Automation Testing

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What is Automation Testing?

Automation testing is a type of software testing that uses a test automation tool to create and execute a script. Here in this type of testing human interference is not required. Automation is done to improve efficiency, and productivity, and get error-free results.

With the help of an automation tool, you can easily create test data, create test scripts, execute, compare and report the results.

Difference between Manual Testing and Automation Testing

Here are some of the common differences you will find between the two different types of software testing:

Sr.NoManual TestingAutomation Testing
1Manual Test Engineer will write the test script manually.Automation Test Engineer will write the test script programmatically or use any modern approach of Low-Code automation.
2Manual Test Engineer will prepare the test data manually with different input combinations.Automation Test Engineer will prepare the test data programmatically or use any 3rd Party Libary to generate the test data with different input combinations. Also, a large volume of test data can be generated using an automation testing approach
3Manual Test Engineer will execute each test case manually.Automation Test Engineer will execute each test case automatically. Note that there are solutions available to even schedule the test execution.
4Manual Test Engineer will execute and compare the results manually which is time-consuming.Automation Test Engineer will execute and compare the results automatically and this process is faster. Note that there are several libraries available to do the comparison.
5Manual Test Engineer will record each result manually which is time-consuming and error-prone.Automation Test Engineer will record each result automatically which takes less time. Note that modern test reporting tools maintain the historical data to further analyze the results.
6Auto scheduling is not possible.Auto scheduling is possible using CI/CD tools.

Benefits of Automation Testing

Following are some of the benefits of automation testing:


We can reuse test scripts in automation testing and we don’t need to write new test scripts again and again. And we can also recreate those steps that are more detailed than the previous ones.

Example: There are two test scenarios where you have to log in to the system and then complete the tasks. In this case, you can reuse the login steps in another script. It even saves you time.


Compared to manual testing, automation testing is more consistent and faster than running standard monotonous tests, which cannot be skipped but can lead to errors in manual testing.

Schedule Test Anytime

In automation testing, we can start the test execution from anywhere in the world and whenever we want. And even we schedule the test execution remotely.

Early Bug Detection

We can easily identify critical errors early in the software development process by performing automation testing. It also helps us spend fewer man-hours solving these problems and reduce costs.

Less Human Resources

To implement an automation testing program, we need a test automation engineer who knows how to write test scripts to automate our tests instead of many people doing tedious manual tests repeatedly.

Getting Started Automation Testing

Following are the steps involved whenever starting automation testing:

Defining the Scope of Automation

Automation scope means the area of ​​your test application that will be automated. Make sure you go through and know exactly your team’s test state, the amount of test data, and also the environment where the tests are conducted. Below are additional guidelines for scope:

  • Technical feasibility
  • The complexity of test cases
  • Features or functionality important to the business
  • Scope of business component reuse
  • Ability to use the same test cases Browser testing

Selecting a Testing Tool

Once you’ve defined your scope, it’s time to get a tool to test your automation. Of course, you can choose from the wide range of automation tools available in the market. However, this only depends on the technology on which the application tests are built. Each tool or framework can meet different requirements, so a thorough knowledge of several tool types is also an important factor in choosing the best tool.

Planning, Designing, and Development

In this step, you create an automation strategy and plan. This plan may include the following elements:

  • Automation test tool of your choice
  • Framework design and its features
  • A detailed schedule for test case scripting and execution
  • In-scope and Out-Scope items of automation
  • Automation test objectives and execution process

Executing Test Cases and Build your reports

Once all the preliminary steps have been taken, it’s time to act! You can write scripts, and run the test automatically, either by running the code directly or by calling the application’s API or UI. After execution, the test report provides a summary of the tests performed so far on the project.

Maintaining previous test cases

No matter how will you manage the automation test script, test maintenance is essential if you want to expand your collection of reusable test scripts. Once the automated tests are written and run, they still need to be updated the next time the application changes.

Automation Testing Framework

Automation testing frameworks are an integral part of any successful automated testing process. They can reduce maintenance costs and testing costs and provide a better return on investment (ROI) for quality control teams looking to optimize their agile processes.

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