content-Type"] = "text/plain;charset=utf-8";
		email.bodyText = "This message can contain utf-8 [κόσμε], and\nwill be displayed properly in mail clients with \\n line endings.";

		auto smtpSettings = new SMTPClientSettings(host, port);
		sendMail(smtpSettings, email);
	}
	// testSmtp("localhost", 25);
}

private void expectStatus(InputStream conn, int expected_status, string in_response_to)
{
	// TODO: make the full status message available in the exception
	//       message or for general use (e.g. determine server features)
	string ln;
	sizediff_t sp, dsh;
	do {
		ln = cast(string)conn.readLine();
		sp = ln.indexOf(' ');
		if (sp < 0) sp = ln.length;
		dsh = ln.indexOf('-');
	} while (dsh >= 0 && dsh < sp);

	auto status = to!int(ln[0 .. sp]);
	enforce(status == expected_status, "Expected status "~to!string(expected_status)~" in response to "~in_response_to~", got "~to!string(status)~": "~ln[sp .. $]);
}

private int recvStatus(InputStream conn)
{
	string ln = cast(string)conn.readLine();
	auto sp = ln.indexOf(' ');
	if( sp < 0 ) sp = ln.length;
	return to!int(ln[0 .. sp]);
}

private string addressMailPart(string str)
{
	auto idx = str.indexOf('<');
	if( idx < 0 ) return "<"~ str ~">";
	str = str[idx .. $];
	enforce(str[$-1] == '>', "Malformed email address field: '"~str~"'.");
	return str;
}
vibe.d-0.7.30/source/vibe/stream/000077500000000000000000000000001304441332000164625ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/stream/base64.d000066400000000000000000000104441304441332000177160ustar00rootroot00000000000000/**
	Base64 encoding routines

	Copyright: © 2012-2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Jan Krüger, Sönke Ludwig
*/
module vibe.stream.base64;

import vibe.core.stream;

import std.base64;


/**
	MIME compatible Base64 encoding stream.
*/
alias Base64OutputStream = Base64OutputStreamImpl!('+', '/');

/**
	URL safe Base64 encoding stream (using '-' and '_' for non-alphabetic values).
*/
alias Base64URLOutputStream = Base64OutputStreamImpl!('-', '_');

/**
	Generic Base64 encoding output stream.

	The template arguments C62 and C63 determine which non-alphabetic characters
	are used to represent the 62nd and 63rd code units. CPAD is the character
	used for padding the end of the result if necessary.
*/
final class Base64OutputStreamImpl(char C62, char C63, char CPAD = '=') : OutputStream {
	private {
		OutputStream m_out;
		ulong m_maxBytesPerLine;
		ulong m_bytesInCurrentLine = 0;
	}

	private alias B64 = Base64Impl!(C62, C63, CPAD);

	/**
		Initializes the Base64 output stream.

		Params:
			output = The output sink to which the encoded result is written.
			max_bytes_per_line = The maximum number of input bytes after which a
				line break is inserted into the output. Defaults to 57,
				according to the MIME standard.
	*/
	this(OutputStream output, ulong max_bytes_per_line = 57)
	{
		m_out = output;
		m_maxBytesPerLine = max_bytes_per_line;
	}


	void write(in ubyte[] bytes_)
	{
		import vibe.stream.wrapper;

		const(ubyte)[] bytes = bytes_;

		auto rng = StreamOutputRange(m_out);

		while (bytes.length > 0) {
			if (m_bytesInCurrentLine + bytes.length >= m_maxBytesPerLine) {
				size_t bts = cast(size_t)(m_maxBytesPerLine - m_bytesInCurrentLine);
				B64.encode(bytes[0 .. bts], &rng);
				rng.put("\r\n");
				bytes = bytes[bts .. $];
				m_bytesInCurrentLine = 0;
			} else {
				B64.encode(bytes, &rng);
				m_bytesInCurrentLine += bytes.length;
				break;
			}
		}
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	void flush()
	{
		m_out.flush();
	}

	void finalize()
	{
		flush();
	}
}

/+
/**
	MIME compatible Base64 decoding stream.
*/
alias Base64InputStream = Base64InputStreamImpl!('+', '/');

/**
	URL safe Base64 decoding stream (using '-' and '_' for non-alphabetic values).
*/
alias Base64URLInputStream = Base64InputStreamImpl!('-', '_');
class Base64InputStream(char C62, char C63, char CPAD = '=') : InputStream {
	private {
		InputStream m_in;
		FixedRingBuffer!(ubyte, 1024) m_buffer;
	}

	private alias B64 = Base64Impl!(C62, C63, CPAD);

	this(InputStream input)
	{
		m_in = input;
		fillBuffer();
	}

	bool empty() const { return m_buffer.empty; }
	ulong leastSize() const { return m_buffer.length; }
	const(ubyte)[] peek() const { return m_buffer.peek; }

	void read(ubyte[] dst)
	{
		ubyte[74] inbuf;
		while (!dst.empty) {
			enforce(!empty, "Reading past end of base-64 stream.");
			auto sz = min(dst.length, m_buffer.length);
			m_buffer.read(dst[0 .. sz]);
			dst = dst[sz .. $];
			fillBuffer();
		}
	}

	private void fillBuffer()
	{
		ubyte[74] buf;
		size_t buf_fill = 0;
		while (!m_buffer.full || !m_in.empty) {
			auto insz = m_in.leastSize;
			auto sz = min(insz, (m_buffer.freeSpace/3)*4);
			if (sz == 0) {
				m_in.read(buf[buf_fill .. buf_fill+insz]);
				buf_fill += insz;
			}
			auto csz = min(sz, buf.length);
			m_in.read(buf[0 .. csz])
			B64.decode();

			m_in.read(m_buffer.peekDst[0 .. min(sz, $)]);
		}
	}
}
+/

unittest {
	void test(in ubyte[] data, string encoded, ulong bytes_per_line = 57)
	{
		import vibe.stream.memory;
		auto encstr = new MemoryOutputStream;
		auto bostr = new Base64OutputStream(encstr, bytes_per_line);
		bostr.write(data);
		assert(encstr.data == encoded);
		/*encstr.seek(0);
		auto bistr = new Base64InputStream(encstr);
		assert(bistr.readAll() == data);*/
	}

	test([0x14, 0xfb, 0x9c, 0x03, 0xd9, 0x7e], "FPucA9l+");

	ubyte[200] data;
	foreach (i, ref b; data) b = (i * 1337) % 256;
	string encoded =
		"ADlyq+QdVo/IATpzrOUeV5DJAjt0reYfWJHKAzx1rucgWZLLBD12r+ghWpPMBT53sOkiW5TNBj94\r\n" ~
		"seojXJXOB0B5suskXZbPCEF6s+wlXpfQCUJ7tO0mX5jRCkN8te4nYJnSC0R9tu8oYZrTDEV+t/Ap\r\n" ~
		"YpvUDUZ/uPEqY5zVDkeAufIrZJ3WD0iBuvMsZZ7XEEmCu/QtZp/YEUqDvPUuZ6DZEkuEvfYvaKHa\r\n" ~
		"E0yFvvcwaaLbFE2Gv/gxaqPcFU6HwPkya6TdFk8=";
	test(data, encoded);
}
vibe.d-0.7.30/source/vibe/stream/botan.d000066400000000000000000000623761304441332000177500ustar00rootroot00000000000000/**
	Botan TLS implementation
	Copyright: © 2015 RejectedSoftware e.K., GlobecSys Inc
	Authors: Sönke Ludwig, Etienne Cimon
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
*/
module vibe.stream.botan;

version(Have_botan):

version = X509;
import botan.constants;
import botan.cert.x509.x509cert;
import botan.cert.x509.certstor;
import botan.cert.x509.x509path;
import botan.tls.blocking;
import botan.tls.channel;
import botan.tls.credentials_manager;
import botan.tls.exceptn;
import botan.tls.server;
import botan.tls.session_manager;
import botan.tls.server_info;
import botan.tls.ciphersuite;
import botan.rng.auto_rng;
import vibe.core.stream;
import vibe.stream.tls;
import vibe.core.net;
import std.datetime;
import std.exception;

class BotanTLSStream : TLSStream/*, Buffered*/
{
	private {
		Stream m_stream;
		TLSBlockingChannel m_tlsChannel;
		BotanTLSContext m_ctx;

		OnAlert m_alertCB;
		OnHandshakeComplete m_handshakeComplete;
		TLSCiphersuite m_cipher;
		TLSProtocolVersion m_ver;
		SysTime m_session_age;
		X509Certificate m_peer_cert;
		TLSCertificateInformation m_cert_compat;
		ubyte[] m_sess_id;
		Exception m_ex;
	}

	/// Returns the date/time the session was started
	@property SysTime started() const { return m_session_age; }

	/// Get the session ID
	@property const(ubyte[]) sessionId() { return m_sess_id; } 

	/// Returns the remote public certificate from the chain
	@property const(X509Certificate) x509Certificate() const { return m_peer_cert; }

	/// Returns the negotiated version of the TLS Protocol
	@property TLSProtocolVersion protocol() const { return m_ver; }

	/// Returns the complete ciphersuite details from the negotiated TLS connection
	@property TLSCiphersuite cipher() const { return m_cipher; }

	@property string alpn() const { return m_tlsChannel.underlyingChannel().applicationProtocol(); }

	@property TLSCertificateInformation peerCertificate() { assert(false, "Incompatible interface method requested"); }

	// Constructs a new TLS Client Stream and connects with the specified handlers
	this(Stream underlying, BotanTLSContext ctx, 
		 void delegate(in TLSAlert alert, in ubyte[] ub) alert_cb, 
		 bool delegate(in TLSSession session) hs_cb,
		 string peer_name = null, NetworkAddress peer_address = NetworkAddress.init)
	{
		m_ctx = ctx;
		m_stream = underlying;
		m_alertCB = alert_cb;
		m_handshakeComplete = hs_cb;

		assert(m_ctx.m_kind == TLSContextKind.client, "Connecting through a server context is not supported");
		// todo: add service name?
		TLSServerInformation server_info = TLSServerInformation(peer_name, peer_address.port);
		m_tlsChannel = TLSBlockingChannel(&onRead, &onWrite,  &onAlert, &onHandhsakeComplete, m_ctx.m_sessionManager, m_ctx.m_credentials, m_ctx.m_policy, m_ctx.m_rng, server_info, m_ctx.m_offer_version, m_ctx.m_clientOffers.dup);

		try m_tlsChannel.doHandshake();
		catch (Exception e) {
			m_ex = e;
		}
	}

	// This constructor is used by the TLS Context for both server and client streams
	this(Stream underlying, BotanTLSContext ctx, TLSStreamState state, string peer_name = null, NetworkAddress peer_address = NetworkAddress.init) {
		m_ctx = ctx;
		m_stream = underlying;

		if (state == TLSStreamState.accepting)
		{
			assert(m_ctx.m_kind != TLSContextKind.client, "Accepting through a client context is not supported");
			m_tlsChannel = TLSBlockingChannel(&onRead, &onWrite, &onAlert, &onHandhsakeComplete, m_ctx.m_sessionManager, m_ctx.m_credentials, m_ctx.m_policy, m_ctx.m_rng, &m_ctx.nextProtocolHandler, &m_ctx.sniHandler, m_ctx.m_is_datagram);
		
		}
		else if (state == TLSStreamState.connecting) {
			assert(m_ctx.m_kind == TLSContextKind.client, "Connecting through a server context is not supported");
			// todo: add service name?
			TLSServerInformation server_info = TLSServerInformation(peer_name, peer_address.port);
			m_tlsChannel = TLSBlockingChannel(&onRead, &onWrite,  &onAlert, &onHandhsakeComplete, m_ctx.m_sessionManager, m_ctx.m_credentials, m_ctx.m_policy, m_ctx.m_rng, server_info, m_ctx.m_offer_version, m_ctx.m_clientOffers.dup);
		}
		else /*if (state == TLSStreamState.connected)*/ {
			m_tlsChannel = TLSBlockingChannel.init;
			throw new Exception("Cannot load BotanTLSSteam from a connected TLS session");
		}
		
		try m_tlsChannel.doHandshake();
		catch (Exception e) {
			m_ex = e;
		}
	}
	
	~this() {
		try m_tlsChannel.destroy();
		catch (Exception e) {
		}
	}
		
	void flush()
	{ 
		processException();
		m_stream.flush();
	}

	void finalize()
	{ 
		if (m_tlsChannel.isClosed())
			return;

		processException();
		scope(success) 
			processException();

		m_tlsChannel.close();
		m_stream.flush();
	}

	void write(InputStream stream, ulong nbytes) { processException(); writeDefault(stream, nbytes); }

	void read(ubyte[] dst)
	{ 
		processException();
		scope(success) 
			processException();
		m_tlsChannel.read(dst);
	}

	ubyte[] readChunk(ubyte[] buf)
	{ 
		processException();
		scope(success) 
			processException();
		return m_tlsChannel.readBuf(buf);
	}

	void write(in ubyte[] src)
	{
		processException();
		scope(success) 
			processException();
		m_tlsChannel.write(src);
	}

	@property bool empty()
	{
		processException();
		return leastSize() == 0;
	}
	
	@property ulong leastSize()
	{
		size_t ret = m_tlsChannel.pending();
		if (ret > 0) return ret;
		if (m_tlsChannel.isClosed() || m_ex !is null) return 0;
		try m_tlsChannel.readBuf(null); // force an exchange
		catch (Exception e) { return 0; }
		ret = m_tlsChannel.pending();
		//logDebug("Least size returned: ", ret);
		return ret > 0 ? ret : m_stream.empty ? 0 : 1;
	}
		
	@property bool dataAvailableForRead()
	{
		processException();
		if (m_tlsChannel.pending() > 0) return true;
		if (!m_stream.dataAvailableForRead) return false;
		m_tlsChannel.readBuf(null); // force an exchange
		return m_tlsChannel.pending() > 0;
	}
	
	const(ubyte)[] peek()
	{
		processException();
		auto peeked = m_tlsChannel.peek();
		//logDebug("Peeked data: ", cast(ubyte[])peeked);
		//logDebug("Peeked data ptr: ", peeked.ptr);
		return peeked;
	}
	
	@property void setAlertCallback(void delegate(in TLSAlert alert, in ubyte[] ub) alert_cb) 
	{
		processException();
		m_alertCB = alert_cb;
	}
	
	@property void setHandshakeCallback(bool delegate(in TLSSession session) hs_cb) 
	{
		processException();
		m_handshakeComplete = hs_cb;
	}

	private void processException()
	{
		if (auto ex = m_ex) {
			m_ex = null;
			throw ex;
		}
	}

	private void onAlert(in TLSAlert alert, in ubyte[] data) {
		if (alert.isFatal)
			m_ex = new Exception("TLS Alert Received: " ~ alert.typeString());
		if (m_alertCB)
			m_alertCB(alert, data);
	}

	private bool onHandhsakeComplete(in TLSSession session) {
		m_sess_id = cast(ubyte[])session.sessionId()[].dup;
		m_cipher = session.ciphersuite();
		m_session_age = session.startTime();
		m_ver = session.Version();
		if (session.peerCerts().length > 0)
			m_peer_cert = session.peerCerts()[0];
		if (m_handshakeComplete)
			return m_handshakeComplete(session);
		return true;
	}

	private ubyte[] onRead(ubyte[] buf) 
	{
		ubyte[] ret;
		/*if (auto buffered = cast(Buffered)m_stream) {
			ret = buffered.readChunk(buf);
			return ret;
		}*/
		
		size_t len = std.algorithm.min(m_stream.leastSize(), buf.length);
		if (len == 0) return null;
		m_stream.read(buf[0 .. len]);
		return buf[0 .. len];
	}

	private void onWrite(in ubyte[] src) {	
		//logDebug("Write: %s", src);
		m_stream.write(src);
	}
}

class BotanTLSContext : TLSContext {
	private {
		TLSSessionManager m_sessionManager;
		TLSPolicy m_policy;
		TLSCredentialsManager m_credentials;
		TLSContextKind m_kind;
		AutoSeededRNG m_rng;
		TLSProtocolVersion m_offer_version;
		TLSServerNameCallback m_sniCallback;
		TLSALPNCallback m_serverCb;
		Vector!string m_clientOffers;
		bool m_is_datagram;
		bool m_certChecked;
	}

	this(TLSContextKind kind, 
		 TLSCredentialsManager credentials = null, 
		 TLSPolicy policy = null, 
		 TLSSessionManager session_manager = null,
		 bool is_datagram = false)
	{
		if (!credentials)
			credentials = new CustomTLSCredentials();
		m_kind = kind;
		m_credentials = credentials;
		m_is_datagram = is_datagram;

		if (is_datagram)
			m_offer_version = TLSProtocolVersion.DTLS_V12;
		else
			m_offer_version = TLSProtocolVersion.TLS_V12;

		m_rng = new AutoSeededRNG();
		if (!session_manager)
			session_manager = new TLSSessionManagerInMemory(m_rng);
		m_sessionManager = session_manager;

		if (!policy) {
			if (!gs_default_policy)
				gs_default_policy = new CustomTLSPolicy();
			policy = cast(TLSPolicy)gs_default_policy;
		}
		m_policy = policy;
	}
	
	/// The kind of TLS context (client/server)
	@property TLSContextKind kind() const { 
		return m_kind;
	}

	/// Used by clients to indicate protocol preference, use TLSPolicy to restrict the protocol versions
	@property void defaultProtocolOffer(TLSProtocolVersion ver) { m_offer_version = ver; }
	/// ditto
	@property TLSProtocolVersion defaultProtocolOffer() { return m_offer_version; }

	@property void sniCallback(TLSServerNameCallback callback)
	{
		m_sniCallback = callback;
	}
	@property inout(TLSServerNameCallback) sniCallback() inout { return m_sniCallback; }

	/// Callback function invoked by server to choose alpn
	@property void alpnCallback(TLSALPNCallback alpn_chooser)
	{
		m_serverCb = alpn_chooser;
	}

	/// Get the current ALPN callback function
	@property TLSALPNCallback alpnCallback() const { return m_serverCb; }

	/// Invoked by client to offer alpn, all strings are copied on the GC
	@property void setClientALPN(string[] alpn_list)
	{
		m_clientOffers.clear();
		foreach (alpn; alpn_list)
			m_clientOffers ~= alpn.idup;
	}

	/** Creates a new stream associated to this context.
	*/
	TLSStream createStream(Stream underlying, TLSStreamState state, string peer_name = null, NetworkAddress peer_address = NetworkAddress.init)
	{
		if (!m_certChecked)
			checkCert();	
		return new BotanTLSStream(underlying, this, state, peer_name, peer_address);
	}

	/** Specifies the validation level of remote peers.

		The default mode for TLSContextKind.client is
		TLSPeerValidationMode.trustedCert and the default for
		TLSContextKind.server is TLSPeerValidationMode.none.
	*/
	@property void peerValidationMode(TLSPeerValidationMode mode) {
		if (auto credentials = cast(CustomTLSCredentials)m_credentials) {
			credentials.m_validationMode = mode;
			return;
		}
		else assert(false, "Cannot handle peerValidationMode if CustomTLSCredentials is not used");
	}
	/// ditto
	@property TLSPeerValidationMode peerValidationMode() const {
		if (auto credentials = cast(CustomTLSCredentials)m_credentials) {
			return credentials.m_validationMode;
		}
		else assert(false, "Cannot handle peerValidationMode if CustomTLSCredentials is not used");
	}

	/** An optional user callback for peer validation.

		Peer validation callback is unused in Botan. Specify a custom TLS Policy to handle peer certificate data.
	*/
	@property void peerValidationCallback(TLSPeerValidationCallback callback) { assert(false, "Peer validation callback is unused in Botan. Specify a custom TLS Policy to handle peer certificate data."); }
	/// ditto
	@property inout(TLSPeerValidationCallback) peerValidationCallback() inout { return TLSPeerValidationCallback.init; }

	/** The maximum length of an accepted certificate chain.

		Any certificate chain longer than this will result in the TLS
		negitiation failing.

		The default value is 9.
	*/
	@property void maxCertChainLength(int val) { 
		
		if (auto credentials = cast(CustomTLSCredentials)m_credentials) {
			credentials.m_max_cert_chain_length = val;
			return;
		}
		else assert(false, "Cannot handle maxCertChainLength if CustomTLSCredentials is not used");
	}
	/// ditto
	@property int maxCertChainLength() const {
		if (auto credentials = cast(CustomTLSCredentials)m_credentials) {
			return credentials.m_max_cert_chain_length;
		}
		else assert(false, "Cannot handle maxCertChainLength if CustomTLSCredentials is not used");
	}

	void setCipherList(string list = null) { assert(false, "Incompatible interface method requested"); }
	
	/** Set params to use for DH cipher.
	 *
	 * By default the 2048-bit prime from RFC 3526 is used.
	 *
	 * Params:
	 * pem_file = Path to a PEM file containing the DH parameters. Calling
	 *    this function without argument will restore the default.
	 */
	void setDHParams(string pem_file=null) { assert(false, "Incompatible interface method requested"); }
	
	/** Set the elliptic curve to use for ECDH cipher.
	 *
	 * By default a curve is either chosen automatically or  prime256v1 is used.
	 *
	 * Params:
	 * curve = The short name of the elliptic curve to use. Calling this
	 *    function without argument will restore the default.
	 *
	 */
	void setECDHCurve(string curve=null) { assert(false, "Incompatible interface method requested"); }
	
	/// Sets a certificate file to use for authenticating to the remote peer
	void useCertificateChainFile(string path) { 
		if (auto credentials = cast(CustomTLSCredentials)m_credentials) {
			m_certChecked = false;
			credentials.m_server_cert = X509Certificate(path);
			return;
		}
		else assert(false, "Cannot handle useCertificateChainFile if CustomTLSCredentials is not used");
	}
	
	/// Sets the private key to use for authenticating to the remote peer based
	/// on the configured certificate chain file.
	/// todo: Use passphrase?
	void usePrivateKeyFile(string path) { 
		if (auto credentials = cast(CustomTLSCredentials)m_credentials) {
			import botan.pubkey.pkcs8 : loadKey;
			credentials.m_key = loadKey(path, m_rng);
			return;
		}
		else assert(false, "Cannot handle usePrivateKeyFile if CustomTLSCredentials is not used");
	}
	
	/** Sets the list of trusted certificates for verifying peer certificates.

		If this is a server context, this also entails that the given
		certificates are advertised to connecting clients during handshake.

		On Linux, the system's root certificate authority list is usually
		found at "/etc/ssl/certs/ca-certificates.crt",
		"/etc/pki/tls/certs/ca-bundle.crt", or "/etc/ssl/ca-bundle.pem".
	*/
	void useTrustedCertificateFile(string path) { 
		if (auto credentials = cast(CustomTLSCredentials)m_credentials) {
			auto store = new CertificateStoreInMemory;
			
			store.addCertificate(X509Certificate(path));
			credentials.m_stores.pushBack(store);
			return;
		} 
		else assert(false, "Cannot handle useTrustedCertificateFile if CustomTLSCredentials is not used");
	}

	private SNIContextSwitchInfo sniHandler(string hostname) 
	{
		auto ctx = onSNI(hostname);
		if (!ctx) return SNIContextSwitchInfo.init;
		SNIContextSwitchInfo chgctx;
		chgctx.session_manager = ctx.m_sessionManager;
		chgctx.credentials = ctx.m_credentials;
		chgctx.policy = ctx.m_policy;
		chgctx.next_proto = &ctx.nextProtocolHandler;
		//chgctx.user_data = cast(void*)hostname.toStringz();
		return chgctx;
	}

	private string nextProtocolHandler(in Vector!string offers) {
		enforce(m_kind == TLSContextKind.server, "Attempted ALPN selection on a " ~ m_kind.to!string);
		if (m_serverCb !is null)
			return m_serverCb(offers[]);
		else return "";
	}

	private BotanTLSContext onSNI(string hostname) {
		if (m_kind != TLSContextKind.serverSNI)
			return null;

		TLSContext ctx = m_sniCallback(hostname);
		if (auto bctx = cast(BotanTLSContext) ctx) {
			// Since this happens in a BotanTLSStream, the stream info (r/w callback) remains the same
			return bctx;
		}

		// We cannot use anything else than a Botan stream, and any null value with serverSNI is a failure
		throw new Exception("Could not find specified hostname");
	}
	
	private void checkCert() {
		m_certChecked = true;
		if (m_kind == TLSContextKind.client) return;
		if (auto creds = cast(CustomTLSCredentials) m_credentials) {
			auto sigs = m_policy.allowedSignatureMethods();
			import botan.asn1.oids : OIDS;
			import vibe.core.log : logDebug;
			auto sig_algo = OIDS.lookup(creds.m_server_cert.signatureAlgorithm().oid());
			import std.range : front;
			import std.algorithm.iteration : splitter;
			string sig_algo_str = sig_algo.splitter("/").front.to!string;
			logDebug("Certificate algorithm: %s", sig_algo_str);
			bool found;
			foreach (sig; sigs[]) {
				if (sig == sig_algo_str) {
					found = true; break;
				}
			}
			assert(found, "Server Certificate uses a signing algorithm that is not accepted in the server policy.");
		}
	}
}

/**
* TLS Policy as a settings object
*/
private class CustomTLSPolicy : TLSPolicy
{
	private {
		TLSProtocolVersion m_min_ver = TLSProtocolVersion.TLS_V10;
		int m_min_dh_group_size = 1024;
		Vector!TLSCiphersuite m_pri_ciphersuites;
		Vector!string m_pri_ecc_curves;
		Duration m_session_lifetime = 24.hours;
		bool m_pri_ciphers_exclusive;
		bool m_pri_curves_exclusive;
	}
	
	/// Sets the minimum acceptable protocol version
	@property void minProtocolVersion(TLSProtocolVersion ver) { m_min_ver = ver; }
	
	/// Get the minimum acceptable protocol version
	@property TLSProtocolVersion minProtocolVersion() { return m_min_ver; }

	@property void minDHGroupSize(int sz) { m_min_dh_group_size = sz; }
	@property int minDHGroupSize() { return m_min_dh_group_size; }

	/// Add a cipher suite to the priority ciphers with lowest ordering value
	void addPriorityCiphersuites(TLSCiphersuite[] suites) { m_pri_ciphersuites ~= suites; }
	
	@property TLSCiphersuite[] ciphers() { return m_pri_ciphersuites[]; }
	
	/// Set to true to use excuslively priority ciphers passed through "addCiphersuites"
	@property void priorityCiphersOnly(bool b) { m_pri_ciphers_exclusive = b; }
	@property bool priorityCiphersOnly() { return m_pri_ciphers_exclusive; }
	
	void addPriorityCurves(string[] curves) {
		m_pri_ecc_curves ~= curves;
	}
	@property string[] priorityCurves() { return m_pri_ecc_curves[]; }
	
	/// Uses only priority curves passed through "add"
	@property void priorityCurvesOnly(bool b) { m_pri_curves_exclusive = b; }
	@property bool priorityCurvesOnly() { return m_pri_curves_exclusive; }

	override string chooseCurve(in Vector!string curve_names) const
	{
		import std.algorithm : countUntil;
		foreach (curve; m_pri_ecc_curves[]) {
			if (curve_names[].countUntil(curve) != -1)
				return curve;
		}

		if (!m_pri_curves_exclusive)
			return super.chooseCurve((cast(Vector!string)curve_names).move);
		return "";
	}

	override Vector!string allowedEccCurves() const {
		Vector!string ret;
		if (!m_pri_ecc_curves.empty)
			ret ~= m_pri_ecc_curves[];
		if (!m_pri_curves_exclusive)
			ret ~= super.allowedEccCurves()[];
		return ret;
	}

	override Vector!ushort ciphersuiteList(TLSProtocolVersion _version, bool have_srp) const {
		Vector!ushort ret;
		if (m_pri_ciphersuites.length > 0) {
			foreach (suite; m_pri_ciphersuites) {
				ret ~= suite.ciphersuiteCode();
			}
		}

		if (!m_pri_ciphers_exclusive) {
			ret ~= super.ciphersuiteList(_version, have_srp);
		}

		return ret;
	}

	override bool acceptableProtocolVersion(TLSProtocolVersion _version) const
	{
		if (m_min_ver != TLSProtocolVersion.init)
			return _version >= m_min_ver;
		return super.acceptableProtocolVersion(_version);
	}

	override Duration sessionTicketLifetime() const {
		return m_session_lifetime;
	}

	override size_t minimumDhGroupSize() const {
		return m_min_dh_group_size;
	}
}


private class CustomTLSCredentials : TLSCredentialsManager
{
	private {
		TLSPeerValidationMode m_validationMode = TLSPeerValidationMode.none;
		int m_max_cert_chain_length = 9;
	}

	public {
		X509Certificate m_server_cert, m_ca_cert;
		PrivateKey m_key;
		Vector!CertificateStore m_stores;
	}

	this() { }

	// Client constructor
	this(TLSPeerValidationMode validation_mode = TLSPeerValidationMode.checkPeer) {
		m_validationMode = validation_mode;
	}

	// Server constructor
	this(X509Certificate server_cert, X509Certificate ca_cert, PrivateKey server_key) 
	{
		m_server_cert = server_cert;
		m_ca_cert = ca_cert;
		m_key = server_key;
		auto store = new CertificateStoreInMemory;

		store.addCertificate(m_ca_cert);
		m_stores.pushBack(store);
		m_validationMode = TLSPeerValidationMode.none;
	}

	override Vector!CertificateStore trustedCertificateAuthorities(in string, in string)
	{
		// todo: Check machine stores for client mode

		return m_stores.dup;
	}
	
	override Vector!X509Certificate certChain(const ref Vector!string cert_key_types, in string type, in string) 
	{
		Vector!X509Certificate chain;
		
		if (type == "tls-server")
		{
			bool have_match = false;
			foreach (cert_key_type; cert_key_types[]) {
				if (cert_key_type == m_key.algoName) {
					enforce(m_server_cert, "Private Key was defined but no corresponding server certificate was found.");
					have_match = true;
				}
			}
			
			if (have_match)
			{
				chain.pushBack(m_server_cert);
				if (m_ca_cert) chain.pushBack(m_ca_cert);
			}
		}
		
		return chain.move();
	}
	
	override void verifyCertificateChain(in string type, in string purported_hostname, const ref Vector!X509Certificate cert_chain)
	{
		if (cert_chain.empty)
			throw new InvalidArgument("Certificate chain was empty");

		if (m_validationMode == TLSPeerValidationMode.validCert)
		{      			
			auto trusted_CAs = trustedCertificateAuthorities(type, purported_hostname);
			
			PathValidationRestrictions restrictions;
			restrictions.maxCertChainLength = m_max_cert_chain_length;

			auto result = x509PathValidate(cert_chain, restrictions, trusted_CAs);
			
			if (!result.successfulValidation())
				throw new Exception("Certificate validation failure: " ~ result.resultString());
			
			if (!certInSomeStore(trusted_CAs, result.trustRoot()))
				throw new Exception("Certificate chain roots in unknown/untrusted CA");
			
			if (purported_hostname != "" && !cert_chain[0].matchesDnsName(purported_hostname))
				throw new Exception("Certificate did not match hostname");

			return;
		}

		if (m_validationMode & TLSPeerValidationMode.checkTrust) {
			auto trusted_CAs = trustedCertificateAuthorities(type, purported_hostname);
			
			PathValidationRestrictions restrictions;
			restrictions.maxCertChainLength = m_max_cert_chain_length;
			
			PathValidationResult result;
			try result = x509PathValidate(cert_chain, restrictions, trusted_CAs);
			catch (Exception e) { }

			if (!certInSomeStore(trusted_CAs, result.trustRoot()))
				throw new Exception("Certificate chain roots in unknown/untrusted CA");
		}

		// Commit to basic tests for other validation modes
		if (m_validationMode & TLSPeerValidationMode.checkCert) {
			import botan.asn1.asn1_time : X509Time;
			X509Time current_time = X509Time(Clock.currTime());
			// Check all certs for valid time range
			if (current_time < X509Time(cert_chain[0].startTime()))
				throw new Exception("Certificate is not yet valid");
			
			if (current_time > X509Time(cert_chain[0].endTime()))
				throw new Exception("Certificate has expired");

			if (cert_chain[0].isSelfSigned())
				throw new Exception("Certificate was self signed");
		}

		if (m_validationMode & TLSPeerValidationMode.checkPeer)
			if (purported_hostname != "" && !cert_chain[0].matchesDnsName(purported_hostname))
				throw new Exception("Certificate did not match hostname");


	}
	
	override PrivateKey privateKeyFor(in X509Certificate, in string, in string)
	{
		return m_key;
	}
	
	// Interface fallthrough	
	override Vector!X509Certificate certChainSingleType(in string cert_key_type,
		in string type,
		in string context)
	{
		return super.certChainSingleType(cert_key_type, type, context);
	}
	
	override bool attemptSrp(in string type, in string context)
	{
		return super.attemptSrp(type, context);
	}
	
	override string srpIdentifier(in string type, in string context)
	{
		return super.srpIdentifier(type, context);
	}
	
	override string srpPassword(in string type, in string context, in string identifier)
	{
		return super.srpPassword(type, context, identifier);
	}
	
	override bool srpVerifier(in string type,
		in string context,
		in string identifier,
		ref string group_name,
		ref BigInt verifier,
		ref Vector!ubyte salt,
		bool generate_fake_on_unknown)
	{
		return super.srpVerifier(type, context, identifier, group_name, verifier, salt, generate_fake_on_unknown);
	}
	
	override string pskIdentityHint(in string type, in string context)
	{
		return super.pskIdentityHint(type, context);
	}
	
	override string pskIdentity(in string type, in string context, in string identity_hint)
	{
		return super.pskIdentity(type, context, identity_hint);
	}
	
	override SymmetricKey psk(in string type, in string context, in string identity)
	{
		return super.psk(type, context, identity);
	}

	override bool hasPsk()
	{
		return super.hasPsk();
	}
}

private CustomTLSCredentials createCreds()
{
	
	import botan.rng.auto_rng;
	import botan.cert.x509.pkcs10;
	import botan.cert.x509.x509self;
	import botan.cert.x509.x509_ca;
	import botan.pubkey.algo.rsa;
	import botan.codec.hex;
	import botan.utils.types;
	scope rng = new AutoSeededRNG();
	auto ca_key = RSAPrivateKey(rng, 1024);
	scope(exit) ca_key.destroy();
	
	X509CertOptions ca_opts;
	ca_opts.common_name = "Test CA";
	ca_opts.country = "US";
	ca_opts.CAKey(1);
	
	X509Certificate ca_cert = x509self.createSelfSignedCert(ca_opts, *ca_key, "SHA-256", rng);
	
	auto server_key = RSAPrivateKey(rng, 1024);
	
	X509CertOptions server_opts;
	server_opts.common_name = "localhost";
	server_opts.country = "US";
	
	PKCS10Request req = x509self.createCertReq(server_opts, *server_key, "SHA-256", rng);
	
	X509CA ca = X509CA(ca_cert, *ca_key, "SHA-256");
	
	auto now = Clock.currTime(UTC());
	X509Time start_time = X509Time(now);
	X509Time end_time = X509Time(now + 365.days);
	
	X509Certificate server_cert = ca.signRequest(req, rng, start_time, end_time);
	
	return new CustomTLSCredentials(server_cert, ca_cert, server_key.release());

}

private {
	__gshared CustomTLSPolicy gs_default_policy;
}
vibe.d-0.7.30/source/vibe/stream/counting.d000066400000000000000000000130721304441332000204600ustar00rootroot00000000000000/**
	Wrapper streams which count the number of bytes or limit the stream based on the number of
	transferred bytes.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.stream.counting;

public import vibe.core.stream;

import std.exception;


/**
	Wraps an existing stream, limiting the amount of data that can be read.
*/
class LimitedInputStream : InputStream {
	private {
		InputStream m_input;
		ulong m_sizeLimit;
		bool m_silentLimit;
	}

	/** Constructs a limited stream from an existing input stream.

		Params:
			stream: the input stream to be wrapped
			byte_limit: the maximum number of bytes readable from the constructed stream
			silent_limit: if set, the stream will behave exactly like the original stream, but
				will throw an exception as soon as the limit is reached.
	*/
	this(InputStream stream, ulong byte_limit, bool silent_limit = false)
	{
		assert(stream !is null);
		m_input = stream;
		m_sizeLimit = byte_limit;
		m_silentLimit = silent_limit;
	}

	/// The stream that is wrapped by this one
	@property inout(InputStream) sourceStream() inout { return m_input; }

	@property bool empty() { return m_silentLimit ? m_input.empty : (m_sizeLimit == 0); }

	@property ulong leastSize() { if( m_silentLimit ) return m_input.leastSize; return m_sizeLimit; }

	@property bool dataAvailableForRead() { return m_input.dataAvailableForRead; }

	void increment(ulong bytes)
	{
		if( bytes > m_sizeLimit ) onSizeLimitReached();
		m_sizeLimit -= bytes;
	}

	const(ubyte)[] peek() { return m_input.peek(); }

	void read(ubyte[] dst)
	{
		if (dst.length > m_sizeLimit) onSizeLimitReached();
		m_input.read(dst);
		m_sizeLimit -= dst.length;
	}

	protected void onSizeLimitReached() {
		throw new LimitException("Size limit reached", m_sizeLimit);
	}
}


/**
	Wraps an existing output stream, counting the bytes that are written.
*/
class CountingOutputStream : OutputStream {
	private {
		ulong m_bytesWritten;
		ulong m_writeLimit;
		OutputStream m_out;
	}

	/** Constructs a new counting stream.

		Params:
			stream: The output stream to forward all writes to.
			write_limit: Optional limit of bytes to write to the destination
				stream. Writing past this limit will cause `write` to throw
				an exception.
	*/
	this(OutputStream stream, ulong write_limit = ulong.max)
	{
		assert(stream !is null);
		m_writeLimit = write_limit;
		m_out = stream;
	}

	/// Returns the total number of bytes written.
	@property ulong bytesWritten() const { return m_bytesWritten; }

	/// The maximum number of bytes to write
	@property ulong writeLimit() const { return m_writeLimit; }
	/// ditto
	@property void writeLimit(ulong value) { m_writeLimit = value; }

	/** Manually increments the write counter without actually writing data.
	*/
	void increment(ulong bytes)
	{
		enforce(m_bytesWritten + bytes <= m_writeLimit, "Incrementing past end of output stream.");
		m_bytesWritten += bytes;
	}

	void write(in ubyte[] bytes)
	{
		enforce(m_bytesWritten + bytes.length <= m_writeLimit, "Writing past end of output stream.");

		m_out.write(bytes);
		m_bytesWritten += bytes.length;
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	void flush() { m_out.flush(); }
	void finalize() { m_out.flush(); }
}


/**
	Wraps an existing input stream, counting the bytes that are written.
*/
class CountingInputStream : InputStream {
	private {
		ulong m_bytesRead;
		InputStream m_in;
	}
	this(InputStream stream)
	{
		assert(stream !is null);
		m_in = stream;
	}

	@property ulong bytesRead() const { return m_bytesRead; }

	@property bool empty() { return m_in.empty(); }
	@property ulong leastSize() { return m_in.leastSize();  }
	@property bool dataAvailableForRead() { return m_in.dataAvailableForRead; }

	void increment(ulong bytes)
	{
		m_bytesRead += bytes;
	}

	const(ubyte)[] peek() { return m_in.peek(); }

	void read(ubyte[] dst)
	{
		m_in.read(dst);
		m_bytesRead += dst.length;
	}
}

/**
	Wraps an input stream and calls the given delegate once the stream is empty.

	Note that this function will potentially block after each read operation to
	see if the end has already been reached - this may take as long until either
	new data has arrived or until the connection was closed.

	The stream will also guarantee that the inner stream is not used after it
	has been determined to be empty. It can thus be safely deleted once the
	callback is invoked.
*/
class EndCallbackInputStream : InputStream {
	private {
		InputStream m_in;
		bool m_eof = false;
		void delegate() m_callback;
	}

	this(InputStream input, void delegate() callback)
	{
		m_in = input;
		m_callback = callback;
		checkEOF();
	}

	@property bool empty()
	{
		checkEOF();
		return m_in is null;
	}

	@property ulong leastSize()
	{
		checkEOF();
		if( m_in ) return m_in.leastSize();
		return 0;
	}

	@property bool dataAvailableForRead()
	{
		if( !m_in ) return false;
		return m_in.dataAvailableForRead;
	}

	const(ubyte)[] peek()
	{
		if( !m_in ) return null;
		return m_in.peek();
	}

	void read(ubyte[] dst)
	{
		enforce(m_in !is null, "Reading past end of stream.");
		m_in.read(dst);
		checkEOF();
	}

	private void checkEOF()
	{
		if( !m_in ) return;
		if( m_in.empty ){
			m_in = null;
			m_callback();
		}
	}
}

class LimitException : Exception {
	private ulong m_limit;

	this(string message, ulong limit, Throwable next = null, string file = __FILE__, int line = __LINE__)
	{
		super(message, next, file, line);
	}

	/// The byte limit of the stream that emitted the exception
	@property ulong limit() const { return m_limit; }
}
vibe.d-0.7.30/source/vibe/stream/memory.d000066400000000000000000000064311304441332000201430ustar00rootroot00000000000000/**
	In-memory streams

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.stream.memory;

import vibe.core.stream;
import vibe.utils.array;
import vibe.utils.memory;

import std.algorithm;
import std.array;
import std.exception;
import std.typecons;


/** OutputStream that collects the written data in memory and allows to query it
	as a byte array.
*/
final class MemoryOutputStream : OutputStream {
	private {
		AllocAppender!(ubyte[]) m_destination;
	}

	this(Allocator alloc = defaultAllocator())
	{
		m_destination = AllocAppender!(ubyte[])(alloc);
	}

	/// An array with all data written to the stream so far.
	@property ubyte[] data() { return m_destination.data(); }

	/// Resets the stream to its initial state containing no data.
	void reset(AppenderResetMode mode = AppenderResetMode.keepData)
	{
		m_destination.reset(mode);
	}

	/// Reserves space for data - useful for optimization.
	void reserve(size_t nbytes)
	{
		m_destination.reserve(nbytes);
	}

	void write(in ubyte[] bytes)
	{
		m_destination.put(bytes);
	}

	void flush()
	{
	}

	void finalize()
	{
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}
}


/**
	Provides a random access stream interface for accessing an array of bytes.
*/
final class MemoryStream : RandomAccessStream {
	private {
		ubyte[] m_data;
		size_t m_size;
		bool m_writable;
		size_t m_ptr = 0;
		size_t m_peekWindow;
	}

	/** Creates a new stream with the given data array as its contents.

		Params:
			data = The data array
			writable = Flag that controls whether the data array may be changed
			initial_size = The initial value that size returns - the file can grow up to data.length in size
	*/
	this(ubyte[] data, bool writable = true, size_t initial_size = size_t.max)
	{
		m_data = data;
		m_size = min(initial_size, data.length);
		m_writable = writable;
		m_peekWindow = m_data.length;
	}

	/** Controls the maximum size of the array returned by peek().

		This property is mainly useful for debugging purposes.
	*/
	@property void peekWindow(size_t size) { m_peekWindow = size; }

	@property bool empty() { return leastSize() == 0; }
	@property ulong leastSize() { return m_size - m_ptr; }
	@property bool dataAvailableForRead() { return leastSize() > 0; }
	@property ulong size() const nothrow { return m_size; }
	@property size_t capacity() const nothrow { return m_data.length; }
	@property bool readable() const nothrow { return true; }
	@property bool writable() const nothrow { return m_writable; }

	void seek(ulong offset) { assert(offset <= m_size); m_ptr = cast(size_t)offset; }
	ulong tell() nothrow { return m_ptr; }
	const(ubyte)[] peek() { return m_data[m_ptr .. min(m_size, m_ptr+m_peekWindow)]; }

	void read(ubyte[] dst)
	{
		assert(dst.length <= leastSize);
		dst[] = m_data[m_ptr .. m_ptr+dst.length];
		m_ptr += dst.length;
	}

	void write(in ubyte[] bytes)
	{
		assert(writable);
		enforce(bytes.length <= m_data.length - m_ptr, "Size limit of memory stream reached.");
		m_data[m_ptr .. m_ptr+bytes.length] = bytes[];
		m_ptr += bytes.length;
		m_size = max(m_size, m_ptr);
	}

	void flush() {}
	void finalize() {}
	void write(InputStream stream, ulong nbytes = 0) { writeDefault(stream, nbytes); }
}
vibe.d-0.7.30/source/vibe/stream/multicast.d000066400000000000000000000015041304441332000206340ustar00rootroot00000000000000/**
	Multicasts an input stream to multiple output streams.

	Copyright: © 2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Eric Cornelius
*/
module vibe.stream.multicast;

import vibe.core.core;
import vibe.core.stream;
import vibe.utils.memory;

import std.exception;


class MulticastStream : OutputStream {
	private {
		OutputStream[] m_outputs;
	}

	this(OutputStream[] outputs ...)
	{
		// NOTE: investigate .dup dmd workaround
		m_outputs = outputs.dup;
	}

	void finalize()
	{
		flush();
	}

	void flush()
	{
		foreach (output; m_outputs)
			output.flush();
	}

	void write(in ubyte[] bytes)
	{
		foreach (output; m_outputs)
			output.write(bytes);
	}

	void write(InputStream source, ulong nbytes = 0)
	{
		writeDefault(source, nbytes);
	}
}
vibe.d-0.7.30/source/vibe/stream/openssl.d000066400000000000000000001024151304441332000203150ustar00rootroot00000000000000/**
	OpenSSL based SSL/TLS stream implementation

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.stream.openssl;
version(Have_openssl):
import vibe.core.log;
import vibe.core.net;
import vibe.core.stream;
import vibe.core.sync;
import vibe.stream.tls;

import std.algorithm;
import std.array;
import std.conv;
import std.exception;
import std.socket;
import std.string;

import core.stdc.string : strlen;
import core.sync.mutex;
import core.thread;

/**************************************************************************************************/
/* Public types                                                                                   */
/**************************************************************************************************/

import deimos.openssl.bio;
import deimos.openssl.err;
import deimos.openssl.rand;
import deimos.openssl.ssl;
import deimos.openssl.x509v3;

version (VibePragmaLib) {
	pragma(lib, "ssl");
	version (Windows) pragma(lib, "eay");
}

version (VibeUseOldOpenSSL) private enum haveECDH = false;
else private enum haveECDH = OPENSSL_VERSION_NUMBER >= 0x10001000;
version(VibeForceALPN) enum alpn_forced = true;
else enum alpn_forced = false;
enum haveALPN = OPENSSL_VERSION_NUMBER >= 0x10200000 || alpn_forced;


/**
	Creates an SSL/TLS tunnel within an existing stream.

	Note: Be sure to call finalize before finalizing/closing the outer stream so that the SSL
		tunnel is properly closed first.
*/
final class OpenSSLStream : TLSStream {
	private {
		Stream m_stream;
		TLSContext m_tlsCtx;
		TLSStreamState m_state;
		SSLState m_tls;
		BIO* m_bio;
		ubyte[64] m_peekBuffer;
		Exception[] m_exceptions;
		TLSCertificateInformation m_peerCertificate;
	}

	this(Stream underlying, OpenSSLContext ctx, TLSStreamState state, string peer_name = null, NetworkAddress peer_address = NetworkAddress.init, string[] alpn = null)
	{
		m_stream = underlying;
		m_state = state;
		m_tlsCtx = ctx;
		m_tls = ctx.createClientCtx();
		scope (failure) {
			SSL_free(m_tls);
			m_tls = null;
		}

		m_bio = BIO_new(&s_bio_methods);
		enforce(m_bio !is null, "SSL failed: failed to create BIO structure.");
		m_bio.init_ = 1;
		m_bio.ptr = cast(void*)this;
		m_bio.shutdown = 0;

		SSL_set_bio(m_tls, m_bio, m_bio);

		if (state != TLSStreamState.connected) {
			OpenSSLContext.VerifyData vdata;
			vdata.verifyDepth = ctx.maxCertChainLength;
			vdata.validationMode = ctx.peerValidationMode;
			vdata.callback = ctx.peerValidationCallback;
			vdata.peerName = peer_name;
			vdata.peerAddress = peer_address;
			SSL_set_ex_data(m_tls, gs_verifyDataIndex, &vdata);
			scope (exit) SSL_set_ex_data(m_tls, gs_verifyDataIndex, null);

			final switch (state) {
				case TLSStreamState.accepting:
					//SSL_set_accept_state(m_tls);
					checkSSLRet(SSL_accept(m_tls), "Accepting SSL tunnel");
					break;
				case TLSStreamState.connecting:
					// a client stream can override the default ALPN setting for this context
					if (alpn.length) setClientALPN(alpn);
					if (peer_name.length)
						SSL_ctrl(m_tls, SSL_CTRL_SET_TLSEXT_HOSTNAME, TLSEXT_NAMETYPE_host_name, cast(void*)peer_name.toStringz);
					//SSL_set_connect_state(m_tls);
					checkSSLRet(SSL_connect(m_tls), "Connecting TLS tunnel");
					break;
				case TLSStreamState.connected:
					break;
			}

			// ensure that the SSL tunnel gets terminated when an error happens during verification
			scope (failure) SSL_shutdown(m_tls);

			if (auto peer = SSL_get_peer_certificate(m_tls)) {
				scope(exit) X509_free(peer);

				readPeerCertInfo(peer);
				auto result = SSL_get_verify_result(m_tls);
				if (result == X509_V_OK && (ctx.peerValidationMode & TLSPeerValidationMode.checkPeer)) {
					if (!verifyCertName(peer, GENERAL_NAME.GEN_DNS, vdata.peerName)) {
						version(Windows) import std.c.windows.winsock;
						else import core.sys.posix.netinet.in_;

						logDiagnostic("TLS peer name '%s' couldn't be verified, trying IP address.", vdata.peerName);
						char* addr;
						int addrlen;
						switch (vdata.peerAddress.family) {
							default: break;
							case AF_INET:
								addr = cast(char*)&vdata.peerAddress.sockAddrInet4.sin_addr;
								addrlen = vdata.peerAddress.sockAddrInet4.sin_addr.sizeof;
								break;
							case AF_INET6:
								addr = cast(char*)&vdata.peerAddress.sockAddrInet6.sin6_addr;
								addrlen = vdata.peerAddress.sockAddrInet6.sin6_addr.sizeof;
								break;
						}

						if (!verifyCertName(peer, GENERAL_NAME.GEN_IPADD, addr[0 .. addrlen])) {
							logDiagnostic("Error validating TLS peer address");
							result = X509_V_ERR_APPLICATION_VERIFICATION;
						}
					}
				}

				enforce(result == X509_V_OK, "Peer failed the certificate validation: "~to!string(result));
			} //else enforce(ctx.verifyMode < requireCert);
		}

		checkExceptions();
	}

	/** Read certificate info into the clientInformation field */
	private void readPeerCertInfo(X509 *cert)
	{
		X509_NAME* name = X509_get_subject_name(cert);

		int c = X509_NAME_entry_count(name);
		foreach (i; 0 .. c) {
			X509_NAME_ENTRY *e = X509_NAME_get_entry(name, i);

			ASN1_OBJECT *obj = X509_NAME_ENTRY_get_object(e);
			ASN1_STRING *val = X509_NAME_ENTRY_get_data(e);

			auto longName = OBJ_nid2ln(OBJ_obj2nid(obj)).to!string;
			auto valStr = cast(string)val.data[0 .. val.length];

			m_peerCertificate.subjectName.addField(longName, valStr);
		}
	}

	~this()
	{
		if (m_tls) SSL_free(m_tls);
	}

	@property bool empty()
	{
		return leastSize() == 0 && m_stream.empty;
	}

	@property ulong leastSize()
	{
		auto ret = SSL_pending(m_tls);
		return ret > 0 ? ret : m_stream.empty ? 0 : 1;
	}

	@property bool dataAvailableForRead()
	{
		return SSL_pending(m_tls) > 0 || m_stream.dataAvailableForRead;
	}

	const(ubyte)[] peek()
	{
		auto ret = SSL_peek(m_tls, m_peekBuffer.ptr, m_peekBuffer.length);
		checkExceptions();
		return ret > 0 ? m_peekBuffer[0 .. ret] : null;
	}

	void read(ubyte[] dst)
	{
		while( dst.length > 0 ){
			int readlen = min(dst.length, int.max);
			auto ret = checkSSLRet(SSL_read(m_tls, dst.ptr, readlen), "Reading from TLS stream");
			//logTrace("SSL read %d/%d", ret, dst.length);
			dst = dst[ret .. $];
		}
	}

	void write(in ubyte[] bytes_)
	{
		const(ubyte)[] bytes = bytes_;
		while( bytes.length > 0 ){
			int writelen = min(bytes.length, int.max);
			auto ret = checkSSLRet(SSL_write(m_tls, bytes.ptr, writelen), "Writing to TLS stream");
			//logTrace("SSL write %s", cast(string)bytes[0 .. ret]);
			bytes = bytes[ret .. $];
		}
	}

	alias write = Stream.write;

	void flush()
	{
		m_stream.flush();
	}

	void finalize()
	{
		if( !m_tls ) return;
		logTrace("OpenSSLStream finalize");

		SSL_shutdown(m_tls);
		SSL_free(m_tls);

		m_tls = null;

		checkExceptions();
	}

	void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	private int checkSSLRet(int ret, string what)
	{
		checkExceptions();
		if (ret > 0) return ret;

		string desc;
		auto err = SSL_get_error(m_tls, ret);
		switch (err) {
			default: desc = format("Unknown error (%s)", err); break;
			case SSL_ERROR_NONE: desc = "No error"; break;
			case SSL_ERROR_ZERO_RETURN: desc = "SSL/TLS tunnel closed"; break;
			case SSL_ERROR_WANT_READ: desc = "Need to block for read"; break;
			case SSL_ERROR_WANT_WRITE: desc = "Need to block for write"; break;
			case SSL_ERROR_WANT_CONNECT: desc = "Need to block for connect"; break;
			case SSL_ERROR_WANT_ACCEPT: desc = "Need to block for accept"; break;
			case SSL_ERROR_WANT_X509_LOOKUP: desc = "Need to block for certificate lookup"; break;
			case SSL_ERROR_SYSCALL:
			case SSL_ERROR_SSL:
				return enforceSSL(ret, what);
		}

		const(char)* file = null, data = null;
		int line;
		int flags;
		c_ulong eret;
		char[120] ebuf;
		while( (eret = ERR_get_error_line_data(&file, &line, &data, &flags)) != 0 ){
			ERR_error_string(eret, ebuf.ptr);
			logDiagnostic("%s error at %s:%d: %s (%s)", what, to!string(file), line, to!string(ebuf.ptr), flags & ERR_TXT_STRING ? to!string(data) : "-");
		}

		enforce(ret != 0, format("%s was unsuccessful with ret 0", what));
		enforce(ret >= 0, format("%s returned an error: %s", what, desc));
		return ret;
	}

	private int enforceSSL(int ret, string message)
	{
		if (ret > 0) return ret;

		c_ulong eret;
		const(char)* file = null, data = null;
		int line;
		int flags;
		string estr;
		char[120] ebuf = 0;

		while ((eret = ERR_get_error_line_data(&file, &line, &data, &flags)) != 0) {
			ERR_error_string_n(eret, ebuf.ptr, ebuf.length);
			estr = ebuf.ptr.to!string;
			// throw the last error code as an exception
			if (!ERR_peek_error()) break;
			logDiagnostic("OpenSSL error at %s:%d: %s (%s)", file.to!string, line, estr, flags & ERR_TXT_STRING ? to!string(data) : "-");
		}

		throw new Exception(format("%s: %s (%s)", message, estr, eret));
	}

	private void checkExceptions()
	{
		if( m_exceptions.length > 0 ){
			foreach( e; m_exceptions )
				logDiagnostic("Exception occured on SSL source stream: %s", e.toString());
			throw m_exceptions[0];
		}
	}

	@property TLSCertificateInformation peerCertificate()
	{
		return m_peerCertificate;
	}

	@property string alpn()
	const {
		static if (!haveALPN) assert(false, "OpenSSL support not compiled with ALPN enabled. Use VibeForceALPN.");
		else {
			char[32] data;
			uint datalen;

			SSL_get0_alpn_selected(m_ssl, cast(const char*) data.ptr, &datalen);
			logDebug("alpn selected: ", data.to!string);
			if (datalen > 0)
				return data[0..datalen].idup;
			else return null;
		}
	}

	/// Invoked by client to offer alpn
	private void setClientALPN(string[] alpn_list)
	{
		logDebug("SetClientALPN: ", alpn_list);
		import vibe.utils.memory : allocArray, freeArray, manualAllocator;
		ubyte[] alpn;
		size_t len;
		foreach (string alpn_val; alpn_list)
			len += alpn_val.length + 1;
		alpn = allocArray!ubyte(manualAllocator(), len);

		size_t i;
		foreach (string alpn_val; alpn_list)
		{
			alpn[i++] = cast(ubyte)alpn_val.length;
			alpn[i .. i+alpn_val.length] = cast(ubyte[])alpn_val;
			i += alpn_val.length;
		}
		assert(i == len);

		static if (haveALPN)
			SSL_set_alpn_protos(m_ssl, cast(const char*) alpn.ptr, cast(uint) len);

		freeArray(manualAllocator(), alpn);
	}
}


/**
	Encapsulates the configuration for an SSL tunnel.

	Note that when creating an SSLContext with SSLContextKind.client, the
	peerValidationMode will be set to SSLPeerValidationMode.trustedCert,
	but no trusted certificate authorities are added by default. Use
	useTrustedCertificateFile to add those.
*/
final class OpenSSLContext : TLSContext {
	private {
		TLSContextKind m_kind;
		ssl_ctx_st* m_ctx;
		TLSPeerValidationCallback m_peerValidationCallback;
		TLSPeerValidationMode m_validationMode;
		int m_verifyDepth;
		TLSServerNameCallback m_sniCallback;
		TLSALPNCallback m_alpnCallback;
	}

	this(TLSContextKind kind, TLSVersion ver = TLSVersion.any)
	{
		m_kind = kind;

		const(SSL_METHOD)* method;
		c_long options = SSL_OP_NO_SSLv2|SSL_OP_NO_COMPRESSION|
			SSL_OP_SINGLE_DH_USE|SSL_OP_SINGLE_ECDH_USE;

		final switch (kind) {
			case TLSContextKind.client:
				final switch (ver) {
					case TLSVersion.any: method = SSLv23_client_method(); options |= SSL_OP_NO_SSLv3; break;
					case TLSVersion.ssl3: method = SSLv23_client_method(); options |= SSL_OP_NO_SSLv2|SSL_OP_NO_TLSv1_1|SSL_OP_NO_TLSv1|SSL_OP_NO_TLSv1_2; break;
					case TLSVersion.tls1: method = TLSv1_client_method(); break;
					//case TLSVersion.tls1_1: method = TLSv1_1_client_method(); break;
					//case TLSVersion.tls1_2: method = TLSv1_2_client_method(); break;
					case TLSVersion.tls1_1: method = SSLv23_client_method(); options |= SSL_OP_NO_SSLv3|SSL_OP_NO_TLSv1|SSL_OP_NO_TLSv1_2; break;
					case TLSVersion.tls1_2: method = SSLv23_client_method(); options |= SSL_OP_NO_SSLv3|SSL_OP_NO_TLSv1|SSL_OP_NO_TLSv1_1; break;
					case TLSVersion.dtls1: method = DTLSv1_client_method(); break;
				}
				break;
			case TLSContextKind.server:
			case TLSContextKind.serverSNI:
				final switch (ver) {
					case TLSVersion.any: method = SSLv23_server_method(); options |= SSL_OP_NO_SSLv3; break;
					case TLSVersion.ssl3: method = SSLv23_server_method(); options |= SSL_OP_NO_SSLv2|SSL_OP_NO_TLSv1_1|SSL_OP_NO_TLSv1|SSL_OP_NO_TLSv1_2; break;
					case TLSVersion.tls1: method = TLSv1_server_method(); break;
					case TLSVersion.tls1_1: method = SSLv23_server_method(); options |= SSL_OP_NO_SSLv3|SSL_OP_NO_TLSv1|SSL_OP_NO_TLSv1_2; break;
					case TLSVersion.tls1_2: method = SSLv23_server_method(); options |= SSL_OP_NO_SSLv3|SSL_OP_NO_TLSv1|SSL_OP_NO_TLSv1_1; break;
					//case TLSVersion.tls1_1: method = TLSv1_1_server_method(); break;
					//case TLSVersion.tls1_2: method = TLSv1_2_server_method(); break;
					case TLSVersion.dtls1: method = DTLSv1_server_method(); break;
				}
				options |= SSL_OP_CIPHER_SERVER_PREFERENCE;
				break;
		}

		m_ctx = SSL_CTX_new(method);
		SSL_CTX_set_options!()(m_ctx, options);
		if (kind == TLSContextKind.server) {
			setDHParams();
			static if (haveECDH) setECDHCurve();
			guessSessionIDContext();
		}

		setCipherList();

		maxCertChainLength = 9;
		if (kind == TLSContextKind.client) peerValidationMode = TLSPeerValidationMode.trustedCert;
		else peerValidationMode = TLSPeerValidationMode.none;

		// while it would be nice to use the system's certificate store, this
		// seems to be difficult to get right across all systems. The most
		// popular alternative is to use Mozilla's certificate store and
		// distribute it along with the library (e.g. in source code form.

		/*version (Posix) {
			enforce(SSL_CTX_load_verify_locations(m_ctx, null, "/etc/ssl/certs"),
				"Failed to load system certificate store.");
		}

		version (Windows) {
			auto store = CertOpenSystemStore(null, "ROOT");
			enforce(store !is null, "Failed to load system certificate store.");
			scope (exit) CertCloseStore(store, 0);

			PCCERT_CONTEXT ctx;
			while((ctx = CertEnumCertificatesInStore(store, ctx)) !is null) {
				X509* x509cert;
				auto buffer = ctx.pbCertEncoded;
				auto len = ctx.cbCertEncoded;
				if (ctx.dwCertEncodingType & X509_ASN_ENCODING) {
					x509cert = d2i_X509(null, &buffer, len);
					X509_STORE_add_cert(SSL_CTX_get_cert_store(m_ctx), x509cert);
				}
			}
		}*/
	}

	~this()
	{
		SSL_CTX_free(m_ctx);
		m_ctx = null;
	}


	/// The kind of SSL context (client/server)
	@property TLSContextKind kind() const { return m_kind; }

	/// Callback function invoked by server to choose alpn
	@property void alpnCallback(string delegate(string[]) alpn_chooser)
	{
		logDebug("Choosing ALPN callback");
		m_alpnCallback = alpn_chooser;
		static if (haveALPN) {
			logDebug("Call select cb");
			SSL_CTX_set_alpn_select_cb(m_ctx, &chooser, cast(void*)this);
		}
	}

	/// Get the current ALPN callback function
	@property string delegate(string[]) alpnCallback() const { return m_alpnCallback; }

	/// Invoked by client to offer alpn
	void setClientALPN(string[] alpn_list)
	{
		static if (!haveALPN) assert(false, "OpenSSL support not compiled with ALPN enabled. Use VibeForceALPN.");
		else {
			import vibe.utils.memory : allocArray, freeArray, manualAllocator;
			ubyte[] alpn;
			size_t len;
			foreach (string alpn_value; alpn_list)
				len += alpn_value.length + 1;
			alpn = allocArray!ubyte(manualAllocator(), len);

			size_t i;
			foreach (string alpn_value; alpn_list)
			{
				alpn[i++] = cast(ubyte)alpn_value.length;
				alpn[i .. i+alpn_value.length] = cast(ubyte[])alpn_value;
				i += alpn_value.length;
			}
			assert(i == len);

			SSL_CTX_set_alpn_protos(m_ctx, cast(const char*) alpn.ptr, cast(uint) len);

			freeArray(manualAllocator(), alpn);
		}
	}

	/** Specifies the validation level of remote peers.

		The default mode for TLSContextKind.client is
		TLSPeerValidationMode.trustedCert and the default for
		TLSContextKind.server is TLSPeerValidationMode.none.
	*/
	@property void peerValidationMode(TLSPeerValidationMode mode)
	{
		m_validationMode = mode;

		int sslmode;

		with (TLSPeerValidationMode) {
			if (mode == none) sslmode = SSL_VERIFY_NONE;
			else {
				sslmode |= SSL_VERIFY_PEER | SSL_VERIFY_CLIENT_ONCE;
				if (mode & requireCert) sslmode |= SSL_VERIFY_FAIL_IF_NO_PEER_CERT;
			}
		}

		SSL_CTX_set_verify(m_ctx, sslmode, &verify_callback);
	}
	/// ditto
	@property TLSPeerValidationMode peerValidationMode() const { return m_validationMode; }


	/** The maximum length of an accepted certificate chain.

		Any certificate chain longer than this will result in the SSL/TLS
		negitiation failing.

		The default value is 9.
	*/
	@property void maxCertChainLength(int val)
	{
		m_verifyDepth = val;
		// + 1 to let the validation callback handle the error
		SSL_CTX_set_verify_depth(m_ctx, val + 1);
	}

	/// ditto
	@property int maxCertChainLength() const { return m_verifyDepth; }

	/** An optional user callback for peer validation.

		This callback will be called for each peer and each certificate of
		its certificate chain to allow overriding the validation decision
		based on the selected peerValidationMode (e.g. to allow invalid
		certificates or to reject valid ones). This is mainly useful for
		presenting the user with a dialog in case of untrusted or mismatching
		certificates.
	*/
	@property void peerValidationCallback(TLSPeerValidationCallback callback) { m_peerValidationCallback = callback; }
	/// ditto
	@property inout(TLSPeerValidationCallback) peerValidationCallback() inout { return m_peerValidationCallback; }

	@property void sniCallback(TLSServerNameCallback callback)
	{
		m_sniCallback = callback;
		if (m_kind == TLSContextKind.serverSNI) {
			SSL_CTX_callback_ctrl(m_ctx, SSL_CTRL_SET_TLSEXT_SERVERNAME_CB, cast(OSSLCallback)&onContextForServerName);
			SSL_CTX_ctrl(m_ctx, SSL_CTRL_SET_TLSEXT_SERVERNAME_ARG, 0, cast(void*)this);
		}
	}
	@property inout(TLSServerNameCallback) sniCallback() inout { return m_sniCallback; }

	private extern(C) alias OSSLCallback = void function();
	private static extern(C) int onContextForServerName(SSL *s, int *ad, void *arg)
	{
		auto ctx = cast(OpenSSLContext)arg;
		auto servername = SSL_get_servername(s, TLSEXT_NAMETYPE_host_name);
		if (!servername) return SSL_TLSEXT_ERR_NOACK;
		auto newctx = cast(OpenSSLContext)ctx.m_sniCallback(servername.to!string);
		if (!newctx) return SSL_TLSEXT_ERR_NOACK;
		SSL_set_SSL_CTX(s, newctx.m_ctx);
		return SSL_TLSEXT_ERR_OK;
	}

	OpenSSLStream createStream(Stream underlying, TLSStreamState state, string peer_name = null, NetworkAddress peer_address = NetworkAddress.init)
	{
		return new OpenSSLStream(underlying, this, state, peer_name, peer_address);
	}

	/** Set the list of cipher specifications to use for SSL/TLS tunnels.

		The list must be a colon separated list of cipher
		specifications as accepted by OpenSSL. Calling this function
		without argument will restore the default.

		See_also: $(LINK https://www.openssl.org/docs/apps/ciphers.html#CIPHER_LIST_FORMAT)
	*/
	void setCipherList(string list = null)
	{
		if (list is null)
			SSL_CTX_set_cipher_list(m_ctx,
				"ECDH+AESGCM:DH+AESGCM:ECDH+AES256:DH+AES256:ECDH+AES128:DH+AES:"
				~ "RSA+AESGCM:RSA+AES:RSA+3DES:!aNULL:!MD5:!DSS");
		else
			SSL_CTX_set_cipher_list(m_ctx, toStringz(list));
	}

	/** Make up a context ID to assign to the SSL context.

		This is required when doing client cert authentication, otherwise many
		connections will go aborted as the client tries to revive a session
		that it used to have on another machine.

		The session ID context should be unique within a pool of servers.
		Currently, this is achieved by taking the hostname.
	*/
	private void guessSessionIDContext()
	{
		string contextID = Socket.hostName;
		SSL_CTX_set_session_id_context(m_ctx, cast(ubyte*)contextID.toStringz(), cast(uint)contextID.length);
	}

	/** Set params to use for DH cipher.
	 *
	 * By default the 2048-bit prime from RFC 3526 is used.
	 *
	 * Params:
	 * pem_file = Path to a PEM file containing the DH parameters. Calling
	 *    this function without argument will restore the default.
	 */
	void setDHParams(string pem_file=null)
	{
		DH* dh;
		scope(exit) DH_free(dh);

		if (pem_file is null) {
			dh = enforce(DH_new(), "Unable to create DH structure.");
			dh.p = get_rfc3526_prime_2048(null);
			ubyte dh_generator = 2;
			dh.g = BN_bin2bn(&dh_generator, dh_generator.sizeof, null);
		} else {
			import core.stdc.stdio : fclose, fopen;

			auto f = enforce(fopen(toStringz(pem_file), "r"), "Failed to load dhparams file "~pem_file);
			scope(exit) fclose(f);
			dh = enforce(PEM_read_DHparams(f, null, null, null), "Failed to read dhparams file "~pem_file);
		}

		SSL_CTX_set_tmp_dh(m_ctx, dh);
	}

	/** Set the elliptic curve to use for ECDH cipher.
	 *
	 * By default a curve is either chosen automatically or  prime256v1 is used.
	 *
	 * Params:
	 * curve = The short name of the elliptic curve to use. Calling this
	 *    function without argument will restore the default.
	 *
	 */
	void setECDHCurve(string curve = null)
	{
		static if (haveECDH) {
			static if (OPENSSL_VERSION_NUMBER >= 0x10200000) {
				// use automatic ecdh curve selection by default
				if (curve is null) {
					SSL_CTX_set_ecdh_auto(m_ctx, true);
					return;
				}
				// but disable it when an explicit curve is given
				SSL_CTX_set_ecdh_auto(m_ctx, false);
			}

			int nid;
			if (curve is null)
				nid = NID_X9_62_prime256v1;
			else
				nid = enforce(OBJ_sn2nid(toStringz(curve)), "Unknown ECDH curve '"~curve~"'.");

			auto ecdh = enforce(EC_KEY_new_by_curve_name(nid), "Unable to create ECDH curve.");
			SSL_CTX_set_tmp_ecdh(m_ctx, ecdh);
			EC_KEY_free(ecdh);
		} else assert(false, "ECDH curve selection not available for old versions of OpenSSL");
	}

	/// Sets a certificate file to use for authenticating to the remote peer
	void useCertificateChainFile(string path)
	{
		enforce(SSL_CTX_use_certificate_chain_file(m_ctx, toStringz(path)), "Failed to load certificate file " ~ path);
	}

	/// Sets the private key to use for authenticating to the remote peer based
	/// on the configured certificate chain file.
	void usePrivateKeyFile(string path)
	{
		enforce(SSL_CTX_use_PrivateKey_file(m_ctx, toStringz(path), SSL_FILETYPE_PEM), "Failed to load private key file " ~ path);
	}

	/** Sets the list of trusted certificates for verifying peer certificates.

		If this is a server context, this also entails that the given
		certificates are advertised to connecting clients during handshake.

		On Linux, the system's root certificate authority list is usually
		found at "/etc/ssl/certs/ca-certificates.crt",
		"/etc/pki/tls/certs/ca-bundle.crt", or "/etc/ssl/ca-bundle.pem".
	*/
	void useTrustedCertificateFile(string path)
	{
		immutable cPath = toStringz(path);
		enforce(SSL_CTX_load_verify_locations(m_ctx, cPath, null),
			"Failed to load trusted certificate file " ~ path);

		if (m_kind == TLSContextKind.server) {
			auto certNames = enforce(SSL_load_client_CA_file(cPath),
				"Failed to load client CA name list from file " ~ path);
			SSL_CTX_set_client_CA_list(m_ctx, certNames);
		}
	}

	private SSLState createClientCtx()
	{
		return SSL_new(m_ctx);
	}

	private static struct VerifyData {
		int verifyDepth;
		TLSPeerValidationMode validationMode;
		TLSPeerValidationCallback callback;
		string peerName;
		NetworkAddress peerAddress;
	}

	private static extern(C) nothrow
	int verify_callback(int valid, X509_STORE_CTX* ctx)
	{
		X509* err_cert = X509_STORE_CTX_get_current_cert(ctx);
		int err = X509_STORE_CTX_get_error(ctx);
		int depth = X509_STORE_CTX_get_error_depth(ctx);

		SSL* ssl = cast(SSL*)X509_STORE_CTX_get_ex_data(ctx, SSL_get_ex_data_X509_STORE_CTX_idx());
		VerifyData* vdata = cast(VerifyData*)SSL_get_ex_data(ssl, gs_verifyDataIndex);

		char[1024] buf;
		X509_NAME_oneline(X509_get_subject_name(err_cert), buf.ptr, 256);
		buf[$-1] = 0;

		try {
			logDebug("validate callback for %s", buf.ptr.to!string);

			if (depth > vdata.verifyDepth) {
				logDiagnostic("SSL cert chain too long: %s vs. %s", depth, vdata.verifyDepth);
				valid = false;
				err = X509_V_ERR_CERT_CHAIN_TOO_LONG;
			}

			if (err != X509_V_OK)
				logDebug("SSL cert initial error: %s", X509_verify_cert_error_string(err).to!string);

			if (!valid) {
				switch (err) {
					default: break;
					case X509_V_ERR_UNABLE_TO_GET_ISSUER_CERT:
					case X509_V_ERR_UNABLE_TO_GET_ISSUER_CERT_LOCALLY:
					case X509_V_ERR_CERT_UNTRUSTED:
						assert(ctx.current_cert !is null);
						X509_NAME_oneline(X509_get_issuer_name(ctx.current_cert), buf.ptr, buf.length);
						buf[$-1] = 0;
						logDebug("SSL cert not trusted or unknown issuer: %s", buf.ptr.to!string);
						if (!(vdata.validationMode & TLSPeerValidationMode.checkTrust)) {
							valid = true;
							err = X509_V_OK;
						}
						break;
				}
			}

			if (!(vdata.validationMode & TLSPeerValidationMode.checkCert)) {
				valid = true;
				err = X509_V_OK;
			}

			if (vdata.callback) {
				TLSPeerValidationData pvdata;
				// ...
				if (!valid) {
					if (vdata.callback(pvdata)) {
						valid = true;
						err = X509_V_OK;
					}
				} else {
					if (!vdata.callback(pvdata)) {
						logDebug("SSL application verification failed");
						valid = false;
						err = X509_V_ERR_APPLICATION_VERIFICATION;
					}
				}
			}
		} catch (Exception e) {
			logWarn("SSL verification failed due to exception: %s", e.msg);
			err = X509_V_ERR_APPLICATION_VERIFICATION;
			valid = false;
		}

		X509_STORE_CTX_set_error(ctx, err);

		logDebug("SSL validation result: %s (%s)", valid, err);

		return valid;
	}
}

alias SSLState = ssl_st*;

/**************************************************************************************************/
/* Private functions                                                                              */
/**************************************************************************************************/

private {
	__gshared InterruptibleTaskMutex[] g_cryptoMutexes;
	__gshared int gs_verifyDataIndex;
}

shared static this()
{
	logDebug("Initializing OpenSSL...");
	SSL_load_error_strings();
	SSL_library_init();

	g_cryptoMutexes.length = CRYPTO_num_locks();
	// TODO: investigate if a normal Mutex is enough - not sure if BIO is called in a locked state
	foreach (i; 0 .. g_cryptoMutexes.length)
		g_cryptoMutexes[i] = new InterruptibleTaskMutex;
	foreach (ref m; g_cryptoMutexes) {
		assert(m !is null);
	}

	CRYPTO_set_id_callback(&onCryptoGetThreadID);
	CRYPTO_set_locking_callback(&onCryptoLock);

	enforce(RAND_poll(), "Fatal: failed to initialize random number generator entropy (RAND_poll).");
	logDebug("... done.");

	gs_verifyDataIndex = SSL_get_ex_new_index(0, cast(void*)"VerifyData".ptr, null, null, null);
}

private bool verifyCertName(X509* cert, int field, in char[] value, bool allow_wildcards = true)
{
	bool delegate(in char[]) str_match;

	bool check_value(ASN1_STRING* str, int type) {
		if (!str.data || !str.length) return false;

		if (type > 0) {
			if (type != str.type) return 0;
			auto strstr = cast(string)str.data[0 .. str.length];
			return type == V_ASN1_IA5STRING ? str_match(strstr) : strstr == value;
		}

		char* utfstr;
		auto utflen = ASN1_STRING_to_UTF8(&utfstr, str);
		enforce (utflen >= 0, "Error converting ASN1 string to UTF-8.");
		scope (exit) OPENSSL_free(utfstr);
		return str_match(utfstr[0 .. utflen]);
	}

	int cnid;
	int alt_type;
	final switch (field) {
		case GENERAL_NAME.GEN_DNS:
			cnid = NID_commonName;
			alt_type = V_ASN1_IA5STRING;
			str_match = allow_wildcards ? s => matchWildcard(value, s) : s => s.icmp(value) == 0;
			break;
		case GENERAL_NAME.GEN_IPADD:
			cnid = 0;
			alt_type = V_ASN1_OCTET_STRING;
			str_match = s => s == value;
			break;
	}

	if (auto gens = cast(STACK_OF!GENERAL_NAME*)X509_get_ext_d2i(cert, NID_subject_alt_name, null, null)) {
		scope(exit) GENERAL_NAMES_free(gens);

		foreach (i; 0 .. sk_GENERAL_NAME_num(gens)) {
			auto gen = sk_GENERAL_NAME_value(gens, i);
			if (gen.type != field) continue;
			ASN1_STRING *cstr = field == GENERAL_NAME.GEN_DNS ? gen.d.dNSName : gen.d.iPAddress;
			if (check_value(cstr, alt_type)) return true;
		}
		if (!cnid) return false;
	}

	X509_NAME* name = X509_get_subject_name(cert);
	int i;
	while ((i = X509_NAME_get_index_by_NID(name, cnid, i)) >= 0) {
		X509_NAME_ENTRY* ne = X509_NAME_get_entry(name, i);
		ASN1_STRING* str = X509_NAME_ENTRY_get_data(ne);
		if (check_value(str, -1)) return true;
	}

	return false;
}

private bool matchWildcard(const(char)[] str, const(char)[] pattern)
{
	auto strparts = str.split(".");
	auto patternparts = pattern.split(".");
	if (strparts.length != patternparts.length) return false;

	bool isValidChar(dchar ch) {
		if (ch >= '0' && ch <= '9') return true;
		if (ch >= 'a' && ch <= 'z') return true;
		if (ch >= 'A' && ch <= 'Z') return true;
		if (ch == '-' || ch == '.') return true;
		return false;
	}

	if (!pattern.all!(c => isValidChar(c) || c == '*') || !str.all!(c => isValidChar(c)))
		return false;

	foreach (i; 0 .. strparts.length) {
		import std.regex;
		auto p = patternparts[i];
		auto s = strparts[i];
		if (!p.length || !s.length) return false;
		auto rex = "^" ~ std.array.replace(p, "*", "[^.]*") ~ "$";
		if (!match(s, rex)) return false;
	}
	return true;
}

unittest {
	assert(matchWildcard("www.example.org", "*.example.org"));
	assert(matchWildcard("www.example.org", "*w.example.org"));
	assert(matchWildcard("www.example.org", "w*w.example.org"));
	assert(matchWildcard("www.example.org", "*w*.example.org"));
	assert(matchWildcard("test.abc.example.org", "test.*.example.org"));
	assert(!matchWildcard("test.abc.example.org", "abc.example.org"));
	assert(!matchWildcard("test.abc.example.org", ".abc.example.org"));
	assert(!matchWildcard("abc.example.org", "a.example.org"));
	assert(!matchWildcard("abc.example.org", "bc.example.org"));
	assert(!matchWildcard("abcdexample.org", "abc.example.org"));
}


private nothrow extern(C)
{
	import core.stdc.config;


	int chooser(SSL* ssl, const(char)** output, ubyte* outlen, const(char) *input, uint inlen, void* arg) {
		logDebug("Got chooser input: %s", input[0 .. inlen]);
		OpenSSLContext ctx = cast(OpenSSLContext) arg;
		import vibe.utils.array : AllocAppender, AppenderResetMode;
		size_t i;
		size_t len;
		Appender!(string[]) alpn_list;
		while (i < inlen)
		{
			len = cast(size_t) input[i];
			++i;
			ubyte[] proto = cast(ubyte[]) input[i .. i+len];
			i += len;
			alpn_list ~= cast(string)proto;
		}

		string alpn;

		try { alpn = ctx.m_alpnCallback(alpn_list.data); } catch (Exception e) { }
		if (alpn) {
			i = 0;
			while (i < inlen)
			{
				len = input[i];
				++i;
				ubyte[] proto = cast(ubyte[]) input[i .. i+len];
				i += len;
				if (cast(string) proto == alpn) {
					*output = cast(const(char)*)proto.ptr;
					*outlen = cast(ubyte) proto.length;
				}
			}
		}

		if (!output) {
			logError("None of the proposed ALPN were selected: %s / falling back on HTTP/1.1", input[0 .. inlen]);
			*output = cast(const(char)*)("http/1.1".ptr);
			*outlen = cast(ubyte)("http/1.1".length);
		}

		return 0;
	}

	c_ulong onCryptoGetThreadID()
	{
		try {
			return cast(c_ulong)(cast(size_t)cast(void*)Thread.getThis() * 0x35d2c57);
		} catch (Exception e) {
			logWarn("OpenSSL: failed to get current thread ID: %s", e.msg);
			return 0;
		}
	}

	void onCryptoLock(int mode, int n, const(char)* file, int line)
	{
		try {
			enforce(n >= 0 && n < g_cryptoMutexes.length, "Mutex index out of range.");
			auto mutex = g_cryptoMutexes[n];
			assert(mutex !is null);
			if (mode & CRYPTO_LOCK) mutex.lock();
			else mutex.unlock();
		} catch (Exception e) {
			logWarn("OpenSSL: failed to lock/unlock mutex: %s", e.msg);
		}
	}

	int onBioNew(BIO *b) nothrow
	{
		b.init_ = 0;
		b.num = -1;
		b.ptr = null;
		b.flags = 0;
		return 1;
	}

	int onBioFree(BIO *b)
	{
		if( !b ) return 0;
		if( b.shutdown ){
			//if( b.init && b.ptr ) b.ptr.stream.free();
			b.init_ = 0;
			b.flags = 0;
			b.ptr = null;
		}
		return 1;
	}

	int onBioRead(BIO *b, char *outb, int outlen)
	{
		auto stream = cast(OpenSSLStream)b.ptr;

		try {
			outlen = min(outlen, stream.m_stream.leastSize);
			stream.m_stream.read(cast(ubyte[])outb[0 .. outlen]);
		} catch(Exception e){
			stream.m_exceptions ~= e;
			return -1;
		}
		return outlen;
	}

	int onBioWrite(BIO *b, const(char) *inb, int inlen)
	{
		auto stream = cast(OpenSSLStream)b.ptr;
		try {
			stream.m_stream.write(inb[0 .. inlen]);
		} catch(Exception e){
			stream.m_exceptions ~= e;
			return -1;
		}
		return inlen;
	}

	c_long onBioCtrl(BIO *b, int cmd, c_long num, void *ptr)
	{
		auto stream = cast(OpenSSLStream)b.ptr;
		c_long ret = 1;

		switch(cmd){
			case BIO_CTRL_GET_CLOSE: ret = b.shutdown; break;
			case BIO_CTRL_SET_CLOSE:
				logTrace("SSL set close %d", num);
				b.shutdown = cast(int)num;
				break;
			case BIO_CTRL_PENDING:
				try {
					auto sz = stream.m_stream.leastSize;
					return sz <= c_long.max ? cast(c_long)sz : c_long.max;
				} catch( Exception e ){
					stream.m_exceptions ~= e;
					return -1;
				}
			case BIO_CTRL_WPENDING: return 0;
			case BIO_CTRL_DUP:
			case BIO_CTRL_FLUSH:
				ret = 1;
				break;
			default:
				ret = 0;
				break;
		}
		return ret;
	}

	int onBioPuts(BIO *b, const(char) *s)
	{
		return onBioWrite(b, s, cast(int)strlen(s));
	}
}

private BIO_METHOD s_bio_methods = {
	57, "SslStream",
	&onBioWrite,
	&onBioRead,
	&onBioPuts,
	null, // &onBioGets
	&onBioCtrl,
	&onBioNew,
	&onBioFree,
	null, // &onBioCallbackCtrl
};

private nothrow extern(C):
static if (haveALPN) {
	alias ALPNCallback = int function(SSL *ssl, const(char) **output, ubyte* outlen, const(char) *input, uint inlen, void *arg);
	void SSL_CTX_set_alpn_select_cb(SSL_CTX *ctx, ALPNCallback cb, void *arg);
	int SSL_set_alpn_protos(SSL *ssl, const char *data, uint len);
	int SSL_CTX_set_alpn_protos(SSL_CTX *ctx, const char* protos, uint protos_len);
	void SSL_get0_alpn_selected(const SSL *ssl, const char* data, uint *len);
}
const(ssl_method_st)* TLSv1_2_server_method();
vibe.d-0.7.30/source/vibe/stream/operations.d000066400000000000000000000377431304441332000210300ustar00rootroot00000000000000/**
	High level stream manipulation functions.

