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Appium for mac desktop automation3/11/2023 ![]() Note: This installation process may produce specific errors later. Use Bundler to install cucumber and appium_lib. After the Start Server button is selected, Appium displays a message that confirms the server is running.Ĭreate an empty Ruby project and add a Gemfile which includes both the cucumber and appium_lib gems. When you first launch Appium, you should be able to select Start Server without making any other configuration changes. We can verify our device setup and Appium configuration by using Appium to launch an app on a device. ![]() With the Android SDK installed, it should be possible to retrieve the name of your connected device. Create an ANDROID_HOME environment variable for the SDK install location.Īnd then add the following two directories to your Path variable. To acquire the Android SDK, we must install Android Studio.ĭownload Android Studio from the following location and install with default options selected, or choose custom installation to install device emulators with the Android Virtual Device option.Īfter installing the Android SDK, you will need add it to your system path. The Android SDK includes adb.exe, which allows us to query for device names and control connected Android devices. Requests for access, like the one below, can prevent Appium from controlling the device. Toggle that on.īe mindful of popups that appear when your device is connected to a computer. Once developer options are enabled, you should find a switch for USB debugging under Developer Options. The following messages were displayed while tapping and afterward. For mine, I had to launch the Settings app and tap on the Build Number seven times. The process of enabling developer options varies for different phones, so you will need to find documentation specific to your phone. ![]() To allow automation on an Android device, you must allow USB debugging in the developer options. If you are using Mac and iOS, I recommend starting with an iOS simulator. We can test our Appium installation against a device or a simulator – for this post, I will be using a real Android phone. The install process is very straightforward for Appium Desktop, but the Getting Started page in the official Appium documentation explains how you can also install Appium (without the GUI) using NPM. I’m using Appium Desktop 1.15.1 (exe).ĭownload Appium from the following location and install with default options selected: If you download Appium from the Appium website, you get Appium Desktop, which augments Appium with a graphical interface and tools for inspecting elements in mobile apps. I’m using RubyMine 2020.1.ĭownload RubyMine from the following location and install with default options selected: I use it myself, so my examples will show it. You don’t need RubyMine, but I do recommend it. Check out the installation instructions here: You can install a newer version of Ruby with a version manager like rbenv or rvm. If you are a Mac user, you have Ruby installed by default, but an older version. In this case, as I usually do, I chose the recommended version (as shown below) for greatest gem compatibility.ĭownload RubyInstaller from the following location and install with default options selected: I hope to include much more information about Mac and iOS in a future entry about cross-platform support.Īs a Windows user, I use RubyInstaller to install Ruby. I will point out the differences where I can but focus primarily on Android implementation. Some things I write will be specific to that platform configuration and would differ for users of Mac and iOS. I’m using a Windows PC and Android phone at this time. This post will focus on introducing tools and setting up our project. Over this series, we will upgrade this Ruby Cucumber test suite to add capability and improve ease of use. The initial implementation is relatively simple – a good place to start, but not mature. This post will be the first of a series that demonstrates how to build robust mobile test automation using Ruby, Cucumber, and Appium.
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