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Purpose of quality uat testing

Have you known about “user acceptance testing?” I’m worried about the possibility that for a significant number of you pursuing this post, the appropriate response will probably be “No.” Unlike other more renowned kinds of testing, UAT isn’t as a continuous subject of discussion as it ought to be. Regardless of whether you are ambiguously acquainted with the actual term, do you understand what user acceptance testing is, what is utilized for, and why your association should think often about it? 

Client Acceptance Testing—What Does That Mean? 

At whatever point I’m entrusted with characterizing a term, I as a rule adopt one of two strategies. I may utilize the “isolate and overcome” system, separating the term into its constituent parts, characterizing every one independently, and afterward combining their definitions to attempt to make a durable definition for the entirety. Or then again I simply look for existing definitions, and afterward I distil and improve on them. Today I’m going with the last methodology. 

This definition is right on target. It’s as clear as possible. I’d just make a little change, supplanting the nonexclusive “arrangement” for a more explicit term. We’re discussing programming advancement here. Along these lines, in view of the two definitions you’ve recently perused, here comes my own UAT definition: 

UAT is the kind of programming testing that checks that a given application works for the client. 

For what reason Should You Adopt User Acceptance Testing? 

Before we get into the useful advances you’ll use to get your association going with UAT, we should be in total agreement in regards to your need to do as such. What’s more, I do accept that practically everybody pursuing this post can receive UAT and would profit incredibly thusly. 

A couple of areas prior, we discussed how there are numerous kinds of programming testing. We said that you were unable to trade one sort for another, as every one fills a novel need. What we haven’t referenced is that not every person needs to utilize a wide range of testing, constantly. Some of the time that is not even conceivable (e.g., performing GUI testing on a reassessment application.) 

That being said, we do accept that UAT is one of those couple of fundamental sorts of tests that practically everybody ought to perform. By the day’s end, your mileage may in any case change, however all things considered, your association would profit by receiving client acknowledgment testing, paying little heed to your organization’s size, the quantity of individuals in your group, the tech stack you use, the stage your application should run on, or basically some other factor. Also, why would that be?

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What is the importance of unit testing?

A few developers think little of the importance of composing unit tests. What follows are five advantages of unit testing that you might need to consider before shaping your own sentiment. 

Any Bugs Are Found Easily and Quickly 

Code secured with tests is more solid than the code without. In the event that a future change breaks something in the code, designers will have the option to distinguish the foundation of the issue immediately as opposed to searching through a clumsy codebase to discover the issue. 

Unit Testing Saves Time and Money 

In his book, “Code Complete,” Steve McConnell shares a table with bugs and the expense of fixing them at various phases of the item lifecycle. The table shows that the prior a deformity is recognized, the lower the expense of its revision. 

Unit Testing is an Integral Part of Extreme Programming 

Unit tests are an essential for the Extreme Programming strategy. Extraordinary writing computer programs is basically a “test-everything-that-can break” technique. Composing unit tests with this strategy make advancement and code refactoring less difficult, combination simpler, and makes living documentation. 

Unit Testing Provides Documentation 

Unit tests are a sort of living documentation of the item. To realize what usefulness is given by some modules, designers can allude to unit tests to get an essential image of the rationale of the module and the framework overall. Unit experiments speak to markers that convey data about proper or wrong utilization of a product segment. In this manner, these cases give the ideal documentation to these pointers.

What is a digital transformation strategy?

Technology has evolved rapidly with time, and has become an essential need for all organizations.  Therefore organizations are always struggling to adopt the latest technologies and processes. Transforming business operations and processes digitally not only helps the organization in its survival and growth but also improves the organization’s culture. The right digital transformation strategy can help organizations successfully implement digital transformation. Let us now try to understand more about this strategy in detail.

What is a digital transformation strategy?

It is an action plan that businesses make to strategically align their business processes with the rapidly growing digital world. This plan enables businesses to looks at their business goals, current infrastructure, and processes, and also shows the way to move ahead in a digital transformation journey. 

Today almost every enterprise has a digital transformation strategy that they follow rigorously to overcome challenges in their current business processes and to develop new capabilities and business models that will meet the changing demands of a digital transforming world.

Why is the digital transformation needed?

  • Enhances customer experience:

Customer experience is the most important and unavoidable factor for any organization’s success. It is a never-ending battle for businesses to provide the highest and best possible customer experience. To provide a good experience to the customer it is very essential to do deep research on customers and requirements. By using new technologies like AI & ML businesses can evolve with changes in customer behavior and know customer preferences.