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.stream.operations;

public import vibe.core.stream;

import vibe.core.log;
import vibe.utils.array : AllocAppender;
import vibe.utils.memory;
import vibe.stream.wrapper : ProxyStream;

import std.algorithm;
import std.array;
import std.datetime;
import std.exception;
import std.range : isOutputRange;


/**************************************************************************************************/
/* Public functions                                                                               */
/**************************************************************************************************/

/**
	Reads and returns a single line from the stream.

	Throws:
		An exception if either the stream end was hit without hitting a newline first, or
		if more than max_bytes have been read from the stream.
*/
ubyte[] readLine()(InputStream stream, size_t max_bytes = size_t.max, string linesep = "\r\n", Allocator alloc = defaultAllocator()) /*@ufcs*/
{
	auto output = AllocAppender!(ubyte[])(alloc);
	output.reserve(max_bytes < 64 ? max_bytes : 64);
	readLine(stream, output, max_bytes, linesep);
	return output.data();
}
/// ditto
void readLine()(InputStream stream, OutputStream dst, size_t max_bytes = size_t.max, string linesep = "\r\n")
{
	import vibe.stream.wrapper;
	auto dstrng = StreamOutputRange(dst);
	readLine(stream, dstrng, max_bytes, linesep);
}
/// ditto
void readLine(R)(InputStream stream, ref R dst, size_t max_bytes = size_t.max, string linesep = "\r\n")
	if (isOutputRange!(R, ubyte))
{
	readUntil(stream, dst, cast(const(ubyte)[])linesep, max_bytes);
}

unittest {
	import vibe.stream.memory : MemoryOutputStream, MemoryStream;

	auto inp = new MemoryStream(cast(ubyte[])"Hello, World!\r\nThis is a test.\r\nNot a full line.".dup);
	assert(inp.readLine() == cast(const(ubyte)[])"Hello, World!");
	assert(inp.readLine() == cast(const(ubyte)[])"This is a test.");
	assertThrown(inp.readLine);

	// start over
	inp.seek(0);

	// read into an output buffer
	auto app = appender!(ubyte[]);
	inp.readLine(app);
	assert(app.data == cast(const(ubyte)[])"Hello, World!");

	// read into an output stream
	auto os = new MemoryOutputStream;
	inp.readLine(os);
	assert(os.data == cast(const(ubyte)[])"This is a test.");
}


/**
	Reads all data of a stream until the specified end marker is detected.

	Params:
		stream = The input stream which is searched for end_marker
		end_marker = The byte sequence which is searched in the stream
		max_bytes = An optional limit of how much data is to be read from the
			input stream; if the limit is reaached before hitting the end
			marker, an exception is thrown.
		alloc = An optional allocator that is used to build the result string
			in the string variant of this function
		dst = The output stream, to which the prefix to the end marker of the
			input stream is written

	Returns:
		The string variant of this function returns the complete prefix to the
		end marker of the input stream, excluding the end marker itself.

	Throws:
		An exception if either the stream end was hit without hitting a marker
		first, or if more than max_bytes have been read from the stream in
		case of max_bytes != 0.

	Remarks:
		This function uses an algorithm inspired by the
		$(LINK2 http://en.wikipedia.org/wiki/Boyer%E2%80%93Moore_string_search_algorithm,
		Boyer-Moore string search algorithm). However, contrary to the original
		algorithm, it will scan the whole input string exactly once, without
		jumping over portions of it. This allows the algorithm to work with
		constant memory requirements and without the memory copies that would
		be necessary for streams that do not hold their complete data in
		memory.

		The current implementation has a run time complexity of O(n*m+m²) and
		O(n+m) in typical cases, with n being the length of the scanned input
		string and m the length of the marker.
*/
ubyte[] readUntil()(InputStream stream, in ubyte[] end_marker, size_t max_bytes = size_t.max, Allocator alloc = defaultAllocator()) /*@ufcs*/
{
	auto output = AllocAppender!(ubyte[])(alloc);
	output.reserve(max_bytes < 64 ? max_bytes : 64);
	readUntil(stream, output, end_marker, max_bytes);
	return output.data();
}
/// ditto
void readUntil()(InputStream stream, OutputStream dst, in ubyte[] end_marker, ulong max_bytes = ulong.max) /*@ufcs*/
{
	import vibe.stream.wrapper;
	auto dstrng = StreamOutputRange(dst);
	readUntil(stream, dstrng, end_marker, max_bytes);
}
/// ditto
void readUntil(R)(InputStream stream, ref R dst, in ubyte[] end_marker, ulong max_bytes = ulong.max) /*@ufcs*/
	if (isOutputRange!(R, ubyte))
{
	assert(max_bytes > 0 && end_marker.length > 0);

	if (end_marker.length <= 2)
		readUntilSmall(stream, dst, end_marker, max_bytes);
	else
		readUntilGeneric(stream, dst, end_marker, max_bytes);
}



unittest {
	import vibe.stream.memory;

	auto text = "1231234123111223123334221111112221231333123123123123123213123111111111114";
	auto stream = new MemoryStream(cast(ubyte[])text);
	void test(string s, size_t expected){
		stream.seek(0);
		auto result = cast(string)readUntil(stream, cast(ubyte[])s);
		assert(result.length == expected, "Wrong result index");
		assert(result == text[0 .. result.length], "Wrong result contents: "~result~" vs "~text[0 .. result.length]);
		assert(stream.leastSize() == stream.size() - expected - s.length, "Wrong number of bytes left in stream");

		stream.seek(0);
		auto inp2 = new NoPeekProxy(stream);
		result = cast(string)readUntil(inp2, cast(const(ubyte)[])s);
		assert(result.length == expected, "Wrong result index");
		assert(result == text[0 .. result.length], "Wrong result contents: "~result~" vs "~text[0 .. result.length]);
		assert(stream.leastSize() == stream.size() - expected - s.length, "Wrong number of bytes left in stream");
	}
	foreach( i; 0 .. text.length ){
		stream.peekWindow = i;
		test("1", 0);
		test("2", 1);
		test("3", 2);
		test("12", 0);
		test("23", 1);
		test("31", 2);
		test("123", 0);
		test("231", 1);
		test("1231", 0);
		test("3123", 2);
		test("11223", 11);
		test("11222", 28);
		test("114", 70);
		test("111111111114", 61);
	}
	// TODO: test
}

unittest {
	import vibe.stream.memory : MemoryOutputStream, MemoryStream;
	import vibe.stream.wrapper : ProxyStream;

	auto text = cast(ubyte[])"ab\nc\rd\r\ne".dup;
	void test(string marker, size_t idx)
	{
		// code path for peek support
		auto inp = new MemoryStream(text);
		auto dst = appender!(ubyte[]);
		readUntil(inp, dst, cast(const(ubyte)[])marker);
		assert(dst.data == text[0 .. idx]);
		assert(inp.peek == text[idx+marker.length .. $]);

		// code path for no peek support
		inp.seek(0);
		dst = appender!(ubyte[]);
		auto inp2 = new NoPeekProxy(inp);
		readUntil(inp2, dst, cast(const(ubyte)[])marker);
		assert(dst.data == text[0 .. idx]);
		assert(inp.readAll() == text[idx+marker.length .. $]);
	}
	test("\r\n", 6);
	test("\r", 4);
	test("\n", 2);
}

/**
	Reads the complete contents of a stream, optionally limited by max_bytes.

	Throws:
		An exception is thrown if the stream contains more than max_bytes data.
*/
ubyte[] readAll(InputStream stream, size_t max_bytes = size_t.max, size_t reserve_bytes = 0) /*@ufcs*/
{
	if (max_bytes == 0) logDebug("Deprecated behavior: readAll() called with max_bytes==0, use max_bytes==size_t.max instead.");

	// prepare output buffer
	auto dst = appender!(ubyte[])();
	reserve_bytes = max(reserve_bytes, min(max_bytes, stream.leastSize));
	if (reserve_bytes) dst.reserve(reserve_bytes);

	auto bufferobj = FreeListRef!(Buffer, false)();
	auto buffer = bufferobj.bytes[];
	size_t n = 0;
	while (!stream.empty) {
		size_t chunk = cast(size_t)min(stream.leastSize, buffer.length);
		n += chunk;
		enforce(!max_bytes || n <= max_bytes, "Input data too long!");
		stream.read(buffer[0 .. chunk]);
		dst.put(buffer[0 .. chunk]);
	}
	return dst.data;
}

/**
	Reads the complete contents of a stream, assuming UTF-8 encoding.

	Params:
		stream = Specifies the stream from which to read.
		sanitize = If true, the input data will not be validated but will instead be made valid UTF-8.
		max_bytes = Optional size limit of the data that is read.

	Returns:
		The full contents of the stream, excluding a possible BOM, are returned as a UTF-8 string.

	Throws:
		An exception is thrown if max_bytes != 0 and the stream contains more than max_bytes data.
		If the sanitize parameter is fals and the stream contains invalid UTF-8 code sequences,
		a UTFException is thrown.
*/
string readAllUTF8(InputStream stream, bool sanitize = false, size_t max_bytes = size_t.max)
{
	import std.utf;
	import vibe.utils.string;
	auto data = readAll(stream, max_bytes);
	if( sanitize ) return stripUTF8Bom(sanitizeUTF8(data));
	else {
		validate(cast(string)data);
		return stripUTF8Bom(cast(string)data);
	}
}

/**
	Pipes a stream to another while keeping the latency within the specified threshold.

	Params:
		destination = The destination stram to pipe into
		source =      The source stream to read data from
		nbytes =      Number of bytes to pipe through. The default of zero means to pipe
					  the whole input stream.
		max_latency = The maximum time before data is flushed to destination. The default value
					  of 0 s will flush after each chunk of data read from source.

	See_also: OutputStream.write
*/
void pipeRealtime(OutputStream destination, ConnectionStream source, ulong nbytes = 0, Duration max_latency = 0.seconds)
{
	static struct Buffer { ubyte[64*1024] bytes = void; }
	auto bufferobj = FreeListRef!(Buffer, false)();
	auto buffer = bufferobj.bytes[];

	//logTrace("default write %d bytes, empty=%s", nbytes, stream.empty);
	auto least_size = source.leastSize;
	StopWatch sw;
	sw.start();
	while (nbytes > 0 || least_size > 0) {
		size_t chunk = min(nbytes > 0 ? nbytes : ulong.max, least_size, buffer.length);
		assert(chunk > 0, "leastSize returned zero for non-empty stream.");
		//logTrace("read pipe chunk %d", chunk);
		source.read(buffer[0 .. chunk]);
		destination.write(buffer[0 .. chunk]);
		if (nbytes > 0) nbytes -= chunk;

		auto remaining_latency = max_latency - cast(Duration)sw.peek();
		if (remaining_latency > 0.seconds)
			source.waitForData(remaining_latency);

		if (cast(Duration)sw.peek >= max_latency) {
			logTrace("pipeRealtime flushing.");
			destination.flush();
			sw.reset();
		} else {
			logTrace("pipeRealtime not flushing.");
		}

		least_size = source.leastSize;
		if (!least_size) {
			enforce(nbytes == 0, "Reading past end of input.");
			break;
		}
	}
	destination.flush();
}

/**
	Consumes `bytes.length` bytes of the stream and determines if the contents
	match up.

	Returns: True $(I iff) the consumed bytes equal the passed array.
	Throws: Throws an exception if reading from the stream fails.
*/
bool skipBytes(InputStream stream, const(ubyte)[] bytes)
{
	bool matched = true;
	ubyte[128] buf = void;
	while (bytes.length) {
		auto len = min(buf.length, bytes.length);
		stream.read(buf[0 .. len]);
		if (buf[0 .. len] != bytes[0 .. len]) matched = false;
		bytes = bytes[len .. $];
	}
	return matched;
}

private struct Buffer { ubyte[64*1024-4] bytes = void; } // 64k - 4 bytes for reference count

private void readUntilSmall(R)(InputStream stream, ref R dst, in ubyte[] end_marker, ulong max_bytes = ulong.max)
{
	assert(end_marker.length >= 1 && end_marker.length <= 2);

	size_t nmatched = 0;
	size_t nmarker = end_marker.length;

	while (true) {
		enforce(!stream.empty, "Reached EOF while searching for end marker.");
		enforce(max_bytes > 0, "Reached maximum number of bytes while searching for end marker.");
		auto max_peek = max(max_bytes, max_bytes+nmarker); // account for integer overflow
		auto pm = stream.peek()[0 .. min($, max_bytes)];
		if (!pm.length) { // no peek support - inefficient route
			ubyte[2] buf = void;
			auto l = nmarker - nmatched;
			stream.read(buf[0 .. l]);
			foreach (i; 0 .. l) {
				if (buf[i] == end_marker[nmatched]) {
					nmatched++;
				} else if (buf[i] == end_marker[0]) {
					foreach (j; 0 .. nmatched) dst.put(end_marker[j]);
					nmatched = 1;
				} else {
					foreach (j; 0 .. nmatched) dst.put(end_marker[j]);
					nmatched = 0;
					dst.put(buf[i]);
				}
				if (nmatched == nmarker) return;
			}
		} else {
			auto idx = pm.countUntil(end_marker[0]);
			if (idx < 0) {
				dst.put(pm);
				max_bytes -= pm.length;
				stream.skip(pm.length);
			} else {
				dst.put(pm[0 .. idx]);
				stream.skip(idx+1);
				if (nmarker == 2) {
					ubyte[1] next;
					stream.read(next);
					if (next[0] == end_marker[1])
						return;
					dst.put(end_marker[0]);
					dst.put(next[0]);
				} else return;
			}
		}
	}
}


private void readUntilGeneric(R)(InputStream stream, ref R dst, in ubyte[] end_marker, ulong max_bytes = ulong.max) /*@ufcs*/
	if (isOutputRange!(R, ubyte))
{
	// allocate internal jump table to optimize the number of comparisons
	size_t[8] nmatchoffsetbuffer = void;
	size_t[] nmatchoffset;
	if (end_marker.length <= nmatchoffsetbuffer.length) nmatchoffset = nmatchoffsetbuffer[0 .. end_marker.length];
	else nmatchoffset = new size_t[end_marker.length];

	// precompute the jump table
	nmatchoffset[0] = 0;
	foreach( i; 1 .. end_marker.length ){
		nmatchoffset[i] = i;
		foreach_reverse( j; 1 .. i )
			if( end_marker[j .. i] == end_marker[0 .. i-j] ){
				nmatchoffset[i] = i-j;
				break;
			}
		assert(nmatchoffset[i] > 0 && nmatchoffset[i] <= i);
	}

	size_t nmatched = 0;
	auto bufferobj = FreeListRef!(Buffer, false)();
	auto buf = bufferobj.bytes[];

	ulong bytes_read = 0;

	void skip2(size_t nbytes)
	{
		bytes_read += nbytes;
		stream.skip(nbytes);
	}

	while( !stream.empty ){
		enforce(bytes_read < max_bytes, "Reached byte limit before reaching end marker.");

		// try to get as much data as possible, either by peeking into the stream or
		// by reading as much as isguaranteed to not exceed the end marker length
		// the block size is also always limited by the max_bytes parameter.
		size_t nread = 0;
		auto least_size = stream.leastSize(); // NOTE: blocks until data is available
		auto max_read = max_bytes - bytes_read;
		auto str = stream.peek(); // try to get some data for free
		if( str.length == 0 ){ // if not, read as much as possible without reading past the end
			nread = min(least_size, end_marker.length-nmatched, buf.length, max_read);
			stream.read(buf[0 .. nread]);
			str = buf[0 .. nread];
			bytes_read += nread;
		} else if( str.length > max_read ){
			str.length = cast(size_t)max_read;
		}

		// remember how much of the marker was already matched before processing the current block
		size_t nmatched_start = nmatched;

		// go through the current block trying to match the marker
		size_t i = 0;
		for (i = 0; i < str.length; i++) {
			auto ch = str[i];
			// if we have a mismatch, use the jump table to try other possible prefixes
			// of the marker
			while( nmatched > 0 && ch != end_marker[nmatched] )
				nmatched -= nmatchoffset[nmatched];

			// if we then have a match, increase the match count and test for full match
			if (ch == end_marker[nmatched])
				if (++nmatched == end_marker.length) {
					i++;
					break;
				}
		}


		// write out any false match part of previous blocks
		if( nmatched_start > 0 ){
			if( nmatched <= i ) dst.put(end_marker[0 .. nmatched_start]);
			else dst.put(end_marker[0 .. nmatched_start-nmatched+i]);
		}

		// write out any unmatched part of the current block
		if( nmatched < i ) dst.put(str[0 .. i-nmatched]);

		// got a full, match => out
		if (nmatched >= end_marker.length) {
			// in case of a full match skip data in the stream until the end of
			// the marker
			skip2(i - nread);
			return;
		}

		// otherwise skip this block in the stream
		skip2(str.length - nread);
	}

	enforce(false, "Reached EOF before reaching end marker.");
}

static if (!is(typeof(InputStream.init.skip(0))))
{
	private void skip(InputStream str, ulong count)
	{
		ubyte[156] buf = void;
		while (count > 0) {
			auto n = min(buf.length, count);
			str.read(buf[0 .. n]);
			count -= n;
		}
	}
}

private class NoPeekProxy : ProxyStream {
	this(InputStream stream)
	{
		super(stream, null);
	}

	override const(ubyte)[] peek() { return null; }
}
vibe.d-0.7.30/source/vibe/stream/stdio.d000066400000000000000000000071601304441332000177550ustar00rootroot00000000000000/**
	Standard I/O streams

	Copyright: © 2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Eric Cornelius
*/
module vibe.stream.stdio;

import vibe.core.core;
import vibe.core.stream;
import vibe.stream.taskpipe;

import std.stdio;
import core.thread;

import std.exception;

class StdFileStream : ConnectionStream {
	private {
		std.stdio.File m_file;
		TaskPipe m_readPipe;
		TaskPipe m_writePipe;
		Thread m_readThread;
		Thread m_writeThread;
	}

	this(bool read, bool write)
	{
		if (read) m_readPipe = new TaskPipe;
		if (write) m_writePipe = new TaskPipe;
	}

	void setup(std.stdio.File file)
	{
		m_file = file;

		if (m_readPipe) {
			m_readThread = new Thread(&readThreadFunc);
			m_readThread.name = "StdFileStream reader";
			m_readThread.start();
		}

		if (m_writePipe) {
			m_writeThread = new Thread(&writeThreadFunc);
			m_writeThread.name = "StdFileStream writer";
			m_writeThread.start();
		}
	}

	override @property bool empty() { enforceReadable(); return m_readPipe.empty; }

	override @property ulong leastSize()
	{
		enforceReadable();
		return m_readPipe.leastSize;
	}

	override @property bool dataAvailableForRead()
	{
		enforceReadable();
		return m_readPipe.dataAvailableForRead;
	}

	override @property bool connected() const { return m_readPipe.connected; }

	override void close() { m_writePipe.close(); }

	override bool waitForData(Duration timeout) { return m_readPipe.waitForData(timeout); }

	override const(ubyte)[] peek()
	{
		enforceReadable();
		return m_readPipe.peek();
	}

	override void read(ubyte[] dst)
	{
		enforceReadable();
		m_readPipe.read(dst);
	}

	override void write(in ubyte[] bytes_)
	{
		enforceWritable();
		m_writePipe.write(bytes_);
	}

	override void flush()
	{
		enforceWritable();
		m_writePipe.flush();
	}

	override void finalize()
	{
		enforceWritable();
		if (!m_writePipe.connected) return;
		flush();
		m_writePipe.finalize();
	}

	override void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	void enforceReadable() { enforce(m_readPipe, "Stream is not readable!"); }
	void enforceWritable() { enforce(m_writePipe, "Stream is not writable!"); }

	private void readThreadFunc()
	{
		bool loop_flag = false;
		runTask({
			ubyte[1] buf;
			scope(exit) {
				if (m_file.isOpen) m_file.close();
				m_readPipe.finalize();
				if (loop_flag) exitEventLoop();
				else loop_flag = true;
			}
			while (!m_file.eof) {
				auto data = m_file.rawRead(buf);
				if (!data.length) break;
				m_readPipe.write(data);
				vibe.core.core.yield();
			}
		});
		if (!loop_flag) {
			loop_flag = true;
			runEventLoop();
		}
	}

	private void writeThreadFunc()
	{
		import std.algorithm : min;
		
		bool loop_flag = false;
		runTask({
			ubyte[1024] buf;
			scope(exit) {
				if (m_file.isOpen) m_file.close();
				if (loop_flag) exitEventLoop();
				else loop_flag = true;
			}
			while (m_file.isOpen && !m_writePipe.empty) {
				auto len = min(buf.length, m_writePipe.leastSize);
				if (!len) break;
				m_writePipe.read(buf[0 .. len]);
				m_file.rawWrite(buf[0 .. len]);
				vibe.core.core.yield();
			}
		});
		if (!loop_flag) {
			loop_flag = true;
			runEventLoop();
		}
	}
}

/**
	OutputStream that writes to stdout
*/
final class StdoutStream : StdFileStream {
	this() {
		super(false, true);
		setup(stdout);
	}
}

/**
	OutputStream that writes to stderr
*/
final class StderrStream : StdFileStream {
	this() {
		super(false, true);
		setup(stderr);
	}
}

/**
	InputStream that reads from stdin
*/
final class StdinStream : StdFileStream {
	this() {
		super(true, false);
		setup(stdin);
	}
}
vibe.d-0.7.30/source/vibe/stream/taskpipe.d000066400000000000000000000121251304441332000204500ustar00rootroot00000000000000/**
	Stream interface for passing data between different tasks.

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.stream.taskpipe;

public import vibe.core.stream;

import core.sync.mutex;
import core.time;
import std.algorithm : min;
import std.exception;
import vibe.core.core;
import vibe.core.sync;
import vibe.utils.array;


/**
	Implements a unidirectional data pipe between two tasks.
*/
final class TaskPipe : ConnectionStream {
	private {
		TaskPipeImpl m_pipe;
	}

	/** Constructs a new pipe ready for use.
	*/
	this(bool grow_when_full = false)
	{
		m_pipe = new TaskPipeImpl(grow_when_full);
	}

	/// Size of the (fixed) FIFO buffer used to transfer data between tasks
	@property size_t bufferSize() const { return m_pipe.bufferSize; }
	/// ditto
	@property void bufferSize(size_t nbytes) { m_pipe.bufferSize = nbytes; }

	@property bool empty() { return leastSize() == 0; }
	@property ulong leastSize() { m_pipe.waitForData(); return m_pipe.fill; }
	@property bool dataAvailableForRead() { return m_pipe.fill > 0; }
	@property bool connected() const { return m_pipe.open; }

	void close() { m_pipe.close(); }
	bool waitForData(Duration timeout)
	{
		if (dataAvailableForRead) return true;
		m_pipe.waitForData(timeout);
		return dataAvailableForRead;
	}
	const(ubyte)[] peek() { return m_pipe.peek; }
	void read(ubyte[] dst) { return m_pipe.read(dst); }
	void write(in ubyte[] bytes) { m_pipe.write(bytes); }
	void flush() {}
	void finalize() { m_pipe.close(); }
	void write(InputStream stream, ulong nbytes = 0) { writeDefault(stream, nbytes); }
}


/**
	Underyling pipe implementation for TaskPipe with no Stream interface.
*/
private final class TaskPipeImpl {
	private {
		Mutex m_mutex;
		InterruptibleTaskCondition m_condition;
		FixedRingBuffer!ubyte m_buffer;
		bool m_closed = false;
		bool m_growWhenFull;
	}

	/** Constructs a new pipe ready for use.
	*/
	this(bool grow_when_full = false)
	{
		m_mutex = new Mutex;
		m_condition = new InterruptibleTaskCondition(m_mutex);
		m_buffer.capacity = 2048;
		m_growWhenFull = grow_when_full;
	}

	/// Size of the (fixed) buffer used to transfer data between tasks
	@property size_t bufferSize() const { return m_buffer.capacity; }
	/// ditto
	@property void bufferSize(size_t nbytes) { m_buffer.capacity = nbytes; }

	/// Number of bytes currently in the transfer buffer
	@property size_t fill()
	const {
		synchronized (m_mutex) {
			return m_buffer.length;
		}
	}

	@property bool open() const { return !m_closed; }

	/** Closes the pipe.
	*/
	void close()
	{
		synchronized (m_mutex) m_closed = true;
		m_condition.notifyAll();
	}

	/** Blocks until at least one byte of data has been written to the pipe.
	*/
	void waitForData(Duration timeout = 0.seconds)
	{
		synchronized (m_mutex) {
			while (m_buffer.empty && !m_closed) {
				if (timeout > 0.seconds)
					m_condition.wait(timeout);
				else m_condition.wait();
			}
		}
	}

	/** Writes the given byte array to the pipe.
	*/
	void write(const(ubyte)[] data)
	{
		while (data.length > 0){
			bool need_signal;
			synchronized (m_mutex) {
				if (m_growWhenFull && m_buffer.full) {
					size_t new_sz = m_buffer.capacity;
					while (new_sz - m_buffer.capacity < data.length) new_sz += 2;
					m_buffer.capacity = new_sz;
				} else while (m_buffer.full) m_condition.wait();
				
				need_signal = m_buffer.empty;
				auto len = min(m_buffer.freeSpace, data.length);
				m_buffer.put(data[0 .. len]);
				data = data[len .. $];
			}
			if (need_signal) m_condition.notifyAll();
		}
		if (!m_growWhenFull) vibe.core.core.yield();
	}

	/** Returns a temporary view of the beginning of the transfer buffer.

		Note that a call to read invalidates this array slice. Blocks in case
		of a filled up transfer buffer.
	*/
	const(ubyte[]) peek()
	{
		synchronized (m_mutex) {
			return m_buffer.peek();
		}
	}

	/** Reads data into the supplied buffer.

		Blocks until a sufficient amount of data has been written to the pipe.
	*/
	void read(ubyte[] dst)
	{
		while (dst.length > 0) {
			bool need_signal;
			size_t len;
			synchronized (m_mutex) {
				while (m_buffer.empty && !m_closed) m_condition.wait();

				need_signal = m_buffer.full;
				enforce(!m_buffer.empty, "Reading past end of closed pipe.");
				len = min(dst.length, m_buffer.length);
				m_buffer.read(dst[0 .. len]);
			}
			if (need_signal) m_condition.notifyAll();
			dst = dst[len .. $];
		}
		vibe.core.core.yield();
	}
}

unittest { // issue #1501 - deadlock in TaskPipe
	import std.datetime : Clock, UTC;
	import core.time : msecs;

	// test read after write and write after read
	foreach (i; 0 .. 2) {
		auto p = new TaskPipe;
		p.bufferSize = 2048;

		Task a, b;
		a = runTask({ ubyte[2100] buf; if (i == 0) p.read(buf); else p.write(buf); });
		b = runTask({ ubyte[2100] buf; if (i == 0) p.write(buf); else p.read(buf); });

		auto joiner = runTask({
			auto starttime = Clock.currTime(UTC());
			while (a.running || b.running) {
				if (Clock.currTime(UTC()) - starttime > 500.msecs)
					assert(false, "TaskPipe is dead locked.");
				yield();
			}
		});

		joiner.join();
	}
}
vibe.d-0.7.30/source/vibe/stream/tls.d000066400000000000000000000341401304441332000174330ustar00rootroot00000000000000/**
	TLS stream implementation

	TLSStream can be used to implement TLS communication on top of a TCP connection. The
	TLSContextKind of an TLSStream determines if the TLS tunnel is established actively (client) or
	passively (server).

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.stream.tls;

import vibe.core.log;
import vibe.core.net;
import vibe.core.stream;
import vibe.core.sync;

import vibe.utils.dictionarylist;

import std.algorithm;
import std.array;
import std.conv;
import std.exception;
import std.string;

import core.stdc.string : strlen;
import core.sync.mutex;
import core.thread;

version (VibeNoSSL) {}
else version(Have_openssl) version = OpenSSL;
else version(Have_botan) version = Botan;


/// A simple TLS client
unittest {
	import vibe.core.net;
	import vibe.stream.tls;

	void sendTLSMessage()
	{
		auto conn = connectTCP("127.0.0.1", 1234);
		auto sslctx = createTLSContext(TLSContextKind.client);
		auto stream = createTLSStream(conn, sslctx);
		stream.write("Hello, World!");
		stream.finalize();
		conn.close();
	}
}

/// Corresponding server
unittest {
	import vibe.core.log;
	import vibe.core.net;
	import vibe.stream.operations;
	import vibe.stream.tls;

	void listenForTLS()
	{
		auto sslctx = createTLSContext(TLSContextKind.server);
		sslctx.useCertificateChainFile("server.crt");
		sslctx.usePrivateKeyFile("server.key");
		listenTCP(1234, (conn){
			auto stream = createTLSStream(conn, sslctx);
			logInfo("Got message: %s", stream.readAllUTF8());
			stream.finalize();
		});
	}
}


/**************************************************************************************************/
/* Public functions                                                                               */
/**************************************************************************************************/

/** Creates a new context of the given kind.

	Params:
		kind = Specifies if the context is going to be used on the client
			or on the server end of the TLS tunnel
		ver = The TLS protocol used for negotiating the tunnel
*/
TLSContext createTLSContext(TLSContextKind kind, TLSVersion ver = TLSVersion.any)
{
	version (OpenSSL) {
		static TLSContext createOpenSSLContext(TLSContextKind kind, TLSVersion ver) {
			import vibe.stream.openssl;
			return new OpenSSLContext(kind, ver);
		}
		if (!gs_sslContextFactory)
			setTLSContextFactory(&createOpenSSLContext);
	} else version(Botan) {
		static TLSContext createBotanContext(TLSContextKind kind, TLSVersion ver) {
			import vibe.stream.botan;
			return new BotanTLSContext(kind);
		}
		if (!gs_sslContextFactory)
			setTLSContextFactory(&createBotanContext);
	}
	assert(gs_sslContextFactory !is null, "No TLS context factory registered.");
	return gs_sslContextFactory(kind, ver);
}

/** Constructs a new TLS tunnel and infers the stream state from the TLSContextKind.

	Depending on the TLSContextKind of ctx, the tunnel will try to establish an TLS
	tunnel by either passively accepting or by actively connecting.

	Params:
		underlying = The base stream which is used for the TLS tunnel
		ctx = TLS context used for initiating the tunnel
		peer_name = DNS name of the remote peer, used for certificate validation
		peer_address = IP address of the remote peer, used for certificate validation
*/
TLSStream createTLSStream(Stream underlying, TLSContext ctx, string peer_name = null, NetworkAddress peer_address = NetworkAddress.init)
{
	auto stream_state = ctx.kind == TLSContextKind.client ? TLSStreamState.connecting : TLSStreamState.accepting;
	return createTLSStream(underlying, ctx, stream_state, peer_name, peer_address);
}

/** Constructs a new TLS tunnel, allowing to override the stream state.

	This constructor allows to specify a custom tunnel state, which can
	be useful when a tunnel has already been established by other means.

	Params:
		underlying = The base stream which is used for the TLS tunnel
		ctx = TLS context used for initiating the tunnel
		state = The manually specified tunnel state
		peer_name = DNS name of the remote peer, used for certificate validation
		peer_address = IP address of the remote peer, used for certificate validation
*/
TLSStream createTLSStream(Stream underlying, TLSContext ctx, TLSStreamState state, string peer_name = null, NetworkAddress peer_address = NetworkAddress.init)
{
	return ctx.createStream(underlying, state, peer_name, peer_address);
}

/**
	Constructs a new TLS stream using manual memory allocator.
*/
auto createTLSStreamFL(Stream underlying, TLSContext ctx, TLSStreamState state, string peer_name = null, NetworkAddress peer_address = NetworkAddress.init)
{
	// This function has an auto return type to avoid the import of the TLS
	// implementation headers.  When client code uses this function the compiler
	// will have to semantically analyse it and subsequently will import the TLS
	// implementation headers.
	version (OpenSSL) {
		import vibe.utils.memory;
		import vibe.stream.openssl;
		static assert(AllocSize!TLSStream > 0);
		return FreeListRef!OpenSSLStream(underlying, cast(OpenSSLContext)ctx,
										 state, peer_name, peer_address);
	} else version (Botan) {
		import vibe.utils.memory;
		import vibe.stream.botan;
		return FreeListRef!BotanTLSStream(cast(ConnectionStream) underlying, cast(BotanTLSContext) ctx, state, peer_name, peer_address);
	} else assert(false, "No TLS support compiled in (VibeNoTLS)");
}

void setTLSContextFactory(TLSContext function(TLSContextKind, TLSVersion) factory)
{
	gs_sslContextFactory = factory;
}


/**************************************************************************************************/
/* Public types                                                                                   */
/**************************************************************************************************/

/**
	Creates an TLS tunnel within an existing stream.

	Note: Be sure to call finalize before finalizing/closing the outer stream so that the TLS
		tunnel is properly closed first.
*/
interface TLSStream : Stream {
	@property TLSCertificateInformation peerCertificate();

	//-/ The host name reported through SNI
	//@property string hostName() const;

	/** The ALPN that has been negotiated for this connection.

		See_also: $(WEB https://en.wikipedia.org/wiki/Application-Layer_Protocol_Negotiation)
	*/
	@property string alpn() const;
}

enum TLSStreamState {
	connecting,
	accepting,
	connected
}


/**
	Encapsulates the configuration for an TLS tunnel.

	Note that when creating an TLSContext with TLSContextKind.client, the
	peerValidationMode will be set to TLSPeerValidationMode.trustedCert,
	but no trusted certificate authorities are added by default. Use
	useTrustedCertificateFile to add those.
*/
interface TLSContext {
	/// The kind of TLS context (client/server)
	@property TLSContextKind kind() const;

	/** Specifies the validation level of remote peers.

		The default mode for TLSContextKind.client is
		TLSPeerValidationMode.trustedCert and the default for
		TLSContextKind.server is TLSPeerValidationMode.none.
	*/
	@property void peerValidationMode(TLSPeerValidationMode mode);
	/// ditto
	@property TLSPeerValidationMode peerValidationMode() const;

	/** The maximum length of an accepted certificate chain.

		Any certificate chain longer than this will result in the TLS
		negitiation failing.

		The default value is 9.
	*/
	@property void maxCertChainLength(int val);
	/// ditto
	@property int maxCertChainLength() const;

	/** An optional user callback for peer validation.

		This callback will be called for each peer and each certificate of
		its certificate chain to allow overriding the validation decision
		based on the selected peerValidationMode (e.g. to allow invalid
		certificates or to reject valid ones). This is mainly useful for
		presenting the user with a dialog in case of untrusted or mismatching
		certificates.
	*/
	@property void peerValidationCallback(TLSPeerValidationCallback callback);
	/// ditto
	@property inout(TLSPeerValidationCallback) peerValidationCallback() inout;

	/** The callback used to associcate host names with TLS certificates/contexts.

		This property is only used for kind $(D TLSContextKind.serverSNI).
	*/
	@property void sniCallback(TLSServerNameCallback callback);
	/// ditto
	@property inout(TLSServerNameCallback) sniCallback() inout;

	/// Callback function invoked to choose alpn (client side)
	@property void alpnCallback(TLSALPNCallback alpn_chooser);
	/// ditto
	@property TLSALPNCallback alpnCallback() const;

	/// Setter method invoked to offer ALPN (server side)
	void setClientALPN(string[] alpn);

	/** Creates a new stream associated to this context.
	*/
	TLSStream createStream(Stream underlying, TLSStreamState state, string peer_name = null, NetworkAddress peer_address = NetworkAddress.init);

	/** Set the list of cipher specifications to use for TLS tunnels.

		The list must be a colon separated list of cipher
		specifications as accepted by OpenSSL. Calling this function
		without argument will restore the default.

		See_also: $(LINK https://www.openssl.org/docs/apps/ciphers.html#CIPHER_LIST_FORMAT)
	*/
	void setCipherList(string list = null);

	/** Set params to use for DH cipher.
	 *
	 * By default the 2048-bit prime from RFC 3526 is used.
	 *
	 * Params:
	 * pem_file = Path to a PEM file containing the DH parameters. Calling
	 *    this function without argument will restore the default.
	 */
	void setDHParams(string pem_file=null);

	/** Set the elliptic curve to use for ECDH cipher.
	 *
	 * By default a curve is either chosen automatically or  prime256v1 is used.
	 *
	 * Params:
	 * curve = The short name of the elliptic curve to use. Calling this
	 *    function without argument will restore the default.
	 *
	 */
	void setECDHCurve(string curve=null);

	/// Sets a certificate file to use for authenticating to the remote peer
	void useCertificateChainFile(string path);

	/// Sets the private key to use for authenticating to the remote peer based
	/// on the configured certificate chain file.
	void usePrivateKeyFile(string path);

	/** Sets the list of trusted certificates for verifying peer certificates.

		If this is a server context, this also entails that the given
		certificates are advertised to connecting clients during handshake.

		On Linux, the system's root certificate authority list is usually
		found at "/etc/ssl/certs/ca-certificates.crt",
		"/etc/pki/tls/certs/ca-bundle.crt", or "/etc/ssl/ca-bundle.pem".
	*/
	void useTrustedCertificateFile(string path);
}

enum TLSContextKind {
	client,     /// Client context (active connector)
	server,     /// Server context (passive connector)
	serverSNI,  /// Server context with multiple certificate support (SNI)
}

enum TLSVersion {
	any, /// Accept SSLv3 or TLSv1.0 and greater
	ssl3, /// Accept only SSLv3
	tls1, /// Accept only TLSv1.0
	tls1_1, /// Accept only TLSv1.1
	tls1_2, /// Accept only TLSv1.2
	dtls1, /// Use DTLSv1.0

	ssl23 = any /// Deprecated compatibility alias
}


/** Specifies how rigorously TLS peer certificates are validated.

	The individual options can be combined using a bitwise "or". Usually it is
	recommended to use $(D trustedCert) for full validation.
*/
enum TLSPeerValidationMode {
	/** Accept any peer regardless if and which certificate is presented.

		This mode is generally discouraged and should only be used with
		a custom validation callback set to do the verification.
	*/
	none = 0,

	/** Require the peer to always present a certificate.

		Note that this option alone does not verify the certificate at all. It
		can be used together with the "check" options, or by using a custom
		validation callback to actually validate certificates.
	*/
	requireCert = 1<<0,

	/** Check the certificate for basic validity.

		This verifies the validity of the certificate chain and some other
		general properties, such as expiration time. It doesn't verify
		either the peer name or the trust state of the certificate.
	*/
	checkCert = 1<<1,

	/** Validate the actual peer name/address against the certificate.

		Compares the name/address of the connected peer, as passed to
		$(D createTLSStream) to the list of patterns present in the
		certificate, if any. If no match is found, the connection is
		rejected.
	*/
	checkPeer = 1<<2,

	/** Requires that the certificate or any parent certificate is trusted.

		Searches list of trusted certificates for a match of the certificate
		chain. If no match is found, the connection is rejected.

		See_also: $(D useTrustedCertificateFile)
	*/
	checkTrust = 1<<3,

	/** Require a valid certificate matching the peer name.

		In this mode, the certificate is validated for general consistency and
		possible expiration, and the peer name is checked to see if the
		certificate actually applies.

		However, the certificate chain is not matched against the system's
		pool of trusted certificate authorities, so a custom validation
		callback is still needed to get a secure validation process.

		This option is a combination $(D requireCert), $(D checkCert) and
		$(D checkPeer).
	*/
	validCert = requireCert | checkCert | checkPeer,

	/** Require a valid and trusted certificate (strongly recommended).

		Checks the certificate and peer name for validity and requires that
		the certificate chain originates from a trusted CA (based on the
		registered pool of certificate authorities).

		This option is a combination $(D validCert) and $(D checkTrust).

		See_also: $(D useTrustedCertificateFile)
	*/
	trustedCert = validCert | checkTrust,
}

/** Certificate information  */
struct TLSCertificateInformation {

	/** Information about the certificate's subject name.

		Maps fields to their values. For example, typical fields on a
		certificate will be 'commonName', 'countryName', 'emailAddress', etc.
	*/
	DictionaryList!(string, false, 8) subjectName;
}

struct TLSPeerValidationData {
	char[] certName;
	string errorString;
	// certificate chain
	// public key
	// public key fingerprint
}

alias TLSPeerValidationCallback = bool delegate(scope TLSPeerValidationData data);

alias TLSServerNameCallback = TLSContext delegate(string hostname);
alias TLSALPNCallback = string delegate(string[] alpn_choices);

private {
	__gshared TLSContext function(TLSContextKind, TLSVersion) gs_sslContextFactory;
}
vibe.d-0.7.30/source/vibe/stream/wrapper.d000066400000000000000000000147341304441332000203200ustar00rootroot00000000000000/**
	Stream proxy and wrapper facilities.

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.stream.wrapper;

public import vibe.core.stream;

import std.algorithm : min;
import std.exception;
import core.time;


/**
	Provides a way to access varying streams using a constant stream reference.
*/
class ProxyStream : Stream {
	private {
		InputStream m_input;
		OutputStream m_output;
		Stream m_underlying;
	}

	this(Stream stream = null)
	{
		m_underlying = stream;
		m_input = stream;
		m_output = stream;
	}

	this(InputStream input, OutputStream output)
	{
		m_input = input;
		m_output = output;
	}

	/// The stream that is wrapped by this one
	@property inout(Stream) underlying() inout { return m_underlying; }
	/// ditto
	@property void underlying(Stream value) { m_underlying = value; m_input = value; m_output = value; }

	@property bool empty() { return m_input ? m_input.empty : true; }

	@property ulong leastSize() { return m_input ? m_input.leastSize : 0; }

	@property bool dataAvailableForRead() { return m_input ? m_input.dataAvailableForRead : false; }

	const(ubyte)[] peek() { return m_input.peek(); }

	void read(ubyte[] dst) { m_input.read(dst); }

	void write(in ubyte[] bytes) { m_output.write(bytes); }

	void flush() { m_output.flush(); }

	void finalize() { m_output.finalize(); }

	void write(InputStream stream, ulong nbytes = 0) { m_output.write(stream, nbytes); }
}


/**
	Special kind of proxy stream for streams nested in a ConnectionStream.

	This stream will forward all stream operations to the selected stream,
	but will forward all connection related operations to the given
	ConnectionStream. This allows wrapping embedded streams, such as
	SSL streams in a ConnectionStream.
*/
class ConnectionProxyStream : ConnectionStream {
	private {
		ConnectionStream m_connection;
		Stream m_underlying;
		InputStream m_input;
		OutputStream m_output;
	}

	this(Stream stream, ConnectionStream connection_stream)
	in { assert(stream !is null); }
	body {
		m_underlying = stream;
		m_input = stream;
		m_output = stream;
		m_connection = connection_stream;
	}

	this(InputStream input, OutputStream output, ConnectionStream connection_stream)
	{
		m_input = input;
		m_output = output;
		m_connection = connection_stream;
	}

	@property bool connected()
	const {
		if (!m_connection)
			return true;

		return m_connection.connected;
	}

	void close()
	{
		if (!m_connection)
			return;

		if (m_connection.connected) finalize();
		m_connection.close();
	}

	bool waitForData(Duration timeout = 0.seconds)
	{
		if (this.dataAvailableForRead) return true;

		if (!m_connection)
			return timeout == 0.seconds ? !this.empty : false;

		return m_connection.waitForData(timeout);
	}

	/// The stream that is wrapped by this one
	@property inout(Stream) underlying() inout { return m_underlying; }
	/// ditto
	@property void underlying(Stream value) { m_underlying = value; m_input = value; m_output = value; }

	@property bool empty() { return m_input ? m_input.empty : true; }

	@property ulong leastSize() { return m_input ? m_input.leastSize : 0; }

	@property bool dataAvailableForRead() { return m_input ? m_input.dataAvailableForRead : false; }

	const(ubyte)[] peek() { return m_input.peek(); }

	void read(ubyte[] dst) { m_input.read(dst); }

	void write(in ubyte[] bytes) { m_output.write(bytes); }

	void flush() { m_output.flush(); }

	void finalize() { m_output.finalize(); }

	void write(InputStream stream, ulong nbytes = 0) { m_output.write(stream, nbytes); }
}


/**
	Implements an input range interface on top of an InputStream using an
	internal buffer.

	The buffer is GC allocated and is filled chunk wise. Thus an InputStream
	that has been wrapped in a StreamInputRange cannot be used reliably on its
	own anymore.

	Reading occurs in a fully lazy fashion. The first call to either front,
	popFront or empty will potentially trigger waiting for the next chunk of
	data to arrive - but especially popFront will not wait if it was called
	after a call to front. This property allows the range to be used in
	request-response scenarios.
*/
struct StreamInputRange {
	private {
		struct Buffer {
			ubyte[256] data = void;
			size_t fill = 0;
		}
		InputStream m_stream;
		Buffer* m_buffer;
	}

	this (InputStream stream)
	{
		m_stream = stream;
		m_buffer = new Buffer;
	}

	@property bool empty() { return !m_buffer.fill && m_stream.empty; }

	ubyte front()
	{
		if (m_buffer.fill < 1) readChunk();
		return m_buffer.data[$ - m_buffer.fill];
	}
	void popFront()
	{
		assert(!empty);
		if (m_buffer.fill < 1) readChunk();
		m_buffer.fill--;
	}

	private void readChunk()
	{
		auto sz = min(m_stream.leastSize, m_buffer.data.length);
		assert(sz > 0);
		m_stream.read(m_buffer.data[$-sz .. $]);
		m_buffer.fill = sz;
	}
}


/**
	Implements a buffered output range interface on top of an OutputStream.
*/
struct StreamOutputRange {
	private {
		OutputStream m_stream;
		size_t m_fill = 0;
		ubyte[256] m_data = void;
	}

	@disable this(this);

	this(OutputStream stream)
	{
		m_stream = stream;
	}

	~this()
	{
		flush();
	}

	void flush()
	{
		if (m_fill == 0) return;
		m_stream.write(m_data[0 .. m_fill]);
		m_fill = 0;
	}

	void put(ubyte bt)
	{
		m_data[m_fill++] = bt;
		if (m_fill >= m_data.length) flush();
	}

	void put(const(ubyte)[] bts)
	{
		while (bts.length) {
			auto len = min(m_data.length - m_fill, bts.length);
			m_data[m_fill .. m_fill + len] = bts[0 .. len];
			m_fill += len;
			bts = bts[len .. $];
			if (m_fill >= m_data.length) flush();
		}
	}

	void put(char elem) { put(cast(ubyte)elem); }
	void put(const(char)[] elems) { put(cast(const(ubyte)[])elems); }

	void put(dchar elem)
	{
		import std.utf;
		char[4] chars;
		auto len = encode(chars, elem);
		put(chars[0 .. len]);
	}

	void put(const(dchar)[] elems) { foreach( ch; elems ) put(ch); }
}

unittest {
	static long writeLength(ARGS...)(ARGS args) {
		import vibe.stream.memory;
		auto dst = new MemoryOutputStream;
		{
			auto rng = StreamOutputRange(dst);
			foreach (a; args) rng.put(a);
		}
		return dst.data.length;
	}
	assert(writeLength("hello", ' ', "world") == "hello world".length);
	assert(writeLength("h\u00E4llo", ' ', "world") == "h\u00E4llo world".length);
	assert(writeLength("hello", '\u00E4', "world") == "hello\u00E4world".length);
	assert(writeLength("h\u1000llo", '\u1000', "world") == "h\u1000llo\u1000world".length);
	auto test = "häl";
	assert(test.length == 4);
	assert(writeLength(test[0], test[1], test[2], test[3]) == test.length);
}
vibe.d-0.7.30/source/vibe/stream/zlib.d000066400000000000000000000202501304441332000175660ustar00rootroot00000000000000/**
	Zlib input/output streams

	Copyright: © 2012-2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.stream.zlib;

import vibe.core.stream;
import vibe.utils.array;
import vibe.utils.memory;

import std.algorithm;
import std.exception;
import etc.c.zlib;

import vibe.core.log;



/**
	Writes any data compressed in deflate format to the specified output stream.
*/
final class DeflateOutputStream : ZlibOutputStream {
	this(OutputStream dst)
	{
		super(dst, HeaderFormat.deflate);
	}
}


/**
	Writes any data compressed in gzip format to the specified output stream.
*/
final class GzipOutputStream : ZlibOutputStream {
	this(OutputStream dst)
	{
		super(dst, HeaderFormat.gzip);
	}
}

/**
	Generic zlib output stream.
*/
class ZlibOutputStream : OutputStream {
	private {
		OutputStream m_out;
		z_stream m_zstream;
		ubyte[1024] m_outbuffer;
		//ubyte[4096] m_inbuffer;
		bool m_finalized = false;
	}

	enum HeaderFormat {
		gzip,
		deflate
	}

	this(OutputStream dst, HeaderFormat type, int level = Z_DEFAULT_COMPRESSION)
	{
		m_out = dst;
		zlibEnforce(deflateInit2(&m_zstream, level, Z_DEFLATED, 15 + (type == HeaderFormat.gzip ? 16 : 0), 8, Z_DEFAULT_STRATEGY));
	}

	~this() {
		if (!m_finalized)
			deflateEnd(&m_zstream);
	}

	final void write(in ubyte[] data)
	{
		if (!data.length) return;
		assert(!m_finalized);
		assert(m_zstream.avail_in == 0);
		m_zstream.next_in = cast(ubyte*)data.ptr;
		assert(data.length < uint.max);
		m_zstream.avail_in = cast(uint)data.length;
		doFlush(Z_NO_FLUSH);
		assert(m_zstream.avail_in == 0);
		m_zstream.next_in = null;
	}

	final void write(InputStream stream, ulong nbytes = 0)
	{
		writeDefault(stream, nbytes);
	}

	final void flush()
	{
		assert(!m_finalized);
		//doFlush(Z_SYNC_FLUSH);
		m_out.flush();
	}

	final void finalize()
	{
		if (m_finalized) return;
		m_finalized = true;
		doFlush(Z_FINISH);
		m_out.flush();
		zlibEnforce(deflateEnd(&m_zstream));
	}

	private final void doFlush(int how)
	{
		while (true) {
			m_zstream.next_out = m_outbuffer.ptr;
			m_zstream.avail_out = cast(uint)m_outbuffer.length;
			//logInfo("deflate %s -> %s (%s)", m_zstream.avail_in, m_zstream.avail_out, how);
			auto ret = deflate(&m_zstream, how);
			//logInfo("    ... %s -> %s", m_zstream.avail_in, m_zstream.avail_out);
			switch (ret) {
				default:
					zlibEnforce(ret);
					assert(false, "Unknown return value for zlib deflate.");
				case Z_OK:
					assert(m_zstream.avail_out < m_outbuffer.length || m_zstream.avail_in == 0);
					m_out.write(m_outbuffer[0 .. m_outbuffer.length - m_zstream.avail_out]);
					break;
				case Z_BUF_ERROR:
					assert(m_zstream.avail_in == 0);
					return;
				case Z_STREAM_END:
					assert(how == Z_FINISH);
					m_out.write(m_outbuffer[0 .. m_outbuffer.length - m_zstream.avail_out]);
					return;
			}
		}
	}
}


/**
	Takes an input stream that contains data in deflate compressed format and outputs the
	uncompressed data.
*/
class DeflateInputStream : ZlibInputStream {
	this(InputStream dst)
	{
		super(dst, HeaderFormat.deflate);
	}
}


/**
	Takes an input stream that contains data in gzip compressed format and outputs the
	uncompressed data.
*/
class GzipInputStream : ZlibInputStream {
	this(InputStream dst)
	{
		super(dst, HeaderFormat.gzip);
	}
}

unittest {
	import vibe.stream.memory;
	import vibe.stream.operations;

	auto raw = cast(ubyte[])"Hello, World!\n".dup;
	ubyte[] gzip = [
		0x1F, 0x8B, 0x08, 0x08, 0xAF, 0x12, 0x42, 0x56, 0x00, 0x03, 0x74, 0x65, 0x73, 0x74, 0x2E, 0x74,
		0x78, 0x74, 0x00, 0xF3, 0x48, 0xCD, 0xC9, 0xC9, 0xD7, 0x51, 0x08, 0xCF, 0x2F, 0xCA, 0x49, 0x51,
		0xE4, 0x02, 0x00, 0x84, 0x9E, 0xE8, 0xB4, 0x0E, 0x00, 0x00, 0x00];

	auto gzipin = new GzipInputStream(new MemoryStream(gzip));
	assert(gzipin.readAll() == raw);
}

unittest {
	import vibe.stream.memory;
	import vibe.stream.operations;

	ubyte[] gzip_partial = [
		0x1F, 0x8B, 0x08, 0x08, 0xAF, 0x12, 0x42, 0x56, 0x00, 0x03, 0x74, 0x65, 0x73, 0x74, 0x2E, 0x74,
		0x78, 0x74, 0x00, 0xF3, 0x48, 0xCD, 0xC9, 0xC9, 0xD7, 0x51, 0x08, 0xCF, 0x2F, 0xCA, 0x49, 0x51,
	];

	auto gzipin = new GzipInputStream(new MemoryStream(gzip_partial));
	try {
		gzipin.readAll();
		assert(false, "Expected exception.");
	} catch (Exception e) {}
	assert(gzipin.empty);
}

/**
	Generic zlib input stream.
*/
class ZlibInputStream : InputStream {
	import std.zlib;
	private {
		InputStream m_in;
		z_stream m_zstream;
		FixedRingBuffer!(ubyte, 4096) m_outbuffer;
		ubyte[1024] m_inbuffer;
		bool m_finished = false;
		ulong m_ninflated, n_read;
	}

	enum HeaderFormat {
		gzip,
		deflate,
		automatic
	}

	this(InputStream src, HeaderFormat type)
	{
		m_in = src;
		if (m_in.empty) {
			m_finished = true;
		} else {
			int wndbits = 15;
			if(type == HeaderFormat.gzip) wndbits += 16;
			else if(type == HeaderFormat.automatic) wndbits += 32;
			zlibEnforce(inflateInit2(&m_zstream, wndbits));
			readChunk();
		}
	}

	~this() {
		if (!m_finished)
			inflateEnd(&m_zstream);
	}

	@property bool empty() { return this.leastSize == 0; }

	@property ulong leastSize()
	{
		assert(!m_finished || m_in.empty, "Input contains more data than expected.");
		if (m_outbuffer.length > 0) return m_outbuffer.length;
		if (m_finished) return 0;
		readChunk();
		assert(m_outbuffer.length || m_finished);

		return m_outbuffer.length;
	}

	@property bool dataAvailableForRead()
	{
		return m_outbuffer.length > 0;
	}

	const(ubyte)[] peek() { return m_outbuffer.peek(); }

	void read(ubyte[] dst)
	{
		enforce(dst.length == 0 || !empty, "Reading empty stream");

		while (dst.length > 0) {
			auto len = min(m_outbuffer.length, dst.length);
			m_outbuffer.read(dst[0 .. len]);
			dst = dst[len .. $];

			if (!m_outbuffer.length && !m_finished) readChunk();
			enforce(dst.length == 0 || m_outbuffer.length || !m_finished, "Reading past end of zlib stream.");
		}
	}

	private void readChunk()
	{
		assert(m_outbuffer.length == 0, "Buffer must be empty to read the next chunk.");
		assert(m_outbuffer.peekDst().length > 0);
		enforce (!m_finished, "Reading past end of zlib stream.");

		m_zstream.next_out = m_outbuffer.peekDst().ptr;
		m_zstream.avail_out = cast(uint)m_outbuffer.peekDst().length;

		while (!m_outbuffer.length) {
			if (m_zstream.avail_in == 0) {
				auto clen = min(m_inbuffer.length, m_in.leastSize);
				if (clen == 0) {
					m_finished = true;
					throw new Exception("Premature end of compressed input.");
				}
				m_in.read(m_inbuffer[0 .. clen]);
				m_zstream.next_in = m_inbuffer.ptr;
				m_zstream.avail_in = cast(uint)clen;
			}
			auto avins = m_zstream.avail_in;
			//logInfo("inflate %s -> %s (@%s in @%s)", m_zstream.avail_in, m_zstream.avail_out, m_ninflated, n_read);
			auto ret = zlibEnforce(inflate(&m_zstream, Z_SYNC_FLUSH));
			//logInfo("    ... %s -> %s", m_zstream.avail_in, m_zstream.avail_out);
			assert(m_zstream.avail_out != m_outbuffer.peekDst.length || m_zstream.avail_in != avins);
			m_ninflated += m_outbuffer.peekDst().length - m_zstream.avail_out;
			n_read += avins - m_zstream.avail_in;
			m_outbuffer.putN(m_outbuffer.peekDst().length - m_zstream.avail_out);
			assert(m_zstream.avail_out == 0 || m_zstream.avail_out == m_outbuffer.peekDst().length);

			if (ret == Z_STREAM_END) {
				m_finished = true;
				zlibEnforce(inflateEnd(&m_zstream));
				assert(m_in.empty, "Input expected to be empty at this point.");
				return;
			}
		}
	}
}

unittest {
	import vibe.stream.memory;

	auto data = new ubyte[5000];

	auto mos = new MemoryOutputStream();
	auto gos = new GzipOutputStream(mos);
	gos.write(data);
	gos.finalize();

	auto ms = new MemoryStream(mos.data, false);
	auto gis = new GzipInputStream(ms);

	auto result = new ubyte[data.length];
	gis.read(result);
	assert(data == result);
}

private int zlibEnforce(int result)
{
	switch (result) {
		default:
			if (result < 0) throw new Exception("unknown zlib error");
			else return result;
		case Z_ERRNO: throw new Exception("zlib errno error");
		case Z_STREAM_ERROR: throw new Exception("zlib stream error");
		case Z_DATA_ERROR: throw new Exception("zlib data error");
		case Z_MEM_ERROR: throw new Exception("zlib memory error");
		case Z_BUF_ERROR: throw new Exception("zlib buffer error");
		case Z_VERSION_ERROR: throw new Exception("zlib version error");
	}
}
vibe.d-0.7.30/source/vibe/templ/000077500000000000000000000000001304441332000163105ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/templ/diet.d000066400000000000000000001452141304441332000174110ustar00rootroot00000000000000/**
	Implements a compile-time Diet template parser.

	Diet templates are an more or less compatible incarnation of Jade templates but with
	embedded D source instead of JavaScript. The Diet syntax reference is found at
	$(LINK http://vibed.org/templates/diet).

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.templ.diet;

public import vibe.core.stream;

import vibe.core.file;
import vibe.internal.meta.typetuple;
import vibe.templ.parsertools;
import vibe.templ.utils;
import vibe.textfilter.html;
static import vibe.textfilter.markdown;
import vibe.utils.string;

import core.vararg;
import std.ascii : isAlpha;
import std.array;
import std.conv;
import std.format;
import std.typecons;
import std.typetuple;
import std.variant;

/*
	TODO:
		support string interpolations in filter blocks
		to!string and htmlEscape should not be used in conjunction with ~ at run time. instead,
		use filterHtmlEncode().
*/


/**
	Parses the given Diet template at compile time and writes the resulting
	HTML code into `stream__`.
*/
void compileDietFile(string template_file, ALIASES...)(OutputStream stream__)
{
	compileDietFileIndent!(template_file, 0, ALIASES)(stream__);
}
/// ditto
void compileDietFileIndent(string template_file, size_t indent, ALIASES...)(OutputStream stream__)
{
	// some imports to make available by default inside templates
	import vibe.http.common;
	import vibe.stream.wrapper;
	import vibe.utils.string;

	pragma(msg, "Compiling diet template '"~template_file~"'...");
	//pragma(msg, localAliases!(0, ALIASES));
	mixin(localAliases!(0, ALIASES));

	static if (is(typeof(diet_translate__))) alias TRANSLATE = TypeTuple!(diet_translate__);
	else alias TRANSLATE = TypeTuple!();

	auto output__ = StreamOutputRange(stream__);

	// Generate the D source code for the diet template
	//pragma(msg, dietParser!template_file(indent));
	static if (is(typeof(diet_translate__)))
		mixin(dietParser!(template_file, diet_translate__)(indent));
	else
		mixin(dietParser!template_file(indent));
}


/**
	Generates a diet template compiler to use as a mixin.

	This can be used as an alternative to compileDietFile or compileDietFileCompat. It allows
	the template to use all symbols visible in the enclosing scope. In situations where many
	variables from the calling function's scope are used within the template, it can reduce the
	amount of code required for invoking the template.

	Note that even if this method of using diet templates can reduce the amount of source code. It
	is generally recommended to use compileDietFile(Compat) instead, as those
	facilitate a cleaner interface between D code and diet code by explicity documenting the
	symbols usable inside of the template and thus avoiding unwanted, hidden dependencies. A
	possible alternative for passing many variables is to pass a struct or class value to
	compileDietFile(Compat).

	Examples:
	---
	void handleRequest(HTTPServerRequest req, HTTPServerResponse res)
	{
		int this_variable_is_automatically_visible_to_the_template;
		mixin(compileDietFileMixin!("index.dt", "res.bodyWriter"));
	}
	---
*/
template compileDietFileMixin(string template_file, string stream_variable, size_t base_indent = 0)
{
	enum compileDietFileMixin =
		"import vibe.stream.wrapper;\n" ~
		"OutputStream stream__ = "~stream_variable~";\n" ~
		"auto output__ = StreamOutputRange(stream__);\n" ~
		dietParser!template_file(base_indent);
}


/**
	The same as compileDietFile, but taking a Diet source code string instead of a file name.
*/
void compileDietString(string diet_code, ALIASES...)(OutputStream stream__)
{
	// some imports to make available by default inside templates
	import vibe.http.common;
	import vibe.stream.wrapper;
	import vibe.utils.string;
	import std.typetuple;

	//pragma(msg, localAliases!(0, ALIASES));
	mixin(localAliases!(0, ALIASES));

	// Generate the D source code for the diet template
	static if (is(typeof(diet_translate__))) alias TRANSLATE = TypeTuple!(diet_translate__);
	else alias TRANSLATE = TypeTuple!();

	auto output__ = StreamOutputRange(stream__);

	//pragma(msg, dietStringParser!(diet_code, "__diet_code__", TRANSLATE)(0));
	mixin(dietStringParser!(Group!(diet_code, "__diet_code__"), TRANSLATE)(0));
}


/**
	The same as $(D compileDietStrings), but taking multiple source codes as a $(D Group).
*/
private void compileDietStrings(SOURCE_AND_ALIASES...)(OutputStream stream__)
	if (SOURCE_AND_ALIASES.length >= 1 && isGroup!(SOURCE_AND_ALIASES[0]))
{
	// some imports to make available by default inside templates
	import vibe.http.common;
	import vibe.stream.wrapper;
	import vibe.utils.string;
	import std.typetuple;

	//pragma(msg, localAliases!(0, ALIASES));
	mixin(localAliases!(0, SOURCE_AND_ALIASES[1 .. $]));

	// Generate the D source code for the diet template
	static if (is(typeof(diet_translate__))) alias TRANSLATE = TypeTuple!(diet_translate__);
	else alias TRANSLATE = TypeTuple!();

	auto output__ = StreamOutputRange(stream__);

	//pragma(msg, dietStringParser!(diet_code, "__diet_code__", TRANSLATE)(0));
	mixin(dietStringParser!(SOURCE_AND_ALIASES[0], TRANSLATE)(0));
}

/**
	Registers a new text filter for use in Diet templates.

