Benefits of Using a Test Automation Framework with ZappleTech

Using an automated testing framework will improve a team’s test speed and efficiency, improve test correctness, cut test maintenance costs, and lower risks. They are critical to a successful automated testing procedure for several reasons:

Test efficiency has improved
Manual involvement is minimal
Coding reusability
Maintenance expenditures are reduced
Maximum coverage of tests

Testing early in the Test Automation Framework is a prevalent trend to reduce risk.

Types of Automated Testing Frameworks

It’s critical to select the framework that’s ideal for you while creating a test strategy. ZappleTech offers the following custom QA frameworks:

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Data-Driven Framework
The test data is separated from the script logic when using a data-driven framework, allowing testers to store data elsewhere. Frequently, testers are faced with the task of testing the same feature or function of an application numerous times with different sets of data. It’s vital in these cases that the test data isn’t hard-coded in the script, as is the case with a Linear or Modular-based testing framework.
Library Architecture Testing Framework
The library architectural framework for automated testing is based on the modular framework, however it comes with a few extra features. Rather than breaking down the program under test into the numerous scripts that must be performed, related jobs within the scripts are recognized and then grouped by function, resulting in the application being broken down into common objectives. These routines are stored in a library and can be accessed by the test scripts at any time.
Linear Automation Framework
Testers don’t need to write code to build functions in a linear test automation framework, also known as a record-and-playback framework, and the steps are written in a sequential manner. The tester captures each step, such as navigation, user input, or checkpoints, and then conducts the test by automatically replaying the script.
Framework for Modular-Based Testing
When using a modular framework, testers must break down the program under test into different components, functions, or sections, each of which must be tested separately. Following the decomposition of the application into discrete modules, each portion is given its own test script, which is then integrated to construct larger tests in a hierarchical approach. These larger groups of tests will start to reflect different test cases.
What are the most significant benefits of automation frameworks for businesses?
Cost-Effective Benefits
– Assists in reducing time-to-market by delivering continuous execution of automated test scripts
– Improves scalability
– Lowers operational costs
– Delivers faster and higher-quality products for launch
– These frameworks guarantee better test results than manual testing
– Though the initial costs are high, the eventual maintenance costs are reduced
– These automation frameworks become reusable and cost-effective because they can be utilized for similar testing needs in the future using the same test scripts.
What are the benefits of using Cloud test automation frameworks for businesses?
– Assists with real-time communication
– The ability to access data and resources at any time and from any location
– Supports parallel testing across several platforms, operating systems, and environments, making the testing process easier
– There are no upfront charges
– Allows for a quicker time to market
– Provides value for money
Application-Efficiency Benefits
– Detects problems early with excellent bug and issue detection
– Use of end-to-end automated testing frameworks ensures optimum test coverage
– Requires less manual intervention because the tests are totally automated
– The most important application is in terms of code reuse
– Increases efficiency by reducing the amount of time spent testing
– Automated scripts save a significant amount of time during QA and ensure that quality is maintained and delivered
– Because automated tests are done by the system, they may be run at any time and from any location
– Bug tracking reports provide DevOps teams with detailed reporting

The disadvantages of developing a test automation solution

When creating your own test automation solution, you’ll almost certainly run against three major stumbling blocks. Time, money, and resources are the three. Let’s take a closer look at them.

#1 Time. It takes more than a day to build your own test automation framework. It necessitates a great deal of planning, analysis, and development. You can list the prerequisites for your future project during the planning stage. They should, however, be true must-haves, not merely nice-to-haves. After conducting such research, you will most likely discover that the answer you seek is already on the market.

#2 Money. You need to have skilled and experienced specialists who can construct such a tool if you want to build your own solution. You should also supply your team with all of the tools they’ll need to create a framework. It necessitates financial commitment. As a result, it’s important to assess whether you’re certain that your time and money were well spent. Often, projects aren’t complex or large enough to necessitate a dedicated automation solution.

#3 Resources. There’s one more case to think about. What if the leader of your team, which was working on developing a framework, wanted to leave? What will you do in that case? You can watch the webinar to learn more about the benefits and drawbacks of establishing and building test automation.

Our web testing process at a glance

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Privilege Escalation

Penetration (optional)

Presentation of results

Frequently Asked Questions:

A framework is a collection of procedures and tools meant to assist AQA professionals in testing more effectively. Coding standards, test-data processing methods, object repositories, protocols for storing test results, and information on how to access external resources are all examples of recommendations.

  1. Organize, structure, and set up source control
  2. Become acquainted with the application.
  3. Establish Your Testing Environments and Collect Data
  4. Establish a Smoke Testing Project
  5. Create On-Screen Actions Utilities
  6. Verifications: Creating and Managing
  7. Create your logging and reporting system.

A framework is a collection of standards and conventions for developing Test Cases. It’s a set of tools and best practices that help AQA Professionals test faster.

Types of Automated Testing Frameworks

  • Linear Automation Framework
  • Modular Based Testing Framework
  • Library Architecture Testing Framework
  • Data-Driven Framework
  • Keyword-Driven Framework
  • Hybrid Testing Framework.

AQA’s goal is to aid the working groups by gathering and collecting the best of a body of good practice, creating a framework, and giving a roadmap. These best-practice instructions should make planning and implementing AQA tasks within the Working Groups a lot easier.


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