#software testing types

Software testing refers to the technique to execute a specific program to find bugs and errors. As testing is accomplished successfully, it helps in removing the errors and bugs. In software testing companies, the QA testers check whether the software is working properly. It is also useful in checking whether it is accomplishing the different specifications of written requirements. The ultimate objective of the software tests involves the elimination of errors and bugs. It is also useful in increasing different software aspects, like the user experience, performance, security. As you go through this write-up, you can seek information about the different types of software testing!

Performance testing

Here, the software tester executes the performance tests to check if the software's performance is good. A bunch of performance testing tools are available in the market, which plays an integral role in analyzing the application's performance and exhibits the different types of problem problems.

Unit testing

This process involves the testing of every module or component of the software. Programming knowledge is required for the execution of such type of software testing. This type of testing is thereby achieved by programmers.

End to end testing

It is recognized to be the functional testing of the whole software system. With the complete software system testing, the testing is referred to as end-to-end testing. Here, you require executing the end-to-end tests.

Learn more: Software Testing for Beginners

Alpha and beta testing

Alpha testing refers to being a type of testing that looks for different problems and errors within the whole software. Such type of testing is accomplished at the final stage of the application development. After this, this type of software testing is accomplished at the software developer's place before it is released into the product or delivered to the client.

It helps in assuring that the user will procure the software application, which is free from errors and bugs. Beta testing performs alpha testing, indicating that you require performing beta testing after the alpha testing execution. It is not possible to perform alpha testing within the real environment. It is possible to accomplish such type of testing with the creation of the virtual environment, resembling the real environment.

Beta testing is performed within the real user environment. With the collection of constructive criticism and feedback from the potential audience, you need to make certain software changes.

Compatibility testing

In this type of testing, the software tester requires checking the software's compatibility with various network environments, web browsers, operating systems, hardware, to name a few.

It helps in checking if the specifically developed software application is working properly with various configurations. For instance, if the software happens to be a Windows application, you require checking if it has compatibility with various Windows OS versions. In case it is a web application, it helps in testing if the application gets accessible from various versions of different web browsers.

In backward compatibility testing, you need to test whether the updated or new version of the app has compatibility with the past versions of the environments, like the web browsers and operating systems.

At times, the application needs to be updated for matching the style and the standard of the modern and newer environment. Here, it is essential to conduct backward compatibility.

In this type of testing, you should ensure that every individual who use the previous versions of the specific environment can make the proper use of the software.

Browser compatibility testing involves checking the specific web application to find the browser compatibility. It is useful in testing if the tester can access the web application from different versions of the major web browsers. The tester requires checking for general testing in the browser compatibility testing.

Scalability testing and usability testing

This type of testing is useful in verifying if the specific software is scalable or not. It is useful in checking whether the application is showcasing extensive performance, as the data amount, the total count of users, and the total count of the transactions are enhancing significantly.

Usability testing involves the process in which the application's user-friendliness is tested. In this process, the tester needs to check the user-friendliness and usability of the application.

The best option to test the software's usability is asking some people to use the software. It would help if you find whether they can accomplish specific things in the application without taking the assistance.

Different kinds of usability testing tools available in the market are Usabilla, Qualaroo, Optimizely, Five Second Test, Clicktale, to name a few.

Recovery testing

In this kind of testing, the software tester should check if the application is recovering from the crashes and recover properly. In such types of testing, the tester is capable of observing if the software is coming to the normal execution flow. It will help if you keep in mind that crashes will occur at any time. You should ensure that the software you have developed is of supreme quality, else crashes might occur.

Hence, in this context, it is recommended to conduct recovery testing to find whether the specific product can recover from different types of crashes and how perfectly it is recovering.

White box and black box testing

White box testing contributes to being the testing technique, which needs the better understanding of the application's code. It needs extensive knowledge of the internal logic of the application.

Black box testing happens to be a software testing process, which involves checking the functionality of the application without the application's technical knowledge.

You are sure to procure the ultimate customer satisfaction as you opt for Software QA Services. It helps in bringing an improvement in the application's user experience. Software testing is useful in strengthening the company's market reputation. You will be capable of releasing a supreme quality of the product in the market, which is devoid of bugs and errors, as you opt for software testing.

Conclusion

Hope these are the important and valuable QA Testing services which could be followed by any vendors. And your thoughts and suggestions are welcome through comments. And hereby the Software QA Services resides with perfect solutions and techniques desired by leading and innovative techniques.

Software testing refers to the process to check if the actual software matches the expected needs. It helps in checking if the developed software is free from the detects. 