	The filter will be available using :filtername inside of the template. The following filters are
	predefined: css, javascript, markdown, htmlescape
*/
void registerDietTextFilter(string name, string function(string, size_t indent) filter)
{
	s_filters[name] = filter;
}


/**************************************************************************************************/
/* private functions                                                                              */
/**************************************************************************************************/

private {
	enum string OutputVariableName = "output__";
	string function(string, size_t indent)[string] s_filters;
}

static this()
{
	registerDietTextFilter("css", &filterCSS);
	registerDietTextFilter("javascript", &filterJavaScript);
	registerDietTextFilter("markdown", &filterMarkdown);
	registerDietTextFilter("htmlescape", &filterHtmlEscape);
}


private string dietParser(string template_file, TRANSLATE...)(size_t base_indent)
{
	TemplateBlock[] files;
	readFileRec!(template_file)(files);
	auto compiler = DietCompiler!TRANSLATE(&files[0], &files, new BlockStore);
	return compiler.buildWriter(base_indent);
}

private string dietStringParser(TEXT_NAME_PAIRS_AND_TRANSLATE...)(size_t base_indent)
	if (TEXT_NAME_PAIRS_AND_TRANSLATE.length >= 1 && isGroup!(TEXT_NAME_PAIRS_AND_TRANSLATE[0]))
{
	alias TEXT_NAME_PAIRS = TypeTuple!(TEXT_NAME_PAIRS_AND_TRANSLATE[0].expand);
	static if (TEXT_NAME_PAIRS_AND_TRANSLATE.length >= 2)
		alias TRANSLATE = TEXT_NAME_PAIRS_AND_TRANSLATE[1];
	else alias TRANSLATE = TypeTuple!();

	enum ROOT_LINES = removeEmptyLines(TEXT_NAME_PAIRS[0], TEXT_NAME_PAIRS[1]);

	TemplateBlock[] files;
	foreach (i, N; TEXT_NAME_PAIRS) {
		static if (i % 2 == 1) {
			TemplateBlock blk;
			blk.name = N;
			static if (i == 1) blk.lines = ROOT_LINES;
			else blk.lines = removeEmptyLines(TEXT_NAME_PAIRS[i-1], N);
			blk.indentStyle = detectIndentStyle(blk.lines);
			files ~= blk;
		}
	}

	readFilesRec!(extractDependencies(ROOT_LINES), extractNames!TEXT_NAME_PAIRS)(files);

	auto compiler = DietCompiler!TRANSLATE(&files[0], &files, new BlockStore);
	return compiler.buildWriter(base_indent);
}

private template extractNames(PAIRS...)
{
	static if (PAIRS.length >= 2) {
		alias extractNames = TypeTuple!(PAIRS[1], extractNames!(PAIRS[2 .. $]));
	} else {
		alias extractNames = TypeTuple!();
	}
}


/******************************************************************************/
/* Reading of input files                                                     */
/******************************************************************************/

private struct TemplateBlock {
	string name;
	int mode = 0; // -1: prepend, 0: replace, 1: append
	string indentStyle;
	Line[] lines;
}

private class BlockStore {
	TemplateBlock[] blocks;
}


/// private
private void readFileRec(string FILE, ALREADY_READ...)(ref TemplateBlock[] dst)
{
	static if( !isPartOf!(FILE, ALREADY_READ)() ){
		enum LINES = removeEmptyLines(import(FILE), FILE);

		TemplateBlock ret;
		ret.name = FILE;
		ret.lines = LINES;
		ret.indentStyle = detectIndentStyle(ret.lines);

		enum DEPS = extractDependencies(LINES);
		dst ~= ret;
		readFilesRec!(DEPS, ALREADY_READ, FILE)(dst);
	}
}

/// private
private void readFilesRec(alias FILES, ALREADY_READ...)(ref TemplateBlock[] dst)
{
	static if( FILES.length > 0 ){
		readFileRec!(FILES[0], ALREADY_READ)(dst);
		readFilesRec!(FILES[1 .. $], ALREADY_READ, FILES[0])(dst);
	}
}

/// private
private bool isPartOf(string str, STRINGS...)()
{
	template impl(size_t i) {
		static if (i >= STRINGS.length) enum impl = false;
		else static if (STRINGS[i] == str) enum impl = true;
		else enum impl = impl!(i+1);
	}
	return impl!0;
}

private string[] extractDependencies(in Line[] lines)
{
	string[] ret;
	foreach (ref ln; lines) {
		auto lnstr = ln.text.ctstrip();
		if (lnstr.startsWith("extends ")) ret ~= lnstr[8 .. $].ctstrip() ~ ".dt";
		if (lnstr.length) break;
	}
	return ret;
}


/******************************************************************************/
/* The Diet compiler                                                          */
/******************************************************************************/

private class OutputContext {
	enum State {
		Code,
		String
	}
	struct Node {
		string tag;
		bool inner;
		bool outer;
		alias tag this;
	}

	State m_state = State.Code;
	Node[] m_nodeStack;
	string m_result;
	Line m_line = Line(null, -1, null);
	size_t m_baseIndent;
	bool m_isHTML5;
	bool warnTranslationContext = false;

	this(size_t base_indent = 0)
	{
		m_baseIndent = base_indent;
	}

	void markInputLine(in ref Line line)
	{
		if( m_state == State.Code ){
			m_result ~= lineMarker(line);
		} else {
			m_line = Line(line.file, line.number, null);
		}
	}

	@property size_t stackSize() const { return m_nodeStack.length; }

	void pushNode(string str, bool inner = true, bool outer = true) { m_nodeStack ~= Node(str, inner, outer); }
	void pushDummyNode() { pushNode("-"); }

	void popNodes(int next_indent_level, ref bool prepend_whitespaces)
	{
		// close all tags/blocks until we reach the level of the next line
		while( m_nodeStack.length > next_indent_level ){
			auto top = m_nodeStack[$-1];
			if( top[0] == '-' ){
				if( top.length > 1 ){
					writeCodeLine(top[1 .. $]);
				}
			} else if( top.length ){
				if( top.inner && prepend_whitespaces && top != "" ){
					writeString("\n");
					writeIndent(m_nodeStack.length-1);
				}

				writeString(top);
				prepend_whitespaces = top.outer;
			}
			m_nodeStack.length--;
		}
	}

	// TODO: avoid runtime allocations by replacing htmlEscape/_toString calls with
	//       filtering functions
	void writeRawString(string str) { enterState(State.String); m_result ~= str; }
	void writeString(string str) { writeRawString(dstringEscape(str)); }
	void writeStringHtmlEscaped(string str) { writeString(htmlEscape(str)); }
	void writeStringHtmlAttribEscaped(string str) { writeString(htmlAttribEscape(str)); }
	void writeIndent(size_t stack_depth = size_t.max)
	{
		import std.algorithm : min;
		string str;
		foreach (i; 0 .. m_baseIndent) str ~= '\t';
		foreach (j; 0 .. min(m_nodeStack.length, stack_depth)) if (m_nodeStack[j][0] != '-') str ~= '\t';
		writeRawString(str);
	}

	void writeStringExpr(string str) { writeCodeLine(OutputVariableName~".put("~str~");"); }
	void writeStringExprHtmlEscaped(string str) { writeCodeLine("filterHTMLEscape("~OutputVariableName~", "~str~")"); }
	void writeStringExprHtmlAttribEscaped(string str) { writeCodeLine("filterHTMLAttribEscape("~OutputVariableName~", "~str~")"); }

	void writeExpr(string str) { writeCodeLine("_toStringS!(s => "~OutputVariableName~".put(s))("~str~");"); }
	void writeExprHtmlEscaped(string str) { writeCodeLine("_toStringS!(s => filterHTMLEscape("~OutputVariableName~", s))("~str~");"); }
	void writeExprHtmlAttribEscaped(string str) { writeCodeLine("_toStringS!(s => filterHTMLAttribEscape("~OutputVariableName~", s))("~str~");"); }

	void writeDebugString(string str) { /* ignore */ }

	void writeCodeLine(string stmt)
	{
		if( !enterState(State.Code) )
			m_result ~= lineMarker(m_line);
		m_result ~= stmt ~ "\n";
	}

	private bool enterState(State state)
	{
		if( state == m_state ) return false;

		if( state != m_state.Code ) enterState(State.Code);

		final switch(state){
			case State.Code:
				if( m_state == State.String ) m_result ~= "\");\n";
				else m_result ~= ");\n";
				m_result ~= lineMarker(m_line);
				break;
			case State.String:
				m_result ~= OutputVariableName ~ ".put(\"";
				break;
		}

		m_state = state;
		return true;
	}
}

private struct DietCompiler(TRANSLATE...)
	if(TRANSLATE.length <= 1)
{
	private {
		size_t m_lineIndex = 0;
		TemplateBlock* m_block;
		TemplateBlock[]* m_files;
		BlockStore m_blocks;
	}

	@property ref string indentStyle() { return m_block.indentStyle; }
	@property size_t lineCount() { return m_block.lines.length; }
	ref Line line(size_t ln) { return m_block.lines[ln]; }
	ref Line currLine() { return m_block.lines[m_lineIndex]; }
	ref string currLineText() { return m_block.lines[m_lineIndex].text; }
	Line[] lineRange(size_t from, size_t to) { return m_block.lines[from .. to]; }

	@disable this();

	this(TemplateBlock* block, TemplateBlock[]* files, BlockStore blocks)
	{
		m_block = block;
		m_files = files;
		m_blocks = blocks;
	}

	string buildWriter(size_t base_indent)
	{
		auto output = new OutputContext(base_indent);
		buildWriter(output, 0);
		assert(output.m_nodeStack.length == 0, "Template writer did not consume all nodes!?");
		if (output.warnTranslationContext)
			output.writeCodeLine(`pragma(msg, "Warning: No translation context found, ignoring '&' suffixes. Note that you have to use @translationContext in conjunction with vibe.web.web.render() (vibe.http.server.render() does not work) to enable translation support.");`);
		return output.m_result;
	}

	void buildWriter(OutputContext output, int base_level)
	{
		assert(m_blocks !is null, "Trying to compile template with no blocks specified.");

		while(true){
			if( lineCount == 0 ) return;
			auto firstline = line(m_lineIndex);
			auto firstlinetext = firstline.text;

			if( firstlinetext.startsWith("extends ") ){
				string layout_file = firstlinetext[8 .. $].ctstrip() ~ ".dt";
				auto extfile = getFile(layout_file);
				m_lineIndex++;

				// extract all blocks
				while( m_lineIndex < lineCount ){
					TemplateBlock subblock;

					// read block header
					string blockheader = line(m_lineIndex).text;
					size_t spidx = 0;
					auto mode = skipIdent(line(m_lineIndex).text, spidx, "");
					assertp(spidx > 0, "Expected block/append/prepend.");
					subblock.name = blockheader[spidx .. $].ctstrip();
					if( mode == "block" ) subblock.mode = 0;
					else if( mode == "append" ) subblock.mode = 1;
					else if( mode == "prepend" ) subblock.mode = -1;
					else assertp(false, "Expected block/append/prepend.");
					m_lineIndex++;

					// skip to next block
					auto block_start = m_lineIndex;
					while( m_lineIndex < lineCount ){
						auto lvl = indentLevel(line(m_lineIndex).text, indentStyle, false);
						if( lvl == 0 ) break;
						m_lineIndex++;
					}

					// append block to compiler
					subblock.lines = lineRange(block_start, m_lineIndex);
					subblock.indentStyle = indentStyle;
					m_blocks.blocks ~= subblock;

					//output.writeString("\n");
				}

				// change to layout file and start over
				m_block = extfile;
				m_lineIndex = 0;
			} else {
				auto start_indent_level = indentLevel(firstlinetext, indentStyle);
				//assertp(start_indent_level == 0, "Indentation must start at level zero.");
				buildBodyWriter(output, base_level, start_indent_level);
				break;
			}
		}

		output.enterState(OutputContext.State.Code);
	}

	private void buildBodyWriter(OutputContext output, int base_level, int start_indent_level)
	{
		assert(m_blocks !is null, "Trying to compile template body with no blocks specified.");

		assertp(output.stackSize >= base_level);

		int computeNextIndentLevel(){
			return (m_lineIndex+1 < lineCount ? indentLevel(line(m_lineIndex+1).text, indentStyle, false) - start_indent_level : 0) + base_level;
		}

		bool prepend_whitespaces = true;

		for( ; m_lineIndex < lineCount; m_lineIndex++ ){
			auto curline = line(m_lineIndex);
			output.markInputLine(curline);
			auto level = indentLevel(curline.text, indentStyle) - start_indent_level + base_level;
			assertp(level <= output.stackSize+1);
			auto ln = unindent(curline.text, indentStyle);
			assertp(ln.length > 0);
			int next_indent_level = computeNextIndentLevel();

			assertp(output.stackSize >= level, cttostring(output.stackSize) ~ ">=" ~ cttostring(level));
			assertp(next_indent_level <= level+1, "The next line is indented by more than one level deeper. Please unindent accordingly.");

			if( ln[0] == '-' ){ // embedded D code
				assertp(ln[$-1] != '{', "Use indentation to nest D statements instead of braces.");
				output.writeCodeLine(ln[1 .. $] ~ "{");
				output.pushNode("-}");
			} else if( ln[0] == '|' ){ // plain text node
				buildTextNodeWriter(output, ln[1 .. ln.length], level, prepend_whitespaces);
			} else if( ln[0] == '<' ){ // plain text node starting with <
				assertp(next_indent_level <= level, "Child elements for plain text starting with '<' are not supported.");
				buildTextNodeWriter(output, ln, level, prepend_whitespaces);
			} else if( ln[0] == ':' ){ // filter node (filtered raw text)
				// find all child lines
				size_t next_tag = m_lineIndex+1;
				while( next_tag < lineCount &&
					indentLevel(line(next_tag).text, indentStyle, false) - start_indent_level > level-base_level )
				{
					next_tag++;
				}

				buildFilterNodeWriter(output, ln, curline.number, level + start_indent_level - base_level,
						lineRange(m_lineIndex+1, next_tag));

				// skip to the next tag
				//output.pushDummyNode();
				m_lineIndex = next_tag-1;
				next_indent_level = computeNextIndentLevel();
			} else if( ln[0] == '/' && ln.length > 1 && ln[1] == '/' ){ // all sorts of comments
				if( ln.length >= 5 && ln[2..5] == "if " ){ // IE conditional comment
					size_t j = 5;
					skipWhitespace(ln, j);
					buildSpecialTag(output, "!--[if "~ln[j .. $]~"]", level);
					output.pushNode("");
				} else { // HTML and non-output comment
					auto output_comment = !(ln.length > 2 && ln[2] == '-');
					if( output_comment ) {
						size_t j = 2;
						skipWhitespace(ln, j);
						output.writeString("");
					}

					// skip to the next tag
					m_lineIndex = next_tag-1;
					next_indent_level = computeNextIndentLevel();
				}
			} else {
				size_t j = 0;
				auto tag = isAlpha(ln[0]) ? skipIdent(ln, j, ":-_") : "div";

				if (ln.startsWith("!!! ")) {
					//output.writeCodeLine(`pragma(msg, "\"!!!\" is deprecated, use \"doctype\" instead.");`);
					tag = "doctype";
					j += 4;
				}

				switch(tag){
					default:
						if (buildHtmlNodeWriter(output, tag, ln[j .. $], level, next_indent_level > level, prepend_whitespaces)) {
							// tag had a '.' appended. treat child nodes as plain text
							size_t next_tag = m_lineIndex + 1;
							size_t unindent_count = level + start_indent_level - base_level + 1;
							size_t last_line_number = curline.number;
							while( next_tag < lineCount &&
								  indentLevel(line(next_tag).text, indentStyle, false) - start_indent_level > level-base_level )
							{
								// TODO: output all empty lines between this and the previous one
								foreach (i; last_line_number+1 .. line(next_tag).number) output.writeString("\n");
								last_line_number = line(next_tag).number;
								buildTextNodeWriter(output, unindent(line(next_tag++).text, indentStyle, unindent_count), level, prepend_whitespaces);
							}
							m_lineIndex = next_tag - 1;
							next_indent_level = computeNextIndentLevel();
						}
						break;
					case "doctype": // HTML Doctype header
						assertp(level == 0, "'doctype' may only be used as a top level tag.");
						buildDoctypeNodeWriter(output, ln, j, level);
						assertp(next_indent_level <= level, "'doctype' may not have child tags.");
						break;
					case "block": // Block insertion place
						output.pushDummyNode();
						auto block = getBlock(ln[6 .. $].ctstrip());
						if( block ){
							output.writeDebugString("");
							if( block.mode == 1 ){
								// TODO: output defaults
								assertp(next_indent_level <= level, "Append mode for blocks is currently not supported.");
							}
							auto blockcompiler = new DietCompiler(block, m_files, m_blocks);
							/*blockcompiler.m_block = block;
							blockcompiler.m_blocks = m_blocks;*/
							blockcompiler.buildWriter(output, cast(int)output.m_nodeStack.length);

							if( block.mode != -1 ){
								// skip over the default block contents if the block mode is not prepend

								// find all child lines
								size_t next_tag = m_lineIndex+1;
								while( next_tag < lineCount &&
									indentLevel(line(next_tag).text, indentStyle, false) - start_indent_level > level-base_level )
								{
									next_tag++;
								}

								// skip to the next tag
								m_lineIndex = next_tag-1;
								next_indent_level = computeNextIndentLevel();
							}
						} else {
							// output defaults
							output.writeDebugString("");
						}
						break;
					case "include": // Diet file include
						assertp(next_indent_level <= level, "Child elements for 'include' are not supported.");
						auto content = ln[8 .. $].ctstrip();
						if (content.startsWith("#{")) {
							assertp(content.endsWith("}"), "Missing closing '}'.");
							output.writeCodeLine("mixin(dietStringParser!(Group!("~content[2 .. $-1]~", \""~replace(content, `"`, `'`)~"\"), TRANSLATE)("~to!string(level)~"));");
						} else {
							output.writeCodeLine("mixin(dietParser!(\""~content~".dt\", TRANSLATE)("~to!string(level)~"));");
						}
						break;
					case "script":
					case "style":
						// determine if this is a plain css/JS tag (without a trailing .) and output a warning
						// for using deprecated behavior
						auto tagline = ln[j .. $];
						HTMLAttribute[] attribs;
						size_t tli;
						auto wst = parseHtmlTag(tagline, tli, attribs);
						tagline = tagline[0 .. tli];
						if (wst.block_tag) goto default;
						enum legacy_types = [`"text/css"`, `"text/javascript"`, `"application/javascript"`, `'text/css'`, `'text/javascript'`, `'application/javascript'`];
						bool is_legacy_type = true;
						foreach (i, ref a; attribs)
							if (a.key == "type") {
								is_legacy_type = false;
								foreach (t; legacy_types)
									if (a.value == t) {
										is_legacy_type = true;
										break;
									}
								break;
							}
						if (!is_legacy_type) goto default;

						if (next_indent_level <= level) {
							buildHtmlNodeWriter(output, tag, ln[j .. $], level, false, prepend_whitespaces);
						} else {
							output.writeCodeLine(`pragma(msg, "`~dstringEscape(currLine.file)~`:`~currLine.number.to!string~
								`: Warning: Use an explicit text block '`~tag~dstringEscape(tagline)~
								`.' (with a trailing dot) for embedded css/javascript - old behavior will be removed soon.");`);

							// pass all child lines to buildRawTag and continue with the next sibling
							size_t next_tag = m_lineIndex+1;
							while( next_tag < lineCount &&
								indentLevel(line(next_tag).text, indentStyle, false) - start_indent_level > level-base_level )
							{
								next_tag++;
							}
							buildRawNodeWriter(output, tag, ln[j .. $], level, base_level,
								lineRange(m_lineIndex+1, next_tag));
							m_lineIndex = next_tag-1;
							next_indent_level = computeNextIndentLevel();
						}
						break;
					case "each":
					case "for":
					case "if":
					case "unless":
					case "mixin":
						assertp(false, "'"~tag~"' is not supported.");
						break;
				}
			}
			output.popNodes(next_indent_level, prepend_whitespaces);
		}
	}

	private void buildTextNodeWriter(OutputContext output, in string textline, int level, ref bool prepend_whitespaces)
	{
		if(prepend_whitespaces) output.writeString("\n");
		if( textline.length >= 1 && textline[0] == '=' ){
			output.writeExprHtmlEscaped(textline[1 .. $]);
		} else if( textline.length >= 2 && textline[0 .. 2] == "!=" ){
			output.writeExpr(textline[2 .. $]);
		} else {
			buildInterpolatedString(output, textline);
		}
		output.pushDummyNode();
		prepend_whitespaces = true;
	}

	private void buildDoctypeNodeWriter(OutputContext output, string ln, size_t j, int level)
	{
		skipWhitespace(ln, j);
		output.m_isHTML5 = false;

		string doctype_str = "!DOCTYPE html";
		switch (ln[j .. $]) {
			case "5":
			case "":
			case "html":
				output.m_isHTML5 = true;
				break;
			case "xml":
				doctype_str = `?xml version="1.0" encoding="utf-8" ?`;
				break;
			case "transitional":
				doctype_str = `!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" `
					~ `"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd`;
				break;
			case "strict":
				doctype_str = `!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" `
					~ `"http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd"`;
				break;
			case "frameset":
				doctype_str = `!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Frameset//EN" `
					~ `"http://www.w3.org/TR/xhtml1/DTD/xhtml1-frameset.dtd"`;
				break;
			case "1.1":
				doctype_str = `!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN" `
					~ `"http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd"`;
				break;
			case "basic":
				doctype_str = `!DOCTYPE html PUBLIC "-//W3C//DTD XHTML Basic 1.1//EN" `
					~ `"http://www.w3.org/TR/xhtml-basic/xhtml-basic11.dtd"`;
				break;
			case "mobile":
				doctype_str = `!DOCTYPE html PUBLIC "-//WAPFORUM//DTD XHTML Mobile 1.2//EN" `
					~ `"http://www.openmobilealliance.org/tech/DTD/xhtml-mobile12.dtd"`;
				break;
			default:
				doctype_str = "!DOCTYPE " ~ ln[j .. $];
			break;
		}
		buildSpecialTag(output, doctype_str, level, false);
	}

	private bool buildHtmlNodeWriter(OutputContext output, in ref string tag, in string line, int level, bool has_child_nodes, ref bool prepend_whitespaces)
	{
		// parse the HTML tag, leaving any trailing text as line[i .. $]
		size_t i;
		HTMLAttribute[] attribs;
		auto ws_type = parseHtmlTag(line, i, attribs);

		// determine if we need a closing tag
		bool is_singular_tag = false;
		switch(tag){
			case "area", "base", "basefont", "br", "col", "embed", "frame",	"hr", "img", "input",
					"keygen", "link", "meta", "param", "source", "track", "wbr":
				is_singular_tag = true;
				break;
			default:
		}
		assertp(!(is_singular_tag && has_child_nodes), "Singular HTML element '"~tag~"' may not have children.");

		// opening tag
		buildHtmlTag(output, tag, level, attribs, is_singular_tag, ws_type.outer && prepend_whitespaces);

		// parse any text contents (either using "= code" or as plain text)
		if( i < line.length && line[i] == '=' ){
			output.writeExprHtmlEscaped(ctstrip(line[i+1 .. line.length]));
		} else if( i+1 < line.length && line[i .. i+2] == "!=" ){
			output.writeExpr(ctstrip(line[i+2 .. line.length]));
		} else {
			string rawtext = line[i .. line.length];
			static if (TRANSLATE.length > 0) {
				if (ws_type.isTranslated) rawtext = TRANSLATE[0](rawtext);
			} else if (ws_type.isTranslated) output.warnTranslationContext = true;
			if (hasInterpolations(rawtext)) {
				buildInterpolatedString(output, rawtext);
			} else {
				output.writeRawString(sanitizeEscaping(rawtext));
			}
		}

		// closing tag
		if( has_child_nodes ) output.pushNode("", ws_type.inner, ws_type.outer);
		else if( !is_singular_tag ) output.writeString("");
		prepend_whitespaces = has_child_nodes ? ws_type.inner : ws_type.outer;

		return ws_type.block_tag;
	}

	private void buildRawNodeWriter(OutputContext output, in ref string tag, in string tagline, int level,
			int base_level, in Line[] lines)
	{
		// parse the HTML tag leaving any trailing text as tagline[i .. $]
		size_t i;
		HTMLAttribute[] attribs;
		parseHtmlTag(tagline, i, attribs);

		// write the tag
		buildHtmlTag(output, tag, level, attribs, false);

		string indent_string = "\t";
		foreach (j; 0 .. output.m_baseIndent) indent_string ~= '\t';
		foreach (j; 0 .. level ) if( output.m_nodeStack[j][0] != '-') indent_string ~= '\t';

		// write the block contents wrapped in a CDATA for old browsers
		if( tag == "script" ) output.writeString("\n"~indent_string~"//\n");
		else output.writeString(indent_string~"-->\n");
		output.writeString(indent_string[0 .. $-1] ~ "");
	}

	private void buildFilterNodeWriter(OutputContext output, in ref string tagline, int tagline_number,
		int indent, in Line[] lines)
	{
		// find all filters
		size_t j = 0;
		string[] filters;
		do {
			j++;
			filters ~= skipIdent(tagline, j);
			skipWhitespace(tagline, j);
		} while( j < tagline.length && tagline[j] == ':' );

		// assemble child lines to one string
		string content = tagline[j .. $];
		int lc = content.length ? tagline_number : tagline_number+1;
		foreach( i; 0 .. lines.length ){
			while( lc < lines[i].number ){ // DMDBUG: while(lc++ < lines[i].number) silently loops and only executes the last iteration
				content ~= '\n';
				lc++;
			}
			content ~= lines[i].text[(indent+1)*indentStyle.length .. $];
		}

		auto out_indent = output.m_baseIndent + indent;

		// compile-time filter whats possible
		filter_loop:
		foreach_reverse( f; filters ){
			bool found = true;
			switch(f){
				default: found = false; break;//break filter_loop;
				case "css": content = filterCSS(content, out_indent); break;
				case "javascript": content = filterJavaScript(content, out_indent); break;
				case "markdown": content = filterMarkdown(content, out_indent); break;
				case "htmlescape": content = filterHtmlEscape(content, out_indent); break;
			}
			if (found) filters.length = filters.length-1;
			else break;
		}

		// the rest of the filtering will happen at run time
		string filter_expr;
		foreach_reverse( flt; filters ) filter_expr ~= "s_filters[\""~dstringEscape(flt)~"\"](";
		filter_expr ~= "\"" ~ dstringEscape(content) ~ "\"";
		foreach( i; 0 .. filters.length ) filter_expr ~= ", "~cttostring(out_indent)~")";

		output.writeStringExpr(filter_expr);
	}

	private auto parseHtmlTag(in ref string line, out size_t i, out HTMLAttribute[] attribs)
	{
		struct WSType {
			bool inner = true;
			bool outer = true;
			bool block_tag = false;
			bool isTranslated;
		}

		i = 0;

		string id;
		string classes;

		WSType ws_type;

		// parse #id and .classes
		while( i < line.length ){
			if( line[i] == '#' ){
				i++;
				assertp(id.length == 0, "Id may only be set once.");
				id = skipIdent(line, i, "-_");

				// put #id and .classes into the attribs list
				if( id.length ) attribs ~= HTMLAttribute("id", '"'~id~'"');
			} else if (line[i] == '&') {
				i++;
				assertp(i >= line.length || line[i] == ' ' || line[i] == '.');
				ws_type.isTranslated = true;
			} else if( line[i] == '.' ){
				i++;
				// check if tag ends with dot
				if (i == line.length || line[i] == ' ') {
					i = line.length;
					ws_type.block_tag = true;
					break;
				}
				auto cls = skipIdent(line, i, "-_");
				if( classes.length == 0 ) classes = cls;
				else classes ~= " " ~ cls;
			} else if (line[i] == '(') {
				// parse other attributes
				i++;
				parseAttributes(line, i, attribs);
				i++;
			} else break;
		}

		// parse whitespaces removal tokens
		for(; i < line.length; i++) {
			if(line[i] == '<') ws_type.inner = false;
			else if(line[i] == '>') ws_type.outer = false;
			else break;
		}

		// check for multiple occurances of id
		bool has_id = false;
		foreach( a; attribs )
			if( a.key == "id" ) {
				assertp(!has_id, "Id may only be set once.");
				has_id = true;
			}

		// add special attribute for extra classes that is handled by buildHtmlTag
		if( classes.length ){
			bool has_class = false;
			foreach( a; attribs )
				if( a.key == "class" ){
					has_class = true;
					break;
				}

			if( has_class ) attribs ~= HTMLAttribute("$class", classes);
			else attribs ~= HTMLAttribute("class", "\"" ~ classes ~ "\"");
		}

		// skip until the optional tag text contents begin
		skipWhitespace(line, i);

		return ws_type;
	}

	private void buildHtmlTag(OutputContext output, in ref string tag, int level, ref HTMLAttribute[] attribs, bool is_singular_tag, bool outer_whitespaces = true)
	{
		if (outer_whitespaces) {
			output.writeString("\n");
			assertp(output.stackSize >= level);
			output.writeIndent(level);
		}
		output.writeString("<" ~ tag);

		string extra_class;
		foreach (a; attribs)
			if (a.key == "$class") {
				extra_class = a.value;
				break;
			}


		foreach( att; attribs ){
			if( att.key[0] == '$' ) continue; // ignore special attributes

			void handleExtraClasses()
			{
				// output extra classes given as .class
				if (att.key == "class" && extra_class.length)
					output.writeStringHtmlAttribEscaped(" " ~ extra_class);
			}

			if( isStringLiteral(att.value) ){
				output.writeString(" "~att.key~"=\"");
				if( !hasInterpolations(att.value) ) output.writeString(htmlAttribEscape(dstringUnescape(att.value[1 .. $-1])));
				else buildInterpolatedString(output, att.value[1 .. $-1], true);

				handleExtraClasses();
				output.writeString("\"");
			} else {
				// Boolean value
				output.writeCodeLine("static if(is(typeof("~att.value~") == bool)){ if("~att.value~"){");
					if (!output.m_isHTML5)
						output.writeString(` `~att.key~`="`~att.key~`"`);
					else
						output.writeString(` `~att.key);
				// String array value
				output.writeCodeLine("}} else static if(is(typeof("~att.value~") == string[])){\n");
					output.writeString(` `~att.key~`="`);
					output.writeExprHtmlAttribEscaped(`join(`~att.value~`, " ")`);
					handleExtraClasses();
					output.writeString(`"`);
				// String value
				output.writeCodeLine("} else static if(is(typeof("~att.value~") == string)) {");
					output.writeCodeLine("if (("~att.value~") != \"\"){");
					output.writeString(` `~att.key~`="`);
					output.writeExprHtmlAttribEscaped(att.value);
					handleExtraClasses();
					output.writeString(`"`);
					output.writeCodeLine("}");
					if (att.key == "class" && extra_class.length) {
						output.writeCodeLine("else {");
						output.writeString(` `~att.key~`="`);
						output.writeStringHtmlAttribEscaped(extra_class);
						output.writeString(`"`);
						output.writeCodeLine("}");
					}
				// Any other type of value
				output.writeCodeLine("} else {");
					output.writeString(` `~att.key~`="`);
					output.writeExprHtmlAttribEscaped(att.value);
					handleExtraClasses();
					output.writeString(`"`);
				output.writeCodeLine("}");
			}
		}

		output.writeString(is_singular_tag ? "/>" : ">");
	}

	private void parseAttributes(in ref string str, ref size_t i, ref HTMLAttribute[] attribs)
	{
		skipWhitespace(str, i);
		while (i < str.length && str[i] != ')') {
			string name = skipIdent(str, i, "-:");
			string value;
			skipWhitespace(str, i);
			if( i < str.length && str[i] == '=' ){
				i++;
				skipWhitespace(str, i);
				assertp(i < str.length, "'=' must be followed by attribute string.");
				value = skipExpression(str, i);
				assert(i <= str.length);
				if (isStringLiteral(value) && value[0] == '\'') {
					auto tmp = dstringUnescape(value[1 .. $-1]);
					value = '"' ~ dstringEscape(tmp) ~ '"';
				}
			} else value = "true";

			assertp(i < str.length, "Unterminated attribute section.");
			assertp(str[i] == ')' || str[i] == ',', "Unexpected text following attribute: '"~str[0..i]~"' ('"~str[i..$]~"')");
			if (str[i] == ',') {
				i++;
				skipWhitespace(str, i);
			}

			if (name == "class" && value == `""`) continue;
			attribs ~= HTMLAttribute(name, value);
		}

		assertp(i < str.length, "Missing closing clamp.");
	}

	private bool hasInterpolations(in char[] str)
	{
		size_t i = 0;
		while( i < str.length ){
			if( str[i] == '\\' ){
				i += 2;
				continue;
			}
			if( i+1 < str.length && (str[i] == '#' || str[i] == '!') ){
				if( str[i+1] == str[i] ){
					i += 2;
					continue;
				} else if( str[i+1] == '{' ){
					return true;
				}
			}
			i++;
		}
		return false;
	}

	private void buildInterpolatedString(OutputContext output, string str, bool attribute = false)
	{
		size_t start = 0, i = 0;
		while( i < str.length ){
			// check for escaped characters
			if( str[i] == '\\' ){
				if( i > start )
				{
					if (attribute) output.writeString(htmlAttribEscape(str[start .. i]));
					else output.writeString(str[start .. i]);
				}
				if (attribute) output.writeString(htmlAttribEscape(
							dstringUnescape(sanitizeEscaping(str[i .. i+2]))));
				else output.writeRawString(sanitizeEscaping(str[i .. i+2]));
				i += 2;
				start = i;
				continue;
			}

			if( (str[i] == '#' || str[i] == '!') && i+1 < str.length ){
				bool escape = str[i] == '#';
				if( i > start ){
					if (attribute) output.writeString(htmlAttribEscape(str[start .. i]));
					else output.writeString(str[start .. i]);
					start = i;
				}
				assertp(str[i+1] != str[i], "Please use \\ to escape # or ! instead of ## or !!.");
				if( str[i+1] == '{' ){
					i += 2;
					auto expr = dstringUnescape(skipUntilClosingBrace(str, i));
					if( escape && !attribute ) output.writeExprHtmlEscaped(expr);
					else if( escape ) output.writeExprHtmlAttribEscaped(expr);
					else output.writeExpr(expr);
					i++;
					start = i;
				} else i++;
			} else i++;
		}

		if( i > start )
		{
			if (attribute) output.writeString(htmlAttribEscape(str[start .. i]));
			else output.writeString(str[start .. i]);
		}
	}

	private string skipIdent(in ref string s, ref size_t idx, string additional_chars = null)
	{
		size_t start = idx;
		while( idx < s.length ){
			if( isAlpha(s[idx]) ) idx++;
			else if( start != idx && s[idx] >= '0' && s[idx] <= '9' ) idx++;
			else {
				bool found = false;
				foreach( ch; additional_chars )
					if( s[idx] == ch ){
						found = true;
						idx++;
						break;
					}
				if( !found ){
					assertp(start != idx, "Expected identifier but got '"~s[idx]~"'.");
					return s[start .. idx];
				}
			}
		}
		assertp(start != idx, "Expected identifier but got nothing.");
		return s[start .. idx];
	}

	private string skipWhitespace(in ref string s, ref size_t idx)
	{
		size_t start = idx;
		while( idx < s.length ){
			if( s[idx] == ' ' ) idx++;
			else break;
		}
		return s[start .. idx];
	}

	private string skipUntilClosingBrace(in ref string s, ref size_t idx)
	{
		int level = 0;
		auto start = idx;
		while( idx < s.length ){
			if( s[idx] == '{' ) level++;
			else if( s[idx] == '}' ) level--;
			if( level < 0 ) return s[start .. idx];
			idx++;
		}
		assertp(false, "Missing closing brace");
		assert(false);
	}

	private string skipAttribString(in ref string s, ref size_t idx, char delimiter)
	{
		size_t start = idx;
		while( idx < s.length ){
			if( s[idx] == '\\' ){
				// pass escape character through - will be handled later by buildInterpolatedString
				idx++;
				assertp(idx < s.length, "'\\' must be followed by something (escaped character)!");
			} else if( s[idx] == delimiter ) break;
			idx++;
		}
		assertp(idx < s.length, "Unterminated attribute string: "~s[start-1 .. $]~"||");
		return s[start .. idx];
	}

	private string skipExpression(in ref string s, ref size_t idx)
	{
		string clamp_stack;
		size_t start = idx;
		outer:
		while (idx < s.length) {
			switch (s[idx]) {
				default: break;
				case ',':
					if (clamp_stack.length == 0)
						break outer;
					break;
				case '"', '\'':
					idx++;
					skipAttribString(s, idx, s[idx-1]);
					break;
				case '(': clamp_stack ~= ')'; break;
				case '[': clamp_stack ~= ']'; break;
				case '{': clamp_stack ~= '}'; break;
				case ')', ']', '}':
					if (s[idx] == ')' && clamp_stack.length == 0)
						break outer;
					assertp(clamp_stack.length > 0 && clamp_stack[$-1] == s[idx],
						"Unexpected '"~s[idx]~"'");
					clamp_stack.length--;
					break;
			}
			idx++;
		}

		assertp(clamp_stack.length == 0, "Expected '"~clamp_stack[$-1]~"' before end of attribute expression.");
		return ctstrip(s[start .. idx]);
	}

	private string unindent(in ref string str, in ref string indent)
	{
		size_t lvl = indentLevel(str, indent);
		return str[lvl*indent.length .. $];
	}

	private string unindent(in ref string str, in ref string indent, size_t level)
	{
		assert(level <= indentLevel(str, indent));
		return str[level*indent.length .. $];
	}

	private int indentLevel(in ref string s, in ref string indent, bool strict = true)
	{
		if( indent.length == 0 ) return 0;
		assertp(!strict || (s[0] != ' ' && s[0] != '\t') || s[0] == indent[0],
			"Indentation style is inconsistent with previous lines.");
		int l = 0;
		while( l+indent.length <= s.length && s[l .. l+indent.length] == indent )
			l += cast(int)indent.length;
		assertp(!strict || s[l] != ' ', "Indent is not a multiple of '"~indent~"'");
		return l / cast(int)indent.length;
	}

	private int indentLevel(in ref Line[] ln, string indent)
	{
		return ln.length == 0 ? 0 : indentLevel(ln[0].text, indent);
	}

	private void assertp(bool cond, lazy string text = null, string file = __FILE__, int cline = __LINE__)
	{
		Line ln;
		if( m_lineIndex < lineCount ) ln = line(m_lineIndex);
		assert(cond, "template "~ln.file~" line "~cttostring(ln.number)~": "~text~"("~file~":"~cttostring(cline)~")");
	}

	private TemplateBlock* getFile(string filename)
	{
		foreach( i; 0 .. m_files.length )
			if( (*m_files)[i].name == filename )
				return &(*m_files)[i];
		assertp(false, "Bug: include input file "~filename~" not found in internal list!?");
		assert(false);
	}

	private TemplateBlock* getBlock(string name)
	{
		foreach( i; 0 .. m_blocks.blocks.length )
			if( m_blocks.blocks[i].name == name )
				return &m_blocks.blocks[i];
		return null;
	}
}

private struct HTMLAttribute {
	string key;
	string value;
}

/// private
private void buildSpecialTag(OutputContext output, string tag, int level, bool leading_newline = true)
{
	if (leading_newline) output.writeString("\n");
	output.writeIndent(level);
	output.writeString("<" ~ tag ~ ">");
}

private bool isStringLiteral(string str)
{
	size_t i = 0;

	// skip leading white space
	while (i < str.length && (str[i] == ' ' || str[i] == '\t')) i++;

	// no string literal inside
	if (i >= str.length) return false;

	char delimiter = str[i++];
	if (delimiter != '"' && delimiter != '\'') return false;

	while (i < str.length && str[i] != delimiter) {
		if (str[i] == '\\') i++;
		i++;
	}

	// unterminated string literal
	if (i >= str.length) return false;

	i++; // skip delimiter

	// skip trailing white space
	while (i < str.length && (str[i] == ' ' || str[i] == '\t')) i++;

	// check if the string has ended with the closing delimiter
	return i == str.length;
}

unittest {
	assert(isStringLiteral(`""`));
	assert(isStringLiteral(`''`));
	assert(isStringLiteral(`"hello"`));
	assert(isStringLiteral(`'hello'`));
	assert(isStringLiteral(` 	"hello"	 `));
	assert(isStringLiteral(` 	'hello'	 `));
	assert(isStringLiteral(`"hel\"lo"`));
	assert(isStringLiteral(`"hel'lo"`));
	assert(isStringLiteral(`'hel\'lo'`));
	assert(isStringLiteral(`'hel"lo'`));
	assert(isStringLiteral(`'#{"address_"~item}'`));
	assert(!isStringLiteral(`"hello\`));
	assert(!isStringLiteral(`"hello\"`));
	assert(!isStringLiteral(`"hello\"`));
	assert(!isStringLiteral(`"hello'`));
	assert(!isStringLiteral(`'hello"`));
	assert(!isStringLiteral(`"hello""world"`));
	assert(!isStringLiteral(`"hello" "world"`));
	assert(!isStringLiteral(`"hello" world`));
	assert(!isStringLiteral(`'hello''world'`));
	assert(!isStringLiteral(`'hello' 'world'`));
	assert(!isStringLiteral(`'hello' world`));
	assert(!isStringLiteral(`"name" value="#{name}"`));
}

/// Internal function used for converting an interpolation expression to string
string _toString(T)(T v)
{
	// TODO: support sink based toString() and use an output range based interface
	//       instead of allocating a string
	static if (is(T == string)) return v;
	else static if (__traits(compiles, v.toString())) return v.toString();
	else static if (__traits(compiles, v.opCast!string())) return cast(string)v;
	else return to!string(v);
}

private void _toStringS(alias SINK, T)(T v)
{
	// TODO: support sink based toString() and use an output range based interface
	//       instead of allocating a string
	static if (is(T == string)) SINK(v);
	else static if (__traits(compiles, v.toString())) SINK(v.toString());
	else static if (__traits(compiles, v.opCast!string())) SINK(cast(string)v);
	else SINK(to!string(v));
}

unittest {
	static string compile(string diet, ALIASES...)() {
		import vibe.stream.memory;
		auto dst = new MemoryOutputStream;
		compileDietString!(diet, ALIASES)(dst);
		return strip(cast(string)(dst.data));
	}

	assert(compile!(`!!! 5`) == ``, `_`~compile!(`!!! 5`)~`_`);
	assert(compile!(`!!! html`) == ``);
	assert(compile!(`doctype html`) == ``);
	assert(compile!(`p= 5`) == `
5
`);
	assert(compile!(`script= 5`) == ``);
	assert(compile!(`style= 5`) == ``);
	assert(compile!(`include #{"p Hello"}`) == "
Hello
");
	assert(compile!(`
Hello
`) == "
Hello
");
	assert(compile!(`// I show up`) == "");
	assert(compile!(`//-I don't show up`) == "");
	assert(compile!(`//- I don't show up`) == "");

	// issue 372
	assert(compile!(`div(class="")`) == `
`);
	assert(compile!(`div.foo(class="")`) == `
`);
	assert(compile!(`div.foo(class="bar")`) == `
`);
	assert(compile!(`div(class="foo")`) == `
`);
	assert(compile!(`div#foo(class='')`) == `
`);

	// issue 1312
	assert(compile!(`div.foo(class=true?"bar":"")`) == `
`);
	assert(compile!(`div.foo(class=true?12:13)`) == `
`);
	assert(compile!(`div.foo(class=true?["bar", "baz"]:[])`) == `
`);
	assert(compile!(`div.foo(class=false?"bar":"")`) == `
`);
	assert(compile!(`div(class="")`) == `
`);
	assert(compile!(`div.foo(class="")`) == `
`);

	// issue 520
	assert(compile!("- auto cond = true;\ndiv(someattr=cond ? \"foo\" : null)") == "
");
	assert(compile!("- auto cond = false;\ndiv(someattr=cond ? \"foo\" : null)") == "
");
	assert(compile!("- auto cond = false;\ndiv(someattr=cond ? true : false)") == "
");
	assert(compile!("- auto cond = true;\ndiv(someattr=cond ? true : false)") == "
");
	assert(compile!("doctype html\n- auto cond = true;\ndiv(someattr=cond ? true : false)")
		== "\n
");
	assert(compile!("doctype html\n- auto cond = false;\ndiv(someattr=cond ? true : false)")
		== "\n
");

	// issue 510
	assert(compile!("pre.test\n\tfoo") == "
\n\t
");
	assert(compile!("pre.test.\n\tfoo") == "
\nfoo
");
	assert(compile!("pre.test. foo") == "
");
	assert(compile!("pre().\n\tfoo") == "
\nfoo
");
	assert(compile!("pre#foo.test(data-img=\"sth\",class=\"meh\"). something\n\tmeh") ==
		   "
\nmeh
");

	assert(compile!("input(autofocus)").length);

	assert(compile!("- auto s = \"\";\ninput(type=\"text\",value=\"&\\\"#{s}\")")
			== ``);
	assert(compile!("- auto param = \"t=1&u=1\";\na(href=\"/?#{param}&v=1\") foo")
			== `foo`);

	// issue #1021
	assert(compile!("html( lang=\"en\" )")
		== "");

	// issue #1033
	assert(compile!("input(placeholder=')')")
		== "");
	assert(compile!("input(placeholder='(')")
		== "");
}

unittest { // blocks and extensions
	static string compilePair(string extension, string base, ALIASES...)() {
		import vibe.stream.memory;
		auto dst = new MemoryOutputStream;
		compileDietStrings!(Group!(extension, "extension.dt", base, "base.dt"), ALIASES)(dst);
		return strip(cast(string)(dst.data));
	}

	assert(compilePair!("extends base\nblock test\n\tp Hello", "body\n\tblock test")
		 == "\n\t
Hello
\n");
	assert(compilePair!("extends base\nblock test\n\tp Hello", "body\n\tblock test\n\t\tp Default")
		 == "\n\t
Hello
\n", compilePair!("extends base\nblock test\n\tp Hello", "body\n\tblock test\n\t\tp Default"));
	assert(compilePair!("extends base", "body\n\tblock test\n\t\tp Default")
		 == "\n\t
Default
\n");
	assert(compilePair!("extends base\nprepend test\n\tp Hello", "body\n\tblock test\n\t\tp Default")
		 == "\n\t
Hello
\n\t
Default
\n");
}


/**************************************************************************************************/
/* Compile time filters                                                                           */
/**************************************************************************************************/

private string filterCSS(string text, size_t indent)
{
	auto lines = splitLines(text);

	string indent_string = "\n";
	while( indent-- > 0 ) indent_string ~= '\t';

	string ret = indent_string~"";

	return ret;
}


private string filterJavaScript(string text, size_t indent)
{
	auto lines = splitLines(text);

	string indent_string = "\n";
	while (indent-- > 0) indent_string ~= '\t';

	string ret = indent_string~"";

	return ret;
}

private string filterMarkdown(string text, size_t)
{
	// TODO: indent
	return vibe.textfilter.markdown.filterMarkdown(text);
}

private string filterHtmlEscape(string text, size_t)
{
	// TODO: indent
	return htmlEscape(text);
}
vibe.d-0.7.30/source/vibe/templ/parsertools.d000066400000000000000000000075331304441332000210420ustar00rootroot00000000000000/**
	Contains useful functions for template the template parser implementations.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.templ.parsertools;

import vibe.utils.string;

import std.traits;


struct Line {
	string file;
	int number;
	string text;
}


void assert_ln(in ref Line ln, bool cond, string text = null, string file = __FILE__, int line = __LINE__)
{
	assert(cond, "Error in template "~ln.file~" line "~_toString(ln.number)
		~": "~text~"("~file~":"~_toString(line)~")");
}


string unindent(in ref string str, in ref string indent)
{
	size_t lvl = indentLevel(str, indent);
	return str[lvl*indent.length .. $];
}

int indentLevel(in ref string s, in ref string indent)
{
	if( indent.length == 0 ) return 0;
	int l = 0;
	while( l+indent.length <= s.length && s[l .. l+indent.length] == indent )
		l += cast(int)indent.length;
	return l / cast(int)indent.length;
}


string lineMarker(in ref Line ln)
{
	if( ln.number < 0 ) return null;
	return "#line "~_toString(ln.number)~" \""~ln.file~"\"\n";
}


string dstringEscape(char ch)
{
	switch(ch){
		default: return ""~ch;
		case '\\': return "\\\\";
		case '\r': return "\\r";
		case '\n': return "\\n";
		case '\t': return "\\t";
		case '\"': return "\\\"";
	}
}

string sanitizeEscaping(string str)
{
	str = dstringUnescape(str);
	return dstringEscape(str);
}

string dstringEscape(in ref string str)
{
	string ret;
	foreach( ch; str ) ret ~= dstringEscape(ch);
	return ret;
}

string dstringUnescape(in string str)
{
	string ret;
	size_t i, start = 0;
	for( i = 0; i < str.length; i++ )
		if( str[i] == '\\' ){
			if( i > start ){
				if( start > 0 ) ret ~= str[start .. i];
				else ret = str[0 .. i];
			}
			assert(i+1 < str.length, "The string ends with the escape char: " ~ str);
			switch(str[i+1]){
				default: ret ~= str[i+1]; break;
				case 'r': ret ~= '\r'; break;
				case 'n': ret ~= '\n'; break;
				case 't': ret ~= '\t'; break;
			}
			i++;
			start = i+1;
		}

	if( i > start ){
		if( start == 0 ) return str;
		else ret ~= str[start .. i];
	}
	return ret;
}


string ctstrip(string s)
{
	size_t strt = 0, end = s.length;
	while( strt < s.length && (s[strt] == ' ' || s[strt] == '\t') ) strt++;
	while( end > 0 && (s[end-1] == ' ' || s[end-1] == '\t') ) end--;
	return strt < end ? s[strt .. end] : null;
}

string detectIndentStyle(in ref Line[] lines)
{
	// search for the first indented line
	foreach( i; 0 .. lines.length ){
		// empty lines should have been removed
		assert(lines[0].text.length > 0);

		// tabs are used
		if( lines[i].text[0] == '\t' ) return "\t";

		// spaces are used -> count the number
		if( lines[i].text[0] == ' ' ){
			size_t cnt = 0;
			while( lines[i].text[cnt] == ' ' ) cnt++;
			return lines[i].text[0 .. cnt];
		}
	}

	// default to tabs if there are no indented lines
	return "\t";
}

Line[] removeEmptyLines(string text, string file)
{
	text = stripUTF8Bom(text);

	Line[] ret;
	int num = 1;
	size_t idx = 0;

	while(idx < text.length){
		// start end end markers for the current line
		size_t start_idx = idx;
		size_t end_idx = text.length;

		// search for EOL
		while( idx < text.length ){
			if( text[idx] == '\r' || text[idx] == '\n' ){
				end_idx = idx;
				if( idx+1 < text.length && text[idx .. idx+2] == "\r\n" ) idx++;
				idx++;
				break;
			}
			idx++;
		}

		// add the line if not empty
		auto ln = text[start_idx .. end_idx];
		if( ctstrip(ln).length > 0 )
			ret ~= Line(file, num, ln);

		num++;
	}
	return ret;
}

/// private
private string _toString(T)(T x)
{
	static if( is(T == string) ) return x;
	else static if( is(T : long) || is(T : ulong) ){
		Unqual!T tmp = x;
		string s;
		do {
			s = cast(char)('0' + (tmp%10)) ~ s;
			tmp /= 10;
		} while(tmp > 0);
		return s;
	} else {
		static assert(false, "Invalid type for cttostring: "~T.stringof);
	}
}
vibe.d-0.7.30/source/vibe/templ/utils.d000066400000000000000000000116051304441332000176200ustar00rootroot00000000000000/**
	Utility functions for dealing with templates.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.templ.utils;

import vibe.http.server;

import std.traits;
import std.typecons : Rebindable;


/**
	Allows to pass additional variables to a function that renders a templated page.

	This function is useful if you need to support additional layers of functionality that should
	be available to your views, such as authentication. This function allows to define variables
	that should be usable from templates using so called "injectors". Each injector is a template
	function that can add its own parameters.

	If you should need explicit access to one of the parameters of an upstream injector, you can use
	the InjectedParams!() template.

	NOTE: this function requires at least DMD 2.064, as it suffers from DMD BUG 2962/10086/10857.

	Examples:

		The following example will render the template "home.dt" and make the variables 'userinfo',
		'something_else' and 'message' available. Before the 'page' function is called,
		'authInjector' and 'somethingInjector' can process the request and decide what to do.

		---
		void authInjector(alias Next, Aliases...)(HTTPServerRequest req, HTTPServerResponse res)
		{
			string userinfo;
			// TODO: fill userinfo with content, throw an Unauthorized HTTP error etc.
			Next!(Aliases, userinfo)(req, res);
		}

		void somethingInjector(alias Next, Aliases...)(HTTPServerRequest req, HTTPServerResponse res)
		{
			string something_else;
			Next!(Aliases, something_else)(req, res);
		}

		void page(Aliases...)(HTTPServerRequest req, HTTPServerResponse res)
		{
			string message = "Welcome to the example page!"
			res.render!("home.dt", Aliases, message);
		}

		static this()
		{
			auto router = new URLRouter;
			router.get("/", inject!(page, authInjector, somethingInjector));
		}
		---
*/
@property auto inject(alias Page, Injectors...)()
{
	return &injectReverse!(Injectors, reqInjector, Page);
}

/**
	Makes the variable aliases passed to one of the injectors of the inject!() template accessible
	to the local function.

	Examples:
		---
		void authInjector(alias Next, Aliases...)(HTTPServerRequest req, HTTPServerResponse res)
		{
			string userinfo;
			// TODO: fill userinfo with content, throw an Unauthorized HTTP error etc.
			Next!(Aliases, userinfo)(req, res);
		}

		void somethingInjector(alias Next, Aliases...)(HTTPServerRequest req, HTTPServerResponse res)
		{
			// access the userinfo variable:
			if( InjectedParams!Aliases.userinfo.length == 0 ) return;

			// it's also possible to declare a pseudo-
			// variable like this to access the parameters:
			InjectedParams!Aliases params;
			if( params.userinfo == "peter" )
				throw Exception("Not allowed!")

			Next!(Aliases)(req, res);
		}
		---
*/
struct InjectedParams(Aliases)
{
	mixin(localAliases(Aliases));
}

/// When mixed in, makes all ALIASES available in the local scope
template localAliases(int i, ALIASES...)
{
	static if( i < ALIASES.length ){
		enum string localAliases = "alias ALIASES["~cttostring(i)~"] "~__traits(identifier, ALIASES[i])~";\n"
			~localAliases!(i+1, ALIASES);
	} else {
		enum string localAliases = "";
	}
}

/// When mixed in, makes all ALIASES available in the local scope. Note that there must be a
/// Variant[] args__ available that matches TYPES_AND_NAMES
template localAliasesCompat(int i, TYPES_AND_NAMES...)
{
	import core.vararg;
	static if( i+1 < TYPES_AND_NAMES.length ){
		enum TYPE = "TYPES_AND_NAMES["~cttostring(i)~"]";
		enum NAME = TYPES_AND_NAMES[i+1];
		enum INDEX = cttostring(i/2);
		enum string localAliasesCompat =
			"Rebindable2!("~TYPE~") "~NAME~";\n"~
			"if( _arguments["~INDEX~"] == typeid(Variant) )\n"~
			"\t"~NAME~" = *va_arg!Variant(_argptr).peek!("~TYPE~")();\n"~
			"else {\n"~
			"\tassert(_arguments["~INDEX~"] == typeid("~TYPE~"), \"Actual type for parameter "~NAME~" does not match template type.\");\n"~
			"\t"~NAME~" = va_arg!("~TYPE~")(_argptr);\n"~
			"}\n"~
			localAliasesCompat!(i+2, TYPES_AND_NAMES);
	} else {
		enum string localAliasesCompat = "";
	}
}

template Rebindable2(T)
{
	static if (is(T == class) || is(T == interface) || isArray!T) alias Rebindable2 = Rebindable!T;
	else alias Rebindable2 = Unqual!T;
}

/// private
package string cttostring(T)(T x)
{
	static if( is(T == string) ) return x;
	else static if( is(T : long) || is(T : ulong) ){
		Unqual!T tmp = x;
		string s;
		do {
			s = cast(char)('0' + (tmp%10)) ~ s;
			tmp /= 10;
		} while(tmp > 0);
		return s;
	} else {
		static assert(false, "Invalid type for cttostring: "~T.stringof);
	}
}

/// private
private template injectReverse(Injectors...)
{
	alias First = Injectors[0];
	alias Rest = Injectors[1 .. $];
	alias injectReverse = First!(Rest);
}

/// private
void reqInjector(alias Next, Vars...)(HTTPServerRequest req, HTTPServerResponse res)
{
	Next!(Vars, req)(req, res);
}
vibe.d-0.7.30/source/vibe/textfilter/000077500000000000000000000000001304441332000173615ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/textfilter/html.d000066400000000000000000000106021304441332000204710ustar00rootroot00000000000000/**
	HTML character entity escaping.

	TODO: Make things @safe once Appender is.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.textfilter.html;

import std.array;
import std.conv;
import std.range;


/** Returns the HTML escaped version of a given string.
*/
string htmlEscape(R)(R str)
	if (isInputRange!R)
{
	if (__ctfe) { // appender is a performance/memory hog in ctfe
		StringAppender dst;
		filterHTMLEscape(dst, str);
		return dst.data;
	} else {
		auto dst = appender!string();
		filterHTMLEscape(dst, str);
		return dst.data;
	}
}

///
unittest {
	assert(htmlEscape(`"Hello", !`) == `"Hello", <World>!`);
}


/** Writes the HTML escaped version of a given string to an output range.
*/
void filterHTMLEscape(R, S)(ref R dst, S str, HTMLEscapeFlags flags = HTMLEscapeFlags.escapeNewline)
	if (isOutputRange!(R, dchar) && isInputRange!S)
{
	for (;!str.empty;str.popFront())
		filterHTMLEscape(dst, str.front, flags);
}


/** Returns the HTML escaped version of a given string (also escapes double quotes).
*/
string htmlAttribEscape(R)(R str)
	if (isInputRange!R)
{
	if (__ctfe) { // appender is a performance/memory hog in ctfe
		StringAppender dst;
		filterHTMLAttribEscape(dst, str);
		return dst.data;
	} else {
		auto dst = appender!string();
		filterHTMLAttribEscape(dst, str);
		return dst.data;
	}
}

///
unittest {
	assert(htmlAttribEscape(`"Hello", !`) == `"Hello", <World>!`);
}


/** Writes the HTML escaped version of a given string to an output range (also escapes double quotes).
*/
void filterHTMLAttribEscape(R, S)(ref R dst, S str)
	if (isOutputRange!(R, dchar) && isInputRange!S)
{
	for (; !str.empty; str.popFront())
		filterHTMLEscape(dst, str.front, HTMLEscapeFlags.escapeNewline|HTMLEscapeFlags.escapeQuotes);
}


/** Returns the HTML escaped version of a given string (escapes every character).
*/
string htmlAllEscape(R)(R str)
	if (isInputRange!R)
{
	if (__ctfe) { // appender is a performance/memory hog in ctfe
		StringAppender dst;
		filterHTMLAllEscape(dst, str);
		return dst.data;
	} else {
		auto dst = appender!string();
		filterHTMLAllEscape(dst, str);
		return dst.data;
	}
}

///
unittest {
	assert(htmlAllEscape("Hello!") == "Hello!");
}


/** Writes the HTML escaped version of a given string to an output range (escapes every character).
*/
void filterHTMLAllEscape(R, S)(ref R dst, S str)
	if (isOutputRange!(R, dchar) && isInputRange!S)
{
	for (; !str.empty; str.popFront()) {
		dst.put("&#");
		dst.put(to!string(cast(uint)str.front));
		dst.put(';');
	}
}


/**
	Minimally escapes a text so that no HTML tags appear in it.
*/
string htmlEscapeMin(R)(R str)
	if (isInputRange!R)
{
	auto dst = appender!string();
	for (; !str.empty; str.popFront())
		filterHTMLEscape(dst, str.front, HTMLEscapeFlags.escapeMinimal);
	return dst.data();
}


/**
	Writes the HTML escaped version of a character to an output range.
*/
void filterHTMLEscape(R)(ref R dst, dchar ch, HTMLEscapeFlags flags = HTMLEscapeFlags.escapeNewline )
{
	switch (ch) {
		default:
			if (flags & HTMLEscapeFlags.escapeUnknown) {
				dst.put("&#");
				dst.put(to!string(cast(uint)ch));
				dst.put(';');
			} else dst.put(ch);
			break;
		case '"':
			if (flags & HTMLEscapeFlags.escapeQuotes) dst.put(""");
			else dst.put('"');
			break;
		case '\'':
			if (flags & HTMLEscapeFlags.escapeQuotes) dst.put("'");
			else dst.put('\'');
			break;
		case '\r', '\n':
			if (flags & HTMLEscapeFlags.escapeNewline) {
				dst.put("&#");
				dst.put(to!string(cast(uint)ch));
				dst.put(';');
			} else dst.put(ch);
			break;
		case 'a': .. case 'z': goto case;
		case 'A': .. case 'Z': goto case;
		case '0': .. case '9': goto case;
		case ' ', '\t', '-', '_', '.', ':', ',', ';',
			 '#', '+', '*', '?', '=', '(', ')', '/', '!',
			 '%' , '{', '}', '[', ']', '`', '´', '$', '^', '~':
			dst.put(cast(char)ch);
			break;
		case '<': dst.put("<"); break;
		case '>': dst.put(">"); break;
		case '&': dst.put("&"); break;
	}
}


enum HTMLEscapeFlags {
	escapeMinimal = 0,
	escapeQuotes = 1<<0,
	escapeNewline = 1<<1,
	escapeUnknown = 1<<2
}

private struct StringAppender {
	string data;
	void put(string s) { data ~= s; }
	void put(char ch) { data ~= ch; }
	void put(dchar ch) {
		import std.utf;
		char[4] dst;
		data ~= dst[0 .. encode(dst, ch)];
	}
}
vibe.d-0.7.30/source/vibe/textfilter/markdown.d000066400000000000000000001076431304441332000213630ustar00rootroot00000000000000/**
	Markdown parser implementation

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.textfilter.markdown;

import vibe.core.log;
import vibe.textfilter.html;
import vibe.utils.string;

import std.algorithm : canFind, countUntil, min;
import std.array;
import std.format;
import std.range;
import std.string;

/*
	TODO:
		detect inline HTML tags
*/

version(MarkdownTest)
{
	int main()
	{
		import std.file;
		setLogLevel(LogLevel.Trace);
		auto text = readText("test.txt");
		auto result = appender!string();
		filterMarkdown(result, text);
		foreach( ln; splitLines(result.data) )
			logInfo(ln);
		return 0;
	}
}

/** Returns a Markdown filtered HTML string.
*/
string filterMarkdown()(string str, MarkdownFlags flags)
@trusted { // scope class is not @safe for DMD 2.072
	scope settings = new MarkdownSettings;
	settings.flags = flags;
	return filterMarkdown(str, settings);
}
/// ditto
string filterMarkdown()(string str, scope MarkdownSettings settings = null)
@trusted { // Appender not @safe as of 2.065
	auto dst = appender!string();
	filterMarkdown(dst, str, settings);
	return dst.data;
}


/** Markdown filters the given string and writes the corresponding HTML to an output range.
*/
void filterMarkdown(R)(ref R dst, string src, MarkdownFlags flags)
{
	scope settings = new MarkdownSettings;
	settings.flags = flags;
	filterMarkdown(dst, src, settings);
}
/// ditto
void filterMarkdown(R)(ref R dst, string src, scope MarkdownSettings settings = null)
{
	if (!settings) settings = new MarkdownSettings;

	auto all_lines = splitLines(src);
	auto links = scanForReferences(all_lines);
	auto lines = parseLines(all_lines, settings);
	Block root_block;
	parseBlocks(root_block, lines, null, settings);
	writeBlock(dst, root_block, links, settings);
}

/**
	Returns the hierarchy of sections
*/
Section[] getMarkdownOutline(string markdown_source, scope MarkdownSettings settings = null)
{
	import std.conv : to;

	if (!settings) settings = new MarkdownSettings;
	auto all_lines = splitLines(markdown_source);
	auto lines = parseLines(all_lines, settings);
	Block root_block;
	parseBlocks(root_block, lines, null, settings);
	Section root;

	foreach (ref sb; root_block.blocks) {
		if (sb.type == BlockType.Header) {
			auto s = &root;
			while (true) {
				if (s.subSections.length == 0) break;
				if (s.subSections[$-1].headingLevel >= sb.headerLevel) break;
				s = &s.subSections[$-1];
			}
			s.subSections ~= Section(sb.headerLevel, sb.text[0], sb.text[0].asSlug.to!string);
		}
	}

	return root.subSections;
}

///
unittest {
	import std.conv : to;
	assert(getMarkdownOutline("## first\n## second\n### third\n# fourth\n### fifth") ==
		[
			Section(2, " first", "first"),
			Section(2, " second", "second", [
				Section(3, " third", "third")
			]),
			Section(1, " fourth", "fourth", [
				Section(3, " fifth", "fifth")
			])
		]
	);
}

final class MarkdownSettings {
	/// Controls the capabilities of the parser.
	MarkdownFlags flags = MarkdownFlags.vanillaMarkdown;

	/// Heading tags will start at this level.
	size_t headingBaseLevel = 1;

	/// Called for every link/image URL to perform arbitrary transformations.
	string delegate(string url_or_path, bool is_image) urlFilter;
}

enum MarkdownFlags {
	none = 0,
	keepLineBreaks = 1<<0,
	backtickCodeBlocks = 1<<1,
	noInlineHtml = 1<<2,
	//noLinks = 1<<3,
	//allowUnsafeHtml = 1<<4,
	tables = 1<<5,
	vanillaMarkdown = none,
	forumDefault = keepLineBreaks|backtickCodeBlocks|noInlineHtml|tables
}

struct Section {
	size_t headingLevel;
	string caption;
	string anchor;
	Section[] subSections;
}

private {
	immutable s_blockTags = ["div", "ol", "p", "pre", "section", "table", "ul"];
}

private enum IndentType {
	White,
	Quote
}

private enum LineType {
	Undefined,
	Blank,
	Plain,
	Hline,
	AtxHeader,
	SetextHeader,
	TableSeparator,
	UList,
	OList,
	HtmlBlock,
	CodeBlockDelimiter
}

private struct Line {
	LineType type;
	IndentType[] indent;
	string text;
	string unindented;

	string unindent(size_t n)
	pure @safe {
		assert(n <= indent.length);
		string ln = text;
		foreach( i; 0 .. n ){
			final switch(indent[i]){
				case IndentType.White:
					if( ln[0] == ' ' ) ln = ln[4 .. $];
					else ln = ln[1 .. $];
					break;
				case IndentType.Quote:
					ln = ln.stripLeft()[1 .. $];
					if (ln.startsWith(' '))
						ln.popFront();
					break;
			}
		}
		return ln;
	}
}

private Line[] parseLines(string[] lines, scope MarkdownSettings settings)
pure @safe {
	Line[] ret;
	while( !lines.empty ){
		auto ln = lines.front;
		lines.popFront();

		Line lninfo;
		lninfo.text = ln;

		while( ln.length > 0 ){
			if( ln[0] == '\t' ){
				lninfo.indent ~= IndentType.White;
				ln.popFront();
			} else if( ln.startsWith("    ") ){
				lninfo.indent ~= IndentType.White;
				ln.popFrontN(4);
			} else {
				if( ln.stripLeft().startsWith(">") ){
					lninfo.indent ~= IndentType.Quote;
					ln = ln.stripLeft();
					ln.popFront();
					if (ln.startsWith(' '))
						ln.popFront();
				} else break;
			}
		}
		lninfo.unindented = ln;

		if( (settings.flags & MarkdownFlags.backtickCodeBlocks) && isCodeBlockDelimiter(ln) ) lninfo.type = LineType.CodeBlockDelimiter;
		else if( isAtxHeaderLine(ln) ) lninfo.type = LineType.AtxHeader;
		else if( isSetextHeaderLine(ln) ) lninfo.type = LineType.SetextHeader;
		else if( (settings.flags & MarkdownFlags.tables) && isTableSeparatorLine(ln) ) lninfo.type = LineType.TableSeparator;
		else if( isHlineLine(ln) ) lninfo.type = LineType.Hline;
		else if( isOListLine(ln) ) lninfo.type = LineType.OList;
		else if( isUListLine(ln) ) lninfo.type = LineType.UList;
		else if( isLineBlank(ln) ) lninfo.type = LineType.Blank;
		else if( !(settings.flags & MarkdownFlags.noInlineHtml) && isHtmlBlockLine(ln) ) lninfo.type = LineType.HtmlBlock;
		else lninfo.type = LineType.Plain;

		ret ~= lninfo;
	}
	return ret;
}

unittest {
	import std.conv : to;
	auto s = new MarkdownSettings;
	s.flags = MarkdownFlags.forumDefault;
	auto lns = [">```D"];
	assert(parseLines(lns, s) == [Line(LineType.CodeBlockDelimiter, [IndentType.Quote], lns[0], "```D")]);
	lns = ["> ```D"];
	assert(parseLines(lns, s) == [Line(LineType.CodeBlockDelimiter, [IndentType.Quote], lns[0], "```D")]);
	lns = [">    ```D"];
	assert(parseLines(lns, s) == [Line(LineType.CodeBlockDelimiter, [IndentType.Quote], lns[0], "   ```D")]);
	lns = [">     ```D"];
	assert(parseLines(lns, s) == [Line(LineType.CodeBlockDelimiter, [IndentType.Quote, IndentType.White], lns[0], "```D")]);
	lns = [">test"];
	assert(parseLines(lns, s) == [Line(LineType.Plain, [IndentType.Quote], lns[0], "test")]);
	lns = ["> test"];
	assert(parseLines(lns, s) == [Line(LineType.Plain, [IndentType.Quote], lns[0], "test")]);
	lns = [">    test"];
	assert(parseLines(lns, s) == [Line(LineType.Plain, [IndentType.Quote], lns[0], "   test")]);
	lns = [">     test"];
	assert(parseLines(lns, s) == [Line(LineType.Plain, [IndentType.Quote, IndentType.White], lns[0], "test")]);
}

private enum BlockType {
	Plain,
	Text,
	Paragraph,
	Header,
	Table,
	OList,
	UList,
	ListItem,
	Code,
	Quote
}

private struct Block {
	BlockType type;
	string[] text;
	Block[] blocks;
	size_t headerLevel;
	Alignment[] columns;
}


private enum Alignment {
	none = 0,
	left = 1<<0,
	right = 1<<1,
	center = left | right
}

private void parseBlocks(ref Block root, ref Line[] lines, IndentType[] base_indent, scope MarkdownSettings settings)
pure @safe {
	if( base_indent.length == 0 ) root.type = BlockType.Text;
	else if( base_indent[$-1] == IndentType.Quote ) root.type = BlockType.Quote;

	while( !lines.empty ){
		auto ln = lines.front;

		if( ln.type == LineType.Blank ){
			lines.popFront();
			continue;
		}

		if( ln.indent != base_indent ){
			if( ln.indent.length < base_indent.length || ln.indent[0 .. base_indent.length] != base_indent )
				return;

			auto cindent = base_indent ~ IndentType.White;
			if( ln.indent == cindent ){
				Block cblock;
				cblock.type = BlockType.Code;
				while( !lines.empty && (lines.front.unindented.strip.empty ||
					lines.front.indent.length >= cindent.length	&& lines.front.indent[0 .. cindent.length] == cindent))
				{
					cblock.text ~= lines.front.indent.length >= cindent.length ? lines.front.unindent(cindent.length) : "";
					lines.popFront();
				}
				root.blocks ~= cblock;
			} else {
				Block subblock;
				parseBlocks(subblock, lines, ln.indent[0 .. base_indent.length+1], settings);
				root.blocks ~= subblock;
			}
		} else {
			Block b;
			final switch(ln.type){
				case LineType.Undefined: assert(false);
				case LineType.Blank: assert(false);
				case LineType.Plain:
					if( lines.length >= 2 && lines[1].type == LineType.SetextHeader ){
						auto setln = lines[1].unindented;
						b.type = BlockType.Header;
						b.text = [ln.unindented];
						b.headerLevel = setln.strip()[0] == '=' ? 1 : 2;
						lines.popFrontN(2);
					} else if( lines.length >= 2 && lines[1].type == LineType.TableSeparator
						&& ln.unindented.indexOf('|') >= 0 )
					{
						auto setln = lines[1].unindented;
						b.type = BlockType.Table;
						b.text = [ln.unindented];
						foreach (c; getTableColumns(setln)) {
							Alignment a = Alignment.none;
							if (c.startsWith(':')) a |= Alignment.left;
							if (c.endsWith(':')) a |= Alignment.right;
							b.columns ~= a;
						}

						lines.popFrontN(2);
						while (!lines.empty && lines[0].unindented.indexOf('|') >= 0) {
							b.text ~= lines.front.unindented;
							lines.popFront();
						}
					} else {
						b.type = BlockType.Paragraph;
						b.text = skipText(lines, base_indent);
					}
					break;
				case LineType.Hline:
					b.type = BlockType.Plain;
					b.text = ["
"];
					lines.popFront();
					break;
				case LineType.AtxHeader:
					b.type = BlockType.Header;
					string hl = ln.unindented;
					b.headerLevel = 0;
					while( hl.length > 0 && hl[0] == '#' ){
						b.headerLevel++;
						hl = hl[1 .. $];
					}
					while( hl.length > 0 && (hl[$-1] == '#' || hl[$-1] == ' ') )
						hl = hl[0 .. $-1];
					b.text = [hl];
					lines.popFront();
					break;
				case LineType.SetextHeader:
					lines.popFront();
					break;
				case LineType.TableSeparator:
					lines.popFront();
					break;
				case LineType.UList:
				case LineType.OList:
					b.type = ln.type == LineType.UList ? BlockType.UList : BlockType.OList;
					auto itemindent = base_indent ~ IndentType.White;
					bool firstItem = true, paraMode = false;
					while(!lines.empty && lines.front.type == ln.type && lines.front.indent == base_indent ){
						Block itm;
						itm.text = skipText(lines, itemindent);
						itm.text[0] = removeListPrefix(itm.text[0], ln.type);

						// emit 
 if there are blank lines between the items
						if( firstItem && !lines.empty && lines.front.type == LineType.Blank )
							paraMode = true;
						firstItem = false;
						if( paraMode ){
							Block para;
							para.type = BlockType.Paragraph;
							para.text = itm.text;
							itm.blocks ~= para;
							itm.text = null;
						}

						parseBlocks(itm, lines, itemindent, settings);
						itm.type = BlockType.ListItem;
						b.blocks ~= itm;
					}
					break;
				case LineType.HtmlBlock:
					int nestlevel = 0;
					auto starttag = parseHtmlBlockLine(ln.unindented);
					if( !starttag.isHtmlBlock || !starttag.open )
						break;

					b.type = BlockType.Plain;
					while(!lines.empty){
						if( lines.front.indent.length < base_indent.length ) break;
						if( lines.front.indent[0 .. base_indent.length] != base_indent ) break;

						auto str = lines.front.unindent(base_indent.length);
						auto taginfo = parseHtmlBlockLine(str);
						b.text ~= lines.front.unindent(base_indent.length);
						lines.popFront();
						if( taginfo.isHtmlBlock && taginfo.tagName == starttag.tagName )
							nestlevel += taginfo.open ? 1 : -1;
						if( nestlevel <= 0 ) break;
					}
					break;
				case LineType.CodeBlockDelimiter:
					lines.popFront(); // TODO: get language from line
					b.type = BlockType.Code;
					while(!lines.empty){
						if( lines.front.indent.length < base_indent.length ) break;
						if( lines.front.indent[0 .. base_indent.length] != base_indent ) break;
						if( lines.front.type == LineType.CodeBlockDelimiter ){
							lines.popFront();
							break;
						}
						b.text ~= lines.front.unindent(base_indent.length);
						lines.popFront();
					}
					break;
			}
			root.blocks ~= b;
		}
	}
}

private string[] skipText(ref Line[] lines, IndentType[] indent)
pure @safe {
	static bool matchesIndent(IndentType[] indent, IndentType[] base_indent)
	{
		if( indent.length > base_indent.length ) return false;
		if( indent != base_indent[0 .. indent.length] ) return false;
		sizediff_t qidx = -1;
		foreach_reverse (i, tp; base_indent) if (tp == IndentType.Quote) { qidx = i; break; }
		if( qidx >= 0 ){
			qidx = base_indent.length-1 - qidx;
			if( indent.length <= qidx ) return false;
		}
		return true;
	}

	string[] ret;

	while(true){
		ret ~= lines.front.unindent(min(indent.length, lines.front.indent.length));
		lines.popFront();

		if( lines.empty || !matchesIndent(lines.front.indent, indent) || lines.front.type != LineType.Plain )
			return ret;
	}
}

/// private
private void writeBlock(R)(ref R dst, ref const Block block, LinkRef[string] links, scope MarkdownSettings settings)
{
	final switch(block.type){
		case BlockType.Plain:
			foreach( ln; block.text ){
				dst.put(ln);
				dst.put("\n");
			}
			foreach(b; block.blocks)
				writeBlock(dst, b, links, settings);
			break;
		case BlockType.Text:
			writeMarkdownEscaped(dst, block, links, settings);
			foreach(b; block.blocks)
				writeBlock(dst, b, links, settings);
			break;
		case BlockType.Paragraph:
			assert(block.blocks.length == 0);
			dst.put("
");
			writeMarkdownEscaped(dst, block, links, settings);
			dst.put("
\n");
			break;
		case BlockType.Header:
			assert(block.blocks.length == 0);
			auto hlvl = block.headerLevel + (settings ? settings.headingBaseLevel-1 : 0);
			dst.formattedWrite("", hlvl, block.text[0].asSlug);
			assert(block.text.length == 1);
			writeMarkdownEscaped(dst, block.text[0], links, settings);
			dst.formattedWrite("\n", hlvl);
			break;
		case BlockType.Table:
			import std.algorithm.iteration : splitter;

			static string[Alignment.max+1] alstr = ["", " align=\"left\"", " align=\"right\"", " align=\"center\""];

			dst.put("\n");
			dst.put("");
			size_t i = 0;
			foreach (col; block.text[0].getTableColumns()) {
				dst.put("');
				dst.writeMarkdownEscaped(col, links, settings);
				dst.put("");
				i++;
			}
			dst.put("\n");
			foreach (ln; block.text[1 .. $]) {
				dst.put("");
				i = 0;
				foreach (col; ln.getTableColumns()) {
					dst.put("');
					dst.writeMarkdownEscaped(col, links, settings);
					dst.put("");
					i++;
				}
				dst.put("\n");
			}
			dst.put("
\n");
			break;
		case BlockType.OList:
			dst.put("
    \n");
			foreach(b; block.blocks)
				writeBlock(dst, b, links, settings);
			dst.put("
\n");
			break;
		case BlockType.UList:
			dst.put("
    \n");
			foreach(b; block.blocks)
				writeBlock(dst, b, links, settings);
			dst.put("
\n");
			break;
		case BlockType.ListItem:
			dst.put("
  • ");
			writeMarkdownEscaped(dst, block, links, settings);
			foreach(b; block.blocks)
				writeBlock(dst, b, links, settings);
			dst.put("
    • \n");
			break;
		case BlockType.Code:
			assert(block.blocks.length == 0);
			dst.put("
    ");
			foreach(ln; block.text){
				filterHTMLEscape(dst, ln);
				dst.put("\n");
			}
			dst.put("
    \n");
			break;
		case BlockType.Quote:
			dst.put("
    ");
			writeMarkdownEscaped(dst, block, links, settings);
			foreach(b; block.blocks)
				writeBlock(dst, b, links, settings);
			dst.put("
    \n");
			break;
	}
}

private void writeMarkdownEscaped(R)(ref R dst, ref const Block block, in LinkRef[string] links, scope MarkdownSettings settings)
{
	auto lines = () @trusted { return cast(string[])block.text; } ();
	auto text = settings.flags & MarkdownFlags.keepLineBreaks ? lines.join("
    ") : lines.join("\n");
	writeMarkdownEscaped(dst, text, links, settings);
	if (lines.length) dst.put("\n");
}

/// private
private void writeMarkdownEscaped(R)(ref R dst, string ln, in LinkRef[string] linkrefs, scope MarkdownSettings settings)
{
	string filterLink(string lnk, bool is_image) {
		return settings.urlFilter ? settings.urlFilter(lnk, is_image) : lnk;
	}

	bool br = ln.endsWith("  ");
	while( ln.length > 0 ){
		switch( ln[0] ){
			default:
				dst.put(ln[0]);
				ln = ln[1 .. $];
				break;
			case '\\':
				if( ln.length >= 2 ){
					switch(ln[1]){
						default:
							dst.put(ln[0 .. 2]);
							ln = ln[2 .. $];
							break;
						case '\'', '`', '*', '_', '{', '}', '[', ']',
							'(', ')', '#', '+', '-', '.', '!':
							dst.put(ln[1]);
							ln = ln[2 .. $];
							break;
					}
				} else {
					dst.put(ln[0]);
					ln = ln[1 .. $];
				}
				break;
			case '_':
			case '*':
				string text;
				if( auto em = parseEmphasis(ln, text) ){
					dst.put(em == 1 ? "" : em == 2 ? "" : "");
					filterHTMLEscape(dst, text, HTMLEscapeFlags.escapeMinimal);
					dst.put(em == 1 ? "" : em == 2 ? "": "");
				} else {
					dst.put(ln[0]);
					ln = ln[1 .. $];
				}
				break;
			case '`':
				string code;
				if( parseInlineCode(ln, code) ){
					dst.put("");
					filterHTMLEscape(dst, code, HTMLEscapeFlags.escapeMinimal);
					dst.put("");
				} else {
					dst.put(ln[0]);
					ln = ln[1 .. $];
				}
				break;
			case '[':
				Link link;
				if( parseLink(ln, link, linkrefs) ){
					dst.put("");
					writeMarkdownEscaped(dst, link.text, linkrefs, settings);
					dst.put("");
				} else {
					dst.put(ln[0]);
					ln = ln[1 .. $];
				}
				break;
			case '!':
				Link link;
				if( parseLink(ln, link, linkrefs) ){
					dst.put("\"");");
				} else if( ln.length >= 2 ){
					dst.put(ln[0 .. 2]);
					ln = ln[2 .. $];
				} else {
					dst.put(ln[0]);
					ln = ln[1 .. $];
				}
				break;
			case '>':
				if( settings.flags & MarkdownFlags.noInlineHtml ) dst.put(">");
				else dst.put(ln[0]);
				ln = ln[1 .. $];
				break;
			case '<':
				string url;
				if( parseAutoLink(ln, url) ){
					bool is_email = url.startsWith("mailto:");
					dst.put("");
					if( is_email ) filterHTMLAllEscape(dst, url[7 .. $]);
					else filterHTMLEscape(dst, url, HTMLEscapeFlags.escapeMinimal);
					dst.put("");
				} else {
					if (ln.startsWith("
    ")) {
						// always support line breaks, since we embed them here ourselves!
						dst.put("
    ");
						ln = ln[4 .. $];
					} else if(ln.startsWith("
    ")) {
						dst.put("
    ");
						ln = ln[5 .. $];
					} else {
						if( settings.flags & MarkdownFlags.noInlineHtml ) dst.put("<");
						else dst.put(ln[0]);
						ln = ln[1 .. $];
					}
				}
				break;
		}
	}
	if( br ) dst.put("
    ");
}

private bool isLineBlank(string ln)
pure @safe {
	return allOf(ln, " \t");
}

private bool isSetextHeaderLine(string ln)
pure @safe {
	ln = stripLeft(ln);
	if( ln.length < 1 ) return false;
	if( ln[0] == '=' ){
		while(!ln.empty && ln.front == '=') ln.popFront();
		return allOf(ln, " \t");
	}
	if( ln[0] == '-' ){
		while(!ln.empty && ln.front == '-') ln.popFront();
		return allOf(ln, " \t");
	}
	return false;
}

private bool isAtxHeaderLine(string ln)
pure @safe {
	ln = stripLeft(ln);
	size_t i = 0;
	while( i < ln.length && ln[i] == '#' ) i++;
	if( i < 1 || i > 6 || i >= ln.length ) return false;
	return ln[i] == ' ';
}

private bool isTableSeparatorLine(string ln)
pure @safe {
	import std.algorithm.iteration : splitter;

	ln = strip(ln);
	if (ln.startsWith("|")) ln = ln[1 .. $];
	if (ln.endsWith("|")) ln = ln[0 .. $-1];

	auto cols = ln.splitter('|');
	size_t cnt = 0;
	foreach (c; cols) {
		if (c.startsWith(':')) c = c[1 .. $];
		if (c.endsWith(':')) c = c[0 .. $-1];
		if (c.length < 3 || !c.allOf("-"))
			return false;
		cnt++;
	}
	return cnt >= 2;
}

private auto getTableColumns(string line)
pure @safe nothrow {
	import std.algorithm.iteration : map, splitter;
	
	if (line.startsWith("|")) line = line[1 .. $];
	if (line.endsWith("|")) line = line[0 .. $-1];
	return line.splitter('|').map!(s => s.strip());
}

private size_t countTableColumns(string line)
pure @safe {
	return getTableColumns(line).count();
}

private bool isHlineLine(string ln)
pure @safe {
	if( allOf(ln, " -") && count(ln, '-') >= 3 ) return true;
	if( allOf(ln, " *") && count(ln, '*') >= 3 ) return true;
	if( allOf(ln, " _") && count(ln, '_') >= 3 ) return true;
	return false;
}

private bool isQuoteLine(string ln)
pure @safe {
	return ln.stripLeft().startsWith(">");
}

private size_t getQuoteLevel(string ln)
pure @safe {
	size_t level = 0;
	ln = stripLeft(ln);
	while( ln.length > 0 && ln[0] == '>' ){
		level++;
		ln = stripLeft(ln[1 .. $]);
	}
	return level;
}

private bool isUListLine(string ln)
pure @safe {
	ln = stripLeft(ln);
	if (ln.length < 2) return false;
	if (!canFind("*+-", ln[0])) return false;
	if (ln[1] != ' ' && ln[1] != '\t') return false;
	return true;
}

private bool isOListLine(string ln)
pure @safe {
	ln = stripLeft(ln);
	if( ln.length < 1 ) return false;
	if( ln[0] < '0' || ln[0] > '9' ) return false;
	ln = ln[1 .. $];
	while( ln.length > 0 && ln[0] >= '0' && ln[0] <= '9' )
		ln = ln[1 .. $];
	if( ln.length < 2 ) return false;
	if( ln[0] != '.' ) return false;
	if( ln[1] != ' ' && ln[1] != '\t' )
		return false;
	return true;
}

private string removeListPrefix(string str, LineType tp)
pure @safe {
	switch(tp){
		default: assert(false);
		case LineType.OList: // skip bullets and output using normal escaping
			auto idx = str.indexOfCT('.');
			assert(idx > 0);
			return str[idx+1 .. $].stripLeft();
		case LineType.UList:
			return stripLeft(str.stripLeft()[1 .. $]);
	}
}


private auto parseHtmlBlockLine(string ln)
pure @safe {
	struct HtmlBlockInfo {
		bool isHtmlBlock;
		string tagName;
		bool open;
	}

	HtmlBlockInfo ret;
	ret.isHtmlBlock = false;
	ret.open = true;

	ln = strip(ln);
	if( ln.length < 3 ) return ret;
	if( ln[0] != '<' ) return ret;
	if( ln[1] == '/' ){
		ret.open = false;
		ln = ln[1 .. $];
	}
	import std.ascii : isAlpha;
	if( !isAlpha(ln[1]) ) return ret;
	ln = ln[1 .. $];
	size_t idx = 0;
	while( idx < ln.length && ln[idx] != ' ' && ln[idx] != '>' )
		idx++;
	ret.tagName = ln[0 .. idx];
	ln = ln[idx .. $];

	auto eidx = ln.indexOf('>');
	if( eidx < 0 ) return ret;
	if( eidx != ln.length-1 ) return ret;

	if (!s_blockTags.canFind(ret.tagName)) return ret;

	ret.isHtmlBlock = true;
	return ret;
}

private bool isHtmlBlockLine(string ln)
pure @safe {
	auto bi = parseHtmlBlockLine(ln);
	return bi.isHtmlBlock && bi.open;
}

private bool isHtmlBlockCloseLine(string ln)
pure @safe {
	auto bi = parseHtmlBlockLine(ln);
	return bi.isHtmlBlock && !bi.open;
}

private bool isCodeBlockDelimiter(string ln)
pure @safe {
	return ln.stripLeft.startsWith("```");
}

private string getHtmlTagName(string ln)
pure @safe {
	return parseHtmlBlockLine(ln).tagName;
}

private bool isLineIndented(string ln)
pure @safe {
	return ln.startsWith("\t") || ln.startsWith("    ");
}

private string unindentLine(string ln)
pure @safe {
	if( ln.startsWith("\t") ) return ln[1 .. $];
	if( ln.startsWith("    ") ) return ln[4 .. $];
	assert(false);
}

private int parseEmphasis(ref string str, ref string text)
pure @safe {
	string pstr = str;
	if( pstr.length < 3 ) return false;

	string ctag;
	if( pstr.startsWith("***") ) ctag = "***";
	else if( pstr.startsWith("**") ) ctag = "**";
	else if( pstr.startsWith("*") ) ctag = "*";
	else if( pstr.startsWith("___") ) ctag = "___";
	else if( pstr.startsWith("__") ) ctag = "__";
	else if( pstr.startsWith("_") ) ctag = "_";
	else return false;

	pstr = pstr[ctag.length .. $];

	auto cidx = () @trusted { return pstr.indexOf(ctag); }();
	if( cidx < 1 ) return false;

	text = pstr[0 .. cidx];

	str = pstr[cidx+ctag.length .. $];
	return cast(int)ctag.length;
}

private bool parseInlineCode(ref string str, ref string code)
pure @safe {
	string pstr = str;
	if( pstr.length < 3 ) return false;
	string ctag;
	if( pstr.startsWith("``") ) ctag = "``";
	else if( pstr.startsWith("`") ) ctag = "`";
	else return false;
	pstr = pstr[ctag.length .. $];

	auto cidx = () @trusted { return pstr.indexOf(ctag); }();
	if( cidx < 1 ) return false;

	code = pstr[0 .. cidx];
	str = pstr[cidx+ctag.length .. $];
	return true;
}

private bool parseLink(ref string str, ref Link dst, in LinkRef[string] linkrefs)
pure @safe {
	string pstr = str;
	if( pstr.length < 3 ) return false;
	// ignore img-link prefix
	if( pstr[0] == '!' ) pstr = pstr[1 .. $];

	// parse the text part [text]
	if( pstr[0] != '[' ) return false;
	auto cidx = pstr.matchBracket();
	if( cidx < 1 ) return false;
	string refid;
	dst.text = pstr[1 .. cidx];
	pstr = pstr[cidx+1 .. $];

	// parse either (link '['"title"']') or '[' ']'[refid]
	if( pstr.length < 2 ) return false;
	if( pstr[0] == '('){
		cidx = pstr.matchBracket();
		if( cidx < 1 ) return false;
		auto inner = pstr[1 .. cidx];
		immutable qidx = inner.indexOfCT('"');
		import std.ascii : isWhite;
		if( qidx > 1 && inner[qidx - 1].isWhite()){
			dst.url = inner[0 .. qidx].stripRight();
			immutable len = inner[qidx .. $].lastIndexOf('"');
			if( len == 0 ) return false;
			assert(len > 0);
			dst.title = inner[qidx + 1 .. qidx + len];
		} else {
			dst.url = inner.stripRight();
			dst.title = null;
		}
		if (dst.url.startsWith("<") && dst.url.endsWith(">"))
			dst.url = dst.url[1 .. $-1];
		pstr = pstr[cidx+1 .. $];
	} else {
		if( pstr[0] == ' ' ) pstr = pstr[1 .. $];
		if( pstr[0] != '[' ) return false;
		pstr = pstr[1 .. $];
		cidx = pstr.indexOfCT(']');
		if( cidx < 0 ) return false;
		if( cidx == 0 ) refid = dst.text;
		else refid = pstr[0 .. cidx];
		pstr = pstr[cidx+1 .. $];
	}


	if( refid.length > 0 ){
		auto pr = toLower(refid) in linkrefs;
		if( !pr ){
			debug if (!__ctfe) logDebug("[LINK REF NOT FOUND: '%s'", refid);
			return false;
		}
		dst.url = pr.url;
		dst.title = pr.title;
	}

	str = pstr;
	return true;
}

@safe unittest
{
	static void testLink(string s, Link exp, in LinkRef[string] refs)
	{
		Link link;
		assert(parseLink(s, link, refs), s);
		assert(link == exp);
	}
	LinkRef[string] refs;
	refs["ref"] = LinkRef("ref", "target", "title");

	testLink(`[link](target)`, Link("link", "target"), null);
	testLink(`[link](target "title")`, Link("link", "target", "title"), null);
	testLink(`[link](target  "title")`, Link("link", "target", "title"), null);
	testLink(`[link](target "title"  )`, Link("link", "target", "title"), null);

	testLink(`[link](target)`, Link("link", "target"), null);
	testLink(`[link](target "title")`, Link("link", "target", "title"), null);

	testLink(`[link][ref]`, Link("link", "target", "title"), refs);
	testLink(`[ref][]`, Link("ref", "target", "title"), refs);

	testLink(`[link[with brackets]](target)`, Link("link[with brackets]", "target"), null);
	testLink(`[link[with brackets]][ref]`, Link("link[with brackets]", "target", "title"), refs);

	testLink(`[link](/target with spaces )`, Link("link", "/target with spaces"), null);
	testLink(`[link](/target with spaces "title")`, Link("link", "/target with spaces", "title"), null);

	testLink(`[link](white-space  "around title" )`, Link("link", "white-space", "around title"), null);
	testLink(`[link](tabs	"around title"	)`, Link("link", "tabs", "around title"), null);

	testLink(`[link](target "")`, Link("link", "target", ""), null);
	testLink(`[link](target-no-title"foo" )`, Link("link", "target-no-title\"foo\"", ""), null);

	testLink(`[link]()`, Link("link", "target"), null);

	auto failing = [
		`text`, `[link](target`, `[link]target)`, `[link]`,
		`[link(target)`, `link](target)`, `[link] (target)`,
		`[link][noref]`, `[noref][]`
	];
	Link link;
	foreach (s; failing)
		assert(!parseLink(s, link, refs), s);
}

private bool parseAutoLink(ref string str, ref string url)
pure @safe {
	string pstr = str;
	if( pstr.length < 3 ) return false;
	if( pstr[0] != '<' ) return false;
	pstr = pstr[1 .. $];
	auto cidx = pstr.indexOf('>');
	if( cidx < 0 ) return false;
	url = pstr[0 .. cidx];
	if( anyOf(url, " \t") ) return false;
	if( !anyOf(url, ":@") ) return false;
	str = pstr[cidx+1 .. $];
	if( url.indexOf('@') > 0 ) url = "mailto:"~url;
	return true;
}

private LinkRef[string] scanForReferences(ref string[] lines)
pure @safe {
	LinkRef[string] ret;
	bool[size_t] reflines;

	// search for reference definitions:
	//   [refid] link "opt text"
	//   [refid]  "opt text"
	//   "opt text", 'opt text', (opt text)
	//   line must not be indented
	foreach( lnidx, ln; lines ){
		if( isLineIndented(ln) ) continue;
		ln = strip(ln);
		if( !ln.startsWith("[") ) continue;
		ln = ln[1 .. $];

		auto idx = () @trusted { return ln.indexOf("]:"); }();
		if( idx < 0 ) continue;
		string refid = ln[0 .. idx];
		ln = stripLeft(ln[idx+2 .. $]);

		string url;
		if( ln.startsWith("<") ){
			idx = ln.indexOfCT('>');
			if( idx < 0 ) continue;
			url = ln[1 .. idx];
			ln = ln[idx+1 .. $];
		} else {
			idx = ln.indexOfCT(' ');
			if( idx > 0 ){
				url = ln[0 .. idx];
				ln = ln[idx+1 .. $];
			} else {
				idx = ln.indexOfCT('\t');
				if( idx < 0 ){
					url = ln;
					ln = ln[$ .. $];
				} else {
					url = ln[0 .. idx];
					ln = ln[idx+1 .. $];
				}
			}
		}
		ln = stripLeft(ln);

		string title;
		if( ln.length >= 3 ){
			if( ln[0] == '(' && ln[$-1] == ')' || ln[0] == '\"' && ln[$-1] == '\"' || ln[0] == '\'' && ln[$-1] == '\'' )
				title = ln[1 .. $-1];
		}

		ret[toLower(refid)] = LinkRef(refid, url, title);
		reflines[lnidx] = true;

		debug if (!__ctfe) logTrace("[detected ref on line %d]", lnidx+1);
	}

	// remove all lines containing references
	auto nonreflines = appender!(string[])();
	nonreflines.reserve(lines.length);
	foreach( i, ln; lines )
		if( i !in reflines )
			nonreflines.put(ln);
	lines = nonreflines.data();

	return ret;
}


/**
	Generates an identifier suitable to use as within a URL.

