prawn-table-0.2.2/ 0000755 0000041 0000041 00000000000 12565012131 013753 5 ustar www-data www-data prawn-table-0.2.2/Gemfile 0000644 0000041 0000041 00000000047 12565012131 015247 0 ustar www-data www-data source "https://rubygems.org"
gemspec
prawn-table-0.2.2/manual/ 0000755 0000041 0000041 00000000000 12565012131 015230 5 ustar www-data www-data prawn-table-0.2.2/manual/contents.rb 0000644 0000041 0000041 00000000430 12565012131 017407 0 ustar www-data www-data # encoding: utf-8
#
# Generates the Prawn by example manual.
require_relative "example_helper"
Encoding.default_external = Encoding::UTF_8
Prawn::ManualBuilder::Example.generate("manual.pdf",
:skip_page_creation => true, :page_size => "FOLIO") do
load_package "table"
end
prawn-table-0.2.2/manual/example_helper.rb 0000644 0000041 0000041 00000000243 12565012131 020546 0 ustar www-data www-data # encoding: UTF-8
require "prawn"
require_relative "../lib/prawn/table"
require "prawn/manual_builder"
Prawn::ManualBuilder.manual_dir = File.dirname(__FILE__)
prawn-table-0.2.2/manual/table/ 0000755 0000041 0000041 00000000000 12565012131 016317 5 ustar www-data www-data prawn-table-0.2.2/manual/table/image_cells.rb 0000644 0000041 0000041 00000002733 12565012131 021115 0 ustar www-data www-data # encoding: utf-8
#
# Prawn can insert images into a table. Just pass a hash into
# table() with an :image key pointing to the image.
#
# You can pass the :scale, :fit,
# :position, and :vposition arguments in alongside
# :image; these will function just as in image().
#
# The :image_width and :image_height arguments set
# the width/height of the image within the cell, as opposed to the
# :width and :height arguments, which set the table
# cell's dimensions.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
image = "#{Prawn::DATADIR}/images/prawn.png"
table [
["Standard image cell", {:image => image}],
[":scale => 0.5", {:image => image, :scale => 0.5}],
[":fit => [100, 200]", {:image => image, :fit => [100, 200]}],
[":image_height => 50,
:image_width => 100", {:image => image, :image_height => 50,
:image_width => 100}],
[":position => :center", {:image => image, :position => :center}],
[":vposition => :center", {:image => image, :vposition => :center,
:height => 200}]
], :width => bounds.width
end
prawn-table-0.2.2/manual/table/row_colors.rb 0000644 0000041 0000041 00000001201 12565012131 021026 0 ustar www-data www-data # encoding: utf-8
#
# One of the most common table styling techniques is to stripe the rows with
# alternating colors.
#
# There is one helper just for that. Just provide the :row_colors
# option an array with color values.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [["This row should have one color"],
["And this row should have another"]]
data += [["..."]] * 10
table(data, :row_colors => ["F0F0F0", "FFFFCC"])
end
prawn-table-0.2.2/manual/table/style.rb 0000644 0000041 0000041 00000001411 12565012131 020001 0 ustar www-data www-data # encoding: utf-8
#
# We've seen how to apply styles to a selection of cells by setting the
# individual properties. Another option is to use the style method
#
# style lets us define multiple properties at once with a hash. It
# also accepts a block that will be called for each cell and can be used for
# some complex styling.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
table([[""] * 8] * 8) do
cells.style(:width => 24, :height => 24)
cells.style do |c|
c.background_color = ((c.row + c.column) % 2).zero? ? '000000' : 'ffffff'
end
end
end
prawn-table-0.2.2/manual/table/creation.rb 0000644 0000041 0000041 00000002162 12565012131 020451 0 ustar www-data www-data # encoding: utf-8
#
# Creating tables with Prawn is fairly easy. There are two methods that will
# create tables for us table and make_table.
#
# Both are wrappers that create a new Prawn::Table object. The
# difference is that table calls the draw method
# after creating the table and make_table only returns the created
# table, so you have to call the draw method yourself.
#
# The most simple table can be created by providing only an array of arrays
# containing your data where each inner array represents one row.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
t = make_table([ ["this is the first row"],
["this is the second row"] ])
t.draw
move_down 20
table([ ["short", "short", "loooooooooooooooooooong"],
["short", "loooooooooooooooooooong", "short"],
["loooooooooooooooooooong", "short", "short"] ])
end
prawn-table-0.2.2/manual/table/span.rb 0000644 0000041 0000041 00000002460 12565012131 017607 0 ustar www-data www-data # encoding: utf-8
#
# Table cells can span multiple columns, rows, or both. When building a cell,
# use the hash argument constructor with a :colspan and/or
# :rowspan argument. Row or column spanning must be specified when
# building the data array; you can't set the span in the table's initialization
# block. This is because cells are laid out in the grid before that block is
# called, so that references to row and column numbers make sense.
#
# Cells are laid out in the order given, skipping any positions spanned by
# previously instantiated cells. Therefore, a cell with rowspan: 2
# will be missing at least one cell in the row below it. See the code and table
# below for an example.
#
# It is illegal to overlap cells via spanning. A
# Prawn::Errors::InvalidTableSpan error will be raised if spans
# would cause cells to overlap.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
table([
["A", {:content => "2x1", :colspan => 2}, "B"],
[{:content => "1x2", :rowspan => 2}, "C", "D", "E"],
[{:content => "2x2", :colspan => 2, :rowspan => 2}, "F"],
["G", "H"]
])
end
prawn-table-0.2.2/manual/table/cell_borders_and_bg.rb 0000644 0000041 0000041 00000002054 12565012131 022576 0 ustar www-data www-data # encoding: utf-8
#
# The borders option accepts an array with the border sides that
# will be drawn. The default is [:top, :bottom, :left, :right].
#
# border_width may be set with a numeric value.
#
# Both border_color and background_color accept an
# HTML like RGB color string ("FF0000")
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [ ["Look at how the cells will look when styled", "", ""],
["They probably won't look the same", "", ""]
]
{ :borders => [:top, :left],
:border_width => 3,
:border_color => "FF0000"}.each do |property, value|
text "Cell #{property}: #{value.inspect}"
table(data, :cell_style => {property => value})
move_down 20
end
text "Cell background_color: FFFFCC"
table(data, :cell_style => {:background_color => "FFFFCC"})
end
prawn-table-0.2.2/manual/table/filtering.rb 0000644 0000041 0000041 00000002030 12565012131 020622 0 ustar www-data www-data # encoding: utf-8
#
# Another way to reduce the number of cells is to filter the table.
#
# filter is just like Enumerable#select. Pass it a
# block and it will iterate through the cells returning a new
# Prawn::Table::Cells instance containing only those cells for
# which the block was not false.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [ ["Item", "Jan Sales", "Feb Sales"],
["Oven", 17, 89],
["Fridge", 62, 30],
["Microwave", 71, 47]
]
table(data) do
values = cells.columns(1..-1).rows(1..-1)
bad_sales = values.filter do |cell|
cell.content.to_i < 40
end
bad_sales.background_color = "FFAAAA"
good_sales = values.filter do |cell|
cell.content.to_i > 70
end
good_sales.background_color = "AAFFAA"
end
end
prawn-table-0.2.2/manual/table/table.rb 0000644 0000041 0000041 00000002724 12565012131 017740 0 ustar www-data www-data # encoding: utf-8
#
# Examples for tables.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
Prawn::ManualBuilder::Example.generate("table.pdf", :page_size => "FOLIO") do
package "table" do |p|
p.name = "Prawn::Table"
p.section "Basics" do |s|
s.example "creation"
s.example "content_and_subtables"
s.example "flow_and_header"
s.example "position"
end
p.section "Styling" do |s|
s.example "column_widths"
s.example "width"
s.example "row_colors"
s.example "cell_dimensions"
s.example "cell_borders_and_bg"
s.example "cell_border_lines"
s.example "cell_text"
s.example "image_cells"
s.example "span"
s.example "before_rendering_page"
end
p.section "Initializer Block" do |s|
s.example "basic_block"
s.example "filtering"
s.example "style"
end
p.intro do
prose("Prawn comes with table support out of the box. Tables can be styled in whatever way you see fit. The whole table, rows, columns and cells can be styled independently from each other.
The examples show:")
list( "How to create tables",
"What content can be placed on tables",
"Subtables (or tables within tables)",
"How to style the whole table",
"How to use initializer blocks to style only specific portions of the table"
)
end
end
end
prawn-table-0.2.2/manual/table/cell_border_lines.rb 0000644 0000041 0000041 00000001564 12565012131 022320 0 ustar www-data www-data # encoding: utf-8
#
# The border_lines option accepts an array with the styles of the
# border sides. The default is [:solid, :solid, :solid, :solid].
#
# border_lines must be set to an array.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [ ["Look at how the cell border lines can be mixed", "", ""],
["dotted top border", "", ""],
["solid right border", "", ""],
["dotted bottom border", "", ""],
["dashed left border", "", ""]
]
text "Cell :border_lines => [:dotted, :solid, :dotted, :dashed]"
table(data, :cell_style =>
{ :border_lines => [:dotted, :solid, :dotted, :dashed] })
end
prawn-table-0.2.2/manual/table/position.rb 0000644 0000041 0000041 00000001550 12565012131 020511 0 ustar www-data www-data # encoding: utf-8
#
# The table() method accepts a :position argument to
# determine horizontal position of the table within its bounding box. It can be
# :left (the default), :center, :right,
# or a number specifying a distance in PDF points from the left side.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [["The quick brown fox jumped over the lazy dogs."]] * 2
text "Left:"
table data, :position => :left
move_down 10
text "Center:"
table data, :position => :center
move_down 10
text "Right:"
table data, :position => :right
move_down 10
text "100pt:"
table data, :position => 100
end
prawn-table-0.2.2/manual/table/basic_block.rb 0000644 0000041 0000041 00000004067 12565012131 021106 0 ustar www-data www-data # encoding: utf-8
#
# All of the previous styling options we've seen deal with all the table cells
# at once.
#
# With initializer blocks we may deal with specific cells.
# A block passed to one of the table methods (Prawn::Table.new,
# Prawn::Document#table, Prawn::Document#make_table)
# will be called after cell setup but before layout. This is a very flexible way
# to specify styling and layout constraints.
#
# Just like the Prawn::Document.generate method, the table
# initializer blocks may be used with and without a block argument.
#
# The table class has three methods that are handy within an initializer block:
# cells, rows and columns. All three
# return an instance of Prawn::Table::Cells which represents
# a selection of cells.
#
# cells return all the table cells, while rows and
# columns accept a number or a range as argument which returns a
# single row/column or a range of rows/columns respectively. (rows
# and columns are also aliased as row and
# column)
#
# The Prawn::Table::Cells class also defines rows and
# columns so they may be chained to narrow the selection of cells.
#
# All of the cell styling options we've seen on previous examples may be set as
# properties of the selection of cells.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [ ["Header", "A " * 5, "B"],
["Data row", "C", "D " * 5],
["Another data row", "E", "F"]]
table(data) do
cells.padding = 12
cells.borders = []
row(0).borders = [:bottom]
row(0).border_width = 2
row(0).font_style = :bold
columns(0..1).borders = [:right]
row(0).columns(0..1).borders = [:bottom, :right]
end
end
prawn-table-0.2.2/manual/table/flow_and_header.rb 0000644 0000041 0000041 00000001165 12565012131 021750 0 ustar www-data www-data # encoding: utf-8
#
# If the table cannot fit on the current page it will flow to the next page just
# like free flowing text. If you would like to have the first row treated as a
# header which will be repeated on subsequent pages set the :header
# option to true.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [["This row should be repeated on every new page"]]
data += [["..."]] * 30
table(data, :header => true)
end
prawn-table-0.2.2/manual/table/column_widths.rb 0000644 0000041 0000041 00000002144 12565012131 021524 0 ustar www-data www-data # encoding: utf-8
#
# Prawn will make its best attempt to identify the best width for the columns.
# If the end result isn't good, we can override it with some styling.
#
# Individual column widths can be set with the :column_widths
# option. Just provide an array with the sequential width values for the columns
# or a hash were each key-value pair represents the column 0-based index and its
# width.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [ ["this is not quite as long as the others",
"here we have a line that is long but with smaller words",
"this is so very looooooooooooooooooooooooooooooong"] ]
text "Prawn trying to guess the column widths"
table(data)
move_down 20
text "Manually setting all the column widths"
table(data, :column_widths => [100, 200, 240])
move_down 20
text "Setting only the last column width"
table(data, :column_widths => {2 => 240})
end
prawn-table-0.2.2/manual/table/width.rb 0000644 0000041 0000041 00000001446 12565012131 017770 0 ustar www-data www-data # encoding: utf-8
#
# The default table width depends on the content provided. It will expand up
# to the current bounding box width to fit the content. If you want the table to
# have a fixed width no matter the content you may use the :width
# option to manually set the width.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
text "Normal width:"
table [%w[A B C]]
move_down 20
text "Fixed width:"
table([%w[A B C]], :width => 300)
move_down 20
text "Normal width:"
table([["A", "Blah " * 20, "C"]])
move_down 20
text "Fixed width:"
table([["A", "Blah " * 20, "C"]], :width => 300)
end
prawn-table-0.2.2/manual/table/before_rendering_page.rb 0000644 0000041 0000041 00000001727 12565012131 023146 0 ustar www-data www-data # encoding: utf-8
#
# Prawn::Table#initialize takes a
# :before_rendering_page argument, to adjust the way an entire page
# of table cells is styled. This allows you to do things like draw a border
# around the entire table as displayed on a page.
#
# The callback is passed a Cells object that is numbered based on the order of
# the cells on the page (e.g., the first row on the page is
# cells.row(0)).
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
table([["foo", "bar", "baz"]] * 40) do |t|
t.cells.border_width = 1
t.before_rendering_page do |page|
page.row(0).border_top_width = 3
page.row(-1).border_bottom_width = 3
page.column(0).border_left_width = 3
page.column(-1).border_right_width = 3
end
end
end
prawn-table-0.2.2/manual/table/cell_text.rb 0000644 0000041 0000041 00000002734 12565012131 020635 0 ustar www-data www-data # encoding: utf-8
#
# Text cells accept the following options: align,
# font, font_style, inline_format,
# kerning, leading, min_font_size,
# overflow, rotate, rotate_around,
# single_line, size, text_color,
# and valign.
#
# Most of these style options are direct translations from the text methods
# styling options.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [ ["Look at how the cells will look when styled", "", ""],
["They probably won't look the same", "", ""]
]
table data, :cell_style => { :font => "Times-Roman", :font_style => :italic }
move_down 20
table data, :cell_style => { :size => 18, :text_color => "346842" }
move_down 20
table [["Just some inline", "", ""],
["styles being applied here", "", ""]],
:cell_style => { :inline_format => true }
move_down 20
table [["1", "2", "3", "rotate"]], :cell_style => { :rotate => 30 }
move_down 20
table data, :cell_style => { :overflow => :shrink_to_fit, :min_font_size => 8,
:width => 60, :height => 30 }
end
prawn-table-0.2.2/manual/table/cell_dimensions.rb 0000644 0000041 0000041 00000002264 12565012131 022017 0 ustar www-data www-data # encoding: utf-8
#
# To style all the table cells you can use the :cell_style option
# with the table methods. It accepts a hash with the cell style options.
#
# Some straightforward options are width, height,
# and padding. All three accept numeric values to set the property.
#
# padding also accepts a four number array that defines the padding
# in a CSS like syntax setting the top, right, bottom, left sequentially. The
# default is 5pt for all sides.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
data = [ ["Look at how the cells will look when styled", "", ""],
["They probably won't look the same", "", ""]
]
{:width => 160, :height => 50, :padding => 12}.each do |property, value|
text "Cell's #{property}: #{value}"
table(data, :cell_style => {property => value})
move_down 20
end
text "Padding can also be set with an array: [0, 0, 0, 30]"
table(data, :cell_style => {:padding => [0, 0, 0, 30]})
end
prawn-table-0.2.2/manual/table/content_and_subtables.rb 0000644 0000041 0000041 00000002720 12565012131 023205 0 ustar www-data www-data # encoding: utf-8
#
# There are five kinds of objects which can be put in table cells:
# 1. String: produces a text cell (the most common usage)
# 2. Prawn::Table::Cell
# 3. Prawn::Table
# 4. Array
# 5. Images
#
# Whenever a table or an array is provided as a cell, a subtable will be created
# (a table within a cell).
#
# If you'd like to provide a cell or table directly, the best way is to
# use the make_cell and make_table methods as they
# don't call draw on the created object.
#
# To insert an image just provide a hash with an with an :image key
# pointing to the image path.
#
require File.expand_path(File.join(File.dirname(__FILE__),
%w[.. example_helper]))
filename = File.basename(__FILE__).gsub('.rb', '.pdf')
Prawn::ManualBuilder::Example.generate(filename) do
cell_1 = make_cell(:content => "this row content comes directly ")
cell_2 = make_cell(:content => "from cell objects")
two_dimensional_array = [ ["..."], ["subtable from an array"], ["..."] ]
my_table = make_table([ ["..."], ["subtable from another table"], ["..."] ])
image_path = "#{Prawn::DATADIR}/images/stef.jpg"
table([ ["just a regular row", "", "", "blah blah blah"],
[cell_1, cell_2, "", ""],
["", "", two_dimensional_array, ""],
["just another regular row", "", "", ""],
[{:image => image_path}, "", my_table, ""]])
end
prawn-table-0.2.2/GPLv2 0000644 0000041 0000041 00000043110 12565012131 014567 0 ustar www-data www-data GNU GENERAL PUBLIC LICENSE
Version 2, June 1991
Copyright (C) 1989, 1991 Free Software Foundation, Inc.
59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
Preamble
The licenses for most software are designed to take away your
freedom to share and change it. By contrast, the GNU General Public
License is intended to guarantee your freedom to share and change free
software--to make sure the software is free for all its users. This
General Public License applies to most of the Free Software
Foundation's software and to any other program whose authors commit to
using it. (Some other Free Software Foundation software is covered by
the GNU Library General Public License instead.) You can apply it to
your programs, too.
When we speak of free software, we are referring to freedom, not
price. Our General Public Licenses are designed to make sure that you
have the freedom to distribute copies of free software (and charge for
this service if you wish), that you receive source code or can get it
if you want it, that you can change the software or use pieces of it
in new free programs; and that you know you can do these things.
To protect your rights, we need to make restrictions that forbid
anyone to deny you these rights or to ask you to surrender the rights.
These restrictions translate to certain responsibilities for you if you
distribute copies of the software, or if you modify it.
For example, if you distribute copies of such a program, whether
gratis or for a fee, you must give the recipients all the rights that
you have. You must make sure that they, too, receive or can get the
source code. And you must show them these terms so they know their
rights.
We protect your rights with two steps: (1) copyright the software, and
(2) offer you this license which gives you legal permission to copy,
distribute and/or modify the software.
Also, for each author's protection and ours, we want to make certain
that everyone understands that there is no warranty for this free
software. If the software is modified by someone else and passed on, we
want its recipients to know that what they have is not the original, so
that any problems introduced by others will not reflect on the original
authors' reputations.
Finally, any free program is threatened constantly by software
patents. We wish to avoid the danger that redistributors of a free
program will individually obtain patent licenses, in effect making the
program proprietary. To prevent this, we have made it clear that any
patent must be licensed for everyone's free use or not licensed at all.
The precise terms and conditions for copying, distribution and
modification follow.
GNU GENERAL PUBLIC LICENSE
TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION
0. This License applies to any program or other work which contains
a notice placed by the copyright holder saying it may be distributed
under the terms of this General Public License. The "Program", below,
refers to any such program or work, and a "work based on the Program"
means either the Program or any derivative work under copyright law:
that is to say, a work containing the Program or a portion of it,
either verbatim or with modifications and/or translated into another
language. (Hereinafter, translation is included without limitation in
the term "modification".) Each licensee is addressed as "you".
Activities other than copying, distribution and modification are not
covered by this License; they are outside its scope. The act of
running the Program is not restricted, and the output from the Program
is covered only if its contents constitute a work based on the
Program (independent of having been made by running the Program).
Whether that is true depends on what the Program does.
1. You may copy and distribute verbatim copies of the Program's
source code as you receive it, in any medium, provided that you
conspicuously and appropriately publish on each copy an appropriate
copyright notice and disclaimer of warranty; keep intact all the
notices that refer to this License and to the absence of any warranty;
and give any other recipients of the Program a copy of this License
along with the Program.
You may charge a fee for the physical act of transferring a copy, and
you may at your option offer warranty protection in exchange for a fee.
2. You may modify your copy or copies of the Program or any portion
of it, thus forming a work based on the Program, and copy and
distribute such modifications or work under the terms of Section 1
above, provided that you also meet all of these conditions:
a) You must cause the modified files to carry prominent notices
stating that you changed the files and the date of any change.
b) You must cause any work that you distribute or publish, that in
whole or in part contains or is derived from the Program or any
part thereof, to be licensed as a whole at no charge to all third
parties under the terms of this License.
c) If the modified program normally reads commands interactively
when run, you must cause it, when started running for such
interactive use in the most ordinary way, to print or display an
announcement including an appropriate copyright notice and a
notice that there is no warranty (or else, saying that you provide
a warranty) and that users may redistribute the program under
these conditions, and telling the user how to view a copy of this
License. (Exception: if the Program itself is interactive but
does not normally print such an announcement, your work based on
the Program is not required to print an announcement.)