  • Ensures better collaboration between teams:

With the help of digital technologies, more data is available to businesses. By using this data businesses can build strategies. Digital transformation allows the use of tools and technologies which helps in increasing the collaboration and communication between the team.

  • Enables better data security:

Data is an essential part of any business. Businesses are continuously moving towards data security and adopting digital technologies to safeguard their customer’s interests. With the latest tools available, businesses can keep their data safe and secure

  • Fosters continuous innovation and growth:

Digital transformation allows the business to innovate and experiment with various tools and technologies. This helps in building strategies and businesses get insights into what is working for them. Businesses can stay update by adopting digital transformation.

  • Facilitates faster and informed decision making:

When appropriate data is available, businesses can make decisions that improve awareness, efficiency, and success rate.  It helps in understanding customer requirements, which ultimately helps in making sound business decisions. This helps to improve the long-term chances of achieving business objectives and leads to business success.

How to build a successful digital transformation strategy?

Below mentioned are 6 steps that are involved in building a successful digital transformation strategy:

  1. Create a vision: Enterprises should plan or rather have a specified vision even before taking up the digitalization move. Consider the long-term objectives and focus more on the experience that you want to build for both your clients and employees
  2. Conduct market research and competitor analysis: Enterprises should execute a comprehensive analysis of market dynamics and existing competitors before attempting any digital transformation effort. This move is necessary for the creation of the appropriate and up-to-date strategy due to the rapid technological growth and changes in the industry
  3. Analyze your current status: Examine the digital infrastructure and evaluate how well the current needs are being covered by your organization’s current software, applications, and other technologies. Discover the essential components needed for your strategy, areas where new functionality has been developed, and the integration needed to put it all together. This assessment will allow figuring out what particular technologies need to be changed, what processes need to be streamlined or improved, and what digital resources need to be modified. As a consequence, in the best possible way, it allows prioritization of the efforts and commitment in the digital transformation plan
  4. Align digital transformation with business goals: Make sure that your organization’s strategy is aligned with your organization’s core business objectives. This alignment is crucial for effective change as it operates from top to bottom. All the involved stakeholders should know the importance of moving towards digital transformation
  5. Run pilot tests: Your organization likely has to alter or break the current processes during the digital transformation. As these processes might be in your organization for a long time and might have performed well, so replacing them is not going to be easy. Such a transition needs many internal stakeholders to start doing things in a radically different way like implementing new systems, changing how you communicate with consumers, or even changing roles. Therefore, you need to run pilot tests and see what works best for your organization 
  6. Learn, measure, re-assess, scale, innovate: It is very essential to learn throughout the process and you should measure the results with expected results, assess the lacking and see what went wrong during the process, try to fix the issues along with continuous innovation to keep the strategy updated

Conclusion: Today the technology is advancing at a rapid rate, and digital transformation has completely changed the way businesses interact with customers. If you are also thinking of digitally transforming your business or want to achieve the full digital transformation then you should leverage digital testing from the next-gen QA ad software testing services provider.

What is required for Selenium testing?

Test automation has become the need of an hour as every organization is in the need of faster and quality releases. Whenever it comes to automation testing tools, selenium is the most preferred choice. This tool not only helps testers to perform automation testing easily but also provides various benefits that make it one of the favorite tools for testers. Let us now look at some of the prerequisites that are required for selenium testing.

What is selenium testing?

Selenium is an open-source test automation framework that is used to automate tests for web-applications. It is an automation test suite that has three components in it namely Selenium IDE, Selenium Grid, and Selenium WebDriver. This framework supports various languages such as Java, Python, C#, Ruby, etc. It allows testing on various OS such as Windows, MAC, Linux, etc., and all web browsers like Chrome, Firefox, Internet Explorer, Opera, and Edge browsers. This tool allows parallel execution of tests which saves time and effort for testers. It comes with a record and playback feature which makes test execution very easy and convenient for testers.

What is required for selenium testing?

