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Gitea Actions Demo / Explore-Gitea-Actions (push) Failing after 9s

This commit is contained in:
2026-09-16 13:11:16 -06:00
parent c8ac4fcae5
commit 4cee170d66
17576 changed files with 895740 additions and 2 deletions
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require 'test_helper'
class BlockUnitTest < Minitest::Test
include Liquid
def test_blankspace
template = Liquid::Template.parse(" ")
assert_equal [" "], template.root.nodelist
end
def test_variable_beginning
template = Liquid::Template.parse("{{funk}} ")
assert_equal 2, template.root.nodelist.size
assert_equal Variable, template.root.nodelist[0].class
assert_equal String, template.root.nodelist[1].class
end
def test_variable_end
template = Liquid::Template.parse(" {{funk}}")
assert_equal 2, template.root.nodelist.size
assert_equal String, template.root.nodelist[0].class
assert_equal Variable, template.root.nodelist[1].class
end
def test_variable_middle
template = Liquid::Template.parse(" {{funk}} ")
assert_equal 3, template.root.nodelist.size
assert_equal String, template.root.nodelist[0].class
assert_equal Variable, template.root.nodelist[1].class
assert_equal String, template.root.nodelist[2].class
end
def test_variable_many_embedded_fragments
template = Liquid::Template.parse(" {{funk}} {{so}} {{brother}} ")
assert_equal 7, template.root.nodelist.size
assert_equal [String, Variable, String, Variable, String, Variable, String],
block_types(template.root.nodelist)
end
def test_with_block
template = Liquid::Template.parse(" {% comment %} {% endcomment %} ")
assert_equal [String, Comment, String], block_types(template.root.nodelist)
assert_equal 3, template.root.nodelist.size
end
def test_with_custom_tag
Liquid::Template.register_tag("testtag", Block)
assert Liquid::Template.parse("{% testtag %} {% endtesttag %}")
ensure
Liquid::Template.tags.delete('testtag')
end
private
def block_types(nodelist)
nodelist.collect(&:class)
end
end # VariableTest
@@ -0,0 +1,166 @@
require 'test_helper'
class ConditionUnitTest < Minitest::Test
include Liquid
def setup
@context = Liquid::Context.new
end
def test_basic_condition
assert_equal false, Condition.new(1, '==', 2).evaluate
assert_equal true, Condition.new(1, '==', 1).evaluate
end
def test_default_operators_evalute_true
assert_evaluates_true 1, '==', 1
assert_evaluates_true 1, '!=', 2
assert_evaluates_true 1, '<>', 2
assert_evaluates_true 1, '<', 2
assert_evaluates_true 2, '>', 1
assert_evaluates_true 1, '>=', 1
assert_evaluates_true 2, '>=', 1
assert_evaluates_true 1, '<=', 2
assert_evaluates_true 1, '<=', 1
# negative numbers
assert_evaluates_true 1, '>', -1
assert_evaluates_true -1, '<', 1
assert_evaluates_true 1.0, '>', -1.0
assert_evaluates_true -1.0, '<', 1.0
end
def test_default_operators_evalute_false
assert_evaluates_false 1, '==', 2
assert_evaluates_false 1, '!=', 1
assert_evaluates_false 1, '<>', 1
assert_evaluates_false 1, '<', 0
assert_evaluates_false 2, '>', 4
assert_evaluates_false 1, '>=', 3
assert_evaluates_false 2, '>=', 4
assert_evaluates_false 1, '<=', 0
assert_evaluates_false 1, '<=', 0
end
def test_contains_works_on_strings
assert_evaluates_true 'bob', 'contains', 'o'
assert_evaluates_true 'bob', 'contains', 'b'
assert_evaluates_true 'bob', 'contains', 'bo'
assert_evaluates_true 'bob', 'contains', 'ob'
assert_evaluates_true 'bob', 'contains', 'bob'
assert_evaluates_false 'bob', 'contains', 'bob2'
assert_evaluates_false 'bob', 'contains', 'a'
assert_evaluates_false 'bob', 'contains', '---'
end
def test_invalid_comparation_operator
assert_evaluates_argument_error 1, '~~', 0
end
def test_comparation_of_int_and_str
assert_evaluates_argument_error '1', '>', 0
assert_evaluates_argument_error '1', '<', 0
assert_evaluates_argument_error '1', '>=', 0
assert_evaluates_argument_error '1', '<=', 0
end
def test_hash_compare_backwards_compatibility
assert_nil Condition.new({}, '>', 2).evaluate
assert_nil Condition.new(2, '>', {}).evaluate
assert_equal false, Condition.new({}, '==', 2).evaluate
assert_equal true, Condition.new({ 'a' => 1 }, '==', { 'a' => 1 }).evaluate
assert_equal true, Condition.new({ 'a' => 2 }, 'contains', 'a').evaluate
end
def test_contains_works_on_arrays
@context = Liquid::Context.new
@context['array'] = [1, 2, 3, 4, 5]
array_expr = VariableLookup.new("array")
assert_evaluates_false array_expr, 'contains', 0
assert_evaluates_true array_expr, 'contains', 1
assert_evaluates_true array_expr, 'contains', 2
assert_evaluates_true array_expr, 'contains', 3
assert_evaluates_true array_expr, 'contains', 4
assert_evaluates_true array_expr, 'contains', 5
assert_evaluates_false array_expr, 'contains', 6
assert_evaluates_false array_expr, 'contains', "1"
end
def test_contains_returns_false_for_nil_operands
@context = Liquid::Context.new
assert_evaluates_false VariableLookup.new('not_assigned'), 'contains', '0'
assert_evaluates_false 0, 'contains', VariableLookup.new('not_assigned')
end
def test_contains_return_false_on_wrong_data_type
assert_evaluates_false 1, 'contains', 0
end
def test_contains_with_string_left_operand_coerces_right_operand_to_string