These requirements apply to the modified work as a whole. If
identifiable sections of that work are not derived from the Program,
and can be reasonably considered independent and separate works in
themselves, then this License, and its terms, do not apply to those
sections when you distribute them as separate works. But when you
distribute the same sections as part of a whole which is a work based
on the Program, the distribution of the whole must be on the terms of
this License, whose permissions for other licensees extend to the
entire whole, and thus to each and every part regardless of who wrote it.
Thus, it is not the intent of this section to claim rights or contest
your rights to work written entirely by you; rather, the intent is to
exercise the right to control the distribution of derivative or
collective works based on the Program.
In addition, mere aggregation of another work not based on the Program
with the Program (or with a work based on the Program) on a volume of
a storage or distribution medium does not bring the other work under
the scope of this License.
3. You may copy and distribute the Program (or a work based on it,
under Section 2) in object code or executable form under the terms of
Sections 1 and 2 above provided that you also do one of the following:
a) Accompany it with the complete corresponding machine-readable
source code, which must be distributed under the terms of Sections
1 and 2 above on a medium customarily used for software interchange; or,
b) Accompany it with a written offer, valid for at least three
years, to give any third party, for a charge no more than your
cost of physically performing source distribution, a complete
machine-readable copy of the corresponding source code, to be
distributed under the terms of Sections 1 and 2 above on a medium
customarily used for software interchange; or,
c) Accompany it with the information you received as to the offer
to distribute corresponding source code. (This alternative is
allowed only for noncommercial distribution and only if you
received the program in object code or executable form with such
an offer, in accord with Subsection b above.)
The source code for a work means the preferred form of the work for
making modifications to it. For an executable work, complete source
code means all the source code for all modules it contains, plus any
associated interface definition files, plus the scripts used to
control compilation and installation of the executable. However, as a
special exception, the source code distributed need not include
anything that is normally distributed (in either source or binary
form) with the major components (compiler, kernel, and so on) of the
operating system on which the executable runs, unless that component
itself accompanies the executable.
If distribution of executable or object code is made by offering
access to copy from a designated place, then offering equivalent
access to copy the source code from the same place counts as
distribution of the source code, even though third parties are not
compelled to copy the source along with the object code.
4. You may not copy, modify, sublicense, or distribute the Program
except as expressly provided under this License. Any attempt
otherwise to copy, modify, sublicense or distribute the Program is
void, and will automatically terminate your rights under this License.
However, parties who have received copies, or rights, from you under
this License will not have their licenses terminated so long as such
parties remain in full compliance.
5. You are not required to accept this License, since you have not
signed it. However, nothing else grants you permission to modify or
distribute the Program or its derivative works. These actions are
prohibited by law if you do not accept this License. Therefore, by
modifying or distributing the Program (or any work based on the
Program), you indicate your acceptance of this License to do so, and
all its terms and conditions for copying, distributing or modifying
the Program or works based on it.
6. Each time you redistribute the Program (or any work based on the
Program), the recipient automatically receives a license from the
original licensor to copy, distribute or modify the Program subject to
these terms and conditions. You may not impose any further
restrictions on the recipients' exercise of the rights granted herein.
You are not responsible for enforcing compliance by third parties to
this License.
7. If, as a consequence of a court judgment or allegation of patent
infringement or for any other reason (not limited to patent issues),
conditions are imposed on you (whether by court order, agreement or
otherwise) that contradict the conditions of this License, they do not
excuse you from the conditions of this License. If you cannot
distribute so as to satisfy simultaneously your obligations under this
License and any other pertinent obligations, then as a consequence you
may not distribute the Program at all. For example, if a patent
license would not permit royalty-free redistribution of the Program by
all those who receive copies directly or indirectly through you, then
the only way you could satisfy both it and this License would be to
refrain entirely from distribution of the Program.
If any portion of this section is held invalid or unenforceable under
any particular circumstance, the balance of the section is intended to
apply and the section as a whole is intended to apply in other
circumstances.
It is not the purpose of this section to induce you to infringe any
patents or other property right claims or to contest validity of any
such claims; this section has the sole purpose of protecting the
integrity of the free software distribution system, which is
implemented by public license practices. Many people have made
generous contributions to the wide range of software distributed
through that system in reliance on consistent application of that
system; it is up to the author/donor to decide if he or she is willing
to distribute software through any other system and a licensee cannot
impose that choice.
This section is intended to make thoroughly clear what is believed to
be a consequence of the rest of this License.
8. If the distribution and/or use of the Program is restricted in
certain countries either by patents or by copyrighted interfaces, the
original copyright holder who places the Program under this License
may add an explicit geographical distribution limitation excluding
those countries, so that distribution is permitted only in or among
countries not thus excluded. In such case, this License incorporates
the limitation as if written in the body of this License.
9. The Free Software Foundation may publish revised and/or new versions
of the General Public License from time to time. Such new versions will
be similar in spirit to the present version, but may differ in detail to
address new problems or concerns.
Each version is given a distinguishing version number. If the Program
specifies a version number of this License which applies to it and "any
later version", you have the option of following the terms and conditions
either of that version or of any later version published by the Free
Software Foundation. If the Program does not specify a version number of
this License, you may choose any version ever published by the Free Software
Foundation.
10. If you wish to incorporate parts of the Program into other free
programs whose distribution conditions are different, write to the author
to ask for permission. For software which is copyrighted by the Free
Software Foundation, write to the Free Software Foundation; we sometimes
make exceptions for this. Our decision will be guided by the two goals
of preserving the free status of all derivatives of our free software and
of promoting the sharing and reuse of software generally.
NO WARRANTY
11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY
FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN
OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES
PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED
OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS
TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE
PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING,
REPAIR OR CORRECTION.
12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR
REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,
INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING
OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED
TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY
YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER
PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE
POSSIBILITY OF SUCH DAMAGES.
END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
convey the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
Copyright (C)
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
Also add information on how to contact you by electronic and paper mail.
If the program is interactive, make it output a short notice like this
when it starts in an interactive mode:
Gnomovision version 69, Copyright (C) year name of author
Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, the commands you use may
be called something other than `show w' and `show c'; they could even be
mouse-clicks or menu items--whatever suits your program.
You should also get your employer (if you work as a programmer) or your
school, if any, to sign a "copyright disclaimer" for the program, if
necessary. Here is a sample; alter the names:
Yoyodyne, Inc., hereby disclaims all copyright interest in the program
`Gnomovision' (which makes passes at compilers) written by James Hacker.
, 1 April 1989
Ty Coon, President of Vice
This General Public License does not permit incorporating your program into
proprietary programs. If your program is a subroutine library, you may
consider it more useful to permit linking proprietary applications with the
library. If this is what you want to do, use the GNU Library General
Public License instead of this License.
prawn-table-0.2.2/prawn-table.gemspec 0000644 0000041 0000041 00000003110 12565012131 017527 0 ustar www-data www-data basedir = File.expand_path(File.dirname(__FILE__))
require "#{basedir}/lib/prawn/table/version"
Gem::Specification.new do |spec|
spec.name = "prawn-table"
spec.version = Prawn::Table::VERSION
spec.platform = Gem::Platform::RUBY
spec.summary = "Provides tables for PrawnPDF"
spec.files = Dir.glob("{examples,lib,spec,manual}/**/**/*") +
["prawn-table.gemspec", "Gemfile",
"COPYING", "LICENSE", "GPLv2", "GPLv3"]
spec.require_path = "lib"
spec.required_ruby_version = '>= 1.9.3'
spec.required_rubygems_version = ">= 1.3.6"
spec.test_files = Dir[ "spec/*_spec.rb" ]
spec.authors = ["Gregory Brown","Brad Ediger","Daniel Nelson","Jonathan Greenberg","James Healy", "Hartwig Brandl"]
spec.email = ["gregory.t.brown@gmail.com","brad@bradediger.com","dnelson@bluejade.com","greenberg@entryway.net","jimmy@deefa.com", "mail@hartwigbrandl.at"]
spec.rubyforge_project = "prawn"
spec.licenses = ['RUBY', 'GPL-2', 'GPL-3']
spec.add_dependency('prawn', '>= 1.3.0', '< 3.0.0')
spec.add_development_dependency('pdf-inspector', '~> 1.1.0')
spec.add_development_dependency('yard')
spec.add_development_dependency('rspec', '2.14.1')
spec.add_development_dependency('mocha')
spec.add_development_dependency('rake')
spec.add_development_dependency('simplecov')
spec.add_development_dependency('prawn-manual_builder', ">= 0.2.0")
spec.add_development_dependency('pdf-reader', '~>1.2')
spec.homepage = "https://github.com/prawnpdf/prawn-table"
spec.description = < 0)
end
RSpec::Matchers.define :have_parseable_xobjects do
match do |actual|
expect { PDF::Inspector::XObject.analyze(actual.render) }.not_to raise_error
true
end
failure_message_for_should do |actual|
"expected that #{actual}'s XObjects could be successfully parsed"
end
end
# Make some methods public to assist in testing
module Prawn::Graphics
public :map_to_absolute
end
prawn-table-0.2.2/spec/cell_spec.rb 0000644 0000041 0000041 00000045424 12565012131 017174 0 ustar www-data www-data # encoding: utf-8
require File.join(File.expand_path(File.dirname(__FILE__)), "spec_helper")
require_relative "../lib/prawn/table"
module CellHelpers
# Build, but do not draw, a cell on @pdf.
def cell(options={})
at = options[:at] || [0, @pdf.cursor]
Prawn::Table::Cell::Text.new(@pdf, at, options)
end
end
describe "Prawn::Table::Cell" do
before(:each) do
@pdf = Prawn::Document.new
end
describe "Prawn::Document#cell" do
include CellHelpers
it "should draw the cell" do
Prawn::Table::Cell::Text.any_instance.expects(:draw).once
@pdf.cell(:content => "text")
end
it "should return a Cell" do
@pdf.cell(:content => "text").should be_a_kind_of Prawn::Table::Cell
end
it "accepts :content => nil in a hash" do
@pdf.cell(:content => nil).should be_a_kind_of(Prawn::Table::Cell::Text)
@pdf.make_cell(:content => nil).should be_a_kind_of(Prawn::Table::Cell::Text)
end
it "should convert nil, Numeric, and Date values to strings" do
[nil, 123, 123.45, Date.today].each do |value|
c = @pdf.cell(:content => value)
c.should be_a_kind_of Prawn::Table::Cell::Text
c.content.should == value.to_s
end
end
it "should allow inline styling with a hash argument" do
# used for table([[{:text => "...", :font_style => :bold, ...}, ...]])
c = Prawn::Table::Cell.make(@pdf,
{:content => 'hello', :font_style => :bold})
c.should be_a_kind_of Prawn::Table::Cell::Text
c.content.should == "hello"
c.font.name.should == 'Helvetica-Bold'
end
it "should draw text at the given point plus padding, with the given " +
"size and style" do
@pdf.expects(:bounding_box).yields
@pdf.expects(:move_down)
@pdf.expects(:draw_text!).with { |text, options| text == "hello world" }
@pdf.cell(:content => "hello world",
:at => [10, 20],
:padding => [30, 40],
:size => 7,
:font_style => :bold)
end
end
describe "Prawn::Document#make_cell" do
it "should not draw the cell" do
Prawn::Table::Cell::Text.any_instance.expects(:draw).never
@pdf.make_cell("text")
end
it "should return a Cell" do
@pdf.make_cell("text", :size => 7).should be_a_kind_of Prawn::Table::Cell
end
end
describe "#style" do
include CellHelpers
it "should set each property in turn" do
c = cell(:content => "text")
c.expects(:padding=).with(50)
c.expects(:size=).with(7)
c.style(:padding => 50, :size => 7)
end
it "ignores unknown properties" do
c = cell(:content => 'text')
c.style(:foobarbaz => 'frobnitz')
end
end
describe "cell width" do
include CellHelpers
it "should be calculated for text" do
c = cell(:content => "text")
c.width.should == @pdf.width_of("text") + c.padding[1] + c.padding[3]
end
it "should be overridden by manual :width" do
c = cell(:content => "text", :width => 400)
c.width.should == 400
end
it "should incorporate padding when specified" do
c = cell(:content => "text", :padding => [1, 2, 3, 4])
c.width.should be_within(0.01).of(@pdf.width_of("text") + 6)
end
it "should allow width to be reset after it has been calculated" do
# to ensure that if we memoize width, it can still be overridden
c = cell(:content => "text")
c.width
c.width = 400
c.width.should == 400
end
it "should return proper width with size set" do
text = "text " * 4
c = cell(:content => text, :size => 7)
c.width.should ==
@pdf.width_of(text, :size => 7) + c.padding[1] + c.padding[3]
end
it "content_width should exclude padding" do
c = cell(:content => "text", :padding => 10)
c.content_width.should == @pdf.width_of("text")
end
it "content_width should exclude padding even with manual :width" do
c = cell(:content => "text", :padding => 10, :width => 400)
c.content_width.should be_within(0.01).of(380)
end
it "should have a reasonable minimum width that can fit @content" do
c = cell(:content => "text", :padding => 10)
min_content_width = c.min_width - c.padding[1] - c.padding[3]
@pdf.height_of("text", :width => min_content_width).should be <
(5 * @pdf.height_of("text"))
end
it "should defer min_width's evaluation of padding" do
c = cell(:content => "text", :padding => 100)
c.padding = 0
# Make sure we use the new value of padding in calculating min_width
c.min_width.should be < 100
end
it "should defer min_width's evaluation of size" do
c = cell(:content => "text", :size => 50)
c.size = 8
c.padding = 0
c.min_width.should be < 10
end
end
describe "cell height" do
include CellHelpers
it "should be calculated for text" do
c = cell(:content => "text")
c.height.should ==
@pdf.height_of("text", :width => @pdf.width_of("text")) +
c.padding[0] + c.padding[3]
end
it "should be overridden by manual :height" do
c = cell(:content => "text", :height => 400)
c.height.should == 400
end
it "should incorporate :padding when specified" do
c = cell(:content => "text", :padding => [1, 2, 3, 4])
c.height.should be_within(0.01).of(1 + 3 +
@pdf.height_of("text", :width => @pdf.width_of("text")))
end
it "should allow height to be reset after it has been calculated" do
# to ensure that if we memoize height, it can still be overridden
c = cell(:content => "text")
c.height
c.height = 400
c.height.should == 400
end
it "should return proper height for blocks of text" do
content = "words " * 10
c = cell(:content => content, :width => 100)
c.height.should == @pdf.height_of(content, :width => 100) +
c.padding[0] + c.padding[2]
end
it "should return proper height for blocks of text with size set" do
content = "words " * 10
c = cell(:content => content, :width => 100, :size => 7)
correct_content_height = nil
@pdf.font_size(7) do
correct_content_height = @pdf.height_of(content, :width => 100)
end
c.height.should == correct_content_height + c.padding[0] + c.padding[2]
end
it "content_height should exclude padding" do
c = cell(:content => "text", :padding => 10)
c.content_height.should == @pdf.height_of("text")
end
it "content_height should exclude padding even with manual :height" do
c = cell(:content => "text", :padding => 10, :height => 400)
c.content_height.should be_within(0.01).of(380)
end
end
describe "cell padding" do
include CellHelpers
it "should default to zero" do
c = cell(:content => "text")
c.padding.should == [5, 5, 5, 5]
end
it "should accept a numeric value, setting all padding" do
c = cell(:content => "text", :padding => 10)
c.padding.should == [10, 10, 10, 10]
end
it "should accept [v,h]" do
c = cell(:content => "text", :padding => [20, 30])
c.padding.should == [20, 30, 20, 30]
end
it "should accept [t,h,b]" do
c = cell(:content => "text", :padding => [10, 20, 30])
c.padding.should == [10, 20, 30, 20]
end
it "should accept [t,l,b,r]" do
c = cell(:content => "text", :padding => [10, 20, 30, 40])
c.padding.should == [10, 20, 30, 40]
end
it "should reject other formats" do
lambda{
cell(:content => "text", :padding => [10])
}.should raise_error(ArgumentError)
end
end
describe "background_color" do
include CellHelpers
it "should fill a rectangle with the given background color" do
@pdf.stubs(:mask).yields
@pdf.expects(:mask).with(:fill_color).yields
@pdf.stubs(:fill_color)
@pdf.expects(:fill_color).with('123456')
@pdf.expects(:fill_rectangle).checking do |(x, y), w, h|
x.should be_within(0.01).of(0)
y.should be_within(0.01).of(@pdf.cursor)
w.should be_within(0.01).of(29.344)
h.should be_within(0.01).of(23.872)
end
@pdf.cell(:content => "text", :background_color => '123456')
end
it "should draw the background in the right place if cell is drawn at a " +
"different location" do
@pdf.stubs(:mask).yields
@pdf.expects(:mask).with(:fill_color).yields
@pdf.stubs(:fill_color)
@pdf.expects(:fill_color).with('123456')
@pdf.expects(:fill_rectangle).checking do |(x, y), w, h|
x.should be_within(0.01).of(12.0)
y.should be_within(0.01).of(34.0)
w.should be_within(0.01).of(29.344)
h.should be_within(0.01).of(23.872)
end
c = @pdf.make_cell(:content => "text", :background_color => '123456')
c.draw([12.0, 34.0])
end
end
describe "color" do
it "should set fill color when :text_color is provided" do
pdf = Prawn::Document.new
pdf.stubs(:fill_color)
pdf.expects(:fill_color).with('555555')
pdf.cell :content => 'foo', :text_color => '555555'
end
it "should reset the fill color to the original one" do
pdf = Prawn::Document.new
pdf.fill_color = '333333'
pdf.cell :content => 'foo', :text_color => '555555'
pdf.fill_color.should == '333333'
end
end
describe "Borders" do
it "should draw all borders by default" do
@pdf.expects(:stroke_line).times(4)
@pdf.cell(:content => "text")
end
it "should draw all borders when requested" do
@pdf.expects(:stroke_line).times(4)
@pdf.cell(:content => "text", :borders => [:top, :right, :bottom, :left])
