module CukeModeler # A class modeling a single cell of a row. class Cell < Model include Sourceable include Parsing include Parsed # The value of the cell attr_accessor :value # Creates a new Cell object and, if *source_text* is provided, populates # the object. # # @example # Cell.new # Cell.new('some value') # # @param source_text [String] The Gherkin text that will be used to populate the model # @raise [ArgumentError] If *source_text* is not a String # @return [Cell] A new Cell instance def initialize(source_text = nil) super end # Returns a string representation of this model. For a Cell model, # this will be Gherkin text that is equivalent to the cell being modeled. # # @example # cell.to_s # # @return [String] A string representation of this model def to_s # Vertical bars and backslashes are special characters that need to be escaped @value ? @value.gsub('\\', '\\\\\\').gsub('|', '\|') : '' end # See `Object#inspect`. Returns some basic information about the # object, including its class, object ID, and its most meaningful # attribute. For a Cell model, this will be the value of the # cell. If *verbose* is true, provides default Ruby inspection # behavior instead. # # @example # cell.inspect # cell.inspect(verbose: true) # # @param verbose [Boolean] Whether or not to return the full details of # the object. Defaults to false. # @return [String] A string representation of this model def inspect(verbose: false) return super if verbose "#{super.chop} @value: #{value.inspect}>" end private def process_source(source_text) base_file_string = "# language: #{Parsing.dialect} #{dialect_feature_keyword}: Fake feature to parse #{dialect_scenario_keyword}: #{dialect_step_keyword} fake step\n" source_text = "#{base_file_string}|#{source_text}|" parsed_file = Parsing.parse_text(source_text, 'cuke_modeler_stand_alone_cell.feature') parsed_file['feature']['elements'].first['steps'].first['table']['rows'].first['cells'].first end def populate_model(parsed_cell_data) populate_cell_value(parsed_cell_data) populate_source_location(parsed_cell_data) populate_parsing_data(parsed_cell_data) end def populate_cell_value(parsed_cell_data) @value = parsed_cell_data['value'] end end end