A Quick Guide To Find The Ideal Smart Test Automation Framework
What Is Smart Test Automation Framework?
A Smart Test Automation Framework is a set of rules and guidelines to create/define helpful test cases. The abstract form of automated testing assists the testers in making the most out of the available resources. All sorts of terms and guidelines for automation testing are followed systematically to deliver the expectation and results.
A desktop automation testing framework includes a set of processes, tools, and protocols for the collective usage of testing applications. An automation testing platform comprises hardware, software, and additional resources for automation testing and framework. The web service automation framework is based solely on assumptions and designs. The efficient design and development of the automated test scripts ensure complete analysis of system issues or bugs under the testing workflows.
The crucial functions of codeless test automation frameworks efficiently identify the objects for usage in the software development life cycle. These software testing tools are helpful in the evaluation of things to gain the expected results. Simply put, a testing automation framework is an execution environment for automated workflows in the event of concepts, assumptions, and successful practices. Overall, these elements support the designated process of automated testing and analysis.
Purpose Of Using Quality Assurance & Testing Frameworks
Using codeless test automation tools is essential for automated testing to improve efficiency and test speed. It assists in increasing the test accuracy and lowering the maintenance costs or risks. The exclusive benefits of the testing frameworks have become a crucial component of modern-day agile and DevOps practices.
→It enhances the design and development efficiency with the help of automated test scripts. Enable the components or code reuse with the help of the record and playback tool.
→It provides a detailed and structured methodology to facilitate design uniformity across multiple test scripts. The test automation frameworks can reduce individual test-case dependency.
→The robotic process automation (RPA) can enable the best issue and bug detection process to deliver efficient root cause analysis programs. You can avoid the maximum scale of human/manual interaction with the testing processes.
→The test automation framework reduces the team’s dependency on executing certain scenarios. It refines the dynamic test scope to formulate the perfect test strategy and system conditions under testing.
→The codeless tool automation frameworks utilize various resources to boost the maximum efforts. The automation testing tools involve minimal manpower involvement.
Why Do We Need A Smart Test Automation Framework?
Optimization of Resources
In a testing framework, automation plays a vital role in optimizing resources and credibility. It implements the operations with the usage of different resources as per the organizational needs. Take the instance of achieving set targets; the test automation frameworks provide a specific set of processes. You need to match the resources with the requirements along with the flexible adoption. The higher the flexibility levels, the better will optimization practices, and control.
High Testing Volume
The quality assurance automation framework increases the testing volume to serve the growing need for software processes and deployment. The growing phase of digitization and mobile devices is restricting the usage of manual testing. The organizations will need around forever to keep manually conducting the regressive testing. The automated testing frameworks enable the testing team to run thousands of devices in a single instant of time.
The integration testing tools and frameworks enable testing on various sorts of devices. As soon as the testing scripts involve automation, the testing team needs to run them on multiple devices. The results are more feasible and quicker because of the same parameters and comprehensive reports.
Enhanced Speed and Reliability
Writing test scripts and running them can be time-consuming for any software firm. These can be helpful in reducing the time to carry out various operations. The desktop application automated testing can create various test scenarios efficiently in the software deployment. Using a framework can help in running the operations simultaneously to get the expected results in minimal time. The usage of automated testing avoids most of the mistakes with reliable automation.
More Output in Less Time
The smart test automation framework reduces various challenges in configuration, synchronization, error management, and report creation. A script with automation minimizes the time investment to prepare and run test programs. A firm can achieve more output in less time with more boost in efficiency and speed.
A test automation framework isn’t required to stay at the office premises 24/7. You can start running the tests from anywhere, anytime. All you need to do is to ensure the remote testing and operations of the automated frameworks. You won’t need a lot of resources for remote testing and deployment.
Reusable Automation Code
The AI testing and automation frameworks make the best use of test automation scripts in a variety of applications. Let’s consider an example where the testing team is planning to write some scripts for testing certain software functionality. The same script is applicable in certain other applications requiring the similar or same functionality.
Increased ROI (Return Of Investment)
Investment in the unit testing framework is going to offer the maximum ROI for the business operations and practices. However, the long-term investment return is quite higher in comparison to manual testing or other practices. A test automation framework reduces the time and effort invested in any software development and deployment process.
