This section gives the list of features provided in Test Studio and the chapters in which they are reflected:
- Functional test automation: The Test Studio solution to functional test automation is going to be discovered through the following topics: building automated tests, using translators and inserting verifications, adding coded steps, executing tests and logging, adding custom logging, inserting manual steps, assigning and reading variables in tests, debugging errors, and integrating automated test creations with Visual Studio. These topics will be found in Chapter 2, Automating Functional Tests and Chapter 10, Tips and Tricks.
- Data-driven architecture: Test Studio offers built-in integration with data sources, allowing you to apply the data-driven architecture during test automation. This feature includes binding tests to SQL, MS Excel, XML, and local data sources, creating data-driven verification, and integrating data-driven architecture with normal automated execution contexts. These topics will be found in Chapter 3, Data-driven Tests and Chapter 10, Tips and Tricks.
- Element recognition: Element recognition is a powerful feature in Test Studio from which it derives additional test reliability. Element recognition topics will be covered through Test Studio Find expressions for UI elements, element repository consolidation and maintenance, and specialized Find chained expressions. These topics will be found in Chapter 4, Maintaining Test Elements and Chapter 10, Tips and Tricks.
- Manual testing: In addition to automated testing, Test Studio guides the manual testing process. Manual testing includes creating manual test steps, integrating with MS Excel, converting manual tests to hybrid, and executing these two types of tests. These topics will be covered in Chapter 5, Manual Testing.
- Organizing the test repository and source control: Tests within the Test Studio project can be organized and reorganized using the features embedded in the tool. Its integration with external source control systems also adds to this management process. The underlying topics are managing tests under folders, setting test properties, and binding your test project to source control from both Test Studio and Visual Studio. The best practices on test repository organization will be encountered throughout the examples of the first four chapters, where the source control topic will be discussed in Chapter 5, Manual Testing since we will have covered all the types of tests offered by the tool by then.
- Test suites execution and reporting: Grouping tests under test suites is achievable through the Test Studio test lists. This feature comprises creating static and dynamic test lists, executing them, logging their execution result, viewing standard reports, and extending with custom reports. These topics will be covered in Chapter 6, Test Lists and Reports.
- Extended libraries: Extending testing framework automation functionalities for Test Studio is an option available through the creation of Test Studio plugin libraries. This topic will be covered in Chapter 10, Tips and Tricks.
- Performance testing: In Test Studio, nonfunctional testing is firstly addressed with performance testing. This feature covers developing performance tests, executing them, gathering performance counters, and analyzing and baselining execution results. These topics will be covered in Chapter 7, Performance Testing.
- Load testing: Nonfunctional testing in Test Studio is augmented with another type of test, which is load testing. This topic covers configuring Test Studio load testing services, developing load tests, recording HTTP traffic, creating user profiles and workloads, monitoring machines, gathering performance metrics, executing load tests, and creating custom charts. These topics will be addressed in Chapter 8, Load Testing.
- Mobile testing: Test Studio is extended with a version specialized in iOS web, native and hybrid apps testing. It includes preparing applications for testing within Test Studio, creating automated tests, inserting verifications on UI elements, registering applications on the web portal, syncing test projects, sending and viewing built-in feedback messages, sending and viewing crash reports, and managing and monitoring registered applications through web portals. These topics will be addressed in Chapter 9, Mobile Testing.
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