Best Rr_ruby code snippet using Generator.ClassMethods.setup
order.rb
Source:order.rb
...38 # This submodule contains class methods used to easily define filter.39 module ClassMethods40 # Registers attributes that should be filled with some values.41 def reverse_attributes(*args)42 setup_attributes_that :should_be_reversed, args,43 :reverse_enumerable => [:enum, :enums, :whole_enums, :reverse_enums, :reverse_enumerable]44 end45 alias_method :reverse_attribute, :reverse_attributes46 alias_method :reverses_attribute, :reverse_attributes47 alias_method :reverses_attributes, :reverse_attributes48 end # module ClassMethods49 end # module Order50 # Randomizes order of attribute contents.51 # 52 # The attrubutes are taken from the attribute set53 # called +should_be_shuffled+.54 # 55 # @note If a value of currently processed attribute is an array56 # then any element of the array is changed. The same with hash (its values are changed).57 # 58 # @return [void]59 def shuffle_attributes60 filter_attrs_from_set(:should_be_shuffled) do |atr_val, atr_name, set_obj|61 shuffle_enum, rng = set_obj.annotation(atr_name, :shuffle_enumerable, :shuffle_generator)62 rng = { :random => rng }63 if shuffle_enum64 if atr_val.is_a?(String)65 atr_val.mb_chars.split("").shuffle(rng).join66 else67 atr_val.respond_to?(:shuffle) ? atr_val.shuffle(rng) : atr_val68 end69 else70 AFHelpers.each_element(atr_val) do |v|71 if v.is_a?(String)72 v.mb_chars.split("").shuffle(rng).join73 else74 v.respond_to?(:shuffle) ? v.shuffle(rng) : v75 end76 end77 end78 end79 end80 filtering_method :shuffle_attributes, :should_be_shuffled81 # This submodule contains class methods used to easily define filter.82 module ClassMethods83 # Registers attributes that should be shuffled.84 def shuffle_attributes(*args)85 setup_attributes_that :should_be_shuffled, args,86 {87 :shuffle_enumerable => [:enum, :enums, :whole_enums, :shuffle_enums, :shuffle_enumerable],88 :shuffle_generator => [:random_generator, :generator, :rnd, :rng, :shuffle_generator]89 }, :shuffle_generator90 end91 alias_method :shuffle_attribute, :shuffle_attributes92 alias_method :shuffles_attribute, :shuffle_attributes93 alias_method :shuffles_attributes, :shuffle_attributes94 end # module ClassMethods95 include Order96 end # module Common97 end # module AttributeFilters98end # module ActiveModel...
actions.rb
Source:actions.rb
...5 def self.included(base)6 base.extend ClassMethods7 end8 # Performs the necessary generator for a given component choice9 # execute_component_setup(:mock, 'rr')10 def execute_component_setup(component, choice)11 return true && say("Skipping generator for #{component} component...", :yellow) if choice.to_s == 'none'12 say "Applying '#{choice}' (#{component})...", :yellow13 apply_component_for(choice, component)14 send("setup_#{component}") if respond_to?("setup_#{component}")15 end16 # Returns the related module for a given component and option17 # generator_module_for('rr', :mock)18 def apply_component_for(choice, component)19 # I need to override Thor#apply because for unknow reason :verobse => false break tasks.20 path = File.expand_path(File.dirname(__FILE__) + "/components/#{component}/#{choice}.rb")21 say_status :apply, "#{component}/#{choice}"22 shell.padding += 123 instance_eval(open(path).read)24 shell.padding -= 125 end26 # Prompts the user if necessary until a valid choice is returned for the component27 # resolve_valid_choice(:mock) => 'rr'28 def resolve_valid_choice(component)...
generator.rb
Source:generator.rb
...25 def self.included(base)26 base.extend(ClassMethods)27 end28 def initialize(*args)29 setup(*args)30 run_configurators31 configure(*args)32 yield self if block_given?33 end34 def setup(*args)35 end36 def configure(*args)37 end38 private39 def run_configurators40 self.class.configurators.each do |configurator|41 configurator.call(self)42 end43 end44end...
setup
Using AI Code Generation
1 def self.setup(&block)2 @@setup.call(obj)3 def self.setup(&block)4 @@setup.call(obj)5 def self.setup(&block)6 @@setup.call(obj)7 def self.setup(&block)8 @@setup.call(obj)9 def self.setup(&block)10 @@setup.call(obj)11 def self.setup(&block)12 @@setup.call(obj)13 def self.setup(&block)14 @@setup.call(obj)15 def self.setup(&block)16 @@setup.call(obj)17 def self.setup(&block)18 @@setup.call(obj)
setup
Using AI Code Generation
1 def self.setup(&block)2 @@setup.call(obj)3 def self.setup(&block)4 @@setup.call(obj)5 def self.setup(&block)6 @@setup.call(obj)7 def self.setup(&block)8 @@setup.call(obj)9 def self.setup(&block)10 @@setup.call(obj)11 def self.setup(&block)12 @@setup.call(obj)13 def self.setup(&block)14 @@setup.call(obj)15 def self.setup(&block)16 @@setup.call(obj)17 def self.setup(&block)18 @@setup.call(obj)
setup
Using AI Code Generation
1g .setup def setup(ethod2puts gen.instance_variable_get(:@setup) @setup = block3puts genintanc_variable_ge(:@set)
setup
Using AI Code Generation
1 def self.setup(&block)2 def self.method_missing(name, *args, &block)3 setup.call(name, *args, &block)4 def generator(name, &block)5 define_method(name, &block)6 define_method(name, &block)7 define_singleton_method(name, &block)8 define_singleton_method(name) do |*args|9 instance_exec(*args, &block)10 define_singleton_method(name) do |*args|11 new.instance_exec(*args, &block)12 define_singleton_method(name) do |*args|13 new.instance_exec(*args, &block)14 def self.inherited(subclass)15 subclass.setup(&@setup)16 define_singleton_method(name) do |*args|17 new.instance_exec(*args, &block)
setup
Using AI Code Generation
1 def self.setup(&block)2 def self.method_missing(name, *args, &block)3 setup.call(name, *args, &block)4 def generator(name, &block)5 define_method(name, &block)6 define_method(name, &block)7 define_singleton_method(name, &block)8 define_singleton_method(name) do |*args|9 instance_exec(*args, &block)10 define_singleton_method(name) do |*args|11 new.instance_exec(*args, &block)12 define_singleton_method(name) do |*args|13 new.instance_exec(*args, &block)14 def self.inherited(subclass)15 subclass.setup(&@setup)16 define_singleton_method(name) do |*args|17 new.instance_exec(*args, &block)
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!!