To get started with selenium testing, there are some prerequisites that every tester must know. These requirements are stated below:

  1. Software testing basics
  2. Automation basics
  3. Core Java Knowledge
  4. Web technologies like HTML, CSS, XML, XPATH, DOM and JavaScript

Most testers across worldwide prefer using selenium with Java due to various reasons like:

  • Programs written in Java are much faster than other programming languages such as python, ruby, etc.
  • Java comes with wide community support that helps testers in testing the software
  • Java is widely used for commercial applications as compared to other programming languages such as python, therefore integrating selenium test is easier

Let us now look at some of the prerequisites required for getting started with selenium using Java

  1. Install Java(JDK)
  2. Install Eclipse
  3. Selenium Client and WebDriver Language bindings
  4. Configure Selenium Webdriver with Eclipse
  5. Create and Run the first test with Selenium and Java

What are the benefits of selenium testing?

  1. One of the major benefits of this tool is that it is free and open-source. It can be downloaded directly from the official website
  2. It supports various coding languages like Python, PHP, Java, C#, Ruby, JavaScript, etc.
  3. It supports multiple OS like Linux, Mac, and Windows, etc.
  4. It supports all the major browsers so you could test on Chrome, Firefox, Safari, Opera, IE, Edge, etc.
  5. It has good community support which provides regular upgrades and updates
  6. It has a user-friendly interface which is one of the main reasons for its popularity
  7. The community provides lots of free tutorial videos that the user can see and learn from it
  8. It provides a record and playback feature that helps in generating scripts

Conclusion: There are numerous test automation tools available in the market, but one common tool that is widely used by testers all across the globe is selenium. This tool not only makes the testing process easy and convenient but also has several additional benefits such as seamless integration, faster reporting, parallel testing, cross-browser testing, etc. There are some prerequisites as mentioned in this article that should be taken care of before getting started with selenium testing. Leverage automation testing from a next-gen QA and software testing services provider to achieve high-quality software.

7 Most Common Challenges In Performance Testing

Today, the customers determine the quality of the app not based on likes or no. of downloads, rather by the performance it delivers. Customers use the product first and then decide the usefulness and reliability of the product. If the customer faces any performance-related issues chances are high that the customer will either stop using the app or will switch to competitors’ platform This is where performance testing is needed as it helps teams to ensure that the product performs as expected after it goes live. However, there are certain challenges associated with this testing technique. Let us now try to understand this testing type in more detail.

What is performance testing?

It is a non-functional type of software testing method in which an application or software is tested to know its current system performance. It determines how the system responds under varying conditions. This test checks the responsiveness, speed, and stability of the software and ensures that software is free from all performance bottlenecks. This test typically ensures that the application performs as expected irrespective of the conditions like network fluctuations, bandwidth availability, or traffic load.

Why is performance testing needed?

  • It measures the speed, scalability, reliability, and stability of the software under varying loads.
  • This test helps to ensure that the application is stable and delivers consistent results, irrespective of the number of users accessing it at any point in time.
  • This testing method helps to ensure that the apps load spontaneously and perform seamlessly under varying load conditions.
  • This test helps to check whether the server responds to the user with requested data within the stipulated time or not
  • This helps to enhance customer experience (CX) as teams ensure that high-quality and high-performing software is delivered to end-users

What are the 7 most common challenges in performance testing?

  1. Selection of wrong testing tool – One of the common challenges of this testing method that enterprises face is the selection of the wrong testing tool. The tool selection depends on various factors; first, it should suit your testing needs and business requirements, communication protocol, application technology stack, skill-level of the performance tester, and the licensing cost of the tool. Selection of the wrong tool can result in loss of testing days and efforts
  2. Lack of proper test strategy and test coverage – Before starting the test it is very important to prepare a test strategy that takes care of identifying and prioritizing project risk and actions to be taken. Due to the lack of proper brainstorming while creation of test strategies and test coverage, it becomes difficult to get effective performance test results.
  3. Time and budget constraints – This testing process essentially takes some time and budget to get effective results. Due to the lack of proper planning during software development, allocation of resources or budget is not done properly which leads to dependence on low-skilled resources, who do not understand the full scope of performance testing activities. It also might lead to usage of open source tools which might lead to increased project risk. All these factors impact the quality of the overall performance testing process.
  4. Lack of knowledge about the need for performance tests – Most business owners, stakeholders, and budget makers do not recognize the value of performance testing during software development. Due to this post-production release of the software, many performance issues may crop up which result in the crashing of the website, app, or software.
  5. Improper analysis of test outcomes – Testers needs to analyze the test results accurately. But sometimes testers face challenges in analyzing the test results accurately due to which stakeholders face difficulty in making an informed decision.
  6. Difficulty in conducting the test in the production environment – Conducting load tests in a fully functioning production environment is quite challenging. Especially while testing in such situations, real-time users are using the product and any change to the production environment might affect the user experience.
  7. Inaccurate test environment – The inaccurate test environment leads to incorrect decisions. The best approach is to replicate the production environment exactly.