Software testing involves the execution of the software components with the aid of automated and manual tools for the evaluation of different properties of interest.

The ultimate goal of software testing is identifying different gaps, errors and missing requirements. The Software testing companies need to perform software testing because it helps in solving the errors and bugs, present in the product before its delivery.

The proper testing of the software helps in checking high performance, security and reliability, which helps in saving a lot of time and provide the desired satisfaction of the customer. There are different kinds of software testing which include:

Functional testing

Such kind of testing includes the testing of different functional aspects of an application. If you are willing to conduct functional tests, it is a prerequisite to perform testing of different functionality. 

Through functional testing, you can check if it is possible to achieve the prerequisite results.

There are different kinds of functional testing, which include integration testing, unit testing, smoke testing, end to end testing, acceptance testing, regression testing, sanity testing, interface testing, black box testing, white box testing. It is possible to perform functional testing with the aid of automation and manual tools.

Non-functional testing

Non-functional testing refers to the testing of different non-functional aspects of the product, which include usability, reliability, performance, security, to name a few. It is necessary to perform the non-functional tests after the completion of the functional testing. 

Through non-functional testing, it is possible to bring an improvement in the quality of the software to a greater extent. Functional tests provide you with the option to make the process of software development a grand success.

There are different kinds of non-functional testing which include the load testing, security testing, performance testing, compatibility testing, failover testing, scalability testing, usability testing, stress testing, volume testing, efficiency testing, compliance testing, maintainability testing, endurance testing, efficiency testing, disaster recovery testing, endurance testing, internationalization testing, and localization testing.

Besides this, there are different kinds of software testing which includes:

Unit testing

In this kind of testing, it is necessary to perform the testing of every module or component of the software. For the performance of such type of testing, it is essential to have the programming knowledge. Hence, it is possible for the developers only to conduct such kind of tests.

Integration testing

Once you have integrated the modules, you should make sure to check whether the combined modules are working together. Such kind of testing is referred to as integration testing.

User interface testing

Such kind of testing includes the testing of the user interface of the application. The ultimate objective of user interface testing is checking if the user interfaces are developed, according to the requirements, as specified in the given document. By conduction of UI tests, it is possible to make the UI of the app more attractive and user-friendly.

End to end testing

It contributes to being the functional testing of the whole software testing. Once you have successfully performed the testing of the entire application, it is referred to as an end to end testing.

Accessibility testing

Such kind of testing is performed to check if disabled people can access the product. For such kind of tests, you should check whether the disabled people are capable of using the specific product.

Visit here: Vulnerability assessment services

Beta testing

This kind of testing is performed before the release of the application. It is conducted in the real user environment by a lesser number of the potential audience to ensure if the software is free from errors and whether the software is functioning smoothly. 

After getting constructive criticism and collective feedback from the audience, you can consider introducing specific changes for the effective development of the product.

Alpha testing

Alpha testing contributes to being a kind of testing, which is conducted for looking for different problems and errors in the whole product. Testers perform such type of testing in the last part of the development phase. This type of testing is performed by developing a virtual environment, which looks like a real environment.

Compatibility testing

Compatibility testing includes checking the compatibility of the software with various web browsers, operating systems, hardware, network environments. Through this kind of testing, you can check if the developed software app is functioning properly with various configurations.

Ad-hoc testing

Ad-hoc testing contributes to being a type of testing which is accomplished in an ad-hoc way, without the use of any documentation, plans, test cases, and systems. It is challenging to find bugs and errors without the use of test cases. However, it is possible to detect different technical problems through the ad-hoc test.

Compatibility testing

Compatibility testing  services refers to the checking of the software with various web browsers, operating system, hardware, network environments. It is useful in checking if the developed product is working properly with various configurations.

Browser compatibility testing

As indicated by the name, browser compatibility testing is useful in checking the compatibility of the browser and web application. In addition to this, through this kind of testing, it is checked if it is possible to access the web application from every version of the web browser.

Backward compatibility testing

By performing such kind of testing, it is possible to check if the updated or latest version of the app has compatibility with the previous versions of the web browsers and operating system. Such kind of app is updated specifically for matching the style and software of a modern and newer environment.

Performance testing

Testers perform such kind of testing to check if the software is offering a good performance as per the demands of the potential audience. There are different performance testing tools available in the market, which analyze the performance of the application.

Software testing is characterized as a process to check whether the real outcomes coordinate the normal outcomes and to guarantee that the product framework is without defect. It includes the execution of a product segment or framework part to assess at least one property of interest.

