
Learn how to automate end-to-end tests with Tosca Test Suite by Tricentis, using model-based and risk-based techniques to automate functional and regression testing without scripting.
Import and add projects to Tosca commander by installing the chrome extension and creating a workspace. Use the X scan tool to scan applications, build modules, and refine with filters.
Create and organize modules in Tosca by adding ex modules or classic modules and building folder and virtual folder structures, then capture embedded, linked, or merged screenshots in Tosca commander.
Master the execution phase in Tosca by managing execution lists, folders, and execution entries, then apply expository testing and interactive testing to learn, design, and execute tests.
Open the application, select a test case in Tosca commander, and create an execution list to test searching a product and adding it to the cart.
Create and configure a test case across modules, populate vehicle and user data with dropdown selections, and execute automated verifications in Tosca Commander’s execution list.
Create modules for student, admin, and teacher in Tricentis Tosca, using the Tosca commander to scan the application, capture login and feedback form elements, and prepare test cases.
Execute end-to-end test inputs across student and admin workflows, including student login, feedback form with dropdowns and checkboxes, and admin/teacher actions like add, remove, generate report, and change password.
Execute all test cases across student, admin, and teacher modules using Tosca Commander, manage execution lists, adjust inputs and logs, and verify success or retry on errors.
Introduction:
In Section 1, students will dive into automation testing with an introduction to its importance and practical applications. The section will explore why automation testing is a key player in modern software development, focusing on the processes involved and the steps required to plan, design, and develop automated testing frameworks. This section also introduces Tosca, a leading automation testing tool, comparing its capabilities with Selenium, and highlights its unique features like continuous testing, making it a preferred choice for large-scale automation projects. Learners will set up Tosca, understand its tools, and start creating basic modules and test cases, guiding them through the initial phases of automation testing.
Section 1: Understanding Tricentis Tosca Automation Tool
The first section gives a comprehensive introduction to automation testing, starting with the importance and process of automation testing in software development. You will learn the steps for planning, designing, and developing an automation framework and then dive deep into Tosca as a tool. The section explains Tosca’s concepts, highlights the differences between Tosca and Selenium, and covers continuous testing. With hands-on guidance, you will learn how to install Tosca, navigate through its tools, and create your first project. The lectures move progressively from module creation to running test cases, making it easy for beginners to follow the entire workflow of automation testing.
Section 2: Project on Tosca - Faculty Feedback System
This section is where theory meets practice. Students will undertake a hands-on project, creating a Faculty Feedback System using Tosca. Starting with a detailed project introduction, you will learn to map out the project flow and design the backend with databases and tables. The project involves creating test cases for multiple modules like Admin, Faculty, and Student using Tosca, ensuring thorough testing of the application’s logic and functionality. By the end of this section, you’ll have executed test cases, analyzed results, and understood how to design and automate testing workflows efficiently.
Conclusion:
By the end of this course, students will have mastered the use of Tricentis Tosca for automation testing. You’ll be able to set up automation testing environments, create modules and test cases, and apply them to real-world projects. With a deep understanding of the tool and a completed hands-on project, you’ll be ready to implement automation testing solutions in professional environments and contribute to more robust software development processes.