How to overcome performance testing challenges?

  • The QA manager and the QA team should properly evaluate the application under test (AUT) along with the licensing cost to choose the best performance testing tool
  • The performance team should spend significant effort on analyzing and understanding application architecture and other performance characteristics like load distribution, usage model, the geography of usage, availability requirements, resilience requirements, reliability requirements, technology stack, etc.
  • A proper and clear testing strategy should be developed to ensure the validation of these performance characteristics to get effective performance test results.
  • Businesses need to plan for proper performance testing activities accounting for required timeframe, resources, and proper budget allocations.
  • The stakeholders, product owners, or test architects need to plan for performance testing as part of an end-to-end testing strategy.
  • The performance testing activities should ideally be planned in a production-like environment instead of the actual production environment.

Conclusion: High-performing software that works well under all load conditions is the need of an hour and many enterprises are striving to achieve such quality software. Today, companies adopt various testing services to test the quality or reliability of their software. One such testing type is performance testing. There are many reasons why you should consider testing your application for performance. Some of the most significant reasons are performance testing helps to ensure that under increased load, your web application, software, database, and server all function as expected. Though there are certain challenges associated with this testing technique as mentioned in this article but by adopting some of the best practices these challenges can be overcome.

Leverage performance testing from a next-gen QA and software testing services provider to get high-quality software that works well under all load conditions and delivers a seamless experience to the users.

Why selenium frameworks are used?

Often teams are left confused due to the variety of tools available in the market. But whenever it comes to automation testing one tool that
comes to every tester or QA’s mind is selenium. Since this tool provides a variety of benefits it is considered one of the favorite tools of testers worldwide. Let’s now take a look at some of the
benefits of this open-source framework.

What is selenium?
It is an open-source automation testing framework that is used to automate tests for web applications. It supports all operating systems like Windows, MAC, Linux, etc., and all web browsers like Chrome, Firefox, Internet Explorer, Opera, and Edge browsers. It supports many languages like Java, PHP, C#, Python, Groovy, Ruby, Perl, etc. It has a record and playback feature that helps in testing web applications. Various scripts can be run parallel in selenium which makes the process of automation testing fast. It is an automation testing suite that contains various components namely Selenium Integrated Development Environment (IDE), Selenium WebDriver, and Selenium Grid. The latest version of selenium libraries is Selenium 4.0.
What are the benefits of selenium?
 Open source availability: First and foremost it is a free, open-source tool and it is publicly accessible with no upfront cost involved.
 Multiple language support: It widely supports all major programming languages such as Java, Python, JavaScript, C#, Ruby, Perl, etc.
 Third-party integration: It allows integration with popular tools such as Sauce Labs, JUnit, etc.
 Parallel testing: Selenium grid allows parallel execution of test cases and helps in saving the time involved in test case execution.
 Community support: Users of this tool get huge community support that extends support to developers and software engineers d regarding issues in automating the web browser features and functionalities
 Browser compatible: It has multi-browser support and allows testing software on various browsers such as Opera, Firefox, Internet Explorer, Chrome, Safari, etc.
 Multiple OS support: It is supported by various operating systems such as Windows, Linux, Mac OS, UNIX, etc., and thus, selenium users do not need to worry about OS.
 Largely available Plugins: It allows integration with third-party plug-ins and thus, selenium can be extended beyond its functionality
 Supports mobile testing: It allows testing of native, hybrid, or web mobile apps with the help of a selendroid or appium tool.

 Allows cross-device testing: This too allows cross-device testing. Automated test cases can be written for testing on iPhones, Blackberry, and Android, thereby helping in addressing
cross-device issues.
 Easy to use: This tool is very user-friendly which is one of the main reasons for its popularity. Also, the community provides lots of free tutorial videos that the user can see and learn from it. It provides a record and playback feature that helps in generating scripts.


Conclusion: As the need for automation testing is increasing the no. of automation testing tools is also increasing. There is a large number of automation testing tools available in the market but not
every tool matches every organizational need or team’s requirement. However, there is one exceptional tool that matches every organization’s need i.e. selenium. This tool is widely trusted by
testers and QA worldwide due to the benefits that it provides as mentioned in this article. Leverage automation testing from a next-gen QA and software testing services provider to get faster releases
of next-gen software to deliver a seamless experience to your customers.

