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How to use entries method of NoCriteriaProvided Package

Best Inspec_ruby code snippet using NoCriteriaProvided.entries

filter.rb

Source:filter.rb

...126    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    end238    def install_filter_methods_on_resource(resource_class, raw_data_fetcher_method_name) # rubocop: disable Metrics/AbcSize, Metrics/MethodLength239      # A context in which you can access the fields as accessors240      non_block_struct_fields = @custom_properties.values.reject(&:block).map(&:field_name)241      unless non_block_struct_fields.empty?242        row_eval_context_type = Struct.new(*non_block_struct_fields.map(&:to_sym)) do243          attr_accessor :criteria_string244          attr_accessor :filter_table245          def to_s246            @criteria_string || super247          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_method...

entries

Using AI Code Generation

1    expect(NoCriteriaProvided.new.entries).to eq("No criteria provided")2    expect(CriteriaProvided.new.entries).to eq("Criteria provided")3Finished in 0.00539 seconds (files took 0.1112 seconds to load)

entries

Using AI Code Generation

1    @dbh = DBI.connect('DBI:ODBC:mydsn')2    @dbh.execute("select * from mytable") do |sth|3I have a table in MS Access 2007 database with a column of type "Memo" (or "Text" in MS Access 2003). I need to retrieve the data from this column and display it in a Text Area in my Java Swing application. I tried the following code:4String query = "SELECT * FROM Table1 WHERE ID = 1";5Statement stmt = con.createStatement();6ResultSet rs = stmt.executeQuery(query);7while (rs.next()) {8    String data = rs.getString("MemoField");

entries

Using AI Code Generation

1db = MongoClient.new.db("test")2coll = db.collection("test")3coll.create_index("x")4entries = ncp.entries(coll)5  def entries(collection)6    index_info = collection.index_information()

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