assert_evaluates_true ' 1 ', 'contains', 1
assert_evaluates_false ' 1 ', 'contains', 2
end
def test_or_condition
condition = Condition.new(1, '==', 2)
assert_equal false, condition.evaluate
condition.or Condition.new(2, '==', 1)
assert_equal false, condition.evaluate
condition.or Condition.new(1, '==', 1)
assert_equal true, condition.evaluate
end
def test_and_condition
condition = Condition.new(1, '==', 1)
assert_equal true, condition.evaluate
condition.and Condition.new(2, '==', 2)
assert_equal true, condition.evaluate
condition.and Condition.new(2, '==', 1)
assert_equal false, condition.evaluate
end
def test_should_allow_custom_proc_operator
Condition.operators['starts_with'] = proc { |cond, left, right| left =~ %r{^#{right}} }
assert_evaluates_true 'bob', 'starts_with', 'b'
assert_evaluates_false 'bob', 'starts_with', 'o'
ensure
Condition.operators.delete 'starts_with'
end
def test_left_or_right_may_contain_operators
@context = Liquid::Context.new
@context['one'] = @context['another'] = "gnomeslab-and-or-liquid"
assert_evaluates_true VariableLookup.new("one"), '==', VariableLookup.new("another")
end
private
def assert_evaluates_true(left, op, right)
assert Condition.new(left, op, right).evaluate(@context),
"Evaluated false: #{left} #{op} #{right}"
end
def assert_evaluates_false(left, op, right)
assert !Condition.new(left, op, right).evaluate(@context),
"Evaluated true: #{left} #{op} #{right}"
end
def assert_evaluates_argument_error(left, op, right)
assert_raises(Liquid::ArgumentError) do
Condition.new(left, op, right).evaluate(@context)
end
end
end # ConditionTest
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require 'test_helper'
class HundredCentes
def to_liquid
100
end
end
class CentsDrop < Liquid::Drop
def amount
HundredCentes.new
end
def non_zero?
true
end
end
class ContextSensitiveDrop < Liquid::Drop
def test
@context['test']
end
end
class Category < Liquid::Drop
attr_accessor :name
def initialize(name)
@name = name
end
def to_liquid
CategoryDrop.new(self)
end
end
class CategoryDrop
attr_accessor :category, :context
def initialize(category)
@category = category
end
end
class CounterDrop < Liquid::Drop
def count
@count ||= 0
@count += 1
end
end
class ArrayLike
def fetch(index)
end
def [](index)
@counts ||= []
@counts[index] ||= 0
@counts[index] += 1
end
def to_liquid
self
end
end
class ContextUnitTest < Minitest::Test
include Liquid
def setup
@context = Liquid::Context.new
end
def test_variables
@context['string'] = 'string'
assert_equal 'string', @context['string']
@context['num'] = 5
assert_equal 5, @context['num']
@context['time'] = Time.parse('2006-06-06 12:00:00')
assert_equal Time.parse('2006-06-06 12:00:00'), @context['time']
@context['date'] = Date.today
assert_equal Date.today, @context['date']
now = DateTime.now
@context['datetime'] = now
assert_equal now, @context['datetime']
@context['bool'] = true
assert_equal true, @context['bool']
@context['bool'] = false
assert_equal false, @context['bool']
@context['nil'] = nil
assert_nil @context['nil']
assert_nil @context['nil']
end
def test_variables_not_existing
assert_nil @context['does_not_exist']
end
def test_scoping
@context.push
@context.pop
assert_raises(Liquid::ContextError) do
@context.pop
end
assert_raises(Liquid::ContextError) do
@context.push
@context.pop
@context.pop
end
end
def test_length_query
@context['numbers'] = [1, 2, 3, 4]
assert_equal 4, @context['numbers.size']
@context['numbers'] = { 1 => 1, 2 => 2, 3 => 3, 4 => 4 }
assert_equal 4, @context['numbers.size']
@context['numbers'] = { 1 => 1, 2 => 2, 3 => 3, 4 => 4, 'size' => 1000 }
assert_equal 1000, @context['numbers.size']
end
def test_hyphenated_variable
@context['oh-my'] = 'godz'
assert_equal 'godz', @context['oh-my']
end
def test_add_filter
filter = Module.new do
def hi(output)
output + ' hi!'
end
end
context = Context.new
context.add_filters(filter)
assert_equal 'hi? hi!', context.invoke(:hi, 'hi?')
context = Context.new
assert_equal 'hi?', context.invoke(:hi, 'hi?')
context.add_filters(filter)
assert_equal 'hi? hi!', context.invoke(:hi, 'hi?')
end
def test_only_intended_filters_make_it_there
filter = Module.new do
def hi(output)
output + ' hi!'
end
end
context = Context.new
assert_equal "Wookie", context.invoke("hi", "Wookie")
context.add_filters(filter)
assert_equal "Wookie hi!", context.invoke("hi", "Wookie")
end
def test_add_item_in_outer_scope
@context['test'] = 'test'
@context.push
assert_equal 'test', @context['test']
@context.pop
assert_equal 'test', @context['test']
end
def test_add_item_in_inner_scope
@context.push
@context['test'] = 'test'
assert_equal 'test', @context['test']
@context.pop
assert_nil @context['test']
end
def test_hierachical_data
@context['hash'] = { "name" => 'tobi' }
assert_equal 'tobi', @context['hash.name']
assert_equal 'tobi', @context['hash["name"]']
end
def test_keywords
assert_equal true, @context['true']
assert_equal false, @context['false']
end
def test_digits
assert_equal 100, @context['100']
assert_equal 100.00, @context['100.00']
end
def test_strings
assert_equal "hello!", @context['"hello!"']
