Step-by-Step TOSCA Automation Tutorial for Beginners
Introduction:
Software testing has evolved rapidly over the past decade. Manual testing is no longer enough to ensure software reliability, speed, and performance in today’s agile and DevOps-driven environments. That’s where automation tools like Tricentis TOSCA come in.
TOSCA Automation is a game-changer for testers and QA professionals. It offers scriptless test automation, model-based test case design, and seamless integration across the software development lifecycle. Whether you are just starting your journey in QA or transitioning from manual to automated testing, learning TOSCA will equip you with a high-demand skill set.
This detailed TOSCA Automation Tutorial is specifically designed for beginners. By the end of this blog, you will understand the key components of TOSCA, how to design test cases, automate them, and validate your results, all in a simple, step-by-step manner.
Let’s dive in.
What Is Tricentis TOSCA?
Overview
Tricentis TOSCA is a powerful software testing tool designed to support continuous testing. It enables testers to create, manage, and execute automated test cases without writing a single line of code. TOSCA combines several features in one suite including:
Functional and regression testing
API testing
Test data management
Risk-based testing
Distributed execution
TOSCA’s model-based approach simplifies the testing process by allowing users to focus on business logic rather than programming syntax.
Why Choose TOSCA?
TOSCA stands out because:
It supports over 160 technologies.
It provides risk-based test optimization.
It offers scriptless test case automation.
It integrates well with CI/CD tools.
Many enterprises today prefer TOSCA Training Online For Beginners as part of their QA skill development plans due to its practical relevance in the modern DevOps pipeline.
Getting Started: TOSCA Installation and Setup
System Requirements
Before you begin using TOSCA, ensure your system meets these minimum requirements:
Windows OS (Windows 10 or later)
At least 8 GB RAM
.NET Framework 4.8 or higher
Microsoft SQL Server or SQLite for data storage
Installation Steps
Download the TOSCA installer from the official Tricentis portal.
Run the installer and follow the installation wizard.
Choose the default workspace or create a custom one.
Launch the TOSCA Commander after installation.
You now have the environment ready for hands-on practice.
Understanding the TOSCA Interface
Main Components
After launching TOSCA Commander, you’ll see a workspace divided into several panes:
Project – The hierarchy of test cases and modules.
Modules – Reusable objects that map to UI elements of the application.
Test Cases – Actual test steps using the modules.
Execution – Where you run and manage test execution.
Logs – Display results and errors from test runs.
Each section plays a vital role in test automation with TOSCA.
Step-by-Step TOSCA Automation Tutorial
Let’s now walk through a complete automation cycle using TOSCA.
Step 1: Creating a New Project Workspace
Open TOSCA Commander.
Go to Project > New Project.
Name your project (e.g., “Login Test Project”).
Save the workspace.
This creates a structured environment to start building automation assets.
Step 2: Scanning the Application to Create Modules
Modules in TOSCA represent UI elements such as buttons, input fields, and menus.
To scan an application:
Click on Scan from the ribbon.
Launch the application you want to automate (e.g., a sample login page).
Hover over elements and capture them.
Save the module folder under the Modules section.
This scanning process is known as XScan, TOSCA’s unique object recognition tool.
Step 3: Creating Test Cases
Navigate to the Test Cases section.
Right-click and create a new folder (e.g., “Login Tests”).
Right-click inside the folder and select Create Test Case.
Name your test case (e.g., “Valid Login”).
Now drag and drop the scanned modules from the Modules section into the test case.
Step 4: Adding Test Steps and Data
Each module you added will show editable properties such as Input, Click, or Verify.
For example:
TOSCA allows parameterization so you can test with multiple data sets using TestCaseDesign.
Advanced Features: TestCaseDesign and ExecutionLists
Using TestCaseDesign
TestCaseDesign helps you generate multiple test cases from one template.
Go to TestCaseDesign.
Create a new sheet (e.g., “LoginData”).
Add columns like Username, Password.
Fill in data combinations.
Link the sheet to your test case using TemplateInstances.
This enables data-driven testing without duplicating test cases.
Creating ExecutionLists
Switch to the Execution section.
Create a new ExecutionList.
Drag your test cases into this list.
Click Run to start the execution.
You’ll see real-time progress and pass/fail results.
Reporting and Analysis in TOSCA
After execution, you’ll find detailed logs under the Logs tab. It shows:
Step-by-step execution
Time stamps
Errors and exception details
Screenshots (optional)
These logs are crucial for debugging and validating your test cases.
You can also generate customized reports for stakeholder review.
TOSCA API Testing: A Quick Guide
TOSCA is not limited to UI testing. It also supports API testing, which is essential for backend validation.
API Testing Steps
Go to Modules > API Testing.
Create a Service Connection with endpoint details.
Define the request structure using JSON or XML.
Add assertions for response values.
Run and validate.
API testing with TOSCA is completely codeless, making it beginner-friendly.
Real-World Use Case: Automating an E-Commerce Login
Scenario
You are testing a login page for an e-commerce website with the following flow:
Enter username and password
Click login
Validate welcome message
Implementation
Scan all UI elements using XScan.
Build modules and add them to test cases.
Parameterize inputs for valid and invalid credentials.
Run using ExecutionList and review logs.
This simple scenario reflects real QA tasks and is an ideal starter project.
TOSCA Automation Best Practices
To succeed with TOSCA Automation, follow these practices:
1. Modularize Wisely
Keep modules reusable and organized by functionality.
2. Use Naming Conventions
Use consistent and descriptive names for test cases and modules.
3. Leverage TestCaseDesign
Always use data-driven techniques to avoid duplicating efforts.
4. Validate Early
Use checkpoints and verifications throughout the test to catch issues early.
5. Backup Your Workspace
Regularly save and version your workspace to prevent data loss.
Benefits of Learning TOSCA Automation
Learning TOSCA offers significant career benefits:
High Demand: Tricentis TOSCA is widely used by Fortune 500 companies.
Job Readiness: Skill in TOSCA opens doors to test automation roles.
Efficient Testing: Faster execution cycles improve overall delivery.
CI/CD Integration: TOSCA supports tools like Jenkins, Git, and Azure DevOps.
No Code Required: Ideal for manual testers transitioning to automation.
Whether you're pursuing TOSCA Training Online For Beginners or self-learning, these benefits make the journey worthwhile.
Challenges Beginners May Face and How to Overcome Them
While TOSCA is designed for ease of use, beginners may encounter challenges like:
Challenge 1: Understanding the Model-Based Concept
Solution: Focus on the module-test case-execution list structure. Practice scanning and mapping regularly.
Challenge 2: Linking TestCaseDesign
Solution: Follow a visual guide or tutorial to see how template and instance relationships are built.
Challenge 3: Debugging Failures
Solution: Always read execution logs and utilize screenshots and checkpoints for clarity.
Patience and consistent hands-on practice are the keys to mastering TOSCA.
Career Scope After Learning TOSCA
After mastering TOSCA Automation, you can explore the following roles:
Test Automation Engineer
QA Analyst
Software Development Engineer in Test (SDET)
API Test Engineer
Test Lead
Companies using Tricentis TOSCA often look for certified professionals who can implement efficient test strategies and integrate testing into CI/CD pipelines.
Conclusion
TOSCA Automation makes it easy for beginners to break into the world of test automation. With its scriptless approach, intuitive interface, and powerful integrations, it is one of the best tools to learn in today’s software testing ecosystem.
Whether you are looking to transition from manual testing or upskill in your QA career, this TOSCA Automation Tutorial offers the perfect starting point. From scanning applications to executing tests and analyzing results, you now have a clear roadmap to begin your automation journey.
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