Best Selenium code snippet using Selenium.WebDriver.Interactions.assert_source
interaction_spec.rb
Source:interaction_spec.rb
...33 super(source)34 @special = special35 @type = :newType36 end37 def assert_source(source)38 raise TypeError, "#{source.type} is not a valid input type" unless source.is_a? NewDevice39 end40 def encode41 {type: type, special: @special}42 end43 end44 class SubActionBuilder < ActionBuilder45 def special_action(special, device: nil)46 special_input(device).create_special(special)47 self48 end49 private50 def special_input(name = nil)51 device(name: name, type: :newType) || add_input(NewDevice.new('new'))...
pointer_press.rb
Source:pointer_press.rb
...37 def encode38 process_opts.merge('type' => type.to_s, 'button' => @button)39 end40 private41 def assert_source(source)42 raise TypeError, "#{source.type} is not a valid input type" unless source.is_a? PointerInput43 end44 def assert_button(button)45 case button46 when Symbol47 raise ArgumentError, "#{button} is not a valid button!" unless BUTTONS.key? button48 BUTTONS[button]49 when Integer50 raise ArgumentError, 'Button number cannot be negative!' if button.negative?51 button52 else53 raise TypeError, "button must be a positive integer or one of #{BUTTONS.keys}, not #{button.class}"54 end55 end...
pointer_move.rb
Source:pointer_move.rb
...36 @origin = element || origin || :viewport37 @type = :pointerMove38 @opts = opts39 end40 def assert_source(source)41 raise TypeError, "#{source.type} is not a valid input type" unless source.is_a? PointerInput42 end43 def encode44 process_opts.merge('type' => type.to_s,45 'duration' => @duration.to_i,46 'x' => @x_offset,47 'y' => @y_offset,48 'origin' => @origin)49 end50 end # PointerMove51 end # Interactions52 end # WebDriver53end # Selenium...
scroll.rb
Source:scroll.rb
...35 @y_offset = y36 @delta_x = delta_x37 @delta_y = delta_y38 end39 def assert_source(source)40 raise TypeError, "#{source.type} is not a valid input type" unless source.is_a? WheelInput41 end42 def encode43 {'type' => type.to_s,44 'duration' => @duration.to_i,45 'x' => @x_offset,46 'y' => @y_offset,47 'deltaX' => @delta_x,48 'deltaY' => @delta_y,49 'origin' => @origin.is_a?(Element) ? @origin : @origin.to_s}50 end51 end # PointerPress52 end # Interactions53 end # WebDriver...
typing_interaction.rb
Source:typing_interaction.rb
...29 super(source)30 @type = assert_type(type)31 @key = Keys.encode_key(key)32 end33 def assert_source(source)34 raise TypeError, "#{source.type} is not a valid input type" unless source.is_a? KeyInput35 end36 def assert_type(type)37 raise TypeError, "#{type.inspect} is not a valid key subtype" unless KeyInput::SUBTYPES.key? type38 KeyInput::SUBTYPES[type]39 end40 def encode41 {type: @type, value: @key}42 end43 end # TypingInteraction44 end # Interactions45 end # WebDriver46end # Selenium...
pause.rb
Source:pause.rb
...29 super(source)30 @duration = duration31 @type = :pause32 end33 def assert_source(source)34 raise TypeError, "#{source.type} is not a valid input type" unless source.is_a? InputDevice35 end36 def encode37 output = {type: type}38 output[:duration] = (@duration * 1000).to_i if @duration39 output40 end41 end # Pause42 end # Interactions43 end # WebDriver44end # Selenium...
pointer_cancel.rb
Source:pointer_cancel.rb
...27 def initialize(source)28 super(source)29 @type = :pointerCancel30 end31 def assert_source(source)32 raise TypeError, "#{source.type} is not a valid input type" unless source.is_a? PointerInput33 end34 def encode35 {type: type}36 end37 end # PointerCancel38 end # Interactions39 end # WebDriver40end # Selenium...
interaction.rb
Source:interaction.rb
...26 #27 class Interaction28 attr_reader :type29 def initialize(source)30 assert_source(source)31 end32 def assert_source(_source)33 raise NotImplementedError, 'subclass responsibility'34 end35 end36 end # Interactions37 end # WebDriver38end # Selenium...
assert_source
Using AI Code Generation
1element = driver.find_element(:name, 'q')2wait = Selenium::WebDriver::Wait.new(:timeout => 10)3wait.until { driver.title.downcase.start_with? "selenium" }4element = driver.find_element(:name, 'q')5wait = Selenium::WebDriver::Wait.new(:timeout => 10)6wait.until { driver.title.downcase.start_with? "selenium" }
assert_source
Using AI Code Generation
1inputElement = driver.find_element(:name, "q")2wait = Selenium::WebDriver::Wait.new(:timeout => 10)3wait.until { driver.title.downcase.start_with? "cheese!" }
assert_source
Using AI Code Generation
1actions = Selenium::WebDriver::Interactions.new(driver)2actions = Selenium::WebDriver::Interactions.new(driver)3actions = Selenium::WebDriver::Interactions.new(driver)4actions = Selenium::WebDriver::Interactions.new(driver)
assert_source
Using AI Code Generation
1 assert_source("Google")2 assert_title("Google")3 assert_text("Google")4 assert_title("Google")
assert_source
Using AI Code Generation
1element = driver.find_element(:name, 'q')2wait = Selenium::WebDriver::Wait.new(:timeout => 10)3wait.until { driver.title.downcase.start_with? "selenium" }4element = driver.find_element(:name, 'q')5wait = Selenium::WebDriver::Wait.new(:timeout => 10)6wait.until { driver.title.downcase.start_with? "selenium" }
assert_source
Using AI Code Generation
1inputElement = driver.find_element(:name, "q")2wait = Selenium::WebDriver::Wait.new(:timeout => 10)3wait.until { driver.title.downcase.start_with? "cheese!" }
assert_source
Using AI Code Generation
1actions = Selenium::WebDriver::Interactions.new(driver)2actions = Selenium::WebDriver::Interactions.new(driver)3actions = Selenium::WebDriver::Interactions.new(driver)4actions = Selenium::WebDriver::Interactions.new(driver)
assert_source
Using AI Code Generation
1 assert_source("Google")2 assert_title("Google")3 assert_text("Google")4 assert_title("Google")
assert_source
Using AI Code Generation
1element = driver.find_element(:name, 'q')2wait = Selenium::WebDriver::Wait.new(:timeout => 10)3wait.until { driver.title.downcase.start_with? "selenium" }4element = driver.find_element(:name, 'q')5wait = Selenium::WebDriver::Wait.new(:timeout => 10)6wait.until { driver.title.downcase.start_with? "selenium" }
assert_source
Using AI Code Generation
1actions = Selenium::WebDriver::Interactions.new(driver)2actions = Selenium::WebDriver::Interactions.new(driver)3actions = Selenium::WebDriver::Interactions.new(driver)4actions = Selenium::WebDriver::Interactions.new(driver)
assert_source
Using AI Code Generation
1 assert_source("Google")2 assert_title("Google")3 assert_text("Google")4 assert_title("Google")
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!!