How to use interpolate method of Gherkin.Pickles Package

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

compiler.rb

Source:compiler.rb

...42            value_cells = values[:cells]43            steps = [].concat(background_steps)44            tags = [].concat(feature_tags).concat(scenario_outline[:tags]).concat(examples[:tags])45            scenario_outline[:steps].each do |scenario_outline_step|46              step_text = interpolate(scenario_outline_step[:text], variable_cells, value_cells);47              arguments = create_pickle_arguments(scenario_outline_step[:argument], variable_cells, value_cells, path)48              pickle_step = {49                text: step_text,50                arguments: arguments,51                locations: [52                  pickle_location(values[:location], path),53                  pickle_step_location(scenario_outline_step, path)54                ]55              }56              steps.push(pickle_step)57            end58            pickle = {59              name: interpolate(scenario_outline[:name], variable_cells, value_cells),60              steps: steps,61              tags: pickle_tags(tags, path),62              locations: [63                pickle_location(values[:location], path),64                pickle_location(scenario_outline[:location], path)65              ]66            }67            pickles.push(pickle);68          end69        end70      end71      def create_pickle_arguments(argument, variable_cells, value_cells, path)72        result = []73        return result if argument.nil?74        if (argument[:type] == :DataTable)75          table = {76            rows: argument[:rows].map do |row|77              {78                cells: row[:cells].map do |cell|79                  {80                    location: pickle_location(cell[:location], path),81                    value: interpolate(cell[:value], variable_cells, value_cells)82                  }83                end84              }85            end86          }87          result.push(table)88        elsif (argument[:type] == :DocString)89          doc_string = {90            location: pickle_location(argument[:location], path),91            content: interpolate(argument[:content], variable_cells, value_cells)92          }93          result.push(doc_string)94        else95          raise 'Internal error'96        end97        result98      end99      def interpolate(name, variable_cells, value_cells)100        variable_cells.each_with_index do |variable_cell, n|101          value_cell = value_cells[n]102          name = name.gsub('<' + variable_cell[:value] + '>', value_cell[:value])103        end104        name105      end106      def pickle_steps(scenario_definition, path)107        scenario_definition[:steps].map do |step|108          pickle_step(step, path)109        end110      end111      def pickle_step(step, path)112        {113          text: step[:text],...

interpolate

Using AI Code Generation

1feature = File.read("1.feature")2pickle = compiler.compile(feature)3step = pickles.interpolate(pickle[0].steps[0], {"name" => "John"})

interpolate

Using AI Code Generation

1Gherkin.pickles(File.read('1.feature'), '1.feature') do |pickle|2  puts JSON.pretty_generate(pickle)3    gherkin (5.0.0)4      cucumber-messages (~> 5.0.0)5      multi_json (~> 1.11)6    cucumber-messages (5.0.0)7      google-protobuf (~> 3.0)8    multi_json (1.13.1)9    google-protobuf (3.6.1)10  gherkin (~> 5.0.0)

interpolate

Using AI Code Generation

1step_text = "I have {int} cukes in my {string} now"2arg_values = [Gherkin::Formatter::Argument::Int.new(2), Gherkin::Formatter::Argument::String.new("belly")]3arg_groups = Gherkin::Formatter::ArgumentGroupFactory.new.create_from(step_text, arg_values)4arg_matcher = Gherkin::Formatter::ArgumentMatcher.new(arg_values)5interpolated_step_text = Gherkin::Pickles.interpolate(step_text, arg_groups, arg_matcher)

interpolate

Using AI Code Generation

1feature_file = File.open("feature.txt", "r")2pickles.interpolate(feature, 'path/to/feature.txt')3puts pickles.interpolate(feature, 'path/to/feature.txt')4puts pickles.interpolate(feature, 'path/to/feature.txt').to_json5puts pickles.interpolate(feature, 'path/to/feature.txt').to_h6puts pickles.interpolate(feature, 'path/to/feature.txt').to_a7puts pickles.interpolate(feature, 'path/to/feature.txt').to_s8puts pickles.interpolate(feature, 'path/to/feature.txt').to_str9puts pickles.interpolate(feature, 'path/to/feature.txt').to_ary10puts pickles.interpolate(feature, 'path/to/feature.txt').to_enum11puts pickles.interpolate(feature, 'path/to/feature.txt').to_i12puts pickles.interpolate(feature, 'path/to/feature.txt').to_int13puts pickles.interpolate(feature, 'path/to/feature.txt').to_f14puts pickles.interpolate(feature, 'path/to/feature.txt').to_r15puts pickles.interpolate(feature, 'path/to/feature.txt').to_c16puts pickles.interpolate(feature, 'path/to/feature.txt').to_rational17puts pickles.interpolate(feature, 'path/to/feature.txt').to_complex18puts pickles.interpolate(feature, 'path/to/feature.txt').to_h

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