How Can Differentiate Between Manual Testing Vs Automation Testing?

In a digital age where software is critical to business operations, it is irritating when the system gets broken, resulting in dissatisfied users and financial loss. As a result, software testing was established to detect bugs throughout the development process.

In fact, software testing was traditionally done manually, but the process has gradually evolved to automation. This article aims to differentiate between manual and automated testing and the limitations and strengths of the two methods.

1. What Is Manual Testing?

Manual testing is a software testing procedure in which test cases are done manually rather than using automated technologies. Prior to automation testing, all newly produced software must go through manual testing. Testing takes expertise and effort, but it ensures that the product is bug-free. Manual testing requires an understanding of manual testing methodologies.

Manual testing involves testers (humans) manually executing test cases from the end perspective of users. It determines whether or not the application is operational as specified in the requirement document. Test cases are planned and executed in order to complete the software program completely. Manually generated test case reports are also generated.

Manual testing is an essential testing procedure since it is used to detect both obvious and hidden faults in software. Developers patch detected flaws and send them to testers for retesting.

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2. Manual Testing Types

Manual testing can be done in a variety of ways, including the following:

• White Box Testing: This testing is known as white box testing since the code is visible to developers during the testing. It is carried out by developers who review each line of code before passing it on to the test engineer.
• Black Box testing is carried out by test engineers who evaluate the functionality of an application or program in accordance with the client's specifications. Because the code is not visible during testing, it is referred to as black-box testing.
• Gray Box testing: This testing approach combines white and black box testing. It can be done by a professional who is familiar with both coding and testing. Gray box testing is a process in which a single tester performs both white and black box testing.

3. What Is Automation Testing?

Testing by Automation is a sort of software testing that uses automated testing software tools to execute a test case suite. This type of automated testing software enters test data into the system being tested. The expected and actual findings are then compared, and full test reports are generated as a result. Despite the absence of human intervention, automation testing necessitates the expenditure of money and resources. The same test suite must be run in later development cycles. The test suite can be recorded and replayed as needed using the automation testing tool.

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4. Automation Testing Types

There are various forms of automation testing, which include the following:

• Smoke Testing: Also known as sanity testing, this is a testing technique that determines whether or not the released software product is stable.
• Unit testing: a type of testing in which individual units of source code that may be isolated in a system are examined to determine whether or not they are fit for usage.
• Integration testing: a type of software testing in which individual modules are merged and assessed as a group. This testing procedure determines whether the component meets the functional requirements given.
• Functional Testing: this is the testing process used by QAs to assess whether the software meets pre-determined requirements.
• Keyword Testing: also known as action word-based testing, is a testing methodology that is used in both human and automated testing. Keyword testing distinguishes test case documentation - both data and functionality for use - from test case execution prescription.
• Regression Testing: is the practice of evaluating existing software applications to guarantee that previously built and tested software continues to function after changes.
• Data-Driven Testing