Software Testing Types

Software Testing Type is a grouping of various testing exercises into classifications, each having a characterized test objective, test methodology, and test expectations. The objective of having a testing type is to approve the Application Under Test(AUT) for the characterized Test Objective.

Top list of types of Software Testing Types along with definitions.

1.Acceptance Testing: Acceptance testing led to decide if a framework fulfils its acknowledgement criteria and to empower the client to decide if to acknowledge the framework. It is typically performed by the client. 

2.Accessibility Testing: Type of testing which decides the ease of use of an item to the individuals having incapacities (deaf, mentally disabled, blind, etc). The assessment procedure is directed by people having disabilities. 

3.Agile Testing: Software testing practice that pursues the standards of the agile declaration, underscoring testing from the point of view of clients who will use the framework. It is generally performed by the QA groups. 

4.API Testing: Testing procedure like Unit Testing in that it focuses on the code level. Programming interface Testing varies from Unit Testing in that it is regularly a QA task and not developer task. 

5.Automation Testing: A Testing system that utilizations Automation Testing instruments to control the earth set-up, test execution and results revealing. It is performed by a computer and is utilized inside the testing groups. 

6.Black box Testing: A strategy for software testing that confirms the usefulness of an application without having explicit information about the application's code/interior structure. Tests depend on necessities and usefulness. It is performed by QA teams. 

7.Compatibility Testing: A testing procedure that approves how well a product performs in a specific equipment/programming/working framework/organize condition. It is performed by the testing groups. 

8.Component Testing: A testing system that contrasts the item qualities and shortcomings and past variants or other comparable items. It can be performed by the analyzer, engineers, item administrators or item proprietors. 

9.Configuration Testing: A testing strategy which decides insignificant and ideal setup of equipment and programming, and the impact of including or adjusting assets, for example, memory, plate drives, and CPU. Typically it is performed by the Performance Testing engineers. 

10.Conversion Testing: Testing of procedures or programs used to change over information from existing frameworks for use in substitution frameworks. It is normally performed by the QA groups.

11. End-to-end Testing: Similar to system testing, it includes testing of a total application condition in a circumstance that mirrors true use, for example, interfacing with a database, utilizing system correspondences, or collaborating with other equipment, applications, or frameworks if proper. It is performed by QA groups. 

12.Exploratory Testing: Black box testing procedure performed without arranging and documentation. It is generally performed by manual analyzers. 

13.Functional Testing: Type of black-box testing that puts together its experiments with respect to the particulars of the product segment under test. It is performed by testing groups. 

14.Gray Box Testing: A mix of Black Box and White Box testing approaches: testing a bit of programming against its detail yet utilizing some learning of its inner functions. It tends to be performed by either development or testing groups.

15.Integration Testing: The stage in software testing wherein singular programming modules are consolidated and tried as a gathering. It is normally directed by testing groups. 

16.Load Testing: A testing procedure that puts a request on a framework or gadget and measures its reaction. It is normally led by performance engineers. 

17.Manual-Support Testing: A testing procedure that includes testing of the considerable number of capacities performed by the individuals while setting up the information and utilizing this information from the mechanized framework. It is directed by testing groups.

18.Non-functional Testing: Testing method which spotlights on testing of a product application for its non-practical prerequisites. It can be led by the presentation engineers or by manual testing groups.

19.Penetration Testing: Testing technique which assesses the security of a PC framework or system by mimicking an assault from a pernicious source. Generally, they are led by specific infiltration testing organizations. 

20.Performance Testing: Functional testing led to assess the consistency of a framework or part with determining execution prerequisites. It is typically led by the presentation engineer.

21.Beta Testing: Final testing before discharging an application for business purposes. It is normally done by end-clients or others. 

22.Compliance Testing: Type of testing which checks whether the framework was created as per benchmarks, techniques, and rules. It is normally performed by outside organizations that offer an "Affirmed OGC Compliant" brand. 

22.Domain Testing: White box testing strategy which contains watching that the program acknowledges just substantial information. It is generally done by programming advancement groups and once in a while via mechanization testing groups. 

23.Gray Box Testing: A mix of Black Box and White Box testing approaches: testing a bit of programming against its detail however utilizing some information on its inside operations. It very well may be performed by either advancement or testing groups. 

24.Interface Testing: Testing led to assess whether frameworks or segments pass information and control effectively to each other. It is typically performed by both testing and advancement groups. 

25.Non-functional Testing: A testing procedure which centres around testing of a product application for its non-practical prerequisites. It tends to be led by the presentation engineers or by manual testing groups.