Seeming to get everything there is to understand about What is Software Testing? You’re in the right paradise. Now let’s continue forward and acknowledge more about the greatness of software testing.

Tremendous transformation of Software Testing

This testing is not what it was previously. In the last few years, it has transformed a lot. A lot of analysis has been performed to know the root reasons for software startups failures. One of the main causes of such failures aimed out to be inferior to quality assurance throughout the software development process. The chief purpose of executing a powerful quality assurance test on software is to prevent the release of poor quality products to the end customers. Some minute errors or bugs that slip through may lead to large financial losses.

Besides, a comprehensive way to deliver high-quality software is to execute an effective QA management that simply provides the greatest tools and methodologies for building bug-free products. Software management is an umbrella term covering all the 3 core aspects:

  1. QUALITY ASSURANCE
  2. QUALITY CONTROL
  3. TESTING
The most important rules, types and run steps of software testing | by  Factory.hr | Medium
Make a bug free

Software quality assurance (SQA) is the part of quality management that involves a planned assortment of organizational actions. The purpose of these actions is to enhance the software development method, including the standards of quality for preventing errors and bugs in the product.

Software quality control (SQC) is the part of quality management that includes a set of activities focused on accomplishing quality specifications. QC is all  regarding the product-oriented activities that certify software products for their quality before release. The method of software quality control is governed by software quality assurance.

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Testing is an essential activity designed at recognizing and solving technical issues in the software source code and assessing the overall product usability, performance, security, and compatibility. It isn’t solely the particular part of quality assurance; rather it is also an min part of the software development process.

What are the advantages of Software Testing?

Here are the benefits of using software testing:

  • Cost-Effective: It is one of the meaningful benefits of software testing. Testing any IT project on time encourages you to save your money for the long term. In case of the bugs caught in the earlier stage of software testing, it costs less to fix.
  • Security: This can be considered as the main and vulnerable benefit of software testing. Many individuals are looking for only worthy products. As it encourages in removing risks and problems earlier.
  • Product quality: Further it is a crucial necessity of any software product. Testing ensures a quality product is delivered to customers.
  • Customer Satisfaction: The major perspective or we can say the aim of any product is to give surety and satisfaction to their clients. UI/UX Testing ensures the best user experience.

Types of Software Testing

Typically Testing is classified into three categories.

  • Functional Testing
  • Non-Functional Testing or Performance Testing
  • Maintenance (Regression and Maintenance)

The testing process simply encourages a severe blueprint to optimize workload, time, and money while proffering the stakeholders with mandatory data and information to move the product forward. The purpose is to promote a positive end-user experience by keeping a thorough quality assurance (QA) program. Given the high stakes for developers, Quality Analyst administrators are some of the top earners in the technology industry. Testing usually follows these steps:

  1. Requirement analysis, where managers plan a strategy to put a proper test strategy in place.
  2. Tests commence and results undergo analysis.
  3. If any errors and bugs are corrected, then the software goes via regression testing (a system to check that the plan still works after changes).
  4. A test finish report which shows process and consequences.

Test Levels

Several levels of testing are practiced to recognize the areas of deficiency and overlap in each phase of the software development lifecycle.

  • Unit testing: Developers test the most crucial parts of code like classes, interfaces, and functions/methods. They identify how their code should respond and can make adjustments depending on the output.
  • Component testing: This function is also considered as "program" testing. It’s familiar to unit testing but contains a higher level of integration. Modules of the software are tested for defects to check and verify their particular function.
  • Integration testing: This classifies errors when the modules are interlinked. Different techniques for integration tests involve "bottom-up", "top-down", and "functional incremental".
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  • System testing: Components of a project are tested and verified as a whole in different environments. This process of testing falls under the black box method and is one of the final tests in this process. It will consider if the system is prepared to meet business and user requirements.
  • Alpha testing: An Internal team tests the software at the developer’s site in a replicated or actual environment. After that, developers rectify bugs and other issues.
  • Beta testing: Also it is considered as the field testing, clients test the particular  product on their own sites in actual conditions. The clients may provide a group of end-users the opportunity to test the software via pre-release or beta versions. The accurate feedback on possible improvements is then sent to the developer.
  • Acceptance testing: Also under the scope of black-box testing, clients test software to check out if the developer has entirely organized the program to fit desired requirements of the clients.

Things to keep in mind while testing:

  • Understand the mindset of the client
  • Get Social
  • Know your platforms and target devices
  • Craft your test strategy
  • Get Organized
  • Choose accurate testing tools
  • Establish QA process

At last:

You can simply check and analyze the superior functions and the desired testing efforts On the basis of estimates, you can create the test function or its schedule. You can, then, put all your data into a test plan. This test plan can show you the path all throughout the execution of your software testing process.

Did you find this article helpful? In your opinion, what other things should be asked before embarking on software testing planning? Share your thoughts in the comment section below and spread the knowledge!

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