	The resulting string will contain only ASCII lower case alphabetic or
	numeric characters, as well as dashes (-). Every sequence of
	non-alphanumeric characters will be replaced by a single dash. No dashes
	will be at either the front or the back of the result string.
*/
auto asSlug(R)(R text)
	if (isInputRange!R && is(typeof(R.init.front) == dchar))
{
	static struct SlugRange {
		private {
			R _input;
			bool _dash;
		}

		this(R input)
		{
			_input = input;
			skipNonAlphaNum();
		}

		@property bool empty() const { return _dash ? false : _input.empty; }
		@property char front() const {
			if (_dash) return '-';

			char r = cast(char)_input.front;
			if (r >= 'A' && r <= 'Z') return cast(char)(r + ('a' - 'A'));
			return r;
		}

		void popFront()
		{
			if (_dash) {
				_dash = false;
				return;
			}

			_input.popFront();
			auto na = skipNonAlphaNum();
			if (na && !_input.empty)
				_dash = true;
		}

		private bool skipNonAlphaNum()
		{
			bool have_skipped = false;
			while (!_input.empty) {
				switch (_input.front) {
					default:
						_input.popFront();
						have_skipped = true;
						break;
					case 'a': .. case 'z':
					case 'A': .. case 'Z':
					case '0': .. case '9':
						return have_skipped;
				}
			}
			return have_skipped;
		}
	}
	return SlugRange(text);
}

unittest {
	import std.algorithm : equal;
	assert("".asSlug.equal(""));
	assert(".,-".asSlug.equal(""));
	assert("abc".asSlug.equal("abc"));
	assert("aBc123".asSlug.equal("abc123"));
	assert("....aBc...123...".asSlug.equal("abc-123"));
}

private struct LinkRef {
	string id;
	string url;
	string title;
}

private struct Link {
	string text;
	string url;
	string title;
}

@safe unittest { // alt and title attributes
	assert(filterMarkdown("![alt](http://example.org/image)")
		== "
    \"alt\"\n
    \n");
	assert(filterMarkdown("![alt](http://example.org/image \"Title\")")
		== "
    \"alt\"\n
    \n");
}

@safe unittest { // complex links
	assert(filterMarkdown("their [install\ninstructions]() and")
		== "
    their install\ninstructions and\n
    \n");
	assert(filterMarkdown("[![Build Status](https://travis-ci.org/rejectedsoftware/vibe.d.png)](https://travis-ci.org/rejectedsoftware/vibe.d)")
		== "
    \"Build\n
    \n");
}

@safe unittest { // check CTFE-ability
	enum res = filterMarkdown("### some markdown\n[foo][]\n[foo]: /bar");
	assert(res == "
     some markdown
    \n
    foo\n
    \n", res);
}

@safe unittest { // correct line breaks in restrictive mode
	auto res = filterMarkdown("hello\nworld", MarkdownFlags.forumDefault);
	assert(res == "
    hello
    world\n
    \n", res);
}

/*@safe unittest { // code blocks and blockquotes
	assert(filterMarkdown("\tthis\n\tis\n\tcode") ==
		"
    this\nis\ncode
    \n");
	assert(filterMarkdown("    this\n    is\n    code") ==
		"
    this\nis\ncode
    \n");
	assert(filterMarkdown("    this\n    is\n\tcode") ==
		"
    this\nis
    \n
    code
    \n");
	assert(filterMarkdown("\tthis\n\n\tcode") ==
		"
    this\n\ncode
    \n");
	assert(filterMarkdown("\t> this") ==
		"
    > this
    \n");
	assert(filterMarkdown(">     this") ==
		"
    this
    \n");
	assert(filterMarkdown(">     this\n    is code") ==
		"
    this\nis code
    \n");
}*/

@safe unittest {
	assert(filterMarkdown("## Hello, World!") == "
     Hello, World!
    \n", filterMarkdown("## Hello, World!"));
}

@safe unittest { // tables
	assert(filterMarkdown("foo|bar\n---|---", MarkdownFlags.tables)
		== "\n\n
    foobar
    \n");
	assert(filterMarkdown(" *foo* | bar \n---|---\n baz|bam", MarkdownFlags.tables)
		== "\n\n\n
    foobar
    bazbam
    \n");
	assert(filterMarkdown("|foo|bar|\n---|---\n baz|bam", MarkdownFlags.tables)
		== "\n\n\n
    foobar
    bazbam
    \n");
	assert(filterMarkdown("foo|bar\n|---|---|\nbaz|bam", MarkdownFlags.tables)
		== "\n\n\n
    foobar
    bazbam
    \n");
	assert(filterMarkdown("foo|bar\n---|---\n|baz|bam|", MarkdownFlags.tables)
		== "\n\n\n
    foobar
    bazbam
    \n");
	assert(filterMarkdown("foo|bar|baz\n:---|---:|:---:\n|baz|bam|bap|", MarkdownFlags.tables)
		== "\n\n"
		~ "\n
    foobarbaz
    bazbambap
    \n");
	assert(filterMarkdown(" |bar\n---|---", MarkdownFlags.tables)
		== "\n\n
    bar
    \n");
	assert(filterMarkdown("foo|bar\n---|---\nbaz|", MarkdownFlags.tables)
		== "\n\n\n
    foobar
    baz
    \n");
}

@safe unittest { // issue #1527 - blank lines in code blocks
	assert(filterMarkdown("    foo\n\n    bar\n") ==
		"
    foo\n\nbar\n
    \n");
}

@safe unittest {
	assert(filterMarkdown("> ```\r\n> test\r\n> ```", MarkdownFlags.forumDefault) ==
		"
    test\n
    \n
    \n");
}
vibe.d-0.7.30/source/vibe/textfilter/urlencode.d000066400000000000000000000124231304441332000215100ustar00rootroot00000000000000/**
	URL-encoding implementation

	Copyright: © 2012-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Jan Krüger, Sönke Ludwig
*/
module vibe.textfilter.urlencode;

import vibe.utils.string;

import std.algorithm;
import std.array;
import std.conv;
import std.exception;
import std.format;


/**
 * Returns:
 *   the URL encoded version of a given string, in a newly-allocated string.
 */
T[] urlEncode(T)(T[] str, const(char)[] allowed_chars = null) if (is(T[] : const(char)[]))
{
	foreach (char c; str) {
		switch(c) {
			case '-':
			case '.':
			case '0': .. case '9':
			case 'A': .. case 'Z':
			case '_':
			case 'a': .. case 'z':
			case '~':
				break;
			default:
				auto dst = appender!(T[]);
				dst.reserve(str.length);
				filterURLEncode(dst, str, allowed_chars);
				return dst.data;
		}
	}
	return str;
}

@safe unittest {
	string s = "hello-world";
	assert(s.urlEncode().ptr == s.ptr);
}

private auto isCorrectHexNum(const(char)[] str)
@safe {
	foreach (char c; str) {
		switch(c) {
			case '0': .. case '9':
			case 'A': .. case 'F':
			case 'a': .. case 'f':
				break;
			default:
				return false;
		}
	}
	return true;
}

/** Checks whether a given string has valid URL encoding.
*/
bool isURLEncoded(const(char)[] str, const(char)[] reserved_chars = null)
@safe {
	for (size_t i = 0; i < str.length; i++) {
		switch(str[i]) {
			case '-':
			case '.':
			case '0': .. case '9':
			case 'A': .. case 'Z':
			case '_':
			case 'a': .. case 'z':
			case '~':
				break;
			case '%':
				if (i + 2 >= str.length)
					return false;
				if (!isCorrectHexNum(str[i+1 .. i+3]))
					return false;
				i += 2;
				break;
			default:
				if (reserved_chars.canFind(str[i]))
					return false;
				break;
		}
	}
	return true;
}

@safe unittest {
	assert(isURLEncoded("hello-world"));
	assert(isURLEncoded("he%2F%af"));
	assert(!isURLEncoded("hello world", " "));
	assert(!isURLEncoded("he%f"));
	assert(!isURLEncoded("he%fx"));
}

/** Returns the decoded version of a given URL encoded string.
*/
T[] urlDecode(T)(T[] str) if (is(T[] : const(char)[]))
{
	if (!str.anyOf("%")) return str;
	auto dst = appender!(T[]);
	dst.reserve(str.length);
	filterURLDecode(dst, str);
	return dst.data;
}

/** Returns the form encoded version of a given string.

	Form encoding is the same as normal URL encoding, except that
	spaces are replaced by plus characters.

	Note that newlines should always be represented as \r\n sequences
	according to the HTTP standard.
*/
T[] formEncode(T)(T[] str, const(char)[] allowed_chars = null) if (is(T[] : const(char)[]))
{
	auto dst = appender!(T[]);
	dst.reserve(str.length);
	filterURLEncode(dst, str, allowed_chars, true);
	return dst.data;
}

/** Returns the decoded version of a form encoded string.

	Form encoding is the same as normal URL encoding, except that
	spaces are replaced by plus characters.
*/
T[] formDecode(T)(T[] str) if (is(T[] : const(char)[]))
{
	if (!str.anyOf("%+")) return str;
	auto dst = appender!string();
	dst.reserve(str.length);
	filterURLDecode(dst, str, true);
	return dst.data;
}

/** Writes the URL encoded version of the given string to an output range.
*/
void filterURLEncode(R)(ref R dst, const(char)[] str,
                        const(char)[] allowed_chars = null,
                        bool form_encoding = false)
{
	while( str.length > 0 ) {
		switch(str[0]) {
			case ' ':
				if (form_encoding) {
					dst.put('+');
					break;
				}
				goto default;
			case 'A': .. case 'Z':
			case 'a': .. case 'z':
			case '0': .. case '9':
			case '-': case '_': case '.': case '~':
				dst.put(str[0]);
				break;
			default:
				if (allowed_chars.canFind(str[0])) dst.put(str[0]);
				else formattedWrite(dst, "%%%02X", str[0]);
		}
		str = str[1 .. $];
	}
}


/** Writes the decoded version of the given URL encoded string to an output range.
*/
void filterURLDecode(R)(ref R dst, const(char)[] str, bool form_encoding = false)
{
	while( str.length > 0 ) {
		switch(str[0]) {
			case '%':
				enforce(str.length >= 3, "invalid percent encoding");
				auto hex = str[1..3];
				auto c = cast(char)parse!int(hex, 16);
				enforce(hex.length == 0, "invalid percent encoding");
				dst.put(c);
				str = str[3 .. $];
				break;
			case '+':
				if (form_encoding) {
					dst.put(' ');
					str = str[1 .. $];
					break;
				}
				goto default;
			default:
				dst.put(str[0]);
				str = str[1 .. $];
				break;
		}
	}
}


@safe unittest
{
	assert(urlEncode("\r\n") == "%0D%0A"); // github #65
	assert(urlEncode("This-is~a_test") == "This-is~a_test");
	assert(urlEncode("This is a test") == "This%20is%20a%20test");
	assert(urlEncode("This{is}test") == "This%7Bis%7Dtest", urlEncode("This{is}test"));
	assert(formEncode("This is a test") == "This+is+a+test");
	assert(formEncode("this/test", "/") == "this/test");
	assert(formEncode("this/test") == "this%2Ftest");
	assert(urlEncode("%") == "%25");
	assert(urlEncode("!") == "%21");
	assert(urlDecode("%0D%0a") == "\r\n");
	assert(urlDecode("%c2%aE") == "®");
	assert(urlDecode("This+is%20a+test") == "This+is a+test");
	assert(formDecode("This+is%20a+test") == "This is a test");

	string a = "This~is a-test!\r\nHello, Wörld.. ";
	string aenc = urlEncode(a);
	assert(aenc == "This~is%20a-test%21%0D%0AHello%2C%20W%C3%B6rld..%20");
	assert(urlDecode(urlEncode(a)) == a);
}
vibe.d-0.7.30/source/vibe/utils/000077500000000000000000000000001304441332000163275ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/utils/array.d000066400000000000000000000354321304441332000176210ustar00rootroot00000000000000/**
	Utility functions for array processing

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.utils.array;

import vibe.utils.memory;

import std.algorithm;
import std.range : isInputRange, isOutputRange;
import std.traits;
static import std.utf;


void removeFromArray(T)(ref T[] array, T item)
{
	foreach( i; 0 .. array.length )
		if( array[i] is item ){
			removeFromArrayIdx(array, i);
			return;
		}
}

void removeFromArrayIdx(T)(ref T[] array, size_t idx)
{
	foreach( j; idx+1 .. array.length)
		array[j-1] = array[j];
	array.length = array.length-1;
}

enum AppenderResetMode {
	keepData,
	freeData,
	reuseData
}

struct AllocAppender(ArrayType : E[], E) {
	alias ElemType = Unqual!E;

	static assert(!hasIndirections!E && !hasElaborateDestructor!E);

	private {
		ElemType[] m_data;
		ElemType[] m_remaining;
		Allocator m_alloc;
		bool m_allocatedBuffer = false;
	}

	this(Allocator alloc, ElemType[] initial_buffer = null)
	{
		m_alloc = alloc;
		m_data = initial_buffer;
		m_remaining = initial_buffer;
	}

	@disable this(this);

	@property ArrayType data() { return cast(ArrayType)m_data[0 .. m_data.length - m_remaining.length]; }

	void reset(AppenderResetMode reset_mode = AppenderResetMode.keepData)
	{
		if (reset_mode == AppenderResetMode.keepData) m_data = null;
		else if (reset_mode == AppenderResetMode.freeData) { if (m_allocatedBuffer) m_alloc.free(m_data); m_data = null; }
		m_remaining = m_data;
	}

	/** Grows the capacity of the internal buffer so that it can hold a minumum amount of elements.

		Params:
			amount = The minimum amount of elements that shall be appendable without
				triggering a re-allocation.

	*/
	void reserve(size_t amount)
	{
		size_t nelems = m_data.length - m_remaining.length;
		if (!m_data.length) {
			m_data = cast(ElemType[])m_alloc.alloc(amount*E.sizeof);
			m_remaining = m_data;
			m_allocatedBuffer = true;
		}
		if (m_remaining.length < amount) {
			debug {
				import std.digest.crc;
				auto checksum = crc32Of(m_data[0 .. nelems]);
			}
			if (m_allocatedBuffer) m_data = cast(ElemType[])m_alloc.realloc(m_data, (nelems+amount)*E.sizeof);
			else {
				auto newdata = cast(ElemType[])m_alloc.alloc((nelems+amount)*E.sizeof);
				newdata[0 .. nelems] = m_data[0 .. nelems];
				m_data = newdata;
				m_allocatedBuffer = true;
			}
			debug assert(crc32Of(m_data[0 .. nelems]) == checksum);
		}
		m_remaining = m_data[nelems .. m_data.length];
	}

	void put(E el)
	{
		if( m_remaining.length == 0 ) grow(1);
		m_remaining[0] = el;
		m_remaining = m_remaining[1 .. $];
	}

	void put(ArrayType arr)
	{
		if (m_remaining.length < arr.length) grow(arr.length);
		m_remaining[0 .. arr.length] = arr[];
		m_remaining = m_remaining[arr.length .. $];
	}

	static if( !hasAliasing!E ){
		void put(in ElemType[] arr){
			put(cast(ArrayType)arr);
		}
	}

	static if( is(ElemType == char) ){
		void put(dchar el)
		{
			if( el < 128 ) put(cast(char)el);
			else {
				char[4] buf;
				auto len = std.utf.encode(buf, el);
				put(cast(ArrayType)buf[0 .. len]);
			}
		}
	}

	static if( is(ElemType == wchar) ){
		void put(dchar el)
		{
			if( el < 128 ) put(cast(wchar)el);
			else {
				wchar[3] buf;
				auto len = std.utf.encode(buf, el);
				put(cast(ArrayType)buf[0 .. len]);
			}
		}
	}

	static if (!is(E == immutable) || !hasAliasing!E) {
		/** Appends a number of bytes in-place.

			The delegate will get the memory slice of the memory that follows
			the already written data. Use `reserve` to ensure that this slice
			has enough room. The delegate should overwrite as much of the
			slice as desired and then has to return the number of elements
			that should be appended (counting from the start of the slice).
		*/
		void append(scope size_t delegate(scope ElemType[] dst) del)
		{
			auto n = del(m_remaining);
			assert(n <= m_remaining.length);
			m_remaining = m_remaining[n .. $];
		}
	}

	void grow(size_t min_free)
	{
		if( !m_data.length && min_free < 16 ) min_free = 16;

		auto min_size = m_data.length + min_free - m_remaining.length;
		auto new_size = max(m_data.length, 16);
		while( new_size < min_size )
			new_size = (new_size * 3) / 2;
		reserve(new_size - m_data.length + m_remaining.length);
	}
}

unittest {
	auto a = AllocAppender!string(defaultAllocator());
	a.put("Hello");
	a.put(' ');
	a.put("World");
	assert(a.data == "Hello World");
	a.reset();
	assert(a.data == "");
}

unittest {
	char[4] buf;
	auto a = AllocAppender!string(defaultAllocator(), buf);
	a.put("He");
	assert(a.data == "He");
	assert(a.data.ptr == buf.ptr);
	a.put("ll");
	assert(a.data == "Hell");
	assert(a.data.ptr == buf.ptr);
	a.put('o');
	assert(a.data == "Hello");
	assert(a.data.ptr != buf.ptr);
}

unittest {
	char[4] buf;
	auto a = AllocAppender!string(defaultAllocator(), buf);
	a.put("Hello");
	assert(a.data == "Hello");
	assert(a.data.ptr != buf.ptr);
}

unittest {
	auto app = AllocAppender!(int[])(defaultAllocator);
	app.reserve(2);
	app.append((scope mem) {
		assert(mem.length >= 2);
		mem[0] = 1;
		mem[1] = 2;
		return 2;
	});
	assert(app.data == [1, 2]);
}

unittest {
	auto app = AllocAppender!string(defaultAllocator);
	app.reserve(3);
	app.append((scope mem) {
		assert(mem.length >= 3);
		mem[0] = 'f';
		mem[1] = 'o';
		mem[2] = 'o';
		return 3;
	});
	assert(app.data == "foo");
}


struct FixedAppender(ArrayType : E[], size_t NELEM, E) {
	alias ElemType = Unqual!E;
	private {
		ElemType[NELEM] m_data;
		size_t m_fill;
	}

	void clear()
	{
		m_fill = 0;
	}

	void put(E el)
	{
		m_data[m_fill++] = el;
	}

	static if( is(ElemType == char) ){
		void put(dchar el)
		{
			if( el < 128 ) put(cast(char)el);
			else {
				char[4] buf;
				auto len = std.utf.encode(buf, el);
				put(cast(ArrayType)buf[0 .. len]);
			}
		}
	}

	static if( is(ElemType == wchar) ){
		void put(dchar el)
		{
			if( el < 128 ) put(cast(wchar)el);
			else {
				wchar[3] buf;
				auto len = std.utf.encode(buf, el);
				put(cast(ArrayType)buf[0 .. len]);
			}
		}
	}

	void put(ArrayType arr)
	{
		m_data[m_fill .. m_fill+arr.length] = (cast(ElemType[])arr)[];
		m_fill += arr.length;
	}

	@property ArrayType data() { return cast(ArrayType)m_data[0 .. m_fill]; }

	static if (!is(E == immutable)) {
		void reset() { m_fill = 0; }
	}
}


/**
	TODO: clear ring buffer fields upon removal (to run struct destructors, if T is a struct)
*/
struct FixedRingBuffer(T, size_t N = 0, bool INITIALIZE = true) {
	private {
		static if( N > 0 ) {
			static if (INITIALIZE) T[N] m_buffer;
			else T[N] m_buffer = void;
		} else T[] m_buffer;
		size_t m_start = 0;
		size_t m_fill = 0;
	}

	static if( N == 0 ){
		this(size_t capacity) { m_buffer = new T[capacity]; }
	}

	@property bool empty() const { return m_fill == 0; }

	@property bool full() const { return m_fill == m_buffer.length; }

	@property size_t length() const { return m_fill; }

	@property size_t freeSpace() const { return m_buffer.length - m_fill; }

	@property size_t capacity() const { return m_buffer.length; }

	static if( N == 0 ){
		/// Resets the capacity to zero and explicitly frees the memory for the buffer.
		void dispose()
		{
			delete m_buffer;
			m_buffer = null;
			m_start = m_fill = 0;
		}

		@property void capacity(size_t new_size)
		{
			if( m_buffer.length ){
				auto newbuffer = new T[new_size];
				auto dst = newbuffer;
				auto newfill = min(m_fill, new_size);
				read(dst[0 .. newfill]);
				m_buffer = newbuffer;
				m_start = 0;
				m_fill = newfill;
			} else {
				m_buffer = new T[new_size];
			}
		}
	}

	@property ref inout(T) front() inout { assert(!empty); return m_buffer[m_start]; }

	@property ref inout(T) back() inout { assert(!empty); return m_buffer[mod(m_start+m_fill-1)]; }

	void clear()
	{
		popFrontN(length);
		assert(m_fill == 0);
		m_start = 0;
	}

	void put()(T itm) { assert(m_fill < m_buffer.length); m_buffer[mod(m_start + m_fill++)] = itm; }
	void put(TC : T)(TC[] itms)
	{
		if( !itms.length ) return;
		assert(m_fill+itms.length <= m_buffer.length);
		if( mod(m_start+m_fill) >= mod(m_start+m_fill+itms.length) ){
			size_t chunk1 = m_buffer.length - (m_start+m_fill);
			size_t chunk2 = itms.length - chunk1;
			m_buffer[m_start+m_fill .. m_buffer.length] = itms[0 .. chunk1];
			m_buffer[0 .. chunk2] = itms[chunk1 .. $];
		} else {
			m_buffer[mod(m_start+m_fill) .. mod(m_start+m_fill)+itms.length] = itms[];
		}
		m_fill += itms.length;
	}
	void putN(size_t n) { assert(m_fill+n <= m_buffer.length); m_fill += n; }

	void popFront() { assert(!empty); m_start = mod(m_start+1); m_fill--; }
	void popFrontN(size_t n) { assert(length >= n); m_start = mod(m_start + n); m_fill -= n; }

	void popBack() { assert(!empty); m_fill--; }
	void popBackN(size_t n) { assert(length >= n); m_fill -= n; }

	void removeAt(Range r)
	{
		assert(r.m_buffer is m_buffer);
		if (r.m_start == m_start) { popFront(); return; }
		if( m_start + m_fill > m_buffer.length ){
			assert(r.m_start > m_start && r.m_start < m_buffer.length || r.m_start < mod(m_start+m_fill));
			if( r.m_start > m_start ){
				foreach(i; r.m_start .. m_buffer.length-1)
					m_buffer[i] = m_buffer[i+1];
				m_buffer[$-1] = m_buffer[0];
				foreach(i; 0 .. mod(m_start + m_fill - 1))
					m_buffer[i] = m_buffer[i+1];
			} else {
				foreach(i; r.m_start .. mod(m_start + m_fill - 1))
					m_buffer[i] = m_buffer[i+1];
			}
		} else {
			assert(r.m_start >= m_start && r.m_start < m_start+m_fill);
			foreach(i; r.m_start .. m_start+m_fill-1)
				m_buffer[i] = m_buffer[i+1];
		}
		m_fill--;
		destroy(m_buffer[mod(m_start+m_fill)]); // TODO: only call destroy for non-POD T
	}

	inout(T)[] peek() inout { return m_buffer[m_start .. min(m_start+m_fill, m_buffer.length)]; }
	T[] peekDst() {
		if( m_start + m_fill < m_buffer.length ) return m_buffer[m_start+m_fill .. $];
		else return m_buffer[mod(m_start+m_fill) .. m_start];
	}

	void read(T[] dst)
	{
		assert(dst.length <= length);
		if( !dst.length ) return;
		if( mod(m_start) >= mod(m_start+dst.length) ){
			size_t chunk1 = m_buffer.length - m_start;
			size_t chunk2 = dst.length - chunk1;
			dst[0 .. chunk1] = m_buffer[m_start .. $];
			dst[chunk1 .. $] = m_buffer[0 .. chunk2];
		} else {
			dst[] = m_buffer[m_start .. m_start+dst.length];
		}
		popFrontN(dst.length);
	}

	int opApply(scope int delegate(ref T itm) del)
	{
		if( m_start+m_fill > m_buffer.length ){
			foreach(i; m_start .. m_buffer.length)
				if( auto ret = del(m_buffer[i]) )
					return ret;
			foreach(i; 0 .. mod(m_start+m_fill))
				if( auto ret = del(m_buffer[i]) )
					return ret;
		} else {
			foreach(i; m_start .. m_start+m_fill)
				if( auto ret = del(m_buffer[i]) )
					return ret;
		}
		return 0;
	}

	/// iterate through elements with index
	int opApply(scope int delegate(size_t i, ref T itm) del)
	{
		if( m_start+m_fill > m_buffer.length ){
			foreach(i; m_start .. m_buffer.length)
				if( auto ret = del(i - m_start, m_buffer[i]) )
					return ret;
			foreach(i; 0 .. mod(m_start+m_fill))
				if( auto ret = del(i + m_buffer.length - m_start, m_buffer[i]) )
					return ret;
		} else {
			foreach(i; m_start .. m_start+m_fill)
				if( auto ret = del(i - m_start, m_buffer[i]) )
					return ret;
		}
		return 0;
	}

	ref inout(T) opIndex(size_t idx) inout { assert(idx < length); return m_buffer[mod(m_start+idx)]; }

	Range opSlice() { return Range(m_buffer, m_start, m_fill); }

	Range opSlice(size_t from, size_t to)
	{
		assert(from <= to);
		assert(to <= m_fill);
		return Range(m_buffer, mod(m_start+from), to-from);
	}

	size_t opDollar(size_t dim)() const if(dim == 0) { return length; }

	private size_t mod(size_t n)
	const {
		static if( N == 0 ){
			/*static if(PotOnly){
				return x & (m_buffer.length-1);
			} else {*/
				return n % m_buffer.length;
			//}
		} else static if( ((N - 1) & N) == 0 ){
			return n & (N - 1);
		} else return n % N;
	}

	static struct Range {
		private {
			T[] m_buffer;
			size_t m_start;
			size_t m_length;
		}

		private this(T[] buffer, size_t start, size_t length)
		{
			m_buffer = buffer;
			m_start = start;
			m_length = length;
		}

		@property bool empty() const { return m_length == 0; }

		@property inout(T) front() inout { assert(!empty); return m_buffer[m_start]; }

		void popFront()
		{
			assert(!empty);
			m_start++;
			m_length--;
			if( m_start >= m_buffer.length )
				m_start = 0;
		}
	}
}

unittest {
	static assert(isInputRange!(FixedRingBuffer!int) && isOutputRange!(FixedRingBuffer!int, int));

	FixedRingBuffer!(int, 5) buf;
	assert(buf.length == 0 && buf.freeSpace == 5); buf.put(1); // |1 . . . .
	assert(buf.length == 1 && buf.freeSpace == 4); buf.put(2); // |1 2 . . .
	assert(buf.length == 2 && buf.freeSpace == 3); buf.put(3); // |1 2 3 . .
	assert(buf.length == 3 && buf.freeSpace == 2); buf.put(4); // |1 2 3 4 .
	assert(buf.length == 4 && buf.freeSpace == 1); buf.put(5); // |1 2 3 4 5
	assert(buf.length == 5 && buf.freeSpace == 0);
	assert(buf.front == 1);
	buf.popFront(); // .|2 3 4 5
	assert(buf.front == 2);
	buf.popFrontN(2); // . . .|4 5
	assert(buf.front == 4);
	assert(buf.length == 2 && buf.freeSpace == 3);
	buf.put([6, 7, 8]); // 6 7 8|4 5
	assert(buf.length == 5 && buf.freeSpace == 0);
	int[5] dst;
	buf.read(dst); // . . .|. .
	assert(dst == [4, 5, 6, 7, 8]);
	assert(buf.length == 0 && buf.freeSpace == 5);
	buf.put([1, 2]); // . . .|1 2
	assert(buf.length == 2 && buf.freeSpace == 3);
	buf.read(dst[0 .. 2]); //|. . . . .
	assert(dst[0 .. 2] == [1, 2]);

	buf.put([0, 0, 0, 1, 2]); //|0 0 0 1 2
	buf.popFrontN(2); //. .|0 1 2
	buf.put([3, 4]); // 3 4|0 1 2
	foreach(i, item; buf)
	{
		assert(i == item);
	}

	assert(buf.front == 0);
	assert(buf.full);
	buf.removeAt(buf[0..1]); //4 .|1 2 3
	foreach(i, item; buf)
	{
		assert(i == item - 1);
	}

	buf.put(5); // 4 5|1 2 3
	buf.removeAt(buf[3..4]); // 5 .|1 2 3
	assert(buf.front == 1); buf.popFront();
	assert(buf.front == 2); buf.popFront();
	assert(buf.front == 3); buf.popFront();
	assert(buf.front == 5); buf.popFront();
	assert(buf.empty);
}


struct ArraySet(Key)
{
	private {
		Key[4] m_staticEntries;
		Key[] m_entries;
	}

	@property ArraySet dup()
	{
		return ArraySet(m_staticEntries, m_entries.dup);
	}

	bool opBinaryRight(string op)(Key key) if (op == "in") { return contains(key); }

	int opApply(int delegate(ref Key) del)
	{
		foreach (ref k; m_staticEntries)
			if (k != Key.init)
				if (auto ret = del(k))
					return ret;
		foreach (ref k; m_entries)
			if (k != Key.init)
				if (auto ret = del(k))
					return ret;
		return 0;
	}

	bool contains(Key key)
	const {
		foreach (ref k; m_staticEntries) if (k == key) return true;
		foreach (ref k; m_entries) if (k == key) return true;
		return false;
	}

	void insert(Key key)
	{
		if (contains(key)) return;
		foreach (ref k; m_staticEntries)
			if (k == Key.init) {
				k = key;
				return;
			}
		foreach (ref k; m_entries)
			if (k == Key.init) {
				k = key;
				return;
			}
		m_entries ~= key;
	}

	void remove(Key key)
	{
		foreach (ref k; m_staticEntries) if (k == key) { k = Key.init; return; }
		foreach (ref k; m_entries) if (k == key) { k = Key.init; return; }
	}
}
vibe.d-0.7.30/source/vibe/utils/dictionarylist.d000066400000000000000000000204101304441332000215320ustar00rootroot00000000000000/**
	Defines a string based multi-map with conserved insertion order.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.utils.dictionarylist;

import vibe.utils.array : removeFromArrayIdx;
import vibe.utils.string : icmp2;
import std.exception : enforce;


/**
	Behaves similar to $(D VALUE[string]) but the insertion order is not changed
	and multiple values per key are supported.

	This kind of map is used for MIME headers (e.g. for HTTP, see
	vibe.inet.message.InetHeaderMap), or for form data
	(vibe.inet.webform.FormFields). Note that the map can contain fields with
	the same key multiple times if addField is used for insertion. Insertion
	order is preserved.

	Note that despite case not being relevant for matching keyse, iterating
	over the map will yield	the original case of the key that was put in.

	Insertion and lookup has O(n) complexity.
*/
struct DictionaryList(VALUE, bool case_sensitive = true, size_t NUM_STATIC_FIELDS = 32, bool USE_HASHSUM = false) {
	import std.typecons : Tuple;

	private {
		static struct Field {
			static if (USE_HASHSUM) uint keyCheckSum;
			else {
				enum keyCheckSum = 0;
				this(uint, string key, VALUE value) { this.key = key; this.value = value; }
			}
			string key;
			VALUE value;
		}
		Field[NUM_STATIC_FIELDS] m_fields;
		size_t m_fieldCount = 0;
		Field[] m_extendedFields;
	}

	alias ValueType = VALUE;

	struct FieldTuple { string key; ValueType value; }

	/** The number of fields present in the map.
	*/
	@property size_t length() const { return m_fieldCount + m_extendedFields.length; }

	/// Supports serialization using vibe.data.serialization.
	static DictionaryList fromRepresentation(FieldTuple[] array)
	{
		DictionaryList ret;
		foreach (ref v; array) ret.addField(v.key, v.value);
		return ret;
	}
	/// ditto
	FieldTuple[] toRepresentation() {
		FieldTuple[] ret;
		foreach (k, ref v; this) ret ~= FieldTuple(k, v);
		return ret;
	}

	/** Removes the first field that matches the given key.
	*/
	void remove(string key)
	{
		static if (USE_HASHSUM) auto keysum = computeCheckSumI(key);
		enum keysum = 0;
		auto idx = getIndex(m_fields[0 .. m_fieldCount], key, keysum);
		if( idx >= 0 ){
			auto slice = m_fields[0 .. m_fieldCount];
			removeFromArrayIdx(slice, idx);
			m_fieldCount--;
		} else {
			idx = getIndex(m_extendedFields, key, keysum);
			enforce(idx >= 0);
			removeFromArrayIdx(m_extendedFields, idx);
		}
	}

	/** Removes all fields that matches the given key.
	*/
	void removeAll(string key)
	{
		static if (USE_HASHSUM) auto keysum = computeCheckSumI(key);
		else enum keysum = 0;
		for (size_t i = 0; i < m_fieldCount;) {
			if (m_fields[i].keyCheckSum == keysum && matches(m_fields[i].key, key)) {
				auto slice = m_fields[0 .. m_fieldCount];
				removeFromArrayIdx(slice, i);
				m_fieldCount--;
			} else i++;
		}

		for (size_t i = 0; i < m_extendedFields.length;) {
			if (m_fields[i].keyCheckSum == keysum && matches(m_fields[i].key, key))
				removeFromArrayIdx(m_extendedFields, i);
			else i++;
		}
	}

	/** Adds a new field to the map.

		The new field will be added regardless of any existing fields that
		have the same key, possibly resulting in duplicates. Use opIndexAssign
		if you want to avoid duplicates.
	*/
	void addField(string key, ValueType value)
	{
		static if (USE_HASHSUM) auto keysum = computeCheckSumI(key);
		else enum keysum = 0;
		if (m_fieldCount < m_fields.length)
			m_fields[m_fieldCount++] = Field(keysum, key, value);
		else m_extendedFields ~= Field(keysum, key, value);
	}

	/** Returns the first field that matches the given key.

		If no field is found, def_val is returned.
	*/
	inout(ValueType) get(string key, lazy inout(ValueType) def_val = ValueType.init)
	inout {
		if (auto pv = key in this) return *pv;
		return def_val;
	}

	/** Returns all values matching the given key.

		Note that the version returning an array will allocate for each call.
	*/
	const(ValueType)[] getAll(string key)
	const {
		import std.array;
		auto ret = appender!(const(ValueType)[])();
		getAll(key, (v) { ret.put(v); });
		return ret.data;
	}
	/// ditto
	void getAll(string key, scope void delegate(const(ValueType)) del)
	const {
		static if (USE_HASHSUM) uint keysum = computeCheckSumI(key);
		else enum keysum = 0;
		foreach (ref f; m_fields[0 .. m_fieldCount]) {
			static if (USE_HASHSUM)
				if (f.keyCheckSum != keysum) continue;
			if (matches(f.key, key)) del(f.value);
		}
		foreach (ref f; m_extendedFields) {
			static if (USE_HASHSUM)
				if (f.keyCheckSum != keysum) continue;
			if (matches(f.key, key)) del(f.value);
		}
	}

	/** Returns the first value matching the given key.
	*/
	inout(ValueType) opIndex(string key)
	inout {
		auto pitm = key in this;
		enforce(pitm !is null, "Accessing non-existent key '"~key~"'.");
		return *pitm;
	}

	/** Adds or replaces the given field with a new value.
	*/
	ValueType opIndexAssign(ValueType val, string key)
	{
		static if (USE_HASHSUM) auto keysum = computeCheckSumI(key);
		else enum keysum = 0;
		auto pitm = key in this;
		if (pitm) *pitm = val;
		else if (m_fieldCount < m_fields.length) m_fields[m_fieldCount++] = Field(keysum, key, val);
		else m_extendedFields ~= Field(keysum, key, val);
		return val;
	}

	/** Returns a pointer to the first field that matches the given key.
	*/
	inout(ValueType)* opBinaryRight(string op)(string key) inout if(op == "in")
	{
		static if (USE_HASHSUM) uint keysum = computeCheckSumI(key);
		else enum keysum = 0;
		auto idx = getIndex(m_fields[0 .. m_fieldCount], key, keysum);
		if( idx >= 0 ) return &m_fields[idx].value;
		idx = getIndex(m_extendedFields, key, keysum);
		if( idx >= 0 ) return &m_extendedFields[idx].value;
		return null;
	}
	/// ditto
	bool opBinaryRight(string op)(string key) inout if(op == "!in") {
		return !(key in this);
	}

	/** Iterates over all fields, including duplicates.
	*/
	int opApply(scope int delegate(string key, ref ValueType val) del)
	{
		foreach (ref kv; m_fields[0 .. m_fieldCount]) {
			if (auto ret = del(kv.key, kv.value))
				return ret;
		}
		foreach (ref kv; m_extendedFields) {
			if (auto ret = del(kv.key, kv.value))
				return ret;
		}
		return 0;
	}

	/// ditto
	int opApply(scope int delegate(ref ValueType val) del)
	{
		return this.opApply((string key, ref ValueType val) { return del(val); });
	}

	/// ditto
	int opApply(scope int delegate(string key, ref const(ValueType) val) del) const
	{
		return (cast() this).opApply(cast(int delegate(string, ref ValueType)) del);
	}

	/// ditto
	int opApply(scope int delegate(ref const(ValueType) val) del) const
	{
		return (cast() this).opApply(cast(int delegate(ref ValueType)) del);
	}

	static if (is(typeof({ const(ValueType) v; ValueType w; w = v; }))) {
		/** Duplicates the header map.
		*/
		@property DictionaryList dup()
		const {
			DictionaryList ret;
			ret.m_fields[0 .. m_fieldCount] = m_fields[0 .. m_fieldCount];
			ret.m_fieldCount = m_fieldCount;
			ret.m_extendedFields = m_extendedFields.dup;
			return ret;
		}
	}

	private ptrdiff_t getIndex(in Field[] map, string key, uint keysum)
	const {
		foreach (i, ref const(Field) entry; map) {
			static if (USE_HASHSUM) if (entry.keyCheckSum != keysum) continue;
			if (matches(entry.key, key)) return i;
		}
		return -1;
	}

	private static bool matches(string a, string b)
	{
		static if (case_sensitive) return a == b;
		else return a.length == b.length && icmp2(a, b) == 0;
	}

	// very simple check sum function with a good chance to match
	// strings with different case equal
	static if (USE_HASHSUM) private static uint computeCheckSumI(string s)
	@trusted {
		uint csum = 0;
		immutable(char)* pc = s.ptr, pe = s.ptr + s.length;
		for (; pc != pe; pc++) {
			static if (case_sensitive) csum ^= *pc;
			else csum ^= *pc & 0x1101_1111;
			csum = (csum << 1) | (csum >> 31);
		}
		return csum;
	}
}

unittest {
	DictionaryList!(int, true) a;
	a.addField("a", 1);
	a.addField("a", 2);
	assert(a["a"] == 1);
	assert(a.getAll("a") == [1, 2]);
	a["a"] = 3;
	assert(a["a"] == 3);
	assert(a.getAll("a") == [3, 2]);
	a.removeAll("a");
	assert(a.getAll("a").length == 0);
	assert(a.get("a", 4) == 4);
	a.addField("b", 2);
	a.addField("b", 1);
	a.remove("b");
	assert(a.getAll("b") == [1]);

	DictionaryList!(int, false) b;
	b.addField("a", 1);
	b.addField("A", 2);
	assert(b["A"] == 1);
	assert(b.getAll("a") == [1, 2]);
}
vibe.d-0.7.30/source/vibe/utils/hashmap.d000066400000000000000000000221711304441332000201200ustar00rootroot00000000000000/**
	Internal hash map implementation.

	Copyright: © 2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.utils.hashmap;

import vibe.utils.memory;

import std.conv : emplace;
import std.traits;


struct DefaultHashMapTraits(Key) {
	enum clearValue = Key.init;
	static bool equals(in Key a, in Key b)
	{
		static if (is(Key == class)) return a is b;
		else return a == b;
	}
	static size_t hashOf(in ref Key k)
	{
		static if (is(Key == class) && &Key.toHash == &Object.toHash)
			return cast(size_t)cast(void*)k;
		else static if (__traits(compiles, Key.init.toHash()))
			return k.toHash();
		else static if (__traits(compiles, Key.init.toHashShared()))
			return k.toHashShared();
		else {
			// evil casts to be able to get the most basic operations of
			// HashMap nothrow and @nogc
			static size_t hashWrapper(in ref Key k) {
				static typeinfo = typeid(Key);
				return typeinfo.getHash(&k);
			}
			static @nogc nothrow size_t properlyTypedWrapper(in ref Key k) { return 0; }
			return (cast(typeof(&properlyTypedWrapper))&hashWrapper)(k);
		}
	}
}

struct HashMap(TKey, TValue, Traits = DefaultHashMapTraits!TKey)
{
	import vibe.internal.meta.traits : isOpApplyDg;

	alias Key = TKey;
	alias Value = TValue;

	struct TableEntry {
		UnConst!Key key = Traits.clearValue;
		Value value;

		this(Key key, Value value) { this.key = cast(UnConst!Key)key; this.value = value; }
	}
	private {
		TableEntry[] m_table; // NOTE: capacity is always POT
		size_t m_length;
		Allocator m_allocator;
		bool m_resizing;
	}

	this(Allocator allocator)
	{
		m_allocator = allocator;
	}

	~this()
	{
		clear();
		if (m_table.ptr !is null) freeArray(m_allocator, m_table);
	}

	@disable this(this);

	@property size_t length() const { return m_length; }

	void remove(Key key)
	{
		auto idx = findIndex(key);
		assert (idx != size_t.max, "Removing non-existent element.");
		auto i = idx;
		while (true) {
			m_table[i].key = Traits.clearValue;
			m_table[i].value = Value.init;

			size_t j = i, r;
			do {
				if (++i >= m_table.length) i -= m_table.length;
				if (Traits.equals(m_table[i].key, Traits.clearValue)) {
					m_length--;
					return;
				}
				r = Traits.hashOf(m_table[i].key) & (m_table.length-1);
			} while ((j= 1 && arity!del <= 2,
						  "isOpApplyDg should have prevented this");
				static if (arity!del == 1) {
					if (int ret = del(m_table[i].value))
						return ret;
				} else
					if (int ret = del(m_table[i].key, m_table[i].value))
						return ret;
			}
		return 0;
	}

	private size_t findIndex(Key key)
	const {
		if (m_length == 0) return size_t.max;
		size_t start = Traits.hashOf(key) & (m_table.length-1);
		auto i = start;
		while (!Traits.equals(m_table[i].key, key)) {
			if (Traits.equals(m_table[i].key, Traits.clearValue)) return size_t.max;
			if (++i >= m_table.length) i -= m_table.length;
			if (i == start) return size_t.max;
		}
		return i;
	}

	private size_t findInsertIndex(Key key)
	const {
		auto hash = Traits.hashOf(key);
		size_t target = hash & (m_table.length-1);
		auto i = target;
		while (!Traits.equals(m_table[i].key, Traits.clearValue) && !Traits.equals(m_table[i].key, key)) {
			if (++i >= m_table.length) i -= m_table.length;
			assert (i != target, "No free bucket found, HashMap full!?");
		}
		return i;
	}

	private void grow(size_t amount)
	{
		auto newsize = m_length + amount;
		if (newsize < (m_table.length*2)/3) return;
		auto newcap = m_table.length ? m_table.length : 16;
		while (newsize >= (newcap*2)/3) newcap *= 2;
		resize(newcap);
	}

	private void resize(size_t new_size)
	@trusted {
		assert(!m_resizing);
		m_resizing = true;
		scope(exit) m_resizing = false;

		if (!m_allocator) m_allocator = defaultAllocator();

		uint pot = 0;
		while (new_size > 1) {
			pot++;
			new_size /= 2;
		}
		new_size = 1 << pot;

		auto oldtable = m_table;

		// allocate the new array, automatically initializes with empty entries (Traits.clearValue)
		m_table = allocArray!TableEntry(m_allocator, new_size);

		// perform a move operation of all non-empty elements from the old array to the new one
		foreach (ref el; oldtable)
			if (!Traits.equals(el.key, Traits.clearValue)) {
				auto idx = findInsertIndex(el.key);
				(cast(ubyte[])(&m_table[idx])[0 .. 1])[] = (cast(ubyte[])(&el)[0 .. 1])[];
			}

		// all elements have been moved to the new array, so free the old one without calling destructors
		if (oldtable !is null) freeArray(m_allocator, oldtable, false);
	}
}

unittest {
	import std.conv;

	HashMap!(string, string) map;

	foreach (i; 0 .. 100) {
		map[to!string(i)] = to!string(i) ~ "+";
		assert(map.length == i+1);
	}

	foreach (i; 0 .. 100) {
		auto str = to!string(i);
		auto pe = str in map;
		assert(pe !is null && *pe == str ~ "+");
		assert(map[str] == str ~ "+");
	}

	foreach (i; 0 .. 50) {
		map.remove(to!string(i));
		assert(map.length == 100-i-1);
	}

	foreach (i; 50 .. 100) {
		auto str = to!string(i);
		auto pe = str in map;
		assert(pe !is null && *pe == str ~ "+");
		assert(map[str] == str ~ "+");
	}
}

// test for nothrow/@nogc compliance
nothrow unittest {
	HashMap!(int, int) map1;
	HashMap!(string, string) map2;
	map1[1] = 2;
	map2["1"] = "2";

	@nogc nothrow void performNoGCOps()
	{
		foreach (int v; map1) {}
		foreach (int k, int v; map1) {}
		assert(1 in map1);
		assert(map1.length == 1);
		assert(map1[1] == 2);
		assert(map1.getNothrow(1, -1) == 2);

		foreach (string v; map2) {}
		foreach (string k, string v; map2) {}
		assert("1" in map2);
		assert(map2.length == 1);
		assert(map2["1"] == "2");
		assert(map2.getNothrow("1", "") == "2");
	}

	performNoGCOps();
}

unittest { // test for proper use of constructor/post-blit/destructor
	static struct Test {
		static size_t constructedCounter = 0;
		bool constructed = false;
		this(int) { constructed = true; constructedCounter++; }
		this(this) { if (constructed) constructedCounter++; }
		~this() { if (constructed) constructedCounter--; }
	}

	assert(Test.constructedCounter == 0);

	{ // sanity check
		Test t;
		assert(Test.constructedCounter == 0);
		t = Test(1);
		assert(Test.constructedCounter == 1);
		auto u = t;
		assert(Test.constructedCounter == 2);
		t = Test.init;
		assert(Test.constructedCounter == 1);
	}
	assert(Test.constructedCounter == 0);

	{ // basic insertion and hash map resizing
		HashMap!(int, Test) map;
		foreach (i; 1 .. 67) {
			map[i] = Test(1);
			assert(Test.constructedCounter == i);
		}
	}

	assert(Test.constructedCounter == 0);

	{ // test clear() and overwriting existing entries
		HashMap!(int, Test) map;
		foreach (i; 1 .. 67) {
			map[i] = Test(1);
			assert(Test.constructedCounter == i);
		}
		map.clear();
		foreach (i; 1 .. 67) {
			map[i] = Test(1);
			assert(Test.constructedCounter == i);
		}
		foreach (i; 1 .. 67) {
			map[i] = Test(1);
			assert(Test.constructedCounter == 66);
		}
	}

	assert(Test.constructedCounter == 0);

	{ // test removing entries and adding entries after remove
		HashMap!(int, Test) map;
		foreach (i; 1 .. 67) {
			map[i] = Test(1);
			assert(Test.constructedCounter == i);
		}
		foreach (i; 1 .. 33) {
			map.remove(i);
			assert(Test.constructedCounter == 66 - i);
		}
		foreach (i; 67 .. 130) {
			map[i] = Test(1);
			assert(Test.constructedCounter == i - 32);
		}
	}

	assert(Test.constructedCounter == 0);
}

private template UnConst(T) {
	static if (is(T U == const(U))) {
		alias UnConst = U;
	} else static if (is(T V == immutable(V))) {
		alias UnConst = V;
	} else alias UnConst = T;
}
vibe.d-0.7.30/source/vibe/utils/memory.d000066400000000000000000000556341304441332000200210ustar00rootroot00000000000000/**
	Utility functions for memory management

	Note that this module currently is a big sand box for testing allocation related stuff.
	Nothing here, including the interfaces, is final but rather a lot of experimentation.

	Copyright: © 2012-2013 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.utils.memory;

import vibe.internal.meta.traits : synchronizedIsNothrow;

import core.exception : OutOfMemoryError;
import core.stdc.stdlib;
import core.memory;
import std.conv;
import std.exception : enforceEx;
import std.traits;
import std.algorithm;

Allocator defaultAllocator() nothrow
{
	version(VibeManualMemoryManagement){
		return manualAllocator();
	} else {
		static __gshared Allocator alloc;
		if (!alloc) {
			alloc = new GCAllocator;
			//alloc = new AutoFreeListAllocator(alloc);
			//alloc = new DebugAllocator(alloc);
			alloc = new LockAllocator(alloc);
		}
		return alloc;
	}
}

Allocator manualAllocator() nothrow
{
	static __gshared Allocator alloc;
	if( !alloc ){
		alloc = new MallocAllocator;
		alloc = new AutoFreeListAllocator(alloc);
		//alloc = new DebugAllocator(alloc);
		alloc = new LockAllocator(alloc);
	}
	return alloc;
}

Allocator threadLocalAllocator() nothrow
{
	static Allocator alloc;
	if (!alloc) {
		version(VibeManualMemoryManagement) alloc = new MallocAllocator;
		else alloc = new GCAllocator;
		alloc = new AutoFreeListAllocator(alloc);
		// alloc = new DebugAllocator(alloc);
	}
	return alloc;
}

Allocator threadLocalManualAllocator() nothrow
{
	static Allocator alloc;
	if (!alloc) {
		alloc = new MallocAllocator;
		alloc = new AutoFreeListAllocator(alloc);
		// alloc = new DebugAllocator(alloc);
	}
	return alloc;
}

auto allocObject(T, bool MANAGED = true, ARGS...)(Allocator allocator, ARGS args)
{
	auto mem = allocator.alloc(AllocSize!T);
	static if( MANAGED ){
		static if( hasIndirections!T )
			GC.addRange(mem.ptr, mem.length);
		return internalEmplace!T(mem, args);
	}
	else static if( is(T == class) ) return cast(T)mem.ptr;
	else return cast(T*)mem.ptr;
}

T[] allocArray(T, bool MANAGED = true)(Allocator allocator, size_t n)
{
	auto mem = allocator.alloc(T.sizeof * n);
	auto ret = cast(T[])mem;
	static if( MANAGED ){
		static if( hasIndirections!T )
			GC.addRange(mem.ptr, mem.length);
		// TODO: use memset for class, pointers and scalars
		foreach (ref el; ret) {
			internalEmplace!T(cast(void[])((&el)[0 .. 1]));
		}
	}
	return ret;
}

void freeArray(T, bool MANAGED = true)(Allocator allocator, ref T[] array, bool call_destructors = true)
{
	static if (MANAGED) {
		static if (hasIndirections!T)
			GC.removeRange(array.ptr);
		static if (hasElaborateDestructor!T)
			if (call_destructors)
				foreach_reverse (ref el; array)
					destroy(el);
	}
	allocator.free(cast(void[])array);
	array = null;
}


interface Allocator {
nothrow:
	enum size_t alignment = 0x10;
	enum size_t alignmentMask = alignment-1;

	void[] alloc(size_t sz)
		out { assert((cast(size_t)__result.ptr & alignmentMask) == 0, "alloc() returned misaligned data."); }

	void[] realloc(void[] mem, size_t new_sz)
		in {
			assert(mem.ptr !is null, "realloc() called with null array.");
			assert((cast(size_t)mem.ptr & alignmentMask) == 0, "misaligned pointer passed to realloc().");
		}
		out { assert((cast(size_t)__result.ptr & alignmentMask) == 0, "realloc() returned misaligned data."); }

	void free(void[] mem)
		in {
			assert(mem.ptr !is null, "free() called with null array.");
			assert((cast(size_t)mem.ptr & alignmentMask) == 0, "misaligned pointer passed to free().");
		}
}


/**
	Simple proxy allocator protecting its base allocator with a mutex.
*/
class LockAllocator : Allocator {
	private {
		Allocator m_base;
	}
	this(Allocator base) nothrow { m_base = base; }
	void[] alloc(size_t sz) {
		static if (!synchronizedIsNothrow)
			scope (failure) assert(0, "Internal error: function should be nothrow");

		synchronized (this)
			return m_base.alloc(sz);
	}
	void[] realloc(void[] mem, size_t new_sz)
		in {
			assert(mem.ptr !is null, "realloc() called with null array.");
			assert((cast(size_t)mem.ptr & alignmentMask) == 0, "misaligned pointer passed to realloc().");
		}
		body {
			static if (!synchronizedIsNothrow)
				scope (failure) assert(0, "Internal error: function should be nothrow");

			synchronized(this)
				return m_base.realloc(mem, new_sz);
		}
	void free(void[] mem)
		in {
			assert(mem.ptr !is null, "free() called with null array.");
			assert((cast(size_t)mem.ptr & alignmentMask) == 0, "misaligned pointer passed to free().");
		}
		body {
			static if (!synchronizedIsNothrow)
				scope (failure) assert(0, "Internal error: function should be nothrow");
			synchronized(this)
				m_base.free(mem);
		}
}

final class DebugAllocator : Allocator {
	import vibe.utils.hashmap : HashMap;
	private {
		Allocator m_baseAlloc;
		HashMap!(void*, size_t) m_blocks;
		size_t m_bytes;
		size_t m_maxBytes;
	}

	this(Allocator base_allocator) nothrow
	{
		m_baseAlloc = base_allocator;
		m_blocks = HashMap!(void*, size_t)(manualAllocator());
	}

	@property size_t allocatedBlockCount() const { return m_blocks.length; }
	@property size_t bytesAllocated() const { return m_bytes; }
	@property size_t maxBytesAllocated() const { return m_maxBytes; }

	void[] alloc(size_t sz)
	{
		auto ret = m_baseAlloc.alloc(sz);
		assert(ret.length == sz, "base.alloc() returned block with wrong size.");
		assert(m_blocks.getNothrow(ret.ptr, size_t.max) == size_t.max, "base.alloc() returned block that is already allocated.");
		m_blocks[ret.ptr] = sz;
		m_bytes += sz;
		if( m_bytes > m_maxBytes ){
			m_maxBytes = m_bytes;
			logDebug_("New allocation maximum: %d (%d blocks)", m_maxBytes, m_blocks.length);
		}
		return ret;
	}

	void[] realloc(void[] mem, size_t new_size)
	{
		auto sz = m_blocks.getNothrow(mem.ptr, size_t.max);
		assert(sz != size_t.max, "realloc() called with non-allocated pointer.");
		assert(sz == mem.length, "realloc() called with block of wrong size.");
		auto ret = m_baseAlloc.realloc(mem, new_size);
		assert(ret.length == new_size, "base.realloc() returned block with wrong size.");
		assert(ret.ptr is mem.ptr || m_blocks.getNothrow(ret.ptr, size_t.max) == size_t.max, "base.realloc() returned block that is already allocated.");
		m_bytes -= sz;
		m_blocks.remove(mem.ptr);
		m_blocks[ret.ptr] = new_size;
		m_bytes += new_size;
		return ret;
	}
	void free(void[] mem)
	{
		auto sz = m_blocks.getNothrow(mem.ptr, size_t.max);
		assert(sz != size_t.max, "free() called with non-allocated object.");
		assert(sz == mem.length, "free() called with block of wrong size.");
		m_baseAlloc.free(mem);
		m_bytes -= sz;
		m_blocks.remove(mem.ptr);
	}
}

final class MallocAllocator : Allocator {
	void[] alloc(size_t sz)
	{
		static err = new immutable OutOfMemoryError;
		auto ptr = .malloc(sz + Allocator.alignment);
		if (ptr is null) throw err;
		return adjustPointerAlignment(ptr)[0 .. sz];
	}

	void[] realloc(void[] mem, size_t new_size)
	{
		size_t csz = min(mem.length, new_size);
		auto p = extractUnalignedPointer(mem.ptr);
		size_t oldmisalign = mem.ptr - p;

		auto pn = cast(ubyte*).realloc(p, new_size+Allocator.alignment);
		if (p == pn) return pn[oldmisalign .. new_size+oldmisalign];

		auto pna = cast(ubyte*)adjustPointerAlignment(pn);
		auto newmisalign = pna - pn;

		// account for changed alignment after realloc (move memory back to aligned position)
		if (oldmisalign != newmisalign) {
			if (newmisalign > oldmisalign) {
				foreach_reverse (i; 0 .. csz)
					pn[i + newmisalign] = pn[i + oldmisalign];
			} else {
				foreach (i; 0 .. csz)
					pn[i + newmisalign] = pn[i + oldmisalign];
			}
		}

		return pna[0 .. new_size];
	}

	void free(void[] mem)
	{
		.free(extractUnalignedPointer(mem.ptr));
	}
}

final class GCAllocator : Allocator {
	void[] alloc(size_t sz)
	{
		auto mem = GC.malloc(sz+Allocator.alignment);
		auto alignedmem = adjustPointerAlignment(mem);
		assert(alignedmem - mem <= Allocator.alignment);
		auto ret = alignedmem[0 .. sz];
		ensureValidMemory(ret);
		return ret;
	}
	void[] realloc(void[] mem, size_t new_size)
	{
		size_t csz = min(mem.length, new_size);

		auto p = extractUnalignedPointer(mem.ptr);
		size_t misalign = mem.ptr - p;
		assert(misalign <= Allocator.alignment);

		void[] ret;
		auto extended = GC.extend(p, new_size - mem.length, new_size - mem.length);
		if (extended) {
			assert(extended >= new_size+Allocator.alignment);
			ret = p[misalign .. new_size+misalign];
		} else {
			ret = alloc(new_size);
			ret[0 .. csz] = mem[0 .. csz];
		}
		ensureValidMemory(ret);
		return ret;
	}
	void free(void[] mem)
	{
		// For safety reasons, the GCAllocator should never explicitly free memory.
		//GC.free(extractUnalignedPointer(mem.ptr));
	}
}

final class AutoFreeListAllocator : Allocator {
	import std.typetuple;

	private {
		enum minExponent = 5;
		enum freeListCount = 14;
		FreeListAlloc[freeListCount] m_freeLists;
		Allocator m_baseAlloc;
	}

	this(Allocator base_allocator) nothrow
	{
		m_baseAlloc = base_allocator;
		foreach (i; iotaTuple!freeListCount)
			m_freeLists[i] = new FreeListAlloc(nthFreeListSize!(i), m_baseAlloc);
	}

	void[] alloc(size_t sz)
	{
		auto idx = getAllocatorIndex(sz);
		return idx < freeListCount ? m_freeLists[idx].alloc()[0 .. sz] : m_baseAlloc.alloc(sz);
	}

	void[] realloc(void[] data, size_t sz)
	{
		auto curidx = getAllocatorIndex(data.length);
		auto newidx = getAllocatorIndex(sz);
		
		if (curidx == newidx) {
			if (curidx == freeListCount) {
				// forward large blocks to the base allocator
				return m_baseAlloc.realloc(data, sz);
			} else {
				// just grow the slice if it still fits into the free list slot
				return data.ptr[0 .. sz];
			}
		}

		// otherwise re-allocate manually
		auto newd = alloc(sz);
		assert(newd.ptr+sz <= data.ptr || newd.ptr >= data.ptr+data.length, "New block overlaps old one!?");
		auto len = min(data.length, sz);
		newd[0 .. len] = data[0 .. len];
		free(data);
		return newd;
	}

	void free(void[] data)
	{
		//logTrace("AFL free %08X(%s)", data.ptr, data.length);
		auto idx = getAllocatorIndex(data.length);
		if (idx < freeListCount) m_freeLists[idx].free(data.ptr[0 .. 1 << (idx + minExponent)]);
		else m_baseAlloc.free(data);
	}

	// does a CT optimized binary search for the right allocater
	private int getAllocatorIndex(size_t sz)
	@safe nothrow @nogc {
		//pragma(msg, getAllocatorIndexStr!(0, freeListCount));
		return mixin(getAllocatorIndexStr!(0, freeListCount));
	}

	private template getAllocatorIndexStr(int low, int high)
	{
		import std.format : format;
		static if (low == high) enum getAllocatorIndexStr = format("%s", low);
		else {
			enum mid = (low + high) / 2;
			enum getAllocatorIndexStr =
				"sz > nthFreeListSize!%s ? %s : %s"
				.format(mid, getAllocatorIndexStr!(mid+1, high), getAllocatorIndexStr!(low, mid));
		}
	}

	unittest {
		auto a = new AutoFreeListAllocator(null);
		assert(a.getAllocatorIndex(0) == 0);
		foreach (i; iotaTuple!freeListCount) {
			assert(a.getAllocatorIndex(nthFreeListSize!i-1) == i);
			assert(a.getAllocatorIndex(nthFreeListSize!i) == i);
			assert(a.getAllocatorIndex(nthFreeListSize!i+1) == i+1);
		}
		assert(a.getAllocatorIndex(size_t.max) == freeListCount);
	}

	private static pure size_t nthFreeListSize(size_t i)() { return 1 << (i + minExponent); }
	private template iotaTuple(size_t i) {
		static if (i > 1) alias iotaTuple = TypeTuple!(iotaTuple!(i-1), i-1);
		else alias iotaTuple = TypeTuple!(0);
	}
}

final class PoolAllocator : Allocator {
	static struct Pool { Pool* next; void[] data; void[] remaining; }
	static struct Destructor { Destructor* next; void function(void*) destructor; void* object; }
	private {
		Allocator m_baseAllocator;
		Pool* m_freePools;
		Pool* m_fullPools;
		Destructor* m_destructors;
		size_t m_poolSize;
	}

	this(size_t pool_size, Allocator base) nothrow
	{
		m_poolSize = pool_size;
		m_baseAllocator = base;
	}

	@property size_t totalSize()
	{
		size_t amt = 0;
		for (auto p = m_fullPools; p; p = p.next)
			amt += p.data.length;
		for (auto p = m_freePools; p; p = p.next)
			amt += p.data.length;
		return amt;
	}

	@property size_t allocatedSize()
	{
		size_t amt = 0;
		for (auto p = m_fullPools; p; p = p.next)
			amt += p.data.length;
		for (auto p = m_freePools; p; p = p.next)
			amt += p.data.length - p.remaining.length;
		return amt;
	}

	void[] alloc(size_t sz)
	{
		auto aligned_sz = alignedSize(sz);

		Pool* pprev = null;
		Pool* p = cast(Pool*)m_freePools;
		while( p && p.remaining.length < aligned_sz ){
			pprev = p;
			p = p.next;
		}

		if( !p ){
			auto pmem = m_baseAllocator.alloc(AllocSize!Pool);

			p = emplace!Pool(cast(Pool*)pmem.ptr);
			p.data = m_baseAllocator.alloc(max(aligned_sz, m_poolSize));
			p.remaining = p.data;
			p.next = cast(Pool*)m_freePools;
			m_freePools = p;
			pprev = null;
		}

		auto ret = p.remaining[0 .. aligned_sz];
		p.remaining = p.remaining[aligned_sz .. $];
		if( !p.remaining.length ){
			if( pprev ){
				pprev.next = p.next;
			} else {
				m_freePools = p.next;
			}
			p.next = cast(Pool*)m_fullPools;
			m_fullPools = p;
		}

		return ret[0 .. sz];
	}

	void[] realloc(void[] arr, size_t newsize)
	{
		auto aligned_sz = alignedSize(arr.length);
		auto aligned_newsz = alignedSize(newsize);

		if( aligned_newsz <= aligned_sz ) return arr[0 .. newsize]; // TODO: back up remaining

		auto pool = m_freePools;
		bool last_in_pool = pool && arr.ptr+aligned_sz == pool.remaining.ptr;
		if( last_in_pool && pool.remaining.length+aligned_sz >= aligned_newsz ){
			pool.remaining = pool.remaining[aligned_newsz-aligned_sz .. $];
			arr = arr.ptr[0 .. aligned_newsz];
			assert(arr.ptr+arr.length == pool.remaining.ptr, "Last block does not align with the remaining space!?");
			return arr[0 .. newsize];
		} else {
			auto ret = alloc(newsize);
			assert(ret.ptr >= arr.ptr+aligned_sz || ret.ptr+ret.length <= arr.ptr, "New block overlaps old one!?");
			ret[0 .. min(arr.length, newsize)] = arr[0 .. min(arr.length, newsize)];
			return ret;
		}
	}

	void free(void[] mem)
	{
	}

	void freeAll()
	{
		version(VibeManualMemoryManagement){
			// destroy all initialized objects
			for (auto d = m_destructors; d; d = d.next)
				d.destructor(cast(void*)d.object);
			m_destructors = null;

			// put all full Pools into the free pools list
			for (Pool* p = cast(Pool*)m_fullPools, pnext; p; p = pnext) {
				pnext = p.next;
				p.next = cast(Pool*)m_freePools;
				m_freePools = cast(Pool*)p;
			}

			// free up all pools
			for (Pool* p = cast(Pool*)m_freePools; p; p = p.next)
				p.remaining = p.data;
		}
	}

	void reset()
	{
		version(VibeManualMemoryManagement){
			freeAll();
			Pool* pnext;
			for (auto p = cast(Pool*)m_freePools; p; p = pnext) {
				pnext = p.next;
				m_baseAllocator.free(p.data);
				m_baseAllocator.free((cast(void*)p)[0 .. AllocSize!Pool]);
			}
			m_freePools = null;
		}
	}

	private static destroy(T)(void* ptr)
	{
		static if( is(T == class) ) .destroy(cast(T)ptr);
		else .destroy(*cast(T*)ptr);
	}
}

final class FreeListAlloc : Allocator
{
nothrow:
	private static struct FreeListSlot { FreeListSlot* next; }
	private {
		FreeListSlot* m_firstFree = null;
		size_t m_nalloc = 0;
		size_t m_nfree = 0;
		Allocator m_baseAlloc;
		immutable size_t m_elemSize;
	}

	this(size_t elem_size, Allocator base_allocator)
	{
		assert(elem_size >= size_t.sizeof);
		m_elemSize = elem_size;
		m_baseAlloc = base_allocator;
		logDebug_("Create FreeListAlloc %d", m_elemSize);
	}

	@property size_t elementSize() const { return m_elemSize; }

	void[] alloc(size_t sz)
	{
		assert(sz == m_elemSize, "Invalid allocation size.");
		return alloc();
	}

	void[] alloc()
	{
		void[] mem;
		if( m_firstFree ){
			auto slot = m_firstFree;
			m_firstFree = slot.next;
			slot.next = null;
			mem = (cast(void*)slot)[0 .. m_elemSize];
			debug m_nfree--;
		} else {
			mem = m_baseAlloc.alloc(m_elemSize);
			//logInfo("Alloc %d bytes: alloc: %d, free: %d", SZ, s_nalloc, s_nfree);
		}
		debug m_nalloc++;
		//logInfo("Alloc %d bytes: alloc: %d, free: %d", SZ, s_nalloc, s_nfree);
		return mem;
	}

	void[] realloc(void[] mem, size_t sz)
	{
		assert(mem.length == m_elemSize);
		assert(sz == m_elemSize);
		return mem;
	}

	void free(void[] mem)
	{
		assert(mem.length == m_elemSize, "Memory block passed to free has wrong size.");
		auto s = cast(FreeListSlot*)mem.ptr;
		s.next = m_firstFree;
		m_firstFree = s;
		m_nalloc--;
		m_nfree++;
	}
}

struct FreeListObjectAlloc(T, bool USE_GC = true, bool INIT = true, EXTRA = void)
{
	enum ElemSize = AllocSize!T;
	enum ElemSlotSize = max(AllocSize!T + AllocSize!EXTRA, Slot.sizeof);

	static if( is(T == class) ){
		alias TR = T;
	} else {
		alias TR = T*;
	}

	struct Slot { Slot* next; }

	private static Slot* s_firstFree;

	static TR alloc(ARGS...)(ARGS args)
	{
		void[] mem;
		if (s_firstFree !is null) {
			auto ret = s_firstFree;
			s_firstFree = s_firstFree.next;
			ret.next = null;
			mem = (cast(void*)ret)[0 .. ElemSize];
		} else {
			//logInfo("alloc %s/%d", T.stringof, ElemSize);
			mem = manualAllocator().alloc(ElemSlotSize);
			static if( hasIndirections!T ) GC.addRange(mem.ptr, ElemSlotSize);
		}

		static if (INIT) return cast(TR)internalEmplace!(Unqual!T)(mem, args); // FIXME: this emplace has issues with qualified types, but Unqual!T may result in the wrong constructor getting called.
		else return cast(TR)mem.ptr;
	}

	static void free(TR obj)
	{
		static if (INIT) {
			scope (failure) assert(0, "You shouldn't throw in destructors");
			auto objc = obj;
			static if (is(TR == T*)) .destroy(*objc);//typeid(T).destroy(cast(void*)obj);
			else .destroy(objc);
		}

		auto sl = cast(Slot*)obj;
		sl.next = s_firstFree;
		s_firstFree = sl;
		//static if( hasIndirections!T ) GC.removeRange(cast(void*)obj);
		//manualAllocator().free((cast(void*)obj)[0 .. ElemSlotSize]);
	}
}


template AllocSize(T)
{
	static if (is(T == class)) {
		// workaround for a strange bug where AllocSize!SSLStream == 0: TODO: dustmite!
		enum dummy = T.stringof ~ __traits(classInstanceSize, T).stringof;
		enum AllocSize = __traits(classInstanceSize, T);
	} else {
		enum AllocSize = T.sizeof;
	}
}

struct FreeListRef(T, bool INIT = true)
{
	alias ObjAlloc = FreeListObjectAlloc!(T, true, INIT, int);
	enum ElemSize = AllocSize!T;

	static if( is(T == class) ){
		alias TR = T;
	} else {
		alias TR = T*;
	}

	private TR m_object;
	private size_t m_magic = 0x1EE75817; // workaround for compiler bug

	static FreeListRef opCall(ARGS...)(ARGS args)
	{
		//logInfo("refalloc %s/%d", T.stringof, ElemSize);
		FreeListRef ret;
		ret.m_object = ObjAlloc.alloc(args);
		ret.refCount = 1;
		return ret;
	}

	~this()
	{
		//if( m_object ) logInfo("~this!%s(): %d", T.stringof, this.refCount);
		//if( m_object ) logInfo("ref %s destructor %d", T.stringof, refCount);
		//else logInfo("ref %s destructor %d", T.stringof, 0);
		clear();
		m_magic = 0;
		m_object = null;
	}

	this(this)
	{
		checkInvariants();
		if( m_object ){
			//if( m_object ) logInfo("this!%s(this): %d", T.stringof, this.refCount);
			this.refCount++;
		}
	}

	void opAssign(FreeListRef other)
	{
		clear();
		m_object = other.m_object;
		if( m_object ){
			//logInfo("opAssign!%s(): %d", T.stringof, this.refCount);
			refCount++;
		}
	}

	void clear()
	{
		checkInvariants();
		if (m_object) {
			if (--this.refCount == 0)
				ObjAlloc.free(m_object);
		}

		m_object = null;
		m_magic = 0x1EE75817;
	}

	@property const(TR) get() const { checkInvariants(); return m_object; }
	@property TR get() { checkInvariants(); return m_object; }
	alias get this;

	private @property ref int refCount()
	const {
		auto ptr = cast(ubyte*)cast(void*)m_object;
		ptr += ElemSize;
		return *cast(int*)ptr;
	}

	private void checkInvariants()
	const {
		assert(m_magic == 0x1EE75817);
		assert(!m_object || refCount > 0);
	}
}

private void* extractUnalignedPointer(void* base) nothrow
{
	ubyte misalign = *(cast(ubyte*)base-1);
	assert(misalign <= Allocator.alignment);
	return base - misalign;
}

private void* adjustPointerAlignment(void* base) nothrow
{
	ubyte misalign = Allocator.alignment - (cast(size_t)base & Allocator.alignmentMask);
	base += misalign;
	*(cast(ubyte*)base-1) = misalign;
	return base;
}

unittest {
	void test_align(void* p, size_t adjustment) {
		void* pa = adjustPointerAlignment(p);
		assert((cast(size_t)pa & Allocator.alignmentMask) == 0, "Non-aligned pointer.");
		assert(*(cast(ubyte*)pa-1) == adjustment, "Invalid adjustment "~to!string(p)~": "~to!string(*(cast(ubyte*)pa-1)));
		void* pr = extractUnalignedPointer(pa);
		assert(pr == p, "Recovered base != original");
	}
	void* ptr = .malloc(0x40);
	ptr += Allocator.alignment - (cast(size_t)ptr & Allocator.alignmentMask);
	test_align(ptr++, 0x10);
	test_align(ptr++, 0x0F);
	test_align(ptr++, 0x0E);
	test_align(ptr++, 0x0D);
	test_align(ptr++, 0x0C);
	test_align(ptr++, 0x0B);
	test_align(ptr++, 0x0A);
	test_align(ptr++, 0x09);
	test_align(ptr++, 0x08);
	test_align(ptr++, 0x07);
	test_align(ptr++, 0x06);
	test_align(ptr++, 0x05);
	test_align(ptr++, 0x04);
	test_align(ptr++, 0x03);
	test_align(ptr++, 0x02);
	test_align(ptr++, 0x01);
	test_align(ptr++, 0x10);
}

private size_t alignedSize(size_t sz) nothrow
{
	return ((sz + Allocator.alignment - 1) / Allocator.alignment) * Allocator.alignment;
}

unittest {
	foreach( i; 0 .. 20 ){
		auto ia = alignedSize(i);
		assert(ia >= i);
		assert((ia & Allocator.alignmentMask) == 0);
		assert(ia < i+Allocator.alignment);
	}
}

private void ensureValidMemory(void[] mem) nothrow
{
	auto bytes = cast(ubyte[])mem;
	swap(bytes[0], bytes[$-1]);
	swap(bytes[0], bytes[$-1]);
}

/// See issue #14194
private T internalEmplace(T, Args...)(void[] chunk, auto ref Args args)
	if (is(T == class))
in {
	import std.string, std.format;
	assert(chunk.length >= T.sizeof,
		   format("emplace: Chunk size too small: %s < %s size = %s",
			  chunk.length, T.stringof, T.sizeof));
	assert((cast(size_t) chunk.ptr) % T.alignof == 0,
		   format("emplace: Misaligned memory block (0x%X): it must be %s-byte aligned for type %s", chunk.ptr, T.alignof, T.stringof));

} body {
	enum classSize = __traits(classInstanceSize, T);
	auto result = cast(T) chunk.ptr;

	// Initialize the object in its pre-ctor state
	static if (__VERSION__ < 2071)
		chunk[0 .. classSize] = typeid(T).init[];
	else
		chunk[0 .. classSize] = typeid(T).initializer[]; // Avoid deprecation warning

	// Call the ctor if any
	static if (is(typeof(result.__ctor(args))))
	{
		// T defines a genuine constructor accepting args
		// Go the classic route: write .init first, then call ctor
		result.__ctor(args);
	}
	else
	{
		static assert(args.length == 0 && !is(typeof(&T.__ctor)),
				"Don't know how to initialize an object of type "
				~ T.stringof ~ " with arguments " ~ Args.stringof);
	}
	return result;
}

/// Dittor
private auto internalEmplace(T, Args...)(void[] chunk, auto ref Args args)
	if (!is(T == class))
in {
	import std.string, std.format;
	assert(chunk.length >= T.sizeof,
		   format("emplace: Chunk size too small: %s < %s size = %s",
			  chunk.length, T.stringof, T.sizeof));
	assert((cast(size_t) chunk.ptr) % T.alignof == 0,
		   format("emplace: Misaligned memory block (0x%X): it must be %s-byte aligned for type %s", chunk.ptr, T.alignof, T.stringof));

} body {
	return emplace(cast(T*)chunk.ptr, args);
}

private void logDebug_(ARGS...)(string msg, ARGS args) {}
vibe.d-0.7.30/source/vibe/utils/string.d000066400000000000000000000130721304441332000200050ustar00rootroot00000000000000/**
	Utility functions for string processing

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.utils.string;

public import std.string;

import vibe.utils.array;
import vibe.utils.memory;

import std.algorithm;
import std.array;
import std.ascii;
import std.format;
import std.uni;
import std.utf;
import core.exception;


/**
	Takes a string with possibly invalid UTF8 sequences and outputs a valid UTF8 string as near to
	the original as possible.
*/
string sanitizeUTF8(in ubyte[] str)
@safe pure {
	import std.utf;
	auto ret = appender!string();
	ret.reserve(str.length);

	size_t i = 0;
	while (i < str.length) {
		dchar ch = str[i];
		try ch = std.utf.decode(cast(const(char[]))str, i);
		catch( UTFException ){ i++; }
		//catch( AssertError ){ i++; }
		char[4] dst;
		auto len = std.utf.encode(dst, ch);
		ret.put(dst[0 .. len]);
	}

	return ret.data;
}

/**
	Strips the byte order mark of an UTF8 encoded string.
	This is useful when the string is coming from a file.
*/
inout(char)[] stripUTF8Bom(inout(char)[] str)
@safe pure nothrow {
	if (str.length >= 3 && str[0 .. 3] == [0xEF, 0xBB, 0xBF])
		return str[3 ..$];
	return str;
}


/**
	Checks if all characters in 'str' are contained in 'chars'.
*/
bool allOf(const(char)[] str, const(char)[] chars)
@safe pure {
	foreach (dchar ch; str)
		if (!chars.canFind(ch))
			return false;
	return true;
}

ptrdiff_t indexOfCT(Char)(in Char[] s, dchar c, CaseSensitive cs = CaseSensitive.yes)
@safe pure {
	if (__ctfe) {
		if (cs == CaseSensitive.yes) {
			foreach (i, dchar ch; s)
				if (ch == c)
					return i;
		} else {
			c = std.uni.toLower(c);
			foreach (i, dchar ch; s)
				if (std.uni.toLower(ch) == c)
					return i;
		}
		return -1;
	} else return std.string.indexOf(s, c, cs);
}
ptrdiff_t indexOfCT(Char)(in Char[] s, in Char[] needle)
{
	if (__ctfe) {
		if (s.length < needle.length) return -1;
		foreach (i; 0 .. s.length - needle.length)
			if (s[i .. i+needle.length] == needle)
				return i;
		return -1;
	} else return std.string.indexOf(s, needle);
}

/**
	Checks if any character in 'str' is contained in 'chars'.
*/
bool anyOf(const(char)[] str, const(char)[] chars)
@safe pure {
	foreach (ch; str)
		if (chars.canFind(ch))
			return true;
	return false;
}


/// ASCII whitespace trimming (space and tab)
inout(char)[] stripLeftA(inout(char)[] s)
@safe pure nothrow {
	while (s.length > 0 && (s[0] == ' ' || s[0] == '\t'))
		s = s[1 .. $];
	return s;
}

/// ASCII whitespace trimming (space and tab)
inout(char)[] stripRightA(inout(char)[] s)
@safe pure nothrow {
	while (s.length > 0 && (s[$-1] == ' ' || s[$-1] == '\t'))
		s = s[0 .. $-1];
	return s;
}

/// ASCII whitespace trimming (space and tab)
inout(char)[] stripA(inout(char)[] s)
@safe pure nothrow {
	return stripLeftA(stripRightA(s));
}

/// Finds the first occurence of any of the characters in `chars`
sizediff_t indexOfAny(const(char)[] str, const(char)[] chars)
@safe pure {
	foreach (i, char ch; str)
		if (chars.canFind(ch))
			return i;
	return -1;
}
alias countUntilAny = indexOfAny;

/**
	Finds the closing bracket (works with any of '[', '$(LPAREN)', '<', '{').

