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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)
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