UI Browser



The Smartest Browser Automation Solution The UI.Vision RPA software makes it easy for you to record and replay repetitious work and it’s the only web automation software that truly works with every website, including sites use dialog boxes, frames, iframes, Javascript, Flash, and AJAX. Built inside Google Chrome and Firefox. Cross-browser on all common browsers for also all common AJAX toolkits and frameworks like Angular, React, GWT, etc. Webswing and Electron applications. This tool supports cross-browser testing and provides reusable tests. Native Windows applications like Win32,.Net based on WPF or Windows Forms, Windows Apps, UWP, and modern C applications.

The Browser UI is an action that creates a browser window around any size Photoshop document you can throw at it. Simply install the action, choose a browser and play it. Check out the quick screencast if you don’t believe me.

-->

Azure Pipelines | Azure DevOps Server 2020 | Azure DevOps Server 2019 | TFS 2018 | TFS 2017

When running automated tests in the CI/CD pipeline, you may need a special configurationin order to run UI tests such as Selenium, Appium or Coded UI tests. This topic describesthe typical considerations for running UI tests.

Note

In Microsoft Team Foundation Server (TFS) 2018 and previous versions,build and release pipelines are called definitions,runs are called builds,service connections are called service endpoints,stages are called environments,and jobs are called phases.

Prerequisites

Familiarize yourself with agents and deploying an agent on Windows.

Headless mode or visible UI mode?

When running Selenium tests for a web app, you can launch the browser in two ways:

  1. Headless mode. In this mode, the browser runs as normal but without any UIcomponents being visible. While this mode is obviously not useful for browsing the web,it is useful for running automated tests in an unattended manner in a CI/CD pipeline.Chromeand Firefox browsers can be run in headless mode.

    This mode generally consumes less resources on the machine because the UI is notrendered and tests run faster. As a result, potentially more tests can be run inparallel on the same machine to reduce the total test execution time.

    Screenshots can be captured in this mode and used for troubleshooting failures.

    Note

    Microsoft Edge browser currently cannot be run in the headless mode.

  2. Visible UI mode. In this mode, the browser runs normally and the UI components are visible.When running tests in this mode on Windows, special configuration of the agents is required.

If you are running UI tests for a desktop application, such asAppium tests using WinAppDriver or Coded UI tests,a special configuration of the agents is required.

Tip

End-to-end UI tests generally tend to be long-running. When using the visible UI mode,depending on the test framework, you may not be able to run tests in parallel on thesame machine because the app must be in focus to receive keyboard and mouse events.In this scenario, you can speed up testing cycles by running tests in parallel on differentmachines. See run tests in parallel for any test runnerand run tests in parallel using Visual Studio Test task.

Browser

UI testing in visible UI mode

A special configuration is required for agents to run UI tests in visible UI mode.

Visible UI testing using Microsoft-hosted agents

Microsoft-hosted agents are pre-configured for UI testing and UI tests for bothweb apps and desktop apps. Microsoft-hosted agents are alsopre-configured with popular browsers and matching web-driver versionsthat can be used for running Selenium tests.The browsers and corresponding web-drivers are updated on a periodic basis.To learn more about running Selenium tests, see UI test with Selenium

Visible UI testing using self-hosted Windows agents

Agents that are configured to run as service can run Selenium tests only with headless browsers.If you are not using a headless browser, or if you are running UI tests for desktop apps,Windows agents must be configured to run as an interactive process with auto-logon enabled.

When configuring agents, select 'No' when prompted to run as a service.Subsequent steps then allow you to configure the agent with auto-logon.When your UI tests run, applications and browsers are launched in thecontext of the user specified in the auto-logon settings.

If you use Remote Desktop to access the computer on which an agent is runningwith auto-logon, simply disconnecting the Remote Desktop causes the computerto be locked and any UI tests that run on this agent may fail.To avoid this, use the tsconcommand on the remote computer to disconnect from Remote Desktop. For example:

Uni Browser 2017

%windir%System32tscon.exe 1 /dest:console

In this example, the number '1' is the ID of the remote desktop session.This number may change between remote sessions, but can be viewed in Task Manager.Alternatively, to automate finding the current session ID, create a batch filecontaining the following code:

Save the batch file and create a desktop shortcut to it, then change the shortcut properties to 'Run as administrator'.Running the batch file from this shortcut disconnects from the remote desktop but preserves the UI session and allows UI tests to run.

