Manual Testing: Everything To Know In 6 Important Steps


Let us learn more about manual testing. Technology has changed the way of our living, surely it has changed life for the ease of work and growth of each and individual. It has created so much software that is widely used and approximately each and every individual is using some kind of software every day. Technology has become a part of human lives. But it takes a lot of human efforts to develop this much-needed software. For developing software and programs a person must have proper knowledge about programming languages and it cannot be done by every individual. While creating this software there are a lot of difficulties faced by a developer like bugs in the programs or any defects.

For software to be more useful, it is the manual tester’s responsibility that it should not throw any error while running, otherwise it might lose its credibility. To make a bug free software there is a lot of manual testing tutorial for beginners.

To make error-free software, there are 2 types of testing that can be done, automatically by computers or by manually. Manual testing is tough and takes time but it shows the correct results at once. There are many manual software testing tools that can be used for error-free software.

  1. What is manual testing with examples?
  2. Manual testing definition
  3. What are the different types of manual testing?
  4. Advantages of manual testing
  5. How to do manual testing?
  6. What are the tools used in manual testing?

1. What is manual testing with examples?

Manual testing is a type of software that is used by a developer to test the software without any automated tools. The main purpose is to identify the defect and remove the bugs. Manual testing concepts is to guarantee that the application is without blunder and it is working in conformance to the predetermined practical necessities. Manual testing examples are acceptance testing, unit testing, integration testing, and many others.

2. Manual testing definition

To define manual testing, in a more appropriate way, the manual Testing can be characterized as the cycle of the product analyzer truly approving the product for its rightness, and checking the elements of the product application against the prerequisite determination gave by the Business Analyst or the customer.

3. What are the different types of manual testing?

There are different types of testing in the manual testing process. Some of the types of manual testing are:

  • Black box testing

Black box testing is a product test strategy that inspects the product’s usefulness without investigating its internal structure or coding. This method is utilized to pick a component and to give an info incentive to check whether the function gives a foreseen execution or not. If the function gives the right output, then test the next task. If then also any serious error remains, then the developer starts to check from the beginning.

  • Unit Testing

Unit testing is a product testing strategy by which singular units of source code—sets of at least one PC program module along with related control information, utilization techniques, and working strategies—are tried to decide if they are good for us.

  • Acceptance test

Acceptance tests are legitimate tests dependent on client necessities and the treatment of capacities. It decides if the product conforms to explicit client requests. Even after detecting the errors, there are some errors that still remain in the software, and when changed necessities are available and can not be proficiently passed on to the advancement group during the development of a task.

4. Advantages of manual testing

  • Cost-saving:

There are different Manual testing tools that help in saving a lot of money. It requires less money than automated testing and reduces the cost of the organization.

  • Reducing errors:

Automation is only physically entered content. Much the same as a blunder filled code, it can fizzle. A wrong robotization content can be concluded as usefulness that fizzled in your application, the direst outcome imaginable being a blunder in the code being passed as right usefulness.

  • Bug-free software:

It is only possible through manual testing to makes the software bug free in one go. Manual testing techniques make sure that it removes all the bugs and give 100% bug-free programs.

5. How to do manual testing?       

Manual testing is not an easy task to do. It requires proper knowledge and moreover patience to detect the bugs and figure out a way to correct them. The beginners can also use the guides, Manual testing for beginners that includes manual testing basics and information. The steps for manual testing are: 

  1. Requirement analysis: You should know beforehand what is expected from the software.
  2. Create a test plan: You should have the documentation of how the testing process is followed. 
  3. Creation of Test Case: You should create the test cases on which you will execute the plan.
  4. Execution of Test Flow: You have to execute the plan on the test flow properly and carefully avoiding any kinds of errors in programming. 
  5. Detect Logging: After execution of the plan, you will have to search for any errors if there are, and figure out where the error is. 
  6. Debugging and Re-verification: If there is any bug, you will have to debug, and reverify it after the debugging process.  

After these steps are followed. the software is good to go for its release in the market. 

6. What are the tools used in manual testing?

There are different types of tools that are used by individuals to make their software work effectively and efficiently. Here, are some manual testing tools list:

  • Selenium:

It is one of the open-source web-based tools which provides a portable testing site. It is quite easy to use as it has playback tools that help an individual to use it even without knowing scripting languages. 

  • Loadrunner:

It helps in testing system behaviour and applications under load. It is preferred by most people because it has the ability to simulate user activities between interfaces.

  • Bugzilla:

It is also one of the web-based open sources. Bugzilla tool is very convenient to use and it also provides quality assurance so that it can help you in releasing your software without any problems and can be used by a lot of peoples.


Manual testing and automatic testing are both used for detecting errors and rectifying them, but it depends on your choice of which one to use. To get a more smooth functioning of your software it is better to go for manual testing as manual testing provides more accurate data at a very low cost. Manual testing helps to attract the customer by providing better services and varieties of tools for ease of work and so that people can use it without having any issues or trouble.

Manual testing is, in fact, a user-friendly programming improvement since people are engaged with testing programming applications and end-clients are likewise people. They need to think and act with an End User point of view and make the product user-friendly.

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