Best Parallel_tests_ruby code snippet using ParallelTests.in_even_groups_by_size
grouper.rb
Source: grouper.rb
2 class Grouper3 class << self4 def by_steps(tests, num_groups, options)5 features_with_steps = build_features_with_steps(tests, options)6 in_even_groups_by_size(features_with_steps, num_groups)7 end8 def by_scenarios(tests, num_groups, options={})9 scenarios = group_by_scenarios(tests, options)10 in_even_groups_by_size(scenarios, num_groups)11 end12 def in_even_groups_by_size(items, num_groups, options= {})13 groups = Array.new(num_groups) { {:items => [], :size => 0} }14 # add all files that should run in a single process to one group15 (options[:single_process] || []).each do |pattern|16 matched, items = items.partition { |item, size| item =~ pattern }17 matched.each { |item, size| add_to_group(groups.first, item, size) }18 end19 groups_to_fill = (options[:isolate] ? groups[1..-1] : groups)20 group_features_by_size(items_to_group(items), groups_to_fill)21 groups.map!{|g| g[:items].sort }22 end23 private24 def largest_first(files)25 files.sort_by{|item, size| size }.reverse26 end...
grouper_spec.rb
Source: grouper_spec.rb
...20 ["#{tmpdir}/b.feature"]21 ]22 end23 end24 describe :in_even_groups_by_size do25 let(:files_with_size){ {"1" => 1, "2" => 2, "3" => 3, "4" => 4, "5" => 5} }26 def call(num_groups)27 ParallelTests::Grouper.in_even_groups_by_size(files_with_size, num_groups)28 end29 it "groups 1 by 1 for same groups as size" do30 call(5).should == [["5"], ["4"], ["3"], ["2"], ["1"]]31 end32 it "groups into even groups" do33 call(2).should == [["1", "2", "5"], ["3", "4"]]34 end35 it "groups into a single group" do36 call(1).should == [["1", "2", "3", "4", "5"]]37 end38 it "adds empty groups if there are more groups than feature files" do39 call(6).should == [["5"], ["4"], ["3"], ["2"], ["1"], []]40 end41 end...
in_even_groups_by_size
Using AI Code Generation
1ParallelTests.in_even_groups_by_size(ARGV[0], ARGV[1])2ParallelTests.in_processes(ARGV[0], ARGV[1])3ParallelTests.in_threads(ARGV[0], ARGV[1])4puts ParallelTests.number_of_processes(ARGV[0])5puts ParallelTests.number_of_processes_for_number_of_specs(ARGV[0], ARGV[1])6puts ParallelTests.number_of_processes_for_number_of_specs(ARGV[0], ARGV[1])7puts ParallelTests.number_of_processes_for_number_of_specs(ARGV[0], ARGV[1])8puts ParallelTests.number_of_processes_for_number_of_specs(ARGV[0], ARGV[1])9puts ParallelTests.number_of_processes_for_number_of_specs(ARGV[0], ARGV[1])10puts ParallelTests.number_of_processes_for_number_of_specs(ARGV[0], ARGV[1])11puts ParallelTests.number_of_processes_for_number_of_specs(ARGV[0], ARGV[1])
in_even_groups_by_size
Using AI Code Generation
1 def self.in_even_groups_by_size(tests, num_groups, options={})2 tests = tests.sort_by { |test| File.size(test) }3 groups = ParallelTests::Grouper.in_even_groups_by_size(tests, num_groups)4 def self.in_even_groups_by_size(tests, num_groups, options={})5 tests = tests.sort_by { |test| File.size(test) }6 groups = ParallelTests::Grouper.in_even_groups_by_size(tests, num_groups)7 def self.in_even_groups_by_size(tests, num_groups, options={})8 tests = tests.sort_by { |test| File.size(test) }9 groups = ParallelTests::Grouper.in_even_groups_by_size(tests, num_groups)10 def self.in_even_groups_by_size(tests, num_groups, options={})11 tests = tests.sort_by { |test| File.size(test) }
in_even_groups_by_size
Using AI Code Generation
1ParallelTests.in_even_groups_by_size('features', :number_of_groups => 2) do |files|2ParallelTests.in_even_groups_by_size('features', :number_of_groups => 2) do |files|3ParallelTests.in_even_groups_by_size('features', :number_of_groups => 2) do |files|4ParallelTests.in_even_groups_by_size('features', :number_of_groups => 2) do |files|5ParallelTests.in_even_groups_by_size('features', :number_of_groups => 2) do |files|6ParallelTests.in_even_groups_by_size('features', :number_of_groups => 2) do |files|7ParallelTests.in_even_groups_by_size('features', :number_of_groups => 2) do |files|
in_even_groups_by_size
Using AI Code Generation
1def in_even_groups_by_size(tests, num_groups)2 tests_by_letter = tests.group_by{|t| t[0]}3 tests_by_letter.sort_by{|k,v| k}.map{|k,v| v}.flatten.in_even_groups_by_size(num_groups)4def in_even_groups_by_size(tests, num_groups)5 tests_by_letter = tests.group_by{|t| t[0]}6 tests_by_letter.sort_by{|k,v| k}.map{|k,v| v}.flatten.sort.in_even_groups_by_size(num_groups)7def in_even_groups_by_size(tests, num_groups)8 tests_by_letter = tests.group_by{|t| t[0]}9 tests_by_letter.sort_by{|k,v| k}.map{|k,v| v}.flatten.sort_by{|t| File.size(t)}.in_even_groups_by_size(num_groups)
Check out the latest blogs from LambdaTest on this topic:
As part of one of my consulting efforts, I worked with a mid-sized company that was looking to move toward a more agile manner of developing software. As with any shift in work style, there is some bewilderment and, for some, considerable anxiety. People are being challenged to leave their comfort zones and embrace a continuously changing, dynamic working environment. And, dare I say it, testing may be the most ‘disturbed’ of the software roles in agile development.
So, now that the first installment of this two fold article has been published (hence you might have an idea of what Agile Testing is not in my opinion), I’ve started feeling the pressure to explain what Agile Testing actually means to me.
One of the essential parts when performing automated UI testing, whether using Selenium or another framework, is identifying the correct web elements the tests will interact with. However, if the web elements are not located correctly, you might get NoSuchElementException in Selenium. This would cause a false negative result because we won’t get to the actual functionality check. Instead, our test will fail simply because it failed to interact with the correct element.
In addition to the four values, the Agile Manifesto contains twelve principles that are used as guides for all methodologies included under the Agile movement, such as XP, Scrum, and Kanban.
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.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!