webdriver

Build Status

API Documentation

Implementation of a W3C compliant Webdriver client in Crystal, inspired by Watir

Why Selenium + Crystal?

When doing e2e testing, it is often advantageous to perform arrangement on the server by interacting with databases and apis. This library captializes on crystal's strengths by delivering a Watir like solution to interact with w3c compliant browsers in your e2e tests.

webdriver is in beta, feature requests are welcome and appreciated.

Installation

  1. Add the dependency to your shard.yml:

    dependencies:
  webdriver:
    gitlab: skinnyjames/webdriver

  2. Run shards install

Basic Usage

for more advanced usage, see the wiki and the api documentation

require "webdriver"

browser = Webdriver::Browser.start :chrome
browser.goto "https://www.google.com"

search = browser.text_field(title: /search/i)
search.set("Crystal lang webdriver")
search.blur
browser.input(aria_label: /Google Search/, index: 1).wait_while(&.click)

browser.quit

Page Object usage

This library exports a module that can be mixed into classes to make page objects.

The mixin exposes macros that create methods on the objects to interact with page elements

require "webdriver"
require "webdriver/page"

class GooglePage
  include Webdriver::PageObject
  
  textarea(:query, title: /search/i)
  
  input(:submit, aria_label: /Google Search/, index: 1)

  def search(term : String) : Nil
    self.query = term
    submit_element.wait_while(&.click)
  end
end

browser = Webdriver::Browser.start(:chrome)
page = GooglePage.new(browser)

begin
  browser.goto "https://www.google.com"
  page.search("cats")
ensure 
  browser.quit
end

There is also a factory mixin for spec, to reduce boilerplate in instantiating pages.

include Webdriver::PageFactory

with_browser("https://google.com", :chrome) do |browser|
  on(GooglePage, browser) do |page|
    page.search("cats")
  end
end

Development

currently in beta

Todo

Webdriver protocol

Browsers

Contributing

  1. Fork it (https://gitlab.com/skinnyjames/webdriver/-/forks/new)
  2. Create your feature branch (git checkout -b my-new-feature)
  3. Commit your changes (git commit -am 'Add some feature')
  4. Push to the branch (git push origin my-new-feature)
  5. Create a new Pull Request

Contributors