assert_equal "hello!", @context["'hello!'"]
end
def test_merge
@context.merge({ "test" => "test" })
assert_equal 'test', @context['test']
@context.merge({ "test" => "newvalue", "foo" => "bar" })
assert_equal 'newvalue', @context['test']
assert_equal 'bar', @context['foo']
end
def test_array_notation
@context['test'] = [1, 2, 3, 4, 5]
assert_equal 1, @context['test[0]']
assert_equal 2, @context['test[1]']
assert_equal 3, @context['test[2]']
assert_equal 4, @context['test[3]']
assert_equal 5, @context['test[4]']
end
def test_recoursive_array_notation
@context['test'] = { 'test' => [1, 2, 3, 4, 5] }
assert_equal 1, @context['test.test[0]']
@context['test'] = [{ 'test' => 'worked' }]
assert_equal 'worked', @context['test[0].test']
end
def test_hash_to_array_transition
@context['colors'] = {
'Blue' => ['003366', '336699', '6699CC', '99CCFF'],
'Green' => ['003300', '336633', '669966', '99CC99'],
'Yellow' => ['CC9900', 'FFCC00', 'FFFF99', 'FFFFCC'],
'Red' => ['660000', '993333', 'CC6666', 'FF9999']
}
assert_equal '003366', @context['colors.Blue[0]']
assert_equal 'FF9999', @context['colors.Red[3]']
end
def test_try_first
@context['test'] = [1, 2, 3, 4, 5]
assert_equal 1, @context['test.first']
assert_equal 5, @context['test.last']
@context['test'] = { 'test' => [1, 2, 3, 4, 5] }
assert_equal 1, @context['test.test.first']
assert_equal 5, @context['test.test.last']
@context['test'] = [1]
assert_equal 1, @context['test.first']
assert_equal 1, @context['test.last']
end
def test_access_hashes_with_hash_notation
@context['products'] = { 'count' => 5, 'tags' => ['deepsnow', 'freestyle'] }
@context['product'] = { 'variants' => [ { 'title' => 'draft151cm' }, { 'title' => 'element151cm' } ] }
assert_equal 5, @context['products["count"]']
assert_equal 'deepsnow', @context['products["tags"][0]']
assert_equal 'deepsnow', @context['products["tags"].first']
assert_equal 'draft151cm', @context['product["variants"][0]["title"]']
assert_equal 'element151cm', @context['product["variants"][1]["title"]']
assert_equal 'draft151cm', @context['product["variants"][0]["title"]']
assert_equal 'element151cm', @context['product["variants"].last["title"]']
end
def test_access_variable_with_hash_notation
@context['foo'] = 'baz'
@context['bar'] = 'foo'
assert_equal 'baz', @context['["foo"]']
assert_equal 'baz', @context['[bar]']
end
def test_access_hashes_with_hash_access_variables
@context['var'] = 'tags'
@context['nested'] = { 'var' => 'tags' }
@context['products'] = { 'count' => 5, 'tags' => ['deepsnow', 'freestyle'] }
assert_equal 'deepsnow', @context['products[var].first']
assert_equal 'freestyle', @context['products[nested.var].last']
end
def test_hash_notation_only_for_hash_access
@context['array'] = [1, 2, 3, 4, 5]
@context['hash'] = { 'first' => 'Hello' }
assert_equal 1, @context['array.first']
assert_nil @context['array["first"]']
assert_equal 'Hello', @context['hash["first"]']
end
def test_first_can_appear_in_middle_of_callchain
@context['product'] = { 'variants' => [ { 'title' => 'draft151cm' }, { 'title' => 'element151cm' } ] }
assert_equal 'draft151cm', @context['product.variants[0].title']
assert_equal 'element151cm', @context['product.variants[1].title']
assert_equal 'draft151cm', @context['product.variants.first.title']
assert_equal 'element151cm', @context['product.variants.last.title']
end
def test_cents
@context.merge("cents" => HundredCentes.new)
assert_equal 100, @context['cents']
end
def test_nested_cents
@context.merge("cents" => { 'amount' => HundredCentes.new })
assert_equal 100, @context['cents.amount']
@context.merge("cents" => { 'cents' => { 'amount' => HundredCentes.new } })
assert_equal 100, @context['cents.cents.amount']
end
def test_cents_through_drop
@context.merge("cents" => CentsDrop.new)
assert_equal 100, @context['cents.amount']
end
def test_nested_cents_through_drop
@context.merge("vars" => { "cents" => CentsDrop.new })
assert_equal 100, @context['vars.cents.amount']
end
def test_drop_methods_with_question_marks
@context.merge("cents" => CentsDrop.new)
assert @context['cents.non_zero?']
