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Summary Of Web Application Testing Methodologies And Tools

woodjessica profile image Jessica Wood Originally published at ・3 min read

Web application testing methodologies

In this article, web application refers to all applications that are accessed through a browser. This section outlines some of the software testing methodologies you can use to test your web applications.

Usability testing

For a program to succeed, an individual interface needs to comply with standards. Follow worldwide accepted conventions where related. As an instance, color coding conventions imply that reddish will be utilized to avoid a process and green to start off.

Usability testing performs a critical position with applications that are intended to create guide tasks easier. The applications should comply with accessibility standards. For example, the popular Captcha code offers an alternative for spelling for people that are visually challenged.

Keep the next guidelines in mind when undertaking performance testing?

• Ensure proper navigation between web pages.
• Remember to have a niche site map.
• Utilize appropriate shade combinations and best techniques.
• Stay clear of content that is articles.
• Exercise ease of use to all kinds of people, from amateur to professional.
• ProVision service for physically challenged persons.

User acceptance testing

The aim of person approval testing is to ensure that your application meets the requirements of this person. It makes sure that the application is healthy enough to be deployed and utilized effortlessly. The following are tips for user approval testing:

• Make sure browser compatibility.
• Be sure mandatory areas have been given data in forms.
• Assess for time outs and area widths.
Be positive proper controller is used to feed information. By way of example, when requesting gender information, use a substitute button.

Beta and alpha testing are the two different types of user approval testing.

Alpha testing

Testing at development surroundings by programmers.

Beta testing

Testing at a setup or customer surroundings by users.

Performance testing

Performance testing on net software measures the operation under various situations. Performance tests include:

Stress testing

To specify the maximum operation constraints of a program.

Scalability testing

To discover how flexible the applying is to fluctuations in software and hardware.


To obtain a notion of the way the application acts below a significant load. This evaluation affords details and information of memory utilization, CPU usage, and thus on.

Security testing

Security testing on your own software is crucial if data flows or alterations are intolerable and unacceptable. For example, if your university app includes the academic levels of a student, web application testing must be certain that the device cannot be hacked. For e-commerce software, which sometimes demands banking trades, security testing is important. It should also ensure that adequate authentication and authorization mechanisms have been in place.

Security testing can be dynamic or static.


Tabbed testing entails doing a static code evaluation to check for just about any vulnerabilities. The purpose is always to understand that the code leak and check for security dangers by strolling through this code.


Dynamic testing entails running the application to see if the response is not surprising to your own associated petition. It's extremely much like BlackBox testing.

Functional testing

Practical testing helps to ensure that individual acts are still working nicely. Test situations should ensure that border conditions are tested. Invalid inputs need to prompt suitable error messages.

In net software, operational testing may vary between testing whether links are all working on assessing if changes made by end-users at a web page have been revealed in the database. A few of those functional evaluations for net programs comprise:

• Database testing
• Configuration testing
• Compatibility Testing
• Flow testing

Interface Testing

Conduct interface testing to ensure that individual parts are connected correctly. The outcome of one module ought to really be fed to the planned module without any problems. Interface testing plays a vital purpose for the software that is formulated to work on various platforms.

Listed below are considerations to keep in mind during routine testing:

Ensure that information flow occurs smoothly and as expected between modules in a single program and among software.

Be certain the interfaces exposed by components are somewhat pliable and generic. They should have the ability to accommodate adjustments to these components though staying backward compatible.

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