List all the useful Manual Testing Tools

What is Manual Testing?

Manual testing is where a tester executes test cases manually without using any of the automation tools. The aim of manual testing is to identify bugs, issues and defects in the software application and fix them. This testing method is considered to be a primitive form of software testing.

A document detailing the test plan is prepared, which acts as a guide to the manual testing process.

Following are some of the important types of manual testing:

  • Unit testing
  • Integration testing
  • System testing
  • Acceptance testing
  • Black box testing
  • White box testing

How to perform manual testing?

  • Gathering of requirements based on the project documentation
  • The manual testing team understands the requirements that have been gathered. Then test cases are drafted as per the requirements mentioned in the project documentation
  • Once the test cases are properly set-up, then the tester will work and review the test cases. When test cases are scrutinized and if there are any glitches that are being found, then they are corrected, so that execution of test cases gets initiated.
  • During the execution of test cases, there will be basically three outcomes that can be expected and those are ‘passed,’ ‘failed’ and ‘skipped.’
  • After the successful execution of test cases, bugs and defects that have been identified are written down in a bug report.
  • Finally, a detailed test report is prepared. This report contains information on how many bugs were found and the list of all those test cases that need to be rerun. Also, information about test cases that have ‘passed,’’failed,’ or ‘skipped’ is covered in detail.   

Listed below are some of the useful manual testing tools:

  • Jira
  • Testlink
  • Trello
  • Zephyr
  • Testlodge
  • Basecamp
  • Browser Stack
  • Browser Shots
  • SoapUI
  • Postman
  • REST Assured
  • CloudApp
  • Sauce Labs
  • Skitch

Advantages of manual testing:

  • Manual testing can be performed on all kinds of software applications
  • Manual testing is way cheaper than automation testing
  • Applications that have a User Interface (UI) can be better tested with manual testing
  • Minor changes in the product can be examined immediately without the need for writing and executing the code.

Differentiate between unit testing and integration testing

Software is made up of small units that are closely integrated with each other. But these small units and interactions among these units need effective testing to ensure that these modules work fine with each other and as expected. This is where unit testing and integration testing plays their role. However there are some differences between these testing types, let’s have a look at these differences in more detail.

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What is unit testing?

It is a software testing method where individual units/components of the software are tested in isolation to check whether these units are working fine and as expected or not. This test is usually done at the first level in the software testing lifecycle.

What is integration testing?

It is a software testing methodology in which individually unit tested modules of the software are integrated into the software to ensure that these units work fine and as expected after integration. This test is usually performed after unit testing.

Why are these testing types required?

Unit testing is required to ensure that the smallest possible units of the software function properly and that are ready to be integrated into the software. While on the other hand, integration testing is required to ensure that the units that were tested earlier can be integrated or not and also to determine that integrated units are functioning properly with each other or not.

What are the major differences between unit tests and integration tests?

Below mentioned are the major points of difference between these two testing types:

Unit testingIntegration testing
This test is performed to check the smallest possible units of the software and to ensure that the units are correctThis test checks the integration of these units and ensures that’s these units work well after combining
Performed by developers or sometimes even testersPerformed by testing teams
It is a white box testingIt is black box testing
Performed at the first stage of the SDLC processPerformed after unit test and before system testing
It checks the functionality of the modulesIt checks the integration errors present if any
It starts with the module specificationIt starts with the interface specification
It does not verify whether the code works fine with external dependenciesIt verifies that the code works with external dependencies  
It is not sub-divided in to further typesIt is sub-divided into further types such as Top-down, bottom-up, and so on.

Conclusion: Before the software is released it is tested thoroughly with different types of tests such as unit test, integration test, system test, etc. Each of these testing types is different from the other. Therefore, in this article, we have tried to explain the major difference between unit and integration tests. Leverage end-to-end software testing from a next-gen QA and software testing services provider to achieve high-quality software to deliver an unmatched UX.

About the author: I am a technical content writer and I write articles on various IT-related topics. In this article, I have tried to share my views on the difference between unit testing and integration testing.

Why we need performance testing in software testing?

Today, every enterprise wants quality software that not only performs well but also provides a great user experience. Therefore, businesses conduct performance and load testing to ensure that the software product works under all load conditions and gives a great experience to users. Let’s now look at this testing type in more detail.

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What is performance testing?

It is a non-functional software testing type that involves testing the software or an application to determine how the current system is performing. This test is done to check how the system responds under varying workload conditions.

