![]() ![]() If you prefer to start preconfigured images you can use AMI field instead which is the AMI ID of the template. Please refer to the product page for the complete list of compatible instance type.īy default, if you fill the android_version field (5.1 / 6.0 / 7.0 / 8.0 / 8.1 / 9.0 / 10.0 / 11.0), it will start the latest image available on the market. You need to define for each instance the region (region field e.g eu-west-1 for Ireland) where it will run and the type of instance (instance field e.g t2.small). Your current path must beĭocker-android/genymotion/example: export USER="xxx" & export PASS="xxx" & docker-compose -f geny.yml up -d Genymotion Device image (PaaS - AWS) Then use this command to start the docker instead of docker run. If you’d like to use appium with selenium hub, you can use docker-compose. For example, if you pulled the docker-android project, the path is docker-android/genymotion/example/sample_devices $PWD is the path where your device.json file is stored. ![]() ![]() $ docker run -it -rm -p 4723:4723 -v $PWD/genymotion/example/sample_devices:/root/tmp -e TYPE=SaaS -e USER=$USER -e PASS=$PASS budtmo/docker-android-genymotion Then, start the docker container with the following commands: $ export USER="xxx" This is indeed quite handy for running appium tests without changing the device name in your tests every time you need to run those tests. port (optional) is the adb port if you need a persistent one.template is the name of the template of the device you wish to start.Tutorials Start the devices on which you wish to run your test Genymotion SaaS (Cloud)įirst, you need to define the devices with a JSON file: All these mechanisms are done in the background, letting the users focus on writing their tests. No knowledge is needed on how to use tools to start Genymotion devices in the cloud and integrate it with Appium and Selenium.All the integrations are done in one single docker container. Being able to switch between cloud platforms easily : e.g.For example if you update the version of one tool it could break the integration. Having a ready to test infrastructure that will run the same environment everywhere it is deployed (your local machine, server) : You get rid of all the hassle of installing the tools needed (Appium, Selenium Grid, AWS CLIs, Android SDK, Genymotion tools…) but also maintaining them.The main goal is to help the user focus on writing the UI tests by leveraging the advantages of using a docker : It is free and open source and supports other features such as video recording. All the tools needed (devices, framework, Android SDK…) are packaged in the image. The integration so far has been done with SaaS & PaaS (only AWS).ĭocker-Android is a docker image built to be used for everything related to Android mobile website or application testing. Genymotion hosts cloud-based Android emulators running in a SaaS fashion or as virtual images on AWS, GCP, Alibaba Cloud or MS Azure (PaaS). In this article, we’ll explain what are the main advantages of using Docker-android with Genymotion SaaS and Genymotion Device image (PaaS) to run Android mobile automated tests, then we will provide tutorials. This article is a reproduction of a medium article: Run your Appium tests using Docker Android & Genymotion Cloud by Ellinor Kwok.
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