end
def test_context_from_within_drop
@context.merge("test" => '123', "vars" => ContextSensitiveDrop.new)
assert_equal '123', @context['vars.test']
end
def test_nested_context_from_within_drop
@context.merge("test" => '123', "vars" => { "local" => ContextSensitiveDrop.new })
assert_equal '123', @context['vars.local.test']
end
def test_ranges
@context.merge("test" => '5')
assert_equal (1..5), @context['(1..5)']
assert_equal (1..5), @context['(1..test)']
assert_equal (5..5), @context['(test..test)']
end
def test_cents_through_drop_nestedly
@context.merge("cents" => { "cents" => CentsDrop.new })
assert_equal 100, @context['cents.cents.amount']
@context.merge("cents" => { "cents" => { "cents" => CentsDrop.new } })
assert_equal 100, @context['cents.cents.cents.amount']
end
def test_drop_with_variable_called_only_once
@context['counter'] = CounterDrop.new
assert_equal 1, @context['counter.count']
assert_equal 2, @context['counter.count']
assert_equal 3, @context['counter.count']
end
def test_drop_with_key_called_only_once
@context['counter'] = CounterDrop.new
assert_equal 1, @context['counter["count"]']
assert_equal 2, @context['counter["count"]']
assert_equal 3, @context['counter["count"]']
end
def test_proc_as_variable
@context['dynamic'] = proc { 'Hello' }
assert_equal 'Hello', @context['dynamic']
end
def test_lambda_as_variable
@context['dynamic'] = proc { 'Hello' }
assert_equal 'Hello', @context['dynamic']
end
def test_nested_lambda_as_variable
@context['dynamic'] = { "lambda" => proc { 'Hello' } }
assert_equal 'Hello', @context['dynamic.lambda']
end
def test_array_containing_lambda_as_variable
@context['dynamic'] = [1, 2, proc { 'Hello' }, 4, 5]
assert_equal 'Hello', @context['dynamic[2]']
end
def test_lambda_is_called_once
@context['callcount'] = proc { @global ||= 0; @global += 1; @global.to_s }
assert_equal '1', @context['callcount']
assert_equal '1', @context['callcount']
assert_equal '1', @context['callcount']
@global = nil
end
def test_nested_lambda_is_called_once
@context['callcount'] = { "lambda" => proc { @global ||= 0; @global += 1; @global.to_s } }
assert_equal '1', @context['callcount.lambda']
assert_equal '1', @context['callcount.lambda']
assert_equal '1', @context['callcount.lambda']
@global = nil
end
def test_lambda_in_array_is_called_once
@context['callcount'] = [1, 2, proc { @global ||= 0; @global += 1; @global.to_s }, 4, 5]
assert_equal '1', @context['callcount[2]']
assert_equal '1', @context['callcount[2]']
assert_equal '1', @context['callcount[2]']
@global = nil
end
def test_access_to_context_from_proc
@context.registers[:magic] = 345392
@context['magic'] = proc { @context.registers[:magic] }
assert_equal 345392, @context['magic']
end
def test_to_liquid_and_context_at_first_level
@context['category'] = Category.new("foobar")
assert_kind_of CategoryDrop, @context['category']
assert_equal @context, @context['category'].context
end
def test_interrupt_avoids_object_allocations
@context.interrupt? # ruby 3.0.0 allocates on the first call
assert_no_object_allocations do
@context.interrupt?
end
end
def test_context_initialization_with_a_proc_in_environment
contx = Context.new([test: ->(c) { c['poutine'] }], { test: :foo })
assert contx
assert_nil contx['poutine']
end
def test_apply_global_filter
global_filter_proc = ->(output) { "#{output} filtered" }
context = Context.new
context.global_filter = global_filter_proc
assert_equal 'hi filtered', context.apply_global_filter('hi')
end
def test_apply_global_filter_when_no_global_filter_exist
context = Context.new
assert_equal 'hi', context.apply_global_filter('hi')
end
private
def assert_no_object_allocations
unless RUBY_ENGINE == 'ruby'
skip "stackprof needed to count object allocations"
end
require 'stackprof'
profile = StackProf.run(mode: :object) do
yield
end
assert_equal 0, profile[:samples]
end
end # ContextTest
@@ -0,0 +1,35 @@
require 'test_helper'
class FileSystemUnitTest < Minitest::Test
include Liquid
def test_default
assert_raises(FileSystemError) do
BlankFileSystem.new.read_template_file("dummy")
end
end
def test_local
file_system = Liquid::LocalFileSystem.new("/some/path")
assert_equal "/some/path/_mypartial.liquid", file_system.full_path("mypartial")
assert_equal "/some/path/dir/_mypartial.liquid", file_system.full_path("dir/mypartial")
assert_raises(FileSystemError) do
file_system.full_path("../dir/mypartial")
end
assert_raises(FileSystemError) do
file_system.full_path("/dir/../../dir/mypartial")
end
assert_raises(FileSystemError) do
file_system.full_path("/etc/passwd")
end
end
def test_custom_template_filename_patterns
file_system = Liquid::LocalFileSystem.new("/some/path", "%s.html")
assert_equal "/some/path/mypartial.html", file_system.full_path("mypartial")
assert_equal "/some/path/dir/mypartial.html", file_system.full_path("dir/mypartial")
end
end # FileSystemTest
@@ -0,0 +1,37 @@
require 'test_helper'
class I18nUnitTest < Minitest::Test
include Liquid
def setup
@i18n = I18n.new(fixture("en_locale.yml"))
end
def test_simple_translate_string
