How to use count method of Sort Package

Best Active_mocker_ruby code snippet using Sort.count

scanning_test.rb

Source:scanning_test.rb

...17      }18      assert_equal 1000, all_keys.uniq.size19    end20  end21  def test_scan_count22    target_version "2.7.105" do23      r.debug :populate, 100024      cursor = 025      all_keys   = []26      loop {27        cursor, keys = r.scan cursor, :count => 528        all_keys += keys29        break if cursor == "0"30      }31      assert_equal 1000, all_keys.uniq.size32    end33  end34  def test_scan_match35    target_version "2.7.105" do36      r.debug :populate, 100037      cursor = 038      all_keys   = []39      loop {40        cursor, keys = r.scan cursor, :match => "key:1??"41        all_keys += keys42        break if cursor == "0"43      }44      assert_equal 100, all_keys.uniq.size45    end46  end47  def test_scan_each_enumerator48    target_version "2.7.105" do49      r.debug :populate, 100050      scan_enumerator = r.scan_each51      assert_equal true, scan_enumerator.is_a?(::Enumerator)52      keys_from_scan = scan_enumerator.to_a.uniq53      all_keys = r.keys "*"54      assert all_keys.sort == keys_from_scan.sort55    end56  end57  def test_scan_each_enumerator_match58    target_version "2.7.105" do59      r.debug :populate, 100060      keys_from_scan = r.scan_each(:match => "key:1??").to_a.uniq61      all_keys = r.keys "key:1??"62      assert all_keys.sort == keys_from_scan.sort63    end64  end65  def test_scan_each_block66    target_version "2.7.105" do67      r.debug :populate, 10068      keys_from_scan   = []69      r.scan_each {|key|70        keys_from_scan << key71      }72      all_keys = r.keys "*"73      assert all_keys.sort == keys_from_scan.uniq.sort74    end75  end76  def test_scan_each_block_match77    target_version "2.7.105" do78      r.debug :populate, 10079      keys_from_scan   = []80      r.scan_each(:match => "key:1?") {|key|81        keys_from_scan << key82      }83      all_keys = r.keys "key:1?"84      assert all_keys.sort == keys_from_scan.uniq.sort85    end86  end87  def test_sscan_with_encoding88    target_version "2.7.105" do89      [:intset, :hashtable].each do |enc|90        r.del "set"91        prefix = ""92        prefix = "ele:" if enc == :hashtable93        elements = []94        100.times { |j| elements << "#{prefix}#{j}" }95        r.sadd "set", elements96        assert_equal enc.to_s, r.object("encoding", "set")97        cursor = 098        all_keys   = []99        loop {100          cursor, keys = r.sscan "set", cursor101          all_keys += keys102          break if cursor == "0"103        }104        assert_equal 100, all_keys.uniq.size105      end106    end107  end108  def test_sscan_each_enumerator109    target_version "2.7.105" do110      elements = []111      100.times { |j| elements << "ele:#{j}" }112      r.sadd "set", elements113      scan_enumerator = r.sscan_each("set")114      assert_equal true, scan_enumerator.is_a?(::Enumerator)115      keys_from_scan = scan_enumerator.to_a.uniq116      all_keys = r.smembers("set")117      assert all_keys.sort == keys_from_scan.sort118    end119  end120  def test_sscan_each_enumerator_match121    target_version "2.7.105" do122      elements = []123      100.times { |j| elements << "ele:#{j}" }124      r.sadd "set", elements125      keys_from_scan = r.sscan_each("set", :match => "ele:1?").to_a.uniq126      all_keys = r.smembers("set").grep(/^ele:1.$/)127      assert all_keys.sort == keys_from_scan.sort128    end129  end130  def test_sscan_each_enumerator_block131    target_version "2.7.105" do132      elements = []133      100.times { |j| elements << "ele:#{j}" }134      r.sadd "set", elements135      keys_from_scan = []136      r.sscan_each("set") do |key|137        keys_from_scan << key138      end139      all_keys = r.smembers("set")140      assert all_keys.sort == keys_from_scan.uniq.sort141    end142  end143  def test_sscan_each_enumerator_block_match144    target_version "2.7.105" do145      elements = []146      100.times { |j| elements << "ele:#{j}" }147      r.sadd "set", elements148      keys_from_scan = []149      r.sscan_each("set", :match => "ele:1?") do |key|150        keys_from_scan << key151      end152      all_keys = r.smembers("set").grep(/^ele:1.$/)153      assert all_keys.sort == keys_from_scan.uniq.sort154    end155  end156  def test_hscan_with_encoding157    target_version "2.7.105" do158      [:ziplist, :hashtable].each do |enc|159        r.del "set"160        count = 1000161        count = 30 if enc == :ziplist162        elements = []163        count.times { |j| elements << "key:#{j}" << j.to_s }164        r.hmset "hash", *elements165        assert_equal enc.to_s, r.object("encoding", "hash")166        cursor = 0167        all_key_values   = []168        loop {169          cursor, key_values = r.hscan "hash", cursor170          all_key_values.concat key_values171          break if cursor == "0"172        }173        keys2 = []174        all_key_values.each do |k, v|175          assert_equal "key:#{v}", k176          keys2 << k177        end178        assert_equal count, keys2.uniq.size179      end180    end181  end182  def test_hscan_each_enumerator183    target_version "2.7.105" do184      count = 1000185      elements = []186      count.times { |j| elements << "key:#{j}" << j.to_s }187      r.hmset "hash", *elements188      scan_enumerator = r.hscan_each("hash")189      assert_equal true, scan_enumerator.is_a?