Book Image

Mobile Test Automation with Appium

By : Nishant Verma
Book Image

Mobile Test Automation with Appium

By: Nishant Verma

Overview of this book

Appium is an open source test automation framework for mobile applications. It allows you to test all three types of mobile applications: native, hybrid, and mobile web. It allows you to run the automated tests on actual devices, emulators, and simulators. Today, when every mobile app is made on at least two platforms, iOS and Android, you need a tool that allows you to test across platforms. Having two different frameworks for the same app increases the cost of the product and time to maintain it as well. Appium helps save this cost. With mobile app growth exploding, mobile app automation is mainstream now. In this book, author Nishant Verma provides you with a firm grounding in the concepts of Appium while diving into how to set up appium & Cucumber-jvm test automation framework, implement page object design pattern, automate gestures, test execution on emulators and physical devices, and implement continuous integration with Jenkins. The mobile app we have referenced in this book is Quikr because of its relatively lower learning curve to understand the application. It's a local classifieds shopping app.
Table of Contents (20 chapters)
Title Page
Credits
About the Author
About the Reviewers
www.PacktPub.com
Customer Feedback
Preface
5
Understanding Appium Inspector to Find Locators
7
How to Automate Gestures
9
How to Run Appium Test on Devices and Emulators

Gestures


Mobile devices allow a multitude of gestures, which can be used across the app. However, there are no standards as to what gestures an app must implement. Some of the gestures most typically used are tap, swipe, pinch, and double tap. One good thing with mobiles is that these gestures are constantly evolving and eventually become natural to use. So, let's take a look at the different gestures and how they can be implemented.

TouchAction

Appium implements the new TouchAction API, which allows chaining touch events and, thereby, facilitates gesture implementation. Touch Action is pretty robust and supports a multitude of gestures, which ease the simulation:

We will discuss some of the methods mentioned earlier, that TouchAction supports:

  • press:
    • press(WebElement el): This method allows you to press on the center of the element
    • press(int x, int y): This method allows you to press on an absolute position (x and y coordinates)
    • press(WebElement el, int x, int y): This method allows you to press...