How to use decorate_symbols method of NoCriteriaProvided Package

Best Inspec_ruby code snippet using NoCriteriaProvided.decorate_symbols

filter.rb

Source:filter.rb

...86      filtered_raw_data = raw_data87      # If we were provided params, interpret them as criteria to be evaluated88      # against the raw data. Criteria are assumed to be hash keys.89      conditions.each do |raw_field_name, desired_value|90        raise(ArgumentError, "'#{decorate_symbols(raw_field_name)}' is not a recognized criterion - expected one of #{decorate_symbols(list_fields).join(", ")}'") unless field?(raw_field_name)91        populate_lazy_field(raw_field_name, desired_value) if is_field_lazy?(raw_field_name)92        new_criteria_string += " #{raw_field_name} == #{desired_value.inspect}"93        filtered_raw_data = filter_raw_data(filtered_raw_data, raw_field_name, desired_value)94      end95      # If we were given a block, make a special Struct for each row, that has an accessor96      # for each field declared using `register_custom_property`, then instance-eval the block97      # against the struct.98      if block_given?99        # Perform the filtering.100        filtered_raw_data = filtered_raw_data.find_all { |row_as_hash| create_eval_context_for_row(row_as_hash, "").instance_eval(&block) }101        # Try to interpret the block for updating the stringification.102        src = Trace.new103        # Swallow any exceptions raised here.104        # See https://github.com/chef/inspec/issues/2929105        begin106          src.instance_eval(&block)107        rescue # rubocop: disable Lint/HandleExceptions108          # Yes, robocop, ignoring all exceptions is normally109          # a bad idea.  Here, an exception just means we don't110          # understand what was in a `where` block, so we can't111          # meaningfully sytringify it.  We still have a decent112          # default stringification.113        end114        new_criteria_string += Trace.to_ruby(src)115      end116      self.class.new(resource, filtered_raw_data, new_criteria_string)117    end118    def create_eval_context_for_row(*_)119      raise "#{self.class} must not be used on its own. It must be inherited "\120           "and the #create_eval_context_for_row method must be implemented. This is an internal "\121           "error and should not happen."122    end123    def resource124      resource_instance125    end126    def params127      # TODO: consider deprecating128      raw_data129    end130    def entries131      row_criteria_string = resource.to_s + criteria_string + " one entry"132      raw_data.map do |row|133        create_eval_context_for_row(row, row_criteria_string)134      end135    end136    def get_column_values(field)137      raw_data.map do |row|138        row[field]139      end140    end141    def list_fields142      @__fields_in_raw_data ||= raw_data.reduce([]) do |fields, row|143        fields.concat(row.keys).uniq144      end145    end146    def field?(proposed_field)147      # Currently we only know about a field if it is present in a at least one row of the raw data.148      # If we have no rows in the raw data, assume all fields are acceptable (and rely on failing to match on value, nil)149      return true if raw_data.empty?150      # Most resources have Symbol keys in their raw data.  Some have Strings (looking at you, `shadow`).151      is_field = false152      is_field ||= list_fields.include?(proposed_field.to_s)153      is_field ||= list_fields.include?(proposed_field.to_sym)154      is_field ||= is_field_lazy?(proposed_field.to_s)155      is_field ||= is_field_lazy?(proposed_field.to_sym)156      is_field157    end158    def to_s159      resource.to_s + criteria_string160    end161    alias inspect to_s162    def populate_lazy_field(field_name, criterion)163      return unless is_field_lazy?(field_name)164      return if field_populated?(field_name)165      raw_data.each do |row|166        next if row.key?(field_name) # skip row if pre-existing data is present167        callback_for_lazy_field(field_name).call(row, criterion, self)168      end169      mark_lazy_field_populated(field_name)170    end171    def is_field_lazy?(sought_field_name)172      custom_properties_schema.values.any? do |property_struct|173        sought_field_name == property_struct.field_name && \174          property_struct.opts[:lazy]175      end176    end177    def callback_for_lazy_field(field_name)178      return unless is_field_lazy?(field_name)179      custom_properties_schema.values.find do |property_struct|180        property_struct.field_name == field_name181      end.opts[:lazy]182    end183    def field_populated?(field_name)184      @populated_lazy_columns[field_name]185    end186    def mark_lazy_field_populated(field_name)187      @populated_lazy_columns[field_name] = true188    end189    private190    def matches_float(x, y)191      return false if x.nil?192      return false if !x.is_a?(Float) && (x =~ /\A[-+]?(\d+\.?\d*|\.\d+)\z/).nil?193      x.to_f == y194    end195    def matches_int(x, y)196      return false if x.nil?197      return false if !x.is_a?(Integer) && (x =~ /\A[-+]?\d+\z/).nil?198      x.to_i == y199    end200    def matches_regex(x, y)201      return x == y if x.is_a?(Regexp)202      !x.to_s.match(y).nil?203    end204    def matches(x, y)205      x === y # rubocop:disable Style/CaseEquality206    end207    def filter_raw_data(current_raw_data, field, desired_value)208      return [] if current_raw_data.empty?209      method_ref = case desired_value210                   when Float   then :matches_float211                   when Integer then :matches_int212                   when Regexp  then :matches_regex213                   else              :matches214                   end215      assume_symbolic_keyed_data = current_raw_data.first.keys.first.is_a? Symbol216      field = assume_symbolic_keyed_data ? field.to_sym : field.to_s217      current_raw_data.find_all do |row|218        next unless row.key?(field)219        send(method_ref, row[field], desired_value)220      end221    end222    def decorate_symbols(thing)223      return thing.map { |t| decorate_symbols(t) } if thing.is_a?(Array)224      return ":" + thing.to_s if thing.is_a? Symbol225      return thing + " (String)" if thing.is_a? String226      thing227    end228  end229  class Factory230    CustomPropertyType = Struct.new(:field_name, :block, :opts)231    def initialize232      @filter_methods = %i{where entries raw_data}233      @custom_properties = {}234      register_custom_matcher(:exist?) { |table| !table.raw_data.empty? }235      register_custom_property(:count) { |table|  table.raw_data.count }236      @resource = nil # TODO: this variable is never initialized237    end...

