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How to use sum_up_results method of ParallelTests.Test Package

Best Parallel_tests_ruby code snippet using ParallelTests.Test.sum_up_results

runner.rb

Source:runner.rb

...103          def test_env_number(process_number)104            process_number == 0 ? '' : process_number + 1105          end106          def summarize_results(results)107            sums = sum_up_results(results)108            sums.to_a.map{|word, number|  "#{number} #{word}#{'s' if number != 1}" }.join(', ')109            #sums.sort.map{|word, number|  "#{number} #{word}#{'s' if number != 1}" }.join(', ')110          end111          protected112          def executable113            ENV['PARALLEL_TESTS_EXECUTABLE'] || determine_executable114          end115          def determine_executable116            if Actir::Remote.is_local?117              "ruby"118            else119              #TO-DO jenkinsæå¡å¨ä¸çrubyæ¯ç¨rvmç®¡çç,è¿éæä¸ªåï¼å¨jenkinsä¸è°ç¨rubyå½ä»¤ä¼æ¥æ¾ä¸å°120              #åç»èèæ´æ¢rvmè³rbenv121              #jenkinsæå¡å¨ä¸çrubyæå¨å°å122              "/usr/local/rvm/rubies/ruby-2.0.0-p598/bin/ruby"123            end124          end125          126          #127          # éè¿ç»æå¤ææ¯å¦æç¨ä¾å¤±è´¥128          # è¿åå¤±è´¥ç¨ä¾çæ°ç® 129          #130          def get_test_failed_num(result)131            #è·åç»æåç¬¦ä¸²ä¸çfailureåerrorç¨ä¾æ°132            failed_num = 0133            result.scan(/(\d+)\s(failure|error)/).each do |failed|134              failed_num += failed[0].to_i135            end136            failed_num137          end138          def sum_up_results(results)139            results = results.join(' ').gsub(/s\b/,'') # combine and singularize results140            #results = results.join(' ')141            counts = results.scan(/(\d+) (\w+)/)142            counts.inject(Hash.new(0)) do |sum, (number, word)|143              sum[word] += number.to_i144              sum145            end146          end147          # read output of the process and print it in chunks148          def capture_output(out, silence)149            result = ""150            loop do151              begin152                read = out.readpartial(1000000) # read whatever chunk we can get...

sum_up_results

Using AI Code Generation

1ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))2ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))3ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))4ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))5ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))6ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))7ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))8ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))9ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))

sum_up_results

Using AI Code Generation

1ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))2ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))3ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))4ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))5ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))6ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))7ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))8ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))9ParallelTests::Test.sum_up_results(ParallelTests::Test::Result.new(1, 2, 3, 4))

sum_up_results

Using AI Code Generation

1def sum_up_results(results)2  ParallelTests::Test.sum_up_results(results)3results = ParallelTests::Test.run_tests(['test1.rb', 'test2.rb'])4sum_up_results(results)5  results = ParallelTests::Test.sum_up_results([{:passed => 2, :failed => 1, :errors => 1, :skipped => 0}, {:passed => 1, :failed => 0, :errors => 0, :skipped => 0}])6  assert_equal(results, {:passed => 3, :failed => 1, :errors => 1, :skipped => 0})7  results = ParallelTests::Test.sum_up_results([{:passed => 2, :failed => 1, :errors => 1, :skipped => 0}, {:passed => 1, :failed => 0, :errors => 0, :skipped => 0}])8  assert_equal(results, {:passed => 3, :failed => 1, :errors => 1, :skipped => 0})9  results = ParallelTests::Test.sum_up_results([{:passed => 2, :failed => 1, :errors => 1, :skipped => 0}, {:passed => 1, :failed => 0, :errors => 0, :skipped => 0}])10  assert_equal(results, {:passed => 3, :failed => 1, :errors => 1, :skipped => 0})

sum_up_results

Using AI Code Generation

1test_count = ParallelTests::Test::Runner.new.tests_in_groups( 1, {} ).flatten.size2Parallel.each( ( 1..cores ), in_processes: cores, finish: ->( item, i, result ) { results[i] = result } ) do |core|3  tests = ParallelTests::Test::Runner.new.tests_in_groups( cores, {} )[core - 1]4  ParallelTests::Test::Runner.new.run_tests( tests, {}, {} )5results = ParallelTests::Test::Runner.new.sum_up_results( results )

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