How to use create_custom_property_body method of NoCriteriaProvided Package

Best Inspec_ruby code snippet using NoCriteriaProvided.create_custom_property_body

filter.rb

Source:filter.rb

...247          end248        end249      end250      properties_to_define = @custom_properties.map do |method_name, custom_property_structure|251        { method_name: method_name, method_body: create_custom_property_body(custom_property_structure) }252      end253      # Define the filter table subclass254      custom_properties = @custom_properties # We need a local var, not an instance var, for a closure below255      table_class = Class.new(Table) do256        # Install each custom property onto the FilterTable subclass257        properties_to_define.each do |property_info|258          define_method property_info[:method_name], &property_info[:method_body]259        end260        define_method :custom_properties_schema do261          custom_properties262        end263        # Install a method that can wrap all the fields into a context with accessors264        define_method :create_eval_context_for_row do |row_as_hash, criteria_string = ""|265          return row_eval_context_type.new if row_as_hash.nil?266          context = row_eval_context_type.new(*non_block_struct_fields.map { |field| row_as_hash[field] })267          context.criteria_string = criteria_string268          context.filter_table = self269          context270        end271      end272      # Now that the table class is defined and the row eval context struct is defined,273      # extend the row eval context struct to support triggering population of lazy fields274      # in where blocks. To do that, we'll need a reference to the table (which275      # knows which fields are populated, and how to populate them) and we'll need to276      # override the getter method for each lazy field, so it will trigger277      # population if needed.  Keep in mind we don't have to adjust the constructor278      # args of the row struct; also the Struct class will already have provided279      # a setter for each field.280      @custom_properties.values.each do |property_info|281        next unless property_info.opts[:lazy]282        field_name = property_info.field_name.to_sym283        row_eval_context_type.send(:define_method, field_name) do284          unless filter_table.field_populated?(field_name)285            filter_table.populate_lazy_field(field_name, NoCriteriaProvided) # No access to criteria here286            # OK, the underlying raw data has the value in the first row287            # (because we would trigger population only on the first row)288            # We could just return the value, but we need to set it on this Struct in case it is referenced multiple times289            # in the where block.290            self[field_name] = filter_table.raw_data[0][field_name]291          end292          # Now return the value using the Struct getter, whether newly populated or not293          self[field_name]294        end295      end296      # Define all access methods with the parent resource297      # These methods will be configured to return an `ExceptionCatcher` object298      # that will always return the original exception, but only when called299      # upon. This will allow method chains in `describe` statements to pass the300      # `instance_eval` when loaded and only throw-and-catch the exception when301      # the tests are run.302      methods_to_install_on_resource_class = @filter_methods + @custom_properties.keys303      methods_to_install_on_resource_class.each do |method_name|304        resource_class.send(:define_method, method_name) do |*args, &block|305          begin306            # self here is the resource instance307            filter_table_instance = table_class.new(self, send(raw_data_fetcher_method_name), " with")308            filter_table_instance.send(method_name, *args, &block)309          rescue Inspec::Exceptions::ResourceFailed, Inspec::Exceptions::ResourceSkipped => e310            FilterTable::ExceptionCatcher.new(resource_class, e)311          end312        end313      end314    end315    alias connect install_filter_methods_on_resource316    # TODO: This should almost certainly be privatized.  Every FilterTable client should get :entries and :where;317    # InSpec core resources do not define anything else, other than azure_generic_resource, which is likely a mis-use.318    def register_filter_method(method_name)319      if method_name.nil?320        # TODO: @resource is never initialized321        throw RuntimeError, "Called filter.add_accessor for resource #{@resource} with method name nil!"322      end323      if @filter_methods.include? method_name.to_sym324        # TODO: issue deprecation warning?325      else326        @filter_methods.push(method_name.to_sym)327      end328      self329    end330    alias add_accessor register_filter_method331    def register_custom_property(property_name, opts = {}, &property_implementation)332      if property_name.nil?333        # TODO: @resource is never initialized334        throw RuntimeError, "Called filter.add for resource #{@resource} with method name nil!"335      end336      if @custom_properties.key?(property_name.to_sym)337        # TODO: issue deprecation warning?338      else339        @custom_properties[property_name.to_sym] =340          CustomPropertyType.new(opts[:field] || property_name, property_implementation, opts)341      end342      self343    end344    alias add register_custom_property345    alias register_column register_custom_property346    alias register_custom_matcher register_custom_property347    private348    # This provides the implementation for methods requested using349    # register_custom_property(:some_method_name, opts, &block)350    # Some usage in the wild involves people passing a desired value to the generated method, like:351    #  things.ids(23)352    # I'm calling this the 'filter_criterion_value'. I speculate that a default value is353    # provided here so that users can meaningfully query for nil.354    def create_custom_property_body(custom_property_struct)355      if !custom_property_struct.block.nil?356        # If the custom method provided its own block, rely on it.357        lambda do |filter_criteria_value = NoCriteriaProvided|358          # Here self is an instance of the FilterTable subclass that wraps the raw data.359          # Call the block with two args - the table instance, and any filter criteria value.360          custom_property_struct.block.call(self, filter_criteria_value)361        end362      else363        # No block definition, so the property was registered using (field: :some_field)364        # This does however support passing a block to this method, and filtering using it, like Enumerable#select.365        lambda do |filter_criteria_value = NoCriteriaProvided, &cond_block|366          if filter_criteria_value == NoCriteriaProvided && !block_given?367            # No second-order block given.  Just return an array of the values in the selected column.368            result = where(nil)...

create_custom_property_body

Using AI Code Generation

1def create_custom_property_body(name, value)2  custom_property_body = {3  }4def create_custom_property(name, value)5  custom_property_body = create_custom_property_body(name, value)6  custom_property = CustomProperty.new(custom_property_body)7def create_custom_property(name, value)8  custom_property_body = create_custom_property_body(name, value)9  custom_property = CustomProperty.new(custom_property_body)10def create_custom_property(name, value)11  custom_property_body = create_custom_property_body(name, value)12  custom_property = CustomProperty.new(custom_property_body)13def create_custom_property(name, value)14  custom_property_body = create_custom_property_body(name, value)15  custom_property = CustomProperty.new(custom_property_body)16def create_custom_property(name, value)17  custom_property_body = create_custom_property_body(name, value)18  custom_property = CustomProperty.new(custom_property_body)

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.