	Params:
		str = input string
		nested = whether to skip nested brackets
	Returns:
		The index of the closing bracket or -1 for unbalanced strings
		and strings that don't start with a bracket.
*/
sizediff_t matchBracket(const(char)[] str, bool nested = true)
@safe pure nothrow {
	if (str.length < 2) return -1;

	char open = str[0], close = void;
	switch (str[0]) {
		case '[': close = ']'; break;
		case '(': close = ')'; break;
		case '<': close = '>'; break;
		case '{': close = '}'; break;
		default: return -1;
	}

	size_t level = 1;
	foreach (i, char c; str[1 .. $]) {
		if (nested && c == open) ++level;
		else if (c == close) --level;
		if (level == 0) return i + 1;
	}
	return -1;
}

@safe unittest
{
	static struct Test { string str; sizediff_t res; }
	enum tests = [
		Test("[foo]", 4), Test("", 4), Test("{baz}", 4),
		Test("[", -1), Test("[foo", -1), Test("ab[f]", -1),
		Test("[foo[bar]]", 9), Test("[foo{bar]]", 8),
	];
	foreach (test; tests)
		assert(matchBracket(test.str) == test.res);
	assert(matchBracket("[foo[bar]]", false) == 8);
	static assert(matchBracket("[foo]") == 4);
}

/// Same as std.string.format, just using an allocator.
string formatAlloc(ARGS...)(Allocator alloc, string fmt, ARGS args)
{
	auto app = AllocAppender!string(alloc);
	formattedWrite(&app, fmt, args);
	return app.data;
}

/// Special version of icmp() with optimization for ASCII characters
int icmp2(const(char)[] a, const(char)[] b)
@safe pure {
	size_t i = 0, j = 0;

	// fast skip equal prefix
	size_t min_len = min(a.length, b.length);
	while( i < min_len && a[i] == b[i] ) i++;
	if( i > 0 && (a[i-1] & 0x80) ) i--; // don't stop half-way in a UTF-8 sequence
	j = i;

	// compare the differing character and the rest of the string
	while(i < a.length && j < b.length){
		uint ac = cast(uint)a[i];
		uint bc = cast(uint)b[j];
		if( !((ac | bc) & 0x80) ){
			i++;
			j++;
			if( ac >= 'A' && ac <= 'Z' ) ac += 'a' - 'A';
			if( bc >= 'A' && bc <= 'Z' ) bc += 'a' - 'A';
			if( ac < bc ) return -1;
			else if( ac > bc ) return 1;
		} else {
			dchar acp = decode(a, i);
			dchar bcp = decode(b, j);
			if( acp != bcp ){
				acp = std.uni.toLower(acp);
				bcp = std.uni.toLower(bcp);
				if( acp < bcp ) return -1;
				else if( acp > bcp ) return 1;
			}
		}
	}

	if( i < a.length ) return 1;
	else if( j < b.length ) return -1;

	assert(i == a.length || j == b.length, "Strings equal but we didn't fully compare them!?");
	return 0;
}
vibe.d-0.7.30/source/vibe/utils/validation.d000066400000000000000000000151141304441332000206300ustar00rootroot00000000000000/**
	String input validation routines

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.utils.validation;

import vibe.utils.string;

import std.algorithm : canFind;
import std.array : appender;
import std.compiler;
import std.conv;
import std.exception;
import std.format;
import std.net.isemail;
import std.range : isOutputRange;
import std.string;
import std.utf;

@safe:

// TODO: add nothrow to the exception-less versions (but formattedWrite isn't nothrow)


/** Provides a simple email address validation.

	Note that the validation could be stricter in some cases than required. The user name
	is forced to be ASCII, which is not strictly required as of RFC 6531. It also does not
	allow quotiations for the user name part (RFC 5321).

	Invalid email adresses will cause an exception with the error description to be thrown.
*/
string validateEmail()(string str, size_t max_length = 64)
{
	auto err = appender!string();
	enforce(validateEmail(err, str, max_length), err.data);
	return str;
}
/// ditto
bool validateEmail(R)(ref R error_sink, string str, size_t max_length = 64)
	if (isOutputRange!(R, char))
{
	if (str.length > max_length) {
		error_sink.formattedWrite("The email address may not be longer than %s characters.", max_length);
		return false;
	}
	auto at_idx = str.indexOf('@');
	if (at_idx < 0) {
		error_sink.put("Email is missing the '@'.");
		return false;
	}

	if (!validateIdent(error_sink, str[0 .. at_idx], "!#$%&'*+-/=?^_`{|}~.(),:;<>@[\\]", "An email user name", false))
		return false;

	auto domain = str[at_idx+1 .. $];
	auto dot_idx = domain.indexOf('.');
	if (dot_idx <= 0 || dot_idx >= str.length-2) {
		error_sink.put("The email domain is not valid.");
		return false;
	}
	if (domain.anyOf(" @,[](){}<>!\"'%&/\\?*#;:|")) {
		error_sink.put("The email domain contains invalid characters.");
		return false;
	}

	static if (__VERSION__ >= 2072) {
		if (() @trusted { return !isEmail(str); }()) {
			error_sink.put("The email address is invalid.");
			return false;
		}
	}

	return true;
}

unittest {
	assertNotThrown(validateEmail("0a0@b.com"));
	assertNotThrown(validateEmail("123@123.com"));
	assertThrown(validateEmail("§@b.com"));
}

/** Validates a user name string.

	User names may only contain ASCII letters and digits or any of the specified additional
	letters.

	Invalid user names will cause an exception with the error description to be thrown.
*/
string validateUserName()(string str, int min_length = 3, int max_length = 32, string additional_chars = "-_", bool no_number_start = true)
{
	auto err = appender!string();
	enforce(validateUserName(err, str, min_length, max_length, additional_chars, no_number_start), err.data);
	return str;
}
/// ditto
bool validateUserName(R)(ref R error_sink, string str, int min_length = 3, int max_length = 32, string additional_chars = "-_", bool no_number_start = true)
	if (isOutputRange!(R, char))
{
	// FIXME: count graphemes instead of code units!
	if (str.length < min_length) {
		error_sink.formattedWrite("The user name must be at least %s characters long.", min_length);
		return false;
	}

	if (str.length > max_length) {
		error_sink.formattedWrite("The user name must not be longer than %s characters.", max_length);
		return false;
	}

	if (!validateIdent(error_sink, str, additional_chars, "A user name", no_number_start))
		return false;

	return true;
}

/** Validates an identifier string as used in most programming languages.

	The identifier must begin with a letter or with any of the additional_chars and may
	contain only ASCII letters and digits and any of the additional_chars.

	Invalid identifiers will cause an exception with the error description to be thrown.
*/
string validateIdent()(string str, string additional_chars = "_", string entity_name = "An identifier", bool no_number_start = true)
{
	auto err = appender!string();
	enforce(validateIdent(err, str, additional_chars, entity_name, no_number_start), err.data);
	return str;
}
/// ditto
bool validateIdent(R)(ref R error_sink, string str, string additional_chars = "_", string entity_name = "An identifier", bool no_number_start = true)
	if (isOutputRange!(R, char))
{
	// NOTE: this is meant for ASCII identifiers only!
	foreach (i, char ch; str) {
		if (ch >= 'a' && ch <= 'z') continue;
		if (ch >= 'A' && ch <= 'Z') continue;
		if (ch >= '0' && ch <= '9') {
			if (!no_number_start || i > 0) continue;
			else {
				error_sink.formattedWrite("%s must not begin with a number.", entity_name);
				return false;
			}
		}
		if (additional_chars.canFind(ch)) continue;
		error_sink.formattedWrite("%s may only contain numbers, letters and one of (%s)", entity_name, additional_chars);
		return false;
	}

	return true;
}

/** Checks a password for minimum complexity requirements
*/
string validatePassword()(string str, string str_confirm, size_t min_length = 8, size_t max_length = 64)
{
	auto err = appender!string();
	enforce(validatePassword(err, str, str_confirm, min_length, max_length), err.data);
	return str;
}
/// ditto
bool validatePassword(R)(ref R error_sink, string str, string str_confirm, size_t min_length = 8, size_t max_length = 64)
	if (isOutputRange!(R, char))
{
	// FIXME: count graphemes instead of code units!
	if (str.length < min_length) {
		error_sink.formattedWrite("The password must be at least %s characters long.", min_length);
		return false;
	}

	if (str.length > max_length) {
		error_sink.formattedWrite("The password must not be longer than %s characters.", max_length);
		return false;
	}

	if (str != str_confirm) {
		error_sink.put("The password and the confirmation differ.");
		return false;
	}

	return true;
}

/** Checks if a string falls within the specified length range.
*/
string validateString(string str, size_t min_length = 0, size_t max_length = 0, string entity_name = "String")
{
	auto err = appender!string();
	enforce(validateString(err, str, min_length, max_length, entity_name), err.data);
	return str;
}
/// ditto
bool validateString(R)(ref R error_sink, string str, size_t min_length = 0, size_t max_length = 0, string entity_name = "String")
	if (isOutputRange!(R, char))
{
	try std.utf.validate(str);
	catch (Exception e) {
		error_sink.put(e.msg);
		return false;
	}

	// FIXME: count graphemes instead of code units!
	if (str.length < min_length) {
		error_sink.formattedWrite("%s must be at least %s characters long.", entity_name, min_length);
		return false;
	}

	if (max_length > 0 && str.length > max_length) {
		error_sink.formattedWrite("%s must not be longer than %s characters.", entity_name, max_length);
		return false;
	}

	return true;
}
vibe.d-0.7.30/source/vibe/vibe.d000066400000000000000000000040061304441332000162610ustar00rootroot00000000000000/**
	Provides the full vibe.d API as a single import module.

	This file provides the majority of the vibe API through a single import. Note that typical
	vibe.d applications will import 'vibe.d' instead to also get an implicit application entry
	point.

	Copyright: © 2012 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.vibe;

public import vibe.core.args;
public import vibe.core.concurrency;
public import vibe.core.core;
public import vibe.core.file;
public import vibe.core.log;
public import vibe.core.net;
public import vibe.core.sync;
public import vibe.crypto.passwordhash;
public import vibe.data.bson;
public import vibe.data.json;
public import vibe.db.mongo.mongo;
public import vibe.db.redis.idioms;
public import vibe.db.redis.redis;
public import vibe.db.redis.sessionstore;
public import vibe.db.redis.types;
public import vibe.http.auth.basic_auth;
public import vibe.http.auth.digest_auth;
public import vibe.http.client;
public import vibe.http.fileserver;
public import vibe.http.form;
public import vibe.http.proxy;
public import vibe.http.router;
public import vibe.http.server;
public import vibe.http.websockets;
public import vibe.inet.message;
public import vibe.inet.url;
public import vibe.inet.urltransfer;
public import vibe.mail.smtp;
//public import vibe.stream.base64;
public import vibe.stream.counting;
public import vibe.stream.memory;
public import vibe.stream.operations;
public import vibe.stream.tls;
public import vibe.stream.zlib;
public import vibe.templ.diet;
public import vibe.templ.utils;
public import vibe.textfilter.html;
public import vibe.textfilter.markdown;
public import vibe.textfilter.urlencode;
public import vibe.utils.string;
public import vibe.web.web;
public import vibe.web.rest;

// make some useful D standard library functions available
public import std.functional : toDelegate;
public import std.conv : to;
public import std.datetime;
public import std.exception : enforce;
vibe.d-0.7.30/source/vibe/web/000077500000000000000000000000001304441332000157445ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/web/auth.d000066400000000000000000000303751304441332000170620ustar00rootroot00000000000000/**
	Authentication and authorization framework based on fine-grained roles.

	Copyright: © 2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.web.auth;

import vibe.http.common : HTTPStatusException;
import vibe.http.status : HTTPStatus;
import vibe.http.server : HTTPServerRequest, HTTPServerResponse;
import vibe.internal.meta.uda : findFirstUDA;

import std.meta : AliasSeq, staticIndexOf;

///
unittest {
	import vibe.http.router : URLRouter;
	import vibe.web.web : noRoute, registerWebInterface;

	static struct AuthInfo {
		string userName;

		bool isAdmin() { return this.userName == "tom"; }
		bool isRoomMember(int chat_room) {
			if (chat_room == 0)
				return this.userName == "macy" || this.userName == "peter";
			else if (chat_room == 1)
				return this.userName == "macy";
			else
				return false;
		}
		bool isPremiumUser() { return this.userName == "peter"; }
	}

	@requiresAuth
	static class ChatWebService {
		@noRoute AuthInfo authenticate(scope HTTPServerRequest req, scope HTTPServerResponse res)
		{
			if (req.headers["AuthToken"] == "foobar")
				return AuthInfo(req.headers["AuthUser"]);
			throw new HTTPStatusException(HTTPStatus.unauthorized);
		}

		@noAuth
		void getLoginPage()
		{
			// code that can be executed for any client
		}

		@anyAuth
		void getOverview()
		{
			// code that can be executed by any registered user
		}

		@auth(Role.admin)
		void getAdminSection()
		{
			// code that may only be executed by adminitrators
		}

		@auth(Role.admin | Role.roomMember)
		void getChatroomHistory(int chat_room)
		{
			// code that may execute for administrators or for chat room members
		}

		@auth(Role.roomMember & Role.premiumUser)
		void getPremiumInformation(int chat_room)
		{
			// code that may only execute for users that are members of a room and have a premium subscription
		}
	}

	void registerService(URLRouter router)
	{
		router.registerWebInterface(new ChatWebService);
	}
}


/**
	Enables authentication and authorization checks for an interface class.

	Web/REST interface classes that have authentication enabled are required
	to specify either the `@auth` or the `@noAuth` attribute for every public
	method.
*/
@property RequiresAuthAttribute requiresAuth()
{
	return RequiresAuthAttribute.init;
}

/** Enforces authentication and authorization.

	Params:
		roles = Role expression to control authorization. If no role
			set is given, any authenticated user is granted access.
*/
AuthAttribute!R auth(R)(R roles) { return AuthAttribute!R.init; }

/** Enforces only authentication.
*/
@property AuthAttribute!void anyAuth() { return AuthAttribute!void.init; }

/** Disables authentication checks.
*/
@property NoAuthAttribute noAuth() { return NoAuthAttribute.init; }

/// private
struct RequiresAuthAttribute {}

/// private
struct AuthAttribute(R) { alias Roles = R; }

// private
struct NoAuthAttribute {}

/** Represents a required authorization role.

	Roles can be combined using logical or (`|` operator) or logical and (`&`
	operator). The role name is directly mapped to a method name of the
	authorization interface specified on the web interface class using the
	`@requiresAuth` attribute.

	See_Also: `auth`
*/
struct Role {
	@disable this();

	static @property R!(Op.ident, name, void, void) opDispatch(string name)() { return R!(Op.ident, name, void, void).init; }
}

package auto handleAuthentication(alias fun, C)(C c, HTTPServerRequest req, HTTPServerResponse res)
{
	import std.traits : MemberFunctionsTuple;

	alias AI = AuthInfo!C;
	enum funname = __traits(identifier, fun);

	static if (!is(AI == void)) {
		alias AR = GetAuthAttribute!fun;
		static if (findFirstUDA!(NoAuthAttribute, fun).found) {
			static assert (is(AR == void), "Method "~funname~" specifies both, @noAuth and @auth(...)/@anyAuth attributes.");
			static assert(!hasParameterType!(fun, AI), "Method "~funname~" is attributed @noAuth, but also has an "~AI.stringof~" paramter.");
			// nothing to do
		} else {
			static assert(!is(AR == void), "Missing @auth(...)/@anyAuth attribute for method "~funname~".");
			return c.authenticate(req, res);
		}
	} else {
		// make sure that there are no @auth/@noAuth annotations for non-authorizing classes
		foreach (mem; __traits(allMembers, C))
			foreach (fun; MemberFunctionsTuple!(C, mem)) {
				static if (__traits(getProtection, fun) == "public") {
					static assert (!findFirstUDA!(NoAuthAttribute, C).found,
						"@noAuth attribute on method "~funname~" is not allowed without annotating "~C.stringof~" with @requiresAuth.");
					static assert (is(GetAuthAttribute!fun == void),
						"@auth(...)/@anyAuth attribute on method "~funname~" is not allowed without annotating "~C.stringof~" with @requiresAuth.");
				}
			}
	}
}

package void handleAuthorization(C, alias fun, PARAMS...)(AuthInfo!C auth_info)
{
	import std.traits : MemberFunctionsTuple, ParameterIdentifierTuple;
	import vibe.internal.meta.typetuple : Group;

	alias AI = AuthInfo!C;
	alias ParamNames = Group!(ParameterIdentifierTuple!fun);

	static if (!is(AI == void)) {
		static if (!findFirstUDA!(NoAuthAttribute, fun).found) {
			alias AR = GetAuthAttribute!fun;
			static if (!is(AR.Roles == void))
				if (!evaluate!(__traits(identifier, fun), AR.Roles, AI, ParamNames, PARAMS)(auth_info))
					throw new HTTPStatusException(HTTPStatus.forbidden, "Not allowed to access this resource.");
			// successfully authorized, fall-through
		}
	}
}

package template isAuthenticated(C, alias fun) {
	static if (is(AuthInfo!C == void)) {
		static assert(!findFirstUDA!(NoAuthAttribute, fun).found && !findFirstUDA!(AuthAttribute, fun).found,
			C.stringof~"."~__traits(identifier, fun)~": @auth/@anyAuth/@noAuth attributes require @requiresAuth attribute on the containing class.");
		enum isAuthenticated = false;
	} else {
		static assert(findFirstUDA!(NoAuthAttribute, fun).found || findFirstUDA!(AuthAttribute, fun).found,
			C.stringof~"."~__traits(identifier, fun)~": Endpoint method must be annotated with either of @auth/@anyAuth/@noAuth.");
		enum isAuthenticated = !findFirstUDA!(NoAuthAttribute, fun).found;
	}
}

unittest {
	class C {
		@noAuth void a() {}
		@auth(Role.test) void b() {}
		@anyAuth void c() {}
		void d() {}
	}

	static assert(!is(typeof(isAuthenticated!(C, C.a))));
	static assert(!is(typeof(isAuthenticated!(C, C.b))));
	static assert(!is(typeof(isAuthenticated!(C, C.c))));
	static assert(!isAuthenticated!(C, C.d));

	@requiresAuth
	class D {
		@noAuth void a() {}
		@auth(Role.test) void b() {}
		@anyAuth void c() {}
		void d() {}
	}

	static assert(!isAuthenticated!(D, D.a));
	static assert(isAuthenticated!(D, D.b));
	static assert(isAuthenticated!(D, D.c));
	static assert(!is(typeof(isAuthenticated!(D, D.d))));
}


package template AuthInfo(C, CA = C)
{
	import std.traits : BaseTypeTuple, isInstanceOf;
	alias ATTS = AliasSeq!(__traits(getAttributes, CA));
	alias BASES = BaseTypeTuple!CA;

	template impl(size_t idx) {
		static if (idx < ATTS.length) {
			static if (is(typeof(ATTS[idx])) && is(typeof(ATTS[idx]) == RequiresAuthAttribute)) {
				static if (is(typeof(C.init.authenticate(HTTPServerRequest.init, HTTPServerResponse.init))))
					alias impl = typeof(C.init.authenticate(HTTPServerRequest.init, HTTPServerResponse.init));
				else
					static assert (false,
						C.stringof~" must have an authenticate(...) method that takes HTTPServerRequest/HTTPServerResponse parameters and returns an authentication information object.");
			} else alias impl = impl!(idx+1);
		} else alias impl = void;
	}

	template cimpl(size_t idx) {
		static if (idx < BASES.length) {
			alias AI = AuthInfo!(C, BASES[idx]);
			static if (is(AI == void)) alias cimpl = cimpl!(idx+1);
			else alias cimpl = AI;
		} else alias cimpl = void;
	}

	static if (!is(impl!0 == void)) alias AuthInfo = impl!0;
	else alias AuthInfo = cimpl!0;
}

unittest {
	@requiresAuth
	static class I {
		static struct A {}
	}
	static assert (!is(AuthInfo!I)); // missing authenticate method

	@requiresAuth
	static class J {
		static struct A {
		}
		A authenticate(HTTPServerRequest, HTTPServerResponse) { return A.init; }
	}
	static assert (is(AuthInfo!J == J.A));

	static class K {}
	static assert (is(AuthInfo!K == void));

	static class L : J {}
	static assert (is(AuthInfo!L == J.A));

	@requiresAuth
	interface M {
		static struct A {
		}
	}
	static class N : M {
		A authenticate(HTTPServerRequest, HTTPServerResponse) { return A.init; }
	}
	static assert (is(AuthInfo!N == M.A));
}

private template GetAuthAttribute(alias fun)
{
	import std.traits : isInstanceOf;
	alias ATTS = AliasSeq!(__traits(getAttributes, fun));

	template impl(size_t idx) {
		static if (idx < ATTS.length) {
			static if (is(typeof(ATTS[idx])) && isInstanceOf!(AuthAttribute, typeof(ATTS[idx]))) {
				alias impl = typeof(ATTS[idx]);
				static assert(is(impl!(idx+1) == void), "Method "~__traits(identifier, fun)~" may only specify one @auth attribute.");
			} else alias impl = impl!(idx+1);
		} else alias impl = void;
	}
	alias GetAuthAttribute = impl!0;
}

unittest {
	@auth(Role.a) void c();
	static assert(is(GetAuthAttribute!c.Roles == typeof(Role.a)));

	void d();
	static assert(is(GetAuthAttribute!d == void));

	@anyAuth void a();
	static assert(is(GetAuthAttribute!a.Roles == void));

	@anyAuth @anyAuth void b();
	static assert(!is(GetAuthAttribute!b));

}

private enum Op { none, and, or, ident }

private struct R(Op op_, string ident_, Left_, Right_) {
	alias op = op_;
	enum ident = ident_;
	alias Left = Left_;
	alias Right = Right_;

	R!(Op.or, null, R, O) opBinary(string op : "|", O)(O other) { return R!(Op.or, null, R, O).init; }
	R!(Op.and, null, R, O) opBinary(string op : "&", O)(O other) { return R!(Op.and, null, R, O).init; }
}

private bool evaluate(string methodname, R, A, alias ParamNames, PARAMS...)(ref A a)
{
	import std.ascii : toUpper;
	import std.traits : ParameterTypeTuple, ParameterIdentifierTuple;

	static if (R.op == Op.ident) {
		enum fname = "is" ~ toUpper(R.ident[0]) ~ R.ident[1 .. $];
		alias func = AliasSeq!(__traits(getMember, a, fname))[0];
		alias fpNames = ParameterIdentifierTuple!func;
		alias FPTypes = ParameterTypeTuple!func;
		FPTypes params;
		foreach (i, P; FPTypes) {
			enum name = fpNames[i];
			enum j = staticIndexOf!(name, ParamNames.expand);
			static assert(j >= 0, "Missing parameter "~name~" to evaluate @auth attribute for method "~methodname~".");
			static assert (is(typeof(PARAMS[j]) == P),
				"Parameter "~name~" of "~methodname~" is expected to have type "~P.stringof~" to match @auth attribute.");
			params[i] = PARAMS[j];
		}
		return __traits(getMember, a, fname)(params);
	}
	else static if (R.op == Op.and) return evaluate!(methodname, R.Left, A, ParamNames, PARAMS)(a) && evaluate!(methodname, R.Right, A, ParamNames, PARAMS)(a);
	else static if (R.op == Op.or) return evaluate!(methodname, R.Left, A, ParamNames, PARAMS)(a) || evaluate!(methodname, R.Right, A, ParamNames, PARAMS)(a);
	else return true;
}

unittest {
	import vibe.internal.meta.typetuple : Group;

	static struct AuthInfo {
		this(string u) { this.username = u; }
		string username;

		bool isAdmin() { return this.username == "peter"; }
		bool isMember(int room) { return this.username == "tom"; }
	}

	auto peter = AuthInfo("peter");
	auto tom = AuthInfo("tom");

	{
		int room;

		alias defargs = AliasSeq!(AuthInfo, Group!("room"), room);

		auto ra = Role.admin;
		assert(evaluate!("x", typeof(ra), defargs)(peter) == true);
		assert(evaluate!("x", typeof(ra), defargs)(tom) == false);

		auto rb = Role.member;
		assert(evaluate!("x", typeof(rb), defargs)(peter) == false);
		assert(evaluate!("x", typeof(rb), defargs)(tom) == true);

		auto rc = Role.admin & Role.member;
		assert(evaluate!("x", typeof(rc), defargs)(peter) == false);
		assert(evaluate!("x", typeof(rc), defargs)(tom) == false);

		auto rd = Role.admin | Role.member;
		assert(evaluate!("x", typeof(rd), defargs)(peter) == true);
		assert(evaluate!("x", typeof(rd), defargs)(tom) == true);

		static assert(__traits(compiles, evaluate!("x", typeof(ra), AuthInfo, Group!())(peter)));
		static assert(!__traits(compiles, evaluate!("x", typeof(rb), AuthInfo, Group!())(peter)));
	}

	{
		float room;
		static assert(!__traits(compiles, evaluate!("x", typeof(rb), AuthInfo, Group!("room"), room)(peter)));
	}

	{
		int foo;
		static assert(!__traits(compiles, evaluate!("x", typeof(rb), AuthInfo, Group!("foo"), foo)(peter)));
	}
}
vibe.d-0.7.30/source/vibe/web/common.d000066400000000000000000000534521304441332000174120ustar00rootroot00000000000000/**
	Contains common functionality for the REST and WEB interface generators.

	Copyright: © 2012-2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Михаил Страшун
*/
module vibe.web.common;

import vibe.http.common;
import vibe.http.server : HTTPServerRequest;
import vibe.data.json;
import vibe.internal.meta.uda : onlyAsUda;

static import std.utf;
static import std.string;
import std.typecons : Nullable;


/**
	Adjusts the naming convention for a given function name to the specified style.

	The input name is assumed to be in lowerCamelCase (D-style) or PascalCase. Acronyms
	(e.g. "HTML") should be written all caps
*/
string adjustMethodStyle(string name, MethodStyle style)
{
	if (!name.length) {
		return "";
	}

	import std.uni;

	final switch(style) {
		case MethodStyle.unaltered:
			return name;
		case MethodStyle.camelCase:
			size_t i = 0;
			foreach (idx, dchar ch; name) {
				if (isUpper(ch)) {
					i = idx;
				}
				else break;
			}
			if (i == 0) {
				std.utf.decode(name, i);
				return std.string.toLower(name[0 .. i]) ~ name[i .. $];
			} else {
				std.utf.decode(name, i);
				if (i < name.length) {
					return std.string.toLower(name[0 .. i-1]) ~ name[i-1 .. $];
				}
				else {
					return std.string.toLower(name);
				}
			}
		case MethodStyle.pascalCase:
			size_t idx = 0;
			std.utf.decode(name, idx);
			return std.string.toUpper(name[0 .. idx]) ~ name[idx .. $];
		case MethodStyle.lowerCase:
			return std.string.toLower(name);
		case MethodStyle.upperCase:
			return std.string.toUpper(name);
		case MethodStyle.lowerUnderscored:
		case MethodStyle.upperUnderscored:
			string ret;
			size_t start = 0, i = 0;
			while (i < name.length) {
				// skip acronyms
				while (i < name.length && (i+1 >= name.length || (name[i+1] >= 'A' && name[i+1] <= 'Z'))) {
					std.utf.decode(name, i);
				}

				// skip the main (lowercase) part of a word
				while (i < name.length && !(name[i] >= 'A' && name[i] <= 'Z')) {
					std.utf.decode(name, i);
				}

				// add a single word
				if( ret.length > 0 ) {
					ret ~= "_";
				}
				ret ~= name[start .. i];

				// quick skip the capital and remember the start of the next word
				start = i;
				if (i < name.length) {
					std.utf.decode(name, i);
				}
			}
			if (start < name.length) {
				ret ~= "_" ~ name[start .. $];
			}
			return style == MethodStyle.lowerUnderscored ?
				std.string.toLower(ret) : std.string.toUpper(ret);
	}
}

unittest
{
	assert(adjustMethodStyle("methodNameTest", MethodStyle.unaltered) == "methodNameTest");
	assert(adjustMethodStyle("methodNameTest", MethodStyle.camelCase) == "methodNameTest");
	assert(adjustMethodStyle("methodNameTest", MethodStyle.pascalCase) == "MethodNameTest");
	assert(adjustMethodStyle("methodNameTest", MethodStyle.lowerCase) == "methodnametest");
	assert(adjustMethodStyle("methodNameTest", MethodStyle.upperCase) == "METHODNAMETEST");
	assert(adjustMethodStyle("methodNameTest", MethodStyle.lowerUnderscored) == "method_name_test");
	assert(adjustMethodStyle("methodNameTest", MethodStyle.upperUnderscored) == "METHOD_NAME_TEST");
	assert(adjustMethodStyle("MethodNameTest", MethodStyle.unaltered) == "MethodNameTest");
	assert(adjustMethodStyle("MethodNameTest", MethodStyle.camelCase) == "methodNameTest");
	assert(adjustMethodStyle("MethodNameTest", MethodStyle.pascalCase) == "MethodNameTest");
	assert(adjustMethodStyle("MethodNameTest", MethodStyle.lowerCase) == "methodnametest");
	assert(adjustMethodStyle("MethodNameTest", MethodStyle.upperCase) == "METHODNAMETEST");
	assert(adjustMethodStyle("MethodNameTest", MethodStyle.lowerUnderscored) == "method_name_test");
	assert(adjustMethodStyle("MethodNameTest", MethodStyle.upperUnderscored) == "METHOD_NAME_TEST");
	assert(adjustMethodStyle("Q", MethodStyle.lowerUnderscored) == "q");
	assert(adjustMethodStyle("getHTML", MethodStyle.lowerUnderscored) == "get_html");
	assert(adjustMethodStyle("getHTMLEntity", MethodStyle.lowerUnderscored) == "get_html_entity");
	assert(adjustMethodStyle("ID", MethodStyle.lowerUnderscored) == "id");
	assert(adjustMethodStyle("ID", MethodStyle.pascalCase) == "ID");
	assert(adjustMethodStyle("ID", MethodStyle.camelCase) == "id");
	assert(adjustMethodStyle("IDTest", MethodStyle.lowerUnderscored) == "id_test");
	assert(adjustMethodStyle("IDTest", MethodStyle.pascalCase) == "IDTest");
	assert(adjustMethodStyle("IDTest", MethodStyle.camelCase) == "idTest");
	assert(adjustMethodStyle("anyA", MethodStyle.lowerUnderscored) == "any_a", adjustMethodStyle("anyA", MethodStyle.lowerUnderscored));
}


/**
	Determines the HTTP method and path for a given function symbol.

	The final method and path are determined from the function name, as well as
	any $(D @method) and $(D @path) attributes that may be applied to it.

	This function is designed for CTFE usage and will assert at run time.

	Returns:
		A tuple of three elements is returned:
		$(UL
			$(LI flag "was UDA used to override path")
			$(LI $(D HTTPMethod) extracted)
			$(LI URL path extracted)
		)
 */
auto extractHTTPMethodAndName(alias Func, bool indexSpecialCase)()
{
	if (!__ctfe)
		assert(false);

	struct HandlerMeta
	{
		bool hadPathUDA;
		HTTPMethod method;
		string url;
	}

	import vibe.internal.meta.uda : findFirstUDA;
	import vibe.internal.meta.traits : isPropertySetter,
		isPropertyGetter;
	import std.algorithm : startsWith;
	import std.typecons : Nullable;

	immutable httpMethodPrefixes = [
		HTTPMethod.GET    : [ "get", "query" ],
		HTTPMethod.PUT    : [ "put", "set" ],
		HTTPMethod.PATCH  : [ "update", "patch" ],
		HTTPMethod.POST   : [ "add", "create", "post" ],
		HTTPMethod.DELETE : [ "remove", "erase", "delete" ],
	];

	enum name = __traits(identifier, Func);
	alias T = typeof(&Func);

	Nullable!HTTPMethod udmethod;
	Nullable!string udurl;

	// Cases may conflict and are listed in order of priority

	// Workaround for Nullable incompetence
	enum uda1 = findFirstUDA!(MethodAttribute, Func);
	enum uda2 = findFirstUDA!(PathAttribute, Func);

	static if (uda1.found) {
		udmethod = uda1.value;
	}
	static if (uda2.found) {
		udurl = uda2.value;
	}

	// Everything is overriden, no further analysis needed
	if (!udmethod.isNull() && !udurl.isNull()) {
		return HandlerMeta(true, udmethod.get(), udurl.get());
	}

	// Anti-copy-paste delegate
	typeof(return) udaOverride( HTTPMethod method, string url ){
		return HandlerMeta(
			!udurl.isNull(),
			udmethod.isNull() ? method : udmethod.get(),
			udurl.isNull() ? url : udurl.get()
		);
	}

	if (isPropertyGetter!T) {
		return udaOverride(HTTPMethod.GET, name);
	}
	else if(isPropertySetter!T) {
		return udaOverride(HTTPMethod.PUT, name);
	}
	else {
		foreach (method, prefixes; httpMethodPrefixes) {
			foreach (prefix; prefixes) {
				import std.uni : isLower;
				if (name.startsWith(prefix) && (name.length == prefix.length || !name[prefix.length].isLower)) {
					string tmp = name[prefix.length..$];
					return udaOverride(method, tmp.length ? tmp : "/");
				}
			}
		}

		static if (indexSpecialCase && name == "index") {
			return udaOverride(HTTPMethod.GET, "/");
		} else
			return udaOverride(HTTPMethod.POST, name);
	}
}

unittest
{
	interface Sample
	{
		string getInfo();
		string updateDescription();

		@method(HTTPMethod.DELETE)
		string putInfo();

		@path("matters")
		string getMattersnot();

		@path("compound/path") @method(HTTPMethod.POST)
		string mattersnot();

		string get();

		string posts();

		string patches();
	}

	enum ret1 = extractHTTPMethodAndName!(Sample.getInfo, false,);
	static assert (ret1.hadPathUDA == false);
	static assert (ret1.method == HTTPMethod.GET);
	static assert (ret1.url == "Info");
	enum ret2 = extractHTTPMethodAndName!(Sample.updateDescription, false);
	static assert (ret2.hadPathUDA == false);
	static assert (ret2.method == HTTPMethod.PATCH);
	static assert (ret2.url == "Description");
	enum ret3 = extractHTTPMethodAndName!(Sample.putInfo, false);
	static assert (ret3.hadPathUDA == false);
	static assert (ret3.method == HTTPMethod.DELETE);
	static assert (ret3.url == "Info");
	enum ret4 = extractHTTPMethodAndName!(Sample.getMattersnot, false);
	static assert (ret4.hadPathUDA == true);
	static assert (ret4.method == HTTPMethod.GET);
	static assert (ret4.url == "matters");
	enum ret5 = extractHTTPMethodAndName!(Sample.mattersnot, false);
	static assert (ret5.hadPathUDA == true);
	static assert (ret5.method == HTTPMethod.POST);
	static assert (ret5.url == "compound/path");
	enum ret6 = extractHTTPMethodAndName!(Sample.get, false);
	static assert (ret6.hadPathUDA == false);
	static assert (ret6.method == HTTPMethod.GET);
	static assert (ret6.url == "/");
	enum ret7 = extractHTTPMethodAndName!(Sample.posts, false);
	static assert(ret7.hadPathUDA == false);
	static assert(ret7.method == HTTPMethod.POST);
	static assert(ret7.url == "posts");
	enum ret8 = extractHTTPMethodAndName!(Sample.patches, false);
	static assert(ret8.hadPathUDA == false);
	static assert(ret8.method == HTTPMethod.POST);
	static assert(ret8.url == "patches");
}


/**
    Attribute to define the content type for methods.

    This currently applies only to methods returning an $(D InputStream) or
    $(D ubyte[]).
*/
ContentTypeAttribute contentType(string data)
{
	if (!__ctfe)
		assert(false, onlyAsUda!__FUNCTION__);
	return ContentTypeAttribute(data);
}


/**
	Attribute to force a specific HTTP method for an interface method.

	The usual URL generation rules are still applied, so if there
	are any "get", "query" or similar prefixes, they are filtered out.
 */
MethodAttribute method(HTTPMethod data)
{
	if (!__ctfe)
		assert(false, onlyAsUda!__FUNCTION__);
	return MethodAttribute(data);
}

///
unittest {
	interface IAPI
	{
		// Will be "POST /info" instead of default "GET /info"
		@method(HTTPMethod.POST) string getInfo();
	}
}


/**
	Attibute to force a specific URL path.

	This attribute can be applied either to an interface itself, in which
	case it defines the root path for all methods within it,
	or on any function, in which case it defines the relative path
	of this method.
	Path are always relative, even path on interfaces, as you can
	see in the example below.

	See_Also: $(D rootPathFromName) for automatic name generation.
*/
PathAttribute path(string data)
{
	if (!__ctfe)
		assert(false, onlyAsUda!__FUNCTION__);
	return PathAttribute(data);
}

///
unittest {
	@path("/foo")
	interface IAPI
	{
		@path("info2") string getInfo();
	}

	class API : IAPI {
		string getInfo() { return "Hello, World!"; }
	}

	void test()
	{
		import vibe.http.router;
		import vibe.web.rest;

		auto router = new URLRouter;

		// Tie IAPI.getInfo to "GET /root/foo/info2"
		router.registerRestInterface!IAPI(new API(), "/root/");

		// Or just to "GET /foo/info2"
		router.registerRestInterface!IAPI(new API());

		// ...
	}
}


/// Convenience alias to generate a name from the interface's name.
@property PathAttribute rootPathFromName()
{
	if (!__ctfe)
		assert(false, onlyAsUda!__FUNCTION__);
	return PathAttribute("");
}
///
unittest
{
	import vibe.http.router;
	import vibe.web.rest;

	@rootPathFromName
	interface IAPI
	{
		int getFoo();
	}

	class API : IAPI
	{
		int getFoo()
		{
			return 42;
		}
	}

	auto router = new URLRouter();
	registerRestInterface(router, new API());
	auto routes= router.getAllRoutes();

	assert(routes[0].pattern == "/iapi/foo" && routes[0].method == HTTPMethod.GET);
}


/**
 	Respresents a Rest error response
*/
class RestException : HTTPStatusException {
	private {
		Json m_jsonResult;
	}

	///
	this(int status, Json jsonResult, string file = __FILE__, int line = __LINE__, Throwable next = null)
	{
		if (jsonResult.type == Json.Type.Object && jsonResult["statusMessage"].type == Json.Type.String) {
			super(status, jsonResult["statusMessage"].get!string, file, line, next);
		}
		else {
			super(status, httpStatusText(status) ~ " (" ~ jsonResult.toString() ~ ")", file, line, next);
		}

		m_jsonResult = jsonResult;
	}

	/// The HTTP status code
	@property const(Json) jsonResult() const { return m_jsonResult; }
}

/// private
package struct ContentTypeAttribute
{
	string data;
	alias data this;
}

/// private
package struct MethodAttribute
{
	HTTPMethod data;
	alias data this;
}

/// private
package struct PathAttribute
{
	string data;
	alias data this;
}

/// Private struct describing the origin of a parameter (Query, Header, Body).
package struct WebParamAttribute {
	import vibe.web.internal.rest.common : ParameterKind;

	ParameterKind origin;
	/// Parameter name
	string identifier;
	/// The meaning of this field depends on the origin.
	string field;
}

/**
 * Declare that a parameter will be transmitted to the API through the body.
 *
 * It will be serialized as part of a JSON object.
 * The serialization format is currently not customizable.
 *
 * Params:
 * - identifier: The name of the parameter to customize. A compiler error will be issued on mismatch.
 * - field: The name of the field in the JSON object.
 *
 * ----
 * @bodyParam("pack", "package")
 * void ship(int pack);
 * // The server will receive the following body for a call to ship(42):
 * // { "package": 42 }
 * ----
 */
WebParamAttribute bodyParam(string identifier, string field) {
	import vibe.web.internal.rest.common : ParameterKind;
	if (!__ctfe)
		assert(false, onlyAsUda!__FUNCTION__);
	return WebParamAttribute(ParameterKind.body_, identifier, field);
}

/**
 * Declare that a parameter will be transmitted to the API through the headers.
 *
 * If the parameter is a string, or any scalar type (float, int, char[], ...), it will be send as a string.
 * If it's an aggregate, it will be serialized as JSON.
 * However, passing aggregate via header isn't a good practice and should be avoided for new production code.
 *
 * Params:
 * - identifier: The name of the parameter to customize. A compiler error will be issued on mismatch.
 * - field: The name of the header field to use (e.g: 'Accept', 'Content-Type'...).
 *
 * ----
 * // The server will receive the content of the "Authorization" header.
 * @headerParam("auth", "Authorization")
 * void login(string auth);
 * ----
 */
WebParamAttribute headerParam(string identifier, string field)
{
	import vibe.web.internal.rest.common : ParameterKind;
	if (!__ctfe)
		assert(false, onlyAsUda!__FUNCTION__);
	return WebParamAttribute(ParameterKind.header, identifier, field);
}

/**
 * Declare that a parameter will be transmitted to the API through the query string.
 *
 * It will be serialized as part of a JSON object, and will go through URL serialization.
 * The serialization format is not customizable.
 *
 * Params:
 * - identifier: The name of the parameter to customize. A compiler error will be issued on mismatch.
 * - field: The field name to use.
 *
 * ----
 * // For a call to postData("D is awesome"), the server will receive the query:
 * // POST /data?test=%22D is awesome%22
 * @queryParam("data", "test")
 * void postData(string data);
 * ----
 */
WebParamAttribute queryParam(string identifier, string field)
{
	import vibe.web.internal.rest.common : ParameterKind;
	if (!__ctfe)
		assert(false, onlyAsUda!__FUNCTION__);
	return WebParamAttribute(ParameterKind.query, identifier, field);
}

/**
	Determines the naming convention of an identifier.
*/
enum MethodStyle
{
	/// Special value for free-style conventions
	unaltered,
	/// camelCaseNaming
	camelCase,
	/// PascalCaseNaming
	pascalCase,
	/// lowercasenaming
	lowerCase,
	/// UPPERCASENAMING
	upperCase,
	/// lower_case_naming
	lowerUnderscored,
	/// UPPER_CASE_NAMING
	upperUnderscored,

	/// deprecated
	Unaltered = unaltered,
	/// deprecated
	CamelCase = camelCase,
	/// deprecated
	PascalCase = pascalCase,
	/// deprecated
	LowerCase = lowerCase,
	/// deprecated
	UpperCase = upperCase,
	/// deprecated
	LowerUnderscored = lowerUnderscored,
	/// deprecated
	UpperUnderscored = upperUnderscored,
}


/// Speficies how D fields are mapped to form field names
enum NestedNameStyle {
	underscore, /// Use underscores to separate fields and array indices
	d           /// Use native D style and separate fields by dots and put array indices into brackets
}


// concatenates two URL parts avoiding any duplicate slashes
// in resulting URL. `trailing` defines of result URL must
// end with slash
package string concatURL(string prefix, string url, bool trailing = false)
{
	import std.algorithm : startsWith, endsWith;

	auto pre = prefix.endsWith("/");
	auto post = url.startsWith("/");

	if (!url.length) return trailing && !pre ? prefix ~ "/" : prefix;

	auto suffix = trailing && !url.endsWith("/") ? "/" : null;

	if (pre) {
		// "/" is ASCII, so can just slice
		if (post) return prefix ~ url[1 .. $] ~ suffix;
		else return prefix ~ url ~ suffix;
	} else {
		if (post) return prefix ~ url ~ suffix;
		else return prefix ~ "/" ~ url ~ suffix;
	}
}

unittest {
	assert(concatURL("/test/", "/it/", false) == "/test/it/");
	assert(concatURL("/test", "it/", false) == "/test/it/");
	assert(concatURL("/test", "it", false) == "/test/it");
	assert(concatURL("/test", "", false) == "/test");
	assert(concatURL("/test/", "", false) == "/test/");
	assert(concatURL("/test/", "/it/", true) == "/test/it/");
	assert(concatURL("/test", "it/", true) == "/test/it/");
	assert(concatURL("/test", "it", true) == "/test/it/");
	assert(concatURL("/test", "", true) == "/test/");
	assert(concatURL("/test/", "", true) == "/test/");
}


/// private
template isNullable(T) {
	import std.traits;
	enum isNullable = isInstanceOf!(Nullable, T);
}

static assert(isNullable!(Nullable!int));

package struct ParamError {
	string field;
	string text;
	string debugText;
}

package enum ParamResult {
	ok,
	skipped,
	error
}

// NOTE: dst is assumed to be uninitialized
package ParamResult readFormParamRec(T)(scope HTTPServerRequest req, ref T dst, string fieldname, bool required, NestedNameStyle style, ref ParamError err)
{
	import std.traits;
	import std.typecons;
	import vibe.data.serialization;

	static if (isDynamicArray!T && !isSomeString!T) {
		alias EL = typeof(T.init[0]);
		static assert(!is(EL == bool),
			"Boolean arrays are not allowed, because their length cannot " ~
			"be uniquely determined. Use a static array instead.");
		size_t idx = 0;
		dst = T.init;
		while (true) {
			EL el = void;
			auto r = readFormParamRec(req, el, style.getArrayFieldName(fieldname, idx), false, style, err);
			if (r == ParamResult.error) return r;
			if (r == ParamResult.skipped) break;
			dst ~= el;
			idx++;
		}
	} else static if (isStaticArray!T) {
		foreach (i; 0 .. T.length) {
			auto r = readFormParamRec(req, dst[i], style.getArrayFieldName(fieldname, i), true, style, err);
			if (r == ParamResult.error) return r;
			assert(r != ParamResult.skipped); break;
		}
	} else static if (isNullable!T) {
		typeof(dst.get()) el = void;
		auto r = readFormParamRec(req, el, fieldname, false, style, err);
		if (r == ParamResult.ok)
			dst.setVoid(el);
		else dst.setVoid(T.init);
	} else static if (is(T == struct) &&
		!is(typeof(T.fromString(string.init))) &&
		!is(typeof(T.fromStringValidate(string.init, null))) &&
		!is(typeof(T.fromISOExtString(string.init))))
	{
		foreach (m; __traits(allMembers, T)) {
			auto r = readFormParamRec(req, __traits(getMember, dst, m), style.getMemberFieldName(fieldname, m), required, style, err);
			if (r != ParamResult.ok)
				return r; // FIXME: in case of errors the struct will be only partially initialized! All previous fields should be deinitialized first.
		}
	} else static if (is(T == bool)) {
		dst = (fieldname in req.form) !is null || (fieldname in req.query) !is null;
	} else if (auto pv = fieldname in req.form) {
		if (!(*pv).webConvTo(dst, err)) {
			err.field = fieldname;
			return ParamResult.error;
		}
	} else if (auto pv = fieldname in req.query) {
		if (!(*pv).webConvTo(dst, err)) {
			err.field = fieldname;
			return ParamResult.error;
		}
	} else if (required) {
		err.field = fieldname;
		err.text = "Missing form field.";
		return ParamResult.error;
	}
	else return ParamResult.skipped;

	return ParamResult.ok;
}

package bool webConvTo(T)(string str, ref T dst, ref ParamError err)
nothrow {
	import std.conv;
	import std.exception;
	try {
		static if (is(typeof(T.fromStringValidate(str, &err.text)))) {
			static assert(is(typeof(T.fromStringValidate(str, &err.text)) == Nullable!T));
			auto res = T.fromStringValidate(str, &err.text);
			if (res.isNull()) return false;
			dst.setVoid(res);
		} else static if (is(typeof(T.fromString(str)))) {
			static assert(is(typeof(T.fromString(str)) == T));
			dst.setVoid(T.fromString(str));
		} else static if (is(typeof(T.fromISOExtString(str)))) {
			static assert(is(typeof(T.fromISOExtString(str)) == T));
			dst.setVoid(T.fromISOExtString(str));
		} else {
			dst.setVoid(str.to!T());
		}
	} catch (Exception e) {
		import std.encoding : sanitize;
		err.text = e.msg;
		try err.debugText = e.toString().sanitize;
		catch (Exception) {}
		return false;
	}
	return true;
}

// properly sets an uninitialized variable
package void setVoid(T, U)(ref T dst, U value)
{
	import std.traits;
	static if (hasElaborateAssign!T) {
		static if (is(T == U)) {
			(cast(ubyte*)&dst)[0 .. T.sizeof] = (cast(ubyte*)&value)[0 .. T.sizeof];
			typeid(T).postblit(&dst);
		} else {
			static T init = T.init;
			(cast(ubyte*)&dst)[0 .. T.sizeof] = (cast(ubyte*)&init)[0 .. T.sizeof];
			dst = value;
		}
	} else dst = value;
}

unittest {
	static assert(!__traits(compiles, { bool[] barr; ParamError err;readFormParamRec(null, barr, "f", true, NestedNameStyle.d, err); }));
	static assert(__traits(compiles, { bool[2] barr; ParamError err;readFormParamRec(null, barr, "f", true, NestedNameStyle.d, err); }));
}

private string getArrayFieldName(T)(NestedNameStyle style, string prefix, T index)
{
	import std.format : format;
	final switch (style) {
		case NestedNameStyle.underscore: return format("%s_%s", prefix, index);
		case NestedNameStyle.d: return format("%s[%s]", prefix, index);
	}
}

private string getMemberFieldName(NestedNameStyle style, string prefix, string member)
{
	import std.format : format;
	final switch (style) {
		case NestedNameStyle.underscore: return format("%s_%s", prefix, member);
		case NestedNameStyle.d: return format("%s.%s", prefix, member);
	}
}
vibe.d-0.7.30/source/vibe/web/i18n.d000066400000000000000000000507371304441332000167040ustar00rootroot00000000000000/**
	Internationalization/translation support for the web interface module.

	Copyright: © 2014-2015 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.web.i18n;

import vibe.http.server : HTTPServerRequest;
import vibe.templ.parsertools;

import std.algorithm : canFind, min, startsWith;


/**
	Annotates an interface method or class with translation information.

	The translation context contains information about supported languages
	and the translated strings. Any translations will be automatically
	applied to Diet templates, as well as strings passed to
	$(D vibe.web.web.trWeb).

	By default, the "Accept-Language" header of the incoming request will be
	used to determine the language used. To override this behavior, add a
	static method $(D determineLanguage) to the translation context, which
	takes the request and returns a language string (see also the second
	example).
*/
@property TranslationContextAttribute!CONTEXT translationContext(CONTEXT)() { return TranslationContextAttribute!CONTEXT.init; }

///
unittest {
	struct TranslationContext {
		import std.typetuple;
		alias languages = TypeTuple!("en_US", "de_DE", "fr_FR");
		//mixin translationModule!"app";
		//mixin translationModule!"somelib";
	}

	@translationContext!TranslationContext
	class MyWebInterface {
		void getHome()
		{
			//render!("home.dt")
		}
	}
}

/// Defining a custom function for determining the language.
unittest {
	import vibe.http.server;

	struct TranslationContext {
		import std.typetuple;
		alias languages = TypeTuple!("en_US", "de_DE", "fr_FR");
		//mixin translationModule!"app";
		//mixin translationModule!"somelib";

		// use language settings from the session instead of using the
		// "Accept-Language" header
		static string determineLanguage(scope HTTPServerRequest req)
		{
			if (!req.session) return null; // use default language
			return req.session.get("language", "");
		}
	}

	@translationContext!TranslationContext
	class MyWebInterface {
		void getHome()
		{
			//render!("home.dt")
		}
	}
}


struct TranslationContextAttribute(CONTEXT) {
	alias Context = CONTEXT;
}

/*
doctype 5
html
	body
		p& Hello, World!
		p& This is a translated version of #{appname}.
	html
		p(class="Sasdasd")&.
			This is a complete paragraph of translated text.
*/

/** Makes a set of PO files available to a web interface class.

	This mixin template needs to be mixed in at the class scope. It will parse all
	translation files with the specified file name prefix and make their
	translations available.

	Params:
		FILENAME = Base name of the set of PO files to mix in. A file with the
			name "..po" must be available as a string import
			for each language defined in the translation context.

	Bugs:
		`FILENAME` should not contain (back)slash characters, as string imports
		from sub directories will currently fail on Windows. See
		$(LINK https://issues.dlang.org/show_bug.cgi?id=14349).

	See_Also: `translationContext`
*/
mixin template translationModule(string FILENAME)
{
	import std.string : tr;
	enum NAME = FILENAME.tr(`/.-\`, "____");
	private mixin template file_mixin(size_t i) {
		static if (i < languages.length) {
			enum components = extractDeclStrings(import(FILENAME~"."~languages[i]~".po"));
			mixin("enum "~languages[i]~"_"~NAME~" = components;");
			//mixin decls_mixin!(languages[i], 0);
			mixin file_mixin!(i+1);
		}
	}

	mixin file_mixin!0;
}

/**
	Performs the string translation for a statically given language.

	The second overload takes a plural form and a number to select from a set
	of translations based on the plural forms of the target language.
*/
template tr(CTX, string LANG)
{
	string tr(string key, string context = null)
	{
		return tr!(CTX, LANG)(key, null, 0, context);
	}

	string tr(string key, string key_plural, int n, string context = null)
	{
		static assert([CTX.languages].canFind(LANG), "Unknown language: "~LANG);

		foreach (i, mname; __traits(allMembers, CTX)) {
			static if (mname.startsWith(LANG~"_")) {
				enum langComponents = __traits(getMember, CTX, mname);
				foreach (entry; langComponents.messages) {
					if ((context is null) == (entry.context is null)) {
						if (context is null || entry.context == context) {
							if (entry.key == key) {
								if (key_plural !is null) {
									if (entry.pluralKey !is null && entry.pluralKey == key_plural) {
										static if (langComponents.nplurals_expr !is null && langComponents.plural_func_expr !is null) {
											mixin("int nplurals = "~langComponents.nplurals_expr~";");
											if (nplurals > 0) {
												mixin("int index = "~langComponents.plural_func_expr~";");
												return entry.pluralValues[index];
											}
											return entry.value;
										}
										assert(false, "Plural translations are not supported when the po file does not contain an entry for Plural-Forms.");
									}
								} else {
									return entry.value;
								}
							}
						}
					}
				}
			}
		}

		static if (is(typeof(CTX.enforceExistingKeys)) && CTX.enforceExistingKeys) {
			if (key_plural !is null) {
				if (context is null) {
					assert(false, "Missing translation keys for "~LANG~": "~key~"&"~key_plural);
				}
				assert(false, "Missing translation key for "~LANG~"; "~context~": "~key~"&"~key_plural);
			}

			if (context is null) {
				assert(false, "Missing translation key for "~LANG~": "~key);
			}
			assert(false, "Missing translation key for "~LANG~"; "~context~": "~key);
		} else {
			return n == 1 || !key_plural.length ? key : key_plural;
		}
	}
}

package string determineLanguage(alias METHOD)(scope HTTPServerRequest req)
{
	import std.string : indexOf;
	import std.array;

	alias CTX = GetTranslationContext!METHOD;

	static if (!is(CTX == void)) {
		static if (is(typeof(CTX.determineLanguage(req)))) {
			static assert(is(typeof(CTX.determineLanguage(req)) == string),
				"determineLanguage in a translation context must return a language string.");
			return CTX.determineLanguage(req);
		} else {
			auto accept_lang = req.headers.get("Accept-Language", null);

			size_t csidx = 0;
			while (accept_lang.length) {
				auto cidx = accept_lang[csidx .. $].indexOf(',');
				if (cidx < 0) cidx = accept_lang.length;
				auto entry = accept_lang[csidx .. csidx + cidx];
				auto sidx = entry.indexOf(';');
				if (sidx < 0) sidx = entry.length;
				auto entrylang = entry[0 .. sidx];

				foreach (lang; CTX.languages) {
					if (entrylang == replace(lang, "_", "-")) return lang;
					if (entrylang == split(lang, "_")[0]) return lang; // FIXME: ensure that only one single-lang entry exists!
				}

				if (cidx >= accept_lang.length) break;
				accept_lang = accept_lang[cidx+1 .. $];
			}

			return null;
		}
	} else return null;
}

unittest { // make sure that the custom determineLanguage is called
	static struct CTX {
		static string determineLanguage(Object a) { return "test"; }
	}
	@translationContext!CTX
	static class Test {
		void test()
		{
		}
	}
	auto test = new Test;
	assert(determineLanguage!(test.test)(null) == "test");
}

package template GetTranslationContext(alias METHOD)
{
	import vibe.internal.meta.uda;

	alias PARENT = typeof(__traits(parent, METHOD).init);
	enum FUNCTRANS = findFirstUDA!(TranslationContextAttribute, METHOD);
	enum PARENTTRANS = findFirstUDA!(TranslationContextAttribute, PARENT);
	static if (FUNCTRANS.found) alias GetTranslationContext = FUNCTRANS.value.Context;
	else static if (PARENTTRANS.found) alias GetTranslationContext = PARENTTRANS.value.Context;
	else alias GetTranslationContext = void;
}


private struct DeclString {
	string context;
	string key;
	string pluralKey;
	string value;
	string[] pluralValues;
}

private struct LangComponents {
	DeclString[] messages;
	string nplurals_expr;
	string plural_func_expr;
}

// Example po header
/*
 * # Translation of kstars.po into Spanish.
 * # This file is distributed under the same license as the kdeedu package.
 * # Pablo de Vicente , 2005, 2006, 2007, 2008.
 * # Eloy Cuadra , 2007, 2008.
 * msgid ""
 * msgstr ""
 * "Project-Id-Version: kstars\n"
 * "Report-Msgid-Bugs-To: http://bugs.kde.org\n"
 * "POT-Creation-Date: 2008-09-01 09:37+0200\n"
 * "PO-Revision-Date: 2008-07-22 18:13+0200\n"
 * "Last-Translator: Eloy Cuadra \n"
 * "Language-Team: Spanish \n"
 * "MIME-Version: 1.0\n"
 * "Content-Type: text/plain; charset=UTF-8\n"
 * "Content-Transfer-Encoding: 8bit\n"
 * "Plural-Forms: nplurals=2; plural=n != 1;\n"
 */

// PO format notes
/*
 * # - Translator comment
 * #: - source reference
 * #. - extracted comments
 * #, - flags such as "c-format" to indicate what king of substitutions may be present
 * #| msgid - previous string comment
 * #~ - obsolete message
 * msgctxt - disabmbiguating context, like variable scope (optional, defaults to null)
 * msgid - key to translate from (required)
 * msgid_plural - plural form of the msg id (optional)
 * msgstr - value to translate to (required)
 * msgstr[0] - indexed translation for handling the various plural forms
 * msgstr[1] - ditto
 * msgstr[2] - ditto and etc...
 */

LangComponents extractDeclStrings(string text)
{
	DeclString[] declStrings;
	string nplurals_expr;
	string plural_func_expr;

	size_t i = 0;
	while (true) {
		i = skipToDirective(i, text);
		if (i >= text.length) break;

		string context = null;

		// msgctxt is an optional field
		if (text.length - i >= 7 && text[i .. i+7] == "msgctxt") {
			i = skipWhitespace(i+7, text);

			auto icntxt = skipString(i, text);
			context = dstringUnescape(wrapText(text[i+1 .. icntxt-1]));
			i = skipToDirective(icntxt, text);
		}

		// msgid is a required field
		assert(text.length - i >= 5 && text[i .. i+5] == "msgid", "Expected 'msgid', got '"~text[i .. min(i+10, $)]~"'.");
		i += 5;

		i = skipWhitespace(i, text);

		auto iknext = skipString(i, text);
		auto key = dstringUnescape(wrapText(text[i+1 .. iknext-1]));
		i = iknext;

		i = skipToDirective(i, text);

		// msgid_plural is an optional field
		string key_plural = null;
		if (text.length - i >= 12 && text[i .. i+12] == "msgid_plural") {
			i = skipWhitespace(i+12, text);
			auto iprl = skipString(i, text);
			key_plural = dstringUnescape(wrapText(text[i+1 .. iprl-1]));
			i = skipToDirective(iprl, text);
		}

		// msgstr is a required field
		assert(text.length - i >= 6 && text[i .. i+6] == "msgstr", "Expected 'msgstr', got '"~text[i .. min(i+10, $)]~"'.");
		i += 6;

		i = skipWhitespace(i, text);
		auto ivnext = skipString(i, text);
		auto value = dstringUnescape(wrapText(text[i+1 .. ivnext-1]));
		i = ivnext;
		i = skipToDirective(i, text);

		// msgstr[n] is a required field when msgid_plural is not null, and ignored otherwise
		string[] value_plural;
		if (key_plural !is null) {
			while (text.length - i >= 6 && text[i .. i+6] == "msgstr") {
				i = skipIndex(i+6, text);
				i = skipWhitespace(i, text);
				auto ims = skipString(i, text);

				string plural = dstringUnescape(wrapText(text[i+1 .. ims-1]));
				i = skipLine(ims, text);

				// Is it safe to assume that the entries are always sequential?
				value_plural ~= plural;
			}
		}

		// Add the translation for the current language
		if (key == "") {
			nplurals_expr = parse_nplurals(value);
			plural_func_expr = parse_plural_expression(value);
		}

		declStrings ~= DeclString(context, key, key_plural, value, value_plural);
	}

	return LangComponents(declStrings, nplurals_expr, plural_func_expr);
}

// Verify that two simple messages can be read and parsed correctly
unittest {
	auto str = `
# first string
msgid "ordinal.1"
msgstr "first"

# second string
msgid "ordinal.2"
msgstr "second"`;

	auto components = extractDeclStrings(str);
	auto ds = components.messages;
	assert(2 == ds.length, "Not enough DeclStrings have been processed");
	assert(ds[0].key == "ordinal.1", "The first key is not right.");
	assert(ds[0].value == "first", "The first value is not right.");
	assert(ds[1].key == "ordinal.2", "The second key is not right.");
	assert(ds[1].value == "second", "The second value is not right.");
}

// Verify that the fields cannot be defined out of order
unittest {
	import core.exception : AssertError;
	import std.exception : assertThrown;

	auto str1 = `
# unexpected field ahead
msgstr "world"
msgid "hello"`;

	assertThrown!AssertError(extractDeclStrings(str1));
}

// Verify that string wrapping is handled correctly
unittest {
	auto str = `
# The following text is wrapped
msgid ""
"This is an example of text that "
"has been wrapped on two lines."
msgstr ""
"It should not matter where it takes place, "
"the strings should all be concatenated properly."`;

	auto ds = extractDeclStrings(str).messages;
	assert(1 == ds.length, "Expected one DeclString to have been processed.");
	assert(ds[0].key == "This is an example of text that has been wrapped on two lines.", "Failed to properly wrap the key");
	assert(ds[0].value == "It should not matter where it takes place, the strings should all be concatenated properly.", "Failed to properly wrap the key");
}

// Verify that string wrapping and unescaping is handled correctly on example of PO headers
unittest {
	auto str = `
# English translations for ThermoWebUI package.
# This file is put in the public domain.
# Automatically generated, 2015.
#
msgid ""
msgstr ""
"Project-Id-Version: PROJECT VERSION\n"
"Report-Msgid-Bugs-To: developer@example.com\n"
"POT-Creation-Date: 2015-04-13 17:55+0600\n"
"PO-Revision-Date: 2015-04-13 14:13+0600\n"
"Last-Translator: Automatically generated\n"
"Language-Team: none\n"
"Language: en\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=UTF-8\n"
"Content-Transfer-Encoding: 8bit\n"
"Plural-Forms: nplurals=2; plural=(n != 1);\n"
`;
	auto expected = `Project-Id-Version: PROJECT VERSION
Report-Msgid-Bugs-To: developer@example.com
POT-Creation-Date: 2015-04-13 17:55+0600
PO-Revision-Date: 2015-04-13 14:13+0600
Last-Translator: Automatically generated
Language-Team: none
Language: en
MIME-Version: 1.0
Content-Type: text/plain; charset=UTF-8
Content-Transfer-Encoding: 8bit
Plural-Forms: nplurals=2; plural=(n != 1);
`;

	auto ds = extractDeclStrings(str).messages;
	assert(1 == ds.length, "Expected one DeclString to have been processed.");
	assert(ds[0].key == "", "Failed to properly wrap or unescape the key");
	assert(ds[0].value == expected, "Failed to properly wrap or unescape the value");
}

// Verify that the message context is properly parsed
unittest {
	auto str1 = `
# "C" is for cookie
msgctxt "food"
msgid "C"
msgstr "C is for cookie, that's good enough for me."`;

	auto ds1 = extractDeclStrings(str1).messages;
	assert(1 == ds1.length, "Expected one DeclString to have been processed.");
	assert(ds1[0].context == "food", "Expected a context of food");
	assert(ds1[0].key == "C", "Expected to find the letter C for the msgid.");
	assert(ds1[0].value == "C is for cookie, that's good enough for me.", "Unexpected value encountered for the msgstr.");

	auto str2 = `
# No context validation
msgid "alpha"
msgstr "First greek letter."`;

	auto ds2 = extractDeclStrings(str2).messages;
	assert(1 == ds2.length, "Expected one DeclString to have been processed.");
	assert(ds2[0].context is null, "Expected the context to be null when it is not defined.");
}

unittest {
	enum str = `
# "C" is for cookie
msgctxt "food"
msgid "C"
msgstr "C is for cookie, that's good enough for me."

# "C" is for language
msgctxt "lang"
msgid "C"
msgstr "Catalan"

# Just "C"
msgid "C"
msgstr "Third letter"
`;

	enum components = extractDeclStrings(str);

	struct TranslationContext {
		import std.typetuple;
		enum enforceExistingKeys = true;
		alias languages = TypeTuple!("en_US");

		// Note that this is normally handled by mixing in an external file.
		enum en_US_unittest = components;
	}

	auto newTr(string msgid, string msgcntxt = null) {
		return tr!(TranslationContext, "en_US")(msgid, msgcntxt);
	}

	assert(newTr("C", "food") == "C is for cookie, that's good enough for me.", "Unexpected translation based on context.");
	assert(newTr("C", "lang") == "Catalan", "Unexpected translation based on context.");
	assert(newTr("C") == "Third letter", "Unexpected translation based on context.");
}

unittest {
	enum str = `msgid ""
msgstr ""
"Project-Id-Version: kstars\\n"
"Plural-Forms: nplurals=2; plural=n != 1;\\n"

msgid "One file was deleted."
msgid_plural "Files were deleted."
msgstr "One file was deleted."
msgstr[0] "1 file was deleted."
msgstr[1] "%d files were deleted."

msgid "One file was created."
msgid_plural "Several files were created."
msgstr "One file was created."
msgstr[0] "1 file was created"
msgstr[1] "%d files were created."
`;

	import std.stdio;
	enum components = extractDeclStrings(str);

	struct TranslationContext {
		import std.typetuple;
		enum enforceExistingKeys = true;
		alias languages = TypeTuple!("en_US");

		// Note that this is normally handled by mixing in an external file.
		enum en_US_unittest2 = components;
	}
	
	auto newTr(string msgid, string msgid_plural, int count, string msgcntxt = null) {
		return tr!(TranslationContext, "en_US")(msgid, msgid_plural, count, msgcntxt);
	}

	string expected = "1 file was deleted.";
	auto actual = newTr("One file was deleted.", "Files were deleted.", 1);
	assert(expected == actual, "Expected: '"~expected~"' but got '"~actual~"'");

	expected = "%d files were deleted.";
	actual = newTr("One file was deleted.", "Files were deleted.", 42);
	assert(expected == actual, "Expected: '"~expected~"' but got '"~actual~"'");
}

private size_t skipToDirective(size_t i, ref string text)
{
	while (i < text.length) {
		i = skipWhitespace(i, text);
		if (i < text.length && text[i] == '#') i = skipLine(i, text);
		else break;
	}
	return i;
}

private size_t skipWhitespace(size_t i, ref string text)
{
	while (i < text.length && (text[i] == ' ' || text[i] == '\t' || text[i] == '\n' || text[i] == '\r'))
		i++;
	return i;
}

private size_t skipLine(size_t i, ref string text)
{
	while (i < text.length && text[i] != '\r' && text[i] != '\n') i++;
	if (i+1 < text.length && (text[i+1] == '\r' || text[i+1] == '\n') && text[i] != text[i+1]) i++;
	return i+1;
}

private size_t skipString(size_t i, ref string text)
{
	import std.conv : to;
	assert(text[i] == '"', "Expected to encounter the start of a string at position: "~to!string(i));
	i++;
	while (true) {
		assert(i < text.length, "Missing closing '\"' for string: "~text[i .. min($, 10)]);
		if (text[i] == '"') {
			if (i+1 < text.length) {
				auto j = skipWhitespace(i+1, text);
				if (j -1) {
		auto beg = msgstr.indexOf("nplurals=", start+13, CaseSensitive.no);
		if (beg > -1) {
			auto end = msgstr.indexOf(';', beg+9, CaseSensitive.no);
			if (end > -1) {
				return msgstr[beg+9 .. end];
			}
			return msgstr[beg+9 .. $];
		}
	}

	return null;
}

unittest {
	auto res = parse_nplurals("Plural-Forms: nplurals=2; plural=n != 1;\n");
	assert(res == "2", "Failed to parse the correct number of plural forms for a language.");
}

private string parse_plural_expression(string msgstr)
in { assert(msgstr, "An empty string cannot be parsed for Plural-Forms."); }
body {
	import std.string : indexOf, CaseSensitive;

	auto start = msgstr.indexOf("Plural-Forms:", CaseSensitive.no);
	if (start > -1) {
		auto beg = msgstr.indexOf("plural=", start+13, CaseSensitive.no);
		if (beg > -1) {
			auto end = msgstr.indexOf(';', beg+7, CaseSensitive.no);
			if (end > -1) {
				return msgstr[beg+7 .. end];
			}
			return msgstr[beg+7 .. $];
		}
	}

	return null;
}

unittest {
	auto res = parse_plural_expression("Plural-Forms: nplurals=2; plural=n != 1;\n");
	assert(res == "n != 1", "Failed to parse the plural expression for a language.");
}
vibe.d-0.7.30/source/vibe/web/internal/000077500000000000000000000000001304441332000175605ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/web/internal/rest/000077500000000000000000000000001304441332000205355ustar00rootroot00000000000000vibe.d-0.7.30/source/vibe/web/internal/rest/common.d000066400000000000000000000517571304441332000222110ustar00rootroot00000000000000/**
	Internal module with common functionality for REST interface generators.

