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How to use initialize method of Queries Package

Best Capybara code snippet using Queries.initialize

media.rb

Source:media.rb

...8    #9    # @return [Array<Query>]10    attr_accessor :queries11    # @param queries [Array<Query>] See \{#queries}12    def initialize(queries)13      @queries = queries14    end15    # Merges this query list with another. The returned query list16    # queries for the intersection between the two inputs.17    #18    # Both query lists should be resolved.19    #20    # @param other [QueryList]21    # @return [QueryList?] The merged list, or nil if there is no intersection.22    def merge(other)23      new_queries = queries.map {|q1| other.queries.map {|q2| q1.merge(q2)}}.flatten.compact24      return if new_queries.empty?25      QueryList.new(new_queries)26    end27    # Returns the CSS for the media query list.28    #29    # @return [String]30    def to_css31      queries.map {|q| q.to_css}.join(', ')32    end33    # Returns the Sass/SCSS code for the media query list.34    #35    # @param options [{Symbol => Object}] An options hash (see {Sass::CSS#initialize}).36    # @return [String]37    def to_src(options)38      queries.map {|q| q.to_src(options)}.join(', ')39    end40    # Returns a representation of the query as an array of strings and41    # potentially {Sass::Script::Tree::Node}s (if there's interpolation in it).42    # When the interpolation is resolved and the strings are joined together,43    # this will be the string representation of this query.44    #45    # @return [Array<String, Sass::Script::Tree::Node>]46    def to_a47      Sass::Util.intersperse(queries.map {|q| q.to_a}, ', ').flatten48    end49    # Returns a deep copy of this query list and all its children.50    #51    # @return [QueryList]52    def deep_copy53      QueryList.new(queries.map {|q| q.deep_copy})54    end55  end56  # A single media query.57  #58  #     [ [ONLY | NOT]? S* media_type S* | expression ] [ AND S* expression ]*59  class Query60    # The modifier for the query.61    #62    # When parsed as Sass code, this contains strings and SassScript nodes. When63    # parsed as CSS, it contains a single string (accessible via64    # \{#resolved_modifier}).65    #66    # @return [Array<String, Sass::Script::Tree::Node>]67    attr_accessor :modifier68    # The type of the query (e.g. `"screen"` or `"print"`).69    #70    # When parsed as Sass code, this contains strings and SassScript nodes. When71    # parsed as CSS, it contains a single string (accessible via72    # \{#resolved_type}).73    #74    # @return [Array<String, Sass::Script::Tree::Node>]75    attr_accessor :type76    # The trailing expressions in the query.77    #78    # When parsed as Sass code, each expression contains strings and SassScript79    # nodes. When parsed as CSS, each one contains a single string.80    #81    # @return [Array<Array<String, Sass::Script::Tree::Node>>]82    attr_accessor :expressions83    # @param modifier [Array<String, Sass::Script::Tree::Node>] See \{#modifier}84    # @param type [Array<String, Sass::Script::Tree::Node>] See \{#type}85    # @param expressions [Array<Array<String, Sass::Script::Tree::Node>>] See \{#expressions}86    def initialize(modifier, type, expressions)87      @modifier = modifier88      @type = type89      @expressions = expressions90    end91    # See \{#modifier}.92    # @return [String]93    def resolved_modifier94      # modifier should contain only a single string95      modifier.first || ''96    end97    # See \{#type}.98    # @return [String]99    def resolved_type100      # type should contain only a single string101      type.first || ''102    end103    # Merges this query with another. The returned query queries for104    # the intersection between the two inputs.105    #106    # Both queries should be resolved.107    #108    # @param other [Query]109    # @return [Query?] The merged query, or nil if there is no intersection.110    def merge(other)111      m1, t1 = resolved_modifier.downcase, resolved_type.downcase112      m2, t2 = other.resolved_modifier.downcase, other.resolved_type.downcase113      t1 = t2 if t1.empty?114      t2 = t1 if t2.empty?115      if (m1 == 'not') ^ (m2 == 'not')116        return if t1 == t2117        type = m1 == 'not' ? t2 : t1118        mod = m1 == 'not' ? m2 : m1119      elsif m1 == 'not' && m2 == 'not'120        # CSS has no way of representing "neither screen nor print"121        return unless t1 == t2122        type = t1123        mod = 'not'124      elsif t1 != t2125        return126      else # t1 == t2, neither m1 nor m2 are "not"127        type = t1128        mod = m1.empty? ? m2 : m1129      end130      Query.new([mod], [type], other.expressions + expressions)131    end132    # Returns the CSS for the media query.133    #134    # @return [String]135    def to_css136      css = ''137      css << resolved_modifier138      css << ' ' unless resolved_modifier.empty?139      css << resolved_type140      css << ' and ' unless resolved_type.empty? || expressions.empty?141      css << expressions.map do |e|142        # It's possible for there to be script nodes in Expressions even when143        # we're converting to CSS in the case where we parsed the document as144        # CSS originally (as in css_test.rb).145        e.map {|c| c.is_a?(Sass::Script::Tree::Node) ? c.to_sass : c.to_s}.join146      end.join(' and ')147      css148    end149    # Returns the Sass/SCSS code for the media query.150    #151    # @param options [{Symbol => Object}] An options hash (see {Sass::CSS#initialize}).152    # @return [String]153    def to_src(options)154      src = ''155      src << Sass::Media._interp_to_src(modifier, options)156      src << ' ' unless modifier.empty?157      src << Sass::Media._interp_to_src(type, options)158      src << ' and ' unless type.empty? || expressions.empty?159      src << expressions.map do |e|160        Sass::Media._interp_to_src(e, options)161      end.join(' and ')162      src163    end164    # @see \{MediaQuery#to\_a}165    def to_a166      res = []167      res += modifier168      res << ' ' unless modifier.empty?169      res += type170      res << ' and ' unless type.empty? || expressions.empty?171      res += Sass::Util.intersperse(expressions, ' and ').flatten172      res173    end174    # Returns a deep copy of this query and all its children.175    #176    # @return [Query]177    def deep_copy178      Query.new(179        modifier.map {|c| c.is_a?(Sass::Script::Tree::Node) ? c.deep_copy : c},180        type.map {|c| c.is_a?(Sass::Script::Tree::Node) ? c.deep_copy : c},181        expressions.map {|e| e.map {|c| c.is_a?(Sass::Script::Tree::Node) ? c.deep_copy : c}})182    end183  end184  # Converts an interpolation array to source.185  #186  # @param interp [Array<String, Sass::Script::Tree::Node>] The interpolation array to convert.187  # @param options [{Symbol => Object}] An options hash (see {Sass::CSS#initialize}).188  # @return [String]189  def self._interp_to_src(interp, options)190    interp.map {|r| r.is_a?(String) ? r : r.to_sass(options)}.join191  end192end...