Overall, every organization should think of continuously investing in automated testing programs and operations. The AI testing tools are effective in achieving continuous and stable test processes. These tools take care of the entire aspects of test case creation to the automatic execution.
Various Types of Test Automation Frameworks
1. Linear Automation Test Framework
A linear automation test framework includes introductory level testing. The testing team needs to create and input the test scripts sequentially. As you run each script individually, there is no need to write the custom code or anything else.
The best part of the linear test automation framework is that it doesn’t ask you to be an automation expert. It uses codeless test automation tools with a one-at-a-time testing approach. All you need to do is to choose the functionality, write a script, and start the testing process. A faster and more reliable testing workflow is one of the major perks of this testing framework.
Simple, fast, and flexible
Single-use testing automation
High maintenance tool
Redundancy with the testing process
2. Data-Driven Test Framework
A data-driven test framework works to create reusable test scripts for variable data sets. It segregates the logic behind the test scripting and test data, followed by the data storage on the external medium. The team and professionals can keep a keen eye on the testing scenarios to ensure the re-usability of the code.
Scalable testing framework
The faster and more reliable testing medium
Fewer scripts requirement
High and costly setup
In-depth technical knowledge requirement
Difficult to troubleshoot
3. Hybrid Test Framework
A hybrid test framework offers the flexibility to combine the different parts of frameworks and make the most out of the benefits. The ability to mitigate the weaknesses associated with various testing frameworks improves the testing capabilities. Some popular hybrid test automation frameworks include Selenium, Appium, and UFT.
Mitigate the weaknesses in the process
Costly setup and workflows
4. Modular-Based Test Framework
As per the name, modular-based test automation frameworks breaks the test case into small modules. The testing model follows both incremental and non-incremental approaches while conducting application testing and automation. While the modules are tested independently, the automated integration testing tests the complete application as a whole. It makes each application testing separate and different from the other one.
Furthermore, once a testing expert is done writing code for the library function, you are allowed to save a script in it. The script changes are flexible without affecting the entire application. Overall, the modular-based test framework needs minimal time and effort.
Reusable test framework code
Module by module testing approach
Scalable and efficient process
Needs technical knowledge & experience
Complex nature and workflows
5. Library Architecture Test Framework
This library architecture test framework figures out tasks with similar objectives while preparing the script. The testing team carries out a series of similar tasks as per the function and stores all of them. The integration of testing tools and automation frameworks motivates the code’s re-usability across various test scripts. These are helpful for applications having similar functionalities and effective re-usability.
High re-usability of test framework
Cost-effective test automation framework
Scalable and ROI booster
High development and technical time.
High proficiency and expertise
6. Keyword-Driven Test Framework
A keyword-driven QA automation test framework segregates the logic from the testing data. After storing the data externally, it stores the keywords separately. A single keyword or group of keywords combines with the GUI testing actions as a part of the test script. The keyword association is with an object or action during the keyword-oriented codeless test automation framework. It encourages re-usability by using the same keywords for variable test scripts.
High proficiency and expertise required
Reusable and scalable test framework
Less maintenance and cost
High development time and complexity
The complexity increases with time
Summing It Up
Boosting the automated integration testing team’s velocity is no piece of the cake for enterprises. Most big-scale businesses tend to find a way to increase high efficiency among software testing and applications. Automation testing is one of the fundamental aspects related to the software development and deployment process.
Both automation and testing frameworks are the ideal combination to increase the precision level and efficiency of the result. When selecting the best testing frameworks, the testing process becomes as simple and facile as possible. The usage of the testing automation tool increases the application quality, testing speed, and overall stability.
Apart from these perks, the integration test frameworks offer better ROI (Return On Investment) while a new IT product launches. Almost every software development company needs advanced and reliable frameworks to skyrocket revenue. Although finding the best testing framework with ease isn’t a facile choice, your time and money are worth it.
The selection and choice of test automation framework remain the same for the organization in almost every aspect. Selecting the ideal testing framework should be completed before working on the software testing and deployment. Adopting the new testing device and framework would slow down the development and deployment processes. Hence, it is a smart move to start investing in QA automation tools for better and stable business processes.
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