Tosca Checkpoints and Verifications Explained

In automated testing, validating that the application behaves as expected is just as important as executing test steps. Tricentis Tosca, a powerful model-based test automation tool, offers robust ways to perform checkpoints and verifications to ensure test accuracy. These features help testers confirm that UI elements, data, and processes are working as intended during test execution.

In this blog, we’ll explore what checkpoints and verifications are in Tosca, why they matter, and how to use them effectively to improve test coverage and reliability.


What are Checkpoints and Verifications in Tosca?

Checkpoints in Tosca are used to verify the actual behavior or value of a particular UI or non-UI element against the expected result during test execution. This ensures the application under test (AUT) meets the defined criteria and business logic.

Checkpoints are typically applied to:

  • Text fields
  • Buttons
  • Tables
  • Drop-down lists
  • Backend data
  • Business process outcomes

In Tosca, these verifications are implemented using the Verification parameter in a TestStep or TestCase. When executed, Tosca compares the actual value from the application with the expected value defined in your test case.


Types of Verifications in Tosca

Standard Value Verification

  • Compares actual value with the expected value.
  • Example: Verify if a textbox contains "Welcome, User".


Existence Check

  • Checks whether a UI element exists or is visible.
  • Example: Verify if the “Submit” button is present.


Property Verification

  • Verifies the properties of a control such as “Enabled”, “Visible”, or “ReadOnly”.
  • Example: Verify if a field is disabled after form submission.


Table Content Verification

  • Confirms the presence of specific values in rows or columns.
  • Example: Verify if the order ID appears in the order summary table.


Database Checkpoints

  • Connects to a database and verifies specific values or record counts.
  • Example: Confirm that a new user record is inserted after registration.


API Response Validation

  • In Tosca’s API testing module, checkpoints verify JSON or XML response content and status codes.
  • Example: Verify if the response status is 200 OK and a key field matches a value.


How to Implement a Checkpoint in Tosca

  1. Create or open a TestCase in Tosca Commander.
  2. Identify the test step where you want to apply the verification.
  3. Use the Module attribute where the value needs to be validated.
  4. In the "Verification" column, set the expected value or condition.
  5. For example, set =Welcome, User to verify a greeting message.
  6. Run the test case.
  7. Tosca will compare the actual value during runtime against your input.

If the values match, the step passes; if not, Tosca flags the verification as failed, providing a clear trace of the mismatch.


Best Practices for Using Checkpoints

  • Use dynamic expressions for values that change based on user input or environment.
  • Avoid over-verifying on every test step to reduce redundancy.
  • Use reusable TestCases or Templates for common verifications.
  • Combine test data management with checkpoints for more powerful validations.
  • Always include clear naming and descriptions for easy test case maintenance.


Conclusion

Checkpoints and verifications in Tosca play a crucial role in validating your application’s behavior and ensuring its correctness. Whether it’s confirming UI behavior, validating data entries, or checking API responses, Tosca provides a flexible and powerful set of tools to automate verifications efficiently.

Mastering Tosca’s checkpoint functionality not only increases the accuracy of your test automation but also boosts the overall confidence in your application’s quality.

Learn Tosca Training in Hyderabad
Read More : How to Use Tosca's Test Configuration Parameters


Visit IHUB Talent training institute Hyderabad
Get Direction

Comments

Post a Comment

Popular posts from this blog

How to Use Tosca's Test Configuration Parameters

Tosca by Tricentis is a powerful model-based test automation tool widely used in enterprise environments for end-to-end testing. One of its most useful features is Test Configuration Parameters (TCPs), which provide flexibility and control in managing test execution. TCPs enable testers to create reusable test cases by passing dynamic values without hardcoding them. This significantly enhances test maintenance, scalability, and efficiency. In this blog, we’ll explore what Test Configuration Parameters are, how to create and use them, and the best practices to follow when working with TCPs in Tosca. What Are Test Configuration Parameters? Test Configuration Parameters are custom-defined key-value pairs that can be associated with test cases, test case folders, or execution lists in Tosca. They help manage configuration data such as environment URLs, browser types, credentials, or any other variable data that may differ across test runs. By using TCPs, you can avoid duplicating test case...
Read more

Installing Java and Eclipse IDE for Selenium Automation

Selenium is one of the most popular open-source tools for automating web applications for testing purposes. To begin your journey with Selenium automation using Java, you need to first install Java Development Kit (JDK) and an Integrated Development Environment (IDE) like Eclipse. This blog will walk you through the step-by-step process of setting up Java and Eclipse IDE on your system, preparing you to start writing and executing Selenium scripts. Step 1: Install Java Development Kit (JDK) What is JDK? The Java Development Kit (JDK) provides the tools required to develop and run Java applications. It includes the Java Runtime Environment (JRE), compiler (javac), and various development tools. How to Install JDK: Download JDK: Visit the official Oracle website or use an open-source version like AdoptOpenJDK. Download the latest stable version (preferably JDK 11 or later). Install JDK: Run the downloaded installer and follow the installation wizard. During installation, note the install...
Read more

How Flutter Works Behind the Scenes

Flutter, Google’s open-source UI toolkit, has rapidly become a popular choice for building beautiful, natively compiled applications for mobile, web, and desktop from a single codebase. But have you ever wondered how Flutter works behind the scenes to deliver such smooth and performant apps? In this blog, we’ll dive into Flutter’s architecture and explain the key components that make it tick. What is Flutter? At its core, Flutter allows developers to write code in the Dart programming language, which is then compiled to native machine code. Flutter doesn’t rely on native UI components; instead, it draws every pixel on the screen using its own rendering engine. This unique approach gives developers full control over the UI and enables consistent behavior across platforms. Flutter’s Architecture: The Big Picture Flutter’s architecture can be broken down into three main layers: Dart Framework Flutter Engine Platform-Specific Embedder 1. Dart Framework The Dart framework is what developers...
Read more