end
# Only roughly verifying the integer coordinates so that we don't have to
# do any FP closeness arithmetic. Can plug in that math later if this goes
# wrong.
it "should draw top border when requested" do
@pdf.expects(:stroke_line).checking do |from, to|
@pdf.map_to_absolute(from).map{|x| x.round}.should == [36, 756]
@pdf.map_to_absolute(to).map{|x| x.round}.should == [65, 756]
end
@pdf.cell(:content => "text", :borders => [:top])
end
it "should draw bottom border when requested" do
@pdf.expects(:stroke_line).checking do |from, to|
@pdf.map_to_absolute(from).map{|x| x.round}.should == [36, 732]
@pdf.map_to_absolute(to).map{|x| x.round}.should == [65, 732]
end
@pdf.cell(:content => "text", :borders => [:bottom])
end
it "should draw left border when requested" do
@pdf.expects(:stroke_line).checking do |from, to|
@pdf.map_to_absolute(from).map{|x| x.round}.should == [36, 756]
@pdf.map_to_absolute(to).map{|x| x.round}.should == [36, 732]
end
@pdf.cell(:content => "text", :borders => [:left])
end
it "should draw right border when requested" do
@pdf.expects(:stroke_line).checking do |from, to|
@pdf.map_to_absolute(from).map{|x| x.round}.should == [65, 756]
@pdf.map_to_absolute(to).map{|x| x.round}.should == [65, 732]
end
@pdf.cell(:content => "text", :borders => [:right])
end
it "should draw borders at the same location when in or out of bbox" do
@pdf.expects(:stroke_line).checking do |from, to|
@pdf.map_to_absolute(from).map{|x| x.round}.should == [36, 756]
@pdf.map_to_absolute(to).map{|x| x.round}.should == [65, 756]
end
@pdf.bounding_box([0, @pdf.cursor], :width => @pdf.bounds.width) do
@pdf.cell(:content => "text", :borders => [:top])
end
end
it "should set border color with :border_..._color" do
@pdf.ignores(:stroke_color=).with("000000")
@pdf.expects(:stroke_color=).with("ff0000")
c = @pdf.cell(:content => "text", :border_top_color => "ff0000")
c.border_top_color.should == "ff0000"
c.border_colors[0].should == "ff0000"
end
it "should set border colors with :border_color" do
@pdf.ignores(:stroke_color=).with("000000")
@pdf.expects(:stroke_color=).with("ff0000")
@pdf.expects(:stroke_color=).with("00ff00")
@pdf.expects(:stroke_color=).with("0000ff")
@pdf.expects(:stroke_color=).with("ff00ff")
c = @pdf.cell(:content => "text",
:border_color => %w[ff0000 00ff00 0000ff ff00ff])
c.border_colors.should == %w[ff0000 00ff00 0000ff ff00ff]
end
it "border_..._width should return 0 if border not selected" do
c = @pdf.cell(:content => "text", :borders => [:top])
c.border_bottom_width.should == 0
end
it "should set border width with :border_..._width" do
@pdf.ignores(:line_width=).with(1)
@pdf.expects(:line_width=).with(2)
c = @pdf.cell(:content => "text", :border_bottom_width => 2)
c.border_bottom_width.should == 2
c.border_widths[2].should == 2
end
it "should set border widths with :border_width" do
@pdf.ignores(:line_width=).with(1)
@pdf.expects(:line_width=).with(2)
@pdf.expects(:line_width=).with(3)
@pdf.expects(:line_width=).with(4)
@pdf.expects(:line_width=).with(5)
c = @pdf.cell(:content => "text",
:border_width => [2, 3, 4, 5])
c.border_widths.should == [2, 3, 4, 5]
end
it "should set default border lines to :solid" do
c = @pdf.cell(:content => "text")
c.border_top_line.should == :solid
c.border_right_line.should == :solid
c.border_bottom_line.should == :solid
c.border_left_line.should == :solid
c.border_lines.should == [:solid] * 4
end
it "should set border line with :border_..._line" do
c = @pdf.cell(:content => "text", :border_bottom_line => :dotted)
c.border_bottom_line.should == :dotted
c.border_lines[2].should == :dotted
end
it "should set border lines with :border_lines" do
c = @pdf.cell(:content => "text",
:border_lines => [:solid, :dotted, :dashed, :solid])
c.border_lines.should == [:solid, :dotted, :dashed, :solid]
end
end
describe "Text cell attributes" do
include CellHelpers
it "should pass through text options like :align to Text::Box" do
c = cell(:content => "text", :align => :right)
box = Prawn::Text::Box.new("text", :document => @pdf)
Prawn::Text::Box.expects(:new).checking do |text, options|
text.should == "text"
options[:align].should == :right
end.at_least_once.returns(box)
c.draw
end
it "should use font_style for Text::Box#style" do
c = cell(:content => "text", :font_style => :bold)
box = Prawn::Text::Box.new("text", :document => @pdf)
Prawn::Text::Box.expects(:new).checking do |text, options|
text.should == "text"
options[:style].should == :bold
end.at_least_once.returns(box)
c.draw
end
it "supports variant styles of the current font" do
@pdf.font "Courier"
c = cell(:content => "text", :font_style => :bold)
box = Prawn::Text::Box.new("text", :document => @pdf)
Prawn::Text::Box.expects(:new).checking do |text, options|
text.should == "text"
options[:style].should == :bold
@pdf.font.family.should == 'Courier'
end.at_least_once.returns(box)
c.draw
end
it "uses the style of the current font if none given" do
@pdf.font "Courier", :style => :bold
c = cell(:content => "text")
box = Prawn::Text::Box.new("text", :document => @pdf)
Prawn::Text::Box.expects(:new).checking do |text, options|
text.should == "text"
@pdf.font.family.should == 'Courier'
@pdf.font.options[:style].should == :bold
end.at_least_once.returns(box)
c.draw
end
it "should allow inline formatting in cells" do
c = cell(:content => "foo bar baz", :inline_format => true)
box = Prawn::Text::Formatted::Box.new([], :document => @pdf)
Prawn::Text::Formatted::Box.expects(:new).checking do |array, options|
array[0][:text].should == "foo "
array[0][:styles].should == []
array[1][:text].should == "bar"
array[1][:styles].should == [:bold]
array[2][:text].should == " baz"
array[2][:styles].should == []
end.at_least_once.returns(box)
c.draw
end
end
describe "Font handling" do
include CellHelpers
it "should allow only :font_style to be specified, defaulting to the " +
"document's font" do
c = cell(:content => "text", :font_style => :bold)
c.font.name.should == 'Helvetica-Bold'
end
it "should accept a font name for :font" do
c = cell(:content => "text", :font => 'Helvetica-Bold')
c.font.name.should == 'Helvetica-Bold'
end
it "should allow style to be changed after initialize" do
c = cell(:content => "text")
c.font_style = :bold
c.font.name.should == 'Helvetica-Bold'
end
it "should default to the document's font, if none is specified" do
c = cell(:content => "text")
c.font.should == @pdf.font
end
it "should use the metrics of the selected font (even if it is a variant " +
"of the document's font) to calculate width" do
c = cell(:content => "text", :font_style => :bold)
font = @pdf.find_font('Helvetica-Bold')
c.content_width.should == font.compute_width_of("text")
end
it "should properly calculate inline-formatted text" do
c = cell(:content => "text", :inline_format => true)
font = @pdf.find_font('Helvetica-Bold')
c.content_width.should == font.compute_width_of("text")
end
end
end
describe "Image cells" do
before(:each) do
create_pdf
end
describe "with default options" do
before(:each) do
@cell = Prawn::Table::Cell.make(@pdf,
:image => "#{Prawn::DATADIR}/images/prawn.png")
end
it "should create a Cell::Image" do
@cell.should be_a_kind_of(Prawn::Table::Cell::Image)
end
it "should pull the natural width and height from the image" do
@cell.natural_content_width.should == 141
@cell.natural_content_height.should == 142
end
end
describe "hash syntax" do
before(:each) do
@table = @pdf.make_table([[{
:image => "#{Prawn::DATADIR}/images/prawn.png",
:scale => 2,
:fit => [100, 200],
:image_width => 123,
:image_height => 456,
:position => :center,
:vposition => :center
}]])
@cell = @table.cells[0, 0]
end
it "should create a Cell::Image" do
@cell.should be_a_kind_of(Prawn::Table::Cell::Image)
end
it "should pass through image options" do
@pdf.expects(:embed_image).checking do |_, _, options|
options[:scale].should == 2
options[:fit].should == [100, 200]
options[:width].should == 123
options[:height].should == 456
options[:position].should == :center
options[:vposition].should == :center
end
@table.draw
end
end
end
prawn-table-0.2.2/spec/table_spec.rb 0000644 0000041 0000041 00000152246 12565012131 017345 0 ustar www-data www-data # encoding: utf-8
# run rspec -t issue:XYZ to run tests for a specific github issue
# or rspec -t unresolved to run tests for all unresolved issues
require File.join(File.expand_path(File.dirname(__FILE__)), "spec_helper")
require_relative "../lib/prawn/table"
require 'set'
describe "Prawn::Table" do
describe "converting data to Cell objects" do
before(:each) do
@pdf = Prawn::Document.new
@table = @pdf.table([%w[R0C0 R0C1], %w[R1C0 R1C1]])
end
it "should return a Prawn::Table" do
@table.should be_a_kind_of Prawn::Table
end
it "should flatten the data into the @cells array in row-major order" do
@table.cells.map { |c| c.content }.should == %w[R0C0 R0C1 R1C0 R1C1]
end
it "should add row and column numbers to each cell" do
c = @table.cells.to_a.first
c.row.should == 0
c.column.should == 0
end
it "should allow empty fields" do
lambda {
data = [["foo","bar"],["baz",""]]
@pdf.table(data)
}.should_not raise_error
end
it "should allow a table with a header but no body" do
lambda { @pdf.table([["Header"]], :header => true) }.should_not raise_error
end
it "should accurately count columns from data" do
# First data row may contain colspan which would hide true column count
data = [["Name:", {:content => "Some very long name", :colspan => 5}]]
pdf = Prawn::Document.new
table = Prawn::Table.new data, pdf
table.column_widths.length.should == 6
end
end
describe "headers should allow for rowspan" do
it "should remember rowspans accross multiple pages", :issue => 721 do
pdf = Prawn::Document.new({:page_size => "A4", :page_layout => :portrait})
rows = [ [{:content=>"The\nNumber", :rowspan=>2}, {:content=>"Prefixed", :colspan=>2} ],
["A's", "B's"] ]
(1..50).each do |n|
rows.push( ["#{n}", "A#{n}", "B#{n}"] )
end
pdf.table( rows, :header=>2 ) do
row(0..1).style :background_color=>"FFFFCC"
end
#ensure that the header on page 1 is identical to the header on page 0
output = PDF::Inspector::Page.analyze(pdf.render)
output.pages[0][:strings][0..4].should == output.pages[1][:strings][0..4]
end
it "should respect an explicit set table with", :issue => 6 do
data = [[{ :content => "Current Supplier: BLINKY LIGHTS COMPANY", :colspan => 4 }],
["Current Supplier: BLINKY LIGHTS COMPANY", "611 kWh X $.090041", "$", "55.02"]]
pdf = Prawn::Document.new
table = Prawn::Table.new data, pdf, :width => pdf.bounds.width
table.column_widths.inject{|sum,x| sum + x }.should == pdf.bounds.width
end
end
describe "Text may be longer than the available space in a row on a single page" do
it "should not glitch the layout if there is too much text to fit onto a single row on a single page", :unresolved, :issue => 562 do
pdf = Prawn::Document.new({:page_size => "A4", :page_layout => :portrait})
table_data = Array.new
text = 'This will be a very long text. ' * 5
table_data.push([{:content => text, :rowspan => 2}, 'b', 'c'])
table_data.push(['b','c'])
column_widths = [50, 60, 400]
table = Prawn::Table.new table_data, pdf,:column_widths => column_widths
#render the table onto the pdf
table.draw
#expected behavior would be for the long text to be cut off or an exception to be raised
#thus we only expect a single page
pdf.page_count.should == 1
end
end
describe "You can explicitly set the column widths and use a colspan > 1" do
it "should tolerate floating point rounding errors < 0.000000001" do
data=[["a", "b ", "c ", "d", "e", "f", "g", "h", "i", "j", "k", "l"],
[{:content=>"Foobar", :colspan=>12}]
]
#we need values with lots of decimals so that arithmetic errors will occur
#the values are not arbitrary but where found converting mm to pdf pt
column_widths=[137, 40, 40, 54.69291338582678, 54.69291338582678,
54.69291338582678, 54.69291338582678, 54.69291338582678,
54.69291338582678, 54.69291338582678, 54.69291338582678,
54.69291338582678]
pdf = Prawn::Document.new({:page_size => 'A4', :page_layout => :landscape})
table = Prawn::Table.new data, pdf, :column_widths => column_widths
table.column_widths.should == column_widths
end
it "should work with two different given colspans", :issue => 628 do
data = [
[" ", " ", " "],
[{:content=>" ", :colspan=>3}],
[" ", {:content=>" ", :colspan=>2}]
]
column_widths = [60, 240, 60]
pdf = Prawn::Document.new
#the next line raised an Prawn::Errors::CannotFit exception before issue 628 was fixed
table = Prawn::Table.new data, pdf, :column_widths => column_widths
table.column_widths.should == column_widths
end
it "should work with a colspan > 1 with given column_widths (issue #407)" do
#normal entries in line 1
data = [
[ '','',''],
[ { :content => "", :colspan => 3 } ],
[ "", "", "" ],
]
pdf = Prawn::Document.new
table = Prawn::Table.new data, pdf, :column_widths => [100 , 200, 240]
#colspan entry in line 1
data = [
[ { :content => "", :colspan => 3 } ],
[ "", "", "" ],
]
pdf = Prawn::Document.new
table = Prawn::Table.new data, pdf, :column_widths => [100 , 200, 240]
#mixed entries in line 1
data = [
[ { :content => "", :colspan =>2 }, "" ],
[ "", "", "" ],
]
pdf = Prawn::Document.new
table = Prawn::Table.new data, pdf, :column_widths => [100 , 200, 240]
data = [['', '', {:content => '', :colspan => 2}, '',''],
['',{:content => '', :colspan => 5}]
]
pdf = Prawn::Document.new
table = Prawn::Table.new data, pdf, :column_widths => [50 , 100, 50, 50, 50, 50]
end
it "should not increase column width when rendering a subtable",
:unresolved, :issue => 612 do
pdf = Prawn::Document.new
first = {:content=>"Foooo fo foooooo",:width=>50,:align=>:center}
second = {:content=>"Foooo",:colspan=>2,:width=>70,:align=>:center}
third = {:content=>"fooooooooooo, fooooooooooooo, fooo, foooooo fooooo",:width=>50,:align=>:center}
fourth = {:content=>"Bar",:width=>20,:align=>:center}
table_content = [[
first,
[[second],[third,fourth]]
]]
table = Prawn::Table.new table_content, pdf
table.column_widths.should == [50.0, 70.0]
end
it "illustrates issue #710", :issue => 710 do
partial_width = 40
pdf = Prawn::Document.new({page_size: "LETTER", page_layout: :portrait})
col_widths = [
50,
partial_width, partial_width, partial_width, partial_width
]
day_header = [{
content: "Monday, August 5th, A.S. XLIX",
colspan: 5,
}]
times = [{
content: "Loc",
colspan: 1,
}, {
content: "8:00",
colspan: 4,
}]
data = [ day_header ] + [ times ]
#raised a Prawn::Errors::CannotFit:
#Table's width was set larger than its contents' maximum width (max width 210, requested 218.0)
table = Prawn::Table.new data, pdf, :column_widths => col_widths
end
it "illustrate issue #533" do
data = [['', '', '', '', '',''],
['',{:content => '', :colspan => 5}]]
pdf = Prawn::Document.new
table = Prawn::Table.new data, pdf, :column_widths => [50, 200, 40, 40, 50, 50]
end
it "illustrates issue #502" do
pdf = Prawn::Document.new
first = {:content=>"Foooo fo foooooo",:width=>50,:align=>:center}
second = {:content=>"Foooo",:colspan=>2,:width=>70,:align=>:center}
third = {:content=>"fooooooooooo, fooooooooooooo, fooo, foooooo fooooo",:width=>50,:align=>:center}
fourth = {:content=>"Bar",:width=>20,:align=>:center}
table_content = [[
first,
[[second],[third,fourth]]
]]
pdf.move_down(20)
table = Prawn::Table.new table_content, pdf
pdf.table(table_content)
end
#https://github.com/prawnpdf/prawn/issues/407#issuecomment-28556698
it "correctly computes column widths with empty cells + colspan" do
data = [['', ''],
[{:content => '', :colspan => 2}]
]
pdf = Prawn::Document.new
table = Prawn::Table.new data, pdf, :column_widths => [50, 200]
table.column_widths.should == [50.0, 200.0]
end
it "illustrates a variant of problem in issue #407 - comment 28556698" do
pdf = Prawn::Document.new
table_data = [["a", "b", "c"], [{:content=>"d", :colspan=>3}]]
column_widths = [50, 60, 400]
# Before we fixed #407, this line incorrectly raise a CannotFit error
pdf.table(table_data, :column_widths => column_widths)
end
it "should not allow oversized subtables when parent column width is constrained" do
pdf = Prawn::Document.new
child_1 = pdf.make_table([['foo'*100]])
child_2 = pdf.make_table([['foo']])
lambda do
pdf.table([[child_1], [child_2]], column_widths: [pdf.bounds.width/2] * 2)
end.should raise_error(Prawn::Errors::CannotFit)
end
end
describe "#initialize" do
before(:each) do
@pdf = Prawn::Document.new
end
it "should instance_eval a 0-arg block" do
initializer = mock()
initializer.expects(:kick).once
@pdf.table([["a"]]){
initializer.kick
}
end
it "should call a 1-arg block with the document as the argument" do
initializer = mock()
initializer.expects(:kick).once
@pdf.table([["a"]]){ |doc|
doc.should be_a_kind_of(Prawn::Table); initializer.kick }
end
it "should proxy cell methods to #cells" do
table = @pdf.table([["a"]], :cell_style => { :padding => 11 })
table.cells[0, 0].padding.should == [11, 11, 11, 11]
end
it "should set row and column length" do
table = @pdf.table([["a", "b", "c"], ["d", "e", "f"]])
table.row_length.should == 2
table.column_length.should == 3
end
it "should generate a text cell based on a String" do
t = @pdf.table([["foo"]])
t.cells[0,0].should be_a_kind_of(Prawn::Table::Cell::Text)
end
it "should pass through a text cell" do
c = Prawn::Table::Cell::Text.new(@pdf, [0,0], :content => "foo")
t = @pdf.table([[c]])
t.cells[0,0].should == c
end
end
describe "cell accessors" do
before(:each) do
@pdf = Prawn::Document.new
@table = @pdf.table([%w[R0C0 R0C1], %w[R1C0 R1C1]])
end
it "should select rows by number or range" do
Set.new(@table.row(0).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1])
Set.new(@table.rows(0..1).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1 R1C0 R1C1])
end
it "should select rows by array" do
Set.new(@table.rows([0, 1]).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1 R1C0 R1C1])
end
it "should allow negative row selectors" do
Set.new(@table.row(-1).map { |c| c.content }).should ==
Set.new(%w[R1C0 R1C1])
Set.new(@table.rows(-2..-1).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1 R1C0 R1C1])
Set.new(@table.rows(0..-1).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1 R1C0 R1C1])
end
it "should select columns by number or range" do
Set.new(@table.column(0).map { |c| c.content }).should ==
Set.new(%w[R0C0 R1C0])
Set.new(@table.columns(0..1).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1 R1C0 R1C1])
end
it "should select columns by array" do
Set.new(@table.columns([0, 1]).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1 R1C0 R1C1])
end
it "should allow negative column selectors" do
Set.new(@table.column(-1).map { |c| c.content }).should ==
Set.new(%w[R0C1 R1C1])
Set.new(@table.columns(-2..-1).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1 R1C0 R1C1])
Set.new(@table.columns(0..-1).map { |c| c.content }).should ==
Set.new(%w[R0C0 R0C1 R1C0 R1C1])
end
it "should allow rows and columns to be combined" do
@table.row(0).column(1).map { |c| c.content }.should == ["R0C1"]
end
it "should accept a filter block, returning a cell proxy" do
@table.cells.filter { |c| c.content =~ /R0/ }.column(1).map{ |c|
c.content }.should == ["R0C1"]
end
it "should accept the [] method, returning a Cell or nil" do
@table.cells[0, 0].content.should == "R0C0"
@table.cells[12, 12].should be_nil
end
it "should proxy unknown methods to the cells" do
@table.cells.height = 200
@table.row(1).height = 100
@table.cells[0, 0].height.should == 200
@table.cells[1, 0].height.should == 100
end
it "should ignore non-setter methods" do
lambda {
@table.cells.content_width
}.should raise_error(NoMethodError)
end
it "skips cells that don't respond to the given method" do
table = @pdf.make_table([[{:content => "R0", :colspan => 2}],
%w[R1C0 R1C1]])
lambda {
table.row(0).font_style = :bold
}.should_not raise_error
end
it "should accept the style method, proxying its calls to the cells" do
@table.cells.style(:height => 200, :width => 200)
@table.column(0).style(:width => 100)
@table.cells[0, 1].width.should == 200
@table.cells[1, 0].height.should == 200
@table.cells[1, 0].width.should == 100
end
it "style method should accept a block, passing each cell to be styled" do
@table.cells.style { |c| c.height = 200 }
@table.cells[0, 1].height.should == 200
end
it "should return the width of selected columns for #width" do
c0_width = @table.column(0).map{ |c| c.width }.max
c1_width = @table.column(1).map{ |c| c.width }.max
@table.column(0).width.should == c0_width
@table.column(1).width.should == c1_width
@table.columns(0..1).width.should == c0_width + c1_width