	Copyright: © 2015-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.web.internal.rest.common;

import vibe.http.common : HTTPMethod;
import vibe.web.rest;

import std.algorithm : endsWith, startsWith;
import std.meta : anySatisfy, Filter;


/**
	Provides all necessary tools to implement an automated REST interface.

	The given `TImpl` must be an `interface` or a `class` deriving from one.
*/
/*package(vibe.web.web)*/ struct RestInterface(TImpl)
	if (is(TImpl == class) || is(TImpl == interface))
{
	import std.traits : FunctionTypeOf, InterfacesTuple, MemberFunctionsTuple,
		ParameterIdentifierTuple, ParameterStorageClass,
		ParameterStorageClassTuple, ParameterTypeTuple, ReturnType;
	import std.typetuple : TypeTuple;
	import vibe.inet.url : URL;
	import vibe.internal.meta.funcattr : IsAttributedParameter;
	import vibe.internal.meta.uda;

	/// The settings used to generate the interface
	RestInterfaceSettings settings;

	/// Full base path of the interface, including an eventual `@path` annotation.
	string basePath;

	/// Full base URL of the interface, including an eventual `@path` annotation.
	string baseURL;

	// determine the implementation interface I and check for validation errors
	private alias BaseInterfaces = InterfacesTuple!TImpl;
	static assert (BaseInterfaces.length > 0 || is (TImpl == interface),
		       "Cannot registerRestInterface type '" ~ TImpl.stringof
		       ~ "' because it doesn't implement an interface");
	static if (BaseInterfaces.length > 1)
		pragma(msg, "Type '" ~ TImpl.stringof ~ "' implements more than one interface: make sure the one describing the REST server is the first one");


	static if (is(TImpl == interface))
		alias I = TImpl;
	else
		alias I = BaseInterfaces[0];
	static assert(getInterfaceValidationError!I is null, getInterfaceValidationError!(I));

	/// The name of each interface member
	enum memberNames = [__traits(allMembers, I)];

	/// Aliases to all interface methods
	alias AllMethods = GetAllMethods!();

	/** Aliases for each route method

		This tuple has the same number of entries as `routes`.
	*/
	alias RouteFunctions = GetRouteFunctions!();

	enum routeCount = RouteFunctions.length;

	/** Information about each route

		This array has the same number of fields as `RouteFunctions`
	*/
	Route[routeCount] routes;

	/// Static (compile-time) information about each route
	static if (routeCount) static const StaticRoute[routeCount] staticRoutes = computeStaticRoutes();
	else static const StaticRoute[0] staticRoutes;

	/** Aliases for each sub interface method

		This array has the same number of entries as `subInterfaces` and
		`SubInterfaceTypes`.
	*/
	alias SubInterfaceFunctions = GetSubInterfaceFunctions!();

	/** The type of each sub interface

		This array has the same number of entries as `subInterfaces` and
		`SubInterfaceFunctions`.
	*/
	alias SubInterfaceTypes = GetSubInterfaceTypes!();

	enum subInterfaceCount = SubInterfaceFunctions.length;

	/** Information about sub interfaces

		This array has the same number of entries as `SubInterfaceFunctions` and
		`SubInterfaceTypes`.
	*/
	SubInterface[subInterfaceCount] subInterfaces;


	/** Fills the struct with information.

		Params:
			settings = Optional settings object.
	*/
	this(RestInterfaceSettings settings, bool is_client)
	{
		import vibe.internal.meta.uda : findFirstUDA;

		this.settings = settings ? settings.dup : new RestInterfaceSettings;
		if (is_client) {
			assert(this.settings.baseURL != URL.init,
				"RESTful clients need to have a valid RestInterfaceSettings.baseURL set.");
		} else if (this.settings.baseURL == URL.init) {
			// use a valid dummy base URL to be able to construct sub-URLs
			// for nested interfaces
			this.settings.baseURL = URL("http://localhost/");
		}
		this.basePath = this.settings.baseURL.path.toString();

		enum uda = findFirstUDA!(PathAttribute, I);
		static if (uda.found) {
			static if (uda.value.data == "") {
				auto path = "/" ~ adjustMethodStyle(I.stringof, this.settings.methodStyle);
				this.basePath = concatURL(this.basePath, path);
			} else {
				this.basePath = concatURL(this.basePath, uda.value.data);
			}
		}
		URL bu = this.settings.baseURL;
		bu.pathString = this.basePath;
		this.baseURL = bu.toString();

		computeRoutes();
		computeSubInterfaces();
	}

	// copying this struct is costly, so we forbid it
	@disable this(this);

	private void computeRoutes()
	{
		import std.algorithm.searching : any;

		foreach (si, RF; RouteFunctions) {
			enum sroute = staticRoutes[si];
			Route route;
			route.functionName = sroute.functionName;
			route.method = sroute.method;

			static if (sroute.pathOverride) route.pattern = sroute.rawName;
			else route.pattern = computeDefaultPath!RF(sroute.rawName);
			route.method = sroute.method;
			extractPathParts(route.fullPathParts, this.basePath.endsWith("/") ? this.basePath : this.basePath ~ "/");

			route.parameters.length = sroute.parameters.length;

			bool prefix_id = false;

			alias PT = ParameterTypeTuple!RF;
			foreach (i, _; PT) {
				enum sparam = sroute.parameters[i];
				Parameter pi;
				pi.name = sparam.name;
				pi.kind = sparam.kind;
				pi.isIn = sparam.isIn;
				pi.isOut = sparam.isOut;

				static if (sparam.kind != ParameterKind.attributed && sparam.fieldName.length == 0) {
					pi.fieldName = stripTUnderscore(pi.name, settings);
				} else pi.fieldName = sparam.fieldName;

				static if (i == 0 && sparam.name == "id") {
					prefix_id = true;
					if (route.pattern.length && route.pattern[0] != '/')
						route.pattern = '/' ~ route.pattern;
					route.pathParts ~= PathPart(true, "id");
					route.fullPathParts ~= PathPart(true, "id");
				}

				route.parameters[i] = pi;

				final switch (pi.kind) {
					case ParameterKind.query: route.queryParameters ~= pi; break;
					case ParameterKind.body_: route.bodyParameters ~= pi; break;
					case ParameterKind.header: route.headerParameters ~= pi; break;
					case ParameterKind.internal: route.internalParameters ~= pi; break;
					case ParameterKind.attributed: route.attributedParameters ~= pi; break;
					case ParameterKind.auth: route.authParameters ~= pi; break;
				}
			}

			extractPathParts(route.pathParts, route.pattern);
			extractPathParts(route.fullPathParts, !prefix_id && route.pattern.startsWith("/") ? route.pattern[1 .. $] : route.pattern);
			if (prefix_id) route.pattern = ":id" ~ route.pattern;
			route.fullPattern = concatURL(this.basePath, route.pattern);
			route.pathHasPlaceholders = route.fullPathParts.any!(p => p.isParameter);

			routes[si] = route;
		}
	}

	/** Returns an array with routes grouped by path pattern
	*/
	auto getRoutesGroupedByPattern()
	{
		import std.algorithm : map, sort, filter, any;
		import std.array : array;
		import std.typecons : tuple;
		// since /foo/:bar and /foo/:baz are the same route, we first normalize the patterns (by replacing each param with just ':')
		// after that we sort and chunkBy/groupBy, in order to group the related route
		auto sorted = routes[].map!((route){
				return tuple(route,route.fullPathParts.map!((part){
					return part.isParameter ? ":" : part.text;
				}).array()); // can probably remove the array here if we rewrite the comparison functions (in sort and in the foreach) to work on ranges
			})
			.array
			.sort!((a,b) => a[1] < b[1]);

		typeof(sorted)[] groups;
		if (sorted.length > 0)
		{
			// NOTE: we want to support 2.066 but it doesn't have chunkBy, so we do the classic loop thingy
			size_t start, idx = 1;
			foreach(route, path; sorted[1..$])
			{
				if (sorted[idx-1][1] != path)
				{
					groups ~= sorted[start..idx];
					start = idx;
				}
				++idx;
			}
			groups ~= sorted[start..$];
		}

		return groups.map!(group => group.map!(tuple => tuple[0]));
	}

	private static StaticRoute[routeCount] computeStaticRoutes()
	{
		static import std.traits;
		import vibe.web.auth : AuthInfo;

		assert(__ctfe);

		StaticRoute[routeCount] ret;

		alias AUTHTP = AuthInfo!TImpl;

		foreach (fi, func; RouteFunctions) {
			StaticRoute route;
			route.functionName = __traits(identifier, func);

			alias FuncType = FunctionTypeOf!func;
			alias ParameterTypes = ParameterTypeTuple!FuncType;
			alias ReturnType = std.traits.ReturnType!FuncType;
			enum parameterNames = [ParameterIdentifierTuple!func];

			enum meta = extractHTTPMethodAndName!(func, false)();
			route.method = meta.method;
			route.rawName = meta.url;
			route.pathOverride = meta.hadPathUDA;

			foreach (i, PT; ParameterTypes) {
				enum pname = parameterNames[i];
				alias WPAT = UDATuple!(WebParamAttribute, func);

				// Comparison template for anySatisfy
				//template Cmp(WebParamAttribute attr) { enum Cmp = (attr.identifier == ParamNames[i]); }
				alias CompareParamName = GenCmp!("Loop"~func.mangleof, i, parameterNames[i]);
				mixin(CompareParamName.Decl);

				StaticParameter pi;
				pi.name = parameterNames[i];

				// determine in/out storage class
				enum SC = ParameterStorageClassTuple!func[i];
				static if (SC & ParameterStorageClass.out_) {
					pi.isOut = true;
				} else static if (SC & ParameterStorageClass.ref_) {
					pi.isIn = true;
					pi.isOut = true;
				} else {
					pi.isIn = true;
				}

				// determine parameter source/destination
				if (is(PT == AUTHTP)) {
					pi.kind = ParameterKind.auth;
				} else if (IsAttributedParameter!(func, pname)) {
					pi.kind = ParameterKind.attributed;
				} else static if (anySatisfy!(mixin(CompareParamName.Name), WPAT)) {
					alias PWPAT = Filter!(mixin(CompareParamName.Name), WPAT);
					pi.kind = PWPAT[0].origin;
					pi.fieldName = PWPAT[0].field;
				} else static if (pname.startsWith("_")) {
					pi.kind = ParameterKind.internal;
					pi.fieldName = parameterNames[i][1 .. $];
				} else static if (i == 0 && pname == "id") {
					pi.kind = ParameterKind.internal;
					pi.fieldName = "id";
				} else {
					pi.kind = route.method == HTTPMethod.GET ? ParameterKind.query : ParameterKind.body_;
				}

				route.parameters ~= pi;
			}

			ret[fi] = route;
		}

		return ret;
	}

	private void computeSubInterfaces()
	{
		foreach (i, func; SubInterfaceFunctions) {
			enum meta = extractHTTPMethodAndName!(func, false)();

			static if (meta.hadPathUDA) string url = meta.url;
			else string url = computeDefaultPath!func(meta.url);

			SubInterface si;
			si.settings = settings.dup;
			si.settings.baseURL = URL(concatURL(this.baseURL, url, true));
			subInterfaces[i] = si;
		}

		assert(subInterfaces.length == SubInterfaceFunctions.length);
	}

	private template GetSubInterfaceFunctions() {
		template Impl(size_t idx) {
			static if (idx < AllMethods.length) {
				alias SI = SubInterfaceType!(AllMethods[idx]);
				static if (!is(SI == void)) {
					alias Impl = TypeTuple!(AllMethods[idx], Impl!(idx+1));
				} else {
					alias Impl = Impl!(idx+1);
				}
			} else alias Impl = TypeTuple!();
		}
		alias GetSubInterfaceFunctions = Impl!0;
	}

	private template GetSubInterfaceTypes() {
		template Impl(size_t idx) {
			static if (idx < AllMethods.length) {
				alias SI = SubInterfaceType!(AllMethods[idx]);
				static if (!is(SI == void)) {
					alias Impl = TypeTuple!(SI, Impl!(idx+1));
				} else {
					alias Impl = Impl!(idx+1);
				}
			} else alias Impl = TypeTuple!();
		}
		alias GetSubInterfaceTypes = Impl!0;
	}

	private template GetRouteFunctions() {
		template Impl(size_t idx) {
			static if (idx < AllMethods.length) {
				alias F = AllMethods[idx];
				alias SI = SubInterfaceType!F;
				static if (is(SI == void))
					alias Impl = TypeTuple!(F, Impl!(idx+1));
				else alias Impl = Impl!(idx+1);
			} else alias Impl = TypeTuple!();
		}
		alias GetRouteFunctions = Impl!0;
	}

	private template GetAllMethods() {
		template Impl(size_t idx) {
			static if (idx < memberNames.length) {
				enum name = memberNames[idx];
				// WORKAROUND #1045 / @@BUG14375@@
				static if (name.length != 0)
					alias Impl = TypeTuple!(MemberFunctionsTuple!(I, name), Impl!(idx+1));
				else alias Impl = Impl!(idx+1);
			} else alias Impl = TypeTuple!();
		}
		alias GetAllMethods = Impl!0;
	}

	private string computeDefaultPath(alias method)(string name)
	{
		auto ret = adjustMethodStyle(stripTUnderscore(name, settings), settings.methodStyle);
		static if (is(I.CollectionIndices)) {
			alias IdxTypes = typeof(I.CollectionIndices.tupleof);
			alias PTypes = ParameterTypeTuple!method;
			enum has_index_param = PTypes.length >= IdxTypes.length && is(PTypes[0 .. IdxTypes.length] == IdxTypes);
			enum index_name = __traits(identifier, I.CollectionIndices.tupleof[$-1]);

			static if (has_index_param && index_name.startsWith("_"))
				ret = (":" ~ index_name[1 .. $] ~ "/").concatURL(ret);
		}
		return ret;
	}
}

struct Route {
	string functionName; // D name of the function
	HTTPMethod method;
	string pattern; // relative route path (relative to baseURL)
	string fullPattern; // absolute version of 'pattern'
	bool pathHasPlaceholders; // true if path/pattern contains any :placeholers
	PathPart[] pathParts; // path separated into text and placeholder parts
	PathPart[] fullPathParts; // full path separated into text and placeholder parts
	Parameter[] parameters;
	Parameter[] queryParameters;
	Parameter[] bodyParameters;
	Parameter[] headerParameters;
	Parameter[] attributedParameters;
	Parameter[] internalParameters;
	Parameter[] authParameters;
}

struct PathPart {
	/// interpret `text` as a parameter name (including the leading underscore) or as raw text
	bool isParameter;
	string text;
}

struct Parameter {
	ParameterKind kind;
	string name;
	string fieldName;
	bool isIn, isOut;
}

struct StaticRoute {
	string functionName; // D name of the function
	string rawName; // raw name as returned 
	bool pathOverride; // @path UDA was used
	HTTPMethod method;
	StaticParameter[] parameters;
}

struct StaticParameter {
	ParameterKind kind;
	string name;
	string fieldName; // only set for parameters where the field name can be statically determined - use Parameter.fieldName in usual cases
	bool isIn, isOut;
}

enum ParameterKind {
	query,       // req.query[]
	body_,       // JSON body
	header,      // req.header[]
	attributed,  // @before
	internal,    // req.params[]
	auth         // @authrorized!T
}

struct SubInterface {
	RestInterfaceSettings settings;
}

template SubInterfaceType(alias F) {
	import std.traits : ReturnType, isInstanceOf;
	alias RT = ReturnType!F;
	static if (is(RT == interface)) alias SubInterfaceType = RT;
	else static if (isInstanceOf!(Collection, RT)) alias SubInterfaceType = RT.Interface;
	else alias SubInterfaceType = void;
}

private bool extractPathParts(ref PathPart[] parts, string pattern)
{
	import std.string : indexOf;

	string p = pattern;

	bool has_placeholders = false;

	void addText(string str) {
		if (parts.length > 0 && !parts[$-1].isParameter)
			parts[$-1].text ~= str;
		else parts ~= PathPart(false, str);
	}

	while (p.length) {
		auto cidx = p.indexOf(':');
		if (cidx < 0) break;
		if (cidx > 0) addText(p[0 .. cidx]);
		p = p[cidx+1 .. $];

		auto sidx = p.indexOf('/');
		if (sidx < 0) sidx = p.length;
		assert(sidx > 0, "Empty path placeholders are illegal.");
		parts ~= PathPart(true, "_" ~ p[0 .. sidx]);
		has_placeholders = true;
		p = p[sidx .. $];
	}

	if (p.length) addText(p);

	return has_placeholders;
}

unittest {
	interface IDUMMY { void test(int dummy); }
	class DUMMY : IDUMMY { void test(int) {} }
	auto test = RestInterface!DUMMY(null, false);
}

unittest {
	interface IDUMMY {}
	class DUMMY : IDUMMY {}
	auto test = RestInterface!DUMMY(null, false);
}

unittest {
	interface I {
		void a();
		@path("foo") void b();
		void c(int id);
		@path("bar") void d(int id);
		@path(":baz") void e(int _baz);
		@path(":foo/:bar/baz") void f(int _foo, int _bar);
	}

	auto test = RestInterface!I(null, false);

	assert(test.routeCount == 6);
	assert(test.routes[0].pattern == "a");
	assert(test.routes[0].fullPattern == "/a");
	assert(test.routes[0].pathParts == [PathPart(false, "a")]);
	assert(test.routes[0].fullPathParts == [PathPart(false, "/a")]);

	assert(test.routes[1].pattern == "foo");
	assert(test.routes[1].fullPattern == "/foo");
	assert(test.routes[1].pathParts == [PathPart(false, "foo")]);
	assert(test.routes[1].fullPathParts == [PathPart(false, "/foo")]);

	assert(test.routes[2].pattern == ":id/c");
	assert(test.routes[2].fullPattern == "/:id/c");
	assert(test.routes[2].pathParts == [PathPart(true, "id"), PathPart(false, "/c")]);
	assert(test.routes[2].fullPathParts == [PathPart(false, "/"), PathPart(true, "id"), PathPart(false, "/c")]);

	assert(test.routes[3].pattern == ":id/bar");
	assert(test.routes[3].fullPattern == "/:id/bar");
	assert(test.routes[3].pathParts == [PathPart(true, "id"), PathPart(false, "/bar")]);
	assert(test.routes[3].fullPathParts == [PathPart(false, "/"), PathPart(true, "id"), PathPart(false, "/bar")]);

	assert(test.routes[4].pattern == ":baz");
	assert(test.routes[4].fullPattern == "/:baz");
	assert(test.routes[4].pathParts == [PathPart(true, "_baz")]);
	assert(test.routes[4].fullPathParts == [PathPart(false, "/"), PathPart(true, "_baz")]);

	assert(test.routes[5].pattern == ":foo/:bar/baz");
	assert(test.routes[5].fullPattern == "/:foo/:bar/baz");
	assert(test.routes[5].pathParts == [PathPart(true, "_foo"), PathPart(false, "/"), PathPart(true, "_bar"), PathPart(false, "/baz")]);
	assert(test.routes[5].fullPathParts == [PathPart(false, "/"), PathPart(true, "_foo"), PathPart(false, "/"), PathPart(true, "_bar"), PathPart(false, "/baz")]);
}

unittest {
	// Note: the RestInterface generates routes in a specific order.
	// since the assertions below also (indirectly) test ordering,
	// the assertions might trigger when the ordering of the routes
	// generated by the RestInterface changes.
	interface Options {
		@path("a") void getA();
		@path("a") void setA();
		@path("bar/:param") void setFoo(int _param);
		@path("bar/:marap") void addFoo(int _marap);
		void addFoo();
		void getFoo();
	}

	auto test = RestInterface!Options(null, false);
	import std.array : array;
	import std.algorithm : map;
	import std.range : dropOne, front;
	auto options = test.getRoutesGroupedByPattern.array;

	assert(options.length == 3);
	assert(options[0].front.fullPattern == "/a");
	assert(options[0].dropOne.front.fullPattern == "/a");
	assert(options[0].map!(route=>route.method).array == [HTTPMethod.GET,HTTPMethod.PUT]);

	assert(options[1].front.fullPattern == "/bar/:param");
	assert(options[1].dropOne.front.fullPattern == "/bar/:marap");
	assert(options[1].map!(route=>route.method).array == [HTTPMethod.PUT,HTTPMethod.POST]);

	assert(options[2].front.fullPattern == "/foo");
	assert(options[2].dropOne.front.fullPattern == "/foo");
	assert(options[2].map!(route=>route.method).array == [HTTPMethod.POST,HTTPMethod.GET]);
}

unittest {
	@rootPathFromName
	interface Foo
	{
		string bar();
	}

	auto test = RestInterface!Foo(null, false);

	assert(test.routeCount == 1);
	assert(test.routes[0].pattern == "bar");
	assert(test.routes[0].fullPattern == "/foo/bar");
	assert(test.routes[0].pathParts == [PathPart(false, "bar")]);
	assert(test.routes[0].fullPathParts == [PathPart(false, "/foo/bar")]);
}

unittest {
	@path("/foo/")
	interface Foo
	{
		@path("/bar/")
		string bar();
	}

	auto test = RestInterface!Foo(null, false);

	assert(test.routeCount == 1);
	assert(test.routes[0].pattern == "/bar/");
	assert(test.routes[0].fullPattern == "/foo/bar/");
	assert(test.routes[0].pathParts == [PathPart(false, "/bar/")]);
	assert(test.routes[0].fullPathParts == [PathPart(false, "/foo/bar/")]);
}

unittest { // #1285
	interface I {
		@headerParam("b", "foo") @headerParam("c", "bar")
		void a(int a, out int b, ref int c);
	}
	alias RI = RestInterface!I;
	static assert(RI.staticRoutes[0].parameters[0].name == "a");
	static assert(RI.staticRoutes[0].parameters[0].isIn && !RI.staticRoutes[0].parameters[0].isOut);
	static assert(RI.staticRoutes[0].parameters[1].name == "b");
	static assert(!RI.staticRoutes[0].parameters[1].isIn && RI.staticRoutes[0].parameters[1].isOut);
	static assert(RI.staticRoutes[0].parameters[2].name == "c");
	static assert(RI.staticRoutes[0].parameters[2].isIn && RI.staticRoutes[0].parameters[2].isOut);
}

unittest {
	interface Baz {
		struct CollectionIndices {
			string _barid;
			int _bazid;
		}

		void test(string _barid, int _bazid);
		void test2(string _barid);
	}

	interface Bar {
		struct CollectionIndices {
			string _barid;
		}

		Collection!Baz baz(string _barid);

		void test(string _barid);
		void test2();
	}

	interface Foo {
		Collection!Bar bar();
	}

	auto foo = RestInterface!Foo(null, false);
	assert(foo.subInterfaceCount == 1);

	auto bar = RestInterface!Bar(foo.subInterfaces[0].settings, false);
	assert(bar.routeCount == 2);
	assert(bar.routes[0].fullPattern == "/bar/:barid/test");
	assert(bar.routes[0].pathHasPlaceholders);
	assert(bar.routes[1].fullPattern == "/bar/test2", bar.routes[1].fullPattern);
	assert(!bar.routes[1].pathHasPlaceholders);
	assert(bar.subInterfaceCount == 1);

	auto baz = RestInterface!Baz(bar.subInterfaces[0].settings, false);
	assert(baz.routeCount == 2);
	assert(baz.routes[0].fullPattern == "/bar/:barid/baz/:bazid/test");
	assert(baz.routes[0].pathHasPlaceholders);
	assert(baz.routes[1].fullPattern == "/bar/:barid/baz/test2");
	assert(baz.routes[1].pathHasPlaceholders);
}
vibe.d-0.7.30/source/vibe/web/internal/rest/jsclient.d000066400000000000000000000167261304441332000225310ustar00rootroot00000000000000/**
	Internal module with functions to generate JavaScript REST interfaces.

	Copyright: © 2015-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.web.internal.rest.jsclient;

import vibe.inet.url : URL;
import vibe.web.rest;

import std.conv : to;

///
class JSRestClientSettings
{
	///
	string indentStep;
	///
	string name;

	///
	@property JSRestClientSettings dup()
	const {
		auto ret = new JSRestClientSettings;
		ret.indentStep = this.indentStep;
		ret.name = this.name;
		return ret;
	}
}

/**
	Generates JavaScript code suitable for accessing a REST interface using XHR.
*/
/*package(vibe.web.web)*/ void generateInterface(TImpl, R)(ref R output, RestInterfaceSettings settings,
		JSRestClientSettings jsgenset, bool parent)
{
	// TODO: handle attributed parameters and filter out internal parameters that have no path placeholder assigned to them

	import std.format : formattedWrite;
	import std.string : toUpper, strip, splitLines;
	import std.traits : FunctionTypeOf, ReturnType;
	import std.algorithm : filter, map;
	import std.array : replace;
	import std.typecons : tuple;

	import vibe.data.json : Json, serializeToJson;
	import vibe.internal.meta.uda;
	import vibe.http.common : HTTPMethod;
	import vibe.web.internal.rest.common;
	import vibe.web.common;

	auto intf = RestInterface!TImpl(settings, true);

	auto fout = indentSink(output, jsgenset.indentStep);

	fout.formattedWrite("%s%s = new function() {\n", parent ? "" : "this.",
			jsgenset.name.length ? jsgenset.name : intf.I.stringof);

	if (parent) {
		auto lns = `
			var toRestString = function(v) {
				var res;
				switch(typeof(v)) {
					case "object": res = JSON.stringify(v); break;
					default: res = v;
				}
				return encodeURIComponent(res);
			}`;
		foreach(ln; lns.splitLines.map!(a=>a.strip ~ "\n"))
			fout.put(ln);
	}

	foreach (i, SI; intf.SubInterfaceTypes) {
		fout.put("\n");
		auto chset = jsgenset.dup;
		chset.name = __traits(identifier, intf.SubInterfaceFunctions[i]);
		fout.generateInterface!SI(intf.subInterfaces[i].settings, chset, false);
	}

	foreach (i, F; intf.RouteFunctions) {
		alias FT = FunctionTypeOf!F;
		auto route = intf.routes[i];

		// function signature
		fout.put("\n");
		fout.formattedWrite("this.%s = function(", route.functionName);
		foreach (j, param; route.parameters) {
			fout.put(param.name);
			fout.put(", ");
		}
		static if (!is(ReturnType!FT == void)) fout.put("on_result, ");

		fout.put("on_error) {\n");

		// url assembly
		fout.put("var url = ");
		if (route.pathHasPlaceholders) {
			// extract the server part of the URL
			auto burl = URL(intf.baseURL);
			burl.pathString = "/";
			fout.serializeToJson(burl.toString()[0 .. $-1]);
			// and then assemble the full path piece-wise
			foreach (p; route.fullPathParts) {
				fout.put(" + ");
				if (!p.isParameter) fout.serializeToJson(p.text);
				else fout.formattedWrite("toRestString(%s)", p.text);
			}
		} else {
			fout.formattedWrite(`"%s"`, concatURL(intf.baseURL, route.pattern));
		}
		fout.put(";\n");

		// query parameters
		if (route.queryParameters.length) {
			fout.put("url = url");
			foreach (j, p; route.queryParameters)
				fout.formattedWrite(" + \"%s%s=\" + toRestString(%s)",
					j == 0 ? '?' : '&', p.fieldName, p.name);
			fout.put(";\n");
		}

		// body parameters
		if (route.bodyParameters.length) {
			fout.put("var postbody = {\n");
			foreach (p; route.bodyParameters)
				fout.formattedWrite("%s: %s,\n", Json(p.fieldName), p.name);
			fout.put("};\n");
		}

		// XHR setup
		fout.put("var xhr = new XMLHttpRequest();\n");
		fout.formattedWrite("xhr.open('%s', url, true);\n", route.method.to!string.toUpper);
		static if (!is(ReturnType!FT == void)) {
			fout.put("xhr.onload = function () {\n");
			fout.put("if (this.status >= 400) { if (on_error) on_error(JSON.parse(this.responseText)); else console.log(this.responseText); }\n");
			fout.put("else on_result(JSON.parse(this.responseText));\n");
			fout.put("};\n");
		}

		// header parameters
		foreach (p; route.headerParameters)
			fout.formattedWrite("xhr.setRequestHeader(%s, %s);\n", Json(p.fieldName), p.name);

		// submit request
		if (route.method == HTTPMethod.GET || !route.bodyParameters.length)
			fout.put("xhr.send();\n");
		else {
			fout.put("xhr.setRequestHeader('Content-Type', 'application/json');\n");
			fout.put("xhr.send(JSON.stringify(postbody));\n");
		}
		fout.put("}\n");
	}
	fout.put("}\n");
}

version (unittest) {
	interface IDUMMY { void test(int dummy); }
	class DUMMY : IDUMMY { void test(int) {} }
	private void dummy()
	{
		import std.array;
		auto app = appender!string();
		app.generateInterface!DUMMY(null, null, true);
	}
}

unittest { // issue #1293
	import std.algorithm : canFind, find;
	import std.array : appender;
	import vibe.inet.url;

	interface S {
		void test();
	}

	interface I {
		@property S s();
		int test1();
		void test2();
	}
	auto settings = new RestInterfaceSettings;
	settings.baseURL = URL("http://localhost/");
	auto app = appender!string();
	auto jsgenset = new JSRestClientSettings;
	app.generateInterface!I(settings, jsgenset, true);
	assert(app.data.canFind("this.s = new function()"));
	assert(app.data.canFind("this.test1 = function(on_result, on_error)"));
	assert(app.data.find("this.test1 = function").canFind("xhr.onload ="));
	assert(app.data.canFind("this.test2 = function(on_error)"));
	assert(!app.data.find("this.test2 = function").canFind("xhr.onload ="));
}

private auto indentSink(O)(ref O output, string step)
{
	static struct IndentSink(R)
	{
		import std.string : strip;
		import std.algorithm : joiner;
		import std.range : repeat;

		R* base;
		string indent;
		size_t level, tempLevel;
		alias orig this;

		this(R* base, string indent)
		{
			this.base = base;
			this.indent = indent;
		}

		void pushIndent()
		{
			level++;
			tempLevel++;
		}

		void popIndent()
		{
			if (!level) return;

			level--;
			if (tempLevel)
				tempLevel = level;
		}

		void postPut(const(char)[] s)
		{
			auto ss = s.strip;
			if (ss.length && ss[$-1] == '{')
				pushIndent();

			if (s.length && s[$-1] == '\n')
				tempLevel = level;
		}

		void prePut(const(char)[] s)
		{
			auto ss = s.strip;
			if (ss.length && ss[0] == '}')
				popIndent();

			orig.put(indent.repeat(tempLevel).joiner());
			tempLevel = 0;
		}

		void put(const(char)[] s) { prePut(s); orig.put(s); postPut(s); }

		void put(char c) { prePut([c]); orig.put(c); postPut([c]); }

		void formattedWrite(Args...)(string fmt, Args args)
		{
			import std.format : formattedWrite;

			prePut(fmt);
			orig.formattedWrite(fmt, args);
			postPut(fmt);
		}

		ref R orig() @property { return *base; }
	}

	static if (is(typeof(output.prePut)) && is(typeof(output.postPut))) // is IndentSink
		return output;
	else
		return IndentSink!O(&output, step);
}

unittest {
	import std.array : appender;
	import std.format : formattedWrite;
	import std.algorithm : equal;

	auto buf = appender!string();
	auto ind = indentSink(buf, "\t");
	ind.put("class A {\n");
	ind.put("int func() { return 12; }\n");

	auto ind2 = indentSink(ind, "    "); // return itself, not override indentStep

	ind2.formattedWrite("void %s(%-(%s, %)) {\n", "func2", ["int a", "float b", "char c"]);
	ind2.formattedWrite("if (%s == %s) {\n", "a", "0");
	ind2.put("action();\n");
	ind2.put("}\n");
	ind2.put("}\n");
	ind.put("}\n");

	auto res = "class A {\n\tint func() { return 12; }\n\tvoid func2(int a, float b, char c) {\n\t\t" ~
		"if (a == 0) {\n\t\t\taction();\n\t\t}\n\t}\n}\n";

	assert(equal(res, buf.data));
}
vibe.d-0.7.30/source/vibe/web/rest.d000066400000000000000000001630301304441332000170710ustar00rootroot00000000000000/**
	Automatic REST interface and client code generation facilities.

	Copyright: © 2012-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig, Михаил Страшун
*/
module vibe.web.rest;

public import vibe.web.common;

import vibe.core.log;
import vibe.http.router : URLRouter;
import vibe.http.client : HTTPClientSettings;
import vibe.http.common : HTTPMethod;
import vibe.http.server : HTTPServerRequestDelegate;
import vibe.http.status : isSuccessCode;
import vibe.internal.meta.uda;
import vibe.internal.meta.funcattr;
import vibe.inet.url;
import vibe.inet.message : InetHeaderMap;
import vibe.web.internal.rest.common : RestInterface, Route, SubInterfaceType;
import vibe.web.auth : AuthInfo, handleAuthentication, handleAuthorization, isAuthenticated;

import std.algorithm : startsWith, endsWith;
import std.range : isOutputRange;
import std.typecons : Nullable;
import std.typetuple : anySatisfy, Filter;
import std.traits;

/**
	Registers a REST interface and connects it the the given instance.

	Each method of the given class instance is mapped to the corresponing HTTP
	verb. Property methods are mapped to GET/PUT and all other methods are
	mapped according to their prefix verb. If the method has no known prefix,
	POST is used. The rest of the name is mapped to the path of the route
	according to the given `method_style`. Note that the prefix word must be
	all-lowercase and is delimited by either an upper case character, a
	non-alphabetic character, or the end of the string.

	The following table lists the mappings from prefix verb to HTTP verb:

	$(TABLE
		$(TR $(TH HTTP method) $(TH Recognized prefixes))
		$(TR $(TD GET)	  $(TD get, query))
		$(TR $(TD PUT)    $(TD set, put))
		$(TR $(TD POST)   $(TD add, create, post))
		$(TR $(TD DELETE) $(TD remove, erase, delete))
		$(TR $(TD PATCH)  $(TD update, patch))
	)

	If a method has its first parameter named 'id', it will be mapped to ':id/method' and
	'id' is expected to be part of the URL instead of a JSON request. Parameters with default
	values will be optional in the corresponding JSON request.

	Any interface that you return from a getter will be made available with the
	base url and its name appended.

	Params:
		router = The HTTP router on which the interface will be registered
		instance = Class instance to use for the REST mapping - Note that TImpl
			must either be an interface type, or a class which derives from a
			single interface
		settings = Additional settings, such as the $(D MethodStyle), or the prefix.
			See $(D RestInterfaceSettings) for more details.

	See_Also:
		$(D RestInterfaceClient) class for a seamless way to access such a generated API

*/
URLRouter registerRestInterface(TImpl)(URLRouter router, TImpl instance, RestInterfaceSettings settings = null)
{
	import std.algorithm : filter, map, all;
	import std.array : array;
	import std.range : front;
	import vibe.web.internal.rest.common : ParameterKind;

	auto intf = RestInterface!TImpl(settings, false);

	foreach (i, ovrld; intf.SubInterfaceFunctions) {
		enum fname = __traits(identifier, intf.SubInterfaceFunctions[i]);
		alias R = ReturnType!ovrld;

		static if (isInstanceOf!(Collection, R)) {
			auto ret = __traits(getMember, instance, fname)(R.ParentIDs.init);
			router.registerRestInterface!(R.Interface)(ret.m_interface, intf.subInterfaces[i].settings);
		} else {
			auto ret = __traits(getMember, instance, fname)();
			router.registerRestInterface!R(ret, intf.subInterfaces[i].settings);
		}
	}


	foreach (i, func; intf.RouteFunctions) {
		auto route = intf.routes[i];

		// normal handler
		auto handler = jsonMethodHandler!(func, i)(instance, intf);

		auto diagparams = route.parameters.filter!(p => p.kind != ParameterKind.internal).map!(p => p.fieldName).array;
		logDiagnostic("REST route: %s %s %s", route.method, route.fullPattern, diagparams);
		router.match(route.method, route.fullPattern, handler);
	}

	// here we filter our already existing OPTIONS routes, so we don't overwrite whenever the user explicitly made his own OPTIONS route
	auto routesGroupedByPattern = intf.getRoutesGroupedByPattern.filter!(rs => rs.all!(r => r.method != HTTPMethod.OPTIONS));

	foreach(routes; routesGroupedByPattern){
		auto route = routes.front;
		auto handler = optionsMethodHandler(routes, settings);

		auto diagparams = route.parameters.filter!(p => p.kind != ParameterKind.internal).map!(p => p.fieldName).array;
		logDiagnostic("REST route: %s %s %s", HTTPMethod.OPTIONS, route.fullPattern, diagparams);
		router.match(HTTPMethod.OPTIONS, route.fullPattern, handler);
	}
	return router;
}

/// ditto
URLRouter registerRestInterface(TImpl)(URLRouter router, TImpl instance, MethodStyle style)
{
	return registerRestInterface(router, instance, "/", style);
}

/// ditto
URLRouter registerRestInterface(TImpl)(URLRouter router, TImpl instance, string url_prefix,
	MethodStyle style = MethodStyle.lowerUnderscored)
{
	auto settings = new RestInterfaceSettings;
	if (!url_prefix.startsWith("/")) url_prefix = "/"~url_prefix;
	settings.baseURL = URL("http://127.0.0.1"~url_prefix);
	settings.methodStyle = style;
	return registerRestInterface(router, instance, settings);
}


/**
	This is a very limited example of REST interface features. Please refer to
	the "rest" project in the "examples" folder for a full overview.

	All details related to HTTP are inferred from the interface declaration.
*/
unittest
{
	@path("/")
	interface IMyAPI
	{
		// GET /api/greeting
		@property string greeting();

		// PUT /api/greeting
		@property void greeting(string text);

		// POST /api/users
		@path("/users")
		void addNewUser(string name);

		// GET /api/users
		@property string[] users();

		// GET /api/:id/name
		string getName(int id);

		// GET /some_custom_json
		Json getSomeCustomJson();
	}

	// vibe.d takes care of all JSON encoding/decoding
	// and actual API implementation can work directly
	// with native types

	class API : IMyAPI
	{
		private {
			string m_greeting;
			string[] m_users;
		}

		@property string greeting() { return m_greeting; }
		@property void greeting(string text) { m_greeting = text; }

		void addNewUser(string name) { m_users ~= name; }

		@property string[] users() { return m_users; }

		string getName(int id) { return m_users[id]; }

		Json getSomeCustomJson()
		{
			Json ret = Json.emptyObject;
			ret["somefield"] = "Hello, World!";
			return ret;
		}
	}

	// actual usage, this is usually done in app.d module
	// constructor

	void static_this()
	{
		import vibe.http.server, vibe.http.router;

		auto router = new URLRouter;
		router.registerRestInterface(new API());
		listenHTTP(new HTTPServerSettings(), router);
	}
}


/**
	Returns a HTTP handler delegate that serves a JavaScript REST client.
*/
HTTPServerRequestDelegate serveRestJSClient(I)(RestInterfaceSettings settings)
	if (is(I == interface))
{
	import std.digest.md : md5Of;
	import std.digest.digest : toHexString;
	import std.array : appender;
	import vibe.http.server : HTTPServerRequest, HTTPServerResponse;
	import vibe.http.status : HTTPStatus;

	auto app = appender!string();
	generateRestJSClient!I(app, settings);
	auto hash = app.data.md5Of.toHexString.idup;

	void serve(HTTPServerRequest req, HTTPServerResponse res)
	{
		if (auto pv = "If-None-Match" in res.headers) {
			res.statusCode = HTTPStatus.notModified;
			res.writeVoidBody();
			return;
		}

		res.headers["Etag"] = hash;
		res.writeBody(app.data, "application/javascript; charset=UTF-8");
	}

	return &serve;
}
/// ditto
HTTPServerRequestDelegate serveRestJSClient(I)(URL base_url)
{
	auto settings = new RestInterfaceSettings;
	settings.baseURL = base_url;
	return serveRestJSClient!I(settings);
}
/// ditto
HTTPServerRequestDelegate serveRestJSClient(I)(string base_url)
{
	auto settings = new RestInterfaceSettings;
	settings.baseURL = URL(base_url);
	return serveRestJSClient!I(settings);
}

///
unittest {
	import vibe.http.server;

	interface MyAPI {
		string getFoo();
		void postBar(string param);
	}

	void test()
	{
		auto restsettings = new RestInterfaceSettings;
		restsettings.baseURL = URL("http://api.example.org/");

		auto router = new URLRouter;
		router.get("/myapi.js", serveRestJSClient!MyAPI(restsettings));
		//router.get("/myapi.js", serveRestJSClient!MyAPI(URL("http://api.example.org/")));
		//router.get("/myapi.js", serveRestJSClient!MyAPI("http://api.example.org/"));
		//router.get("/", staticTemplate!"index.dt");

		listenHTTP(new HTTPServerSettings, router);
	}

	/*
		index.dt:
		html
			head
				title JS REST client test
				script(src="myapi.js")
			body
				button(onclick="MyAPI.postBar('hello');")
	*/
}


/**
	Generates JavaScript code to access a REST interface from the browser.
*/
void generateRestJSClient(I, R)(ref R output, RestInterfaceSettings settings = null)
	if (is(I == interface) && isOutputRange!(R, char))
{
	import vibe.web.internal.rest.jsclient : generateInterface, JSRestClientSettings;
	auto jsgenset = new JSRestClientSettings;
	output.generateInterface!I(settings, jsgenset, true);
}

/// Writes a JavaScript REST client to a local .js file.
unittest {
	import vibe.core.file;

	interface MyAPI {
		void getFoo();
		void postBar(string param);
	}

	void generateJSClientImpl()
	{
		import std.array : appender;

		auto app = appender!string;
		auto settings = new RestInterfaceSettings;
		settings.baseURL = URL("http://localhost/");
		generateRestJSClient!MyAPI(app, settings);
	}

	generateJSClientImpl();
}


/**
	Implements the given interface by forwarding all public methods to a REST server.

	The server must talk the same protocol as registerRestInterface() generates. Be sure to set
	the matching method style for this. The RestInterfaceClient class will derive from the
	interface that is passed as a template argument. It can be used as a drop-in replacement
	of the real implementation of the API this way.
*/
class RestInterfaceClient(I) : I
{
	import vibe.inet.url : URL, PathEntry;
	import vibe.http.client : HTTPClientRequest;
	import std.typetuple : staticMap;

	private alias Info = RestInterface!I;

	//pragma(msg, "imports for "~I.stringof~":");
	//pragma(msg, generateModuleImports!(I)());
	mixin(generateModuleImports!I());

	private {
		// storing this struct directly causes a segfault when built with
		// LDC 0.15.x, so we are using a pointer here:
		RestInterface!I* m_intf;
		RequestFilter m_requestFilter;
		staticMap!(RestInterfaceClient, Info.SubInterfaceTypes) m_subInterfaces;
	}

	alias RequestFilter = void delegate(HTTPClientRequest req);

	/**
		Creates a new REST client implementation of $(D I).
	*/
	this(RestInterfaceSettings settings)
	{
		m_intf = new Info(settings, true);

		foreach (i, SI; Info.SubInterfaceTypes)
			m_subInterfaces[i] = new RestInterfaceClient!SI(m_intf.subInterfaces[i].settings);
	}

	/// ditto
	this(string base_url, MethodStyle style = MethodStyle.lowerUnderscored)
	{
		this(URL(base_url), style);
	}

	/// ditto
	this(URL base_url, MethodStyle style = MethodStyle.lowerUnderscored)
	{
		scope settings = new RestInterfaceSettings;
		settings.baseURL = base_url;
		settings.methodStyle = style;
		this(settings);
	}

	/**
		An optional request filter that allows to modify each request before it is made.
	*/
	final @property RequestFilter requestFilter()
	{
		return m_requestFilter;
	}

	/// ditto
	final @property void requestFilter(RequestFilter v)
	{
		m_requestFilter = v;
		foreach (i, SI; Info.SubInterfaceTypes)
			m_subInterfaces[i].requestFilter = v;
	}

	//pragma(msg, "restinterface:");
	mixin(generateRestClientMethods!I());

	protected {
		import vibe.data.json : Json;
		import vibe.textfilter.urlencode;

		/**
		 * Perform a request to the interface using the given parameters.
		 *
		 * Params:
		 * verb = Kind of request (See $(D HTTPMethod) enum).
		 * name = Location to request. For a request on https://github.com/rejectedsoftware/vibe.d/issues?q=author%3ASantaClaus,
		 *		it will be '/rejectedsoftware/vibe.d/issues'.
		 * hdrs = The headers to send. Some field might be overriden (such as Content-Length). However, Content-Type will NOT be overriden.
		 * query = The $(B encoded) query string. For a request on https://github.com/rejectedsoftware/vibe.d/issues?q=author%3ASantaClaus,
		 *		it will be 'author%3ASantaClaus'.
		 * body_ = The body to send, as a string. If a Content-Type is present in $(D hdrs), it will be used, otherwise it will default to
		 *		the generic type "application/json".
		 * reqReturnHdrs = A map of required return headers.
		 *				   To avoid returning unused headers, nothing is written
		 *				   to this structure unless there's an (usually empty)
		 *				   entry (= the key exists) with the same key.
		 *				   If any key present in `reqReturnHdrs` is not present
		 *				   in the response, an Exception is thrown.
		 * optReturnHdrs = A map of optional return headers.
		 *				   This behaves almost as exactly as reqReturnHdrs,
		 *				   except that non-existent key in the response will
		 *				   not cause it to throw, but rather to set this entry
		 *				   to 'null'.
		 *
		 * Returns:
		 *     The Json object returned by the request
		 */
		Json request(HTTPMethod verb, string name,
					 in ref InetHeaderMap hdrs, string query, string body_,
					 ref InetHeaderMap reqReturnHdrs,
					 ref InetHeaderMap optReturnHdrs) const
		{
			auto path = URL(m_intf.baseURL).pathString;

			if (name.length)
			{
				if (path.length && path[$ - 1] == '/' && name[0] == '/')
					path ~= name[1 .. $];
				else if (path.length && path[$ - 1] == '/' || name[0] == '/')
					path ~= name;
				else
					path ~= '/' ~ name;
			}

			auto httpsettings = m_intf.settings.httpClientSettings;

			return .request(URL(m_intf.baseURL), m_requestFilter, verb, path,
				hdrs, query, body_, reqReturnHdrs, optReturnHdrs, httpsettings);
		}
	}
}

///
unittest
{
	interface IMyApi
	{
		// GET /status
		string getStatus();

		// GET /greeting
		@property string greeting();
		// PUT /greeting
		@property void greeting(string text);

		// POST /new_user
		void addNewUser(string name);
		// GET /users
		@property string[] users();
		// GET /:id/name
		string getName(int id);

		Json getSomeCustomJson();
	}

	void test()
	{
		auto api = new RestInterfaceClient!IMyApi("http://127.0.0.1/api/");

		logInfo("Status: %s", api.getStatus());
		api.greeting = "Hello, World!";
		logInfo("Greeting message: %s", api.greeting);
		api.addNewUser("Peter");
		api.addNewUser("Igor");
		logInfo("Users: %s", api.users);
		logInfo("First user name: %s", api.getName(0));
	}
}


/**
	Encapsulates settings used to customize the generated REST interface.
*/
class RestInterfaceSettings {
	/** The public URL below which the REST interface is registered.
	*/
	URL baseURL;

	/** List of allowed origins for CORS

		Empty list is interpreted as allowing all origins (e.g. *)
	*/
	string[] allowedOrigins;

	/** Naming convention used for the generated URLs.
	*/
	MethodStyle methodStyle = MethodStyle.lowerUnderscored;

	/** Ignores a trailing underscore in method and function names.

		With this setting set to $(D true), it's possible to use names in the
		REST interface that are reserved words in D.
	*/
	bool stripTrailingUnderscore = true;

	/// Overrides the default HTTP client settings used by the `RestInterfaceClient`.
	HTTPClientSettings httpClientSettings;

	@property RestInterfaceSettings dup()
	const {
		auto ret = new RestInterfaceSettings;
		ret.baseURL = this.baseURL;
		ret.methodStyle = this.methodStyle;
		ret.stripTrailingUnderscore = this.stripTrailingUnderscore;
		ret.allowedOrigins = this.allowedOrigins.dup;
		return ret;
	}
}


/**
	Models REST collection interfaces using natural D syntax.

	Use this type as the return value of a REST interface getter method/property
	to model a collection of objects. `opIndex` is used to make the individual
	entries accessible using the `[index]` syntax. Nested collections are
	supported.

	The interface `I` needs to define a struct named `CollectionIndices`. The
	members of this struct denote the types and names of the indexes that lead
	to a particular resource. If a collection is nested within another
	collection, the order of these members must match the nesting order
	(outermost first).

	The parameter list of all of `I`'s methods must begin with all but the last
	entry in `CollectionIndices`. Methods that also match the last entry will be
	considered methods of a collection item (`collection[index].method()`),
	wheres all other methods will be considered methods of the collection
	itself (`collection.method()`).

	The name of the index parameters affects the default path of a method's
	route. Normal parameter names will be subject to the same rules as usual
	routes (see `registerRestInterface`) and will be mapped to query or form
	parameters at the protocol level. Names starting with an underscore will
	instead be mapped to path placeholders. For example,
	`void getName(int __item_id)` will be mapped to a GET request to the
	path `":item_id/name"`.
*/
struct Collection(I)
	if (is(I == interface))
{
	import std.typetuple;

	static assert(is(I.CollectionIndices == struct), "Collection interfaces must define a CollectionIndices struct.");

	alias Interface = I;
	alias AllIDs = TypeTuple!(typeof(I.CollectionIndices.tupleof));
	alias AllIDNames = FieldNameTuple!(I.CollectionIndices);
	static assert(AllIDs.length >= 1, I.stringof~".CollectionIndices must define at least one member.");
	static assert(AllIDNames.length == AllIDs.length);
	alias ItemID = AllIDs[$-1];
	alias ParentIDs = AllIDs[0 .. $-1];
	alias ParentIDNames = AllIDNames[0 .. $-1];

	private {
		I m_interface;
		ParentIDs m_parentIDs;
	}

	/** Constructs a new collection instance that is tied to a particular
		parent collection entry.

		Params:
			api = The target interface imstance to be mapped as a collection
			pids = The indexes of all collections in which this collection is
				nested (if any)
	*/
	this(I api, ParentIDs pids)
	{
		m_interface = api;
		m_parentIDs = pids;
	}

	static struct Item {
		private {
			I m_interface;
			AllIDs m_id;
		}

		this(I api, AllIDs id)
		{
			m_interface = api;
			m_id = id;
		}

		// forward all item methods
		mixin(() {
			string ret;
			foreach (m; __traits(allMembers, I)) {
				foreach (ovrld; MemberFunctionsTuple!(I, m)) {
					alias PT = ParameterTypeTuple!ovrld;
					static if (matchesAllIDs!ovrld)
						ret ~= "auto "~m~"(ARGS...)(ARGS args) { return m_interface."~m~"(m_id, args); }\n";
				}
			}
			return ret;
		} ());
	}

	// Note: the example causes a recursive template instantiation if done as a documented unit test:
	/** Accesses a single collection entry.

		Example:
		---
		interface IMain {
			@property Collection!IItem items();
		}

		interface IItem {
			struct CollectionIndices {
				int _itemID;
			}

			@method(HTTPMethod.GET)
			string name(int _itemID);
		}

		void test(IMain main)
		{
			auto item_name = main.items[23].name; // equivalent to IItem.name(23)
		}
		---
	*/
	Item opIndex(ItemID id)
	{
		return Item(m_interface, m_parentIDs, id);
	}

	// forward all non-item methods
	mixin(() {
		string ret;
		foreach (m; __traits(allMembers, I)) {
			foreach (ovrld; MemberFunctionsTuple!(I, m)) {
				alias PT = ParameterTypeTuple!ovrld;
				static if (!matchesAllIDs!ovrld) {
					static assert(matchesParentIDs!ovrld,
						"Collection methods must take all parent IDs as the first parameters."~PT.stringof~"   "~ParentIDs.stringof);
					ret ~= "auto "~m~"(ARGS...)(ARGS args) { return m_interface."~m~"(m_parentIDs, args); }\n";
				}
			}
		}
		return ret;
	} ());

	private template matchesParentIDs(alias func) {
		static if (is(ParameterTypeTuple!func[0 .. ParentIDs.length] == ParentIDs)) {
			static if (ParentIDNames.length == 0) enum matchesParentIDs = true;
			else static if (ParameterIdentifierTuple!func[0 .. ParentIDNames.length] == ParentIDNames)
				enum matchesParentIDs = true;
			else enum matchesParentIDs = false;
		} else enum matchesParentIDs = false;
	}

	private template matchesAllIDs(alias func) {
		static if (is(ParameterTypeTuple!func[0 .. AllIDs.length] == AllIDs)) {
			static if (ParameterIdentifierTuple!func[0 .. AllIDNames.length] == AllIDNames)
				enum matchesAllIDs = true;
			else enum matchesAllIDs = false;
		} else enum matchesAllIDs = false;
	}
}

/// Model two nested collections using path based indexes
unittest {
	//
	// API definition
	//
	interface SubItemAPI {
		// Define the index path that leads to a sub item
		struct CollectionIndices {
			// The ID of the base item. This must match the definition in
			// ItemAPI.CollectionIndices
			string _item;
			// The index if the sub item
			int _index;
		}

		// GET /items/:item/subItems/length
		@property int length(string _item);

		// GET /items/:item/subItems/:index/squared_position
		int getSquaredPosition(string _item, int _index);
	}

	interface ItemAPI {
		// Define the index that identifies an item
		struct CollectionIndices {
			string _item;
		}

		// base path /items/:item/subItems
		Collection!SubItemAPI subItems(string _item);

		// GET /items/:item/name
		@property string name(string _item);
	}

	interface API {
		// a collection of items at the base path /items/
		Collection!ItemAPI items();
	}

	//
	// Local API implementation
	//
	class SubItemAPIImpl : SubItemAPI {
		@property int length(string _item) { return 10; }

		int getSquaredPosition(string _item, int _index) { return _index ^^ 2; }
	}

	class ItemAPIImpl : ItemAPI {
		private SubItemAPIImpl m_subItems;

		this() { m_subItems = new SubItemAPIImpl; }

		Collection!SubItemAPI subItems(string _item) { return Collection!SubItemAPI(m_subItems, _item); }

		string name(string _item) { return _item; }
	}

	class APIImpl : API {
		private ItemAPIImpl m_items;

		this() { m_items = new ItemAPIImpl; }

		Collection!ItemAPI items() { return Collection!ItemAPI(m_items); }
	}

	//
	// Resulting API usage
	//
	API api = new APIImpl; // A RestInterfaceClient!API would work just as well
	assert(api.items["foo"].name == "foo");
	assert(api.items["foo"].subItems.length == 10);
	assert(api.items["foo"].subItems[2].getSquaredPosition() == 4);
}

unittest {
	interface I {
		struct CollectionIndices {
			int id1;
			string id2;
		}

		void a(int id1, string id2);
		void b(int id1, int id2);
		void c(int id1, string p);
		void d(int id1, string id2, int p);
		void e(int id1, int id2, int p);
		void f(int id1, string p, int q);
	}

	Collection!I coll;
	static assert(is(typeof(coll["x"].a()) == void));
	static assert(is(typeof(coll.b(42)) == void));
	static assert(is(typeof(coll.c("foo")) == void));
	static assert(is(typeof(coll["x"].d(42)) == void));
	static assert(is(typeof(coll.e(42, 42)) == void));
	static assert(is(typeof(coll.f("foo", 42)) == void));
}

/// Model two nested collections using normal query parameters as indexes
unittest {
	//
	// API definition
	//
	interface SubItemAPI {
		// Define the index path that leads to a sub item
		struct CollectionIndices {
			// The ID of the base item. This must match the definition in
			// ItemAPI.CollectionIndices
			string item;
			// The index if the sub item
			int index;
		}

		// GET /items/subItems/length?item=...
		@property int length(string item);

		// GET /items/subItems/squared_position?item=...&index=...
		int getSquaredPosition(string item, int index);
	}

	interface ItemAPI {
		// Define the index that identifies an item
		struct CollectionIndices {
			string item;
		}

		// base path /items/subItems?item=...
		Collection!SubItemAPI subItems(string item);

		// GET /items/name?item=...
		@property string name(string item);
	}

	interface API {
		// a collection of items at the base path /items/
		Collection!ItemAPI items();
	}

	//
	// Local API implementation
	//
	class SubItemAPIImpl : SubItemAPI {
		@property int length(string item) { return 10; }

		int getSquaredPosition(string item, int index) { return index ^^ 2; }
	}

	class ItemAPIImpl : ItemAPI {
		private SubItemAPIImpl m_subItems;

		this() { m_subItems = new SubItemAPIImpl; }

		Collection!SubItemAPI subItems(string item) { return Collection!SubItemAPI(m_subItems, item); }

		string name(string item) { return item; }
	}

	class APIImpl : API {
		private ItemAPIImpl m_items;

		this() { m_items = new ItemAPIImpl; }

		Collection!ItemAPI items() { return Collection!ItemAPI(m_items); }
	}

	//
	// Resulting API usage
	//
	API api = new APIImpl; // A RestInterfaceClient!API would work just as well
	assert(api.items["foo"].name == "foo");
	assert(api.items["foo"].subItems.length == 10);
	assert(api.items["foo"].subItems[2].getSquaredPosition() == 4);
}

unittest {
	interface C {
		struct CollectionIndices {
			int _ax;
			int _b;
		}
		void testB(int _ax, int _b);
	}

	interface B {
		struct CollectionIndices {
			int _a;
		}
		Collection!C c();
		void testA(int _a);
	}

	interface A {
		Collection!B b();
	}

	static assert (!is(typeof(A.init.b[1].c[2].testB())));
}

/** Allows processing the server request/response before the handler method is called.

	Note that this attribute is only used by `registerRestInterface`, but not
	by the client generators. This attribute expects the name of a parameter that
	will receive its return value.

	Writing to the response body from within the specified hander function
	causes any further processing of the request to be skipped. In particular,
	the route handler method will not be called.

	Note:
		The example shows the drawback of this attribute. It generally is a
		leaky abstraction that propagates to the base interface. For this
		reason the use of this attribute is not recommended, unless there is
		no suitable alternative.
*/
alias before = vibe.internal.meta.funcattr.before;

///
unittest {
	import vibe.http.server : HTTPServerRequest, HTTPServerResponse;

	interface MyService {
		long getHeaderCount(size_t foo = 0);
	}

	size_t handler(HTTPServerRequest req, HTTPServerResponse res)
	{
		return req.headers.length;
	}

	class MyServiceImpl : MyService {
		// the "foo" parameter will receive the number of request headers
		@before!handler("foo")
		long getHeaderCount(size_t foo)
		{
			return foo;
		}
	}

	void test(URLRouter router)
	{
		router.registerRestInterface(new MyServiceImpl);
	}
}


/** Allows processing the return value of a handler method and the request/response objects.

	The value returned by the REST API will be the value returned by the last
	`@after` handler, which allows to post process the results of the handler
	method.

	Writing to the response body from within the specified handler function
	causes any further processing of the request ot be skipped, including
	any other `@after` annotations and writing the result value.
*/
alias after = vibe.internal.meta.funcattr.after;

///
unittest {
	import vibe.http.server : HTTPServerRequest, HTTPServerResponse;

	interface MyService {
		long getMagic();
	}

	long handler(long ret, HTTPServerRequest req, HTTPServerResponse res)
	{
		return ret * 2;
	}

	class MyServiceImpl : MyService{
		// the result reported by the REST API will be 42
		@after!handler
		long getMagic()
		{
			return 21;
		}
	}

	void test(URLRouter router)
	{
		router.registerRestInterface(new MyServiceImpl);
	}
}

/**
 * Generate an handler that will wrap the server's method
 *
 * This function returns an handler, generated at compile time, that
 * will deserialize the parameters, pass them to the function implemented
 * by the user, and return what it needs to return, be it header parameters
 * or body, which is at the moment either a pure string or a Json object.
 *
 * One thing that makes this method more complex that it needs be is the
 * inability for D to attach UDA to parameters. This means we have to roll
 * our own implementation, which tries to be as easy to use as possible.
 * We'll require the user to give the name of the parameter as a string to
 * our UDA. Hopefully, we're also able to detect at compile time if the user
 * made a typo of any kind (see $(D genInterfaceValidationError)).
 *
 * Note:
 * Lots of abbreviations are used to ease the code, such as
 * PTT (ParameterTypeTuple), WPAT (WebParamAttributeTuple)
 * and PWPAT (ParameterWebParamAttributeTuple).
 *
 * Params:
 *	T = type of the object which represent the REST server (user implemented).
 *	Func = An alias to the function of $(D T) to wrap.
 *
 *	inst = REST server on which to call our $(D Func).
 *	settings = REST server configuration.
 *
 * Returns:
 *	A delegate suitable to use as an handler for an HTTP request.
 */
private HTTPServerRequestDelegate jsonMethodHandler(alias Func, size_t ridx, T)(T inst, ref RestInterface!T intf)
{
	import std.string : format;
	import vibe.http.server : HTTPServerRequest, HTTPServerResponse;
	import vibe.http.common : HTTPStatusException, HTTPStatus, enforceBadRequest;
	import vibe.utils.string : sanitizeUTF8;
	import vibe.web.internal.rest.common : ParameterKind;
	import vibe.internal.meta.funcattr : IsAttributedParameter, computeAttributedParameterCtx;
	import vibe.textfilter.urlencode : urlDecode;

	enum Method = __traits(identifier, Func);
	alias PTypes = ParameterTypeTuple!Func;
	alias PDefaults = ParameterDefaultValueTuple!Func;
	alias RT = ReturnType!(FunctionTypeOf!Func);
	static const sroute = RestInterface!T.staticRoutes[ridx];
	auto route = intf.routes[ridx];
	auto settings = intf.settings;

	void handler(HTTPServerRequest req, HTTPServerResponse res)
	{
		if (route.bodyParameters.length) {
			logDebug("BODYPARAMS: %s %s", Method, route.bodyParameters.length);
			/*enforceBadRequest(req.contentType == "application/json",
				"The Content-Type header needs to be set to application/json.");*/
			enforceBadRequest(req.json.type != Json.Type.undefined,
				"The request body does not contain a valid JSON value.");
			enforceBadRequest(req.json.type == Json.Type.object,
				"The request body must contain a JSON object with an entry for each parameter.");
		}

		static if (isAuthenticated!(T, Func)) {
			auto auth_info = handleAuthentication!Func(inst, req, res);
			if (res.headerWritten) return;
		}

		PTypes params;

		foreach (i, PT; PTypes) {
			enum sparam = sroute.parameters[i];
			enum pname = sparam.name;
			auto fieldname = route.parameters[i].fieldName;
			static if (isInstanceOf!(Nullable, PT)) PT v;
			else Nullable!PT v;

			static if (sparam.kind == ParameterKind.auth) {
				v = auth_info;
			} else static if (sparam.kind == ParameterKind.query) {
				if (auto pv = fieldname in req.query)
					v = fromRestString!PT(*pv);
			} else static if (sparam.kind == ParameterKind.body_) {
				if (auto pv = fieldname in req.json) {
					try
						v = deserializeJson!PT(*pv);
					catch (JSONException e)
						enforceBadRequest(false, e.msg);
                }
			} else static if (sparam.kind == ParameterKind.header) {
				if (auto pv = fieldname in req.headers)
					v = fromRestString!PT(*pv);
			} else static if (sparam.kind == ParameterKind.attributed) {
				v = computeAttributedParameterCtx!(Func, pname)(inst, req, res);
			} else static if (sparam.kind == ParameterKind.internal) {
				if (auto pv = fieldname in req.params)
					v = fromRestString!PT(urlDecode(*pv));
			} else static assert(false, "Unhandled parameter kind.");

			static if (isInstanceOf!(Nullable, PT)) params[i] = v;
			else if (v.isNull()) {
				static if (!is(PDefaults[i] == void)) params[i] = PDefaults[i];
				else enforceBadRequest(false, "Missing non-optional "~sparam.kind.to!string~" parameter '"~(fieldname.length?fieldname:sparam.name)~"'.");
			} else params[i] = v;
		}

		static if (isAuthenticated!(T, Func))
			handleAuthorization!(T, Func, params)(auth_info);

		void handleCors()
		{
			import std.algorithm : any;
			import std.uni : sicmp;

			if (req.method == HTTPMethod.OPTIONS)
				return;
			auto origin = "Origin" in req.headers;
			if (origin is null)
				return;

			if (settings.allowedOrigins.length != 0 &&
				!settings.allowedOrigins.any!(org => org.sicmp((*origin)) == 0))
				return;

			res.headers["Access-Control-Allow-Origin"] = *origin;
			res.headers["Access-Control-Allow-Credentials"] = "true";
		}
		// Anti copy-paste
		void returnHeaders()
		{
			handleCors();
			foreach (i, P; PTypes) {
				static if (sroute.parameters[i].isOut) {
					static assert (sroute.parameters[i].kind == ParameterKind.header);
					static if (isInstanceOf!(Nullable, typeof(params[i]))) {
						if (!params[i].isNull)
							res.headers[route.parameters[i].fieldName] = to!string(params[i]);
					} else {
						res.headers[route.parameters[i].fieldName] = to!string(params[i]);
					}
				}
			}
		}

		try {
			import vibe.internal.meta.funcattr;

			static if (is(RT == void)) {
				__traits(getMember, inst, Method)(params);
				returnHeaders();
				res.writeJsonBody(Json.emptyObject);
			} else {
				auto ret = __traits(getMember, inst, Method)(params);
				ret = evaluateOutputModifiers!Func(ret, req, res);
				returnHeaders();
				res.writeJsonBody(ret);
			}
		} catch (HTTPStatusException e) {
			if (res.headerWritten)
				logDebug("Response already started when a HTTPStatusException was thrown. Client will not receive the proper error code (%s)!", e.status);
			else {
				returnHeaders();
				res.writeJsonBody([ "statusMessage": e.msg ], e.status);
			}
		} catch (Exception e) {
			// TODO: better error description!
			logDebug("REST handler exception: %s", e.toString());
			if (res.headerWritten) logDebug("Response already started. Client will not receive an error code!");
			else
			{
				returnHeaders();
				res.writeJsonBody(
					[ "statusMessage": e.msg, "statusDebugMessage": sanitizeUTF8(cast(ubyte[])e.toString()) ],
					HTTPStatus.internalServerError
					);
			}
		}
	}

	return &handler;
}

/**
 * Generate an handler that will wrap the server's method
 *
 * This function returns an handler that handles the http OPTIONS method.
 *
 * It will return the ALLOW header with all the methods on this resource
 * And it will handle Preflight CORS.
 *
 * Params:
 *	routes = a range of Routes were each route has the same resource/URI
 *				just different method.
 *	settings = REST server configuration.
 *
 * Returns:
 *	A delegate suitable to use as an handler for an HTTP request.
 */
private HTTPServerRequestDelegate optionsMethodHandler(RouteRange)(RouteRange routes, RestInterfaceSettings settings = null)
{
	import vibe.http.server : HTTPServerRequest, HTTPServerResponse;
	import std.algorithm : map, joiner, any;
	import std.conv : text;
	import std.array : array;
	import vibe.http.common : httpMethodString, httpMethodFromString;
	// NOTE: don't know what is better, to keep this in memory, or generate on each request
	auto allow = routes.map!(r => r.method.httpMethodString).joiner(",").text();
	auto methods = routes.map!(r => r.method).array();

	void handlePreflightedCors(HTTPServerRequest req, HTTPServerResponse res, ref HTTPMethod[] methods, RestInterfaceSettings settings = null)
	{
		import std.algorithm : among;
		import std.uni : sicmp;

		auto origin = "Origin" in req.headers;
		if (origin is null)
			return;

		if (settings !is null &&
			settings.allowedOrigins.length != 0 &&
			!settings.allowedOrigins.any!(org => org.sicmp((*origin)) == 0))
			return;

		auto method = "Access-Control-Request-Method" in req.headers;
		if (method is null)
			return;

		auto httpMethod = httpMethodFromString(*method);

		if (!methods.any!(m => m == httpMethod))
			return;

		res.headers["Access-Control-Allow-Origin"] = *origin;

		// there is no way to know if the specific resource supports credentials
		// (either cookies, HTTP authentication, or client-side SSL certificates),
		// so we always assume it does
		res.headers["Access-Control-Allow-Credentials"] = "true";
		res.headers["Access-Control-Max-Age"] = "1728000";
		res.headers["Access-Control-Allow-Methods"] = *method;

		// we have no way to reliably determine what headers the resource allows
		// so we simply copy whatever the client requested
		if (auto headers = "Access-Control-Request-Headers" in req.headers)
			res.headers["Access-Control-Allow-Headers"] = *headers;
	}

	void handler(HTTPServerRequest req, HTTPServerResponse res)
	{
		// since this is a OPTIONS request, we have to return the ALLOW headers to tell which methods we have
		res.headers["Allow"] = allow;

		// handle CORS preflighted requests
		handlePreflightedCors(req,res,methods,settings);

		// NOTE: besides just returning the allowed methods and handling CORS preflighted requests,
		// this would be a nice place to describe what kind of resources are on this route,
		// the params each accepts, the headers, etc... think WSDL but then for REST.
		res.writeBody("");
	}
	return &handler;
}

private string generateRestClientMethods(I)()
{
	import std.array : join;
	import std.string : format;
	import std.traits : fullyQualifiedName, isInstanceOf;

	alias Info = RestInterface!I;

	string ret = q{
		import vibe.internal.meta.codegen : CloneFunction;
	};

	// generate sub interface methods
	foreach (i, SI; Info.SubInterfaceTypes) {
		alias F = Info.SubInterfaceFunctions[i];
		alias RT = ReturnType!F;
		alias ParamNames = ParameterIdentifierTuple!F;
		static if (ParamNames.length == 0) enum pnames = "";
		else enum pnames = ", " ~ [ParamNames].join(", ");
		static if (isInstanceOf!(Collection, RT)) {
			ret ~= q{
					mixin CloneFunction!(Info.SubInterfaceFunctions[%1$s], q{
						return Collection!(%2$s)(m_subInterfaces[%1$s]%3$s);
					});
				}.format(i, fullyQualifiedName!SI, pnames);
		} else {
			ret ~= q{
					mixin CloneFunction!(Info.SubInterfaceFunctions[%1$s], q{
						return m_subInterfaces[%1$s];
					});
				}.format(i);
		}
	}

	// generate route methods
	foreach (i, F; Info.RouteFunctions) {
		alias ParamNames = ParameterIdentifierTuple!F;
		static if (ParamNames.length == 0) enum pnames = "";
		else enum pnames = ", " ~ [ParamNames].join(", ");

		ret ~= q{
				mixin CloneFunction!(Info.RouteFunctions[%1$s], q{
					return executeClientMethod!(I, %1$s%2$s)(*m_intf, m_requestFilter);
				});
			}.format(i, pnames);
	}

	return ret;
}


private auto executeClientMethod(I, size_t ridx, ARGS...)
	(in ref RestInterface!I intf, void delegate(HTTPClientRequest) request_filter)
{
	import vibe.web.internal.rest.common : ParameterKind;
	import vibe.textfilter.urlencode : filterURLEncode, urlEncode;
	import std.array : appender;

	alias Info = RestInterface!I;
	alias Func = Info.RouteFunctions[ridx];
	alias RT = ReturnType!Func;
	alias PTT = ParameterTypeTuple!Func;
	enum sroute = Info.staticRoutes[ridx];
	auto route = intf.routes[ridx];

	InetHeaderMap headers;
	InetHeaderMap reqhdrs;
	InetHeaderMap opthdrs;

	string url_prefix;

	auto query = appender!string();
	auto jsonBody = Json.emptyObject;
	string body_;

	void addQueryParam(size_t i)(string name)
	{
		if (query.data.length) query.put('&');
		query.filterURLEncode(name);
		query.put("=");
		static if (is(PT == Json))
			query.filterURLEncode(ARGS[i].toString());
		else // Note: CTFE triggers compiler bug here (think we are returning Json, not string).
			query.filterURLEncode(toRestString(serializeToJson(ARGS[i])));
	}

	foreach (i, PT; PTT) {
		enum sparam = sroute.parameters[i];
		auto fieldname = route.parameters[i].fieldName;
		static if (sparam.kind == ParameterKind.query) {
			addQueryParam!i(fieldname);
		} else static if (sparam.kind == ParameterKind.body_) {
			jsonBody[fieldname] = serializeToJson(ARGS[i]);
		} else static if (sparam.kind == ParameterKind.header) {
			// Don't send 'out' parameter, as they should be default init anyway and it might confuse some server
			static if (sparam.isIn) {
				static if (isInstanceOf!(Nullable, PT)) {
					if (!ARGS[i].isNull)
						headers[fieldname] = to!string(ARGS[i]);
				} else headers[fieldname] = to!string(ARGS[i]);
			}
			static if (sparam.isOut) {
				// Optional parameter
				static if (isInstanceOf!(Nullable, PT)) {
					opthdrs[fieldname] = null;
				} else {
					reqhdrs[fieldname] = null;
				}
			}
		}
	}

	debug body_ = jsonBody.toPrettyString();
	else body_ = jsonBody.toString();

	string url;
	foreach (i, p; route.fullPathParts) {
		if (p.isParameter) {
			switch (p.text) {
				foreach (j, PT; PTT) {
					case sroute.parameters[j].name:
						url ~= urlEncode(toRestString(serializeToJson(ARGS[j])));
						goto sbrk;
				}
				default: url ~= ":" ~ p.text; break;
			}
			sbrk:;
		} else url ~= p.text;
	}

	scope (exit) {
		foreach (i, PT; PTT) {
			enum sparam = sroute.parameters[i];
			auto fieldname = route.parameters[i].fieldName;
			static if (sparam.kind == ParameterKind.header) {
				static if (sparam.isOut) {
					static if (isInstanceOf!(Nullable, PT)) {
						ARGS[i] = to!(TemplateArgsOf!PT)(
							opthdrs.get(fieldname, null));
					} else {
						if (auto ptr = fieldname in reqhdrs)
							ARGS[i] = to!PT(*ptr);
					}
				}
			}
		}
	}

	auto jret = request(URL(intf.baseURL), request_filter, sroute.method, url, headers, query.data, body_, reqhdrs, opthdrs, intf.settings.httpClientSettings);

	static if (!is(RT == void))
		return deserializeJson!RT(jret);
}


import vibe.http.client : HTTPClientRequest;
/**
 * Perform a request to the interface using the given parameters.
 *
 * Params:
 * verb = Kind of request (See $(D HTTPMethod) enum).
 * name = Location to request. For a request on https://github.com/rejectedsoftware/vibe.d/issues?q=author%3ASantaClaus,
 *		it will be '/rejectedsoftware/vibe.d/issues'.
 * hdrs = The headers to send. Some field might be overriden (such as Content-Length). However, Content-Type will NOT be overriden.
 * query = The $(B encoded) query string. For a request on https://github.com/rejectedsoftware/vibe.d/issues?q=author%3ASantaClaus,
 *		it will be 'author%3ASantaClaus'.
 * body_ = The body to send, as a string. If a Content-Type is present in $(D hdrs), it will be used, otherwise it will default to
 *		the generic type "application/json".
 * reqReturnHdrs = A map of required return headers.
 *				   To avoid returning unused headers, nothing is written
 *				   to this structure unless there's an (usually empty)
 *				   entry (= the key exists) with the same key.
 *				   If any key present in `reqReturnHdrs` is not present
 *				   in the response, an Exception is thrown.
 * optReturnHdrs = A map of optional return headers.
 *				   This behaves almost as exactly as reqReturnHdrs,
 *				   except that non-existent key in the response will
 *				   not cause it to throw, but rather to set this entry
 *				   to 'null'.
 *
 * Returns:
 *     The Json object returned by the request
 */
private Json request(URL base_url,
	void delegate(HTTPClientRequest) request_filter, HTTPMethod verb,
	string path, in ref InetHeaderMap hdrs, string query, string body_,
	ref InetHeaderMap reqReturnHdrs, ref InetHeaderMap optReturnHdrs,
	in HTTPClientSettings http_settings)
{
	import vibe.http.client : HTTPClientRequest, HTTPClientResponse, requestHTTP;
	import vibe.http.common : HTTPStatusException, HTTPStatus, httpMethodString, httpStatusText;
	import vibe.inet.url : Path;