decorate_symbols

Using AI Code Generation

1decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')2decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')3decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')4decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')5decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')6decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')7decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')8decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')9decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')10decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')

decorate_symbols

Using AI Code Generation

1  def decorate_symbols(symbols)2    @decorator.decorate_symbols(symbols)3  def set_criteria(criteria)4    @decorator = CriteriaProvided.new(criteria)5  def initialize(criteria)6  def decorate_symbols(symbols)7      result.add(symbol) if @criteria.include?(symbol)8  def decorate_symbols(symbols)9    assert_equal Set.new([:a, :b, :c]), @decorator.decorate_symbols(Set.new([:a, :b, :c]))10    @decorator.set_criteria(Set.new([:a, :b]))11    assert_equal Set.new([:a, :b]), @decorator.decorate_symbols(Set.new([:a, :b, :c]))

decorate_symbols

Using AI Code Generation

1decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')2decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')3decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')4decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')5decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')6decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')7decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')8decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')9decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')10decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')

decorate_symbols

Using AI Code Generation

1    @decorto.decote_symbols(smbols)2  def set_criteria(criteria3    @decorator = CriteriaProvided.new(criteria)4  def initialize(criteria)5  def decorate_symbols(symbols)6      result.add(symbol) if @criteria.include?(symbol)7  def decorate_symbols(symbols)8    assert_equal Set.new([:a, :b, :c]), @decorator.decorate_symbols(Set.new([:a, :b, :c]))9    @decorator.set_criteria(Set.new([:a, :b]))10    assert_equal Set.new([:a, :b]), @decorator.decorate_symbols(Set.new([:a, :b, :c]))

decorate_symbols

Using AI Code Generation

1decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')2decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')3decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')4decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')5decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')6decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')7decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')8decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')9decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')10decorated = NoCriteriaProvided.new.decorate_symbols('a', 'b', 'c')

decorate_symbols

Using AI Code Generation

1  def decorate_symbols(symbols)2    @decorator.decorate_symbols(symbols)3  def set_criteria(criteria)4    @decorator = CriteriaProvided.new(criteria)5  def initialize(criteria)6  def decorate_symbols(symbols)7      result.add(symbol) if @criteria.include?(symbol)8  def decorate_symbols(symbols)9    assert_equal Set.new([:a, :b, :c]), @decorator.decorate_symbols(Set.new([:a, :b, :c]))10    @decorator.set_criteria(Set.new([:a, :b]))11    assert_equal Set.new([:a, :b]), @decorator.decorate_symbols(Set.new([:a, :b, :c]))

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