@table.cells.width.should == c0_width + c1_width
end
it "should return the height of selected rows for #height" do
r0_height = @table.row(0).map{ |c| c.height }.max
r1_height = @table.row(1).map{ |c| c.height }.max
@table.row(0).height.should == r0_height
@table.row(1).height.should == r1_height
@table.rows(0..1).height.should == r0_height + r1_height
@table.cells.height.should == r0_height + r1_height
end
end
describe "layout" do
before(:each) do
@pdf = Prawn::Document.new
@long_text = "The quick brown fox jumped over the lazy dogs. " * 5
end
describe "width" do
it "should raise_error an error if the given width is outside of range" do
lambda do
@pdf.table([["foo"]], :width => 1)
end.should raise_error(Prawn::Errors::CannotFit)
lambda do
@pdf.table([[@long_text]], :width => @pdf.bounds.width + 100)
end.should raise_error(Prawn::Errors::CannotFit)
end
it "should accept the natural width for small tables" do
pad = 10 # default padding
@table = @pdf.table([["a"]])
@table.width.should == @table.cells[0, 0].natural_content_width + pad
end
it "width should == sum(column_widths)" do
table = Prawn::Table.new([%w[ a b c ], %w[d e f]], @pdf) do
column(0).width = 50
column(1).width = 100
column(2).width = 150
end
table.width.should == 300
end
it "should accept Numeric for column_widths" do
table = Prawn::Table.new([%w[ a b c ], %w[d e f]], @pdf) do |t|
t.column_widths = 50
end
table.width.should == 150
end
it "should calculate unspecified column widths as "+
"(max(string_width) + 2*horizontal_padding)" do
hpad, fs = 3, 12
columns = 2
table = Prawn::Table.new( [%w[ foo b ], %w[d foobar]], @pdf,
:cell_style => { :padding => hpad, :size => fs } )
col0_width = @pdf.width_of("foo", :size => fs)
col1_width = @pdf.width_of("foobar", :size => fs)
table.width.should == col0_width + col1_width + 2*columns*hpad
end
it "should allow mixing autocalculated and preset"+
"column widths within a single table" do
hpad, fs = 10, 6
stretchy_columns = 2
col0_width = 50
col1_width = @pdf.width_of("foo", :size => fs)
col2_width = @pdf.width_of("foobar", :size => fs)
col3_width = 150
table = Prawn::Table.new( [%w[snake foo b apple],
%w[kitten d foobar banana]], @pdf,
:cell_style => { :padding => hpad, :size => fs }) do
column(0).width = col0_width
column(3).width = col3_width
end
table.width.should == col1_width + col2_width +
2*stretchy_columns*hpad +
col0_width + col3_width
end
it "should preserve all manually requested column widths" do
col0_width = 50
col1_width = 20
col3_width = 60
table = Prawn::Table.new( [["snake", "foo", "b",
"some long, long text that will wrap"],
%w[kitten d foobar banana]], @pdf,
:width => 150) do
column(0).width = col0_width
column(1).width = col1_width
column(3).width = col3_width
end
table.draw
table.column(0).width.should == col0_width
table.column(1).width.should == col1_width
table.column(3).width.should == col3_width
end
it "should_not exceed the maximum width of the margin_box" do
expected_width = @pdf.margin_box.width
data = [
['This is a column with a lot of text that should comfortably exceed '+
'the width of a normal document margin_box width', 'Some more text',
'and then some more', 'Just a bit more to be extra sure']
]
table = Prawn::Table.new(data, @pdf)
table.width.should == expected_width
end
it "should_not exceed the maximum width of the margin_box even with" +
"manual widths specified" do
expected_width = @pdf.margin_box.width
data = [
['This is a column with a lot of text that should comfortably exceed '+
'the width of a normal document margin_box width', 'Some more text',
'and then some more', 'Just a bit more to be extra sure']
]
table = Prawn::Table.new(data, @pdf) { column(1).width = 100 }
table.width.should == expected_width
end
it "scales down only the non-preset column widths when the natural width" +
"exceeds the maximum width of the margin_box" do
expected_width = @pdf.margin_box.width
data = [
['This is a column with a lot of text that should comfortably exceed '+
'the width of a normal document margin_box width', 'Some more text',
'and then some more', 'Just a bit more to be extra sure']
]
table = Prawn::Table.new(data, @pdf) { column(1).width = 100; column(3).width = 50 }
table.width.should == expected_width
table.column_widths[1].should == 100
table.column_widths[3].should == 50
end
it "should allow width to be reset even after it has been calculated" do
@table = @pdf.table([[@long_text]])
@table.width
@table.width = 100
@table.width.should == 100
end
it "should shrink columns evenly when two equal columns compete" do
@table = @pdf.table([["foo", @long_text], [@long_text, "foo"]])
@table.cells[0, 0].width.should == @table.cells[0, 1].width
end
it "should grow columns evenly when equal deficient columns compete" do
@table = @pdf.table([["foo", "foobar"], ["foobar", "foo"]], :width => 500)
@table.cells[0, 0].width.should == @table.cells[0, 1].width
end
it "should respect manual widths" do
@table = @pdf.table([%w[foo bar baz], %w[baz bar foo]], :width => 500) do
column(1).width = 60
end
@table.column(1).width.should == 60
@table.column(0).width.should == @table.column(2).width
end
it "should allow table cells to be resized in block" do
# if anything goes wrong, a CannotFit error will be raised
@pdf.table([%w[1 2 3 4 5]]) do |t|
t.width = 40
t.cells.size = 8
t.cells.padding = 0
end
end
it "should be the width of the :width parameter" do
expected_width = 300
table = Prawn::Table.new( [%w[snake foo b apple],
%w[kitten d foobar banana]], @pdf,
:width => expected_width)
table.width.should == expected_width
end
it "should_not exceed the :width option" do
expected_width = 400
data = [
['This is a column with a lot of text that should comfortably exceed '+
'the width of a normal document margin_box width', 'Some more text',
'and then some more', 'Just a bit more to be extra sure']
]
table = Prawn::Table.new(data, @pdf, :width => expected_width)
table.width.should == expected_width
end
it "should_not exceed the :width option even with manual widths specified" do
expected_width = 400
data = [
['This is a column with a lot of text that should comfortably exceed '+
'the width of a normal document margin_box width', 'Some more text',
'and then some more', 'Just a bit more to be extra sure']
]
table = Prawn::Table.new(data, @pdf, :width => expected_width) do
column(1).width = 100
end
table.width.should == expected_width
end
it "should calculate unspecified column widths even " +
"with colspan cells declared" do
pdf = Prawn::Document.new
hpad, fs = 3, 5
columns = 3
data = [ [ { :content => 'foo', :colspan => 2 }, "foobar" ],
[ "foo", "foo", "foo" ] ]
table = Prawn::Table.new( data, pdf,
:cell_style => {
:padding_left => hpad, :padding_right => hpad,
:size => fs
})
col0_width = pdf.width_of("foo", :size => fs) # cell 1, 0
col1_width = pdf.width_of("foo", :size => fs) # cell 1, 1
col2_width = pdf.width_of("foobar", :size => fs) # cell 0, 1 (at col 2)
table.width.should == col0_width + col1_width +
col2_width + 2*columns*hpad
end
end
describe "height" do
it "should set all cells in a row to the same height" do
@table = @pdf.table([["foo", @long_text]])
@table.cells[0, 0].height.should == @table.cells[0, 1].height
end
it "should move y-position to the bottom of the table after drawing" do
old_y = @pdf.y
table = @pdf.table([["foo"]])
@pdf.y.should == old_y - table.height
end
it "should_not wrap unnecessarily" do
# Test for FP errors and glitches
t = @pdf.table([["Bender Bending Rodriguez"]])
h = @pdf.height_of("one line")
(t.height - 10).should be < h*1.5
end
it "should have a height of n rows" do
data = [["foo"],["bar"],["baaaz"]]
vpad = 4
origin = @pdf.y
@pdf.table data, :cell_style => { :padding => vpad }
table_height = origin - @pdf.y
font_height = @pdf.font.height
line_gap = @pdf.font.line_gap
num_rows = data.length
table_height.should be_within(0.001).of(
num_rows * font_height + 2*vpad*num_rows )
end
end
describe "position" do
it "should center tables with :position => :center" do
@pdf.expects(:bounding_box).with do |(x, y), opts|
expected = (@pdf.bounds.width - 500) / 2.0
(x - expected).abs < 0.001
end
@pdf.table([["foo"]], :column_widths => 500, :position => :center)
end
it "should right-align tables with :position => :right" do
@pdf.expects(:bounding_box).with do |(x, y), opts|
expected = @pdf.bounds.width - 500
(x - expected).abs < 0.001
end
@pdf.table([["foo"]], :column_widths => 500, :position => :right)
end
it "should accept a Numeric" do
@pdf.expects(:bounding_box).with do |(x, y), opts|
expected = 123
(x - expected).abs < 0.001
end
@pdf.table([["foo"]], :column_widths => 500, :position => 123)
end
it "should raise_error an ArgumentError on unknown :position" do
lambda do
@pdf.table([["foo"]], :position => :bratwurst)
end.should raise_error(ArgumentError)
end
end
end
describe "Multi-page tables" do
it "should flow to the next page when hitting the bottom of the bounds" do
Prawn::Document.new { table([["foo"]] * 30) }.page_count.should == 1
Prawn::Document.new { table([["foo"]] * 31) }.page_count.should == 2
Prawn::Document.new { table([["foo"]] * 31); table([["foo"]] * 35) }.
page_count.should == 3
end
it "should respect the containing bounds" do
Prawn::Document.new do
bounding_box([0, cursor], :width => bounds.width, :height => 72) do
table([["foo"]] * 4)
end
end.page_count.should == 2
end
it "should_not start a new page before finishing out a row" do
Prawn::Document.new do
table([[ (1..80).map{ |i| "Line #{i}" }.join("\n"), "Column 2" ]])
end.page_count.should == 1
end
it "should only start new page on long cells if it would gain us height" do
Prawn::Document.new do
text "Hello"
table([[ (1..80).map{ |i| "Line #{i}" }.join("\n"), "Column 2" ]])
end.page_count.should == 2
end
it "should_not start a new page to gain height when at the top of " +
"a bounding box, even if stretchy" do
Prawn::Document.new do
bounding_box([bounds.left, bounds.top - 20], :width => 400) do
table([[ (1..80).map{ |i| "Line #{i}" }.join("\n"), "Column 2" ]])
end
end.page_count.should == 1
end
it "should still break to the next page if in a stretchy bounding box " +
"but not at the top" do
Prawn::Document.new do
bounding_box([bounds.left, bounds.top - 20], :width => 400) do
text "Hello"
table([[ (1..80).map{ |i| "Line #{i}" }.join("\n"), "Column 2" ]])
end
end.page_count.should == 2
end
it "should only draw first-page header if the first body row fits" do
pdf = Prawn::Document.new
pdf.y = 60 # not enough room for a table row
pdf.table [["Header"], ["Body"]], :header => true
output = PDF::Inspector::Page.analyze(pdf.render)
# Ensure we only drew the header once, on the second page
output.pages[0][:strings].should be_empty
output.pages[1][:strings].should == ["Header", "Body"]
end
it 'should only draw first-page header if the first multi-row fits',
:issue => 707 do
pdf = Prawn::Document.new
pdf.y = 100 # not enough room for the header and multirow cell
pdf.table [
[{content: 'Header', colspan: 2}],
[{content: 'Multirow cell', rowspan: 3}, 'Line 1'],
] + (2..3).map { |i| ["Line #{i}"] }, :header => true
output = PDF::Inspector::Page.analyze(pdf.render)
# Ensure we only drew the header once, on the second page
output.pages[0][:strings].should == []
output.pages[1][:strings].should == ['Header', 'Multirow cell', 'Line 1',
'Line 2', 'Line 3']
end
context 'when the last row of first page of a table has a rowspan > 1' do
it 'should move the cells below that rowspan cell to the next page' do
pdf = Prawn::Document.new
pdf.y = 100 # not enough room for the rowspan cell
pdf.table [
['R0C0', 'R0C1', 'R0C2'],
['R1C0', {content: 'R1C1', rowspan: 2}, 'R1C2'],
['R2C0', 'R2C2'],
]
output = PDF::Inspector::Page.analyze(pdf.render)
# Ensure we output the cells of row 2 on the new page only
output.pages[0][:strings].should == ['R0C0', 'R0C1', 'R0C2']
output.pages[1][:strings].should == ['R1C0', 'R1C1', 'R1C2', 'R2C0', 'R2C2']
end
end
it "should draw background before borders, but only within pages" do
seq = sequence("drawing_order")
@pdf = Prawn::Document.new
# give enough room for only the first row
@pdf.y = @pdf.bounds.absolute_bottom + 30
t = @pdf.make_table([["A", "B"],
["C", "D"]],
:cell_style => {:background_color => 'ff0000'})
ca = t.cells[0, 0]
cb = t.cells[0, 1]
cc = t.cells[1, 0]
cd = t.cells[1, 1]
# All backgrounds should draw before any borders on page 1...
ca.expects(:draw_background).in_sequence(seq)
cb.expects(:draw_background).in_sequence(seq)
ca.expects(:draw_borders).in_sequence(seq)
cb.expects(:draw_borders).in_sequence(seq)
# ...and page 2
@pdf.expects(:start_new_page).in_sequence(seq)
cc.expects(:draw_background).in_sequence(seq)
cd.expects(:draw_background).in_sequence(seq)
cc.expects(:draw_borders).in_sequence(seq)
cd.expects(:draw_borders).in_sequence(seq)
t.draw
end
describe "before_rendering_page callback" do
before(:each) { @pdf = Prawn::Document.new }
it "is passed all cells to be rendered on that page" do
kicked = 0
@pdf.table([["foo"]] * 100) do |t|
t.before_rendering_page do |page|
page.row_count.should == ((kicked < 3) ? 30 : 10)
page.column_count.should == 1
page.row(0).first.content.should == "foo"
page.row(-1).first.content.should == "foo"
kicked += 1
end
end
kicked.should == 4
end
it "numbers cells relative to their position on page" do
@pdf.table([["foo"]] * 100) do |t|
t.before_rendering_page do |page|
page[0, 0].content.should == "foo"
end
end
end
it "changing cells in the callback affects their rendering" do
seq = sequence("render order")
t = @pdf.make_table([["foo"]] * 40) do |table|
table.before_rendering_page do |page|
page[0, 0].background_color = "ff0000"
end
end
t.cells[30, 0].stubs(:draw_background).checking do |xy|
t.cells[30, 0].background_color.should == 'ff0000'
end
t.cells[31, 0].stubs(:draw_background).checking do |xy|
t.cells[31, 0].background_color.should == nil
end
t.draw
end
it "passes headers on page 2+" do
@pdf.table([["header"]] + [["foo"]] * 100, :header => true) do |t|
t.before_rendering_page do |page|
page[0, 0].content.should == "header"
end
end
end
it "updates dummy cell header rows" do
header = [[{:content => "header", :colspan => 2}]]
data = [["foo", "bar"]] * 31
@pdf.table(header + data, :header => true) do |t|
t.before_rendering_page do |page|
cell = page[0, 0]
cell.dummy_cells.each {|dc| dc.row.should == cell.row }
end
end
end
it "allows headers to be changed" do
seq = sequence("render order")
@pdf.expects(:draw_text!).with { |t, _| t == "hdr1"}.in_sequence(seq)
@pdf.expects(:draw_text!).with { |t, _| t == "foo"}.times(29).in_sequence(seq)
# Verify that the changed cell doesn't mutate subsequent pages
@pdf.expects(:draw_text!).with { |t, _| t == "header"}.in_sequence(seq)
@pdf.expects(:draw_text!).with { |t, _| t == "foo"}.times(11).in_sequence(seq)
set_first_page_headers = false
@pdf.table([["header"]] + [["foo"]] * 40, :header => true) do |t|
t.before_rendering_page do |page|
# only change first page header
page[0, 0].content = "hdr1" unless set_first_page_headers
set_first_page_headers = true
end
end
end
end
end
describe "#style" do
it "should send #style to its first argument, passing the style hash and" +
" block" do
stylable = stub()
stylable.expects(:style).with(:foo => :bar).once.yields
block = stub()
block.expects(:kick).once
Prawn::Document.new do
table([["x"]]) { style(stylable, :foo => :bar) { block.kick } }
end
end
it "should default to {} for the hash argument" do
stylable = stub()
stylable.expects(:style).with({}).once
Prawn::Document.new do
table([["x"]]) { style(stylable) }
end
end
it "ignores unknown values on a cell-by-cell basis" do
Prawn::Document.new do
table([["x", [["y"]]]], :cell_style => {:overflow => :shrink_to_fit})
end
end
end
describe "row_colors" do
it "should allow array syntax for :row_colors" do
data = [["foo"], ["bar"], ["baz"]]
pdf = Prawn::Document.new
t = pdf.table(data, :row_colors => ['cccccc', 'ffffff'])
t.cells.map{|x| x.background_color}.should == %w[cccccc ffffff cccccc]
end
it "should ignore headers" do
data = [["header"], ["foo"], ["bar"], ["baz"]]
pdf = Prawn::Document.new
t = pdf.table(data, :header => true,
:row_colors => ['cccccc', 'ffffff']) do
row(0).background_color = '333333'
end
t.cells.map{|x| x.background_color}.should ==
%w[333333 cccccc ffffff cccccc]
end
it "stripes rows consistently from page to page, skipping header rows" do
data = [["header"]] + [["foo"]] * 70
pdf = Prawn::Document.new
t = pdf.make_table(data, :header => true,
:row_colors => ['cccccc', 'ffffff']) do
cells.padding = 0
cells.size = 9
row(0).size = 11
end
# page 1: header + 67 cells (odd number -- verifies that the next
# page disrupts the even/odd coloring, since both the last data cell
# on this page and the first one on the next are colored cccccc)
Prawn::Table::Cell.expects(:draw_cells).with do |cells|
cells.map { |c, (x, y)| c.background_color } ==
[nil] + (%w[cccccc ffffff] * 33) + %w[cccccc]
end
# page 2: header and 3 data cells
Prawn::Table::Cell.expects(:draw_cells).with do |cells|
cells.map { |c, (x, y)| c.background_color } ==
[nil] + %w[cccccc ffffff cccccc]
end
t.draw
end
it "should_not override an explicit background_color" do
data = [["foo"], ["bar"], ["baz"]]
pdf = Prawn::Document.new
table = pdf.table(data, :row_colors => ['cccccc', 'ffffff']) { |t|
t.cells[0, 0].background_color = 'dddddd'
}
table.cells.map{|x| x.background_color}.should == %w[dddddd ffffff cccccc]
end
end
describe "inking" do
before(:each) do
@pdf = Prawn::Document.new
end
it "should set the x-position of each cell based on widths" do
@table = @pdf.table([["foo", "bar", "baz"]])
x = 0
(0..2).each do |col|
cell = @table.cells[0, col]
cell.x.should == x
x += cell.width
end
end
it "should set the y-position of each cell based on heights" do
y = 0
@table = @pdf.make_table([["foo"], ["bar"], ["baz"]])
(0..2).each do |row|
cell = @table.cells[row, 0]
cell.y.should be_within(0.01).of(y)
y -= cell.height
end
end
it "should output content cell by cell, row by row" do
data = [["foo","bar"],["baz","bang"]]
@pdf = Prawn::Document.new
@pdf.table(data)
output = PDF::Inspector::Text.analyze(@pdf.render)
output.strings.should == data.flatten
end
it "should_not cause an error if rendering the very first row causes a " +
"page break" do
Prawn::Document.new do |pdf|
arr = Array(1..5).collect{|i| ["cell #{i}"] }
pdf.move_down( pdf.y - (pdf.bounds.absolute_bottom + 3) )
lambda {
pdf.table(arr)
}.should_not raise_error
end
end
it "should draw all backgrounds before any borders" do
# lest backgrounds overlap borders:
# https://github.com/sandal/prawn/pull/226
seq = sequence("drawing_order")
t = @pdf.make_table([["A", "B"]],
:cell_style => {:background_color => 'ff0000'})
ca = t.cells[0, 0]
cb = t.cells[0, 1]
# XXX Not a perfectly general test, because it would still be acceptable
# if we drew B then A
ca.expects(:draw_background).in_sequence(seq)
cb.expects(:draw_background).in_sequence(seq)
ca.expects(:draw_borders).in_sequence(seq)
cb.expects(:draw_borders).in_sequence(seq)
t.draw
end
it "should allow multiple inkings of the same table" do
pdf = Prawn::Document.new
t = Prawn::Table.new([["foo"]], pdf)
pdf.expects(:bounding_box).with{|(x, y), options| y.to_i == 495}.yields
pdf.expects(:bounding_box).with{|(x, y), options| y.to_i == 395}.yields
pdf.expects(:draw_text!).with{ |text, options| text == 'foo' }.twice
pdf.move_cursor_to(500)
t.draw
pdf.move_cursor_to(400)
t.draw
end
describe "in stretchy bounding boxes" do
it "should draw all cells on a row at the same y-position" do
pdf = Prawn::Document.new
text_y = pdf.y.to_i - 5 # text starts 5pt below current y pos (padding)
pdf.bounding_box([0, pdf.cursor], :width => pdf.bounds.width) do
pdf.expects(:draw_text!).checking { |text, options|
pdf.bounds.absolute_top.should == text_y
}.times(3)
pdf.table([%w[a b c]])
end
end
end
end
describe "headers" do
context "single row header" do
it "should add headers to output when specified" do
data = [["a", "b"], ["foo","bar"],["baz","bang"]]
@pdf = Prawn::Document.new
@pdf.table(data, :header => true)
output = PDF::Inspector::Text.analyze(@pdf.render)
output.strings.should == data.flatten
end
it "should repeat headers across pages" do
data = [["foo","bar"]] * 30
headers = ["baz","foobar"]
@pdf = Prawn::Document.new
@pdf.table([headers] + data, :header => true)
output = PDF::Inspector::Text.analyze(@pdf.render)
output.strings.should == headers + data.flatten[0..-3] + headers +
data.flatten[-2..-1]
end
it "draws headers at the correct position" do
data = [["header"]] + [["foo"]] * 40