	URL url = base_url;
	url.pathString = path;

	if (query.length) url.queryString = query;

	Json ret;

	auto reqdg = (scope HTTPClientRequest req) {
		req.method = verb;
		foreach (k, v; hdrs)
			req.headers[k] = v;

		if (request_filter) request_filter(req);

		if (body_ != "")
			req.writeBody(cast(ubyte[])body_, hdrs.get("Content-Type", "application/json"));
	};

	auto resdg = (scope HTTPClientResponse res) {
		ret = res.readJson();

		logDebug(
			 "REST call: %s %s -> %d, %s",
			 httpMethodString(verb),
			 url.toString(),
			 res.statusCode,
			 ret.toString()
			 );

		// Get required headers - Don't throw yet
		string[] missingKeys;
		foreach (k, ref v; reqReturnHdrs)
			if (auto ptr = k in res.headers)
				v = (*ptr).idup;
			else
				missingKeys ~= k;

		// Get optional headers
		foreach (k, ref v; optReturnHdrs)
			if (auto ptr = k in res.headers)
				v = (*ptr).idup;
			else
				v = null;

		if (missingKeys.length)
			throw new Exception(
				"REST interface mismatch: Missing required header field(s): "
				~ missingKeys.to!string);


		if (!isSuccessCode(cast(HTTPStatus)res.statusCode))
			throw new RestException(res.statusCode, ret);
	};

	if (http_settings) requestHTTP(url, reqdg, resdg, http_settings);
	else requestHTTP(url, reqdg, resdg);

	return ret;
}

private {
	import vibe.data.json;
	import std.conv : to;

	string toRestString(Json value)
	{
		switch (value.type) {
			default: return value.toString();
			case Json.Type.Bool: return value.get!bool ? "true" : "false";
			case Json.Type.Int: return to!string(value.get!long);
			case Json.Type.Float: return to!string(value.get!double);
			case Json.Type.String: return value.get!string;
		}
	}

	T fromRestString(T)(string value)
	{
		import std.conv : ConvException;
		import vibe.web.common : HTTPStatusException, HTTPStatus;
		try {
			static if (isInstanceOf!(Nullable, T)) return T(fromRestString!(typeof(T.init.get()))(value));
			else static if (is(T == bool)) return value == "true";
			else static if (is(T : int)) return to!T(value);
			else static if (is(T : double)) return to!T(value); // FIXME: formattedWrite(dst, "%.16g", json.get!double);
			else static if (is(string : T)) return value;
			else static if (__traits(compiles, T.fromISOExtString("hello"))) return T.fromISOExtString(value);
			else static if (__traits(compiles, T.fromString("hello"))) return T.fromString(value);
			else return deserializeJson!T(parseJson(value));
		} catch (ConvException e) {
			throw new HTTPStatusException(HTTPStatus.badRequest, e.msg);
		} catch (JSONException e) {
			throw new HTTPStatusException(HTTPStatus.badRequest, e.msg);
		}
	}

	// Converting from invalid JSON string to aggregate should throw bad request
	unittest {
		import vibe.web.common : HTTPStatusException, HTTPStatus;

		void assertHTTPStatus(E)(lazy E expression, HTTPStatus expectedStatus,
			string file = __FILE__, size_t line = __LINE__)
		{
			import core.exception : AssertError;
			import std.format : format;

			try
				expression();
			catch (HTTPStatusException e)
			{
				if (e.status != expectedStatus)
					throw new AssertError(format("assertHTTPStatus failed: " ~
						"status expected %d but was %d", expectedStatus, e.status),
						file, line);

				return;
			}

			throw new AssertError("assertHTTPStatus failed: No " ~
				"'HTTPStatusException' exception was thrown", file, line);
		}

		struct Foo { int bar; }
		assertHTTPStatus(fromRestString!(Foo)("foo"), HTTPStatus.badRequest);
	}
}

private string generateModuleImports(I)()
{
	if (!__ctfe)
		assert (false);

	import vibe.internal.meta.codegen : getRequiredImports;
	import std.algorithm : map;
	import std.array : join;

	auto modules = getRequiredImports!I();
	return join(map!(a => "static import " ~ a ~ ";")(modules), "\n");
}

version(unittest)
{
	private struct Aggregate { }
	private interface Interface
	{
		Aggregate[] foo();
	}
}

unittest
{
	enum imports = generateModuleImports!Interface;
	static assert (imports == "static import vibe.web.rest;");
}

// Check that the interface is valid. Every checks on the correctness of the
// interface should be put in checkRestInterface, which allows to have consistent
// errors in the server and client.
package string getInterfaceValidationError(I)()
out (result) { assert((result is null) == !result.length); }
body {
	import vibe.web.internal.rest.common : ParameterKind;
	import std.typetuple : TypeTuple;
	import std.algorithm : strip;

	// The hack parameter is to kill "Statement is not reachable" warnings.
	string validateMethod(alias Func)(bool hack = true) {
		import vibe.internal.meta.uda;
		import std.string : format;

		static assert(is(FunctionTypeOf!Func), "Internal error");

		if (!__ctfe)
			assert(false, "Internal error");

		enum FuncId = (fullyQualifiedName!I~ "." ~ __traits(identifier, Func));
		alias PT = ParameterTypeTuple!Func;
		static if (!__traits(compiles, ParameterIdentifierTuple!Func)) {
			if (hack) return "%s: A parameter has no name.".format(FuncId);
			alias PN = TypeTuple!("-DummyInvalid-");
		} else
			alias PN = ParameterIdentifierTuple!Func;
		alias WPAT = UDATuple!(WebParamAttribute, Func);

		// Check if there is no orphan UDATuple (e.g. typo while writing the name of the parameter).
		foreach (i, uda; WPAT) {
			// Note: static foreach gets unrolled, generating multiple nested sub-scope.
			// The spec / DMD doesn't like when you have the same symbol in those,
			// leading to wrong codegen / wrong template being reused.
			// That's why those templates need different names.
			// See DMD bug #9748.
			mixin(GenOrphan!(i).Decl);
			// template CmpOrphan(string name) { enum CmpOrphan = (uda.identifier == name); }
			static if (!anySatisfy!(mixin(GenOrphan!(i).Name), PN)) {
				if (hack) return "%s: No parameter '%s' (referenced by attribute @%sParam)"
					.format(FuncId, uda.identifier, uda.origin);
			}
		}

		foreach (i, P; PT) {
			static if (!PN[i].length)
				if (hack) return "%s: Parameter %d has no name."
					.format(FuncId, i);
			// Check for multiple origins
			static if (WPAT.length) {
				// It's okay to reuse GenCmp, as the order of params won't change.
				// It should/might not be reinstantiated by the compiler.
				mixin(GenCmp!("Loop", i, PN[i]).Decl);
				alias WPA = Filter!(mixin(GenCmp!("Loop", i, PN[i]).Name), WPAT);
				static if (WPA.length > 1)
					if (hack) return "%s: Parameter '%s' has multiple @*Param attributes on it."
						.format(FuncId, PN[i]);
			}
		}

		// Check for misplaced ref / out
		alias PSC = ParameterStorageClass;
		foreach (i, SC; ParameterStorageClassTuple!Func) {
			static if (SC & PSC.out_ || SC & PSC.ref_) {
				mixin(GenCmp!("Loop", i, PN[i]).Decl);
				alias Attr
					= Filter!(mixin(GenCmp!("Loop", i, PN[i]).Name), WPAT);
				static if (Attr.length != 1) {
					if (hack) return "%s: Parameter '%s' cannot be %s"
						.format(FuncId, PN[i], SC & PSC.out_ ? "out" : "ref");
				} else static if (Attr[0].origin != ParameterKind.header) {
					if (hack) return "%s: %s parameter '%s' cannot be %s"
						.format(FuncId, Attr[0].origin, PN[i],
							SC & PSC.out_ ? "out" : "ref");
				}
			}
		}

		// Check for @path(":name")
		enum pathAttr = findFirstUDA!(PathAttribute, Func);
		static if (pathAttr.found) {
			static if (!pathAttr.value.length) {
				if (hack)
					return "%s: Path is null or empty".format(FuncId);
			} else {
				import std.algorithm : canFind, splitter;
				// splitter doesn't work with alias this ?
				auto str = pathAttr.value.data;
				if (str.canFind("//")) return "%s: Path '%s' contains empty entries.".format(FuncId, pathAttr.value);
				str = str.strip('/');
				if (!str.length) return null;
				foreach (elem; str.splitter('/')) {
					assert(elem.length, "Empty path entry not caught yet!?");

					if (elem[0] == ':') {
						// typeof(PN) is void when length is 0.
						static if (!PN.length) {
							if (hack)
								return "%s: Path contains '%s', but no parameter '_%s' defined."
									.format(FuncId, elem, elem[1..$]);
						} else {
							if (![PN].canFind("_"~elem[1..$]))
								if (hack) return "%s: Path contains '%s', but no parameter '_%s' defined."
									.format(FuncId, elem, elem[1..$]);
							elem = elem[1..$];
						}
					}
				}
				// TODO: Check for validity of the subpath.
			}
		}
		return null;
	}

	if (!__ctfe)
		assert(false, "Internal error");
	bool hack = true;
	foreach (method; __traits(allMembers, I)) {
		// WORKAROUND #1045 / @@BUG14375@@
		static if (method.length != 0)
			foreach (overload; MemberFunctionsTuple!(I, method)) {
				static if (validateMethod!(overload)())
					if (hack) return validateMethod!(overload)();
			}
	}
	return null;
}

// Test detection of user typos (e.g., if the attribute is on a parameter that doesn't exist).
unittest {
	enum msg = "No parameter 'ath' (referenced by attribute @headerParam)";

	interface ITypo {
		@headerParam("ath", "Authorization") // mistyped parameter name
		string getResponse(string auth);
	}
	enum err = getInterfaceValidationError!ITypo;
	static assert(err !is null && stripTestIdent(err) == msg,
		"Expected validation error for getResponse, got: "~stripTestIdent(err));
}

// Multiple origin for a parameter
unittest {
	enum msg = "Parameter 'arg1' has multiple @*Param attributes on it.";

	interface IMultipleOrigin {
		@headerParam("arg1", "Authorization") @bodyParam("arg1", "Authorization")
		string getResponse(string arg1, int arg2);
	}
	enum err = getInterfaceValidationError!IMultipleOrigin;
	static assert(err !is null && stripTestIdent(err) == msg, err);
}

// Missing parameter name
unittest {
	enum msg = "Parameter 0 has no name.";

	interface IMissingName1 {
		string getResponse(string = "troublemaker");
	}
	interface IMissingName2 {
		string getResponse(string);
	}
	enum err1 = getInterfaceValidationError!IMissingName1;
	static assert(err1 !is null && stripTestIdent(err1) == msg, err1);
	enum err2 = getInterfaceValidationError!IMissingName2;
	static assert(err2 !is null && stripTestIdent(err2) == msg, err2);
}

// Issue 949
unittest {
	enum msg = "Path contains ':owner', but no parameter '_owner' defined.";

	@path("/repos/")
	interface IGithubPR {
		@path(":owner/:repo/pulls")
		string getPullRequests(string owner, string repo);
	}
	enum err = getInterfaceValidationError!IGithubPR;
	static assert(err !is null && stripTestIdent(err) == msg, err);
}

// Issue 1017
unittest {
	interface TestSuccess { @path("/") void test(); }
	interface TestSuccess2 { @path("/test/") void test(); }
	interface TestFail { @path("//") void test(); }
	interface TestFail2 { @path("/test//it/") void test(); }
	static assert(getInterfaceValidationError!TestSuccess is null);
	static assert(getInterfaceValidationError!TestSuccess2 is null);
	static assert(stripTestIdent(getInterfaceValidationError!TestFail)
		== "Path '//' contains empty entries.");
	static assert(stripTestIdent(getInterfaceValidationError!TestFail2)
		== "Path '/test//it/' contains empty entries.");
}

unittest {
	interface NullPath  { @path(null) void test(); }
	interface ExplicitlyEmptyPath { @path("") void test(); }
	static assert(stripTestIdent(getInterfaceValidationError!NullPath)
				  == "Path is null or empty");
	static assert(stripTestIdent(getInterfaceValidationError!ExplicitlyEmptyPath)
				  == "Path is null or empty");

	// Note: Implicitly empty path are valid:
	// interface ImplicitlyEmptyPath { void get(); }
}

// Accept @headerParam ref / out parameters
unittest {
	interface HeaderRef {
		@headerParam("auth", "auth")
		string getData(ref string auth);
	}
	static assert(getInterfaceValidationError!HeaderRef is null,
		      stripTestIdent(getInterfaceValidationError!HeaderRef));

	interface HeaderOut {
		@headerParam("auth", "auth")
		void getData(out string auth);
	}
	static assert(getInterfaceValidationError!HeaderOut is null,
		      stripTestIdent(getInterfaceValidationError!HeaderOut));
}

// Reject unattributed / @queryParam or @bodyParam ref / out parameters
unittest {
	interface QueryRef {
		@queryParam("auth", "auth")
		string getData(ref string auth);
	}
	static assert(stripTestIdent(getInterfaceValidationError!QueryRef)
		== "query parameter 'auth' cannot be ref");

	interface QueryOut {
		@queryParam("auth", "auth")
		void getData(out string auth);
	}
	static assert(stripTestIdent(getInterfaceValidationError!QueryOut)
		== "query parameter 'auth' cannot be out");

	interface BodyRef {
		@bodyParam("auth", "auth")
		string getData(ref string auth);
	}
	static assert(stripTestIdent(getInterfaceValidationError!BodyRef)
		== "body_ parameter 'auth' cannot be ref");

	interface BodyOut {
		@bodyParam("auth", "auth")
		void getData(out string auth);
	}
	static assert(stripTestIdent(getInterfaceValidationError!BodyOut)
		== "body_ parameter 'auth' cannot be out");

	// There's also the possibility of someone using an out unnamed
	// parameter (don't ask me why), but this is catched as unnamed
	// parameter, so we don't need to check it here.
}

private string stripTestIdent(string msg) {
	import std.string;
	auto idx = msg.indexOf(": ");
	return idx >= 0 ? msg[idx+2 .. $] : msg;
}

// Small helper for client code generation
private string paramCTMap(string[string] params)
{
	import std.array : appender, join;
	if (!__ctfe)
		assert (false, "This helper is only supposed to be called for codegen in RestClientInterface.");
	auto app = appender!(string[]);
	foreach (key, val; params) {
		app ~= "\""~key~"\"";
		app ~= val;
	}
	return app.data.join(", ");
}

package string stripTUnderscore(string name, RestInterfaceSettings settings) {
	if ((settings is null || settings.stripTrailingUnderscore)
	    && name.endsWith("_"))
		return name[0 .. $-1];
	else return name;
}

// Workarounds @@DMD:9748@@, and maybe more
package template GenCmp(string name, int id, string cmpTo) {
	import std.string : format;
	import std.conv : to;
	enum Decl = q{
		template %1$s(alias uda) {
			enum %1$s = (uda.identifier == "%2$s");
		}
	}.format(Name, cmpTo);
	enum Name = name~to!string(id);
}

// Ditto
private template GenOrphan(int id) {
	import std.string : format;
	import std.conv : to;
	enum Decl = q{
		template %1$s(string name) {
			enum %1$s = (uda.identifier == name);
		}
	}.format(Name);
	enum Name = "OrphanCheck"~to!string(id);
}

// Workaround for issue #1045 / DMD bug 14375
// Also, an example of policy-based design using this module.
unittest {
	import std.traits, std.typetuple;
	import vibe.internal.meta.codegen;
	import vibe.internal.meta.typetuple;
	import vibe.web.internal.rest.common : ParameterKind;

	interface Policies {
		@headerParam("auth", "Authorization")
		string BasicAuth(string auth, ulong expiry);
	}

	@path("/keys/")
	interface IKeys(alias AuthenticationPolicy = Policies.BasicAuth) {
		static assert(is(FunctionTypeOf!AuthenticationPolicy == function),
			      "Policies needs to be functions");
		@path("/") @method(HTTPMethod.POST)
		mixin CloneFunctionDecl!(AuthenticationPolicy, true, "create");
	}

	class KeysImpl : IKeys!() {
	override:
		string create(string auth, ulong expiry) {
			return "4242-4242";
		}
	}

	// Some sanity checks
        // Note: order is most likely implementation dependent.
	// Good thing we only have one frontend...
	alias WPA = WebParamAttribute;
	static assert(Compare!(
			      Group!(__traits(getAttributes, IKeys!().create)),
			      Group!(PathAttribute("/"),
				     MethodAttribute(HTTPMethod.POST),
				     WPA(ParameterKind.header, "auth", "Authorization"))));

	void register() {
		auto router = new URLRouter();
		router.registerRestInterface(new KeysImpl());
	}

	void query() {
		auto client = new RestInterfaceClient!(IKeys!())("http://127.0.0.1:8080");
		assert(client.create("Hello", 0) == "4242-4242");
	}
}
vibe.d-0.7.30/source/vibe/web/validation.d000066400000000000000000000075721304441332000202560ustar00rootroot00000000000000/**
	Parameter validation types transparently supported for web interface methods.

	Copyright: © 2014 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.web.validation;

import vibe.utils.validation;

import std.array : appender;
import std.typecons : Nullable;


/**
	Validated e-mail parameter type.

	See_also: $(D vibe.utils.validation.validateEmail)
*/
struct ValidEmail {
	private string m_value;

	private this(string value) { m_value = value; }
	@disable this();

	string toString() const pure nothrow @safe { return m_value; }
	alias toString this;

	static Nullable!ValidEmail fromStringValidate(string str, string* error)
	{
		// work around disabled default construction
		Nullable!ValidEmail ret = Nullable!ValidEmail(ValidEmail(null));
		ret.nullify();

		auto err = appender!string(); // TODO: avoid allocations when possible
		if (validateEmail(err, str)) ret = ValidEmail(str);
		else *error = err.data;
		return ret;
	}
}

///
unittest {
	class WebService {
		void setEmail(ValidEmail email)
		{
			// email is enforced to be valid here
		}

		void updateProfileInfo(Nullable!ValidEmail email, Nullable!string full_name)
		{
			// email is optional, but always valid
			// full_name is optional and not validated
		}
	}
}


/**
	Validated user name parameter type.

	See_also: $(D vibe.utils.validation.validateUsername)
*/
struct ValidUsername {
	private string m_value;

	private this(string value) { m_value = value; }
	@disable this();

	string toString() const pure nothrow @safe { return m_value; }
	alias toString this;

	static Nullable!ValidUsername fromStringValidate(string str, string* error)
	{
		// work around disabled default construction
		Nullable!ValidUsername ret = Nullable!ValidUsername(ValidUsername(null));
		ret.nullify();

		auto err = appender!string(); // TODO: avoid allocations when possible
		if (validateUserName(err, str)) ret = ValidUsername(str);
		else *error = err.data;
		return ret;
	}
}

///
unittest {
	class WebService {
		void setUsername(ValidUsername username)
		{
			// username is enforced to be valid here
		}

		void updateProfileInfo(Nullable!ValidUsername username, Nullable!string full_name)
		{
			// username is optional, but always valid
			// full_name is optional and not validated
		}
	}
}


/**
	Validated password parameter.

	See_also: $(D vibe.utils.validation.validatePassword)
*/
struct ValidPassword {
	private string m_value;

	private this(string value) { m_value = value; }
	@disable this();

	string toString() const pure nothrow @safe { return m_value; }
	alias toString this;

	static Nullable!ValidPassword fromStringValidate(string str, string* error)
	{
		// work around disabled default construction
		Nullable!ValidPassword ret = Nullable!ValidPassword(ValidPassword(null));
		ret.nullify();

		auto err = appender!string(); // TODO: avoid allocations when possible
		if (validatePassword(err, str, str)) ret = ValidPassword(str);
		else *error = err.data;
		return ret;
	}
}


/**
	Ensures that the parameter value matches that of another parameter.
*/
struct Confirm(string CONFIRMED_PARAM)
{
	enum confirmedParameter = CONFIRMED_PARAM;

	private string m_value;

	string toString() const pure nothrow @safe { return m_value; }
	alias toString this;

	static Confirm fromString(string str) { return Confirm(str); }
}

///
unittest {
	class WebService {
		void setPassword(ValidPassword password, Confirm!"password" password_confirmation)
		{
			// password is valid and guaranteed to equal password_confirmation
		}

		void setProfileInfo(string full_name, Nullable!ValidPassword password, Nullable!(Confirm!"password") password_confirmation)
		{
			// Password is valid and guaranteed to equal password_confirmation
			// It is allowed for both, password and password_confirmation
			// to be absent at the same time, but not for only one of them.
		}
	}
}
vibe.d-0.7.30/source/vibe/web/web.d000066400000000000000000000724651304441332000167040ustar00rootroot00000000000000/**
	Implements a declarative framework for building web interfaces.

	This module contains the sister funtionality to the $(D vibe.web.rest)
	module. While the REST interface generator is meant for stateless
	machine-to-machine communication, this module aims at implementing
	user facing web services. Apart from that, both systems use the same
	declarative approach.

	See $(D registerWebInterface) for an overview of how the system works.

	Copyright: © 2013-2016 RejectedSoftware e.K.
	License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file.
	Authors: Sönke Ludwig
*/
module vibe.web.web;

public import vibe.internal.meta.funcattr : PrivateAccessProxy, before, after;
public import vibe.web.common;
public import vibe.web.i18n;
public import vibe.web.validation;

import vibe.core.core;
import vibe.http.common;
import vibe.http.router;
import vibe.http.server;
import vibe.http.websockets;
import vibe.web.auth : AuthInfo, handleAuthentication, handleAuthorization, isAuthenticated;

import std.encoding : sanitize;

/*
	TODO:
		- conversion errors of path place holder parameters should result in 404
		- support format patterns for redirect()
		- add a way to specify response headers without explicit access to "res"
*/


/**
	Registers a HTTP/web interface based on a class instance.

	Each public method of the given class instance will be mapped to a HTTP
	route. Property methods are mapped to GET/PUT and all other methods are
	mapped according to their prefix verb. If the method has no known prefix,
	POST is used. The rest of the name is mapped to the path of the route
	according to the given `method_style`. Note that the prefix word must be
	all-lowercase and is delimited by either an upper case character, a
	non-alphabetic character, or the end of the string.

	The following table lists the mappings from prefix verb to HTTP verb:

	$(TABLE
		$(TR $(TH HTTP method) $(TH Recognized prefixes))
		$(TR $(TD GET)	  $(TD get, query))
		$(TR $(TD PUT)    $(TD set, put))
		$(TR $(TD POST)   $(TD add, create, post))
		$(TR $(TD DELETE) $(TD remove, erase, delete))
		$(TR $(TD PATCH)  $(TD update, patch))
	)

	Method parameters will be sourced from either the query string
	or form data of the request, or, if the parameter name has an underscore
	prefixed, from the $(D vibe.http.server.HTTPServerRequest.params) map.

	The latter can be used to inject custom data in various ways. Examples of
	this are placeholders specified in a `@path` annotation, values computed
	by a `@before` annotation, error information generated by the
	`@errorDisplay` annotation, or data injected manually in a HTTP method
	handler that processed the request prior to passing it to the generated
	web interface handler routes.

	Methods that return a $(D class) or $(D interface) instance, instead of
	being mapped to a single HTTP route, will be mapped recursively by
	iterating the public routes of the returned instance. This way, complex
	path hierarchies can be mapped to class hierarchies.

	Parameter_conversion_rules:
		For mapping method parameters without a prefixed underscore to
		query/form fields, the following rules are applied:

		$(UL
			$(LI An array of values is mapped to
				$(D <parameter_name>_<index>), where $(D index)
				denotes the zero based index of the array entry. The length
				of the array is determined by searching for the first
				non-existent index in the set of form fields.)
			$(LI $(D Nullable!T) typed parameters, as well as parameters with
				default values, are optional parameters and are allowed to be
				missing in the set of form fields. All other parameter types
				require the corresponding field to be present and will result
				in a runtime error otherwise.)
			$(LI $(D struct) type parameters that don't define a $(D fromString)
				or a $(D fromStringValidate) method will be mapped to one
				form field per struct member with a scheme similar to how
				arrays are treated: $(D <parameter_name>_<member_name>))
			$(LI Boolean parameters will be set to $(D true) if a form field of
				the corresponding name is present and to $(D false) otherwise.
				This is compatible to how check boxes in HTML forms work.)
			$(LI All other types of parameters will be converted from a string
				by using the first available means of the following:
				a static $(D fromStringValidate) method, a static $(D fromString)
				method, using $(D std.conv.to!T).)
			$(LI Any of these rules can be applied recursively, so that it is
				possible to nest arrays and structs appropriately.)
		)

	Special_parameters:
		$(UL
			$(LI A parameter named $(D __error) will be populated automatically
				with error information, when an $(D @errorDisplay) attribute
				is in use.)
			$(LI An $(D InputStream) typed parameter will receive the request
				body as an input stream. Note that this stream may be already
				emptied if the request was subject to certain body parsing
				options. See $(D vibe.http.server.HTTPServerOption).)
			$(LI Parameters of types $(D vibe.http.server.HTTPServerRequest),
				$(D vibe.http.server.HTTPServerResponse),
				$(D vibe.http.common.HTTPRequest) or
				$(D vibe.http.common.HTTPResponse) will receive the
				request/response objects of the invoking request.)
			$(LI If a parameter of the type `WebSocket` is found, the route
				is registered as a web socket endpoint. It will automatically
				upgrade the connection and pass the resulting WebSocket to
				the connection.)
		)


	Supported_attributes:
		The following attributes are supported for annotating methods of the
		registered class:

		$(D @before), $(D @after), $(D @errorDisplay),
		$(D @vibe.web.common.method), $(D @vibe.web.common.path),
		$(D @vibe.web.common.contentType)

		The `@path` attribute can also be applied to the class itself, in which
		case it will be used as an additional prefix to the one in
		`WebInterfaceSettings.urlPrefix`.

	Params:
		router = The HTTP router to register to
		instance = Class instance to use for the web interface mapping
		settings = Optional parameter to customize the mapping process
*/
URLRouter registerWebInterface(C : Object, MethodStyle method_style = MethodStyle.lowerUnderscored)(URLRouter router, C instance, WebInterfaceSettings settings = null)
{
	import std.algorithm : endsWith;
	import std.traits;
	import vibe.internal.meta.uda : findFirstUDA;

	if (!settings) settings = new WebInterfaceSettings;

	string url_prefix = settings.urlPrefix;
	enum cls_path = findFirstUDA!(PathAttribute, C);
	static if (cls_path.found) {
		url_prefix = concatURL(url_prefix, cls_path.value, true);
	}

	foreach (M; __traits(allMembers, C)) {
		/*static if (isInstanceOf!(SessionVar, __traits(getMember, instance, M))) {
			__traits(getMember, instance, M).m_getContext = toDelegate({ return s_requestContext; });
		}*/
		static if (!is(typeof(__traits(getMember, Object, M)))) { // exclude Object's default methods and field
			foreach (overload; MemberFunctionsTuple!(C, M)) {
				alias RT = ReturnType!overload;
				enum minfo = extractHTTPMethodAndName!(overload, true)();
				enum url = minfo.hadPathUDA ? minfo.url : adjustMethodStyle(minfo.url, method_style);

				static if (findFirstUDA!(NoRouteAttribute, overload).found) {
					import vibe.core.log : logDebug;
					logDebug("Method %s.%s annotated with @noRoute - not generating a route entry.", C.stringof, M);
				} else static if (is(RT == class) || is(RT == interface)) {
					// nested API
					static assert(
						ParameterTypeTuple!overload.length == 0,
						"Instances may only be returned from parameter-less functions ("~M~")!"
					);
					auto subsettings = settings.dup;
					subsettings.urlPrefix = concatURL(url_prefix, url, true);
					registerWebInterface!RT(router, __traits(getMember, instance, M)(), subsettings);
				} else {
					auto fullurl = concatURL(url_prefix, url);
					router.match(minfo.method, fullurl, (req, res) {
						handleRequest!(M, overload)(req, res, instance, settings);
					});
					if (settings.ignoreTrailingSlash && !fullurl.endsWith("*") && fullurl != "/") {
						auto m = fullurl.endsWith("/") ? fullurl[0 .. $-1] : fullurl ~ "/";
						router.match(minfo.method, m, (req, res) {
							static if (minfo.method == HTTPMethod.GET) {
								URL redurl = req.fullURL;
								auto redpath = redurl.path;
								redpath.endsWithSlash = !redpath.endsWithSlash;
								redurl.path = redpath;
								res.redirect(redurl);
							} else {
								handleRequest!(M, overload)(req, res, instance, settings);
							}
						});
					}
				}
			}
		}
	}
	return router;
}


/**
	Gives an overview of the basic features. For more advanced use, see the
	example in the "examples/web/" directory.
*/
unittest {
	import vibe.http.router;
	import vibe.http.server;
	import vibe.web.web;

	class WebService {
		private {
			SessionVar!(string, "login_user") m_loginUser;
		}

		@path("/")
		void getIndex(string _error = null)
		{
			//render!("index.dt", _error);
		}

		// automatically mapped to: POST /login
		@errorDisplay!getIndex
		void postLogin(string username, string password)
		{
			enforceHTTP(username.length > 0, HTTPStatus.forbidden,
				"User name must not be empty.");
			enforceHTTP(password == "secret", HTTPStatus.forbidden,
				"Invalid password.");
			m_loginUser = username;
			redirect("/profile");
		}

		// automatically mapped to: POST /logout
		void postLogout()
		{
			terminateSession();
			redirect("/");
		}

		// automatically mapped to: GET /profile
		void getProfile()
		{
			enforceHTTP(m_loginUser.length > 0, HTTPStatus.forbidden,
				"Must be logged in to access the profile.");
			//render!("profile.dt")
		}
	}

	void run()
	{
		auto router = new URLRouter;
		router.registerWebInterface(new WebService);

		auto settings = new HTTPServerSettings;
		settings.port = 8080;
		listenHTTP(settings, router);
	}
}


/**
	Renders a Diet template file to the current HTTP response.

	This function is equivalent to `vibe.http.server.render`, but implicitly
	writes the result to the response object of the currently processed
	request.

	Note that this may only be called from a function/method
	registered using `registerWebInterface`.

	In addition to the vanilla `render` function, this one also makes additional
	functionality available within the template:

	$(UL
		$(LI The `req` variable that holds the current request object)
		$(LI If the `@translationContext` attribute us used, enables the
		     built-in i18n support of Diet templates)
	)
*/
template render(string diet_file, ALIASES...) {
	void render(string MODULE = __MODULE__, string FUNCTION = __FUNCTION__)()
	{
		import vibe.web.i18n;
		import vibe.internal.meta.uda : findFirstUDA;
		mixin("static import "~MODULE~";");

		alias PARENT = typeof(__traits(parent, mixin(FUNCTION)).init);
		enum FUNCTRANS = findFirstUDA!(TranslationContextAttribute, mixin(FUNCTION));
		enum PARENTTRANS = findFirstUDA!(TranslationContextAttribute, PARENT);
		static if (FUNCTRANS.found) alias TranslateContext = FUNCTRANS.value.Context;
		else static if (PARENTTRANS.found) alias TranslateContext = PARENTTRANS.value.Context;

		assert(s_requestContext.req !is null, "render() used outside of a web interface request!");
		auto req = s_requestContext.req;

		struct TranslateCTX(string lang)
		{
			version (Have_diet_ng) {
				import diet.traits : dietTraits;
				@dietTraits static struct diet_translate__ {
					static string translate(string key, string context=null) { return tr!(TranslateContext, lang)(key, context); }
				}
			} else static string diet_translate__(string key,string context=null) { return tr!(TranslateContext, lang)(key, context); }

			void render()
			{
				vibe.http.server.render!(diet_file, req, ALIASES, diet_translate__)(s_requestContext.res);
			}
		}

		static if (is(TranslateContext) && TranslateContext.languages.length) {
			static if (TranslateContext.languages.length > 1) {
				switch (s_requestContext.language) {
					default: {
						TranslateCTX!(TranslateContext.languages[0]) renderctx;
						renderctx.render();
						return;
						}
					foreach (lang; TranslateContext.languages[1 .. $])
						case lang: {
							TranslateCTX!lang renderctx;
							renderctx.render();
							return;
							}
				}
			} else {
				TranslateCTX!(TranslateContext.languages[0]) renderctx;
				renderctx.render();
			}
		} else {
			vibe.http.server.render!(diet_file, req, ALIASES)(s_requestContext.res);
		}
	}
}


/**
	Redirects to the given URL.

	The URL may either be a full URL, including the protocol and server
	portion, or it may be the local part of the URI (the path and an
	optional query string). Finally, it may also be a relative path that is
	combined with the path of the current request to yield an absolute
	path.

	Note that this may only be called from a function/method
	registered using registerWebInterface.
*/
void redirect(string url)
{
	import std.algorithm : canFind, endsWith, startsWith;

	assert(s_requestContext.req !is null, "redirect() used outside of a web interface request!");
	alias ctx = s_requestContext;
	URL fullurl;
	if (url.startsWith("/")) {
		fullurl = ctx.req.fullURL;
		fullurl.localURI = url;
	} else if (url.canFind(":")) { // TODO: better URL recognition
		fullurl = URL(url);
	} else  if (ctx.req.fullURL.path.endsWithSlash) {
		fullurl = ctx.req.fullURL;
		fullurl.localURI = fullurl.path.toString() ~ url;
	} else {
		fullurl = ctx.req.fullURL.parentURL;
		assert(fullurl.localURI.endsWith("/"), "Parent URL not ending in a slash?!");
		fullurl.localURI = fullurl.localURI ~ url;
	}
	ctx.res.redirect(fullurl);
}


/**
	Terminates the currently active session (if any).

	Note that this may only be called from a function/method
	registered using registerWebInterface.
*/
void terminateSession()
{
	alias ctx = s_requestContext;
	if (ctx.req.session) {
		ctx.res.terminateSession();
		ctx.req.session = Session.init;
	}
}


/**
	Translates text based on the language of the current web request.

	The first overload performs a direct translation of the given translation
	key/text. The second overload can select from a set of plural forms
	based on the given integer value (msgid_plural).

	Params:
		text = The translation key
		context = Optional context/namespace identifier (msgctxt)
		plural_text = Plural form of the translation key
		count = The quantity used to select the proper plural form of a translation

	See_also: $(D vibe.web.i18n.translationContext)
*/
string trWeb(string text, string context = null)
{
	assert(s_requestContext.req !is null, "trWeb() used outside of a web interface request!");
	return s_requestContext.tr(text, context);
}

/// ditto
string trWeb(string text, string plural_text, int count, string context = null) {
	assert(s_requestContext.req !is null, "trWeb() used outside of a web interface request!");
	return s_requestContext.tr_plural(text, plural_text, count, context);
}

///
unittest {
	struct TRC {
		import std.typetuple;
		alias languages = TypeTuple!("en_US", "de_DE", "fr_FR");
		//mixin translationModule!"test";
	}

	@translationContext!TRC
	class WebService {
		void index(HTTPServerResponse res)
		{
			res.writeBody(trWeb("This text will be translated!"));
		}
	}
}


/**
	Methods marked with this attribute will not be treated as web endpoints.

	This attribute enables the definition of public methods that do not take
	part in the interface genration process.
*/
@property NoRouteAttribute noRoute()
{
	import vibe.web.common : onlyAsUda;
	if (!__ctfe)
		assert(false, onlyAsUda!__FUNCTION__);
	return NoRouteAttribute.init;
}

///
unittest {
	interface IAPI {
		// Accessible as "GET /info"
		string getInfo();

		// Not accessible over HTTP
		@noRoute
		int getFoo();
	}
}


/**
	Attribute to customize how errors/exceptions are displayed.

	The first template parameter takes a function that maps an exception and an
	optional field name to a single error type. The result of this function
	will then be passed as the $(D _error) parameter to the method referenced
	by the second template parameter.

	Supported types for the $(D _error) parameter are $(D bool), $(D string),
	$(D Exception), or a user defined $(D struct). The $(D field) member, if
	present, will be set to null if the exception was thrown after the field
	validation has finished.
*/
@property errorDisplay(alias DISPLAY_METHOD)()
{
	return ErrorDisplayAttribute!DISPLAY_METHOD.init;
}

/// Shows the basic error message display.
unittest {
	void getForm(string _error = null)
	{
		//render!("form.dt", _error);
	}

	@errorDisplay!getForm
	void postForm(string name)
	{
		if (name.length == 0)
			throw new Exception("Name must not be empty");
		redirect("/");
	}
}

/// Advanced error display including the offending form field.
unittest {
	struct FormError {
		// receives the original error message
		string error;
		// receives the name of the field that caused the error, if applicable
		string field;
	}

	void getForm(FormError _error = FormError.init)
	{
		//render!("form.dt", _error);
	}

	// throws an error if the submitted form value is not a valid integer
	@errorDisplay!getForm
	void postForm(int ingeter)
	{
		redirect("/");
	}
}

/** Determines how nested D fields/array entries are mapped to form field names.
*/
NestedNameStyleAttribute nestedNameStyle(NestedNameStyle style)
{
	import vibe.web.common : onlyAsUda;
	if (!__ctfe) assert(false, onlyAsUda!__FUNCTION__);
	return NestedNameStyleAttribute(style);
}

///
unittest {
	struct Items {
		int[] entries;
	}

	@nestedNameStyle(NestedNameStyle.d)
	class MyService {
		// expects fields in D native style:
		// "items.entries[0]", "items.entries[1]", ...
		void postItems(Items items)
		{

		}
	}
}


/**
	Encapsulates settings used to customize the generated web interface.
*/
class WebInterfaceSettings {
	string urlPrefix = "/";
	bool ignoreTrailingSlash = true;

	@property WebInterfaceSettings dup() const {
		auto ret = new WebInterfaceSettings;
		ret.urlPrefix = this.urlPrefix;
		ret.ignoreTrailingSlash = this.ignoreTrailingSlash;
		return ret;
	}
}


/**
	Maps a web interface member variable to a session field.

	Setting a SessionVar variable will implicitly start a session, if none
	has been started yet. The content of the variable will be stored in
	the session store and is automatically serialized and deserialized.

	Note that variables of type SessionVar must only be used from within
	handler functions of a class that was registered using
	$(D registerWebInterface). Also note that two different session
	variables with the same $(D name) parameter will access the same
	underlying data.
*/
struct SessionVar(T, string name) {
	private {
		T m_initValue;
	}

	/** Initializes a session var with a constant value.
	*/
	this(T init_val) { m_initValue = init_val; }
	///
	unittest {
		class MyService {
			SessionVar!(int, "someInt") m_someInt = 42;

			void index() {
				assert(m_someInt == 42);
			}
		}
	}

	/** Accesses the current value of the session variable.

		Any access will automatically start a new session and set the
		initializer value, if necessary.
	*/
	@property const(T) value()
	{
		assert(s_requestContext.req !is null, "SessionVar used outside of a web interface request!");
		alias ctx = s_requestContext;
		if (!ctx.req.session) ctx.req.session = ctx.res.startSession();

		if (ctx.req.session.isKeySet(name))
			return ctx.req.session.get!T(name);

		ctx.req.session.set!T(name, m_initValue);
		return m_initValue;
	}
	/// ditto
	@property void value(T new_value)
	{
		assert(s_requestContext.req !is null, "SessionVar used outside of a web interface request!");
		alias ctx = s_requestContext;
		if (!ctx.req.session) ctx.req.session = ctx.res.startSession();
		ctx.req.session.set(name, new_value);
	}

	void opAssign(T new_value) { this.value = new_value; }

	alias value this;
}

private struct NoRouteAttribute {}

private struct ErrorDisplayAttribute(alias DISPLAY_METHOD) {
	import std.traits : ParameterTypeTuple, ParameterIdentifierTuple;

	alias displayMethod = DISPLAY_METHOD;
	enum displayMethodName = __traits(identifier, DISPLAY_METHOD);

	private template GetErrorParamType(size_t idx) {
		static if (idx >= ParameterIdentifierTuple!DISPLAY_METHOD.length)
			static assert(false, "Error display method "~displayMethodName~" is missing the _error parameter.");
		else static if (ParameterIdentifierTuple!DISPLAY_METHOD[idx] == "_error")
			alias GetErrorParamType = ParameterTypeTuple!DISPLAY_METHOD[idx];
		else alias GetErrorParamType = GetErrorParamType!(idx+1);
	}

	alias ErrorParamType = GetErrorParamType!0;

	ErrorParamType getError(Exception ex, string field)
	{
		static if (is(ErrorParamType == bool)) return true;
		else static if (is(ErrorParamType == string)) return ex.msg;
		else static if (is(ErrorParamType == Exception)) return ex;
		else static if (is(typeof(ErrorParamType(ex, field)))) return ErrorParamType(ex, field);
		else static if (is(typeof(ErrorParamType(ex.msg, field)))) return ErrorParamType(ex.msg, field);
		else static if (is(typeof(ErrorParamType(ex.msg)))) return ErrorParamType(ex.msg);
		else static assert(false, "Error parameter type %s does not have the required constructor.");
	}
}

private struct NestedNameStyleAttribute { NestedNameStyle value; }


private {
	TaskLocal!RequestContext s_requestContext;
}

private struct RequestContext {
	HTTPServerRequest req;
	HTTPServerResponse res;
	string language;
	string function(string, string) tr;
	string function(string, string, int, string) tr_plural;
}

private void handleRequest(string M, alias overload, C, ERROR...)(HTTPServerRequest req, HTTPServerResponse res, C instance, WebInterfaceSettings settings, ERROR error)
	if (ERROR.length <= 1)
{
	import std.algorithm : countUntil, startsWith;
	import std.traits;
	import std.typetuple : Filter, staticIndexOf;
	import vibe.data.json;
	import vibe.internal.meta.funcattr;
	import vibe.internal.meta.uda : findFirstUDA;

	alias RET = ReturnType!overload;
	alias PARAMS = ParameterTypeTuple!overload;
	alias default_values = ParameterDefaultValueTuple!overload;
	alias AuthInfoType = AuthInfo!C;
	enum param_names = [ParameterIdentifierTuple!overload];
	enum erruda = findFirstUDA!(ErrorDisplayAttribute, overload);

	static if (findFirstUDA!(NestedNameStyleAttribute, C).found)
		enum nested_style = findFirstUDA!(NestedNameStyleAttribute, C).value.value;
	else enum nested_style = NestedNameStyle.underscore;

	s_requestContext = createRequestContext!overload(req, res);

	static if (isAuthenticated!(C, overload)) {
		auto auth_info = handleAuthentication!overload(instance, req, res);
		if (res.headerWritten) return;
	}

	// collect all parameter values
	PARAMS params = void; // FIXME: in case of errors, destructors could be called on uninitialized variables!
	foreach (i, PT; PARAMS) {
		bool got_error = false;
		ParamError err;
		err.field = param_names[i];
		try {
			static if (is(PT == AuthInfoType)) {
				params[i] = auth_info;
			} else static if (IsAttributedParameter!(overload, param_names[i])) {
				params[i].setVoid(computeAttributedParameterCtx!(overload, param_names[i])(instance, req, res));
				if (res.headerWritten) return;
			}
			else static if (param_names[i] == "_error") {
				static if (ERROR.length == 1)
					params[i].setVoid(error[0]);
				else static if (!is(default_values[i] == void))
					params[i].setVoid(default_values[i]);
				else
					params[i] = typeof(params[i]).init;
			}
			else static if (is(PT == InputStream)) params[i] = req.bodyReader;
			else static if (is(PT == HTTPServerRequest) || is(PT == HTTPRequest)) params[i] = req;
			else static if (is(PT == HTTPServerResponse) || is(PT == HTTPResponse)) params[i] = res;
			else static if (is(PT == WebSocket)) {} // handled below
			else static if (param_names[i].startsWith("_")) {
				if (auto pv = param_names[i][1 .. $] in req.params) {
					got_error = !webConvTo(*pv, params[i], err);
					// treat errors in route parameters as non-match
					// FIXME: verify that the parameter is actually a route parameter!
					if (got_error) return;
				} else static if (!is(default_values[i] == void)) params[i].setVoid(default_values[i]);
				else static if (!isNullable!PT) enforceHTTP(false, HTTPStatus.badRequest, "Missing request parameter for "~param_names[i]);
			} else static if (is(PT == bool)) {
				params[i] = param_names[i] in req.form || param_names[i] in req.query;
			} else {
				enum has_default = !is(default_values[i] == void);
				ParamResult pres = readFormParamRec(req, params[i], param_names[i], !has_default, nested_style, err);
				static if (has_default) {
					if (pres == ParamResult.skipped)
						params[i].setVoid(default_values[i]);
				} else assert(pres != ParamResult.skipped);

				if (pres == ParamResult.error)
					got_error = true;
			}
		} catch (HTTPStatusException ex) {
			throw ex;
		} catch (Exception ex) {
			got_error = true;
			err.text = ex.msg;
			err.debugText = ex.toString().sanitize;
		}

		if (got_error) {
			static if (erruda.found && ERROR.length == 0) {
				auto errnfo = erruda.value.getError(new Exception(err.text), err.field);
				handleRequest!(erruda.value.displayMethodName, erruda.value.displayMethod)(req, res, instance, settings, errnfo);
				return;
			} else {
				auto hex = new HTTPStatusException(HTTPStatus.badRequest, "Error handling field "~err.field~": "~err.text);
				hex.debugMessage = err.debugText;
				throw hex;
			}
		}
	}

	// validate all confirmation parameters
	foreach (i, PT; PARAMS) {
		static if (isNullable!PT)
			alias ParamBaseType = typeof(PT.init.get());
		else alias ParamBaseType = PT;

		static if (isInstanceOf!(Confirm, ParamBaseType)) {
			enum pidx = param_names.countUntil(PT.confirmedParameter);
			static assert(pidx >= 0, "Unknown confirmation parameter reference \""~PT.confirmedParameter~"\".");
			static assert(pidx != i, "Confirmation parameter \""~PT.confirmedParameter~"\" may not reference itself.");

			bool matched;
			static if (isNullable!PT && isNullable!(PARAMS[pidx])) {
				matched = (params[pidx].isNull() && params[i].isNull()) ||
					(!params[pidx].isNull() && !params[i].isNull() && params[pidx] == params[i]);
			} else {
				static assert(!isNullable!PT && !isNullable!(PARAMS[pidx]),
					"Either both or none of the confirmation and original fields must be nullable.");
				matched = params[pidx] == params[i];
			}

			if (!matched) {
				auto ex = new Exception("Comfirmation field mismatch.");
				static if (erruda.found && ERROR.length == 0) {
					auto err = erruda.value.getError(ex, param_names[i]);
					handleRequest!(erruda.value.displayMethodName, erruda.value.displayMethod)(req, res, instance, settings, err);
					return;
				} else {
					throw new HTTPStatusException(HTTPStatus.badRequest, ex.msg);
				}
			}
		}
	}

	static if (isAuthenticated!(C, overload))
		handleAuthorization!(C, overload, params)(auth_info);

	// execute the method and write the result
	try {
		import vibe.internal.meta.funcattr;

		static if (staticIndexOf!(WebSocket, PARAMS) >= 0) {
			static assert(is(RET == void), "WebSocket handlers must return void.");
			handleWebSocket((scope ws) {
				foreach (i, PT; PARAMS)
					static if (is(PT == WebSocket))
						params[i] = ws;

				__traits(getMember, instance, M)(params);
			}, req, res);
		} else static if (is(RET == void)) {
			__traits(getMember, instance, M)(params);
		} else {
			auto ret = __traits(getMember, instance, M)(params);
			ret = evaluateOutputModifiers!overload(ret, req, res);

			static if (is(RET : Json)) {
				res.writeJsonBody(ret);
			} else static if (is(RET : InputStream) || is(RET : const ubyte[])) {
				enum type = findFirstUDA!(ContentTypeAttribute, overload);
				static if (type.found) {
					res.writeBody(ret, type.value);
				} else {
					res.writeBody(ret);
				}
			} else {
				static assert(is(RET == void), M~": Only InputStream, Json and void are supported as return types for route methods.");
			}
		}
	} catch (Exception ex) {
		import vibe.core.log;
		logDebug("Web handler %s has thrown: %s", M, ex);
		static if (erruda.found && ERROR.length == 0) {
			auto err = erruda.value.getError(ex, null);
			handleRequest!(erruda.value.displayMethodName, erruda.value.displayMethod)(req, res, instance, settings, err);
		} else throw ex;
	}
}


private RequestContext createRequestContext(alias handler)(HTTPServerRequest req, HTTPServerResponse res)
{
	RequestContext ret;
	ret.req = req;
	ret.res = res;
	ret.language = determineLanguage!handler(req);

	import vibe.web.i18n;
	import vibe.internal.meta.uda : findFirstUDA;

	alias PARENT = typeof(__traits(parent, handler).init);
	enum FUNCTRANS = findFirstUDA!(TranslationContextAttribute, handler);
	enum PARENTTRANS = findFirstUDA!(TranslationContextAttribute, PARENT);
	static if (FUNCTRANS.found) alias TranslateContext = FUNCTRANS.value.Context;
	else static if (PARENTTRANS.found) alias TranslateContext = PARENTTRANS.value.Context;

	static if (is(TranslateContext) && TranslateContext.languages.length) {
		static if (TranslateContext.languages.length > 1) {
			switch (ret.language) {
				default:
					ret.tr = &tr!(TranslateContext, TranslateContext.languages[0]);
					ret.tr_plural = &tr!(TranslateContext, TranslateContext.languages[0]);
					break;
				foreach (lang; TranslateContext.languages[1 .. $]) {
					case lang:
						ret.tr = &tr!(TranslateContext, lang);
						ret.tr_plural = &tr!(TranslateContext, lang);
						break;
				}
			}
		} else {
			ret.tr = &tr!(TranslateContext, TranslateContext.languages[0]);
			ret.tr_plural = &tr!(TranslateContext, TranslateContext.languages[0]);
		}
	} else {
		ret.tr = (t,c) => t;
		// Without more knowledge about the requested language, the best we can do is return the msgid as a hint
		// that either a po file is needed for the language, or that a translation entry does not exist for the msgid.
		ret.tr_plural = (txt,ptxt,cnt,ctx) => !ptxt.length || cnt == 1 ? txt : ptxt;
	}

	return ret;
}
vibe.d-0.7.30/tests/000077500000000000000000000000001304441332000141045ustar00rootroot00000000000000vibe.d-0.7.30/tests/args/000077500000000000000000000000001304441332000150405ustar00rootroot00000000000000vibe.d-0.7.30/tests/args/dub.json000066400000000000000000000003051304441332000165030ustar00rootroot00000000000000{
    "name": "tests",
    "description": "Command-line argument test",
    "dependencies": {
        "vibe-d": {"version": "~master", "path": "../../"}
    },
    "versions": ["VibeCustomMain"]
}
vibe.d-0.7.30/tests/args/source/000077500000000000000000000000001304441332000163405ustar00rootroot00000000000000vibe.d-0.7.30/tests/args/source/app.d000066400000000000000000000003721304441332000172670ustar00rootroot00000000000000module app;

import vibe.core.args;
import vibe.core.log;

import std.stdio;

shared static this()
{
	string argtest;
	readOption("argtest", &argtest, "Test argument");
	writeln("argtest=", argtest);
}

void main()
{
	finalizeCommandLineOptions();
}
vibe.d-0.7.30/tests/args/test.sh000077500000000000000000000006601304441332000163600ustar00rootroot00000000000000#!/bin/bash

set -e
die() { echo "$@" 1>&2 ; exit 1; }

if [ "${OS}" == "win32" -o "${OS}" == "Windows_NT" ]; then
	VIBE='cmd /C tests'
else
	VIBE=./tests
fi

( $VIBE | grep -q '^argtest=$' ) || die "Fail (no argument)"
( $VIBE -- --argtest=aoeu | grep -q '^argtest=aoeu$' ) || die "Fail (with argument)"
( ( ! $VIBE -- --inexisting 2>&1 ) | grep -qF 'Unrecognized command line option' ) || die "Fail (unknown argument)"

echo 'OK'
vibe.d-0.7.30/tests/dirwatcher/000077500000000000000000000000001304441332000162405ustar00rootroot00000000000000vibe.d-0.7.30/tests/dirwatcher/.gitignore000066400000000000000000000000461304441332000202300ustar00rootroot00000000000000.dub
docs.json
__dummy.html
*.o
*.obj
vibe.d-0.7.30/tests/dirwatcher/dub.json000066400000000000000000000002711304441332000177050ustar00rootroot00000000000000{
	"name": "tests",
	"description": "Test for vibe.d's DirectoryWatcher.",
	"dependencies": {
		"vibe-d": {"version": "~master", "path": "../../"}
	},
	"versions": ["VibeCustomMain"]
}
vibe.d-0.7.30/tests/dirwatcher/source/000077500000000000000000000000001304441332000175405ustar00rootroot00000000000000vibe.d-0.7.30/tests/dirwatcher/source/app.d000066400000000000000000000047471304441332000205010ustar00rootroot00000000000000import vibe.vibe;
import std.file, std.process;
import std.algorithm : canFind, all;
import std.typecons : No, Yes;

void runTest()
{
	auto dir = buildPath(tempDir, format("dirwatcher_test_%d", thisProcessID()));
	mkdir(dir);
	scope(exit) rmdirRecurse(dir);

	DirectoryWatcher watcher;
	try watcher = Path(dir).watchDirectory(No.recursive);
	catch (AssertError e) {
		logInfo("DirectoryWatcher not yet implemented. Skipping test.");
		return;
	}
	DirectoryChange[] changes;
	assert(!watcher.readChanges(changes, 500.msecs));

	auto foo = dir.buildPath("foo");

	alias Type = DirectoryChangeType;
	static DirectoryChange dc(Type t, string p) { return DirectoryChange(t, Path(p)); }
	void check(DirectoryChange[] expected)
	{
		sleep(100.msecs);
		assert(watcher.readChanges(changes, 100.msecs), "Could not read changes for " ~ expected.to!string);
		assert(expected.all!((a)=> changes.canFind(a))(), "Change is not what was expected, got: " ~ changes.to!string ~ " but expected: " ~ expected.to!string);
		assert(!watcher.readChanges(changes, 0.msecs), "Changes were returned when they shouldn't have, for " ~ expected.to!string);
	}

	write(foo, null);
	check([dc(Type.added, foo)]);
	sleep(1.seconds); // OSX has a second resolution on file modification times
	write(foo, [0, 1]);
	check([dc(Type.modified, foo)]);
	remove(foo);
	check([dc(Type.removed, foo)]);
	write(foo, null);
	sleep(1.seconds);
	write(foo, [0, 1]);
	sleep(100.msecs);
	remove(foo);
	check([dc(Type.added, foo), dc(Type.modified, foo), dc(Type.removed, foo)]);

	auto subdir = dir.buildPath("subdir");
	mkdir(subdir);
	check([dc(Type.added, subdir)]);
	auto bar = subdir.buildPath("bar");
	write(bar, null);
	assert(!watcher.readChanges(changes, 100.msecs));
	remove(bar);
	watcher = Path(dir).watchDirectory(Yes.recursive);
	write(foo, null);
	sleep(1.seconds); 
	write(foo, [0, 1]);
	sleep(100.msecs);
	remove(foo);

	write(bar, null);
	sleep(1.seconds); 
	write(bar, [0, 1]);
	sleep(100.msecs);
	remove(bar);
	check([dc(Type.added, foo), dc(Type.modified, foo), dc(Type.removed, foo),
		 dc(Type.added, bar), dc(Type.modified, bar), dc(Type.removed, bar)]);

	write(foo, null);
	sleep(100.msecs);
	rename(foo, bar);
	sleep(100.msecs);
	remove(bar);
	check([dc(Type.added, foo), dc(Type.removed, foo), dc(Type.added, bar), dc(Type.removed, bar)]);

}

int main()
{
	int ret = 0;
	runTask({
		try runTest();
		catch (Throwable th) {
			logError("Test failed: %s", th.toString());
			ret = 1;
		} finally exitEventLoop(true);
	});
	runEventLoop();
	return ret;
}
vibe.d-0.7.30/tests/mongodb/000077500000000000000000000000001304441332000155315ustar00rootroot00000000000000vibe.d-0.7.30/tests/mongodb/dub.json000066400000000000000000000002771304441332000172040ustar00rootroot00000000000000{
    "name": "tests",
    "description": "High level MongoDB test for vibe.d",
    "dependencies": {
        "vibe-d:mongodb": {"path": "../../"}
    },
    "versions": ["VibeCustomMain"]
}
vibe.d-0.7.30/tests/mongodb/source/000077500000000000000000000000001304441332000170315ustar00rootroot00000000000000vibe.d-0.7.30/tests/mongodb/source/app.d000066400000000000000000000042031304441332000177550ustar00rootroot00000000000000/// Requires mongo service running on localhost with default port
/// Uses test database

module app;

import vibe.core.core;
import vibe.core.log;
import vibe.db.mongo.mongo;
import std.algorithm : canFind, map, equal;
import std.encoding : sanitize;

void runTest()
{
	MongoClient client;
	try client = connectMongoDB("localhost");
	catch (Exception e) {
		logInfo("Failed to connect to local MongoDB server. Skipping test.");
		Throwable th = e;
		while (th) {
			logDiagnostic("Error: %s", th.toString().sanitize);
			th = th.next;
		}
		return;
	}

	auto coll = client.getCollection("test.collection");
	assert(coll.database.getLastError().code < 0);
	assert(coll.name == "collection");
	assert(coll.database.name == "test");
	coll.remove();
	coll.insert([ "key1" : "value1", "key2" : "value2"]);
	coll.update(["key1" : "value1"], [ "key1" : "value1", "key2" : "1337"]);
	assert(coll.database.getLastError().n == 1);
	auto data = coll.findOne(["key1" : "value1"]);
	assert(!data.isNull());
	assert(data["key2"].get!string() == "1337");
	coll.database.fsync();
	auto logBson = client.getDatabase("admin").getLog("global");
	assert(!logBson.isNull());

	// testing cursor range interface
	coll.remove();
	coll.insert(["key1" : "value1"]);
	coll.insert(["key1" : "value2"]);
	coll.insert(["key1" : "value2"]);
	auto data1 = coll.find(["key1" : "value1"]);
	auto data2 = coll.find(["key1" : "value2"]);

	import std.range;
	auto converted = zip(data1, data2).map!( a => a[0]["key1"].get!string() ~ a[1]["key1"].get!string() )();
	assert(!converted.empty);
	assert(converted.front == "value1value2");

	auto names = client.getDatabases().map!(dbs => dbs.name).array;
	assert(names.canFind("test"));
	assert(names.canFind("local"));

	// test distinct()
	coll.drop();
	coll.insert(["a": "first", "b": "foo"]);
	coll.insert(["a": "first", "b": "bar"]);
	coll.insert(["a": "first", "b": "bar"]);
	coll.insert(["a": "second", "b": "baz"]);
	coll.insert(["a": "second", "b": "bam"]);
	assert(coll.distinct!string("b", ["a": "first"]).equal(["foo", "bar"]));
}

int main()
{
	int ret = 0;
	runTask({
		try runTest();
		finally exitEventLoop(true);
	});
	runEventLoop();
	return ret;
}
vibe.d-0.7.30/tests/redis/000077500000000000000000000000001304441332000152125ustar00rootroot00000000000000vibe.d-0.7.30/tests/redis/dub.json000066400000000000000000000002731304441332000166610ustar00rootroot00000000000000{
    "name": "tests",
    "description": "High level Redis test for vibe.d",
    "dependencies": {
        "vibe-d:redis": {"path": "../../"}
    },
    "versions": ["VibeCustomMain"]
}
vibe.d-0.7.30/tests/redis/source/000077500000000000000000000000001304441332000165125ustar00rootroot00000000000000vibe.d-0.7.30/tests/redis/source/app.d000066400000000000000000000113341304441332000174410ustar00rootroot00000000000000/// Requires redis service running on localhost with default port

module app;

import vibe.core.core;
import vibe.core.log;
import vibe.db.redis.redis;
import core.time;
import std.algorithm : sort, equal;
import std.exception : assertThrown;

void runTest()
{
	//setLogLevel(LogLevel.trace);
	/* open a redis server locally to run these tests
	 * Windows download link: https://github.com/MSOpenTech/redis/tree/2.8/bin/release
	 * Linux: use "yum install redis" on RHEL or "apt-get install redis" on Debian-like
	*/
	RedisClient redis;
	try redis = new RedisClient();
	catch (Exception) {
		logInfo("Failed to connect to local Redis server. Skipping test.");
		return;
	}
	{
		auto db = redis.getDatabase(0);
		db.deleteAll();
		
		assert(db.setNX("setNXTest","foo", 30.seconds));
		assert(!db.setNX("setNXTest","foo", 30.seconds));
		assert(db.setNX("setNXTest2","foo"));
		assert(!db.setNX("setNXTest2","foo"));
		assert(db.setXX("setNXTest2","foo"));
		assert(!db.setXX("setXXTestNegative","foo"));
		
		db.setEX("test1", 1000, "test1");
		db.setEX("test2", 1000, "test2");
		db.setEX("test3", 1000, "test3");
		db.setEX("test4", 1000, "test4");
		db.setEX("test5", 1000, "test5");
		db.setEX("test6", 1000, "test6");
		db.setEX("test7", 1000, "test7");
		db.setEX("test8", 1000, "test8");
		db.setEX("test9", 1000, "test9");
		db.setEX("test10", 1000, "0");
		assert(db.get("test1") == "test1");
		assert(db.get("test2") == "test2");
		assert(db.get("test3") == "test3");
		assert(db.get("test4") == "test4");
		assert(db.get("test5") == "test5");
		assert(db.get("test6") == "test6");
		assert(db.get("test7") == "test7");
		assert(db.get("test8") == "test8");
		assert(db.get("test9") == "test9");
		assert(db.get("test10") == "0");
		
		db.del("saddTests");
		db.sadd("saddTests", "item1");
		db.sadd("saddTests", "item2");
		assert(sort(db.smembers("saddTests").array).equal(["item1", "item2"]));
		
		db.zadd("zaddTests", 0.5, "a", 1.0, "b", 2.0, "c", 1.5, "d");
		assert(db.zrangeByScore("zaddTests", 0.5, 1.5).equal(["a", "b", "d"]));
		assert(db.zrangeByScore!(string, "()")("zaddTests", 0.5, 1.5).equal(["b"]));
		assert(db.zrangeByScore!(string, "[)")("zaddTests", 0.5, 1.5).equal(["a", "b"]));
		assert(db.zrangeByScore!(string, "(]")("zaddTests", 0.5, 1.5).equal(["b", "d"]));
		
		db.append("test1", "test1append");
		db.append("test2", "test2append");
		assert(db.get!string("test1") == "test1test1append");
		assert(db.get!string("test2") == "test2test2append");
		
		db.incr("test10");
		assert(db.get!long("test10") == 1);
		
		db.del("test1", "test2","test3","test4","test5","test6","test7","test8","test9","test10");
		db.del("saddTests", "zaddTests");
		
		db.srem("test1", "test1append");
		db.srem("test2", "test2append");
		
		assert(db.smembers("test1").empty);
		assert(db.smembers("test2").empty);
		assert(!db.smembers("test1").hasNext());

		// test blpop
		assert(db.blpop("nonexistent", 1).isNull());
		db.lpush("test_list", "foo");
		assert(db.blpop("test_list", 1).get() == tuple("test_list", "foo"));
		db.del("test_list");
	}
	
	testLocking(redis.getDatabase(0));
	
	RedisSubscriber sub;
	{
		RedisSubscriber scoped = redis.createSubscriber();
		sub = scoped;
	}
	import std.datetime;
	
	assert(!sub.isListening);
	sub.listen((string channel, string msg){
		logInfo("LISTEN Recv Channel: %s, Message: %s", channel, msg);
		logInfo("LISTEN Recv Time: %s", Clock.currTime());
	});
	assert(sub.isListening);
	sub.subscribe("SomeChannel");
	sub.subscribe("SomeChannel");
	sub.subscribe("SomeChannel");
	sleep(100.msecs);
	
	redis.getDatabase(0).publish("SomeChannel", "Messageeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee");
	
	logInfo("PUBLISH Sent: %s", Clock.currTime());
	sleep(100.msecs);
	
	sub.unsubscribe("SomeChannel");
	sub.unsubscribe("SomeChannel");
	sub.unsubscribe("SomeChannel");
	sub.bstop();
	logInfo("LISTEN Stopped");
	assert(!sub.isListening);
	redis.getDatabase(0).publish("SomeChannel", "Messageeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee");

	assertThrown(redis.getDatabase(0).eval("foo!!!", null));
	assert(redis.getDatabase(0).get("test1") == "");

	logInfo("Redis Test Succeeded.");
}

void testLocking(RedisDatabase _db)
{
	logInfo("run lock test...");
	
	import vibe.db.redis.idioms;
	
	auto lock = RedisLock(_db,"lock_key");
	
	auto testMethod = {
		foreach(i; 0..100)
		{
			lock.performLocked({
				assert(_db.setNX("lockedWriteTest","foo"));
				assert(1 == _db.del("lockedWriteTest"));
			});
		}
	};
	
	auto t1 = runTask(testMethod);
	auto t2 = runTask(testMethod);
	
	t1.join();
	t2.join();
	
	logInfo("lock test finished");
}

int main()
{
	int ret = 0; 
	runTask({
		try runTest();
		catch (Throwable th) {
			logError("Test failed: %s", th.msg);
			logDiagnostic("Full error: %s", th);
			ret = 1;
		} finally exitEventLoop(true);
	});
	runEventLoop();
	return ret;
}
vibe.d-0.7.30/tests/rest/000077500000000000000000000000001304441332000150615ustar00rootroot00000000000000vibe.d-0.7.30/tests/rest/dub.json000066400000000000000000000002051304441332000165230ustar00rootroot00000000000000{
	"name": "tests",
	"dependencies": {
		"vibe-d": {"version": "~master", "path": "../../"}
	},
	"versions": ["VibeDefaultMain"]
}vibe.d-0.7.30/tests/rest/source/000077500000000000000000000000001304441332000163615ustar00rootroot00000000000000vibe.d-0.7.30/tests/rest/source/app.d000066400000000000000000000425031304441332000173120ustar00rootroot00000000000000/* This example module consists from several small example REST interfaces.
 * Features are not grouped by topic but by common their are needed. Each example
 * introduces few new more advanced features. Sometimes registration code in module constructor
 * is also important, it is then mentioned in example comment explicitly.
 */

import vibe.appmain;
import vibe.core.core;
import vibe.core.log;
import vibe.data.json;
import vibe.http.router;
import vibe.http.server;
import vibe.web.rest;

import std.typecons : Nullable;
import core.time;

/* --------- EXAMPLE 1 ---------- */

/* Very simple REST API interface. No additional configurations is used,
 * all HTTP-specific information is generated based on few conventions.
 *
 * All types are serialized and deserialized automatically by vibe.d framework using JSON.
 */
@rootPathFromName
interface Example1API
{
	/* Default convention is based on camelCase
	 */

	/* Used HTTP method is "GET" because function name start with "get".
	 * Remaining part is converted to lower case with words separated by _
	 *
	 * Resulting matching request: "GET /some_info"
	 */
	string getSomeInfo();

	/* Parameters are supported in a similar fashion.
	 * Despite this is only an interface, make sure parameter names are not omitted, those are used for serialization.
	 * If it is a GET reuqest, parameters are embedded into query URL.
	 * Stored in POST data for POST, of course.
	 */
	int postSum(int a, int b);

	/* @property getters are always GET. @property setters are always PUT.
	 * All supported convention prefixes are documentated : http://vibed.org/api/vibe.web.rest/registerRestInterface
	 * Rather obvious and thus omitted in this example interface.
	 */
	@property string getter();
}

class Example1 : Example1API
{
	override: // usage of this handy D feature is highly recommended
		string getSomeInfo()
		{
			return "Some Info!";
		}

		int postSum(int a, int b)
		{
			return a + b;
		}

		@property
		string getter()
		{
			return "Getter";
		}
}

unittest
{
	auto router = new URLRouter;
	registerRestInterface(router, new Example1());
	auto routes = router.getAllRoutes();

	assert (routes[0].method == HTTPMethod.GET && routes[0].pattern == "/example1_api/some_info");
	assert (routes[1].method == HTTPMethod.POST && routes[1].pattern == "/example1_api/sum");
	assert (routes[2].method == HTTPMethod.GET && routes[2].pattern == "/example1_api/getter");
}

/* --------- EXAMPLE 2 ---------- */

/* Step forward. Using some compound types and query parameters.
 * Shows example usage of non-default naming convention, please check module constructor for details on this.
 * UpperUnderscore method style will be used.
 */
@rootPathFromName
interface Example2API
{
	// Any D data type may be here. Serializer is not configurable and will send all declared fields.
	// This should be an API-specified type and may or may not be the same as data type used by other application code.
	struct Aggregate
	{
		string name;
		uint count;

		enum Type
		{
			Type1,
			Type2,
			Type3
		}

		Type type;
	}

	/* As you may see, using aggregate types in parameters is just as easy.
	 * Macthing request for this function will be "GET /ACCUMULATE_ALL?input="
	 * Answer will be of "application/json" type.
	 */
	Aggregate queryAccumulateAll(Aggregate[] input);
}

class Example2 : Example2API
{
	override:
		Aggregate queryAccumulateAll(Aggregate[] input)
		{
			import std.algorithm;
			// Some sweet functional D
			return reduce!(
				(a, b) => Aggregate(a.name ~ b.name, a.count + b.count, Aggregate.Type.Type3)
			)(Aggregate.init, input);
		}
}

unittest
{
	auto router = new URLRouter;
	registerRestInterface(router, new Example2(), MethodStyle.upperUnderscored);
	auto routes = router.getAllRoutes();

	assert (routes[0].method == HTTPMethod.GET && routes[0].pattern == "/EXAMPLE2_API/ACCUMULATE_ALL");
}

/* --------- EXAMPLE 3 ---------- */

/* Nested REST interfaces may be used to better match your D code structure with URL paths.
 * Nested interfaces must always be getter properties, this is statically enforced by rest module.
 *
 * Some limited form of URL parameters exists via special "id" parameter.
 */
@rootPathFromName
interface Example3API
{
	/* Available under ./nested_module/
	 */
	@property Example3APINested nestedModule();

	/* "id" is special parameter name that is parsed from URL. No special magic happens here,
	 * it uses usual vibe.d URL pattern matching functionality.
	 * GET /:id/myid
	 */
	int getMyID(int id);
}

interface Example3APINested
{
	/* In this example it will be available under "GET /nested_module/number"
	 * But this interface does't really know it, it does not care about exact path
	 *
	 * Default parameter values work as expected - they get used if there are no data
	 & for that parameter in request.
	 */
	int getNumber(int def_arg = 42);
}

class Example3 : Example3API
{
	private:
		Example3Nested m_nestedImpl;

	public:
		this()
		{
			m_nestedImpl = new Example3Nested();
		}

		override:
			int getMyID(int id)
			{
				return id;
			}

			@property Example3APINested nestedModule()
			{
				return m_nestedImpl;
			}
}

class Example3Nested : Example3APINested
{
	override:
		int getNumber(int def_arg)
		{
			return def_arg;
		}
}

unittest
{
	auto router = new URLRouter;
	registerRestInterface(router, new Example3());
	auto routes = router.getAllRoutes();

	assert (routes[0].method == HTTPMethod.GET && routes[0].pattern == "/example3_api/nested_module/number");
	assert (routes[1].method == HTTPMethod.GET && routes[1].pattern == "/example3_api/:id/myid");
}


/* If pre-defined conventions do not suit your needs, you can configure url and method
 * precisely via User Defined Attributes.
 */
@rootPathFromName
interface Example4API
{
	/* vibe.web.rest module provides two pre-defined UDA - @path and @method
	 * You can use any one of those or both. In case @path is used, not method style
	 * adjustment is made.
	 */
	@path("simple") @method(HTTPMethod.POST)
	void myNameDoesNotMatter();

	/* Only @path is used here, so HTTP method is deduced in usual way (GET)
	 * vibe.d does usual pattern matching on path and stores path parts marked with ":"
	 * in request parameters. If function parameter starts with "_" and matches one
	 * of stored request parameters, expected things happen.
	 */
	@path(":param/:another_param/data")
	int getParametersInURL(string _param, string _another_param);

	/* The underscore at the end of each parameter will be dropped in the
	 * protocol, so that D keywords, such as "body" or "in" can be used as
	 * identifiers.
	 */
	int querySpecialParameterNames(int body_, bool in_);
}

class Example4 : Example4API
{
	override:
		void myNameDoesNotMatter()
		{
		}

		int getParametersInURL(string _param, string _another_param)
		{
			import std.conv;
			return to!int(_param) + to!int(_another_param);
		}

		int querySpecialParameterNames(int body_, bool in_)
		{
			return body_ * (in_ ? -1 : 1);
		}
}

unittest
{
	auto router = new URLRouter;
	registerRestInterface(router, new Example4());
	auto routes = router.getAllRoutes();

	assert (routes[0].method == HTTPMethod.POST && routes[0].pattern == "/example4_api/simple");
	assert (routes[1].method == HTTPMethod.GET && routes[1].pattern == "/example4_api/:param/:another_param/data");
	assert (routes[2].method == HTTPMethod.GET && routes[2].pattern == "/example4_api/special_parameter_names");
}

/* It is possible to attach function hooks to methods via User-Define Attributes.
 *
 * Such hook must be a free function that
 *     1) accepts HTTPServerRequest and HTTPServerResponse
 *     2) is attached to specific parameter of a method
 *     3) has same return type as that parameter type
 *
 * REST API framework will call attached functions before actual
 * method call and use their result as an input to method call.
 *
 * There is also another attribute function type that can be called
 * to post-process method return value.
 *
 * Refer to `vibe.internal.meta.funcattr` for more details.
 */
@rootPathFromName
interface Example5API
{
	import vibe.web.rest : before, after;

	@before!authenticate("user") @after!addBrackets()
	string getSecret(int num, User user);
}

User authenticate(HTTPServerRequest req, HTTPServerResponse res)
{
	return User("admin", true);
}

struct User
{
	string name;
	bool authorized;
}

string addBrackets(string result, HTTPServerRequest, HTTPServerResponse)
{
	return "{" ~ result ~ "}";
}

class Example5 : Example5API
{
	string getSecret(int num, User user)
	{
		import std.conv : to;
		import std.string : format;

		if (!user.authorized)
			return "";

		return format("secret #%s for %s", num, user.name);
	}
}

unittest
{
	auto router = new URLRouter;
	registerRestInterface(router, new Example5());
	auto routes = router.getAllRoutes();

	assert (routes[0].method == HTTPMethod.GET && routes[0].pattern == "/example5_api/secret");
}

/**
 * The default convention of this module  is to pass parameters via:
 * - the URI for parameter starting with underscore (see example 4);
 * - query for GET/PUT requests;
 * - body for POST requests;
 *
 * This is configurable by means of:
 * - @headerParam : Get a parameter from the query header;
 * - @queryParam : Get a parameter from the query URL;
 * - @bodyParam : Get a parameter from the body;
 *
 * In addition, @headerParam have a special handling of 'out' and
 * 'ref' parameters:
 * - 'out' are neither send by the client nor read by the server, but
 *	their value (except for null string) is returned by the server.
 * - 'ref' are send by the client, read by the server, returned by
 *	the server, and read by the client.
 * This is to be consistent with the way D 'out' and 'ref' works.
 * However, it makes no sense to have 'ref' or 'out' parameters on
 * body or query parameter, so those are treated as error at compile time.
 */
@rootPathFromName
interface Example6API
{
	// The first parameter of @headerParam is the identifier (must match one of the parameter name).
	// The second is the name of the field in the header, such as "Accept", "Content-Type", "User-Agent"...
	@headerParam("auth", "Authorization")
	@headerParam("tester", "X-Custom-Tester")
	@headerParam("www", "WWW-Authenticate")
	string getPortal(string auth,
					 ref string tester,
					 out Nullable!string www);

	// As with @headerParam, the first parameter of @queryParam is the identifier.
	// The second being the field name, e.g for a query such as: 'GET /root/node?foo=bar', "foo" will be the second parameter.
	@queryParam("fortyTwo", "qparam")
	string postAnswer(string fortyTwo);
	// Finally, there is @bodyParam. It works as you expect it to work,
	// currently serializing passed data as Json and pass them through the body.
	@bodyParam("myFoo", "parameter")
	string getConcat(FooType myFoo);

	struct FooType {
		int a;
		string s;
		double d;
	}
}

class Example6 : Example6API
{
override:
	string getPortal(string auth, ref string tester,
					 out Nullable!string www)
	{
		// For a string parameter, null means 'not returned'
		// If you want to return something empty, use "".
		if (tester == "Chell")
			tester = "The cake is a lie";
		else
			tester = null;

		// If the user provided credentials Aladdin / 'open sesame'
		if (auth == "Basic QWxhZGRpbjpvcGVuIHNlc2FtZQ==")
			return "Hello, Caroline";

		www = `Basic realm="Aperture"`;
		throw new HTTPStatusException(401);
	}

	string postAnswer(string fortyTwo)
	{
		if (fortyTwo == "Life_universe_and_the_rest")
			return "True";
		return "False";
	}

	string getConcat(FooType myFoo)
	{
		import std.conv : to;
		return to!string(myFoo.a)~myFoo.s~to!string(myFoo.d);
	}
}

unittest
{
	auto router = new URLRouter;
	registerRestInterface(router, new Example6());
	auto routes = router.getAllRoutes();

	assert (routes[0].method == HTTPMethod.GET && routes[0].pattern == "/example6_api/portal");
	assert (routes[1].method == HTTPMethod.POST && routes[1].pattern == "/example6_api/answer");
	assert (routes[0].method == HTTPMethod.GET && routes[2].pattern == "/example6_api/concat");
}