assert_equal "less is more", @i18n.translate("simple")
end
def test_nested_translate_string
assert_equal "something wasn't right", @i18n.translate("errors.syntax.oops")
end
def test_single_string_interpolation
assert_equal "something different", @i18n.translate("whatever", something: "different")
end
# def test_raises_translation_error_on_undefined_interpolation_key
# assert_raises I18n::TranslationError do
# @i18n.translate("whatever", :oopstypos => "yes")
# end
# end
def test_raises_unknown_translation
assert_raises I18n::TranslationError do
@i18n.translate("doesnt_exist")
end
end
def test_sets_default_path_to_en
assert_equal I18n::DEFAULT_LOCALE, I18n.new.path
end
end
@@ -0,0 +1,51 @@
require 'test_helper'
class LexerUnitTest < Minitest::Test
include Liquid
def test_strings
tokens = Lexer.new(%( 'this is a test""' "wat 'lol'")).tokenize
assert_equal [[:string, %('this is a test""')], [:string, %("wat 'lol'")], [:end_of_string]], tokens
end
def test_integer
tokens = Lexer.new('hi 50').tokenize
assert_equal [[:id, 'hi'], [:number, '50'], [:end_of_string]], tokens
end
def test_float
tokens = Lexer.new('hi 5.0').tokenize
assert_equal [[:id, 'hi'], [:number, '5.0'], [:end_of_string]], tokens
end
def test_comparison
tokens = Lexer.new('== <> contains ').tokenize
assert_equal [[:comparison, '=='], [:comparison, '<>'], [:comparison, 'contains'], [:end_of_string]], tokens
end
def test_specials
tokens = Lexer.new('| .:').tokenize
assert_equal [[:pipe, '|'], [:dot, '.'], [:colon, ':'], [:end_of_string]], tokens
tokens = Lexer.new('[,]').tokenize
assert_equal [[:open_square, '['], [:comma, ','], [:close_square, ']'], [:end_of_string]], tokens
end
def test_fancy_identifiers
tokens = Lexer.new('hi five?').tokenize
assert_equal [[:id, 'hi'], [:id, 'five?'], [:end_of_string]], tokens
tokens = Lexer.new('2foo').tokenize
assert_equal [[:number, '2'], [:id, 'foo'], [:end_of_string]], tokens
end
def test_whitespace
tokens = Lexer.new("five|\n\t ==").tokenize
assert_equal [[:id, 'five'], [:pipe, '|'], [:comparison, '=='], [:end_of_string]], tokens
end
def test_unexpected_character
assert_raises(SyntaxError) do
Lexer.new("%").tokenize
end
end
end
@@ -0,0 +1,82 @@
require 'test_helper'
class ParserUnitTest < Minitest::Test
include Liquid
def test_consume
p = Parser.new("wat: 7")
assert_equal 'wat', p.consume(:id)
assert_equal ':', p.consume(:colon)
assert_equal '7', p.consume(:number)
end
def test_jump
p = Parser.new("wat: 7")
p.jump(2)
assert_equal '7', p.consume(:number)
end
def test_consume?
p = Parser.new("wat: 7")
assert_equal 'wat', p.consume?(:id)
assert_equal false, p.consume?(:dot)
assert_equal ':', p.consume(:colon)
assert_equal '7', p.consume?(:number)
end
def test_id?
p = Parser.new("wat 6 Peter Hegemon")
assert_equal 'wat', p.id?('wat')
assert_equal false, p.id?('endgame')
assert_equal '6', p.consume(:number)
assert_equal 'Peter', p.id?('Peter')
assert_equal false, p.id?('Achilles')
end
def test_look
p = Parser.new("wat 6 Peter Hegemon")
assert_equal true, p.look(:id)
assert_equal 'wat', p.consume(:id)
assert_equal false, p.look(:comparison)
assert_equal true, p.look(:number)
assert_equal true, p.look(:id, 1)
assert_equal false, p.look(:number, 1)
end
def test_expressions
p = Parser.new("hi.there hi?[5].there? hi.there.bob")
assert_equal 'hi.there', p.expression
assert_equal 'hi?[5].there?', p.expression
assert_equal 'hi.there.bob', p.expression
p = Parser.new("567 6.0 'lol' \"wut\"")
assert_equal '567', p.expression
assert_equal '6.0', p.expression
assert_equal "'lol'", p.expression
assert_equal '"wut"', p.expression
end
def test_ranges
p = Parser.new("(5..7) (1.5..9.6) (young..old) (hi[5].wat..old)")
assert_equal '(5..7)', p.expression
assert_equal '(1.5..9.6)', p.expression
assert_equal '(young..old)', p.expression
assert_equal '(hi[5].wat..old)', p.expression
end
def test_arguments
p = Parser.new("filter: hi.there[5], keyarg: 7")
assert_equal 'filter', p.consume(:id)
assert_equal ':', p.consume(:colon)
assert_equal 'hi.there[5]', p.argument
assert_equal ',', p.consume(:comma)
assert_equal 'keyarg: 7', p.argument
end
def test_invalid_expression
assert_raises(SyntaxError) do
p = Parser.new("==")
p.expression
end
end
end
@@ -0,0 +1,44 @@
require 'test_helper'
class RegexpUnitTest < Minitest::Test
include Liquid
def test_empty
assert_equal [], ''.scan(QuotedFragment)
end
def test_quote
assert_equal ['"arg 1"'], '"arg 1"'.scan(QuotedFragment)
end
def test_words
assert_equal ['arg1', 'arg2'], 'arg1 arg2'.scan(QuotedFragment)
end
def test_tags
assert_equal ['<tr>', '</tr>'], '<tr> </tr>'.scan(QuotedFragment)
assert_equal ['<tr></tr>'], '<tr></tr>'.scan(QuotedFragment)
assert_equal ['<style', 'class="hello">', '</style>'], %(<style class="hello">' </style>).scan(QuotedFragment)
end
def test_double_quoted_words
assert_equal ['arg1', 'arg2', '"arg 3"'], 'arg1 arg2 "arg 3"'.scan(QuotedFragment)
end
def test_single_quoted_words
assert_equal ['arg1', 'arg2', "'arg 3'"], 'arg1 arg2 \'arg 3\''.scan(QuotedFragment)
end
def test_quoted_words_in_the_middle