Prawn::Table::Cell.expects(:draw_cells).times(2).checking do |cells|
cells.each do |cell, pt|
if cell.content == "header"
# Assert that header text is drawn at the same location on each page
if @header_location
pt.should == @header_location
else
@header_location = pt
end
end
end
end
@pdf = Prawn::Document.new
@pdf.table(data, :header => true)
end
it "draws headers at the correct position with column box" do
data = [["header"]] + [["foo"]] * 40
Prawn::Table::Cell.expects(:draw_cells).times(2).checking do |cells|
cells.each do |cell, pt|
if cell.content == "header"
pt[0].should == @pdf.bounds.left
end
end
end
@pdf = Prawn::Document.new
@pdf.column_box [0, @pdf.cursor], :width => @pdf.bounds.width, :columns => 2 do
@pdf.table(data, :header => true)
end
end
it "should_not draw header twice when starting new page" do
@pdf = Prawn::Document.new
@pdf.y = 0
@pdf.table([["Header"], ["Body"]], :header => true)
output = PDF::Inspector::Text.analyze(@pdf.render)
output.strings.should == ["Header", "Body"]
end
end
context "multiple row header" do
it "should add headers to output when specified" do
data = [["a", "b"], ["c", "d"], ["foo","bar"],["baz","bang"]]
@pdf = Prawn::Document.new
@pdf.table(data, :header => 2)
output = PDF::Inspector::Text.analyze(@pdf.render)
output.strings.should == data.flatten
end
it "should repeat headers across pages" do
data = [["foo","bar"]] * 30
headers = ["baz","foobar"] + ["bas", "foobaz"]
@pdf = Prawn::Document.new
@pdf.table([headers] + data, :header => 2)
output = PDF::Inspector::Text.analyze(@pdf.render)
output.strings.should == headers + data.flatten[0..-3] + headers +
data.flatten[-4..-1]
end
it "draws headers at the correct position" do
data = [["header"]] + [["header2"]] + [["foo"]] * 40
Prawn::Table::Cell.expects(:draw_cells).times(2).checking do |cells|
cells.each do |cell, pt|
if cell.content == "header"
# Assert that header text is drawn at the same location on each page
if @header_location
pt.should == @header_location
else
@header_location = pt
end
end
if cell.content == "header2"
# Assert that header text is drawn at the same location on each page
if @header2_location
pt.should == @header2_location
else
@header2_location = pt
end
end
end
end
@pdf = Prawn::Document.new
@pdf.table(data, :header => 2)
end
it "should_not draw header twice when starting new page" do
@pdf = Prawn::Document.new
@pdf.y = 0
@pdf.table([["Header"], ["Header2"], ["Body"]], :header => 2)
output = PDF::Inspector::Text.analyze(@pdf.render)
output.strings.should == ["Header", "Header2", "Body"]
end
end
end
describe "nested tables" do
before(:each) do
@pdf = Prawn::Document.new
@subtable = Prawn::Table.new([["foo"]], @pdf)
@table = @pdf.table([[@subtable, "bar"]])
end
it "can be created from an Array" do
cell = Prawn::Table::Cell.make(@pdf, [["foo"]])
cell.should be_a_kind_of(Prawn::Table::Cell::Subtable)
cell.subtable.should be_a_kind_of(Prawn::Table)
end
it "defaults its padding to zero" do
@table.cells[0, 0].padding.should == [0, 0, 0, 0]
end
it "has a subtable accessor" do
@table.cells[0, 0].subtable.should == @subtable
end
it "determines its dimensions from the subtable" do
@table.cells[0, 0].width.should == @subtable.width
@table.cells[0, 0].height.should == @subtable.height
end
end
it "Prints table on one page when using subtable with colspan > 1", :unresolved, issue: 10 do
pdf = Prawn::Document.new(margin: [ 30, 71, 55, 71])
lines = "one\ntwo\nthree\nfour"
sub_table_lines = lines.split("\n").map do |line|
if line == "one"
[ { content: "#{line}", colspan: 2, size: 11} ]
else
[ { content: "\u2022"}, { content: "#{line}"} ]
end
end
sub_table = pdf.make_table(sub_table_lines,
cell_style: { border_color: '00ff00'})
#outer table
pdf.table [[
{ content: "Placeholder text", width: 200 },
{ content: sub_table }
]], width: 515, cell_style: { border_width: 1, border_color: 'ff0000' }
pdf.render
pdf.page_count.should == 1
end
describe "An invalid table" do
before(:each) do
@pdf = Prawn::Document.new
@bad_data = ["Single Nested Array"]
end
it "should raise_error error when invalid table data is given" do
lambda {
@pdf.table(@bad_data)
}.should raise_error(Prawn::Errors::InvalidTableData)
end
it "should raise_error an EmptyTableError with empty table data" do
lambda {
data = []
@pdf = Prawn::Document.new
@pdf.table(data)
}.should raise_error( Prawn::Errors::EmptyTable )
end
it "should raise_error an EmptyTableError with nil table data" do
lambda {
data = nil
@pdf = Prawn::Document.new
@pdf.table(data)
}.should raise_error( Prawn::Errors::EmptyTable )
end
end
end
describe "colspan / rowspan" do
before(:each) { create_pdf }
it "doesn't raise an error" do
lambda {
@pdf.table([[{:content => "foo", :colspan => 2, :rowspan => 2}]])
}.should_not raise_error
end
it "colspan is properly counted" do
t = @pdf.make_table([[{:content => "foo", :colspan => 2}]])
t.column_length.should == 2
end
it "rowspan is properly counted" do
t = @pdf.make_table([[{:content => "foo", :rowspan => 2}]])
t.row_length.should == 2
end
it "raises if colspan or rowspan are called after layout" do
lambda {
@pdf.table([["foo"]]) { cells[0, 0].colspan = 2 }
}.should raise_error(Prawn::Errors::InvalidTableSpan)
lambda {
@pdf.table([["foo"]]) { cells[0, 0].rowspan = 2 }
}.should raise_error(Prawn::Errors::InvalidTableSpan)
end
it "raises when spans overlap" do
lambda {
@pdf.table([["foo", {:content => "bar", :rowspan => 2}],
[{:content => "baz", :colspan => 2}]])
}.should raise_error(Prawn::Errors::InvalidTableSpan)
end
it "table and cell width account for colspan" do
t = @pdf.table([["a", {:content => "b", :colspan => 2}]],
:column_widths => [100, 100, 100])
spanned = t.cells[0, 1]
spanned.colspan.should == 2
t.width.should == 300
t.cells.min_width.should == 300
t.cells.max_width.should == 300
spanned.width.should == 200
end
it "table and cell height account for rowspan" do
t = @pdf.table([["a"], [{:content => "b", :rowspan => 2}]]) do
row(0..2).height = 100
end
spanned = t.cells[1, 0]
spanned.rowspan.should == 2
t.height.should == 300
spanned.height.should == 200
end
it "provides the full content_width as drawing space" do
w = @pdf.make_table([["foo"]]).cells[0, 0].content_width
t = @pdf.make_table([[{:content => "foo", :colspan => 2}]])
t.cells[0, 0].spanned_content_width.should == w
end
it "dummy cells are not drawn" do
# make a fake master cell for the dummy cell to slave to
t = @pdf.make_table([[{:content => "foo", :colspan => 2}]])
# drawing just a dummy cell should_not ink
@pdf.expects(:stroke_line).never
@pdf.expects(:draw_text!).never
Prawn::Table::Cell.draw_cells([t.cells[0, 1]])
end
it "dummy cells do not add any height or width" do
t1 = @pdf.table([["foo"]])
t2 = @pdf.table([[{:content => "foo", :colspan => 2}]])
t2.width.should == t1.width
t3 = @pdf.table([[{:content => "foo", :rowspan => 2}]])
t3.height.should == t1.height
end
it "dummy cells ignored by #style" do
t = @pdf.table([[{:content => "blah", :colspan => 2}]],
:cell_style => { :size => 9 })
t.cells[0, 0].size.should == 9
end
context "inheriting master cell styles from dummy cell" do
# Relatively full coverage for all these attributes that should be
# inherited.
[["border_X_width", 20],
["border_X_color", "123456"],
["padding_X", 20]].each do |attribute, val|
attribute_right = attribute.sub("X", "right")
attribute_left = attribute.sub("X", "left")
attribute_bottom = attribute.sub("X", "bottom")
attribute_top = attribute.sub("X", "top")
specify "#{attribute_right} of right column is inherited" do
t = @pdf.table([[{:content => "blah", :colspan => 2}]]) do |table|
table.column(1).send("#{attribute_right}=", val)
end
t.cells[0, 0].send(attribute_right).should == val
end
specify "#{attribute_bottom} of bottom row is inherited" do
t = @pdf.table([[{:content => "blah", :rowspan => 2}]]) do |table|
table.row(1).send("#{attribute_bottom}=", val)
end
t.cells[0, 0].send(attribute_bottom).should == val
end
specify "#{attribute_left} of right column is not inherited" do
t = @pdf.table([[{:content => "blah", :colspan => 2}]]) do |table|
table.column(1).send("#{attribute_left}=", val)
end
t.cells[0, 0].send(attribute_left).should_not == val
end
specify "#{attribute_right} of interior column is not inherited" do
t = @pdf.table([[{:content => "blah", :colspan => 3}]]) do |table|
table.column(1).send("#{attribute_right}=", val)
end
t.cells[0, 0].send(attribute_right).should_not == val
end
specify "#{attribute_bottom} of interior row is not inherited" do
t = @pdf.table([[{:content => "blah", :rowspan => 3}]]) do |table|
table.row(1).send("#{attribute_bottom}=", val)
end
t.cells[0, 0].send(attribute_bottom).should_not == val
end
specify "#{attribute_top} of bottom row is not inherited" do
t = @pdf.table([[{:content => "blah", :rowspan => 2}]]) do |table|
table.row(1).send("#{attribute_top}=", val)
end
t.cells[0, 0].send(attribute_top).should_not == val
end
end
end
it "splits natural width between cols in the group" do
t = @pdf.table([[{:content => "foo", :colspan => 2}]])
widths = t.column_widths
widths[0].should == widths[1]
end
it "splits natural width between cols when width is increased" do
t = @pdf.table([[{:content => "foo", :colspan => 2}]],
:width => @pdf.bounds.width)
widths = t.column_widths
widths[0].should == widths[1]
end
it "splits min-width between cols in the group" do
# Since column_widths, when reducing column widths, reduces proportional to
# the remaining width after each column's min width, we must ensure that the
# min-width is split proportionally in order to ensure the width is still
# split evenly when the width is reduced. (See "splits natural width between
# cols when width is reduced".)
t = @pdf.table([[{:content => "foo", :colspan => 2}]],
:width => 20)
t.column(0).min_width.should == t.column(1).min_width
end
it "splits natural width between cols when width is reduced" do
t = @pdf.table([[{:content => "foo", :colspan => 2}]],
:width => 20)
widths = t.column_widths
widths[0].should == widths[1]
end
it "honors a large, explicitly set table width" do
t = @pdf.table([[{:content => "AAAAAAAAAA", :colspan => 3}],
["A", "B", "C"]],
:width => 400)
t.column_widths.inject(0) { |sum, w| sum + w }.
should be_within(0.01).of(400)
end
it "honors a small, explicitly set table width" do
t = @pdf.table([[{:content => "Lorem ipsum dolor sit amet " * 20,
:colspan => 3}],
["A", "B", "C"]],
:width => 200)
t.column_widths.inject(0) { |sum, w| sum + w }.
should be_within(0.01).of(200)
end
it "splits natural_content_height between rows in the group" do
t = @pdf.table([[{:content => "foo", :rowspan => 2}]])
heights = t.row_heights
heights[0].should == heights[1]
end
it "skips column numbers that have been col-spanned" do
t = @pdf.table([["a", "b", {:content => "c", :colspan => 3}, "d"]])
t.cells[0, 0].content.should == "a"
t.cells[0, 1].content.should == "b"
t.cells[0, 2].content.should == "c"
t.cells[0, 3].should be_a_kind_of(Prawn::Table::Cell::SpanDummy)
t.cells[0, 4].should be_a_kind_of(Prawn::Table::Cell::SpanDummy)
t.cells[0, 5].content.should == "d"
end
it "skips row/col positions that have been row-spanned" do
t = @pdf.table([["a", {:content => "b", :colspan => 2, :rowspan => 2}, "c"],
["d", "e"],
["f", "g", "h", "i"]])
t.cells[0, 0].content.should == "a"
t.cells[0, 1].content.should == "b"
t.cells[0, 2].should be_a_kind_of(Prawn::Table::Cell::SpanDummy)
t.cells[0, 3].content.should == "c"
t.cells[1, 0].content.should == "d"
t.cells[1, 1].should be_a_kind_of(Prawn::Table::Cell::SpanDummy)
t.cells[1, 2].should be_a_kind_of(Prawn::Table::Cell::SpanDummy)
t.cells[1, 3].content.should == "e"
t.cells[2, 0].content.should == "f"
t.cells[2, 1].content.should == "g"
t.cells[2, 2].content.should == "h"
t.cells[2, 3].content.should == "i"
end
it 'illustrates issue #20', issue: 20 do
pdf = Prawn::Document.new
description = "one\ntwo\nthree"
bullets = description.split("\n")
bullets.each_with_index do |bullet, ndx|
rows = [[]]
if ndx < 1
rows << [ { content: "blah blah blah", colspan: 2, font_style: :bold, size: 12, padding_bottom: 1 }]
else
rows << [ { content: bullet, width: 440, padding_top: 0, align: :justify } ]
end
pdf.table(rows, header: true, cell_style: { border_width: 0, inline_format: true })
end
pdf.render
end
it 'illustrates issue #20 (2) and #22', issue: 22 do
pdf = Prawn::Document.new
pdf.table [['one', 'two']], position: :center
pdf.table [['three', 'four']], position: :center
pdf.render
pdf.page_count.should == 1
end
end
prawn-table-0.2.2/spec/table/ 0000755 0000041 0000041 00000000000 12565012131 015774 5 ustar www-data www-data prawn-table-0.2.2/spec/table/span_dummy_spec.rb 0000644 0000041 0000041 00000001604 12565012131 021510 0 ustar www-data www-data # encoding: utf-8
require File.join(File.expand_path(File.dirname(__FILE__)), "..", "spec_helper")
require 'set'
describe "Prawn::Table::Cell::SpanDummy" do
before(:each) do
@pdf = Prawn::Document.new
@table = @pdf.table([
[{:content => "A1-2", :colspan => 2}, {:content => "A-B3", :rowspan => 2}],
[{:content => "B1-2", :colspan => 2}]
], :row_colors => [nil, 'EFEFEF'])
@colspan_master = @table.cells[0,0]
@colspan_dummy = @colspan_master.dummy_cells.first
@rowspan_master = @table.cells[0,2]
@rowspan_dummy = @table.cells[1,2]
end
it "colspan dummy delegates background_color to the master cell" do
@colspan_dummy.background_color.should == @colspan_master.background_color
end
it "rowspan dummy delegates background_color to the master cell" do
@rowspan_dummy.background_color.should == @rowspan_master.background_color
end
end
prawn-table-0.2.2/spec/extensions/ 0000755 0000041 0000041 00000000000 12565012131 017104 5 ustar www-data www-data prawn-table-0.2.2/spec/extensions/mocha.rb 0000644 0000041 0000041 00000002311 12565012131 020515 0 ustar www-data www-data # encoding: utf-8
# Allow speccing things when an expectation matcher runs. Similar to #with, but
# always succeeds.
#
# @pdf.expects(:stroke_line).checking do |from, to|
# @pdf.map_to_absolute(from).should == [0, 0]
# end
#
# Note that the outer expectation does *not* fail only because the inner one
# does; in the above example, the outer expectation would only fail if
# stroke_line were not called.
class ParameterChecker < Mocha::ParametersMatcher
def initialize(&matching_block)
@expected_parameters = [Mocha::ParameterMatchers::AnyParameters.new]
@matching_block = matching_block
end
def match?(actual_parameters = [])
@matching_block.call(*actual_parameters)
true # always succeed
end
end
class Mocha::Expectation
def checking(&block)
@parameters_matcher = ParameterChecker.new(&block)
self
end
end
# Equivalent to expects(method_name).at_least(0). More useful when combined
# with parameter matchers to ignore certain calls for the sake of parameter
# matching.
#
# @pdf.ignores(:stroke_color=).with("000000")
# @pdf.expects(:stroke_color=).with("ff0000")
#
module Mocha::ObjectMethods
def ignores(method_name)
expects(method_name).at_least(0)
end
end
prawn-table-0.2.2/spec/extensions/encoding_helpers.rb 0000644 0000041 0000041 00000000307 12565012131 022741 0 ustar www-data www-data # encoding: utf-8
module EncodingHelpers
def win1252_string(str)
str.force_encoding(Encoding::Windows_1252)
end
def bin_string(str)
str.force_encoding(Encoding::ASCII_8BIT)
end
end
prawn-table-0.2.2/lib/ 0000755 0000041 0000041 00000000000 12565012131 014521 5 ustar www-data www-data prawn-table-0.2.2/lib/prawn/ 0000755 0000041 0000041 00000000000 12565012131 015650 5 ustar www-data www-data prawn-table-0.2.2/lib/prawn/table.rb 0000644 0000041 0000041 00000060727 12565012131 017300 0 ustar www-data www-data # encoding: utf-8
#
# table.rb: Table drawing functionality.
#
# Copyright December 2009, Brad Ediger. All rights reserved.
#
# This is free software. Please see the LICENSE and COPYING files for details.
require 'prawn'
require_relative 'table/column_width_calculator'
require_relative 'table/cell'
require_relative 'table/cells'
require_relative 'table/cell/in_table'
require_relative 'table/cell/text'
require_relative 'table/cell/subtable'
require_relative 'table/cell/image'
require_relative 'table/cell/span_dummy'
module Prawn
module Errors
# This error is raised when table data is malformed
#
InvalidTableData = Class.new(StandardError)
# This error is raised when an empty or nil table is rendered
#
EmptyTable = Class.new(StandardError)
end
# Next-generation table drawing for Prawn.
#
# = Data
#
# Data, for a Prawn table, is a two-dimensional array of objects that can be
# converted to cells ("cellable" objects). Cellable objects can be:
#
# String::
# Produces a text cell. This is the most common usage.
# Prawn::Table::Cell::
# If you have already built a Cell or have a custom subclass of Cell you
# want to use in a table, you can pass through Cell objects.
# Prawn::Table::
# Creates a subtable (a table within a cell). You can use
# Prawn::Document#make_table to create a table for use as a subtable
# without immediately drawing it. See examples/table/bill.rb for a
# somewhat complex use of subtables.
# Array::
# Creates a simple subtable. Create a Table object using make_table (see
# above) if you need more control over the subtable's styling.
#
# = Options
#
# Prawn/Layout provides many options to control style and layout of your
# table. These options are implemented with a uniform interface: the +:foo+
# option always sets the +foo=+ accessor. See the accessor and method
# documentation for full details on the options you can pass. Some
# highlights:
#
# +cell_style+::
# A hash of style options to style all cells. See the documentation on
# Prawn::Table::Cell for all cell style options.
# +header+::
# If set to +true+, the first row will be repeated on every page. If set
# to an Integer, the first +x+ rows will be repeated on every page. Row
# numbering (for styling and other row-specific options) always indexes
# based on your data array. Whether or not you have a header, row(n) always
# refers to the nth element (starting from 0) of the +data+ array.
# +column_widths+::
# Sets widths for individual columns. Manually setting widths can give
# better results than letting Prawn guess at them, as Prawn's algorithm
# for defaulting widths is currently pretty boneheaded. If you experience
# problems like weird column widths or CannotFit errors, try manually
# setting widths on more columns.
# +position+::
# Either :left (the default), :center, :right, or a number. Specifies the
# horizontal position of the table within its bounding box. If a number is
# provided, it specifies the distance in points from the left edge.
#
# = Initializer Block
#
# If a block is passed to methods that initialize a table
# (Prawn::Table.new, Prawn::Document#table, Prawn::Document#make_table), it
# will be called after cell setup but before layout. This is a very flexible
# way to specify styling and layout constraints. This code sets up a table
# where the second through the fourth rows (1-3, indexed from 0) are each one
# inch (72 pt) wide:
#
# pdf.table(data) do |table|
# table.rows(1..3).width = 72
# end
#
# As with Prawn::Document#initialize, if the block has no arguments, it will
# be evaluated in the context of the object itself. The above code could be
# rewritten as:
#
# pdf.table(data) do
# rows(1..3).width = 72
# end
#
class Table
module Interface
# @group Experimental API
# Set up and draw a table on this document. A block can be given, which will
# be run after cell setup but before layout and drawing.
#
# See the documentation on Prawn::Table for details on the arguments.
#
def table(data, options={}, &block)
t = Table.new(data, self, options, &block)
t.draw
t
end
# Set up, but do not draw, a table. Useful for creating subtables to be
# inserted into another Table. Call +draw+ on the resulting Table to ink it.
#
# See the documentation on Prawn::Table for details on the arguments.
#
def make_table(data, options={}, &block)
Table.new(data, self, options, &block)
end
end
# Set up a table on the given document. Arguments:
#
# +data+::
# A two-dimensional array of cell-like objects. See the "Data" section
# above for the types of objects that can be put in a table.
# +document+::
# The Prawn::Document instance on which to draw the table.
# +options+::
# A hash of attributes and values for the table. See the "Options" block
# above for details on available options.
#
def initialize(data, document, options={}, &block)
@pdf = document
@cells = make_cells(data)
@header = false
options.each { |k, v| send("#{k}=", v) }
if block
block.arity < 1 ? instance_eval(&block) : block[self]