bindstat.rb

Source:bindstat.rb

...6    class BindStat7      include Rocuses8      include Comparable9      class CounterDB10        def initialize( counter_of )11          @counter_of = counter_of12        end13        def []( attr )14          attr = attr.to_s15          @counter_of[attr] ? @counter_of[attr] : 016        end17        def each( &block )18          @counter_of.each { |key,value|19            block.call( key,value )20          }21        end22      end23      class IncomingRequests < CounterDB24        def initialize( args )25          super( args )26        end27      end28      class IncomingQueries < CounterDB29        def initialize( args )30          super( args )31        end32      end33      class NameServerStatistics < CounterDB34        def initialize( args )35          super( args )36        end37      end38      class ZoneMentenanceStatistics < CounterDB39        def initialize( args )40          super( args )41        end42      end43      class SocketIOStatistics < CounterDB44        def initialize( args )45          super( args )46        end47      end48      class OutgoingQueries < CounterDB49       def initialize( args )50          super( args )51        end52      end53      class ResolverStatistics < CounterDB54        def initialize( args )55          super( args )56        end57      end58      class CacheDBRRSets < CounterDB59        def initialize( args )60          super( args )61        end62        def cache( rr )63          return count_cache( /\A[^\!\#]/ )64        end65        def negative_cache66          return count_cache( /\A\!/ )67        end68        def gabage_collect69          return count_cache( /\A\#/ )70        end71        private72        def count_cache( pattern )73          count_of = Hash.new74          each { |k,v|75            if k =~ pattern76              count_of[k] += v77            end78          }79          return count_of80        end81      end82      class View83        attr_reader :name84        attr_reader :outgoing_queries85        attr_reader :resolver_statistics86        attr_reader :cache_db_rrsets87        def initialize( args )88          Utils::check_args( args,89                             {90                               :name                => :req,91                               :outgoing_queries    => :req,92                               :resolver_statistics => :req,93                               :cache_db_rrsets     => :req,94                             } )95          @name                = args[:name]96          @outgoing_queries    = args[:outgoing_queries]97          @resolver_statistics = args[:resolver_statistics]98          @cache_db_rrsets     = args[:cache_db_rrsets]99        end100      end101      attr_reader :time102      attr_reader :incoming_requests103      attr_reader :incoming_queries104      attr_reader :name_server_statistics105      attr_reader :zone_mentenance_statistics106      attr_reader :socket_io_statistics107      attr_reader :views108      def initialize( args )109        Utils::check_args( args,110                           {111                             :time                       => :req,112                             :incoming_requests          => :req,113                             :incoming_queries           => :req,114                             :name_server_statistics     => :req,115                             :zone_mentenance_statistics => :req,116                             :socket_io_statistics       => :req,117                             :views                      => :req,118                           } )119        @time                       = args[:time]120        @incoming_requests          = args[:incoming_requests]121        @incoming_queries           = args[:incoming_queries]122        @name_server_statistics     = args[:name_server_statistics]...

initialize

Using AI Code Generation

1 def initialize(query)2query = Queries.new("SELECT * FROM users")3 def initialize(query)

initialize

Using AI Code Generation

1 def initialize(query)2query = Queries.new("SELECT * FROM users")3 def initialize(query)

initialize

Using AI Code Generation

1  def initialize(name)2obj = Queries.new("Ruby")3puts obj.instance_variable_get(:@name)4  def initialize(name)5obj = Queries.new("Ruby")6obj.instance_variable_set(:@name, "Python")7puts obj.instance_variable_get(:@name)

initialize

Using AI Code Generation

1queries.find_by_name('user1')2queries.find_by_id(1)3      { id: , name: 'user1' },4      { id: 2, name: 'user2' },5      { id: 3, name: 'user3' },6      { id: 4, name: 'user4' }7  def find_by_id(id)8  def find_by_name(name)9queries.find_by_name('user1')10queries.find_by_id(1)11      { id: 1, name: 'user1' },12      {13  def initialize(name)14obj = Queries.new("Ruby")15  def initialize(name)16obj = Queries.new("Ruby")17puts obj.is_a?(Queries)18  def initialize(name)19obj = Queries.new("Ruby")20puts obj.kind_of?(Queries)

initialize

Using AI Code Generation

1queries.find_by_name('user1')2queries.find_by_id(1)3      { id: 1, name: 'user1' },4      { id: 2, name: 'user2' },5      { id: 3, name: 'user3' },6      { id: 4, name: 'user4' }7  def find_by_id(id)8  def find_by_name(name)9queries.find_by_name('user1')10queries.find_by_id(1)11      { id: 1, name: 'user1' },12      {

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