assert_equal ['arg1', 'arg2', '"arg 3"', 'arg4'], 'arg1 arg2 "arg 3" arg4 '.scan(QuotedFragment)
end
def test_variable_parser
assert_equal ['var'], 'var'.scan(VariableParser)
assert_equal ['var', 'method'], 'var.method'.scan(VariableParser)
assert_equal ['var', '[method]'], 'var[method]'.scan(VariableParser)
assert_equal ['var', '[method]', '[0]'], 'var[method][0]'.scan(VariableParser)
assert_equal ['var', '["method"]', '[0]'], 'var["method"][0]'.scan(VariableParser)
assert_equal ['var', '[method]', '[0]', 'method'], 'var[method][0].method'.scan(VariableParser)
end
end # RegexpTest
@@ -0,0 +1,164 @@
require 'test_helper'
class StrainerUnitTest < Minitest::Test
include Liquid
module AccessScopeFilters
def public_filter
"public"
end
def private_filter
"private"
end
private :private_filter
end
Strainer.global_filter(AccessScopeFilters)
def test_strainer
strainer = Strainer.create(nil)
assert_equal 5, strainer.invoke('size', 'input')
assert_equal "public", strainer.invoke("public_filter")
end
def test_stainer_raises_argument_error
strainer = Strainer.create(nil)
assert_raises(Liquid::ArgumentError) do
strainer.invoke("public_filter", 1)
end
end
def test_stainer_argument_error_contains_backtrace
strainer = Strainer.create(nil)
begin
strainer.invoke("public_filter", 1)
rescue Liquid::ArgumentError => e
assert_match(
/\ALiquid error: wrong number of arguments \((1 for 0|given 1, expected 0)\)\z/,
e.message)
assert_equal e.backtrace[0].split(':')[0], __FILE__
end
end
def test_strainer_only_invokes_public_filter_methods
strainer = Strainer.create(nil)
assert_equal false, strainer.class.invokable?('__test__')
assert_equal false, strainer.class.invokable?('test')
assert_equal false, strainer.class.invokable?('instance_eval')
assert_equal false, strainer.class.invokable?('__send__')
assert_equal true, strainer.class.invokable?('size') # from the standard lib
end
def test_strainer_returns_nil_if_no_filter_method_found
strainer = Strainer.create(nil)
assert_nil strainer.invoke("private_filter")
assert_nil strainer.invoke("undef_the_filter")
end
def test_strainer_returns_first_argument_if_no_method_and_arguments_given
strainer = Strainer.create(nil)
assert_equal "password", strainer.invoke("undef_the_method", "password")
end
def test_strainer_only_allows_methods_defined_in_filters
strainer = Strainer.create(nil)
assert_equal "1 + 1", strainer.invoke("instance_eval", "1 + 1")
assert_equal "puts", strainer.invoke("__send__", "puts", "Hi Mom")
assert_equal "has_method?", strainer.invoke("invoke", "has_method?", "invoke")
end
def test_strainer_uses_a_class_cache_to_avoid_method_cache_invalidation
a = Module.new
b = Module.new
strainer = Strainer.create(nil, [a, b])
assert_kind_of Strainer, strainer
assert_kind_of a, strainer
assert_kind_of b, strainer
assert_kind_of Liquid::StandardFilters, strainer
end
def test_add_filter_when_wrong_filter_class
c = Context.new
s = c.strainer
wrong_filter = ->(v) { v.reverse }
assert_raises ArgumentError do
s.class.add_filter(wrong_filter)
end
end
module PrivateMethodOverrideFilter
private
def public_filter
"overriden as private"
end
end
def test_add_filter_raises_when_module_privately_overrides_registered_public_methods
strainer = Context.new.strainer
error = assert_raises(Liquid::MethodOverrideError) do
strainer.class.add_filter(PrivateMethodOverrideFilter)
end
assert_equal 'Liquid error: Filter overrides registered public methods as non public: public_filter', error.message
end
module ProtectedMethodOverrideFilter
protected
def public_filter
"overriden as protected"
end
end
def test_add_filter_raises_when_module_overrides_registered_public_method_as_protected
strainer = Context.new.strainer
error = assert_raises(Liquid::MethodOverrideError) do
strainer.class.add_filter(ProtectedMethodOverrideFilter)
end
assert_equal 'Liquid error: Filter overrides registered public methods as non public: public_filter', error.message
end
module PublicMethodOverrideFilter
def public_filter
"public"
end
end
def test_add_filter_does_not_raise_when_module_overrides_previously_registered_method
strainer = Context.new.strainer
strainer.class.add_filter(PublicMethodOverrideFilter)
assert strainer.class.filter_methods.include?('public_filter')
end
module LateAddedFilter
def late_added_filter(input)
"filtered"
end
end
def test_global_filter_clears_cache
assert_equal 'input', Strainer.create(nil).invoke('late_added_filter', 'input')
Strainer.global_filter(LateAddedFilter)
assert_equal 'filtered', Strainer.create(nil).invoke('late_added_filter', 'input')
end
def test_add_filter_does_not_include_already_included_module
mod = Module.new do
class << self
attr_accessor :include_count
def included(mod)
self.include_count += 1
end
end
self.include_count = 0
end
strainer = Context.new.strainer
strainer.class.add_filter(mod)
strainer.class.add_filter(mod)
assert_equal 1, mod.include_count
end
end # StrainerTest
@@ -0,0 +1,21 @@
require 'test_helper'
class TagUnitTest < Minitest::Test
include Liquid
def test_tag
tag = Tag.parse('tag', "", Tokenizer.new(""), ParseContext.new)
