Solving the Top 5 Test Automation Challenges
Test automation is indeed an outstanding achievement for the software development industry. Developers and software engineers are becoming more productive with automation tools. However, members face challenges during the auto testing process and fail to meet the expected result due to their unfamiliarity with the process and tools. Here are the top 5 test automation challenges and ways to overcome them.
1. Test Coverage
One of the major challenges of test automation is building test coverage. It is impossible to write tests without having enough resources. Test coverage is the features or functions of an application verified by multiple tests.
A solution to this challenge may be to hire more members. Using low code is also a solution. Low code allows removing complexity and bottlenecks. AI-powered test tools are easily accessible, accurate, and stable.
2. Synchronizing Tests with the Automation Platform
Synchronizing between the test execution time and application is a must. Otherwise, the platform cannot find accurate elements. Adding conditions in the process can prevent applications from moving forward. However, it slows down the process.
To solve this problem, teams must add as few waits as possible. Thus they can achieve stability and flexibility while maintaining speed. Members can also keep options of using time-based, event-based, and conditional delays according to the needs.
3. Test Failure
Test failure is common in application development. What matters is to minimize the number of failures and solve them as early as possible. The challenge arises when the team does not understand the reason for failure. Without knowing the root cause, it’s impossible to permanently get rid of the issues.
Using tools that do not require extra code is an effective way to minimize test failure. Modern tools can understand where the system broke, why it broke, and possible ways to solve them.
4. Add Code to Codeless Tests
Users face another challenge while using codeless test frameworks. Low code or codeless test automation tools simplify the tests using a model-based system. These tools sometimes limit the ability of the tests.
Adding code to a no-code or low code test increases the flexibility to meet individual needs. The code must be in a known language. Members also need to ensure users can add code to a shared step across the tests.
5. Reuse of Test Components
Some of the test components come back from time to time. Using the same components and updating them is a waste of time and resources. This concept is called Don’t Repeat Yourself (DRY).
People need to write easily accessible, flexible, and reusable code. Developers can easily find tools that make the components easier to create and share. It is also possible to use reusable resources in a low-code platform.
Test automation may be challenging. Using the right tools and resources, changing the processes, and understanding the process make the test automation process easier and smoother to manage.