Provisioning agents in Azure VMs for UI testing

If you are provisioning virtual machines (VMs) on Azure, agent configuration for UI testing is availablethrough the Agent artifact for DevTest Labs.

Setting screen resolution

Before running UI tests you may need to adjust the screen resolution so that apps render correctly.For this, a screen resolution utility taskis available from Marketplace. Use this task in your pipeline to set the screen resolutionto a value that is supported by the agent machine. By default, this utility sets the resolution tothe optimal value supported by the agent machine.

If you encounter failures using the screen resolution task, ensure that the agent is configuredto run with auto-logon enabled and that all remote desktop sessions are safely disconnected usingthe tscon command as described above.

Note

The screen resolution utility task runs on the unified build/release/test agent, and cannot be used withthe deprecated Run Functional Tests task.

Troubleshooting failures in UI tests

When you run UI tests in an unattended manner, capturing diagnostic data such asscreenshots or video is useful for discovering the stateof the application when the failure was encountered.

Capture screenshots

Most UI testing frameworks provide the ability to capture screenshots.The screenshots collected are available as an attachment to the test resultswhen these results are published to the server.

If you use the Visual Studio test task to run tests,captured screenshots must be added as a result file in order to be availablein the test report. For this, use the following code:

First, ensure that TestContext is defined in your test class. For example:public TestContext TestContext { get; set; }

Add the screenshot file usingTestContext.AddResultFile(fileName); //Where fileName is the name of the file.

Use the TestContext.AddTestAttachment() method available in NUnit 3.7 or higher.

If you use the Publish Test Results taskto publish results, test result attachments can only be published if you are usingthe VSTest (TRX) results format or the NUnit 3.0 resultsformat.

Result attachments cannot be published if you use JUnit or xUnit test results. This is because these test result formats do not have a formal definition for attachments in the results schema. You can use one of the below approaches to publish test attachments instead.

  • If you are running tests in the build (CI) pipeline, you can use theCopy and Publish Build Artifacts task to publish any additional files created in your tests.These will appear in the Artifacts page of your build summary.

  • Use the REST APIs to publish the necessary attachments. Code samples can be foundin this GitHub repository.

Capture video

If you use the Visual Studio test task to run tests,video of the test can be captured and is automatically available as an attachmentto the test result. For this, you must configure thevideo data collector in a .runsettings fileand this file must be specified in the task settings.

Help and support

  • See our troubleshooting page
  • Get advice on Stack Overflow,and get support via the Developer Community

Pick your favorite flavor of Atom.

atom-material-ui

A dynamic UI theme for Atom that follows Google's Material Design Guidelines

atom-material-syntax

A dark syntax theme for Atom that uses Google's Material Design color palette

atom-material-ui

A dynamic UI theme for Atom that follows Google's Material Design Guidelines

atom-material-syntax

A dark syntax theme for Atom that uses Google's Material Design color palette

seti-ui

A dark colored UI theme for Atom with custom file icons.

predawn-syntax

Syntax color scheme that accompanies the Predawn UI Theme

subatomic-syntax

Simple, bold, and retro syntax theme for Atom

dark-terminal-syntax

A dark theme with supercharged terminal colors

sombre-syntax

Monochromatic theme (gray-blue) except for comments (gray-green).

303-syntax

A short description of your syntax theme

tiny-syntax

A colorful theme for Atom Editor

tiny-ui

A colorful theme for Atom Text Editor

clear-night-syntax

A soothing dark syntax based on a clear night sky

fall-syntax

A syntax theme for your eyes

subatomic-syntax

Simple, bold, and retro syntax theme for Atom

atom-material-ui

A dynamic UI theme for Atom that follows Google's Material Design Guidelines

Ui Browser Alternative

deep-purple-syntax

A theme inspired by the Chester Atom theme, but with higher contrast colors.

lively-dark-syntax

A dark syntax theme for Atom based on Atom Material Syntax, with more vibrant colours, making it easy on the eyes.

Ui Browser Download

12,216 packages & themes have been downloaded 295,793,950 times.