assert_equal 'liquid::tag', tag.name
assert_equal '', tag.render(Context.new)
end
def test_return_raw_text_of_tag
tag = Tag.parse("long_tag", "param1, param2, param3", Tokenizer.new(""), ParseContext.new)
assert_equal("long_tag param1, param2, param3", tag.raw)
end
def test_tag_name_should_return_name_of_the_tag
tag = Tag.parse("some_tag", "", Tokenizer.new(""), ParseContext.new)
assert_equal 'some_tag', tag.tag_name
end
end
@@ -0,0 +1,10 @@
require 'test_helper'
class CaseTagUnitTest < Minitest::Test
include Liquid
def test_case_nodelist
template = Liquid::Template.parse('{% case var %}{% when true %}WHEN{% else %}ELSE{% endcase %}')
assert_equal ['WHEN', 'ELSE'], template.root.nodelist[0].nodelist.map(&:nodelist).flatten
end
end
@@ -0,0 +1,13 @@
require 'test_helper'
class ForTagUnitTest < Minitest::Test
def test_for_nodelist
template = Liquid::Template.parse('{% for item in items %}FOR{% endfor %}')
assert_equal ['FOR'], template.root.nodelist[0].nodelist.map(&:nodelist).flatten
end
def test_for_else_nodelist
template = Liquid::Template.parse('{% for item in items %}FOR{% else %}ELSE{% endfor %}')
assert_equal ['FOR', 'ELSE'], template.root.nodelist[0].nodelist.map(&:nodelist).flatten
end
end
@@ -0,0 +1,8 @@
require 'test_helper'
class IfTagUnitTest < Minitest::Test
def test_if_nodelist
template = Liquid::Template.parse('{% if true %}IF{% else %}ELSE{% endif %}')
assert_equal ['IF', 'ELSE'], template.root.nodelist[0].nodelist.map(&:nodelist).flatten
end
end
@@ -0,0 +1,78 @@
require 'test_helper'
class TemplateUnitTest < Minitest::Test
include Liquid
def test_sets_default_localization_in_document
t = Template.new
t.parse('{%comment%}{%endcomment%}')
assert_instance_of I18n, t.root.nodelist[0].options[:locale]
end
def test_sets_default_localization_in_context_with_quick_initialization
t = Template.new
t.parse('{%comment%}{%endcomment%}', locale: I18n.new(fixture("en_locale.yml")))
locale = t.root.nodelist[0].options[:locale]
assert_instance_of I18n, locale
assert_equal fixture("en_locale.yml"), locale.path
end
def test_with_cache_classes_tags_returns_the_same_class
original_cache_setting = Liquid.cache_classes
Liquid.cache_classes = true
original_klass = Class.new
Object.send(:const_set, :CustomTag, original_klass)
Template.register_tag('custom', CustomTag)
Object.send(:remove_const, :CustomTag)
new_klass = Class.new
Object.send(:const_set, :CustomTag, new_klass)
assert Template.tags['custom'].equal?(original_klass)
ensure
Object.send(:remove_const, :CustomTag)
Template.tags.delete('custom')
Liquid.cache_classes = original_cache_setting
end
def test_without_cache_classes_tags_reloads_the_class
original_cache_setting = Liquid.cache_classes
Liquid.cache_classes = false
original_klass = Class.new
Object.send(:const_set, :CustomTag, original_klass)
Template.register_tag('custom', CustomTag)
Object.send(:remove_const, :CustomTag)
new_klass = Class.new
Object.send(:const_set, :CustomTag, new_klass)
assert Template.tags['custom'].equal?(new_klass)
ensure
Object.send(:remove_const, :CustomTag)
Template.tags.delete('custom')
Liquid.cache_classes = original_cache_setting
end
class FakeTag; end
def test_tags_delete
Template.register_tag('fake', FakeTag)
assert_equal FakeTag, Template.tags['fake']
Template.tags.delete('fake')
assert_nil Template.tags['fake']
end
def test_tags_can_be_looped_over
Template.register_tag('fake', FakeTag)
result = Template.tags.map { |name, klass| [name, klass] }
assert result.include?(["fake", "TemplateUnitTest::FakeTag"])
ensure
Template.tags.delete('fake')
end
end
@@ -0,0 +1,55 @@
require 'test_helper'
class TokenizerTest < Minitest::Test
def test_tokenize_strings
assert_equal [' '], tokenize(' ')
assert_equal ['hello world'], tokenize('hello world')
end
def test_tokenize_variables
assert_equal ['{{funk}}'], tokenize('{{funk}}')
assert_equal [' ', '{{funk}}', ' '], tokenize(' {{funk}} ')
assert_equal [' ', '{{funk}}', ' ', '{{so}}', ' ', '{{brother}}', ' '], tokenize(' {{funk}} {{so}} {{brother}} ')
assert_equal [' ', '{{ funk }}', ' '], tokenize(' {{ funk }} ')
end
def test_tokenize_blocks
assert_equal ['{%comment%}'], tokenize('{%comment%}')
assert_equal [' ', '{%comment%}', ' '], tokenize(' {%comment%} ')
assert_equal [' ', '{%comment%}', ' ', '{%endcomment%}', ' '], tokenize(' {%comment%} {%endcomment%} ')
assert_equal [' ', '{% comment %}', ' ', '{% endcomment %}', ' '], tokenize(" {% comment %} {% endcomment %} ")
end
def test_calculate_line_numbers_per_token_with_profiling
assert_equal [1], tokenize_line_numbers("{{funk}}")
assert_equal [1, 1, 1], tokenize_line_numbers(" {{funk}} ")
assert_equal [1, 2, 2], tokenize_line_numbers("\n{{funk}}\n")
assert_equal [1, 1, 3], tokenize_line_numbers(" {{\n funk \n}} ")
end
private
def tokenize(source)
tokenizer = Liquid::Tokenizer.new(source)
tokens = []
while t = tokenizer.shift
tokens << t
end
tokens
end
def tokenize_line_numbers(source)
tokenizer = Liquid::Tokenizer.new(source, true)
line_numbers = []
loop do
line_number = tokenizer.line_number
