Test Modeller 100

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The below series of four short videos are intended for first-time and new users. They set out an approach for rapidly building flowchart by scanning a web UI. You will then overlay test data, generate optimised test cases and push the tests for automated execution.

We advise that new users begin with this quick-start guide. The 101 and 102 video training courses in turn build on the videos, providing a more detailed overview of Test Modeller’s capabilities:

  1. Test Modeller 101 provides an overview of manual model creation, static and dynamic test definition, test case generation, test coverage, and subflows.
  2. Test Modeller 102 provides an overview of test automation with Test Modeller. The course sets out how to automate tests both using the out-of-the-box framework and using external frameworks. You will learn how to build tests using the recorder, as well as how to analyse test run results.

Curiosity additionally provide written documentation that can be used alongside the video training courses. The Knowledge Base articles provide step-by-step instructions on how to use Test Modeller.

Lesson NumberLesson TitleContent and Session goals Video
1The Page Object Scanner1. Install the Test Modeller browser extension;
2. Scan a web UI to build automation page objects automatically;
3. Understand page object architecture and the role of the object repository in The VIP Test Modeller.
2The Fast Model Builder1. Understand the role and value of building models during QA;
2. Create your first model in Test Modeller, using The Fast Modeller;
3. Drag-and-drop the page objects you created in lesson one to create test models rapidly;
4. Overlay the test data and automated logic needed to test each element rigorously.
3Creating Coverage-Optimised Tests1. Understand test coverage and its value for creating test cases;
2. Generate the smallest set of test cases needed to "cover" the model that you created in Lesson 2;
3. Export your test cases as automated tests.
4Automated Test Execution1. Integrate Test Modeller with a JAVA based test automation framework;
2. Run the automated tests that you created as part of Lesson 3 using the JAVA framework and InteliJ;
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