Robot framework mobile terminal Automation Test ----- 01 environment installation

Environmental installation ：

1、 install python37 edition

2、 install robotframework

3、 install python Test library -appium-python-client   ：pip install   appium-python-client

4、 install appium library robotframework-appiumlibrary：pip install robotframework-appiumlibrary

5、 Android emulator installed （ This paper uses nocturnal Simulator ）.

6、 install appium（ Download address ：Releases · appium/appium-desktop · GitHub）.

1）server Download address ：

Releases · appium/appium-desktop · GitHub

2）appium-inspector Download address ：

https://github.com/appium/appium-inspector

7、 install andriod sdk( Download address ：https://www.androiddevtools.cn/ )

sdk Installation steps ：

1） Download installation package ：

 2） Start installation ：

 3） After installation , function SDK Manager.exe

 4） Choose the package you want to install

        Must install ：

            Tools/Android SDK Tools

            Tools/Android SDK Platform-tools

            Tools/Android SDK Build-tools

            Choose the latest Android Version installed

        For automated testing ：

            Extras/Google USB Driver

            Extras/Google Web Driver

5） Click on Install packages Wait for the installation to complete

6） Configure environment variables   

In the system variable, create ：ANDROID_HOME, The corresponding variable value is ：（sdk The installation path ）

stay path Add inside %ANDROID_HOME%\tools and %ANDROID_HOME%\platform-tools

7） verification ：cmd Input in adb command ;

 8、 Start the night God Simulator , stay windwos Command window input command ：adb connect 127.0.0.1:62001

Returns the connected; 

You can also use commands ：

adb devices   # Check whether the connected device ;

9、 Positioning elements ：

After connecting the device in the previous step, we can open sdk Self contained prime positioning tool , stay .../sdk/tools/uiautomatorviewer.bat

Click the second button to synchronize the phone to the tool for element location