if tokenizer.shift
line_numbers << line_number
else
break
end
end
line_numbers
end
end
@@ -0,0 +1,162 @@
require 'test_helper'
class VariableUnitTest < Minitest::Test
include Liquid
def test_variable
var = create_variable('hello')
assert_equal VariableLookup.new('hello'), var.name
end
def test_filters
var = create_variable('hello | textileze')
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['textileze', []]], var.filters
var = create_variable('hello | textileze | paragraph')
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['textileze', []], ['paragraph', []]], var.filters
var = create_variable(%( hello | strftime: '%Y'))
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['strftime', ['%Y']]], var.filters
var = create_variable(%( 'typo' | link_to: 'Typo', true ))
assert_equal 'typo', var.name
assert_equal [['link_to', ['Typo', true]]], var.filters
var = create_variable(%( 'typo' | link_to: 'Typo', false ))
assert_equal 'typo', var.name
assert_equal [['link_to', ['Typo', false]]], var.filters
var = create_variable(%( 'foo' | repeat: 3 ))
assert_equal 'foo', var.name
assert_equal [['repeat', [3]]], var.filters
var = create_variable(%( 'foo' | repeat: 3, 3 ))
assert_equal 'foo', var.name
assert_equal [['repeat', [3, 3]]], var.filters
var = create_variable(%( 'foo' | repeat: 3, 3, 3 ))
assert_equal 'foo', var.name
assert_equal [['repeat', [3, 3, 3]]], var.filters
var = create_variable(%( hello | strftime: '%Y, okay?'))
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['strftime', ['%Y, okay?']]], var.filters
var = create_variable(%( hello | things: "%Y, okay?", 'the other one'))
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['things', ['%Y, okay?', 'the other one']]], var.filters
end
def test_filter_with_date_parameter
var = create_variable(%( '2006-06-06' | date: "%m/%d/%Y"))
assert_equal '2006-06-06', var.name
assert_equal [['date', ['%m/%d/%Y']]], var.filters
end
def test_filters_without_whitespace
var = create_variable('hello | textileze | paragraph')
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['textileze', []], ['paragraph', []]], var.filters
var = create_variable('hello|textileze|paragraph')
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['textileze', []], ['paragraph', []]], var.filters
var = create_variable("hello|replace:'foo','bar'|textileze")
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['replace', ['foo', 'bar']], ['textileze', []]], var.filters
end
def test_symbol
var = create_variable("http://disney.com/logo.gif | image: 'med' ", error_mode: :lax)
assert_equal VariableLookup.new('http://disney.com/logo.gif'), var.name
assert_equal [['image', ['med']]], var.filters
end
def test_string_to_filter
var = create_variable("'http://disney.com/logo.gif' | image: 'med' ")
assert_equal 'http://disney.com/logo.gif', var.name
assert_equal [['image', ['med']]], var.filters
end
def test_string_single_quoted
var = create_variable(%( "hello" ))
assert_equal 'hello', var.name
end
def test_string_double_quoted
var = create_variable(%( 'hello' ))
assert_equal 'hello', var.name
end
def test_integer
var = create_variable(%( 1000 ))
assert_equal 1000, var.name
end
def test_float
var = create_variable(%( 1000.01 ))
assert_equal 1000.01, var.name
end
def test_dashes
assert_equal VariableLookup.new('foo-bar'), create_variable('foo-bar').name
assert_equal VariableLookup.new('foo-bar-2'), create_variable('foo-bar-2').name
with_error_mode :strict do
assert_raises(Liquid::SyntaxError) { create_variable('foo - bar') }
assert_raises(Liquid::SyntaxError) { create_variable('-foo') }
assert_raises(Liquid::SyntaxError) { create_variable('2foo') }
end
end
def test_string_with_special_chars
var = create_variable(%( 'hello! $!@.;"ddasd" ' ))
assert_equal 'hello! $!@.;"ddasd" ', var.name
end
def test_string_dot
var = create_variable(%( test.test ))
assert_equal VariableLookup.new('test.test'), var.name
end
def test_filter_with_keyword_arguments
var = create_variable(%( hello | things: greeting: "world", farewell: 'goodbye'))
assert_equal VariableLookup.new('hello'), var.name
assert_equal [['things', [], { 'greeting' => 'world', 'farewell' => 'goodbye' }]], var.filters
end
def test_lax_filter_argument_parsing
var = create_variable(%( number_of_comments | pluralize: 'comment': 'comments' ), error_mode: :lax)
assert_equal VariableLookup.new('number_of_comments'), var.name
assert_equal [['pluralize', ['comment', 'comments']]], var.filters
end
def test_strict_filter_argument_parsing
with_error_mode(:strict) do
assert_raises(SyntaxError) do
create_variable(%( number_of_comments | pluralize: 'comment': 'comments' ))
end
end
end
def test_output_raw_source_of_variable
var = create_variable(%( name_of_variable | upcase ))
assert_equal " name_of_variable | upcase ", var.raw
end
def test_variable_lookup_interface
lookup = VariableLookup.new('a.b.c')
assert_equal 'a', lookup.name
assert_equal ['b', 'c'], lookup.lookups
end
private
def create_variable(markup, options = {})
Variable.new(markup, ParseContext.new(options))
end
end