Appium is an open source, cross-platform test automation tool for native, hybrid and mobile web apps, tested on simulators (iOS), emulators (Android), and real devices (iOS, Android, Windows).
See the platform support doc for more detailed information.
Investing in the WebDriver protocol means you are betting on a single, free and open protocol for testing that has become a defacto standard. Don't lock yourself into a proprietary stack.
If you're new to Appium, or want a fuller description of what this is all about, please read our Introduction to Appium Concepts.
Your environment needs to be setup for the particular mobile platforms that you want to run tests on. See below for particular platform requirements.
If you want to run Appium via an
npm install, hack with or contribute to Appium, you will need
node.js and npm 4 or greater (use n or
brew install node to install Node.js. Make sure you have not installed Node or Appium with
otherwise you'll run into problems). We recommend the latest stable version.
To verify that all of Appium's dependencies are met you can use
appium-doctor. Install it with
npm install -g appium-doctor (or run it
from source), then run
appium-doctor and supply the
--android flags to verify that all
of the dependencies are set up correctly.
You also need to download the Appium client for your language so you can write tests. The Appium clients are simple extensions to the WebDriver clients. You can see the list of clients and links to download instructions at the Appium clients list.
Kick up an Appium server, and then run a test written in your favorite WebDriver-compatible language! You can run an Appium server using node.js or using the application, see below.
$ npm install -g appium $ appium
As we said above, you may want to run
appium-doctor to ensure your system is set up properly:
$ npm install -g appium-doctor $ appium-doctor
The main guide for getting started writing and running tests is the running tests doc, which includes explanations for iOS, Android, and Android older devices. If you're interested in testing on physical hardware, you might be interested in our real devices guide.
(Note: If you're automating iOS 10+, be sure to check out our XCUITest Migration Guide since Apple's automation support has changed significantly since iOS 10, with corresponding changes in Appium).
You find elements by using a subset of WebDriver's element-finding strategies. See finding elements for detailed information. We also have several extensions to the JSON Wire Protocol for automating mobile gestures like tap, flick, and swipe.
You can also automate web views in hybrid apps! See the hybrid app guide
This repository contains many examples of tests in a variety of different languages!
For the full list of Appium doc pages, visit this directory.
Appium drives various native automation frameworks and provides an API based on Selenium's WebDriver JSON wire protocol.
For new iOS versions (9.3 and up), Appium drives Apple's XCUITest library. Our support for XCUITest utilizes Facebook's WebDriverAgent project.
For older iOS versions (9.3 and below), Appium drives Apple's UIAutomation library, using a strategy which is based on Dan Cuellar's work on iOS Auto.
Android support uses the UiAutomator framework for newer platforms and Selendroid for older Android platforms.
Windows support uses Microsoft's WinAppDriver
Please take a look at our contribution documentation for instructions on how to build, test and run Appium from source.
Interested in where Appium is heading in the future? Check out the Roadmap
Announcements and debates often take place on the Discussion Group, be sure to sign up!
We put together a troubleshooting guide. Please have a look here first if you run into any problems. It contains instructions for checking a lot of common errors and how to get in touch with the community if you're stumped.