Automated Testing : Types & Benefits

Test automation means automating the process of running a test case and comparing the results to what was expected.

Automated Testing Types & Benefits

Automated testing is a way to test a web application using different strategies with automation testing software tools. The goal is to run a test case suite and see if the software works exactly the way it should.

Test automation means automating the process of running a test case and comparing the results to what was expected. Let’s look at an example to be more precise. Everyone knows that manual testing is done by humans, who must write each test case and carefully run it. On the other hand, automation testing doesn’t need human help because automation tools run the test cases.

Since a long time ago, software developers have used automated unit testing to check each part of the software separately. For example, it contains whether a given function is working correctly. After that, automated testing frameworks came along, which made it possible to test the whole application without having to try each part of the software separately, which can take a lot of time. These automated testing frameworks allow a test script to talk to your user interface and act like a user.

In short, automation testing ensures that you can quickly improve the productivity of your software without missing essential bugs. Also, developers use it when they want to automate repetitive tasks that can’t be done with manual testing. Besides this, it supports functional testing and testing that doesn’t involve functionality.

Types of Automated Testing

Unit Testing

Unit testing is the first and easiest way to test. In unit testing, the minor code in a system is tested on its own to ensure it works the way it should. Software programmers create and run unit tests to make sure that each application works as it should. These tests can be easily automated whenever new code is added to your main branch. This testing is done while the software is being made before it is given to testers.

Unit testing is essential if you want an application that works well and has no bugs. It helps find bugs early in the development process and helps developers understand how each application part works. Despite all of this, it also makes your development team more productive.

Integration Testing

Software modules are put together in a way that makes sense during integration testing and then tested as a group. It checks to see if the different parts of your application work or if they need to be changed.

These can also be automatically checked. Also, test both expected and unexpected user inputs since a user can type in anything. Here, all of the software units are put together and tested to ensure everything runs smoothly.

Acceptance Testing

We all know that a business builds an app for some reason. Every piece of software has a goal, so you need to know what that goal is, who it’s for, and what it’s supposed to do. This will help you ensure that all business needs are met by determining if the software is ready to go. Acceptance testing is a part of quality assurance that checks to see how well the software meets the end user’s needs.

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Smoke Testing

Smoke testing is a type of software analysis that doesn’t cover everything. It checks the most critical parts of the system but doesn’t look into the finer points. This kind of testing is done after the software has been built but before it is released, when it is fully built into the software. If there are any significant problems with the system at this stage, the application will be sent back to the development phase, where developers will have to fix the issues caused by the smoke tests. Also, if the software tester finds any broken features in the software while doing smoke testing, they can’t move on to the next stage until the problem is completely fixed. This means they must fix the problem before moving on to the next step.

Functional Testing

Functional testing is a type of testing that looks at how all the software features work and checks to see if they do what they are supposed to. This testing checks the application’s security, user interface, application programming interfaces (APIs), and general performance of the software.

Regression Testing

This kind of testing is done on already-made software to ensure that a code change doesn’t break any of the system’s functions. We all know that the code needs to be changed, added to, or taken away from depending on how technology changes. This is true even if the software is working just fine.

Most of the time, this testing is done to ensure that changes to the code haven’t broken any of the application’s existing features. Before adding any new changes or features, it ensures that the code already in the system is working at the same level as before.

Performance Testing

Performance testing is non-functional testing that measures how stable, responsive, and fast software is under a certain amount of work. This type of testing looks at how well the system works when more than one user is using it simultaneously. It looks at how fast and responsive the design is and how well it can handle multiple users.

During performance testing, if any problems are found, they need to be fixed so that the application can perform at a higher level and give the best results to the users.

End-to-end testing

End-to-end testing is used a lot in the software development lifecycle to test how an application works and how well it works in real-world situations. The goal is to make a simulation of what an actual user situation looks like from start to finish.

Keep in mind that end-to-end tests aren’t cheap to run because they’re hard to keep up with, so we suggest you only run a few of them.

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Benefits of Automated Testing

  • Higher production rates and increased productivity.
  • It helps software testers to relieve from writing repeating test cases and provides more time to develop better test case scenarios.
  • It doesn’t require many human errors and generates desired outcomes every time.
  • Automated testing allows you to reuse the test scripts, saving a lot of time and effort for the software testers.
  • As it is based on data-driven testing, testers can evaluate all functionality of the software involving numerous data sets.
  • Minimize the effort of manual coding.
  • It allows you to reuse functions and actions included in testing.
  • It stores all the test scripts in a single repository.
  • Maximum test coverage.
  • It offers better quality products.

Final Thoughts

In conclusion, we’d like to say that it’s essential to test your software before putting it out to the public. So, try your software in all possible ways before putting it out there, so it is free of bugs and stands out from the rest.

So, this is the end of the post. We hope this post helps you. We’d love it if you shared this post on Facebook or Twitter so we could reach more people. If you still have questions, feel free to leave them in the comment section below, and we’ll get back to you as soon as possible.

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