How to use pickle_step method of Gherkin.Pickles Package

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

compiler.rb

Source:compiler.rb

...8        feature_tags = feature[:tags]9        background_steps = []10        feature[:children].each do |scenario_definition|11          if(scenario_definition[:type] == :Background)12            background_steps = pickle_steps(scenario_definition)13          elsif(scenario_definition[:type] == :Scenario)14            compile_scenario(feature_tags, background_steps, scenario_definition, feature[:language], pickles)15          else16            compile_scenario_outline(feature_tags, background_steps, scenario_definition, feature[:language], pickles)17          end18        end19        return pickles20      end21    private22      def compile_scenario(feature_tags, background_steps, scenario, language, pickles)23        return if scenario[:steps].empty?24        steps = [].concat(background_steps)25        tags = [].concat(feature_tags).concat(scenario[:tags])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      end...

pickle_step

Using AI Code Generation

1def pickle_step(feature_file, line)2  pickles = Gherkin::Pickles.new(compiler, parser)3  pickle = pickles.pickle(feature_file)4  pickle_step = pickle.steps.select { |step| step.locations[0].line == line }[0]5pickle_step = pickle_step(feature_file, line)

pickle_step

Using AI Code Generation

1gherkin = Gherkin::Gherkin.from_source('2pickles = Gherkin::Pickles.compile(gherkin, 'a.feature', nil)3gherkin = Gherkin::Gherkin.from_source('4pickles = Gherkin::Pickles.compile(gherkin, 'a.feature', nil)5gherkin = Gherkin::Gherkin.from_source('6pickles = Gherkin::Pickles.compile(gherkin, 'a.feature', nil)

pickle_step

Using AI Code Generation

1def get_pickle_step_object(pickle, step_line)2  pickle_steps = Gherkin::Pickles.new([pickle]).pickle_steps3def get_pickle_step_object(pickle, step_line)4def get_pickle_step_object(pickle, step_line)5def get_pickle_step_object(pickle, step_line)6def get_pickle_step_object(pickle, step_line)

pickle_step

Using AI Code Generation

1gherkin_doc = Gherkin.from_paths(['features/1.feature'])2pickle.steps.each { |step| puts step.text }3gherkin_doc = Gherkin.from_paths(['features/1.feature'])4pickle.steps.each { |step| puts step.text }5gherkin_doc = Gherkin.from_paths(['features/1.feature'])6pickle.steps.each { |step| puts step.text }7gherkin_doc = Gherkin.from_paths(['features/1.feature'])8pickle.steps.each { |step| puts step.text }

pickle_step

Using AI Code Generation

1ast = parser.parse("Feature: PickleStep2formatter = Gherkin::Formatter::Pretty.new(STDOUT)3formatter.uri("1.rb")4formatter.feature(ast)5pickle = pickles.pickles(ast)[0]6ast = parser.parse("Feature: PickleStep7formatter = Gherkin::Formatter::Pretty.new(STDOUT)8formatter.uri("2.rb")9formatter.feature(ast)10pickle = pickles.pickles(ast)[0]11ast = parser.parse("Feature: PickleStep

pickle_step

Using AI Code Generation

1def get_pickle_step_object(pickle, step_line)2  pickle_steps = Gherkin::Pickles.new([pickle]).pickle_steps3def get_pickle_step_object(pickle, step_line)4def get_pickle_step_object(pickle, step_line)5def get_pickle_step_object(pickle, step_line)6def get_pickle_step_object(pickle, step_line)

pickle_step

Using AI Code Generation

1ast = parser.parse("Feature: PickleStep2formatter = Gherkin::Formatter::Pretty.new(STDOUT)3formatter.uri("1.rb")4formatter.feature(ast)5pickle = pickles.pickles(ast)[0]6ast = parser.parse("Feature: PickleStep7formatter = Gherkin::Formatter::Pretty.new(STDOUT)8formatter.uri("2.rb")9formatter.feature(ast)10pickle = pickles.pickles(ast)[0]11ast = parser.parse("Feature: PickleStep

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.