end
set_column_widths
set_row_heights
position_cells
end
# Number of rows in the table.
#
attr_reader :row_length
# Number of columns in the table.
#
attr_reader :column_length
# Manually set the width of the table.
#
attr_writer :width
# Position (:left, :right, :center, or a number indicating distance in
# points from the left edge) of the table within its parent bounds.
#
attr_writer :position
# Returns a Prawn::Table::Cells object representing all of the cells in
# this table.
#
attr_reader :cells
# Specify a callback to be called before each page of cells is rendered.
# The block is passed a Cells object containing all cells to be rendered on
# that page. You can change styling of the cells in this block, but keep in
# mind that the cells have already been positioned and sized.
#
def before_rendering_page(&block)
@before_rendering_page = block
end
# Returns the width of the table in PDF points.
#
def width
@width ||= [natural_width, @pdf.bounds.width].min
end
# Sets column widths for the table. The argument can be one of the following
# types:
#
# +Array+::
# [w0, w1, w2, ...] (specify a width for each column)
# +Hash+::
# {0 => w0, 1 => w1, ...} (keys are column names, values are
# widths)
# +Numeric+::
# +72+ (sets width for all columns)
#
def column_widths=(widths)
case widths
when Array
widths.each_with_index { |w, i| column(i).width = w }
when Hash
widths.each { |i, w| column(i).width = w }
when Numeric
cells.width = widths
else
raise ArgumentError, "cannot interpret column widths"
end
end
# Returns the height of the table in PDF points.
#
def height
cells.height
end
# If +true+, designates the first row as a header row to be repeated on
# every page. If an integer, designates the number of rows to be treated
# as a header Does not change row numbering -- row numbers always index
# into the data array provided, with no modification.
#
attr_writer :header
# Accepts an Array of alternating row colors to stripe the table.
#
attr_writer :row_colors
# Sets styles for all cells.
#
# pdf.table(data, :cell_style => { :borders => [:left, :right] })
#
def cell_style=(style_hash)
cells.style(style_hash)
end
# Allows generic stylable content. This is an alternate syntax that some
# prefer to the attribute-based syntax. This code using style:
#
# pdf.table(data) do
# style(row(0), :background_color => 'ff00ff')
# style(column(0)) { |c| c.border_width += 1 }
# end
#
# is equivalent to:
#
# pdf.table(data) do
# row(0).style :background_color => 'ff00ff'
# column(0).style { |c| c.border_width += 1 }
# end
#
def style(stylable, style_hash={}, &block)
stylable.style(style_hash, &block)
end
# Draws the table onto the document at the document's current y-position.
#
def draw
with_position do
# Reference bounds are the non-stretchy bounds used to decide when to
# flow to a new column / page.
ref_bounds = @pdf.reference_bounds
# Determine whether we're at the top of the current bounds (margin box or
# bounding box). If we're at the top, we couldn't gain any more room by
# breaking to the next page -- this means, in particular, that if the
# first row is taller than the margin box, we will only move to the next
# page if we're below the top. Some floating-point tolerance is added to
# the calculation.
#
# Note that we use the actual bounds, not the reference bounds. This is
# because even if we are in a stretchy bounding box, flowing to the next
# page will not buy us any space if we are at the top.
#
# initial_row_on_initial_page may return 0 (already at the top OR created
# a new page) or -1 (enough space)
started_new_page_at_row = initial_row_on_initial_page
# The cell y-positions are based on an infinitely long canvas. The offset
# keeps track of how much we have to add to the original, theoretical
# y-position to get to the actual position on the current page.
offset = @pdf.y
# Duplicate each cell of the header row into @header_row so it can be
# modified in before_rendering_page callbacks.
@header_row = header_rows if @header
# Track cells to be drawn on this page. They will all be drawn when this
# page is finished.
cells_this_page = []
@cells.each do |cell|
if start_new_page?(cell, offset, ref_bounds)
# draw cells on the current page and then start a new one
# this will also add a header to the new page if a header is set
# reset array of cells for the new page
cells_this_page, offset = ink_and_draw_cells_and_start_new_page(cells_this_page, cell)
# remember the current row for background coloring
started_new_page_at_row = cell.row
end
# Set background color, if any.
cell = set_background_color(cell, started_new_page_at_row)
# add the current cell to the cells array for the current page
cells_this_page << [cell, [cell.relative_x, cell.relative_y(offset)]]
end
# Draw the last page of cells
ink_and_draw_cells(cells_this_page)
@pdf.move_cursor_to(@cells.last.relative_y(offset) - @cells.last.height)
end
end
# Calculate and return the constrained column widths, taking into account
# each cell's min_width, max_width, and any user-specified constraints on
# the table or column size.
#
# Because the natural widths can be silly, this does not always work so well
# at guessing a good size for columns that have vastly different content. If
# you see weird problems like CannotFit errors or shockingly bad column
# sizes, you should specify more column widths manually.
#
def column_widths
@column_widths ||= begin
if width - cells.min_width < -Prawn::FLOAT_PRECISION
raise Errors::CannotFit,
"Table's width was set too small to contain its contents " +
"(min width #{cells.min_width}, requested #{width})"
end
if width - cells.max_width > Prawn::FLOAT_PRECISION
raise Errors::CannotFit,
"Table's width was set larger than its contents' maximum width " +
"(max width #{cells.max_width}, requested #{width})"
end
if width - natural_width < -Prawn::FLOAT_PRECISION
# Shrink the table to fit the requested width.
f = (width - cells.min_width).to_f / (natural_width - cells.min_width)
(0...column_length).map do |c|
min, nat = column(c).min_width, natural_column_widths[c]
(f * (nat - min)) + min
end
elsif width - natural_width > Prawn::FLOAT_PRECISION
# Expand the table to fit the requested width.
f = (width - cells.width).to_f / (cells.max_width - cells.width)
(0...column_length).map do |c|
nat, max = natural_column_widths[c], column(c).max_width
(f * (max - nat)) + nat
end
else
natural_column_widths
end
end
end
# Returns an array with the height of each row.
#
def row_heights
@natural_row_heights ||=
begin
heights_by_row = Hash.new(0)
cells.each do |cell|
next if cell.is_a?(Cell::SpanDummy)
# Split the height of row-spanned cells evenly by rows
height_per_row = cell.height.to_f / cell.rowspan
cell.rowspan.times do |i|
heights_by_row[cell.row + i] =
[heights_by_row[cell.row + i], height_per_row].max
end
end
heights_by_row.sort_by { |row, _| row }.map { |_, h| h }
end
end
protected
# sets the background color (if necessary) for the given cell
def set_background_color(cell, started_new_page_at_row)
if defined?(@row_colors) && @row_colors && (!@header || cell.row > 0)
# Ensure coloring restarts on every page (to make sure the header
# and first row of a page are not colored the same way).
rows = number_of_header_rows
index = cell.row - [started_new_page_at_row, rows].max
cell.background_color ||= @row_colors[index % @row_colors.length]
end
cell
end
# number of rows of the header
# @return [Integer] the number of rows of the header
def number_of_header_rows
# header may be set to any integer value -> number of rows
if @header.is_a? Integer
return @header
# header may be set to true -> first row is repeated
elsif @header
return 1
end
# defaults to 0 header rows
0
end
# should we start a new page? (does the current row fail to fit on this page)
def start_new_page?(cell, offset, ref_bounds)
# we only need to run this test on the first cell in a row
# check if the rows height fails to fit on the page
# check if the row is not the first on that page (wouldn't make sense to go to next page in this case)
(cell.column == 0 && cell.row > 0 &&
!row(cell.row).fits_on_current_page?(offset, ref_bounds))
end
# ink cells and then draw them
def ink_and_draw_cells(cells_this_page, draw_cells = true)
ink_cells(cells_this_page)
Cell.draw_cells(cells_this_page) if draw_cells
end
# ink and draw cells, then start a new page
def ink_and_draw_cells_and_start_new_page(cells_this_page, cell)
# don't draw only a header
draw_cells = (@header_row.nil? || cells_this_page.size > @header_row.size)
ink_and_draw_cells(cells_this_page, draw_cells)
# start a new page or column
@pdf.bounds.move_past_bottom
offset = (@pdf.y - cell.y)
cells_next_page = []
header_height = add_header(cell.row, cells_next_page)
# account for header height in newly generated offset
offset -= header_height
# reset cells_this_page in calling function and return new offset
return cells_next_page, offset
end
# Ink all cells on the current page
def ink_cells(cells_this_page)
if defined?(@before_rendering_page) && @before_rendering_page
c = Cells.new(cells_this_page.map { |ci, _| ci })
@before_rendering_page.call(c)
end
end
# Determine whether we're at the top of the current bounds (margin box or
# bounding box). If we're at the top, we couldn't gain any more room by
# breaking to the next page -- this means, in particular, that if the
# first row is taller than the margin box, we will only move to the next
# page if we're below the top. Some floating-point tolerance is added to
# the calculation.
#
# Note that we use the actual bounds, not the reference bounds. This is
# because even if we are in a stretchy bounding box, flowing to the next
# page will not buy us any space if we are at the top.
# @return [Integer] 0 (already at the top OR created a new page) or -1 (enough space)
def initial_row_on_initial_page
# we're at the top of our bounds
return 0 if fits_on_page?(@pdf.bounds.height)
needed_height = row(0..number_of_header_rows).height
# have we got enough room to fit the first row (including header row(s))
use_reference_bounds = true
return -1 if fits_on_page?(needed_height, use_reference_bounds)
# If there isn't enough room left on the page to fit the first data row
# (including the header), start the table on the next page.
@pdf.bounds.move_past_bottom
# we are at the top of a new page
0
end
# do we have enough room to fit a given height on to the current page?
def fits_on_page?(needed_height, use_reference_bounds = false)
if use_reference_bounds
bounds = @pdf.reference_bounds
else
bounds = @pdf.bounds
end
needed_height < @pdf.y - (bounds.absolute_bottom - Prawn::FLOAT_PRECISION)
end
# return the header rows
# @api private
def header_rows
header_rows = Cells.new
number_of_header_rows.times do |r|
row(r).each { |cell| header_rows[cell.row, cell.column] = cell.dup }
end
header_rows
end
# Converts the array of cellable objects given into instances of
# Prawn::Table::Cell, and sets up their in-table properties so that they
# know their own position in the table.
#
def make_cells(data)
assert_proper_table_data(data)
cells = Cells.new
row_number = 0
data.each do |row_cells|
column_number = 0
row_cells.each do |cell_data|
# If we landed on a spanned cell (from a rowspan above), continue
# until we find an empty spot.
column_number += 1 until cells[row_number, column_number].nil?
# Build the cell and store it in the Cells collection.
cell = Cell.make(@pdf, cell_data)
cells[row_number, column_number] = cell
# Add dummy cells for the rest of the cells in the span group. This
# allows Prawn to keep track of the horizontal and vertical space
# occupied in each column and row spanned by this cell, while still
# leaving the master (top left) cell in the group responsible for
# drawing. Dummy cells do not put ink on the page.
cell.rowspan.times do |i|
cell.colspan.times do |j|
next if i == 0 && j == 0
# It is an error to specify spans that overlap; catch this here
if cells[row_number + i, column_number + j]
raise Prawn::Errors::InvalidTableSpan,
"Spans overlap at row #{row_number + i}, " +
"column #{column_number + j}."
end
dummy = Cell::SpanDummy.new(@pdf, cell)
cells[row_number + i, column_number + j] = dummy
cell.dummy_cells << dummy
end
end
column_number += cell.colspan
end
row_number += 1
end
# Calculate the number of rows and columns in the table, taking into
# account that some cells may span past the end of the physical cells we
# have.
@row_length = cells.map do |cell|
cell.row + cell.rowspan
end.max
@column_length = cells.map do |cell|
cell.column + cell.colspan
end.max
cells
end
def add_header(row_number, cells_this_page)
x_offset = @pdf.bounds.left_side - @pdf.bounds.absolute_left
header_height = 0
if row_number > 0 && @header
y_coord = @pdf.cursor
number_of_header_rows.times do |h|
additional_header_height = add_one_header_row(cells_this_page, x_offset, y_coord-header_height, row_number-1, h)
header_height += additional_header_height
end
end
header_height
end
# Add the header row(s) to the given array of cells at the given y-position.
# Number the row with the given +row+ index, so that the header appears (in
# any Cells built for this page) immediately prior to the first data row on
# this page.
#
# Return the height of the header.
#
def add_one_header_row(page_of_cells, x_offset, y, row, row_of_header=nil)
rows_to_operate_on = @header_row
rows_to_operate_on = @header_row.rows(row_of_header) if row_of_header
rows_to_operate_on.each do |cell|
cell.row = row
cell.dummy_cells.each {|c|
if cell.rowspan > 1
# be sure to account for cells that span multiple rows
# in this case you need multiple row numbers
c.row += row
else
c.row = row
end
}
page_of_cells << [cell, [cell.x + x_offset, y]]
end
rows_to_operate_on.height
end
# Raises an error if the data provided cannot be converted into a valid
# table.
#
def assert_proper_table_data(data)
if data.nil? || data.empty?
raise Prawn::Errors::EmptyTable,
"data must be a non-empty, non-nil, two dimensional array " +
"of cell-convertible objects"
end
unless data.all? { |e| Array === e }
raise Prawn::Errors::InvalidTableData,
"data must be a two dimensional array of cellable objects"
end
end
# Returns an array of each column's natural (unconstrained) width.
#
def natural_column_widths
@natural_column_widths ||= ColumnWidthCalculator.new(cells).natural_widths
end
# Returns the "natural" (unconstrained) width of the table. This may be
# extremely silly; for example, the unconstrained width of a paragraph of
# text is the width it would assume if it were not wrapped at all. Could be
# a mile long.
#
def natural_width
@natural_width ||= natural_column_widths.inject(0, &:+)
end
# Assigns the calculated column widths to each cell. This ensures that each
# cell in a column is the same width. After this method is called,
# subsequent calls to column_widths and width should return the finalized
# values that will be used to ink the table.
#
def set_column_widths
column_widths.each_with_index do |w, col_num|
column(col_num).width = w
end
end
# Assigns the row heights to each cell. This ensures that every cell in a
# row is the same height.
#
def set_row_heights
row_heights.each_with_index { |h, row_num| row(row_num).height = h }
end
# Set each cell's position based on the widths and heights of cells
# preceding it.
#
def position_cells
# Calculate x- and y-positions as running sums of widths / heights.
x_positions = column_widths.inject([0]) { |ary, x|
ary << (ary.last + x); ary }[0..-2]
x_positions.each_with_index { |x, i| column(i).x = x }
# y-positions assume an infinitely long canvas starting at zero -- this
# is corrected for in Table#draw, and page breaks are properly inserted.
y_positions = row_heights.inject([0]) { |ary, y|
ary << (ary.last - y); ary}[0..-2]
y_positions.each_with_index { |y, i| row(i).y = y }
end
# Sets up a bounding box to position the table according to the specified
# :position option, and yields.
#
def with_position
x = case defined?(@position) && @position || :left
when :left then return yield
when :center then (@pdf.bounds.width - width) / 2.0
when :right then @pdf.bounds.width - width
when Numeric then @position
else raise ArgumentError, "unknown position #{@position.inspect}"
end
dy = @pdf.bounds.absolute_top - @pdf.y
final_y = nil
@pdf.bounding_box([x, @pdf.bounds.top], :width => width) do
@pdf.move_down dy
yield
final_y = @pdf.y
end
@pdf.y = final_y
end
end
end
Prawn::Document.extensions << Prawn::Table::Interface
prawn-table-0.2.2/lib/prawn/table/ 0000755 0000041 0000041 00000000000 12565012131 016737 5 ustar www-data www-data prawn-table-0.2.2/lib/prawn/table/column_width_calculator.rb 0000644 0000041 0000041 00000016144 12565012131 024177 0 ustar www-data www-data # encoding: utf-8
module Prawn
class Table
# @private
class ColumnWidthCalculator
def initialize(cells)
@cells = cells
@widths_by_column = Hash.new(0)
@rows_with_a_span_dummy = Hash.new(false)
#calculate for each row if it includes a Cell:SpanDummy
@cells.each do |cell|
@rows_with_a_span_dummy[cell.row] = true if cell.is_a?(Cell::SpanDummy)
end
end
# does this row include a Cell:SpanDummy?
#
# @param row - the row that should be checked for Cell:SpanDummy elements
#
def has_a_span_dummy?(row)
@rows_with_a_span_dummy[row]
end
# helper method
# column widths are stored in the values array
# a cell may span cells whose value is only partly given
# this function handles this special case
#
# @param values - The columns widths calculated up until now
# @param cell - The current cell
# @param index - The current column
# @param meth - Meth (min/max); used to calculate values to be filled
#
def fill_values_if_needed(values, cell, index, meth)
#have all spanned indices been filled with a value?
#e.g. values[0], values[1] and values[2] don't return nil given a index of 0 and a colspan of 3
number_of_nil_values = 0
cell.colspan.times do |i|
number_of_nil_values += 1 if values[index+i].nil?
end
#nothing to do? because
#a) all values are filled
return values if number_of_nil_values == 0
#b) no values are filled
return values if number_of_nil_values == cell.colspan
#c) I am not sure why this line is needed FIXXME
#some test cases manage to this line even though there is no dummy cell in the row
#I'm not sure if this is a sign for a further underlying bug.
return values unless has_a_span_dummy?(cell.row)
#fill up the values array
#calculate the new sum
new_sum = cell.send(meth) * cell.colspan
#substract any calculated values
cell.colspan.times do |i|
new_sum -= values[index+i] unless values[index+i].nil?
end
#calculate value for the remaining - not yet filled - cells.
new_value = new_sum.to_f / number_of_nil_values
#fill the not yet filled cells
cell.colspan.times do |i|
values[index+i] = new_value if values[index+i].nil?
end
return values
end
def natural_widths
#calculate natural column width for all rows that do not include a span dummy
@cells.each do |cell|
unless has_a_span_dummy?(cell.row)
@widths_by_column[cell.column] =
[@widths_by_column[cell.column], cell.width.to_f].max
end
end
#integrate natural column widths for all rows that do include a span dummy
@cells.each do |cell|
next unless has_a_span_dummy?(cell.row)
#the width of a SpanDummy cell will be calculated by the "mother" cell
next if cell.is_a?(Cell::SpanDummy)
if cell.colspan == 1
@widths_by_column[cell.column] =
[@widths_by_column[cell.column], cell.width.to_f].max
else
#calculate the current with of all cells that will be spanned by the current cell
current_width_of_spanned_cells =
@widths_by_column.to_a[cell.column..(cell.column + cell.colspan - 1)]
.collect{|key, value| value}.inject(0, :+)
#update the Hash only if the new with is at least equal to the old one
#due to arithmetic errors we need to ignore a small difference in the new and the old sum
#the same had to be done in the column_widht_calculator#natural_width
update_hash = ((cell.width.to_f - current_width_of_spanned_cells) >
Prawn::FLOAT_PRECISION)
if update_hash
# Split the width of colspanned cells evenly by columns
width_per_column = cell.width.to_f / cell.colspan
# Update the Hash
cell.colspan.times do |i|
@widths_by_column[cell.column + i] = width_per_column
end
end
end
end
@widths_by_column.sort_by { |col, _| col }.map { |_, w| w }
end
# get column widths (either min or max depending on meth)
# used in cells.rb
#
# @param row_or_column - you may call this on either rows or columns
# @param meth - min/max
# @param aggregate - functions from cell.rb to be used to aggregate e.g. avg_spanned_min_width
#
def aggregate_cell_values(row_or_column, meth, aggregate)
values = {}
#calculate values for all cells that do not span accross multiple cells
#this ensures that we don't have a problem if the first line includes
#a cell that spans across multiple cells
@cells.each do |cell|
#don't take spanned cells
if cell.colspan == 1 and cell.class != Prawn::Table::Cell::SpanDummy
index = cell.send(row_or_column)
values[index] = [values[index], cell.send(meth)].compact.send(aggregate)
end
end
# if there are only colspanned or rowspanned cells in a table
spanned_width_needs_fixing = true
@cells.each do |cell|
index = cell.send(row_or_column)
if cell.colspan > 1
#special treatment if some but not all spanned indices in the values array have been calculated
#only applies to rows
values = fill_values_if_needed(values, cell, index, meth) if row_or_column == :column
#calculate current (old) return value before we do anything
old_sum = 0
cell.colspan.times { |i|
old_sum += values[index+i] unless values[index+i].nil?
