Do you want to create a solid test automation strategy? Then, choosing the right test automation framework is key.
Think of a test automation framework as your guiding principles—it’s the blueprint dictating how automation processes roll out.
The goal? Boost efficiency and effectiveness in QA systems.
Advantages of Test Automation Frameworks
- Code Reusability: The valuable data is saved for later use and can be reused at any time because these frameworks include the necessary coding data needed for the automation test to succeed. It is not necessary to manually enter codes or rearrange them. You can use the code to execute additional automation framework tests as well. Additionally, the developed scripts may be kept.
- Low Cost: Since the frameworks already have defined rules, test cases can be created fairly inexpensively. Additionally, creating test cases for new features is inexpensive and takes less time because these codes can be reused repeatedly.
- Minimal Human Interference: Automation frameworks adhere to their governing rules. Very little or no human intervention is required to execute the automation tests because maximum coverage is already established and achieved in the initial stage. Furthermore, when performed with the assistance of the right QA automation services provider, the results will be outstanding. Therefore, automation frameworks allow for a rerun of the process with minor modifications, but the data remains unchanged and doesn’t necessitate any additional work from an individual or group.
- Enhanced Productivity: Standardization brought about by test automation frameworks results in higher productivity. Because the set of codes in a framework is run consistently from the start, it ensures maximum test coverage.
Major Types of Automated Testing Frameworks
You can use the following automation frameworks for your tests. You can ensure that your tests are comprehensive by utilizing the following tried-and-true techniques:
Data-Driven Testing Framework
Several tests must be run on an automation framework before a successful outcome is achieved. If so, adjusting the test data may be necessary to obtain an alternative outcome. You can add a new script to the test case by storing the test data on an external drive and retrieving it later using the Data-Driven Testing Framework.
Keyword-Driven Testing Framework
Generally viewed as an extension of the data-driven testing framework, the keyword-driven testing framework collects test data from an external source while safely retaining the set of codes. Put simply, these codes, or “keywords,” can tweak the test script to get more insights from the testing framework. Also, these keywords basically tell each application what tasks to perform.
Hybrid Testing Framework
The hybrid testing framework combines data-driven and keyword-driven approaches to get the best of both worlds, making it the ideal choice for boosting productivity and performance.
Linear Scripting Framework
In contrast to the previous method, linear scripting is performed manually by an individual who records every step. In this framework, known as Record and Playback, operations are slow. It might be a simple method to record a script and doesn’t require any experience with automation, but it prevents script reuse. The framework would eventually require hand-coding the test script in order to be run, and maintenance would also take time.
Module-Based Testing Framework
The Module-Based Testing Framework, as its name implies, depends on the existence of several modules in order to function. You would have to collaborate with them to develop unique scripts for every module in order to obtain the best outcomes from the automation test. If changes were made to how the application functions, the modules would remain unaffected. Scripts are safe until they are changed by hand.
This provides a highly modularized approach to management at a low cost because it combines multiple modules into one. Productivity stays at its highest level. Individually changing the test data, however, can be very labor-intensive and time-consuming.
While every one of these frameworks has benefits and drawbacks, there isn’t a single ideal answer that works in every circumstance. You have to decide which framework best meets your needs and requirements. Therefore, you must concentrate on that because you cannot benefit greatly from test automation unless you have the appropriate framework in place.
Author Bio : Vishnu Narayan is a content writer works at ThinkPalm Technologies. He is a passionate writer, a tech enthusiast, and an avid reader who tries to tour the globe with a heart that longs to see more sunsets than Netflix!