(::Enumerator)190      keys_from_scan = scan_enumerator.to_a.uniq191      all_keys = r.hgetall("hash").to_a192      assert all_keys.sort == keys_from_scan.sort193    end194  end195  def test_hscan_each_enumerator_match196    target_version "2.7.105" do197      count = 100198      elements = []199      count.times { |j| elements << "key:#{j}" << j.to_s }200      r.hmset "hash", *elements201      keys_from_scan = r.hscan_each("hash", :match => "key:1?").to_a.uniq202      all_keys = r.hgetall("hash").to_a.select{|k,v| k =~ /^key:1.$/}203      assert all_keys.sort == keys_from_scan.sort204    end205  end206  def test_hscan_each_block207    target_version "2.7.105" do208      count = 1000209      elements = []210      count.times { |j| elements << "key:#{j}" << j.to_s }211      r.hmset "hash", *elements212      keys_from_scan = []213      r.hscan_each("hash") do |field, value|214        keys_from_scan << [field, value]215      end216      all_keys = r.hgetall("hash").to_a217      assert all_keys.sort == keys_from_scan.uniq.sort218    end219  end220  def test_hscan_each_block_match221    target_version "2.7.105" do222      count = 1000223      elements = []224      count.times { |j| elements << "key:#{j}" << j.to_s }225      r.hmset "hash", *elements226      keys_from_scan = []227      r.hscan_each("hash", :match => "key:1?") do |field, value|228        keys_from_scan << [field, value]229      end230      all_keys = r.hgetall("hash").to_a.select{|k,v| k =~ /^key:1.$/}231      assert all_keys.sort == keys_from_scan.uniq.sort232    end233  end234  def test_zscan_with_encoding235    target_version "2.7.105" do236      [:ziplist, :skiplist].each do |enc|237        r.del "zset"238        count = 1000239        count = 30 if enc == :ziplist240        elements = []241        count.times { |j| elements << j << "key:#{j}" }242        r.zadd "zset", elements243        assert_equal enc.to_s, r.object("encoding", "zset")244        cursor = 0245        all_key_scores   = []246        loop {247          cursor, key_scores = r.zscan "zset", cursor248          all_key_scores.concat  key_scores249          break if cursor == "0"250        }251        keys2 = []252        all_key_scores.each do |k, v|253          assert_equal true, v.is_a?(Float)254          assert_equal "key:#{Integer(v)}", k255          keys2 << k256        end257        assert_equal count, keys2.uniq.size258      end259    end260  end261  def test_zscan_each_enumerator262    target_version "2.7.105" do263      count = 1000264      elements = []265      count.times { |j| elements << j << "key:#{j}" }266      r.zadd "zset", elements267      scan_enumerator = r.zscan_each "zset"268      assert_equal true, scan_enumerator.is_a?(::Enumerator)269      scores_from_scan = scan_enumerator.to_a.uniq270      member_scores = r.zrange("zset", 0, -1, :with_scores => true)271      assert member_scores.sort == scores_from_scan.sort272    end273  end274  def test_zscan_each_enumerator_match275    target_version "2.7.105" do276      count = 1000277      elements = []278      count.times { |j| elements << j << "key:#{j}" }279      r.zadd "zset", elements280      scores_from_scan = r.zscan_each("zset", :match => "key:1??").to_a.uniq281      member_scores = r.zrange("zset", 0, -1, :with_scores => true)282      filtered_members = member_scores.select{|k,s| k =~ /^key:1..$/}283      assert filtered_members.sort == scores_from_scan.sort284    end285  end286  def test_zscan_each_block287    target_version "2.7.105" do288      count = 1000289      elements = []290      count.times { |j| elements << j << "key:#{j}" }291      r.zadd "zset", elements292      scores_from_scan = []293      r.zscan_each("zset") do |member, score|294        scores_from_scan << [member, score]295      end296      member_scores = r.zrange("zset", 0, -1, :with_scores => true)297      assert member_scores.sort == scores_from_scan.sort298    end299  end300  def test_zscan_each_block_match301    target_version "2.7.105" do302      count = 1000303      elements = []304      count.times { |j| elements << j << "key:#{j}" }305      r.zadd "zset", elements306      scores_from_scan = []307      r.zscan_each("zset", :match => "key:1??") do |member, score|308        scores_from_scan << [member, score]309      end310      member_scores = r.zrange("zset", 0, -1, :with_scores => true)311      filtered_members = member_scores.select{|k,s| k =~ /^key:1..$/}312      assert filtered_members.sort == scores_from_scan.sort313    end314  end315end...

