A product is bound to have flaws when it's developed by a company. To ensure seamless user experiences, companies must identify and fix any flaws before releasing the product. The testing team is responsible for performing various types of testing from functional to nonfunctional to ensure that the product works efficiently and provides a better user experience.
Although testers can do both manual and automation testing, Automation Testing is much more efficient and provides precise results. This results in faster delivery.
Automation Testing is a method for testing software products using special tools and frameworks that minimize human intervention to maximize quality.
Automation testing is performed with automation software. It controls the flow of execution of tests according to the scripts. These are then compared to the predicted outcomes to ensure that the application is reliable and quality. Automation Testing Services allows one to perform repetitive tasks as well as those that are difficult to accomplish with manual testing.
Types of Automation Testing:
1. Automation Testing Based On Types of Testing
2. Automation Testing Based On the Phases of Testing
3. Automation Testing Based On Types of Tests
You can now see the different types of automation testing in the section below.
Automation Testing Based On Types of Testing
Functional Testing
Functional testing is about the product's functionality and verifies every feature/function. Functional testing is determined by the requirements of customers. Functional testing validates the actions you take in the software. Functional testing can be performed manually or automatically. Functional testing can be used to test the login functionality of a website.
Non-functional Testing
Non-functional testing looks at how the product performs. It also verifies non-functional aspects such as reliability, usability, performance, and so on. It is based on customers' expectations. Non-functional testing validates the software's performance. This is difficult to do manually. Non-functional testing can be described as testing the loading time of a dashboard on a website.
Automation Testing Based On the Phases of Testing
Unit Testing
One unit is the smallest part of the software. It is essential that each component of the software works properly in order for the product/software to function well. Unit testing provides a detailed view of the code's performance. Because you test only a small amount of code at once, unit testing is faster to execute. Developers prefer unit testing.
API Testing
API stands for Application Programming Interface. It is the middle interface between the UI & the database. API testing is used to verify the functionality of the application. The API testing process is not based on inputs or outputs from the keyboard and testers won't have access to the source codes. Instead, the software sends API calls to obtain the output. The testers then note the response from the application to verify the functionality.
UI Testing
UI testing focuses on the accuracy of visual elements, such as buttons, labels, and links. For a better user experience, these elements must be correctly displayed and function as intended. UI testing checks the application's ability to handle user actions via their keyboard, mouse, and other input devices. Its primary purpose is to provide a user-friendly interface (UI) as well as an enjoyable experience.
Automation Testing Based On Types of Tests
Smoke Testing
Also known as "Build verification testing" (BVT), smoke testing is also called "smoke testing". This is usually done during the initial stages in application testing. Smoke testing is performed whenever you add new functionality or features to an existing build. This serves as a checkpoint before moving on to the next stage of testing.
Integration Testing
Integration testing is sometimes called I&T testing, string testing, and rarely thread testing. It is used to verify that all modules communicate with each other. Because the software is composed of many smaller modules, integration testers group them logically and test them together to find flaws. They also maintain the interaction between the modules.
Regression Testing
Regression testing is a way to verify that the software you have developed and tested works as intended. Regression testing can be used to verify that the changes made are corrective, configuration, or enhancements. This is done by running functional and non-functional tests on the application.
Security Testing
You don't want to be a tester who suffers data breaches, revenue loss, or reputation damage due to unauthorized access. Security testing is performed to identify the risks, vulnerabilities, threats, malware, and other risks within the software application. This helps avoid these types of incidents. Security testing can help you identify all weaknesses and fragilities in your system's security. You can then quickly come up with solutions.
Performance Testing
Your product must work smoothly, even if it is subject to a lot of workloads. Before launching your product to customers, it is important to test its responsiveness, stability, reliability, robustness, and resilience under certain workloads. Performance Testing can be described as checking the browser's response time and the time taken to process a request.
Acceptance Testing
The final phase of product testing before it is released to the public is acceptance testing. This is to ensure that all user requirements, business requirements, client demands, and product quality are met.
Benefits Of Automation Testing:
It is important to understand the benefits of Automation Testing if you're interested in learning it. Automation Testing is just like any other type of testing. There are pros and cons to each. This article will discuss the benefits of Automation Testing.
- Because it uses efficient testing tools, it proves reliable.
- It is 70% faster than manual testing which can save a lot of time both for the testers and the entire organization.
- Automation Testing eliminates the need for human intervention when executing test scripts.
- It permits the re-use and re-running of test cases.
- This increases the efficiency and speed of software testing.
- Automation Testing includes all features of the application.
- This allows for faster product delivery to the market.
- Automation Testing provides faster feedback systems that facilitate communication between testers and developers.
- This allows for easier detection and fixing of bugs earlier.
- Because it is impervious to human error, it offers greater accuracy.
- It can run large numbers of test cases simultaneously.
Conclusion:
Test automation is the future of software testing if it's combined with the right tools for automation and the proper planning of the testing process. The demand for automated testing is increasing as the software market evolves rapidly. Organizations are moving away from manual testing and shifting to hybrid testing environments to reap the benefits of automated testing. This includes faster releases, automated repetitive tasks that can be automated, lower time spent on regression testing, increased test coverage, 24/7 availability, and improve testing coverage. This testing approach will increase the confidence of developers, managers, and customers.
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