The type of main software testing is explained
As you can see, there are more types of software testing than we can talk more detail in this article. However, you actually don't need to know what each and every type of software testing to have a good understanding of software testing in general. You only need to get used to the main thing.
> Manual vs automation testing
Software testing can be very time consuming and recurrence involves countless examinations to see if all the important features of the software application functioning as referred to. To make their lives a little easier, software testers often write test scripts to automate test execution using various automation testing tools, including selenium, professional visual studio tests, Telerik Test Studio, Soapui, and Catalon Studio, only for names.
Automatic software testing requires a much shorter time than manual tests, and it is also more reliable because there is no testing of fatigue that needs to be worried about. However, they are more expensive to be prepared than manual tests, which is why they are not cost-effective for small volume testing as a manual test.
The most important type of software testing.
Some types of software testing are easier to automate than others, including unit tests, which handle each software component, and integration tests, which combine individual components and test them as groups. Usability testing, on the other hand, needs to be done manually because the machine is currently unable to evaluate the ease of use and learning software applications.
> Static Vs Dynamic Testing
Static testing involves techniques such as inspection, guidance, technical reviews, and informal reviews to improve the quality of software products by finding errors at the initial stage of the development cycle without actually executing any code. That's why static testing is sometimes also called testing or non-execution verification.
Dynamic testing, on the other hand, involves implementing and code techniques such as testing units, integration testing, and testing systems, the latter is carried out throughout the system. Dynamic testing is also known as testing execution or validation.
While static testing is about preventing problems, dynamic testing is about finding and fixing it. Because the return of dynamic testing investment is not good, it is important to spend enough time on static testing.
> White Box vs. Black Box Vs. gray box test
Static testing is a good example of testing white boxes, also known as clear box testing, which is a type of software testing done with access to all source and documentation codes. White box testing can be fast and effective but has limitations because it cannot disclose the shortcomings based on configuration issues.
That is why it is often done along with black-box testing, where software testers do not have knowledge of architecture and there is no access to the source code. The best example of black-box testing is security testing carried out by independent security professionals.
If the leased security professional has access to several documentation, we will talk about gray box testing, which is a type of test that involves at least some knowledge about the internal system.
> Functional Vs. Testing non-functional
Black Box Testing is a good example of a type of software testing that concentrates on system functions, which is why it is also known as functional testing. Other functional testing examples include interface testing, regression testing, and testing user acceptance, and what they all have is that they verify that each software application function is in accordance with the specifications of needs.
Non-functional testing examines non-functional aspects such as performance testing, usability, and reliability and evaluating them based on their quality.
This article will look at the software development processes, basic types of software, and various stages involved in the software development cycle.Basic types of softwareLike Microsoft’s Windows, software can go into millions of lines of code or can contain only a single line of code.
.System softwareSystem software provides core functions like operating systems, utilities, hardware management, risk management, and other operational necessities.Programming softwareSoftware development tools like linkers, compilers, debuggers, and text editors fall under programming software.
Web apps used for shopping on e-commerce websites and socializing on social media channels also fall under application software.Importance of software development lifecycleEvery software product goes through a similar journey from idea to execution.
SDLC not only covers the technical aspects of system development but also helps with process development, user experience, and change management.It is important to remember that even a well designed SDLC won’t work if the participants do not follow the process or if they lack expertise.Stages of software developmentThe software development lifecycle can be broken down into a few stages.
During the planning stage, the management of the business who wants to develop the software ponders over the following questions.How will this software help the company achieve its goals?Are sufficient resources available to complete this project, or will the company need to acquire new ones?What shall be the deadline of the project?How will the project fit in with the other goals and tasks of the company?What will be the cost of building this software?It is vital to include all the departments in the planning stage to ensure that the views of all the stakeholders are considered before the project kicks off.
The developers need to ponder over the following questions to identify the technical requirements of the project correctly.What sort of data input/output is needed?Will integration with other APIs or third-party tools be required?How would the software handle security?Once the developers are clear about these questions, they can decide the technology stack to develop the software.
