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Packt.Mobile.Test.Automation.with.Appium.pdf【重排完整版】

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    Chapter 1. Introduction to Appium
    Chapter 2. Setting Up the Machine
    Chapter 3. Writing Your First Appium Test
    Chapter 4. Understanding Desired Capabilities
    Chapter 5. Understanding Appium Inspector to Find Locators
    Chapter 6. How to Synchronize Tests
    Chapter 7. How to Automate Gestures
    Chapter 8. Design Patterns in Test Automation
    Chapter 9. How to Run Appium Test on Devices and Emulators
    Chapter 10. Continuous Integration with Jenkins
    Chapter 11. Appium Tips and Tricks
    Chapter 12. Appium Desktop App
    Chapter 13. Appendix
    Contents
    1: 2: 3: 4: 5: 6: Appium Machine to app Setting Appium to Introduction Introduction Chapter 1: Native app Mobile Web Hybrid app Appium architecture Summary Machine the Up the Setting Chapter 2: Up macOS Machine for setup Machine setup for Windows GUI app Appium Summary Appium Your First Chapter Your Writing 3: Creating Appium Java an Cucumber first our Writing Summary Writing Appium test Capabilities Desired Desired Understanding Understanding 4: Chapter Refactoring -1 Server Server\xc3\x82\xc2\xa0capabilities Android-only iOS-only Summary capabilities capabilities argument Appium Understanding Understanding 5: Chapter inspector Appium Summary How 6: to Tests Synchronize Chapter Synchronize to How AppiumDriver wait Implicit Explicit wait wait Fluent Tests Test Appium First Test gradle)' Introduction (using project to Capabilities Inspector to Appium Find Inspector Locators to Find Locators'
    Automate How 7: Gestures to Automate Gestures Summary How to Chapter Gestures Summary Design How to 7: 8: 9: 10: 11: 12: 13: and Emulators' Patterns Design Test Patterns Automation Test in in with pattern Jenkins and on Test Run Integration Automation' 8: -1 Object Emulators Devices on Appium Devices Test Jenkins with Integration Chapter Refactor Page Summary Appium Run Chapter to 9: How Emulator Devices Summary Continuous 10: Chapter Continuous Refactoring -1 Setting Jenkins up Summary Tricks and Appium Tips Chapter Tips Appium 11: views between Switching screenshots Taking Recording execution video Interacting another\xc3\x82\xc2\xa0app with in the parallel Running test Network conditioning Summary Appium Desktop App Chapter Appium 12: Installing the Appium new Summary Appendix Chapter Introduction\xc3\x82\xc2\xa0to\xc3\x82\xc2\xa0Cucumber Finding Desktop App app and Tricks - web and Appendix activity package name and an app's launch native 13:
    Installing Summary Google Play services in the Genymotion emulator
    Chapter 1. Introduction to Appium The mobile app market is huge, and it will increase further. Approximately, there are 2 billion smartphone devices worldwide, which is more than two times the number of personal computers in the world. A report (for more information, visit https://www.statista.com/topics/1002/mobile-app-usage/) shows that more than 102 billion apps have been downloaded worldwide, and the number is expected to reach 268 billion by 2017. According to one of the reports (for more information, visit http://www.statista.com/statistics/269025/worldwide-mobile-app- revenue-forecast/), the worldwide mobile revenue for 2015 amounted to $41.1 billion and is expected to reach $101.1 billion by 2020. With all these promising growth numbers and trends, learning mobile app development and testing will be worth it and will have a huge demand. In this chapter, we will cover the following topics: Types of mobile apps Native App Mobile Web app Hybrid App Appium Architecture What is XCUITest What is UiAutomator 2 Let's take a look at mobile apps, which form this ecosystem, and how they are broadly categorized based on the way they are developed:
    Let's understand the different types of mobile apps. The mobile world is majorly dominated by two operating systems: iOS and Android. Most apps are made for both the platforms given the user base. In this chapter, we will take a detailed look at the following: Native app, mobile web, and hybrid app The characteristics of each type of app A sample example app of each type
    Native app A native app is an app developed for a particular mobile device or platform (such as Android, iOS, or Windows). For example, iPhone apps are written in Swift, and Android apps are written in Java. Native apps are also better performing and have a high degree of reliability as they use the underlying system architecture and the device's built-in features. Native apps can run in both the online mode as well as the offline mode. Native App is tied to the mobile operating system it has been developed for, and hence canâ​ developing the native app costly as the same app has to be rewritten for another operating system. These apps are available to be downloaded on the mobile via the respective app store. ​t be run on any other operating system. This makes Here's an example of a native app. It's a news app bundled with iPhone and can be downloaded from the Apple App Store:
    Another one is the popular Instagram app on Android phone, which is native:
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