Best Selenium code snippet using Selenium.WebDriver.Firefox.log_level
options.rb
Source: options.rb
...18 module WebDriver19 module Firefox20 class Options21 attr_reader :args, :prefs, :options, :profile22 attr_accessor :binary, :log_level23 KEY = 'moz:firefoxOptions'.freeze24 #25 # Create a new Options instance, only for W3C-capable versions of Firefox.26 #27 # @example28 # options = Selenium::WebDriver::Firefox::Options.new(args: ['--host=127.0.0.1'])29 # driver = Selenium::WebDriver.for :firefox, options: options30 #31 # @param [Hash] opts the pre-defined options to create the Firefox::Options with32 # @option opts [String] :binary Path to the Firefox executable to use33 # @option opts [Array<String>] :args List of command-line arguments to use when starting geckodriver34 # @option opts [Profile, String] :profile Encoded profile string or Profile instance35 # @option opts [String, Symbol] :log_level Log level for geckodriver36 # @option opts [Hash] :prefs A hash with each entry consisting of the key of the preference and its value37 # @option opts [Hash] :options A hash for raw options38 #39 def initialize(**opts)40 @args = Set.new(opts.delete(:args) || [])41 @binary = opts.delete(:binary)42 @profile = opts.delete(:profile)43 @log_level = opts.delete(:log_level)44 @prefs = opts.delete(:prefs) || {}45 @options = opts.delete(:options) || {}46 end47 #48 # Add a command-line argument to use when starting Firefox.49 #50 # @example Start geckodriver on a specific host51 # options = Selenium::WebDriver::Firefox::Options.new52 # options.add_argument('--host=127.0.0.1')53 #54 # @param [String] arg The command-line argument to add55 #56 def add_argument(arg)57 @args << arg58 end59 #60 # Add a new option not yet handled by these bindings.61 #62 # @example63 # options = Selenium::WebDriver::Firefox::Options.new64 # options.add_option(:foo, 'bar')65 #66 # @param [String, Symbol] name Name of the option67 # @param [Boolean, String, Integer] value Value of the option68 #69 def add_option(name, value)70 @options[name] = value71 end72 #73 # Add a preference that is only applied to the user profile in use.74 #75 # @example Set the default homepage76 # options = Selenium::WebDriver::Firefox::Options.new77 # options.add_preference('browser.startup.homepage', 'http://www.seleniumhq.com/')78 #79 # @param [String] name Key of the preference80 # @param [Boolean, String, Integer] value Value of the preference81 #82 def add_preference(name, value)83 prefs[name] = value84 end85 #86 # Run Firefox in headless mode.87 #88 # @example Enable headless mode89 # options = Selenium::WebDriver::Firefox::Options.new90 # options.headless!91 #92 def headless!93 add_argument '-headless'94 end95 #96 # Sets Firefox profile.97 #98 # @example Set the custom profile99 # profile = Selenium::WebDriver::Firefox::Profile.new100 # options = Selenium::WebDriver::Firefox::Options.new101 # options.profile = profile102 #103 # @example Use existing profile104 # options = Selenium::WebDriver::Firefox::Options.new105 # options.profile = 'myprofile'106 #107 # @param [Profile, String] profile Profile to be used108 #109 def profile=(profile)110 @profile = if profile.is_a?(Profile)111 profile112 else113 Profile.from_name(profile)114 end115 end116 #117 # @api private118 #119 def as_json(*)120 opts = @options121 opts[:profile] = @profile.encoded if @profile122 opts[:args] = @args.to_a if @args.any?123 opts[:binary] = @binary if @binary124 opts[:prefs] = @prefs unless @prefs.empty?125 opts[:log] = {level: @log_level} if @log_level126 {KEY => opts}127 end128 end # Options129 end # Firefox130 end # WebDriver131end # Selenium...
log_level
Using AI Code Generation
1driver.find_element(:name, "q").send_keys "Selenium WebDriver"2driver.find_element(:name, "btnG").click3driver.find_element(:link, "Selenium WebDriver").click4driver.find_element(:name, "q").send_keys "Selenium WebDriver"5driver.find_element(:name, "btnG").click6driver.find_element(:link, "Selenium WebDriver").click7driver.find_element(:name, "q").send_keys "Selenium WebDriver"8driver.find_element(:name, "btnG").click9driver.find_element(:link, "Selenium WebDriver").click10driver.find_element(:name, "q").send_keys "Selenium WebDriver"11driver.find_element(:name, "btnG").click12driver.find_element(:link, "Selenium WebDriver").click13driver.find_element(:name, "q").send_keys "Selenium WebDriver"14driver.find_element(:name, "btnG").click15driver.find_element(:link, "Selenium WebDriver").click
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The Ruby selenium-webdriver API doesn't expose a separate Chrome options object like Java/Python but you can set the options via "Capabilities".
The Capabilities web page provides a Ruby example and the table of recognized capabilities that you can inject. Plugging those together with excludeSwitches
:
caps = Selenium::WebDriver::Remote::Capabilities.chrome("chromeOptions" => {"excludeSwitches" => [ "--ignore-certificate-errors" ]})
driver = Selenium::WebDriver.for :chrome, desired_capabilities: caps
Take a look at Watir too, it's a front end for WebDriver.
Their examples show how you can send a :switches
array which is passed straight through to the web driver so you can do the same. That makes adding other switches a bit easier rather than going through capabilities.
There is a chromedriver issue on the topic as well. There are posts detailing that you can add a --test-type
argument to work around the certificate issue and ruby code examples like above.
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We have all been in situations while using a software or a web application, everything is running too slow. You click a button and nothing is happening except a loader animation spinning for an infinite time.
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We love PWAs and seems like so do you ???? That’s why you are here. In our previous blogs, Testing a Progressive web app with LambdaTest and Planning to move your app to a PWA: All you need to know, we have already gone through a lot on PWAs so we decided to cut is short and make it easier for you to memorize by making an Infographic, all in one place. Hope you like it.
The necessity for vertical text-orientation might not seem evident at first and its use rather limited solely as a design aspect for web pages. However, many Asian languages like Mandarin or Japanese scripts can be written vertically, flowing from right to left or in case of Mongolian left to right. In such languages, even though the block-flow direction is sideways either left to right or right to left, letters or characters in a line flow vertically from top to bottom. Another common use of vertical text-orientation can be in table headers. This is where text-orientation property becomes indispensable.
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