@rootPathFromName
interface Example7API {
	// GET /example7_api/
	// returns a custom JSON response
	Json get();
}

class Example7 : Example7API {
	Json get()
	{
		return serializeToJson(["foo": 42, "bar": 13]);
	}
}


void runTests()
{
	// Example 1
	{
		auto api = new RestInterfaceClient!Example1API("http://127.0.0.1:8080");
		assert(api.getSomeInfo() == "Some Info!");
		assert(api.getter == "Getter");
		assert(api.postSum(2, 3) == 5);
	}
	// Example 2
	{
		auto api = new RestInterfaceClient!Example2API("http://127.0.0.1:8080", MethodStyle.upperUnderscored);
		Example2API.Aggregate[] data = [
			{ "one", 1, Example2API.Aggregate.Type.Type1 },
			{ "two", 2, Example2API.Aggregate.Type.Type2 }
		];
		auto accumulated = api.queryAccumulateAll(data);
		assert(accumulated.type == Example2API.Aggregate.Type.Type3);
		assert(accumulated.count == 3);
		assert(accumulated.name == "onetwo");
	}
	// Example 3
	{
		auto api = new RestInterfaceClient!Example3API("http://127.0.0.1:8080");
		assert(api.getMyID(9000) == 9000);
		assert(api.nestedModule.getNumber() == 42);
		assert(api.nestedModule.getNumber(1) == 1);
	}
	// Example 4
	{
		auto api = new RestInterfaceClient!Example4API("http://127.0.0.1:8080");
		api.myNameDoesNotMatter();
		assert(api.getParametersInURL("20", "30") == 50);
		assert(api.querySpecialParameterNames(10, true) == -10);
	}
	// Example 5
	{
		auto api = new RestInterfaceClient!Example5API("http://127.0.0.1:8080");
		auto secret = api.getSecret(42, User.init);
		assert(secret == "{secret #42 for admin}");
	}
	// Example 6
	{
		import vibe.http.client : requestHTTP;
		import vibe.stream.operations : readAllUTF8;

		auto api = new RestInterfaceClient!Example6API("http://127.0.0.1:8080");
		// First we make sure parameters are transmitted via headers.
		auto res = requestHTTP("http://127.0.0.1:8080/example6_api/portal",
		                       (scope r) {
			r.method = HTTPMethod.GET;
			r.headers["Authorization"] = "Basic QWxhZGRpbjpvcGVuIHNlc2FtZQ==";
			r.headers["X-Custom-Tester"] = "GladOS";
		});

		assert(res.statusCode == 200);
		assert(!res.headers["X-Custom-Tester"].length, res.headers["X-Custom-Tester"]);
		assert(!("WWW-Authenticate" in res.headers), res.headers["WWW-Authenticate"]);
		assert(res.bodyReader.readAllUTF8() == `"Hello, Caroline"`);
		// Then we check that both can communicate together.
		string tester = "Chell";
		Nullable!string www;
		try {
			// We shouldn't reach the assert, this will throw
			auto answer = api.getPortal("Oops", tester, www);
			assert(0, answer);
		} catch (RestException e) {
			assert(tester == "The cake is a lie", tester);
			assert(www == `Basic realm="Aperture"`, www);
		}
	}

	// Example 6 -- Query
	{
		import vibe.http.client : requestHTTP;
		import vibe.stream.operations : readAllUTF8;

		// First we make sure parameters are transmitted via query.
		auto res = requestHTTP("http://127.0.0.1:8080/example6_api/answer?qparam=Life_universe_and_the_rest",
							   (scope r) { r.method = HTTPMethod.POST; });
		assert(res.statusCode == 200);
		assert(res.bodyReader.readAllUTF8() == `"True"`);
		// Then we check that both can communicate together.
		auto api = new RestInterfaceClient!Example6API("http://127.0.0.1:8080");
		auto answer = api.postAnswer("IDK");
		assert(answer == "False");
	}

	// Example 7 -- Custom JSON response
	{
		auto api = new RestInterfaceClient!Example7API("http://127.0.0.1:8080");
		auto result = api.get();
		assert(result["foo"] == 42 && result["bar"] == 13);
	}

	// Example 6 -- Body
	{
		import vibe.http.client : requestHTTP;
		import vibe.stream.operations : readAllUTF8;

		enum expected = "42fortySomething51.42"; // to!string(51.42) doesn't work at CT

		auto api = new RestInterfaceClient!Example6API("http://127.0.0.1:8080");
		// First we make sure parameters are transmitted via query.
		auto res = requestHTTP("http://127.0.0.1:8080/example6_api/concat",
							   (scope r) {
						   import vibe.data.json;
						   r.method = HTTPMethod.GET;
						   Json obj = Json.emptyObject;
						   obj["parameter"] = serializeToJson(Example6API.FooType(42, "fortySomething", 51.42));
						   r.writeJsonBody(obj);
					   });

		assert(res.statusCode == 200);
		assert(res.bodyReader.readAllUTF8() == `"`~expected~`"`);
		// Then we check that both can communicate together.
		auto answer = api.getConcat(Example6API.FooType(42, "fortySomething", 51.42));
		assert(answer == expected);
	}
}

shared static this()
{
	version (LDC) {
		if (__VERSION__ == 2066) {
			import core.stdc.stdlib;
			logWarn("Warning: Skipping test due to codegen issue on LDC 0.15.x.");
			exit(0);
		}
	}

	// Registering our REST services in router
	auto routes = new URLRouter;
	registerRestInterface(routes, new Example1());
	// note additional last parameter that defines used naming convention for compile-time introspection
	registerRestInterface(routes, new Example2(), MethodStyle.upperUnderscored);
	// naming style is default again, those can be router path specific.
	registerRestInterface(routes, new Example3());
	registerRestInterface(routes, new Example4());
	registerRestInterface(routes, new Example5());
	registerRestInterface(routes, new Example6());
	registerRestInterface(routes, new Example7());

	auto settings = new HTTPServerSettings();
	settings.port = 8080;
	settings.bindAddresses = ["::1", "127.0.0.1"];

	listenHTTP(settings, routes);

	runTask({
		try {
			runTests();
			logInfo("Success.");
		} catch (Exception e) {
			import core.stdc.stdlib : exit;
			import std.encoding : sanitize;
			logError("Fail: %s", e.toString().sanitize);
			exit(1);
		} finally {
			exitEventLoop(true);
		}
	});
}
vibe.d-0.7.30/tests/restclient/000077500000000000000000000000001304441332000162605ustar00rootroot00000000000000vibe.d-0.7.30/tests/restclient/dub.json000066400000000000000000000003211304441332000177210ustar00rootroot00000000000000{
    "name": "tests",
    "description": "High level REST client test for vibe.d",
    "dependencies": {
        "vibe-d": {"version": "~master", "path": "../../"}
    },
    "versions": ["VibeCustomMain"]
}
vibe.d-0.7.30/tests/restclient/source/000077500000000000000000000000001304441332000175605ustar00rootroot00000000000000vibe.d-0.7.30/tests/restclient/source/app.d000066400000000000000000000160251304441332000205110ustar00rootroot00000000000000module app;

import vibe.vibe;

interface ITestAPI
{
	@property ISub sub();

	@method(HTTPMethod.POST) @path("other/path")
	string info();
	string getInfo();
	@path("getCheck/:param/:param2") @method(HTTPMethod.GET)
	string customParameters(string _param, string _param2);
	@path("getCheck2/:param/:param2") @method(HTTPMethod.GET)
	int customParameters2(int _param, bool _param2);
	@path(":id/idtest1")
	int testID1(int _id);
	@path("idtest2")
	int testID2(int id); // the special "id" parameter
	int get(int id); // the special "id" parameter on "/"" path
	int testKeyword(int body_, int const_);
}

interface ISub {
	int get(int id);
}

class TestAPI : ITestAPI
{
	SubAPI m_sub;

	this() { m_sub = new SubAPI; }

	@property SubAPI sub() { return m_sub; }

	string getInfo() { return "description"; }
	string info() { return "description2"; }
	string customParameters(string _param, string _param2) { return _param ~ _param2; }
	int customParameters2(int _param, bool _param2) { return _param2 ? _param : -_param; }
	int testID1(int _id) { return _id; }
	int testID2(int id) { return id; }
	int get(int id) { return id; }
	int testKeyword(int body_, int const_) { return body_ + const_; }
}

class SubAPI : ISub {
	int get(int id) { return id; }
}

interface ITestAPICors
{
	string getFoo();
	string setFoo();
	string addFoo();
	@path("bar/:param3") string addBar(int _param3);
	@path("bar/:param4") string removeBar(int _param4);
	@path("bar/:param5") string updateBar(int _param5);
	string setFoo(int id);
	string addFoo(int id);
	string removeFoo(int id);
}

class TestAPICors : ITestAPICors
{
	string getFoo() { return "foo"; };
	string setFoo() { return "foo"; };
	string addFoo() { return "foo"; };
	string addBar(int _param3) { return "bar"; };
	string removeBar(int _param4) { return "bar"; };
	string updateBar(int _param5) { return "bar"; };
	string setFoo(int id) { return "foo"; };
	string addFoo(int id) { return "foo"; };
	string removeFoo(int id) { return "foo"; };
}

enum ShouldFail
{
	Yes,
	No
}

void assertHeader(ref InetHeaderMap headers, ShouldFail shouldFail, string header, string value)
{
	import std.algorithm : equal;
	auto h = header in headers;
	if (shouldFail == ShouldFail.Yes)
	{
		assert(h is null);
		return;
	}
	assert(h !is null);
	assert(equal((*h),value));
}

void assertCorsHeaders(string url, HTTPMethod method, ShouldFail shouldFail, string origin)
{
	// preflight request
	requestHTTP(url, 
		(scope HTTPClientRequest req) {
			req.method = HTTPMethod.OPTIONS;
			req.headers["Origin"] = origin;
			req.headers["Access-Control-Request-Method"] = method.to!string;
			req.headers["Access-Control-Request-Headers"] = "Authorization";
		}, 
		(scope HTTPClientResponse res) {
			res.headers.assertHeader(shouldFail,"Access-Control-Allow-Origin",origin);
			res.headers.assertHeader(shouldFail,"Access-Control-Allow-Credentials","true");
			res.headers.assertHeader(shouldFail,"Access-Control-Allow-Methods",method.to!string);
			res.headers.assertHeader(shouldFail,"Access-Control-Allow-Headers","Authorization");
			res.dropBody();
		});

	// normal request
	requestHTTP(url, 
		(scope HTTPClientRequest req) {
			req.method = method;
			req.headers["Origin"] = origin;
		}, 
		(scope HTTPClientResponse res) {
			res.headers.assertHeader(shouldFail,"Access-Control-Allow-Origin",origin);
			res.headers.assertHeader(shouldFail,"Access-Control-Allow-Credentials","true");
			res.dropBody();
		});
}

void assertCorsPasses(string url, HTTPMethod method, string origin = "www.example.com")
{
	assertCorsHeaders(url, method, ShouldFail.No, origin);
}

void assertCorsFails(string url, HTTPMethod method, string origin = "www.example.com")
{
	assertCorsHeaders(url, method, ShouldFail.Yes, origin);
}
// According to specs, when a resource is requested with the OPTIONS method the server should
// return the Allow header that specifies all methods available on that resource.
// Since a CORS preflight also uses the OPTIONS method, we implemented the Allow header as well.
void testAllowHeader(string url, HTTPMethod[] methods)
{
	import std.algorithm : equal, joiner;
	import std.conv : text;
	auto allow = methods.map!(m=>m.to!string);
	requestHTTP(url,
		(scope HTTPClientRequest req) {
			req.method = HTTPMethod.OPTIONS;
		},
		(scope HTTPClientResponse res) {
			assert(equal(res.headers["Allow"].split(",").sort(), allow.array.sort()));
			res.dropBody();
		});
}

void testCors(string url, HTTPMethod[] methods)
{
	foreach(method; methods)
		assertCorsPasses(url, method);
}

void createRestTestInterface(URLRouter router, string path, string[] allowedOrigins)
{
	auto corsRestSettings = new RestInterfaceSettings();
	corsRestSettings.baseURL = URL(path);
	corsRestSettings.methodStyle = MethodStyle.lowerUnderscored;
	corsRestSettings.allowedOrigins = allowedOrigins.dup;
	registerRestInterface!ITestAPICors(router, new TestAPICors, corsRestSettings);	
}

void runTest()
{
	auto router = new URLRouter;
	registerRestInterface!ITestAPI(router, new TestAPI, "/root/");

	// we create 3 api's to test the allowed origins
	router.createRestTestInterface("http://127.0.0.1/cors1/",["www.foobar.com","www.example.com"]);
	router.createRestTestInterface("http://127.0.0.1/cors2/",[]);
	router.createRestTestInterface("http://127.0.0.1/cors3/",["www.foobar.com"]);

	auto settings = new HTTPServerSettings;
	settings.disableDistHost = true;
	settings.port = 8000;
	listenHTTP(settings, router);

	auto api = new RestInterfaceClient!ITestAPI("http://127.0.0.1:8000/root/");
	assert(api.getInfo() == "description");
	assert(api.info() == "description2");
	assert(api.customParameters("one", "two") == "onetwo");
	assert(api.customParameters2(10, false) == -10);
	assert(api.customParameters2(10, true) == 10);
	assert(api.testID1(2) == 2);
	assert(api.testID2(3) == 3);
	assert(api.get(4) == 4);
	assert(api.sub.get(5) == 5);
	assert(api.testKeyword(3, 4) == 7);

	assertCorsFails("http://127.0.0.1:8000/cors1/foo", HTTPMethod.GET, "www.non-existent.com");
	assertCorsPasses("http://127.0.0.1:8000/cors1/foo", HTTPMethod.GET, "www.foobar.com");
	assertCorsPasses("http://127.0.0.1:8000/cors1/foo", HTTPMethod.GET, "www.example.com");
	assertCorsPasses("http://127.0.0.1:8000/cors2/foo", HTTPMethod.GET, "www.abcdefg.com");
	assertCorsPasses("http://127.0.0.1:8000/cors3/foo", HTTPMethod.GET, "www.foobar.com");
	assertCorsFails("http://127.0.0.1:8000/cors3/foo", HTTPMethod.GET, "www.bazbaz.com");

	testAllowHeader("http://127.0.0.1:8000/cors1/foo",   [HTTPMethod.GET,HTTPMethod.PUT,HTTPMethod.POST]);
	testAllowHeader("http://127.0.0.1:8000/cors1/bar/6", [HTTPMethod.POST,HTTPMethod.DELETE,HTTPMethod.PATCH]);
	testAllowHeader("http://127.0.0.1:8000/cors1/7/foo", [HTTPMethod.PUT,HTTPMethod.POST,HTTPMethod.DELETE]);
	testCors("http://127.0.0.1:8000/cors1/foo", 			[HTTPMethod.GET,HTTPMethod.PUT,HTTPMethod.POST]);
	testCors("http://127.0.0.1:8000/cors1/bar/6", 		[HTTPMethod.POST,HTTPMethod.DELETE,HTTPMethod.PATCH]);
	testCors("http://127.0.0.1:8000/cors1/7/foo", 		[HTTPMethod.PUT,HTTPMethod.POST,HTTPMethod.DELETE]);

	exitEventLoop(true);
}

int main()
{
	setLogLevel(LogLevel.debug_);
	runTask(toDelegate(&runTest));
	return runEventLoop();
}
vibe.d-0.7.30/tests/restcollections/000077500000000000000000000000001304441332000173205ustar00rootroot00000000000000vibe.d-0.7.30/tests/restcollections/dub.json000066400000000000000000000003211304441332000207610ustar00rootroot00000000000000{
    "name": "tests",
    "description": "High level REST client test for vibe.d",
    "dependencies": {
        "vibe-d": {"version": "~master", "path": "../../"}
    },
    "versions": ["VibeCustomMain"]
}
vibe.d-0.7.30/tests/restcollections/source/000077500000000000000000000000001304441332000206205ustar00rootroot00000000000000vibe.d-0.7.30/tests/restcollections/source/app.d000066400000000000000000000042011304441332000215420ustar00rootroot00000000000000module app;

import vibe.vibe;

interface API {
	Collection!ItemAPI items();
}

interface ItemAPI {
	struct CollectionIndices {
		string _item;
	}

	Collection!SubItemAPI subItems(string _item);

	ItemManagerAPI manager();
}

interface SubItemAPI {
	struct CollectionIndices {
		string _item;
		int _index;
	}

	@property int length(string _item);

	@method(HTTPMethod.GET)
	string name(string _item, int _index);
}

interface ItemManagerAPI {
	@property string databaseURL();
}


class LocalAPI : API {
	LocalItemAPI m_items;
	this() { m_items = new LocalItemAPI; }
	Collection!ItemAPI items() { return Collection!ItemAPI(m_items); }
}

class LocalItemAPI : ItemAPI {
	private {
		LocalItemManagerAPI m_manager;
		LocalSubItemAPI m_subItems;
	}

	this()
	{
		m_manager = new LocalItemManagerAPI;
		m_subItems = new LocalSubItemAPI(m_manager);
	}

	Collection!SubItemAPI subItems(string id) { return Collection!SubItemAPI(m_subItems, id); }

	ItemManagerAPI manager() { return m_manager; }
}

class LocalSubItemAPI : SubItemAPI {
	private LocalItemManagerAPI m_manager;

	this(LocalItemManagerAPI manager)
	{
		m_manager = manager;
	}
	
	@property int length(string _item) { return cast(int)m_manager.items[_item].length; }

	string name(string _item, int _index) { return m_manager.items[_item][_index]; }
}

class LocalItemManagerAPI : ItemManagerAPI {
	string[][string] items;

	this()
	{
		items = [
			"foo": ["hello", "world"],
			"bar": ["this", "is", "a", "test"]
		];
	}

	@property string databaseURL() { return "in-memory://"; }
}


void runTest()
{
	auto router = new URLRouter;
	router.registerRestInterface(new LocalAPI);

	auto settings = new HTTPServerSettings;
	settings.disableDistHost = true;
	settings.port = 8000;
	listenHTTP(settings, router);

	auto api = new RestInterfaceClient!API("http://127.0.0.1:8000/");
	assert(api.items["foo"].subItems.length == 2);
	assert(api.items["foo"].subItems[0].name == "hello");
	assert(api.items["foo"].subItems[1].name == "world");
	assert(api.items.manager.databaseURL == "in-memory://");
	exitEventLoop(true);
}

int main()
{
	setLogLevel(LogLevel.debug_);
	runTask(toDelegate(&runTest));
	return runEventLoop();
}
vibe.d-0.7.30/tests/std.concurrency/000077500000000000000000000000001304441332000172275ustar00rootroot00000000000000vibe.d-0.7.30/tests/std.concurrency/dub.json000066400000000000000000000002601304441332000206720ustar00rootroot00000000000000{
	"name": "tests",
	"description": "Tests vibe.d's std.concurrency integration",
	"dependencies": {
		"vibe-d:core": {"path": "../../"}
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/std.concurrency/source/000077500000000000000000000000001304441332000205275ustar00rootroot00000000000000vibe.d-0.7.30/tests/std.concurrency/source/app.d000066400000000000000000000032321304441332000214540ustar00rootroot00000000000000import vibe.appmain;
import vibe.core.core;
import vibe.core.log;
import std.concurrency;
import core.atomic;
import core.time;
import core.stdc.stdlib : exit;

__gshared Tid t1, t2;
shared watchdog_count = 0;

shared static this()
{
	t1 = spawn({
		// ensure that asynchronous operations run in parallel to receive()
		int wc = 0;
		runTask({ while (true) { sleep(250.msecs); wc++; logInfo("Watchdog receiver %s", wc); } });

		bool finished = false;
		try while (!finished) {
			logDebug("receive1");
			receive(
				(string msg) {
					logInfo("Received string message: %s", msg);
				},
				(int msg) {
					logInfo("Received int message: %s", msg);
				});
			logDebug("receive2");
			receive(
				(double msg) {
					logInfo("Received double: %s", msg);
				},
				(int a, int b, int c) {
					logInfo("Received iii: %s %s %s", a, b, c);

					if (a == 1 && b == 2 && c == 3)
						finished = true;
				});
		}
		catch (Exception e) assert(false, "Receiver thread failed: "~e.msg);

		logInfo("Receive loop finished.");
		if (wc < 6*4-1) {
			logError("Receiver watchdog failure.");
			exit(1);
		}
		logInfo("Exiting normally");
	});

	t2 = spawn({
		scope (failure) assert(false);
		sleep(1.seconds());
		logInfo("send Hello World");
		t1.send("Hello, World!");

		sleep(1.seconds());
		logInfo("send int 1");
		t1.send(1);

		sleep(1.seconds());
		logInfo("send double 1.2");
		t1.send(1.2);

		sleep(1.seconds());
		logInfo("send int 2");
		t1.send(2);

		sleep(1.seconds());
		logInfo("send 3xint 1 2 3");
		t1.send(1, 2, 3);

		sleep(1.seconds());
		logInfo("send string Bye bye");
		t1.send("Bye bye");

		sleep(100.msecs);
		logInfo("Exiting.");
		exitEventLoop(true);
	});
}
vibe.d-0.7.30/tests/tcp/000077500000000000000000000000001304441332000146725ustar00rootroot00000000000000vibe.d-0.7.30/tests/tcp/dub.sdl000066400000000000000000000002671304441332000161550ustar00rootroot00000000000000name "tests"
description "TCP semantics tests"
copyright "Copyright © 2015, rejectedsoftware e.K."
dependency "vibe-d:core" path="../../"
//subConfiguration "vibe-d:core" "libasync"
vibe.d-0.7.30/tests/tcp/source/000077500000000000000000000000001304441332000161725ustar00rootroot00000000000000vibe.d-0.7.30/tests/tcp/source/app.d000066400000000000000000000073311304441332000171230ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.log;
import vibe.core.net;
import vibe.stream.operations;
import core.time;
import std.datetime : StopWatch;

enum port = 12675;

enum Test {
  receive,
  receiveExisting,
  timeout,
  noTimeout,
  noTimeoutCompat,
  close
}

void test1()
{
	scope (failure) assert(false);

	Test test;
	Task lt;

	listenTCP(port, (conn) {
		lt = Task.getThis();
		while (conn.connected) {
			assert(conn.readLine() == "next");
			auto curtest = test;
			conn.write("continue\r\n");
			logInfo("Perform test %s", curtest);
			StopWatch sw;
			sw.start();
			final switch (curtest) {
				case Test.receive:
					assert(conn.waitForData(2.seconds) == true);
					assert(cast(Duration)sw.peek < 2.seconds); // should receive something instantly
					assert(conn.readLine() == "receive");
					break;
				case Test.receiveExisting:
					assert(conn.waitForData(2.seconds) == true);
					// TODO: validate that waitForData didn't yield!
					assert(cast(Duration)sw.peek < 2.seconds); // should receive something instantly
					assert(conn.readLine() == "receiveExisting");
					break;
				case Test.timeout:
					assert(conn.waitForData(2.seconds) == false);
					assert(cast(Duration)sw.peek > 1900.msecs); // should wait for at least 2 seconds
					assert(conn.connected);
					break;
				case Test.noTimeout:
					assert(conn.waitForData(Duration.max) == true);
					assert(cast(Duration)sw.peek > 2.seconds); // data only sent after 3 seconds
					assert(conn.readLine() == "noTimeout");
					break;
				case Test.noTimeoutCompat:
					assert(conn.waitForData(0.seconds) == true);
					assert(cast(Duration)sw.peek > 2.seconds); // data only sent after 3 seconds
					assert(conn.readLine() == "noTimeoutCompat");
					break;
				case Test.close:
					assert(conn.waitForData(2.seconds) == false);
					assert(cast(Duration)sw.peek < 2.seconds); // connection should be closed instantly
					assert(!conn.connected);
					conn.close();
					return;
			}
			conn.write("ok\r\n");
		}
	}, "127.0.0.1");

	auto conn = connectTCP("127.0.0.1", port);

	test = Test.receive;
	conn.write("next\r\n");
	assert(conn.readLine() == "continue");
	conn.write("receive\r\n");
	assert(conn.readLine() == "ok");

	test = Test.receiveExisting;
	conn.write("next\r\nreceiveExisting\r\n");
	assert(conn.readLine() == "continue");
	assert(conn.readLine() == "ok");

	test = Test.timeout;
	conn.write("next\r\n");
	assert(conn.readLine() == "continue");
	sleep(3.seconds);
	assert(conn.readLine() == "ok");

	test = Test.noTimeout;
	conn.write("next\r\n");
	assert(conn.readLine() == "continue");
	sleep(3.seconds);
	conn.write("noTimeout\r\n");
	assert(conn.readLine() == "ok");

	test = Test.noTimeoutCompat;
	conn.write("next\r\n");
	assert(conn.readLine() == "continue");
	sleep(3.seconds);
	conn.write("noTimeoutCompat\r\n");
	assert(conn.readLine() == "ok");

	test = Test.close;
	conn.write("next\r\n");
	assert(conn.readLine() == "continue");
	conn.close();

	lt.join();
}

void test2()
{
	Task lt;
	logInfo("Perform test \"disconnect with pending data\"");
	listenTCP(port+1, (conn) {
		lt = Task.getThis();
		sleep(1.seconds);
		StopWatch sw;
		sw.start();
		try {
			assert(conn.waitForData() == true);
			assert(cast(Duration)sw.peek < 500.msecs); // waitForData should return immediately
			assert(conn.dataAvailableForRead);
			assert(conn.readAll() == "test");
			conn.close();
		} catch (Exception e) {
			assert(false, "Failed to read pending data: " ~ e.msg);
		}
	}, "127.0.0.1");

	auto conn = connectTCP("127.0.0.1", port+1);
	conn.write("test");
	conn.close();

	sleep(100.msecs);

	assert(lt != Task.init);
	lt.join();
}

void test()
{
	test1();
	test2();
	exitEventLoop();
}

void main()
{
	import std.functional : toDelegate;
	runTask(toDelegate(&test));
	runEventLoop();
}
vibe.d-0.7.30/tests/tcpproxy/000077500000000000000000000000001304441332000157745ustar00rootroot00000000000000vibe.d-0.7.30/tests/tcpproxy/dub.json000066400000000000000000000002711304441332000174410ustar00rootroot00000000000000{
    "name": "tests",
    "description": "TCP proxy test",
    "dependencies": {
        "vibe-d": {"version": "~master", "path": "../../"}
    },
    "versions": ["VibeCustomMain"]
}
vibe.d-0.7.30/tests/tcpproxy/source/000077500000000000000000000000001304441332000172745ustar00rootroot00000000000000vibe.d-0.7.30/tests/tcpproxy/source/app.d000066400000000000000000000045471304441332000202330ustar00rootroot00000000000000module app;

import vibe.core.core;
import vibe.core.log;
import vibe.core.net;
import vibe.stream.operations;
import std.exception;
import std.string;
import core.time;


void testProtocol(TCPConnection server, bool terminate)
{
	foreach (i; 0 .. 1) {
		foreach (j; 0 .. 1) {
			auto str = format("Hello, World #%s", i*100+j);
			server.write(str);
			server.write("\r\n");
			auto reply = server.readLine();
			assert(reply == format("Hash: %08X", typeid(string).getHash(&str)), "Unexpected reply");
		}
		sleep(10.msecs);
	}

	assert(!server.dataAvailableForRead, "Still data available.");

	if (terminate) {
		// forcefully close connection
		server.close();
	} else {
		server.write("quit\r\n");
		enforce(server.readLine() == "Bye bye!");
		// should have closed within 500 ms
		enforce(!server.waitForData(500.msecs));
		assert(!server.connected, "Server still connected.");
	}
}

void runTest()
{
	// server for a simple line based protocol
	listenTCP(11001, (client) {
		while (!client.empty) {
			auto ln = client.readLine();
			if (ln == "quit") {
				client.write("Bye bye!\r\n");
				client.close();
				break;
			}

			client.write(format("Hash: %08X\r\n", typeid(string).getHash(&ln)));
		}
	});

	// proxy server
	listenTCP(11002, (client) {
		auto server = connectTCP("127.0.0.1", 11001);

		// pipe server to client as long as the server connection is alive
		auto t = runTask({
			scope (exit) client.close();
			client.write(server);
			logInfo("Proxy 2 out");
		});

		// pipe client to server as long as the client connection is alive
		scope (exit) {
			server.close();
			t.join();
		}
		server.write(client);
		logInfo("Proxy out");
	});

	// test server
	logInfo("Test protocol implementation on server");
	testProtocol(connectTCP("127.0.0.1", 11001), false);
	logInfo("Test protocol implementation on server with forced disconnect");
	testProtocol(connectTCP("127.0.0.1", 11001), true);

	// test proxy
	logInfo("Test protocol implementation on proxy");
	testProtocol(connectTCP("127.0.0.1", 11002), false);
	logInfo("Test protocol implementation on proxy with forced disconnect");
	testProtocol(connectTCP("127.0.0.1", 11002), true);
}

int main()
{
	int ret = 0;
	runTask({
		try runTest();
		catch (Throwable th) {
			logError("Test failed: %s", th.msg);
			logDiagnostic("Full error: %s", th);
			ret = 1;
		} finally exitEventLoop(true);
	});
	runEventLoop();
	return ret;
}
vibe.d-0.7.30/tests/tls/000077500000000000000000000000001304441332000147065ustar00rootroot00000000000000vibe.d-0.7.30/tests/tls/ca.crt000066400000000000000000000024051304441332000160040ustar00rootroot00000000000000-----BEGIN CERTIFICATE-----
MIIDhzCCAm+gAwIBAgIJAPPsz4Vg1ss1MA0GCSqGSIb3DQEBCwUAMFkxCzAJBgNV
BAYTAkRFMRMwEQYDVQQIDApTb21lLVN0YXRlMSEwHwYDVQQKDBhJbnRlcm5ldCBX
aWRnaXRzIFB0eSBMdGQxEjAQBgNVBAMMCVNhbXBsZSBDQTAgFw0xNTExMTEwNjM1
NDFaGA8yMTE1MTAxODA2MzU0MVowWTELMAkGA1UEBhMCREUxEzARBgNVBAgMClNv
bWUtU3RhdGUxITAfBgNVBAoMGEludGVybmV0IFdpZGdpdHMgUHR5IEx0ZDESMBAG
A1UEAwwJU2FtcGxlIENBMIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEA
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BAUwAwEB/zANBgkqhkiG9w0BAQsFAAOCAQEAX5cSudTaTbxjMb+SPnQlCZngQWKJ
AjYvQcSR9iXrdmU9teaf/hwZbutTFPgjAWUktNjfxvmgDEbX8PBJ+VfE1DzxZsG/
V3b1kz6gyFucWcImYu0XEqv4WLA78FuBKvb7XCnrw/Wy8zW0q5Zg6DeHLUd9WABC
omciZhk59qy01r/j4o2KPZxmZ3AM5ZqslC5ntO+mt1TtnYRVLPHAF+5MkApraBLU
e7MaRVNp49FXzsnA50VuIdu5nppuTvb6OeLjVFFujj6mteGIbUSMdI41KkALl4L6
uqMwL3v4+/BZgTbXJSZcDop/jzMzgGqN5GnpLYx1SFKDxrkAcEEF1bpceA==
-----END CERTIFICATE-----
vibe.d-0.7.30/tests/tls/client.crt000066400000000000000000000046101304441332000166770ustar00rootroot00000000000000-----BEGIN CERTIFICATE-----
MIIDKTCCAhECAQEwDQYJKoZIhvcNAQELBQAwWTELMAkGA1UEBhMCREUxEzARBgNV
BAgMClNvbWUtU3RhdGUxITAfBgNVBAoMGEludGVybmV0IFdpZGdpdHMgUHR5IEx0
ZDESMBAGA1UEAwwJU2FtcGxlIENBMCAXDTE1MTExMTA2MzkwOVoYDzIxMTUxMDE4
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MAF/1yVEQqgXFWce9N2r0wd3jeoRre1Vs/2Y8R92LP2aKVlKfUlxae30ADtz
-----END CERTIFICATE-----
-----BEGIN CERTIFICATE-----
MIIDhzCCAm+gAwIBAgIJAPPsz4Vg1ss1MA0GCSqGSIb3DQEBCwUAMFkxCzAJBgNV
BAYTAkRFMRMwEQYDVQQIDApTb21lLVN0YXRlMSEwHwYDVQQKDBhJbnRlcm5ldCBX
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uqMwL3v4+/BZgTbXJSZcDop/jzMzgGqN5GnpLYx1SFKDxrkAcEEF1bpceA==
-----END CERTIFICATE-----
vibe.d-0.7.30/tests/tls/client.key000066400000000000000000000032171304441332000167010ustar00rootroot00000000000000-----BEGIN RSA PRIVATE KEY-----
MIIEpQIBAAKCAQEA23vW1M6yFYc2IjN+lqQWS4AzQST7jMf1qfxz4M8O9Ns002MV
9jNGxGdqVqiU4QrR1TTB8Rv2Gad9OkqbB+1Mye766m+Dr2zLEsChKPSNFr/FHJtk
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ebrQg1Y8tAVrVke0cX6R3YcDPLahZnm7l/hePK5ZTKIqpYo3sdG9uNlWyBWAsPtG
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qknu6pkCgYEA9zyAPZfORpfYyF8zIVyY8mOXpVT22XMxbZJeYJSCB0PDFbQIkWwv
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elWvQNifAWgP72sT+/EVr0GJJwOw0JCkTQopU8UCgYEA13As/38NDI69JL1wPJ4H
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jO338zkDmAX2occWDF7DKwvwJEnnEHQYq5HyU3HN7hiMuT0IwjPBmDBprCoh7bnm
Vs9MwkIq5x34DRq4LLbBDckCgYEApCh/TW98epWrqm6wSe+YMAXRvdO0EYzDbmdc
+dPeLc2bjrB1tUHQppRgdTZ3Ve1kNmd3swldUSJpMKtURjY8ZwlrrFlFCN/f45jB
q5ArclFyCHMcAzt1xnljjECGMk9KDNkdnJFGDTYr7M0pLYyQG91yB2z0T/0nfA/u
zkM3xO0CgYEAnP6OACxfPTlxeNrFd0wzzh4zO3K8/bZzsrtVFSnKIABQ5024o05e
FTGb/kmXtLPsdarFW5HRFTui44Sf2TDjkowlxj/jcVWSkJ+K0N6t6aH3+Y+8Foir
elRyFwfbndO9MAROSymzfDjwh/zeuFmzudqQfdqiU5DvhNGmaec3dDM=
-----END RSA PRIVATE KEY-----
vibe.d-0.7.30/tests/tls/dub.json000066400000000000000000000002641304441332000163550ustar00rootroot00000000000000{
    "name": "tests",
    "description": "TLS tunnel and certificate test",
    "dependencies": {
        "vibe-d": {"path": "../../"}
    },
    "versions": ["VibeCustomMain"]
}
vibe.d-0.7.30/tests/tls/server.crt000066400000000000000000000046101304441332000167270ustar00rootroot00000000000000-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
vibe.d-0.7.30/tests/tls/server.key000066400000000000000000000032171304441332000167310ustar00rootroot00000000000000-----BEGIN RSA PRIVATE KEY-----
MIIEpAIBAAKCAQEAo6oAZAVcjD7FmuuI1r3YX8Xi5+vUlmZEr9vh2bDTmPzQTkbd
9rDuz8OpkCx0vutAuxbjCCUaKwZHs7ucSTzzL3p+XZ40Lj7lKlCHlXx94uUbXRS4
hjZP/PPl99OvH4ZszcRxPjfyCo45CogyQ4XfgQYmmbcHRZxLF+oUPoU/JtIgnBqY
iwMJL3bGllNnAzL5TZ2BIk+u3J73SOTULFXzlicclNdL+AyxJdxZfq8EunlaHowD
T9kpXAnBp/XNsqBQAY9PS+c3nzFWd7gFuCpg4tNjEyN2Qo2kCvCC30ThjtkeM0rY
xXlgIwlfXHTF7eGl9T4KvVETqNeKDZzvEiWhtwIDAQABAoIBAQCfnvhOlOQUbExx
sfJ97h6QGgIZy+pE3W10TvHRTSKyfS/0iC2HojzoKZ7A3Hroka1KSyIWGYmSGMfp
xbrBu047Ki8Aw4GE8Ra01GHIK+jjWCv99m2ZiHMu8/mAYdbU2lhXv5Xq5smL/fYo
DXloXbMEtakEFnxjKfIbWtNvvqk/A/YMuKFzKGMNth5FuAV1XvDb8w7+wwfmVwBe
KsNzEQAZSZPErEi3R7tM7nC55nRyOOGAShdMGFcKtNJtUWLR/QFfPcJc8D04h2yb
JcRiGsL6NBkrSZ5G83l/xkuhZ8MDFu/Jaf3pIeneQyEWIhzKeymrDNOEzZyd7N0X
gRd8Y3xBAoGBANNJrPnnVBxQX5u+BvTKkgpzzzFfPY/i1pz+osm/8N9fFc/GcEX+
tdxmWJkLLnFpDHuZIc02BZ2sWVFVra78G/WsJUfrfK6YdndXXnM/0actdF2XbsVI
kq93OjEA98wMJuo67KZJiJd3MVuVwrFkgqJhUIEBBzjR23b1p+9WD4/RAoGBAMZM
WovrlYYdirUcWDl8qIB1MoQkTqjwYgrzpX9n7msTxpFr0eYSIx1NauGasyKF2N1c
7LVLjClhUT2A9VE8dx9aZFvwLIb04WmU25CIOfIWv2U5bws3w7LjSXZz0rey7RU7
wE01uzcZnMoa70yIss8JpQ0Gc3RXoa7Fhc32BUMHAoGAWjqFTvc12R2NpsHA0LrN
IP+RxKDKdm7FfafUNtnr8Ef31ZIFki6S1TszrK+0tqPIu+OKJstiHJJkVjKDiE2L
Vx+bkBoFVb4wIQjDge4IBx+HKQypNkCmu53r0M98ArxRxgdB1kViumQhRN4wlXa5
vsRWD7Ezt1UPJr8DZ1bWMHECgYEAlWGLjIBKQaAbj9fsdlH8NdkT1wvq3cVIdmuZ
LuNCbhOVsJMCqkjbfwWFELMTY1xlREzuXJyu17ViF+z/4NSmAE597+x7/qaW8Iyc
4sJctIyCXmTnzBGUMTybaMpT4OK/SxGaChACGr4GqRGlV4ha+zCOz8MeUnR5bkmK
RN+ikx0CgYAKuRDHuqgA3pReP9AFRuuysIQdAuDvfP9lXi8U8DRwPop3AeD7Y/1A
q4uGoHHmm4uIPTekFCAiIaojjN2x21SUmQucKiqKg6SHC6Gkt4A17ZWxc/655W6z
X73t+wPK3DLZaFoVWge6BXFcy6NDQODoZnEMH0wfPSAj+lk6Rc5BvA==
-----END RSA PRIVATE KEY-----
vibe.d-0.7.30/tests/tls/source/000077500000000000000000000000001304441332000162065ustar00rootroot00000000000000vibe.d-0.7.30/tests/tls/source/app.d000066400000000000000000000123321304441332000171340ustar00rootroot00000000000000module app;

import vibe.core.core;
import vibe.core.log;
import vibe.core.stream;
import vibe.stream.operations;
import vibe.stream.wrapper;
import vibe.stream.tls;
import vibe.stream.taskpipe;
import std.encoding : sanitize;

TLSContext createContext(TLSContextKind kind, string cert, string key, string trust, TLSPeerValidationMode mode)
{
	auto ctx = createTLSContext(kind);
	ctx.peerValidationMode = mode;
	if (cert.length) ctx.useCertificateChainFile(cert);
	if (key.length) ctx.usePrivateKeyFile(key);
	if (trust.length) ctx.useTrustedCertificateFile(trust);
	return ctx;
}

void createPipePair(out Stream a, out Stream b)
{
	auto p1 = new TaskPipe;
	auto p2 = new TaskPipe;
	a = new ProxyStream(p1, p2);
	b = new ProxyStream(p2, p1);
}

void testConn(
	bool cli_fail, string cli_cert, string cli_key, string cli_trust, string cli_peer, TLSPeerValidationMode cli_mode,
	bool srv_fail, string srv_cert, string srv_key, string srv_trust, string srv_peer, TLSPeerValidationMode srv_mode)
{
	Stream ctunnel, stunnel;
	logInfo("Test client %s (%s, %s, %s, %s), server %s (%s, %s, %s, %s)",
		cli_fail ? "fail" : "success", cli_cert, cli_key, cli_trust, cli_peer,
		srv_fail ? "fail" : "success", srv_cert, srv_key, srv_trust, srv_peer);

	createPipePair(ctunnel, stunnel);
	auto t1 = runTask({
		auto sctx = createContext(TLSContextKind.server, srv_cert, srv_key, srv_trust, srv_mode);
		TLSStream sconn;
		try {
			sconn = createTLSStream(stunnel, sctx, TLSStreamState.accepting, srv_peer);
			logDiagnostic("Successfully initiated server tunnel.");
			assert(!srv_fail, "Server expected to fail TLS connection.");
		} catch (Exception e) {
			if (srv_fail) logDiagnostic("Server tunnel failed as expected: %s", e.msg);
			else logError("Server tunnel failed: %s", e.toString().sanitize);
			assert(srv_fail, "Server not expected to fail TLS connection.");
			return;
		}
		if (cli_fail) return;
		assert(sconn.readLine() == "foo");
		sconn.write("bar\r\n");
		sconn.finalize();
	});
	auto t2 = runTask({
		auto cctx = createContext(TLSContextKind.client, cli_cert, cli_key, cli_trust, cli_mode);
		TLSStream cconn;
		try {
			cconn = createTLSStream(ctunnel, cctx, TLSStreamState.connecting, cli_peer);
			logDiagnostic("Successfully initiated client tunnel.");
			assert(!cli_fail, "Client expected to fail TLS connection.");
		} catch (Exception e) {
			if (cli_fail) logDiagnostic("Client tunnel failed as expected: %s", e.msg);
			else logError("Client tunnel failed: %s", e.toString().sanitize);
			assert(cli_fail, "Client not expected to fail TLS connection.");
			return;
		}
		if (srv_fail) return;
		cconn.write("foo\r\n");
		assert(cconn.readLine() == "bar");
		cconn.finalize();
	});

	t1.join();
	t2.join();
}

void test()
{
	//
	// Server certificates
	//

	// fail for untrusted server cert
	testConn(
		true, null, null, null, "localhost", TLSPeerValidationMode.trustedCert,
		true, "server.crt", "server.key", null, null, TLSPeerValidationMode.none
	);

	// succeed for untrusted server cert with disabled validation
	testConn(
		false, null, null, null, null, TLSPeerValidationMode.none,
		false, "server.crt", "server.key", null, null, TLSPeerValidationMode.none
	);

	// succeed for untrusted server cert if ignored
	testConn(
		false, null, null, null, "localhost", TLSPeerValidationMode.requireCert|TLSPeerValidationMode.checkPeer,
		false, "server.crt", "server.key", null, null, TLSPeerValidationMode.none
	);

	// fail for trusted server cert with no/wrong host name
	testConn(
		true, null, null, "ca.crt", "wronghost", TLSPeerValidationMode.trustedCert,
		false, "server.crt", "server.key", null, null, TLSPeerValidationMode.none
	);

	// succeed for trusted server cert with no/wrong host name if ignored
	testConn(
		false, null, null, "ca.crt", "wronghost", TLSPeerValidationMode.trustedCert & ~TLSPeerValidationMode.checkPeer,
		false, "server.crt", "server.key", null, null, TLSPeerValidationMode.none
	);

	// succeed for trusted server cert
	testConn(
		false, null, null, "ca.crt", "localhost", TLSPeerValidationMode.trustedCert,
		false, "server.crt", "server.key", null, null, TLSPeerValidationMode.none
	);

	// succeed with no certificates
	/*testConn(
		false, null, null, null, null,
		false, null, null, null, null
	);*/

	//
	// Client certificates
	//

	// fail for untrusted server cert
	testConn(
		true, "client.crt", "client.key", null, null, TLSPeerValidationMode.none,
		true, "server.crt", "server.key", null, null, TLSPeerValidationMode.trustedCert
	);

	// succeed for untrusted server cert with disabled validation
	testConn(
		false, "client.crt", "client.key", null, null, TLSPeerValidationMode.none,
		false, "server.crt", "server.key", null, null, TLSPeerValidationMode.none
	);

	// succeed for untrusted server cert if ignored
	testConn(
		false, "client.crt", "client.key", null, null, TLSPeerValidationMode.none,
		false, "server.crt", "server.key", null, null, TLSPeerValidationMode.requireCert
	);

	// succeed for trusted server cert
	testConn(
		false, "client.crt", "client.key", null, null, TLSPeerValidationMode.none,
		false, "server.crt", "server.key", "ca.crt", null, TLSPeerValidationMode.trustedCert & ~TLSPeerValidationMode.checkPeer
	);

	exitEventLoop();
}

void main()
{
	import std.functional : toDelegate;
	runTask(toDelegate(&test));
	runEventLoop();
}
vibe.d-0.7.30/tests/vibe.core.concurrency.1408/000077500000000000000000000000001304441332000207045ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.concurrency.1408/dub.sdl000066400000000000000000000002001304441332000221520ustar00rootroot00000000000000name "tests"
description "std.concurrency integration issue"
dependency "vibe-d:core" path="../../"
versions "VibeDefaultMain"

vibe.d-0.7.30/tests/vibe.core.concurrency.1408/source/000077500000000000000000000000001304441332000222045ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.concurrency.1408/source/app.d000066400000000000000000000015761304441332000231420ustar00rootroot00000000000000import vibe.core.concurrency;
import vibe.core.core;
import vibe.core.log;
import core.time : msecs;
import std.functional : toDelegate;

void test()
{
	auto t = runTask({
		bool gotit;
		receive((int i) { assert(i == 10); gotit = true; });
		assert(gotit);
	});
	
	t.tid.send(10);
	t.tid.send(11); // never received
	t.join();

	// ensure that recycled fibers will get a clean message queue
	auto t2 = runTask({
		bool gotit;
		receive((int i) { assert(i == 12); gotit = true; });
		assert(gotit);
	});
	t2.tid.send(12);
	t2.join();

	// test worker tasks
	auto t3 = runWorkerTaskH({
		bool gotit;
		receive((int i) { assert(i == 13); gotit = true; });
		assert(gotit);
	});

	t3.tid.send(13);
	sleep(10.msecs);
	
	logInfo("Success.");
	
	exitEventLoop(true);
}

shared static this()
{
setLogFormat(FileLogger.Format.threadTime, FileLogger.Format.threadTime);
	runTask(toDelegate(&test));
}


vibe.d-0.7.30/tests/vibe.core.core.1590/000077500000000000000000000000001304441332000173045ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.core.1590/dub.sdl000066400000000000000000000001211304441332000205540ustar00rootroot00000000000000name "tests"
description "Semaphore hang"
dependency "vibe-d:core" path="../../"
vibe.d-0.7.30/tests/vibe.core.core.1590/source/000077500000000000000000000000001304441332000206045ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.core.1590/source/app.d000066400000000000000000000026161304441332000215360ustar00rootroot00000000000000import std.stdio;
import std.socket;
import std.datetime;
import std.functional;
import core.time;
import vibe.core.core;
import vibe.core.log;
import vibe.core.concurrency;
import vibe.core.connectionpool;

class Conn {}

void main()
{
    runTask({
        // create pool with 2 max connections
        bool[int] results;
        auto pool = new ConnectionPool!Conn({ return new Conn; }, 2);
        auto task = Task.getThis(); // main task
        void worker(int id) {
            {
                auto conn = pool.lockConnection(); // <-- worker(4) hangs here
                sleep(1.msecs); // <-- important, without sleep everything works fine
            }
            task.send(id); // send signal to the main task
        }
        // run 4 tasks (2 * pool max connections)
        runTask(&worker, 1);
        runTask(&worker, 2);
        runTask(&worker, 3);
        runTask(&worker, 4);

        // wait for first signal and run one more task
        results[receiveOnly!int] = true;
        runTask(&worker, 5);

        // wait for other signals
        results[receiveOnly!int] = true;
        results[receiveOnly!int] = true;
        results[receiveOnly!int] = true;
        results[receiveOnly!int] = true;

        foreach (r; results.byKey)
            assert(r >= 1 && r <= 5);

        exitEventLoop();
    });

    setTimer(1.seconds, { assert(false, "Test has hung."); });

    runEventLoop();
}

vibe.d-0.7.30/tests/vibe.core.net.1376/000077500000000000000000000000001304441332000171445ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.net.1376/dub.sdl000066400000000000000000000001671304441332000204260ustar00rootroot00000000000000name "tests"
description "TCP disconnect task issue"
dependency "vibe-d:core" path="../../"
versions "VibeDefaultMain"
vibe.d-0.7.30/tests/vibe.core.net.1376/source/000077500000000000000000000000001304441332000204445ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.net.1376/source/app.d000066400000000000000000000010001304441332000213600ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.net;
import core.time : msecs;

shared static this()
{
	listenTCP(11375,(conn){
		auto td = runTask({
			ubyte [3] buf;
			try {
				conn.read(buf);
				assert(false, "Expected read() to throw an exception.");
			} catch (Exception) {} // expected
		});
		conn.close();
	});

	runTask({
		auto conn = connectTCP("127.0.0.1", 11375);
		conn.write("a");
		conn.close();

		conn = connectTCP("127.0.0.1", 11375);
		conn.close();

		sleep(50.msecs);
		exitEventLoop();
	});
}
vibe.d-0.7.30/tests/vibe.core.net.1429/000077500000000000000000000000001304441332000171435ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.net.1429/dub.sdl000066400000000000000000000001671304441332000204250ustar00rootroot00000000000000name "tests"
description "TCP disconnect task issue"
dependency "vibe-d:core" path="../../"
versions "VibeDefaultMain"
vibe.d-0.7.30/tests/vibe.core.net.1429/source/000077500000000000000000000000001304441332000204435ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.net.1429/source/app.d000066400000000000000000000013751304441332000213760ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.log : logInfo;
import vibe.core.net;
import core.time : msecs;
import std.datetime : Clock, UTC;

shared static this()
{
	auto udp = listenUDP(11429, "127.0.0.1");

	runTask({
		sleep(500.msecs);
		assert(false, "Receive call did not return in a timely manner. Killing process.");
	});

	runTask({
		auto start = Clock.currTime(UTC());
		try {
			udp.recv(100.msecs);
			assert(false, "Timeout did not occur.");
		} catch (Exception e) {
			auto duration = Clock.currTime(UTC()) - start;
			assert(duration >= 99.msecs, "Timeout occurred too early");
			assert(duration >= 99.msecs && duration < 150.msecs, "Timeout occurred too late.");
			logInfo("UDP receive timeout test was successful.");
			exitEventLoop();
		}
	});
}
vibe.d-0.7.30/tests/vibe.core.net.1441/000077500000000000000000000000001304441332000171355ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.net.1441/dub.sdl000066400000000000000000000001671304441332000204170ustar00rootroot00000000000000name "tests"
description "TCP disconnect task issue"
dependency "vibe-d:core" path="../../"
versions "VibeDefaultMain"
vibe.d-0.7.30/tests/vibe.core.net.1441/source/000077500000000000000000000000001304441332000204355ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.net.1441/source/app.d000066400000000000000000000005451304441332000213660ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.net;
import core.time : msecs;

shared static this()
{
	import vibe.core.log;
	bool done = false;
	listenTCP(11375,(conn){
		conn.write("foo");
		conn.close();
		done = true;
	});

	runTask({
		auto conn = connectTCP("127.0.0.1", 11375);
		conn.close();

		sleep(50.msecs);
		assert(done);

		exitEventLoop();
	});
}
vibe.d-0.7.30/tests/vibe.core.net.1452/000077500000000000000000000000001304441332000171375ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.net.1452/dub.sdl000066400000000000000000000002011304441332000204060ustar00rootroot00000000000000name "tests"
description "Invalid memory operation on TCP connection leakage at shutdown"
dependency "vibe-d:core" path="../../"
vibe.d-0.7.30/tests/vibe.core.net.1452/source/000077500000000000000000000000001304441332000204375ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.core.net.1452/source/app.d000066400000000000000000000004231304441332000213630ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.net;
import core.time : msecs;

class C {
	TCPConnection m_conn;

	this()
	{
		m_conn = connectTCP("google.com", 443);
	}

	~this()
	{
		m_conn.close();
	}
}

void main()
{
	auto c = new C;
	// let druntime collect c during shutdown
}
vibe.d-0.7.30/tests/vibe.data.json.1504/000077500000000000000000000000001304441332000173015ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.data.json.1504/dub.json000066400000000000000000000002201304441332000207400ustar00rootroot00000000000000{
    "name": "tests",
    "description": "Command-line argument test",
    "dependencies": {
        "vibe-d:data": {"path": "../../"}
    }
}
vibe.d-0.7.30/tests/vibe.data.json.1504/source/000077500000000000000000000000001304441332000206015ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.data.json.1504/source/app.d000066400000000000000000000004711304441332000215300ustar00rootroot00000000000000import vibe.data.json;


void main()
{
    auto data =
`[
   [1],
   [2]
]
`;

   Json j = data.parseJson;

   import std.array : appender;
   auto a = appender!(int[]);
   foreach (i; 0 .. 1_000) a ~= i;

   import std.stdio;
   write(j[0][0] == 1 ? "PASS" : "FAIL");
   write(j[1][0] == 2 ? "PASS" : "FAIL");
}
vibe.d-0.7.30/tests/vibe.http.client.1389/000077500000000000000000000000001304441332000176675ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.client.1389/dub.json000066400000000000000000000001631304441332000213340ustar00rootroot00000000000000{
	"name": "1389",
	"dependencies": {
		"vibe-d:http": { "path": "../../" }
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/vibe.http.client.1389/source/000077500000000000000000000000001304441332000211675ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.client.1389/source/app.d000066400000000000000000000022631304441332000221170ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.log;
import vibe.http.client;
import vibe.http.server;
import vibe.stream.operations : readAllUTF8;
import std.exception : assertThrown;

shared static this()
{
	// determine external network interface
	auto ec = connectTCP("vibed.org", 80);
	auto li = ec.localAddress;
	ec.close();
	li.port = 0;
	logInfo("External interface: %s", li.toString());

	auto settings = new HTTPServerSettings;
	// 10k + issue number -> Avoid bind errors
	settings.port = 11389;
	settings.bindAddresses = [li.toAddressString()];
	listenHTTP(settings, (req, res) {
		if (req.clientAddress.toAddressString() == "127.0.0.1")
			res.writeBody("local");
		else res.writeBody("remote");
	});

	runTask({
		scope(exit) exitEventLoop(true);

		auto url = "http://"~li.toAddressString~":11389/";

		auto cs = new HTTPClientSettings;
		cs.networkInterface = resolveHost("127.0.0.1");
		auto res = requestHTTP(url, null, cs).bodyReader.readAllUTF8();
		assert(res == "local", "Unexpected reply: "~res);

		auto cs2 = new HTTPClientSettings;
		cs2.networkInterface = li;
		res = requestHTTP(url, null, cs2).bodyReader.readAllUTF8();
		assert(res == "remote", "Unexpected reply: "~res);
    });
}
vibe.d-0.7.30/tests/vibe.http.client.1426/000077500000000000000000000000001304441332000176575ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.client.1426/dub.sdl000066400000000000000000000002171304441332000211350ustar00rootroot00000000000000name "tests"
description "Tests body transfer for non-keep-alive connections"
dependency "vibe-d:http" path="../.."
versions "VibeDefaultMain"
vibe.d-0.7.30/tests/vibe.http.client.1426/source/000077500000000000000000000000001304441332000211575ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.client.1426/source/app.d000066400000000000000000000006501304441332000221050ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.net;
import vibe.http.client;
import vibe.stream.operations;

shared static this()
{
	listenTCP(11426, (TCPConnection c) {
		c.write("HTTP/1.1 200 OK\r\nConnection: Close\r\n\r\nqwerty");
	}, "127.0.0.1");

	runTask({
		requestHTTP("http://127.0.0.1:11426",
			(scope req) {},
			(scope res) {
				assert(res.bodyReader.readAllUTF8() == "qwerty");
			}
		);
		exitEventLoop();
	});
}
vibe.d-0.7.30/tests/vibe.http.server.1388/000077500000000000000000000000001304441332000177165ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.server.1388/dub.sdl000066400000000000000000000001521304441332000211720ustar00rootroot00000000000000name "tests"
description "IPv6 request"
dependency "vibe-d:http" path="../../"
versions "VibeDefaultMain"
vibe.d-0.7.30/tests/vibe.http.server.1388/source/000077500000000000000000000000001304441332000212165ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.server.1388/source/app.d000066400000000000000000000017021304441332000221430ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.net;
import vibe.http.server;
import vibe.stream.operations;
import core.time : msecs;
import std.datetime : Clock, UTC;

shared static this()
{
	auto s1 = new HTTPServerSettings;
	s1.bindAddresses = ["::1"];
	s1.port = 11388;
	listenHTTP(s1, &handler);

	runTask({
		auto conn = connectTCP("::1", 11388);
		conn.write("GET / HTTP/1.1\r\nHost: [::1]\r\n\r\n");
		string res = cast(string)conn.readLine();
		assert(res == "HTTP/1.1 200 OK", res);
		while (conn.readLine().length > 0) {}
		assert(cast(string)conn.readLine() == "success");

		conn.write("GET / HTTP/1.1\r\nHost: [::1]:11388\r\n\r\n");
		res = cast(string)conn.readLine();
		assert(res == "HTTP/1.1 200 OK", res);
		while (conn.readLine().length > 0) {}
		assert(cast(string)conn.readLine() == "success");

		conn.close();

		exitEventLoop();
	});
}

void handler(scope HTTPServerRequest req, scope HTTPServerResponse res)
{
	res.writeBody("success\r\n");
}
vibe.d-0.7.30/tests/vibe.http.server.host-header/000077500000000000000000000000001304441332000215165ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.server.host-header/dub.sdl000066400000000000000000000001651304441332000227760ustar00rootroot00000000000000name "tests"
description "Wrong host header tests"
dependency "vibe-d:http" path="../../"
versions "VibeDefaultMain"
vibe.d-0.7.30/tests/vibe.http.server.host-header/source/000077500000000000000000000000001304441332000230165ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.server.host-header/source/app.d000066400000000000000000000032621304441332000237460ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.log : logInfo;
import vibe.core.net;
import vibe.http.server;
import vibe.stream.operations;
import core.time : msecs, seconds;
import std.datetime : Clock, UTC;

shared static this()
{
	auto s1 = new HTTPServerSettings;
	s1.options &= ~HTTPServerOption.errorStackTraces;
	s1.bindAddresses = ["::1"];
	s1.port = 11388;
	listenHTTP(s1, &handler);

	runTask({
		scope (failure) assert(false);

		auto conn = connectTCP("::1", 11388);
		conn.write("GET / HTTP/1.1\r\nHost: [::1]\r\n\r\n");
		string res = cast(string)conn.readLine();
		assert(res == "HTTP/1.1 200 OK", res);
		while (conn.readLine().length > 0) {}
		assert(cast(string)conn.readLine() == "success");
		logInfo("1.1 with Host header OK.");

		conn.write("GET / HTTP/1.1\r\n\r\n");
		res = cast(string)conn.readLine();
		assert(res == "HTTP/1.1 400 Bad Request", res);
		while (conn.readLine().length > 0) {}
		ubyte[39] buf;
		conn.read(buf);
		assert(cast(string)buf == "400 - Bad Request\n\nMissing Host header.");
		conn.waitForData(1.seconds);
		assert(!conn.connected && conn.empty);
		logInfo("1.1 without Host header OK.");

		conn = connectTCP("::1", 11388);
		conn.write("GET / HTTP/1.0\r\n\r\n");
		res = cast(string)conn.readLine();
		assert(res == "HTTP/1.0 200 OK", res);
		while (conn.readLine().length > 0) {}
		assert(cast(string)conn.readLine() == "success");
		conn.waitForData(1.seconds);
		assert(!conn.connected && conn.empty);
		conn.waitForData(1.seconds);
		assert(!conn.connected && conn.empty);
		logInfo("1.0 without Host header OK.");

		scope (exit) exitEventLoop();
	});
}

void handler(scope HTTPServerRequest req, scope HTTPServerResponse res)
{
	res.writeBody("success\r\n");
}
vibe.d-0.7.30/tests/vibe.http.websocket/000077500000000000000000000000001304441332000177745ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.websocket/dub.json000066400000000000000000000001631304441332000214410ustar00rootroot00000000000000{
	"name": "1332",
	"dependencies": {
		"vibe-d:http": { "path": "../../" }
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/vibe.http.websocket/source/000077500000000000000000000000001304441332000212745ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.http.websocket/source/app.d000066400000000000000000000013401304441332000222170ustar00rootroot00000000000000import vibe.core.core;
import vibe.core.log;
import vibe.http.server;
import vibe.http.websockets;

shared static this()
{
	auto settings = new HTTPServerSettings;
	// 10k + issue number -> Avoid bind errors
	settings.port = 11332;
	settings.bindAddresses = ["::1", "127.0.0.1"];
	listenHTTP(settings, handleWebSockets((scope ws) {
		assert(ws.receiveText() == "foo");
		ws.send("hello");
		assert(ws.receiveText() == "bar");
		ws.close();
	}));

	runTask({
		scope(exit) exitEventLoop(true);

		connectWebSocket(URL("http://127.0.0.1:11332/"), (scope ws) {
			ws.send("foo");
			assert(ws.receiveText() == "hello");
			ws.send("bar");
			assert(!ws.waitForData);
			ws.close();
			logInfo("WebSocket test successful");
		});
    });
}
vibe.d-0.7.30/tests/vibe.web.rest.1125/000077500000000000000000000000001304441332000171505ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.rest.1125/.gitignore000066400000000000000000000000051304441332000211330ustar00rootroot000000000000001125
vibe.d-0.7.30/tests/vibe.web.rest.1125/dub.json000066400000000000000000000001561304441332000206170ustar00rootroot00000000000000{
	"name": "1125",
	"dependencies": {
		"vibe-d": { "path": "../../" }
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/vibe.web.rest.1125/source/000077500000000000000000000000001304441332000204505ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.rest.1125/source/app.d000066400000000000000000000016551304441332000214040ustar00rootroot00000000000000import vibe.d;
import std.datetime;

shared static this()
{
	auto settings = new HTTPServerSettings;
    // 10k + issue number -> Avoid bind errors
	settings.port = 11125;
	settings.bindAddresses = ["::1", "127.0.0.1"];
    auto router = new URLRouter;
    router.registerRestInterface(new Llama);
    listenHTTP(settings, router);

    // Client
    setTimer(1.seconds, {
            scope(exit) exitEventLoop(true);

            auto api = new RestInterfaceClient!ILlama("http://127.0.0.1:11125/");
            auto r = api.updateLlama("llama");
            assert(r == "llama", "[vibe.web.rest.1125.Client] Expected llama, got: " ~ r);
        });
}

interface ILlama {
    @bodyParam("llama", "llama")
    string updateLlama(string llama = null);
}

class Llama : ILlama {
    string updateLlama(string llama) {
        assert(llama == "llama", "[vibe.web.rest.1125.Server] Expected llama, got: " ~ llama);
        return llama;
    }
}
vibe.d-0.7.30/tests/vibe.web.rest.1140/000077500000000000000000000000001304441332000171455ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.rest.1140/.gitignore000066400000000000000000000000051304441332000211300ustar00rootroot000000000000001140
vibe.d-0.7.30/tests/vibe.web.rest.1140/dub.json000066400000000000000000000001561304441332000206140ustar00rootroot00000000000000{
	"name": "1140",
	"dependencies": {
		"vibe-d": { "path": "../../" }
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/vibe.web.rest.1140/source/000077500000000000000000000000001304441332000204455ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.rest.1140/source/app.d000066400000000000000000000034331304441332000213750ustar00rootroot00000000000000import std.datetime;
import vibe.d;

interface IOrientDBRoot
{
	@property IOrientDBQuery query();
}

interface IOrientDBQuery
{
	@method(HTTPMethod.GET)
	@path(":db_name/sql/:query/:result_set_size")
	Json sql(string _db_name, string _query, int _result_set_size);

	@method(HTTPMethod.GET)
	@path(":db_name/sql2/:query/:result_set_size")
	Json sql2(string _db_name, string _query, int _result_set_size);
}

class OrientDBRoot : IOrientDBRoot {
	private OrientDBQuery m_query;
	override @property IOrientDBQuery query() { return m_query; }
	public this() { this.m_query = new OrientDBQuery(); }
}

class OrientDBQuery : IOrientDBQuery {
	override Json sql(string _db_name, string _query, int _result_set_size) {
		assert(_db_name == Param1, _db_name);
		assert(_query == Param2, _query);
		assert(_result_set_size == Param3, to!string(_result_set_size));
		return Json.emptyObject;
	}

	override Json sql2(string _db_name, string _query, int _result_set_size) {
		assert(_db_name == Param1, _db_name);
		assert(_query == Param2ALT, _query);
		assert(_result_set_size == Param3, to!string(_result_set_size));
		return Json.emptyObject;
	}
}

enum Param1 = "twitter_data";
enum Param2 = "select DownloadedDateTime from Message";
enum Param2ALT = "tricky/param/eter";
enum Param3 = 1;

shared static this()
{
	auto settings = new HTTPServerSettings;
    // 10k + issue number -> Avoid bind errors
	settings.port = 11140;
	settings.bindAddresses = ["::1", "127.0.0.1"];

	auto router = new URLRouter;
	router.registerRestInterface(new OrientDBRoot);
	listenHTTP(settings, router);

	setTimer(1.seconds, {
			scope (exit) exitEventLoop(true);
			auto api = new RestInterfaceClient!IOrientDBRoot(
				"http://127.0.0.1:11140/");
			api.query.sql(Param1, Param2, Param3);
			api.query.sql2(Param1, Param2ALT, Param3);
		});
}
vibe.d-0.7.30/tests/vibe.web.rest.1230/000077500000000000000000000000001304441332000171455ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.rest.1230/dub.json000066400000000000000000000001561304441332000206140ustar00rootroot00000000000000{
	"name": "1140",
	"dependencies": {
		"vibe-d": { "path": "../../" }
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/vibe.web.rest.1230/source/000077500000000000000000000000001304441332000204455ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.rest.1230/source/app.d000066400000000000000000000027721304441332000214020ustar00rootroot00000000000000import std.datetime;
import vibe.d;

interface ITestAPI {
    string postDefault(int value, bool check = true);
}

class Test : ITestAPI {
    string postDefault(int value, bool check = true) {
        import std.format;
        return format("Value: %s, Check: %s", value, check);
    }
}

shared static this()
{
	auto settings = new HTTPServerSettings;
 	settings.port = 11230;
	settings.bindAddresses = ["::1", "127.0.0.1"];

	auto router = new URLRouter;
	router.registerRestInterface(new Test);
	listenHTTP(settings, router);

	runTask({
		scope (exit) exitEventLoop(true);
		auto api = new RestInterfaceClient!ITestAPI(
			"http://127.0.0.1:11230/");
		assert(api.postDefault(42, true) == "Value: 42, Check: true");
		assert(api.postDefault(42, false) == "Value: 42, Check: false");
		assert(api.postDefault(42) == "Value: 42, Check: true");
		requestHTTP("http://127.0.0.1:11230/default",
			(scope req) {
				req.method = HTTPMethod.POST;
				req.writeBody(cast(const(ubyte)[])`{"value":42}`, "application/json");
			},
			(scope res) {
				assert(res.statusCode == HTTPStatus.ok);
				assert(res.readJson.get!string == "Value: 42, Check: true");
			}
		);
		requestHTTP("http://127.0.0.1:11230/default",
			(scope req) {
				req.method = HTTPMethod.POST;
				req.writeBody(cast(const(ubyte)[])`{"value":42,"check":true}`, "application/json");
			},
			(scope res) {
				assert(res.statusCode == HTTPStatus.ok);
				assert(res.readJson.get!string == "Value: 42, Check: true");
			}
		);
		logInfo("Tests passed.");
	});
}
vibe.d-0.7.30/tests/vibe.web.rest.auth/000077500000000000000000000000001304441332000175215ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.rest.auth/dub.json000066400000000000000000000001631304441332000211660ustar00rootroot00000000000000{
	"name": "tests",
	"dependencies": {
		"vibe-d:web": { "path": "../../" }
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/vibe.web.rest.auth/source/000077500000000000000000000000001304441332000210215ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.rest.auth/source/app.d000066400000000000000000000065241304441332000217550ustar00rootroot00000000000000module app;

import vibe.core.core;
import vibe.core.log;
import vibe.http.auth.basic_auth;
import vibe.http.client;
import vibe.http.router;
import vibe.http.server;
import vibe.web.auth;
import vibe.web.rest;

import std.algorithm : among;
import std.datetime;
import std.format : format;


shared static this()
{
	auto settings = new HTTPServerSettings;
	settings.port = 9128;
	settings.bindAddresses = ["::1", "127.0.0.1"];
    auto router = new URLRouter;
    router.registerRestInterface(new Service);
    listenHTTP(settings, router);

    runTask({
        scope (exit) exitEventLoop();

        void test(string url, string user, HTTPStatus expected)
        {
            requestHTTP("http://127.0.0.1:9128"~url, (scope req) {
                if (user !is null) req.addBasicAuth(user, "secret");
            }, (scope res) {
                res.dropBody();
                assert(res.statusCode == expected, format("Unexpected status code for GET %s (%s): %s", url, user, res.statusCode));
            });
        }

        test("/public", null, HTTPStatus.ok);
        test("/any", null, HTTPStatus.unauthorized);
        test("/any", "stacy", HTTPStatus.ok);
        test("/any_a", null, HTTPStatus.unauthorized);
        test("/any_a", "stacy", HTTPStatus.ok);
        test("/admin", null, HTTPStatus.unauthorized);
        test("/admin", "admin", HTTPStatus.ok);
        test("/admin", "peter", HTTPStatus.forbidden);
        test("/admin", "stacy", HTTPStatus.forbidden);
        test("/admin_a", null, HTTPStatus.unauthorized);
        test("/admin_a", "admin", HTTPStatus.ok);
        test("/admin_a", "peter", HTTPStatus.forbidden);
        test("/admin_a", "stacy", HTTPStatus.forbidden);
        test("/member", "admin", HTTPStatus.forbidden);
        test("/member", "peter", HTTPStatus.ok);
        test("/member", "stacy", HTTPStatus.forbidden);
        test("/admin_member", "peter", HTTPStatus.ok);
        test("/admin_member", "admin", HTTPStatus.ok);
        test("/admin_member", "stacy", HTTPStatus.forbidden);
        test("/nobody", "peter", HTTPStatus.forbidden);
        test("/nobody", "admin", HTTPStatus.forbidden);
        test("/nobody", "stacy", HTTPStatus.forbidden);
        logInfo("All auth tests successful.");
    });
}

struct Auth {
    string username;

    bool isAdmin() { return username == "admin"; }
    bool isMember() { return username == "peter"; }
}

@requiresAuth
interface IService {
    @noAuth int getPublic();
    @anyAuth int getAny();
    @anyAuth int getAnyA(Auth auth);
    @auth(Role.admin) int getAdmin();
    @auth(Role.admin) int getAdminA(Auth auth);
    @auth(Role.member) int getMember();
    @auth(Role.admin | Role.member) int getAdminMember();
    @auth(Role.admin & Role.member) int getNobody();
}

class Service : IService {
    int getPublic() { return 42; }
    int getAny() { return 42; }
    int getAnyA(Auth auth) { assert(auth.username.among("admin", "peter", "stacy")); return 42; }
    int getAdmin() { return 42; }
    int getAdminA(Auth auth) { assert(auth.username == "admin"); return 42; }
    int getMember() { return 42; }
    int getAdminMember() { return 42; }
    int getNobody() { return 42; }

    Auth authenticate(HTTPServerRequest req, HTTPServerResponse res)
    {
        Auth ret;
        ret.username = performBasicAuth(req, res, "test", (user, pw) { return pw == "secret"; });
        return ret;
    }
}
vibe.d-0.7.30/tests/vibe.web.web.auth/000077500000000000000000000000001304441332000173215ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.web.auth/dub.json000066400000000000000000000001631304441332000207660ustar00rootroot00000000000000{
	"name": "tests",
	"dependencies": {
		"vibe-d:web": { "path": "../../" }
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/vibe.web.web.auth/source/000077500000000000000000000000001304441332000206215ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.web.auth/source/app.d000066400000000000000000000062421304441332000215520ustar00rootroot00000000000000module app;

import vibe.core.core;
import vibe.core.log;
import vibe.http.auth.basic_auth;
import vibe.http.client;
import vibe.http.router;
import vibe.http.server;
import vibe.web.auth;
import vibe.web.web;

import std.algorithm : among;
import std.datetime;
import std.format : format;


shared static this()
{
	auto settings = new HTTPServerSettings;
	settings.port = 9128;
	settings.bindAddresses = ["::1", "127.0.0.1"];
    auto router = new URLRouter;
    router.registerWebInterface(new Service);
    listenHTTP(settings, router);

    runTask({
        scope (exit) exitEventLoop();

        void test(string url, string user, HTTPStatus expected)
        {
            requestHTTP("http://127.0.0.1:9128"~url, (scope req) {
                if (user !is null) req.addBasicAuth(user, "secret");
            }, (scope res) {
                res.dropBody();
                assert(res.statusCode == expected, format("Unexpected status code for GET %s (%s): %s", url, user, res.statusCode));
            });
        }

        test("/public", null, HTTPStatus.ok);
        test("/any", null, HTTPStatus.unauthorized);
        test("/any", "stacy", HTTPStatus.ok);
        test("/any_a", null, HTTPStatus.unauthorized);
        test("/any_a", "stacy", HTTPStatus.ok);
        test("/admin", null, HTTPStatus.unauthorized);
        test("/admin", "admin", HTTPStatus.ok);
        test("/admin", "peter", HTTPStatus.forbidden);
        test("/admin", "stacy", HTTPStatus.forbidden);
        test("/admin_a", null, HTTPStatus.unauthorized);
        test("/admin_a", "admin", HTTPStatus.ok);
        test("/admin_a", "peter", HTTPStatus.forbidden);
        test("/admin_a", "stacy", HTTPStatus.forbidden);
        test("/member", "admin", HTTPStatus.forbidden);
        test("/member", "peter", HTTPStatus.ok);
        test("/member", "stacy", HTTPStatus.forbidden);
        test("/admin_member", "peter", HTTPStatus.ok);
        test("/admin_member", "admin", HTTPStatus.ok);
        test("/admin_member", "stacy", HTTPStatus.forbidden);
        logInfo("All auth tests successful.");
    });
}

struct Auth {
    string username;

    bool isAdmin() { return username == "admin"; }
    bool isMember() { return username == "peter"; }
}

@requiresAuth
class Service {
    @noAuth void getPublic(HTTPServerResponse res) { res.writeBody("success"); }
    @anyAuth void getAny(HTTPServerResponse res) { res.writeBody("success"); }
    @anyAuth void getAnyA(HTTPServerResponse res, Auth auth) { assert(auth.username.among("admin", "peter", "stacy")); res.writeBody("success"); }
    @auth(Role.admin) void getAdmin(HTTPServerResponse res) { res.writeBody("success"); }
    @auth(Role.admin) void getAdminA(HTTPServerResponse res, Auth auth) { assert(auth.username == "admin"); res.writeBody("success"); }
    @auth(Role.member) void getMember(HTTPServerResponse res) { res.writeBody("success"); }
    @auth(Role.admin | Role.member) void getAdminMember(HTTPServerResponse res) { res.writeBody("success"); }

    @noRoute Auth authenticate(HTTPServerRequest req, HTTPServerResponse res)
    {
        Auth ret;
        ret.username = performBasicAuth(req, res, "test", (user, pw) { return pw == "secret"; });
        return ret;
    }
}
vibe.d-0.7.30/tests/vibe.web.web/000077500000000000000000000000001304441332000163615ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.web/dub.json000066400000000000000000000001631304441332000200260ustar00rootroot00000000000000{
	"name": "tests",
	"dependencies": {
		"vibe-d:web": { "path": "../../" }
	},
	"versions": ["VibeDefaultMain"]
}
vibe.d-0.7.30/tests/vibe.web.web/source/000077500000000000000000000000001304441332000176615ustar00rootroot00000000000000vibe.d-0.7.30/tests/vibe.web.web/source/app.d000066400000000000000000000021151304441332000206050ustar00rootroot00000000000000module app;

import vibe.core.core;
import vibe.core.log;
import vibe.http.client;
import vibe.http.router;
import vibe.http.server;
import vibe.web.web;
import std.format : format;

// TODO: test the various parameter and return type combinations, as well as all attributes

shared static this()
{
	auto settings = new HTTPServerSettings;
	settings.bindAddresses = ["127.0.0.1"];
	settings.port = 9132;

	auto router = new URLRouter;
	router.registerWebInterface(new Service);

	listenHTTP(settings, router);

	runTask({
		scope (exit) exitEventLoop();

		void test(string url, HTTPStatus expected) {
			requestHTTP("http://127.0.0.1:9132"~url,
				(scope req) {
				},
				(scope res) {
					res.dropBody();
					assert(res.statusCode == expected, format("Unexpected status code for %s: %s", url, res.statusCode));
				}
			);
		}
		test("/foo", HTTPStatus.notFound);
		test("/bar", HTTPStatus.ok);
		logInfo("All web tests succeeded.");
	});
}

class Service {
	@noRoute void getFoo(HTTPServerResponse res) { res.writeBody("oops"); }
	void getBar(HTTPServerResponse res) { res.writeBody("ok"); }
}
vibe.d-0.7.30/todo.txt000066400000000000000000000025111304441332000144470ustar00rootroot00000000000000HTTP
====

 - defer writing the header of server responses to the second written chunk in case of using bodyWriter() - if only one chunk is ever written, write non-chunked instead
 - implement generators for http.rest to generate a JavaScript client and "documentation" with all possible requests.
 - support pipelining for HttpClient

TCP
===

 - Keep a live count of all event objects in the libevent2 driver and exit as soon as the count drops to zero
 - Add a DoS barrier that closes old connections in case of high connection counts (e.g. Slowloris attack)

GENERAL
=======

 - Asynchronous file I/O (already works for Win32)
 - Load balancer with support for seemless recompile (vibedist)
 - Use the event_set_*_callback functions to log libevent messages
 - Analyze all code for memory leaks (e.g. SSLContext)
 - HTTP server comparison to nginx
 - Mention the API used for Diet templates on the /templates page
 - Implement a soft-shutdown in case of catching an Error (in conjunction with vibedist)
 - Add support for an entry "lowerPrivileges" to package.json which will use the system's 'vibe' user for priviledge lowering
 - Document the different -version specifiers that are possible

DIET TEMPLATES
==============

 - block comments
 - block default contents
 
MARKDOWN FILTER
===============

 - see markdown.d
 - add SmartyPants support
vibe.d-0.7.30/travis-ci.sh000077500000000000000000000012721304441332000152040ustar00rootroot00000000000000#!/bin/bash

set -e -x -o pipefail

# test for successful release build
dub build --combined -b release --compiler=$DC --config=${VIBED_DRIVER=libevent}

# test for successful 32-bit build
if [ "$DC" == "dmd" ]; then
	dub build --combined --arch=x86
fi

dub test --combined --compiler=$DC --config=${VIBED_DRIVER=libevent}

if [ ${BUILD_EXAMPLE=1} -eq 1 ]; then
    for ex in $(\ls -1 examples/); do
        echo "[INFO] Building example $ex"
        (cd examples/$ex && dub build --compiler=$DC && dub clean)
    done
fi
if [ ${RUN_TEST=1} -eq 1 ]; then
    for ex in `\ls -1 tests/`; do
        echo "[INFO] Running test $ex"
        (cd tests/$ex && dub --compiler=$DC && dub clean)
    done
fi