Best Parallel_tests_ruby code snippet using ParallelTests.run_tests_in_parallel
cli.rb
Source:cli.rb
...8 num_processes = num_processes * (options[:multiply] || 1)9 if options[:execute]10 execute_shell_command_in_parallel(options[:execute], num_processes, options)11 else12 run_tests_in_parallel(num_processes, options)13 end14 end15 private16 def self.run_tests_in_parallel(num_processes, options)17 test_results = nil18 lib = options[:type] || 'test'19 runner = load_runner_for(lib)20 report_time_taken do21 groups = runner.tests_in_groups(options[:files], num_processes, options)22 report_number_of_tests runner, groups23 test_results = Parallel.map(groups, :in_processes => groups.size) do |group|24 run_tests(runner, group, groups.index(group), options)25 end26 report_results runner, test_results27 end28 abort "#{lib.capitalize}s Failed" if any_test_failed?(test_results)29 end30 def self.run_tests(runner, group, process_number, options)...
parallel_tests@3.7.3.rbi
Source:parallel_tests@3.7.3.rbi
...41 def report_results(test_results, options); end42 def report_time_taken(&block); end43 def reprint_output(result, lockfile); end44 def run_tests(group, process_number, num_processes, options); end45 def run_tests_in_parallel(num_processes, options); end46 def simulate_output_for_ci(simulate); end47 def use_colors?; end48end49class ParallelTests::Grouper50 class << self51 def by_scenarios(tests, num_groups, options = T.unsafe(nil)); end52 def by_steps(tests, num_groups, options); end53 def in_even_groups_by_size(items, num_groups, options = T.unsafe(nil)); end54 private55 def add_to_group(group, item, size); end56 def group_by_features_with_steps(tests, options); end57 def group_by_scenarios(tests, options = T.unsafe(nil)); end58 def group_features_by_size(items, groups_to_fill); end59 def isolate_count(options); end...
parallel_tests@3.0.0.rbi
Source:parallel_tests@3.0.0.rbi
...37 def report_results(test_results, options); end38 def report_time_taken; end39 def reprint_output(result, lockfile); end40 def run_tests(group, process_number, num_processes, options); end41 def run_tests_in_parallel(num_processes, options); end42 def simulate_output_for_ci(simulate); end43 def use_colors?; end44end45class ParallelTests::Grouper46 def self.by_scenarios(tests, num_groups, options = _); end47 def self.by_steps(tests, num_groups, options); end48 def self.in_even_groups_by_size(items, num_groups, options = _); end49end50class ParallelTests::Pids51 def initialize(file_path); end52 def add(pid); end53 def all; end54 def count; end55 def delete(pid); end...
run_tests_in_parallel
Using AI Code Generation
1ParallelTests.run_tests_in_parallel(num_processes, command)2ParallelTests.run_tests_in_parallel(num_processes, "rake task_name")3ParallelTests.run_tests_in_parallel(num_processes, "sh script_name.sh")4ParallelTests.run_tests_in_parallel(num_processes, "bash -c 'echo Hello World'")5ParallelTests.run_tests_in_parallel(num_processes, "ruby -e 'puts \"Hello World\"'")6ParallelTests.run_tests_in_parallel(num_processes, "python -c 'print \"Hello World\"'")7ParallelTests.run_tests_in_parallel(num_processes, "java -e 'System.out.println(\"Hello World\")'")8ParallelTests.run_tests_in_parallel(num_processes, "node -e 'console.log(\"Hello World\")'")9ParallelTests.run_tests_in_parallel(num_processes, "perl -e 'print \"Hello World\"'")10ParallelTests.run_tests_in_parallel(num_processes, "php -r 'echo \"Hello World\";'")
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