Videos about the testing tool QF‑Test

Highlights QF-Test Version 7.0

• Streamlined UI 

• Dark mode

• Paradigm shift towards SmartID

• Complete overhaul of the algorithm for determining the best label of a component

• Improved Testing of web applications thanks to an intuitive new way of configuring CustomWebResolvers

• New visual UI inspector

Highlights QF-Test Version 6.0

• Testing Android applications
• SmartIDs for component recognition
• Java17, Groovy 4, more modern HTML reports
• Run-log with relative execution time and optimized screenshots
• Connection to the Robot-Framework

Highlights QF-Test Version 5.3

• Improved web performance through browser connection mode CDP-Driver (Chrome DevTools Protocol)
• More modern QF Test interface
• Update of Jython integration to fully support international character sets

Highlights QF-Test Version 5.1

The medium upgrade QF-Test 5.1 focuses on bringing support for embedded browsers - JxBrowser (including version 7), SWT Browser and JavaFX WebView, up to par with that for "normal" browsers. It also comes with support for Java 15, native Electron dialogs and customizable HTML reports. The internal JRE provided with QF-Test has been updated to Zulu OpenJDK 8_252.

Highlights QF-Test Version 5.0

• New Engine for Windows applications
• Modernized User Interface of QF‑Test
• Tests with Java 14
• Test-suites with comments Comment node

Highlights QF-Test Version 4.5

• Support for Electron applications
• Mobile Emulation in Quickstart Wizard with support for new devices
• SWT without instrumentation
• Support for Java 12

Highlights QF-Test Version 4.2

• Java 9 support
• Testing of PDF documents
• Additional scripting language JavaScript
• Support for Angular includes UI toolkits Bootstrap and AngularJS Material
• Support for Smart GWT
• Dedicated nodes for static and live unit tests
• Headless web-testing
• Testing of REST services
• The QF-Test tutorial was rewritten from scratch.

Highlights QF-Test Version 4.1

• WebDriver and more browsers
• Enhancements for Java applications
• New QF-Test features

• For classic static HTML websites and dynamic Frameworks (Angular, React, Vue.js, Vaadin etc.)
• Cross-browser testing: Google Chrome, Mozilla Firefox, Microsoft Edge (headless, too), as well as Opera and Safari 
• Testing Electron applications, Webswing and JPro

This sequence allows starting your web application as System under Test (SUT).

Further information

This video shows the creation of a setup sequence with QF-Test. This sequence allows to start your Java application as System under Test (SUT) from QF-Test.

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• QF-Test supports Java Swing specifically WebView, JxBrowser, Webswing and JPro cross-platform on Windows, Linux and macOS.
• QF-Test itself is based on Java and therefore offers the best possible support for your Java Swing applications.

• QF-Test supports JavaFX specifically WebView, JxBrowser, Webswing and JPro cross-platform on Windows, Linux and macOS.
• QF-Test itself is based on Java and therefore offers the best possible support for your JavaFX applications.

• Classic Win32 applications
• .NET applications (often developed in C#) based on Windows Presentation Foundation (WPF) or Windows Forms
• Windows Apps / Universal Windows Platform (UWP) applications using XAML controls
• Modern C++ applications (for example Qt applications)

Further information

When testing PDF documents all this is possible: Checking of content, texts, images/geometry and comparisons

Further information in the manual

Jan. 2021 - PDF Testing with QF-Test
Often PDF documents are the final result of a business process that you can check easily with QF-Test, too.

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In this eight-minute video overview, we show you how to test your WebSwing applications with our test automation tool QF-Test.

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Find the keys - UI test automation needs robust component recognition
Component recognition in QF-Test is quite flexible. In addition to standard controls like buttons or checkboxes it also supports complex components (dynamic trees, tables etc.). This webinar shows the basics of this algorithm and configuration options for Java, Web and Windows applications. We will explain how to achieve robust component recognition.

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Solving the component riddle: How to achieve robust component recognition in QF Test?

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If the System under Test (SUT) has changed in a way that makes it impossible for QF-Test to locate a component, the test will fail with a ComponentNotFoundException. This video shows how to analyze and fix such an Exception based on a simple case.

This video shows how to analyze and fix such a ComponentNotFoundException based on a complex case.

The different resolver types and their usage will be explained:

• NameResolver
• FeatureResolver
• ExtraFeatureResolver
• ItemNameResolver

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The CustomWebResolver optimizes component recognition in web applications. This video shows how complex components like ComboBoxes, lists, tables, TabPanels, accordions, trees and TreeTables can be recognized robustly.

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QF-Test abstracts deep interleaved DIV hierarchies back to logic GUI elements in web testing and this facilitates Web Testing a lot.

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The CustomWebResolver optimizes component recognition in web applications. This video shows how complex components like ComboBoxes, lists, tables, TabPanels, accordions, trees and TreeTables can be recognized robustly.

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Comparison of Selenium and QF-Test.

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Electron is a framework for executing cross-platform desktop applications using the web browser Chromium and the Node.js framework.

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See here why the so called dependencies are useful for your daily work with QF-Test and you'll learn how to implement them.

Material for this video
1_Dependencies.qft
1_Dependencies_done.qft

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Here you can find the basics on scripting in QF-Test and lern about the SUT script and Server script.

further information

The advanced scripting video is about different methods like RunContext, qf Modul and ImageWrapper as well as APIs like Web DOM Node, Resolver and TestRunListener and also external modules

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What are variables in QF-Test for? ...reading of test data, retreating test data during the test-run, reusing of a check for a better test flow for more flexible and maintainable tests.

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This video is about the integration of QF‑Test in 3rd party tools (Continuous integration, Test management, developer tools etc.) as well as triggering test execution and controlling reports.

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QF-Test has its own Eclipse plug-in and these are the benefits: Directly from the developer IDE, Support / Debugging using UI-Tests, During Testing and at exceptions.

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Jenkins (https://jenkins-ci.org) is a continuous integration build tool. Therefore it is meant to control and monitor the build process within a software project. One important step in this build process is automated testing for example GUI tests with QF-Test.

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This video shows you how you can create system load via the UI with the QF-Test Demo test-suite for monitoring and measuring real end-to-end times as well as user acceptance times and ressources needed.

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With this free plugin you now have the opportunity to transform your automated testing with QF-Test into a holistic experience.

For the right feeling you can also watch the modem dial-up video before.

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