How to use pickle_tag method of Gherkin.Pickles Package

Best Gherkin-ruby code snippet using Gherkin.Pickles.pickle_tag

compiler.rb

Source:compiler.rb Github

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...26 scenario[:steps].each do |step|27 steps.push(pickle_step(step))28 end29 pickle = {30 tags: pickle_tags(tags),31 name: scenario[:name],32 language: language,33 locations: [pickle_location(scenario[:location])],34 steps: steps35 }36 pickles.push(pickle)37 end38 def compile_scenario_outline(feature_tags, background_steps, scenario_outline, language, pickles)39 return if scenario_outline[:steps].empty?40 scenario_outline[:examples].reject { |examples| examples[:tableHeader].nil? }.each do |examples|41 variable_cells = examples[:tableHeader][:cells]42 examples[:tableBody].each do |values|43 value_cells = values[:cells]44 steps = [].concat(background_steps)45 tags = [].concat(feature_tags).concat(scenario_outline[:tags]).concat(examples[:tags])46 scenario_outline[:steps].each do |scenario_outline_step|47 step_text = interpolate(scenario_outline_step[:text], variable_cells, value_cells);48 arguments = create_pickle_arguments(scenario_outline_step[:argument], variable_cells, value_cells)49 pickle_step = {50 text: step_text,51 arguments: arguments,52 locations: [53 pickle_location(values[:location]),54 pickle_step_location(scenario_outline_step)55 ]56 }57 steps.push(pickle_step)58 end59 pickle = {60 name: interpolate(scenario_outline[:name], variable_cells, value_cells),61 language: language,62 steps: steps,63 tags: pickle_tags(tags),64 locations: [65 pickle_location(values[:location]),66 pickle_location(scenario_outline[:location])67 ]68 }69 pickles.push(pickle);70 end71 end72 end73 def create_pickle_arguments(argument, variable_cells, value_cells)74 result = []75 return result if argument.nil?76 if (argument[:type] == :DataTable)77 table = {78 rows: argument[:rows].map do |row|79 {80 cells: row[:cells].map do |cell|81 {82 location: pickle_location(cell[:location]),83 value: interpolate(cell[:value], variable_cells, value_cells)84 }85 end86 }87 end88 }89 result.push(table)90 elsif (argument[:type] == :DocString)91 doc_string = {92 location: pickle_location(argument[:location]),93 content: interpolate(argument[:content], variable_cells, value_cells)94 }95 result.push(doc_string)96 else97 raise 'Internal error'98 end99 result100 end101 def interpolate(name, variable_cells, value_cells)102 variable_cells.each_with_index do |variable_cell, n|103 value_cell = value_cells[n]104 name = name.gsub('<' + variable_cell[:value] + '>', value_cell[:value])105 end106 name107 end108 def pickle_steps(scenario_definition)109 scenario_definition[:steps].map do |step|110 pickle_step(step)111 end112 end113 def pickle_step(step)114 {115 text: step[:text],116 arguments: create_pickle_arguments(step[:argument], [], []),117 locations: [pickle_step_location(step)]118 }119 end120 def pickle_step_location(step)121 {122 line: step[:location][:line],123 column: step[:location][:column] + (step[:keyword] ? step[:keyword].length : 0)124 }125 end126 def pickle_location(location)127 {128 line: location[:line],129 column: location[:column]130 }131 end132 def pickle_tags(tags)133 tags.map {|tag| pickle_tag(tag)}134 end135 def pickle_tag(tag)136 {137 name: tag[:name],138 location: pickle_location(tag[:location])139 }140 end141 end142 end143end...

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pickle_tag

Using AI Code Generation

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1 def initialize(formatter)2 def uri(uri)3 @formatter.uri(uri)4 def feature(feature)5 @formatter.feature(feature)6 def scenario(scenario)7 @formatter.scenario(scenario)8 def step(step)9 @formatter.step(step)10 def pickle(pickle)11 @formatter.pickle(pickle)12formatter = Gherkin::Formatter::PrettyFormatter.new(PickleFormatter.new($stdout))13parser.parse(File.read('test.feature'), 'test.feature', 0, formatter)

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pickle_tag

Using AI Code Generation

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1formatter = Gherkin::Formatter::PrettyFormatter.new(STDOUT)2parser.parse(File.read('feature.feature'), formatter, 'feature.feature')3pickles = Gherkin::Pickles.pikles(parser.gherkin_dcuent, 'feature.feature')4formatter = Gherkin::Formatter::PrettyFormatter.new(STDOUT)5parser.parse(File.read('feature.feature'), formatter, 'feature.feature')6pickles = Gherkin::Pickles.pickles(parser.gherkin_document, 'feature.feature)

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pickle_tag

Using AI Code Generation

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1feature = File.read('feature_file.feature')2parsed = parser.parse(feature)3pickle_tag = pickle.pickle_tag(tag)

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pickle_tag

Using AI Code Generation

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1formatter = Gherkin::Formatter::PrettyFormatter.new(STDOUT)2parser.parse(File.read('feature.feature'), formatter, 'feature.feature')3pickles = Gherkin::Pickles.pickles(parser.gherkin_document, 'feature.feature')

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pickle_tag

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1feature = Gherkin.from_paths(['features/1.feature'], {include_source: true})2pickle = Gherkin::Pickles.pickle_tag(feature[0], 'tag1')3feature = Gherkin.from_paths(['features/1.feature'], {include_source: true})4pickles = Gherkin::Pickles.pickle_tags(feature[0], ['tag1', 'tag2'])5feature = Gherkin.from_paths(['features/1.feature'], {include_source: true})6pickles = Gherkin::Pickles.pickle_filter(feature[0], 'tag1 and tag2')7formatter = Gherkin::Formatter::PrettyFormatter.new(STDOUT)8parser.parse(File.read('feature.feature'), formatter, 'feature.feature')9pickles = Gherkin::Pickles.pickles(parser.gherkin_document, 'feature.feature')

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pickle_tag

Using AI Code Generation

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1feature = File.read("feature.feature")2ast = parser.parse(feature)3pickles = compiler.compile(ast)

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pickle_tag

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1feature = Gherkin.from_paths(['features/1.feature'], {include_source: true})2pickle = Gherkin::Pickles.pickle_tag(feature[0], 'tag1')3feature = Gherkin.from_paths(['features/1.feature'], {include_source: true})4pickles = Gherkin::Pickles.pickle_tags(feature[0], ['tag1', 'tag2'])5feature = Gherkin.from_paths(['features/1.feature'], {include_source: true})6pickles = Gherkin::Pickles.pickle_filter(feature[0], 'tag1 and tag2')

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