query_facet.rb

Source:query_facet.rb

...11        @rows ||=12          begin13            data = @search.facet_response['facet_queries']14            rows = []15            minimum_count =16              case17              when @options[:minimum_count] then @options[:minimum_count]18              when @options[:zeros] then 019              else 120              end21            @requested_facets.each do |requested_facet|22              count = data[requested_facet.boolean_phrase] || 023              if count >= minimum_count24                rows << FacetRow.new(requested_facet.label, count, self)25              end26            end27            sort_rows!(rows)28          end29      end30      def add_row(label, boolean_phrase) #:nodoc:31        @requested_facets << RequestedFacet.new(label, boolean_phrase)32      end33      private34      def sort_rows!(rows)35        case @options[:sort] || (:count if limit)36        when :count37          rows.sort! { |lrow, rrow| rrow.count <=> lrow.count }38        when :index39          rows.sort! do |lrow, rrow|40            if lrow.respond_to?(:<=>)41              lrow.value <=> rrow.value42            elsif lrow.respond_to?(:first) && rrow.respond_to?(:first) && lrow.first.respond_to?(:<=>)43              lrow.first.value <=> rrow.first.value44            else45              lrow.value.to_s <=> rrow.value.to_s46            end47          end48        end49        if limit50          rows.replace(rows.first(limit))51        end...

count

Using AI Code Generation

1  def count=(value)2  def swap(index1, index2)3  def count=(value)4  def swap(index1, index2)5  def count=(value)6  def swap(index1, index2)

count

Using AI Code Generation

1puts Sort.count(array)2  def self.count(array)3$LOAD_PATH << File.dirname(__FILE__)4$LOAD_PATH << File.dirname(__FILE__) + '/lib'5$LOAD_PATH << File.dirname(__FILE__) + '/app'6$LOAD_PATH.unshift(File.join(File.dirname(__FILE__), '..', 'lib'))7$LOAD_PATH.unshift(File.join(File.dirname(__FILE__), '..', 'app'))8$LOAD_PATH.unshift(File.expand_path(File.join(File.dirname(__FILE__), '..', 'lib')))9$LOAD_PATH.unshift(File.expand_path(File.join(File.dirname(__FILE__), '..', 'app')))

count

Using AI Code Generation

1puts Sort.count(a, 3)2  def self.count(a, x)3  def self.count(a, x)4puts Sort.count(a, 3)5  def self.count(a, x)6puts Sort.count(a, 3)7  def self.count(a, x)

count

Using AI Code Generation

1  def count(array)2p sort.count(array)3  def count(array)4p sort.count(array)5  def count(array)6p sort.count(array)7  def count(array)8p sort.count(array)

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.