}
#calculate future return value
new_sum = cell.send(meth) * cell.colspan
#due to float rounding errors we need to ignore a small difference in the new
#and the old sum the same had to be done in
#the column_width_calculator#natural_width
spanned_width_needs_fixing = ((new_sum - old_sum) > Prawn::FLOAT_PRECISION)
if spanned_width_needs_fixing
#not entirely sure why we need this line, but with it the tests pass
values[index] = [values[index], cell.send(meth)].compact.send(aggregate)
#overwrite the old values with the new ones, but only if all entries existed
entries_exist = true
cell.colspan.times { |i| entries_exist = false if values[index+i].nil? }
cell.colspan.times { |i|
values[index+i] = cell.send(meth) if entries_exist
}
end
else
if spanned_width_needs_fixing && cell.class == Prawn::Table::Cell::SpanDummy
values[index] = [values[index], cell.send(meth)].compact.send(aggregate)
end
end
end
return values.values.inject(0, &:+)
end
end
end
end
prawn-table-0.2.2/lib/prawn/table/cell/ 0000755 0000041 0000041 00000000000 12565012131 017656 5 ustar www-data www-data prawn-table-0.2.2/lib/prawn/table/cell/text.rb 0000644 0000041 0000041 00000011442 12565012131 021171 0 ustar www-data www-data # encoding: utf-8
# text.rb: Text table cells.
#
# Copyright December 2009, Gregory Brown and Brad Ediger. All Rights Reserved.
#
# This is free software. Please see the LICENSE and COPYING files for details.
module Prawn
class Table
class Cell
# A Cell that contains text. Has some limited options to set font family,
# size, and style.
#
# @private
class Text < Cell
TextOptions = [:inline_format, :kerning, :size, :align, :valign,
:rotate, :rotate_around, :leading, :single_line, :skip_encoding,
:overflow, :min_font_size]
TextOptions.each do |option|
define_method("#{option}=") { |v| @text_options[option] = v }
define_method(option) { @text_options[option] }
end
attr_writer :font, :text_color
def initialize(pdf, point, options={})
@text_options = {}
super
end
# Returns the font that will be used to draw this cell.
#
def font
with_font { @pdf.font }
end
# Sets the style of the font in use. Equivalent to the Text::Box
# +style+ option, but we already have a style method.
#
def font_style=(style)
@text_options[:style] = style
end
# Returns the width of this text with no wrapping. This will be far off
# from the final width if the text is long.
#
def natural_content_width
@natural_content_width ||= [styled_width_of(@content), @pdf.bounds.width].min
end
# Returns the natural height of this block of text, wrapped to the
# preset width.
#
def natural_content_height
with_font do
b = text_box(:width => spanned_content_width + FPTolerance)
b.render(:dry_run => true)
b.height + b.line_gap
end
end
# Draws the text content into its bounding box.
#
def draw_content
with_font do
@pdf.move_down((@pdf.font.line_gap + @pdf.font.descender)/2)
with_text_color do
text_box(:width => spanned_content_width + FPTolerance,
:height => spanned_content_height + FPTolerance,
:at => [0, @pdf.cursor]).render
end
end
end
def set_width_constraints
# Sets a reasonable minimum width. If the cell has any content, make
# sure we have enough width to be at least one character wide. This is
# a bit of a hack, but it should work well enough.
unless defined?(@min_width) && @min_width
min_content_width = [natural_content_width, styled_width_of_single_character].min
@min_width = padding_left + padding_right + min_content_width
super
end
end
protected
def with_font
@pdf.save_font do
options = {}
options[:style] = @text_options[:style] if @text_options[:style]
options[:style] ||= @pdf.font.options[:style] if @pdf.font.options[:style]
@pdf.font(defined?(@font) && @font || @pdf.font.family, options)
yield
end
end
def with_text_color
if defined?(@text_color) && @text_color
begin
old_color = @pdf.fill_color || '000000'
@pdf.fill_color(@text_color)
yield
ensure
@pdf.fill_color(old_color)
end
else
yield
end
end
def text_box(extra_options={})
if p = @text_options[:inline_format]
p = [] unless p.is_a?(Array)
options = @text_options.dup
options.delete(:inline_format)
options.merge!(extra_options)
options[:document] = @pdf
array = @pdf.text_formatter.format(@content, *p)
::Prawn::Text::Formatted::Box.new(array,
options.merge(extra_options).merge(:document => @pdf))
else
::Prawn::Text::Box.new(@content, @text_options.merge(extra_options).
merge(:document => @pdf))
end
end
# Returns the width of +text+ under the given text options.
#
def styled_width_of(text)
@pdf.width_of(text, @text_options)
end
private
# Returns the greatest possible width of any single character
# under the given text options.
# (We use this to determine the minimum width of a table cell)
# (Although we currently determine this by measuring "M", it should really
# use whichever character is widest under the current font)
#
def styled_width_of_single_character
styled_width_of("M")
end
end
end
end
end
prawn-table-0.2.2/lib/prawn/table/cell/subtable.rb 0000644 0000041 0000041 00000002431 12565012131 022004 0 ustar www-data www-data # encoding: utf-8
# subtable.rb: Yo dawg.
#
# Copyright January 2010, Brad Ediger. All Rights Reserved.
#
# This is free software. Please see the LICENSE and COPYING files for details.
module Prawn
class Table
class Cell
# A Cell that contains another table.
#
# @private
class Subtable < Cell
attr_reader :subtable
def initialize(pdf, point, options={})
super
@subtable = options[:content]
# Subtable padding defaults to zero
@padding = [0, 0, 0, 0]
end
# Sets the text color of the entire subtable.
#
def text_color=(color)
@subtable.cells.text_color = color
end
# Proxied to subtable.
#
def natural_content_width
@subtable.cells.width
end
# Proxied to subtable.
#
def min_width
@subtable.cells.min_width
end
# Proxied to subtable.
#
def max_width
@subtable.cells.max_width
end
# Proxied to subtable.
#
def natural_content_height
@subtable.cells.height
end
# Draws the subtable.
#
def draw_content
@subtable.draw
end
end
end
end
end
prawn-table-0.2.2/lib/prawn/table/cell/span_dummy.rb 0000644 0000041 0000041 00000004325 12565012131 022363 0 ustar www-data www-data # encoding: utf-8
# span_dummy.rb: Placeholder for non-master spanned cells.
#
# Copyright December 2011, Brad Ediger. All Rights Reserved.
#
# This is free software. Please see the LICENSE and COPYING files for details.
module Prawn
class Table
class Cell
# A Cell object used to represent all but the topmost cell in a span
# group.
#
# @private
class SpanDummy < Cell
def initialize(pdf, master_cell)
super(pdf, [0, pdf.cursor])
@master_cell = master_cell
@padding = [0, 0, 0, 0]
end
# By default, a span dummy will never increase the height demand.
#
def natural_content_height
0
end
# By default, a span dummy will never increase the width demand.
#
def natural_content_width
0
end
def avg_spanned_min_width
@master_cell.avg_spanned_min_width
end
# Dummy cells have nothing to draw.
#
def draw_borders(pt)
end
# Dummy cells have nothing to draw.
#
def draw_bounded_content(pt)
end
def padding_right=(val)
@master_cell.padding_right = val if rightmost?
end
def padding_bottom=(val)
@master_cell.padding_bottom = val if bottommost?
end
def border_right_color=(val)
@master_cell.border_right_color = val if rightmost?
end
def border_bottom_color=(val)
@master_cell.border_bottom_color = val if bottommost?
end
def border_right_width=(val)
@master_cell.border_right_width = val if rightmost?
end
def border_bottom_width=(val)
@master_cell.border_bottom_width = val if bottommost?
end
def background_color
@master_cell.background_color
end
private
# Are we on the right border of the span?
#
def rightmost?
@column == @master_cell.column + @master_cell.colspan - 1
end
# Are we on the bottom border of the span?
#
def bottommost?
@row == @master_cell.row + @master_cell.rowspan - 1
end
end
end
end
end
prawn-table-0.2.2/lib/prawn/table/cell/image.rb 0000644 0000041 0000041 00000002603 12565012131 021266 0 ustar www-data www-data # encoding: utf-8
# image.rb: Table image cells.
#
# Copyright September 2010, Brad Ediger. All Rights Reserved.
#
# This is free software. Please see the LICENSE and COPYING files for details.
module Prawn
class Table
class Cell
# @private
class Image < Cell
def initialize(pdf, point, options={})
@image_options = {}
super
@pdf_object, @image_info = @pdf.build_image_object(@file)
@natural_width, @natural_height = @image_info.calc_image_dimensions(
@image_options)
end
def image=(file)
@file = file
end
def scale=(s)
@image_options[:scale] = s
end
def fit=(f)
@image_options[:fit] = f
end
def image_height=(h)
@image_options[:height] = h
end
def image_width=(w)
@image_options[:width] = w
end
def position=(p)
@image_options[:position] = p
end
def vposition=(vp)
@image_options[:vposition] = vp
end
def natural_content_width
@natural_width
end
def natural_content_height
@natural_height
end
# Draw the image on the page.
#
def draw_content
@pdf.embed_image(@pdf_object, @image_info, @image_options)
end
end
end
end
end
prawn-table-0.2.2/lib/prawn/table/cell/in_table.rb 0000644 0000041 0000041 00000001161 12565012131 021757 0 ustar www-data www-data # encoding: utf-8
# Accessors for using a Cell inside a Table.
#
# Contributed by Brad Ediger.
#
# This is free software. Please see the LICENSE and COPYING files for details.
module Prawn
class Table
class Cell
# This module extends Cell objects when they are used in a table (as
# opposed to standalone). Its properties apply to cells-in-tables but not
# cells themselves.
#
# @private
module InTable
# Row number (0-based).
#
attr_accessor :row
# Column number (0-based).
#
attr_accessor :column
end
end
end
end
prawn-table-0.2.2/lib/prawn/table/version.rb 0000644 0000041 0000041 00000000102 12565012131 020742 0 ustar www-data www-data module Prawn
class Table
VERSION = '0.2.2'.freeze
end
end
prawn-table-0.2.2/lib/prawn/table/cells.rb 0000644 0000041 0000041 00000020471 12565012131 020372 0 ustar www-data www-data # encoding: utf-8
# cells.rb: Methods for accessing rows, columns, and cells of a Prawn::Table.
#
# Copyright December 2009, Brad Ediger. All Rights Reserved.
#
# This is free software. Please see the LICENSE and COPYING files for details.
module Prawn
class Table
# Selects the given rows (0-based) for styling. Returns a Cells object --
# see the documentation on Cells for things you can do with cells.
#
def rows(row_spec)
cells.rows(row_spec)
end
alias_method :row, :rows
# Selects the given columns (0-based) for styling. Returns a Cells object
# -- see the documentation on Cells for things you can do with cells.
#
def columns(col_spec)
cells.columns(col_spec)
end
alias_method :column, :columns
# Represents a selection of cells to be styled. Operations on a CellProxy
# can be chained, and cell properties can be set one-for-all on the proxy.
#
# To set vertical borders only:
#
# table.cells.borders = [:left, :right]
#
# To highlight a rectangular area of the table:
#
# table.rows(1..3).columns(2..4).background_color = 'ff0000'
#
class Cells < Array
def fits_on_current_page?(offset, ref_bounds)
# an empty row array means it definitely fits
return true if self.empty?
height_with_span < (self[0,0].y + offset) - ref_bounds.absolute_bottom
end
# @group Experimental API
# Limits selection to the given row or rows. +row_spec+ can be anything
# that responds to the === operator selecting a set of 0-based row
# numbers; most commonly a number or a range.
#
# table.row(0) # selects first row
# table.rows(3..4) # selects rows four and five
#
def rows(row_spec)
index_cells unless defined?(@indexed) && @indexed
row_spec = transform_spec(row_spec, @first_row, @row_count)
Cells.new(@rows[row_spec] ||= select { |c|
row_spec.respond_to?(:include?) ?
row_spec.include?(c.row) : row_spec === c.row })
end
alias_method :row, :rows
# Returns the number of rows in the list.
#
def row_count
index_cells unless defined?(@indexed) && @indexed
@row_count
end
# Limits selection to the given column or columns. +col_spec+ can be
# anything that responds to the === operator selecting a set of 0-based
# column numbers; most commonly a number or a range.
#
# table.column(0) # selects first column
# table.columns(3..4) # selects columns four and five
#
def columns(col_spec)
index_cells unless defined?(@indexed) && @indexed
col_spec = transform_spec(col_spec, @first_column, @column_count)
Cells.new(@columns[col_spec] ||= select { |c|
col_spec.respond_to?(:include?) ?
col_spec.include?(c.column) : col_spec === c.column })
end
alias_method :column, :columns
# Returns the number of columns in the list.
#
def column_count
index_cells unless defined?(@indexed) && @indexed
@column_count
end
# Allows you to filter the given cells by arbitrary properties.
#
# table.column(4).filter { |cell| cell.content =~ /Yes/ }.
# background_color = '00ff00'
#
def filter(&block)
Cells.new(select(&block))
end
# Retrieves a cell based on its 0-based row and column. Returns an
# individual Cell, not a Cells collection.
#
# table.cells[0, 0].content # => "First cell content"
#
def [](row, col)
return nil if empty?
index_cells unless defined?(@indexed) && @indexed
row_array, col_array = @rows[@first_row + row] || [], @columns[@first_column + col] || []
if row_array.length < col_array.length
row_array.find { |c| c.column == @first_column + col }
else
col_array.find { |c| c.row == @first_row + row }
end
end
# Puts a cell in the collection at the given position. Internal use only.
#
def []=(row, col, cell) # :nodoc:
cell.extend(Cell::InTable)
cell.row = row
cell.column = col
if defined?(@indexed) && @indexed
(@rows[row] ||= []) << cell
(@columns[col] ||= []) << cell
@first_row = row if !@first_row || row < @first_row
@first_column = col if !@first_column || col < @first_column
@row_count = @rows.size
@column_count = @columns.size
end
self << cell
end
# Supports setting multiple properties at once.
#
# table.cells.style(:padding => 0, :border_width => 2)
#
# is the same as:
#
# table.cells.padding = 0
# table.cells.border_width = 2
#
# You can also pass a block, which will be called for each cell in turn.
# This allows you to set more complicated properties:
#
# table.cells.style { |cell| cell.border_width += 12 }
#
def style(options={}, &block)
each do |cell|
next if cell.is_a?(Cell::SpanDummy)
cell.style(options, &block)
end
end
# Returns the total width of all columns in the selected set.
#
def width
ColumnWidthCalculator.new(self).natural_widths.inject(0, &:+)
end
# Returns minimum width required to contain cells in the set.
#
def min_width
aggregate_cell_values(:column, :avg_spanned_min_width, :max)
end
# Returns maximum width that can contain cells in the set.
#
def max_width
aggregate_cell_values(:column, :max_width_ignoring_span, :max)
end
# Returns the total height of all rows in the selected set.
#
def height
aggregate_cell_values(:row, :height_ignoring_span, :max)
end
# Returns the total height of all rows in the selected set
# including spanned cells if the cell is the master cell
#
def height_with_span
aggregate_cell_values(:row, :height, :max)
end
# Supports setting arbitrary properties on a group of cells.
#
# table.cells.row(3..6).background_color = 'cc0000'
#
def method_missing(id, *args, &block)
if id.to_s =~ /=\z/
each { |c| c.send(id, *args, &block) if c.respond_to?(id) }
else
super
end
end
protected
# Defers indexing until rows() or columns() is actually called on the
# Cells object. Without this, we would needlessly index the leaf nodes of
# the object graph, the ones that are only there to be iterated over.
#
# Make sure to call this before using @rows or @columns.
#
def index_cells
@rows = {}
@columns = {}
each do |cell|
@rows[cell.row] ||= []
@rows[cell.row] << cell
@columns[cell.column] ||= []
@columns[cell.column] << cell
end
@first_row = @rows.keys.min
@first_column = @columns.keys.min
@row_count = @rows.size
@column_count = @columns.size
@indexed = true
end
# Sum up a min/max value over rows or columns in the cells selected.
# Takes the min/max (per +aggregate+) of the result of sending +meth+ to
# each cell, grouped by +row_or_column+.
#
def aggregate_cell_values(row_or_column, meth, aggregate)
ColumnWidthCalculator.new(self).aggregate_cell_values(row_or_column, meth, aggregate)
end
# Transforms +spec+, a column / row specification, into an object that
# can be compared against a row or column number using ===. Normalizes
# negative indices to be positive, given a total size of +total+. The
# first row/column is indicated by +first+; this value is considered row
# or column 0.
#
def transform_spec(spec, first, total)
case spec
when Range
transform_spec(spec.begin, first, total) ..
transform_spec(spec.end, first, total)
when Integer
spec < 0 ? (first + total + spec) : first + spec
when Enumerable
spec.map { |x| first + x }
else # pass through
raise "Don't understand spec #{spec.inspect}"
end
end
end
end
end
prawn-table-0.2.2/lib/prawn/table/cell.rb 0000644 0000041 0000041 00000056702 12565012131 020215 0 ustar www-data www-data # encoding: utf-8
# cell.rb: Table cell drawing.
#
# Copyright December 2009, Gregory Brown and Brad Ediger. All Rights Reserved.
#
# This is free software. Please see the LICENSE and COPYING files for details.
require 'date'
module Prawn
class Document
# @group Experimental API
# Instantiates and draws a cell on the document.
#
# cell(:content => "Hello world!", :at => [12, 34])
#
# See Prawn::Table::Cell.make for full options.
#
def cell(options={})
cell = Table::Cell.make(self, options.delete(:content), options)
cell.draw
cell
end
# Set up, but do not draw, a cell. Useful for creating cells with
# formatting options to be inserted into a Table. Call +draw+ on the
# resulting Cell to ink it.
#
# See the documentation on Prawn::Cell for details on the arguments.
#
def make_cell(content, options={})
Prawn::Table::Cell.make(self, content, options)
end
end
class Table
# A Cell is a rectangular area of the page into which content is drawn. It
# has a framework for sizing itself and adding padding and simple styling.
# There are several standard Cell subclasses that handle things like text,
# Tables, and (in the future) stamps, images, and arbitrary content.
#
# Cells are a basic building block for table support (see Prawn::Table).
#
# Please subclass me if you want new content types! I'm designed to be very
# extensible. See the different standard Cell subclasses in
# lib/prawn/table/cell/*.rb for a template.
#
class Cell
# Amount of dead space (in PDF points) inside the borders but outside the
# content. Padding defaults to 5pt.
#
attr_reader :padding
# If provided, the minimum width that this cell in its column will permit.
#
def min_width_ignoring_span
set_width_constraints
@min_width
end
# Minimum width of the entire span group this cell controls.
#
def min_width
return min_width_ignoring_span if @colspan == 1
# Sum up the largest min-width from each column, including myself.
min_widths = Hash.new(0)
dummy_cells.each do |cell|
min_widths[cell.column] =
[min_widths[cell.column], cell.min_width].max
end
min_widths[column] = [min_widths[column], min_width_ignoring_span].max
min_widths.values.inject(0, &:+)
end
# Min-width of the span divided by the number of columns.
#
def avg_spanned_min_width
min_width.to_f / colspan
end
# If provided, the maximum width that this cell can be drawn in, within
# its column.
#
def max_width_ignoring_span
set_width_constraints
@max_width
end
# Maximum width of the entire span group this cell controls.
#
def max_width
return max_width_ignoring_span if @colspan == 1
# Sum the smallest max-width from each column in the group, including
# myself.
max_widths = Hash.new(0)
dummy_cells.each do |cell|
max_widths[cell.column] =
[max_widths[cell.column], cell.max_width].min
end
max_widths[column] = [max_widths[column], max_width_ignoring_span].min
max_widths.values.inject(0, &:+)
end
# Manually specify the cell's height.
#
attr_writer :height
# Specifies which borders to enable. Must be an array of zero or more of:
# [:left, :right, :top, :bottom].
#
attr_accessor :borders
# Width, in PDF points, of the cell's borders: [top, right, bottom, left].
#
attr_reader :border_widths
# HTML RGB-format ("ccffff") border colors: [top, right, bottom, left].
#
attr_reader :border_colors
# Line style
#
attr_reader :border_lines
# Specifies the content for the cell. Must be a "cellable" object. See the
# "Data" section of the Prawn::Table documentation for details on cellable
# objects.
#
attr_accessor :content
# The background color, if any, for this cell. Specified in HTML RGB
# format, e.g., "ccffff". The background is drawn under the whole cell,
# including any padding.
#
attr_accessor :background_color
# Number of columns this cell spans. Defaults to 1.
#
attr_reader :colspan
# Number of rows this cell spans. Defaults to 1.
#
attr_reader :rowspan
# Array of SpanDummy cells (if any) that represent the other cells in
# this span group. They know their own width / height, but do not draw
# anything.
#
attr_reader :dummy_cells
# Instantiates a Cell based on the given options. The particular class of
# cell returned depends on the :content argument. See the Prawn::Table
# documentation under "Data" for allowable content types.
#
def self.make(pdf, content, options={})
at = options.delete(:at) || [0, pdf.cursor]
content = content.to_s if content.nil? || content.kind_of?(Numeric) ||
content.kind_of?(Date)
if content.is_a?(Hash)
if content[:image]
return Cell::Image.new(pdf, at, content)
end
options.update(content)
content = options[:content]
else
options[:content] = content
end
options[:content] = content = "" if content.nil?
