Now, let’s dig deeper into how to actually write the tests and run them with Xamarin Test Cloud to create automated UI Tests. Test Cloud Server Application is built into the tested application—but in order to achieve that, you have add a NuGet package (Xamarin Test Cloud Agent). These have variables at the top of the files for you to easily tweak the submission – perhaps changing the devices, the user, or the nuget version and then resubmitting easily. By executing the above code, software testers can launch the app and open Repl window, where all object ids are displayed in the form of a tree structure.

So far, we’ve covered how to use UITests with Android and iOS applications. Now you know how to use the REPL tool and how to launch tests on the Android emulator and iOS simulator. In the third and last part, I will show how to deploy tests on the Xamarin Test Cloud. The frameworks mentioned above (UITest or Calabash) test the mobile app functionality, but they do not interact with the app directly.

How to Create Automated UI Tests with Xamarin Test Cloud

Mobile application automation testing is a challenging activity when compared to web automation testing. Despite the fact that Xamarin Test Cloud comes from Xamarin, it is not a mandate that your app needs to be built on Xamarin. Any application that can run on a device can be used with Xamarin Test cloud. Such mobile applications can include hybrid apps or apps which are a mix of native and HTML5 based. Google added a feature that is now popularly called the ‘App Builder.’ One can think of it as a virtual lego building tool that developers can quickly exploit to create apps. This has proved to be an essential component in developing app prototypes.

You can’t get rid of clients that need ie11 nor can you own every device but lambda test bridge that gap. I’ve develop a test application in Xamarin Studio (Android with C#) and wanted to test it on my phone. Here you have to know that NUnit NuGet package version 2.6.4 is required—all of the above are not yet ready. You need also to add your email to the team and (I will explain further) and have the Team Api Key. As you can see, we have to set “Platform” parameter to indicate on which platform we want to test the app.

UIKit

You can test Mobile applications on various Android and iOS devices either using real devices or emulators and simulators. Testing on real devices allows users to test apps in real-world scenarios. Many applications’ xamarin test cloud functionalities depend highly on a mobile’s internal hardware specifications and operating system. Device testing ensures an app is ready to run on a spectrum of devices with any combination of specifications.

Developer-friendly analytics make it easy to discover how to improve your apps. Once you’ve beta tested a release candidate, promote the same build directly to Intune, Google Play, or App Store Connect. This is essentially an extensive collection of classes loaded with features such as Serialization, XML, String, IO, Database, support for Networking, and many more. It also allows pre-existing C# codes to be used in an application, extending its functionality limit beyond the BCL. React Native supports both live and hot reloading, thereby reducing the time between saving a change in the developed app and watching its incorporation on screen.

Comprehensive testing service

Allow our Xamarin engineers to create and maintain a test suite for you. From the User Interface to downward, Calaba.sh can test any native or hybrid iOS and Android app. Both the automation framework and the device cloud are provided by Xamarin that leads to perfect integration & continuous improvements.

Xamarin, a Microsoft product, uses C# and .NET to build Android, iOS, Apple Watch, and Wear applications. Xamarin is famous for being a time and cost-effective solution for cross-platform mobile app development. Today in order to become popular and profitable each mobile app must deliver quality experience across a wide variety of devices. This is the reason testers need to perform UI acceptance testing of applications across various models of smartphones, phablets, and tablets.

Testing Mobile Applications On Multiple Devices

Ensuring your mobile app not only runs, but runs well on all of these devices can be a daunting, if not an impossible task. A great service that closes the gap on the number of devices to test on is Xamarin Test Cloud. Xamarin allows you to submit UI tests (written by you) to their test cloud service where they will run on thousands of real devices (not emulators). This might not cover every single device, but it will cover the vast majority of the most popular devices for a fraction of the cost and effort otherwise. This blog was written keeping into consideration software testers, who are new to the Xamarin Test Cloud Platform. The luxury of Xamarin testing service entails a cloud-based mobile testing lab that allows you to execute Calaba.sh tests on around 2,000 real mobile devices in the cloud.

They also need to assess functionality and performance of the application in various environments. With Xamarin test cloud you can test everything from swiping to pinching to double-tapping & scrolling. Comprehensive reports make it easy to know when you are ready to launch.For the last couple of years, mobile app testing has become a challenging part.

Add concurrent builds as your team grows

Visual Studio App Center offers the same devices, performance, and features as Xamarin Test Cloud, plus an upgraded API, and new features like saved device sets. Mobile app testing helps identify flaws in mobile apps and refine them for the intended audience. Therefore, it is critical to consider the various key types of app testing to understand the multiple perspectives for evaluating an app’s potential performance. To know more about app testing frameworks, you can refer to our blog on the best mobile app testing frameworks for Android and iOS apps. Developers have to perform elaborate user interface acceptance testing in order to assess the application’s usage and user interaction effectively.

• When UI test is written – the project output (dlls) are uploaded to the Xamarin.Test.Cloud.
• This is essentially an extensive collection of classes loaded with features such as Serialization, XML, String, IO, Database, support for Networking, and many more.
• Is this interesting, want to learn more, or are having the same discussions in your own department?
• Although Calaba.sh is completely free, Xamarin provides quite a few commercial products hovering around Calaba.sh & quality assurance for mobile.
• Xamarin Test Cloud cannot be effectively used for testing certain hardware features like NFC technology and Bluetooth Pairing.
• Appium is another mobile app automation testing tool to automate web, native, and hybrid mobile app testing on all mobile and desktop platforms.

I’ve taken it and customized a little bit and also ported it to powershell so that it can be run on Windows too. Xamarin.Test.Recorder is useful tool for exploring and recording Xamarin.UITests. On Mac this should be standalone app and on Windows you’ll need Visual Studio Enterprise (restriction). Open source HTML/CSS/JS framework with a responsive grid, UI templates, and many many useful features.

Visual Regression Cloud

The testers even have the option to generate reports for individual tests. Testers can even improve the quality of reports by including high-resolution screenshots. These tests reports also provide useful results which are based on test duration, CPU access, memory consumption and similar performance data. There are tens of thousands of unique mobile devices being used every day.