case content
when Prawn::Table::Cell
content
when String
Cell::Text.new(pdf, at, options)
when Prawn::Table
Cell::Subtable.new(pdf, at, options)
when Array
subtable = Prawn::Table.new(options[:content], pdf, {})
Cell::Subtable.new(pdf, at, options.merge(:content => subtable))
else
raise Errors::UnrecognizedTableContent
end
end
# A small amount added to the bounding box width to cover over floating-
# point errors when round-tripping from content_width to width and back.
# This does not change cell positioning; it only slightly expands each
# cell's bounding box width so that rounding error does not prevent a cell
# from rendering.
#
FPTolerance = 1
# Sets up a cell on the document +pdf+, at the given x/y location +point+,
# with the given +options+. Cell, like Table, follows the "options set
# accessors" paradigm (see "Options" under the Table documentation), so
# any cell accessor cell.foo = :bar can be set by providing the
# option :foo => :bar here.
#
def initialize(pdf, point, options={})
@pdf = pdf
@point = point
# Set defaults; these can be changed by options
@padding = [5, 5, 5, 5]
@borders = [:top, :bottom, :left, :right]
@border_widths = [1] * 4
@border_colors = ['000000'] * 4
@border_lines = [:solid] * 4
@colspan = 1
@rowspan = 1
@dummy_cells = []
options.each { |k, v| send("#{k}=", v) }
@initializer_run = true
end
# Supports setting multiple properties at once.
#
# cell.style(:padding => 0, :border_width => 2)
#
# is the same as:
#
# cell.padding = 0
# cell.border_width = 2
#
def style(options={}, &block)
options.each do |k, v|
send("#{k}=", v) if respond_to?("#{k}=")
end
# The block form supports running a single block for multiple cells, as
# in Cells#style.
block.call(self) if block
end
# Returns the width of the cell in its first column alone, ignoring any
# colspans.
#
def width_ignoring_span
# We can't ||= here because the FP error accumulates on the round-trip
# from #content_width.
defined?(@width) && @width || (content_width + padding_left + padding_right)
end
# Returns the cell's width in points, inclusive of padding. If the cell is
# the master cell of a colspan, returns the width of the entire span
# group.
#
def width
return width_ignoring_span if @colspan == 1 && @rowspan == 1
# We're in a span group; get the maximum width per column (including
# the master cell) and sum each column.
column_widths = Hash.new(0)
dummy_cells.each do |cell|
column_widths[cell.column] =
[column_widths[cell.column], cell.width].max
end
column_widths[column] = [column_widths[column], width_ignoring_span].max
column_widths.values.inject(0, &:+)
end
# Manually sets the cell's width, inclusive of padding.
#
def width=(w)
@width = @min_width = @max_width = w
end
# Returns the width of the bare content in the cell, excluding padding.
#
def content_width
if defined?(@width) && @width # manually set
return @width - padding_left - padding_right
end
natural_content_width
end
# Width of the entire span group.
#
def spanned_content_width
width - padding_left - padding_right
end
# Returns the width this cell would naturally take on, absent other
# constraints. Must be implemented in subclasses.
#
def natural_content_width
raise NotImplementedError,
"subclasses must implement natural_content_width"
end
# Returns the cell's height in points, inclusive of padding, in its first
# row only.
#
def height_ignoring_span
# We can't ||= here because the FP error accumulates on the round-trip
# from #content_height.
defined?(@height) && @height || (content_height + padding_top + padding_bottom)
end
# Returns the cell's height in points, inclusive of padding. If the cell
# is the master cell of a rowspan, returns the width of the entire span
# group.
#
def height
return height_ignoring_span if @colspan == 1 && @rowspan == 1
# We're in a span group; get the maximum height per row (including the
# master cell) and sum each row.
row_heights = Hash.new(0)
dummy_cells.each do |cell|
row_heights[cell.row] = [row_heights[cell.row], cell.height].max
end
row_heights[row] = [row_heights[row], height_ignoring_span].max
row_heights.values.inject(0, &:+)
end
# Returns the height of the bare content in the cell, excluding padding.
#
def content_height
if defined?(@height) && @height # manually set
return @height - padding_top - padding_bottom
end
natural_content_height
end
# Height of the entire span group.
#
def spanned_content_height
height - padding_top - padding_bottom
end
# Returns the height this cell would naturally take on, absent
# constraints. Must be implemented in subclasses.
#
def natural_content_height
raise NotImplementedError,
"subclasses must implement natural_content_height"
end
# Indicates the number of columns that this cell is to span. Defaults to
# 1.
#
# This must be provided as part of the table data, like so:
#
# pdf.table([["foo", {:content => "bar", :colspan => 2}]])
#
# Setting colspan from the initializer block is invalid because layout
# has already run. For example, this will NOT work:
#
# pdf.table([["foo", "bar"]]) { cells[0, 1].colspan = 2 }
#
def colspan=(span)
if defined?(@initializer_run) && @initializer_run
raise Prawn::Errors::InvalidTableSpan,
"colspan must be provided in the table's structure, never in the " +
"initialization block. See Prawn's documentation for details."
end
@colspan = span
end
# Indicates the number of rows that this cell is to span. Defaults to 1.
#
# This must be provided as part of the table data, like so:
#
# pdf.table([["foo", {:content => "bar", :rowspan => 2}], ["baz"]])
#
# Setting rowspan from the initializer block is invalid because layout
# has already run. For example, this will NOT work:
#
# pdf.table([["foo", "bar"], ["baz"]]) { cells[0, 1].rowspan = 2 }
#
def rowspan=(span)
if defined?(@initializer_run) && @initializer_run
raise Prawn::Errors::InvalidTableSpan,
"rowspan must be provided in the table's structure, never in the " +
"initialization block. See Prawn's documentation for details."
end
@rowspan = span
end
# Draws the cell onto the document. Pass in a point [x,y] to override the
# location at which the cell is drawn.
#
# If drawing a group of cells at known positions, look into
# Cell.draw_cells, which ensures that the backgrounds, borders, and
# content are all drawn in correct order so as not to overlap.
#
def draw(pt=[x, y])
Prawn::Table::Cell.draw_cells([[self, pt]])
end
# Given an array of pairs [cell, pt], draws each cell at its
# corresponding pt, making sure all backgrounds are behind all borders
# and content.
#
def self.draw_cells(cells)
cells.each do |cell, pt|
cell.set_width_constraints
cell.draw_background(pt)
end
cells.each do |cell, pt|
cell.draw_borders(pt)
cell.draw_bounded_content(pt)
end
end
# Draws the cell's content at the point provided.
#
def draw_bounded_content(pt)
@pdf.float do
@pdf.bounding_box([pt[0] + padding_left, pt[1] - padding_top],
:width => spanned_content_width + FPTolerance,
:height => spanned_content_height + FPTolerance) do
draw_content
end
end
end
# x-position of the cell within the parent bounds.
#
def x
@point[0]
end
# Set the x-position of the cell within the parent bounds.
#
def x=(val)
@point[0] = val
end
def relative_x
# Translate coordinates to the bounds we are in, since drawing is
# relative to the cursor, not ref_bounds.
x + @pdf.bounds.left_side - @pdf.bounds.absolute_left
end
# y-position of the cell within the parent bounds.
#
def y
@point[1]
end
# Set the y-position of the cell within the parent bounds.
#
def y=(val)
@point[1] = val
end
def relative_y(offset = 0)
y + offset - @pdf.bounds.absolute_bottom
end
# Sets padding on this cell. The argument can be one of:
#
# * an integer (sets all padding)
# * a two-element array [vertical, horizontal]
# * a three-element array [top, horizontal, bottom]
# * a four-element array [top, right, bottom, left]
#
def padding=(pad)
@padding = case
when pad.nil?
[0, 0, 0, 0]
when Numeric === pad # all padding
[pad, pad, pad, pad]
when pad.length == 2 # vert, horiz
[pad[0], pad[1], pad[0], pad[1]]
when pad.length == 3 # top, horiz, bottom
[pad[0], pad[1], pad[2], pad[1]]
when pad.length == 4 # top, right, bottom, left
[pad[0], pad[1], pad[2], pad[3]]
else
raise ArgumentError, ":padding must be a number or an array [v,h] " +
"or [t,r,b,l]"
end
end
def padding_top
@padding[0]
end
def padding_top=(val)
@padding[0] = val
end
def padding_right
@padding[1]
end
def padding_right=(val)
@padding[1] = val
end
def padding_bottom
@padding[2]
end
def padding_bottom=(val)
@padding[2] = val
end
def padding_left
@padding[3]
end
def padding_left=(val)
@padding[3] = val
end
# Sets border colors on this cell. The argument can be one of:
#
# * an integer (sets all colors)
# * a two-element array [vertical, horizontal]
# * a three-element array [top, horizontal, bottom]
# * a four-element array [top, right, bottom, left]
#
def border_color=(color)
@border_colors = case
when color.nil?
["000000"] * 4
when String === color # all colors
[color, color, color, color]
when color.length == 2 # vert, horiz
[color[0], color[1], color[0], color[1]]
when color.length == 3 # top, horiz, bottom
[color[0], color[1], color[2], color[1]]
when color.length == 4 # top, right, bottom, left
[color[0], color[1], color[2], color[3]]
else
raise ArgumentError, ":border_color must be a string " +
"or an array [v,h] or [t,r,b,l]"
end
end
alias_method :border_colors=, :border_color=
def border_top_color
@border_colors[0]
end
def border_top_color=(val)
@border_colors[0] = val
end
def border_right_color
@border_colors[1]
end
def border_right_color=(val)
@border_colors[1] = val
end
def border_bottom_color
@border_colors[2]
end
def border_bottom_color=(val)
@border_colors[2] = val
end
def border_left_color
@border_colors[3]
end
def border_left_color=(val)
@border_colors[3] = val
end
# Sets border widths on this cell. The argument can be one of:
#
# * an integer (sets all widths)
# * a two-element array [vertical, horizontal]
# * a three-element array [top, horizontal, bottom]
# * a four-element array [top, right, bottom, left]
#
def border_width=(width)
@border_widths = case
when width.nil?
["000000"] * 4
when Numeric === width # all widths
[width, width, width, width]
when width.length == 2 # vert, horiz
[width[0], width[1], width[0], width[1]]
when width.length == 3 # top, horiz, bottom
[width[0], width[1], width[2], width[1]]
when width.length == 4 # top, right, bottom, left
[width[0], width[1], width[2], width[3]]
else
raise ArgumentError, ":border_width must be a string " +
"or an array [v,h] or [t,r,b,l]"
end
end
alias_method :border_widths=, :border_width=
def border_top_width
@borders.include?(:top) ? @border_widths[0] : 0
end
def border_top_width=(val)
@border_widths[0] = val
end
def border_right_width
@borders.include?(:right) ? @border_widths[1] : 0
end
def border_right_width=(val)
@border_widths[1] = val
end
def border_bottom_width
@borders.include?(:bottom) ? @border_widths[2] : 0
end
def border_bottom_width=(val)
@border_widths[2] = val
end
def border_left_width
@borders.include?(:left) ? @border_widths[3] : 0
end
def border_left_width=(val)
@border_widths[3] = val
end
# Sets the cell's minimum and maximum width. Deferred until requested
# because padding and size can change.
#
def set_width_constraints
@min_width ||= padding_left + padding_right
@max_width ||= @pdf.bounds.width
end
# Sets border line style on this cell. The argument can be one of:
#
# Possible values are: :solid, :dashed, :dotted
#
# * one value (sets all lines)
# * a two-element array [vertical, horizontal]
# * a three-element array [top, horizontal, bottom]
# * a four-element array [top, right, bottom, left]
#
def border_line=(line)
@border_lines = case
when line.nil?
[:solid] * 4
when line.length == 1 # all lines
[line[0]] * 4
when line.length == 2
[line[0], line[1], line[0], line[1]]
when line.length == 3
[line[0], line[1], line[2], line[1]]
when line.length == 4
[line[0], line[1], line[2], line[3]]
else
raise ArgumentError, "border_line must be one of :solid, :dashed, "
":dotted or an array [v,h] or [t,r,b,l]"
end
end
alias_method :border_lines=, :border_line=
def border_top_line
@borders.include?(:top) ? @border_lines[0] : 0
end
def border_top_line=(val)
@border_lines[0] = val
end
def border_right_line
@borders.include?(:right) ? @border_lines[1] : 0
end
def border_right_line=(val)
@border_lines[1] = val
end
def border_bottom_line
@borders.include?(:bottom) ? @border_lines[2] : 0
end
def border_bottom_line=(val)
@border_lines[2] = val
end
def border_left_line
@borders.include?(:left) ? @border_lines[3] : 0
end
def border_left_line=(val)
@border_lines[3] = val
end
# Draws the cell's background color.
#
def draw_background(pt)
return unless background_color
@pdf.mask(:fill_color) do
@pdf.fill_color background_color
@pdf.fill_rectangle pt, width, height
end
end
# Draws borders around the cell. Borders are centered on the bounds of
# the cell outside of any padding, so the caller is responsible for
# setting appropriate padding to ensure the border does not overlap with
# cell content.
#
def draw_borders(pt)
x, y = pt
@pdf.mask(:line_width, :stroke_color) do
@borders.each do |border|
idx = {:top => 0, :right => 1, :bottom => 2, :left => 3}[border]
border_color = @border_colors[idx]
border_width = @border_widths[idx]
border_line = @border_lines[idx]
next if border_width <= 0
# Left and right borders are drawn one-half border beyond the center
# of the corner, so that the corners end up square.
from, to = case border
when :top
[[x, y], [x+width, y]]
when :bottom
[[x, y-height], [x+width, y-height]]
when :left
[[x, y + (border_top_width / 2.0)],
[x, y - height - (border_bottom_width / 2.0)]]
when :right
[[x+width, y + (border_top_width / 2.0)],
[x+width, y - height - (border_bottom_width / 2.0)]]
end
case border_line
when :dashed
@pdf.dash border_width * 4
when :dotted
@pdf.dash border_width, :space => border_width * 2
when :solid
# normal line style
else
raise ArgumentError, "border_line must be :solid, :dotted or" +
" :dashed"
end
@pdf.line_width = border_width
@pdf.stroke_color = border_color
@pdf.stroke_line(from, to)
@pdf.undash
end
end
end
# Draws cell content within the cell's bounding box. Must be implemented
# in subclasses.
#
def draw_content
raise NotImplementedError, "subclasses must implement draw_content"
end
end
end
end
prawn-table-0.2.2/metadata.yml 0000644 0000041 0000041 00000013217 12565012131 016262 0 ustar www-data www-data --- !ruby/object:Gem::Specification
name: prawn-table
version: !ruby/object:Gem::Version
version: 0.2.2
platform: ruby
authors:
- Gregory Brown
- Brad Ediger
- Daniel Nelson
- Jonathan Greenberg
- James Healy
- Hartwig Brandl
autorequire:
bindir: bin
cert_chain: []
date: 2015-07-16 00:00:00.000000000 Z
dependencies:
- !ruby/object:Gem::Dependency
name: prawn
requirement: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: 1.3.0
- - "<"
- !ruby/object:Gem::Version
version: 3.0.0
type: :runtime
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: 1.3.0
- - "<"
- !ruby/object:Gem::Version
version: 3.0.0
- !ruby/object:Gem::Dependency
name: pdf-inspector
requirement: !ruby/object:Gem::Requirement
requirements:
- - "~>"
- !ruby/object:Gem::Version
version: 1.1.0
type: :development
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - "~>"
- !ruby/object:Gem::Version
version: 1.1.0
- !ruby/object:Gem::Dependency
name: yard
requirement: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: '0'
type: :development
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: '0'
- !ruby/object:Gem::Dependency
name: rspec
requirement: !ruby/object:Gem::Requirement
requirements:
- - '='
- !ruby/object:Gem::Version
version: 2.14.1
type: :development
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - '='
- !ruby/object:Gem::Version
version: 2.14.1
- !ruby/object:Gem::Dependency
name: mocha
requirement: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: '0'
type: :development
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: '0'
- !ruby/object:Gem::Dependency
name: rake
requirement: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: '0'
type: :development
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: '0'
- !ruby/object:Gem::Dependency
name: simplecov
requirement: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: '0'
type: :development
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: '0'
- !ruby/object:Gem::Dependency
name: prawn-manual_builder
requirement: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: 0.2.0
type: :development
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: 0.2.0
- !ruby/object:Gem::Dependency
name: pdf-reader
requirement: !ruby/object:Gem::Requirement
requirements:
- - "~>"
- !ruby/object:Gem::Version
version: '1.2'
type: :development
prerelease: false
version_requirements: !ruby/object:Gem::Requirement
requirements:
- - "~>"
- !ruby/object:Gem::Version
version: '1.2'
description: |2
Prawn::Table provides tables for the Prawn PDF toolkit
email:
- gregory.t.brown@gmail.com
- brad@bradediger.com
- dnelson@bluejade.com
- greenberg@entryway.net
- jimmy@deefa.com
- mail@hartwigbrandl.at
executables: []
extensions: []
extra_rdoc_files: []
files:
- COPYING
- GPLv2
- GPLv3
- Gemfile
- LICENSE
- lib/prawn/table.rb
- lib/prawn/table/cell.rb
- lib/prawn/table/cell/image.rb
- lib/prawn/table/cell/in_table.rb
- lib/prawn/table/cell/span_dummy.rb
- lib/prawn/table/cell/subtable.rb
- lib/prawn/table/cell/text.rb
- lib/prawn/table/cells.rb
- lib/prawn/table/column_width_calculator.rb
- lib/prawn/table/version.rb
- manual/contents.rb
- manual/example_helper.rb
- manual/table/basic_block.rb
- manual/table/before_rendering_page.rb
- manual/table/cell_border_lines.rb
- manual/table/cell_borders_and_bg.rb
- manual/table/cell_dimensions.rb
- manual/table/cell_text.rb
- manual/table/column_widths.rb
- manual/table/content_and_subtables.rb
- manual/table/creation.rb
- manual/table/filtering.rb
- manual/table/flow_and_header.rb
- manual/table/image_cells.rb
- manual/table/position.rb
- manual/table/row_colors.rb
- manual/table/span.rb
- manual/table/style.rb
- manual/table/table.rb
- manual/table/width.rb
- prawn-table.gemspec
- spec/cell_spec.rb
- spec/extensions/encoding_helpers.rb
- spec/extensions/mocha.rb
- spec/spec_helper.rb
- spec/table/span_dummy_spec.rb
- spec/table_spec.rb
homepage: https://github.com/prawnpdf/prawn-table
licenses:
- RUBY
- GPL-2
- GPL-3
metadata: {}
post_install_message:
rdoc_options: []
require_paths:
- lib
required_ruby_version: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: 1.9.3
required_rubygems_version: !ruby/object:Gem::Requirement
requirements:
- - ">="
- !ruby/object:Gem::Version
version: 1.3.6
requirements: []
rubyforge_project: prawn
rubygems_version: 2.4.5
signing_key:
specification_version: 4
summary: Provides tables for PrawnPDF
test_files:
- spec/cell_spec.rb
- spec/table_spec.rb
has_rdoc:
prawn-table-0.2.2/GPLv3 0000644 0000041 0000041 00000104513 12565012131 014575 0 ustar www-data www-data GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc.
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
Preamble
The GNU General Public License is a free, copyleft license for
software and other kinds of works.
The licenses for most software and other practical works are designed
to take away your freedom to share and change the works. By contrast,
the GNU General Public License is intended to guarantee your freedom to
share and change all versions of a program--to make sure it remains free
software for all its users. We, the Free Software Foundation, use the
GNU General Public License for most of our software; it applies also to
any other work released this way by its authors. You can apply it to
your programs, too.
When we speak of free software, we are referring to freedom, not
price. Our General Public Licenses are designed to make sure that you
have the freedom to distribute copies of free software (and charge for
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To protect your rights, we need to prevent others from denying you
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For example, if you distribute copies of such a program, whether
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Developers that use the GNU GPL protect your rights with two steps:
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12. No Surrender of Others' Freedom.
If conditions are imposed on you (whether by court order, agreement or
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to collect a royalty for further conveying from those to whom you convey
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License would be to refrain entirely from conveying the Program.
13. Use with the GNU Affero General Public License.
Notwithstanding any other provision of this License, you have
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15. Disclaimer of Warranty.
THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
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If the disclaimer of warranty and limitation of liability provided
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END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
Copyright (C)
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see .
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
notice like this when it starts in an interactive mode:
Copyright (C)
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
.
prawn-table-0.2.2/LICENSE 0000644 0000041 0000041 00000004564 12565012131 014771 0 ustar www-data www-data Prawn is copyrighted free software produced by Gregory Brown along with
community contributions. See git log for authorship information.
Licensing terms follow:
You can redistribute Prawn and/or modify it under either the terms of the GPLv2
or GPLv3 (see GPLv2 and GPLv3 files), or the conditions below:
1. You may make and give away verbatim copies of the source form of the
software without restriction, provided that you duplicate all of the
original copyright notices and associated disclaimers.
2. You may modify your copy of the software in any way, provided that
you do at least ONE of the following:
a) place your modifications in the Public Domain or otherwise
make them Freely Available, such as by posting said
modifications to Usenet or an equivalent medium, or by allowing
the author to include your modifications in the software.
b) use the modified software only within your corporation or
organization.
c) rename any non-standard executables so the names do not conflict
with standard executables, which must also be provided.
d) make other distribution arrangements with the author.
3. You may distribute the software in object code or executable
form, provided that you do at least ONE of the following:
a) distribute the executables and library files of the software,
together with instructions (in the manual page or equivalent)
on where to get the original distribution.
b) accompany the distribution with the machine-readable source of
the software.
c) give non-standard executables non-standard names, with
instructions on where to get the original software distribution.
d) make other distribution arrangements with the author.
4. You may modify and include the part of the software into any other
software (possibly commercial).
5. The scripts and library files supplied as input to or produced as
output from the software do not automatically fall under the
copyright of the software, but belong to whomever generated them,
and may be sold commercially, and may be aggregated with this
software.
6. THIS SOFTWARE IS PROVIDED "AS IS" AND WITHOUT ANY EXPRESS OR
IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
PURPOSE.
prawn-table-0.2.2/COPYING 0000644 0000041 0000041 00000000216 12565012131 015005 0 ustar www-data www-data Prawn may be used under Matz's original licensing terms for Ruby, or GPLv2 or GPLv3.
See LICENSE for Matz's terms, or GPLv2 and GPLv3 files.