This test ensures that the application performs as expected irrespective of the conditions like network fluctuations, bandwidth availability, or traffic load. This testing process determines the speed with which the system works and some of the issues identified with this type of testing are runtime bloat, optimization issues related to speed, latency, throughput, poor response times, load balancing problems, and other bandwidth issues if any.

Why is performance testing needed in software testing?

Below mentioned are some of the reasons that will help you to understand why this type of software testing is needed:

  1. Mobile applications usually face a lot of issues with the network, especially in the situation when the server is congested. Some issues that are commonly seen in applications are –
  2. Images downloading errors
  3. Broken images.
  4. Content related issues
  5. Booking, payment, or checkout errors
  6. Frequent timeouts
  7. Application Freezing
  8. Uploads/Download failures, etc.
  9. Slow-loading websites or applications annoy users and this can result in lost revenue and customer
  10. Businesses need to ensure that the applications work well after release and provide a great UX. With the help of this test, businesses can ensure that the application performs the same way as it claims
  11. To keep pace with the fast-changing technology the apps are upgraded from time-to-time. To ensure that the apps work well with new technology, this testing is needed
  12. The speed of the application changes as per the regions. To ensure that the app can be used by customers across the world conveniently, this testing is needed
  13. This test helps to determine the scalability, speed, and stability of the system if a load of concurrent users is increased suddenly

What are the types of Performance Testing?

Below mentioned are the common types of tests that come under this testing method:

  1. Load Testing: It is performed to check how the system performs under normal (usually around 70% of peak load) and peak user load conditions
  2. Stress Testing: This testing helps to identify the breaking point of the system when it is subjected to a user load beyond the expected peak. The breaking point can be defined as a load at which either the response time degrades beyond 10% or transactions start falling by more than 5%.
  3. Endurance Testing: It checks the stability and responsiveness of the system when it is under significant load (around 70% of peak load) for a longer period (usually 8 hours to 72 hours).
  4. Spike Testing: It is a subset of stress testing and checks the behavior of the system by suddenly varying the no. of users. It checks if the system can handle the increased user load or not.
  5. Volume Testing: In this testing, multiple data-intensive transactions are performed to validate how the system performs under such data volumes
  6. Scalability Testing: This testing is done to identify the actual number of the users that the system can support with current hardware capacity

What are the benefits of performance testing?

  • Improves response time: Response time is the total time taken by the software to generate an output against the input received. Usually, the response time should be less and therefore this testing is important as it helps in improving the response time taken by software.
  • Enhances loading time: Slow-loading websites tend to annoy the customer and they lose interest. Therefore it is very important to check the loading time of your applications. This testing helps to improve the loading time of applications or websites.
  • Ensures scalability: The software product is considered to be poor if it is not able to handle user load properly. Websites should be able to accommodate a wide range of users. Therefore load testing is done to improve the scalability of the website. 
  • Eliminates bottlenecks: Bottlenecks are the barriers that decrease the responsiveness of the entire system. Bottlenecks could occur due to coding errors or other problems which results in decreased throughput rate. This test helps in finding bottlenecks by identifying the areas which are causing the problem and helps in fixing those problems.
  • Increases customer satisfaction: It helps to eliminate bottlenecks and makes the software or product more reliable which in turn increases customer satisfaction

Conclusion: Everyday huge number of websites and apps are released in the market, but not all apps and websites can attract user’s attention. Many times we see cases where the app suddenly stops working, or freezes, website time-out, images are loaded correctly on the website, etc. This kind of issue annoys customers and can result in customer and revenue loss to the business. To ensure robust and high-performing software, businesses should leverage performance testing from a next-gen QA and software testing services provider.

About the author: I am a technical content writer and I write articles on various IT-related topics. In this article, I have tried to share my views on the need for performance testing in software testing.

5 Major Steps of Regression Testing Method

Summary: The software has to undergo various types of tests before it is released. But the software tests do not end here. Post the release of the software, testing continues. One such software testing type is the regression test which is done pre and post-release of the software to ensure that any changes or updates in the code of the software do not affect the existing functionality of the software. But, now the question arises, how this test is done? Well, to understand this, let us see five major steps that are followed to conduct this test.

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What is regression testing? 

Regression testing is black box type software testing which is done to ensure that any code change in one part of software does not impact the other part or existing functionalities of the software. This test revolves around re-running functional and non-functional tests to ensure that code remains bug-free after every code change.

When should regression testing be taken up?

Below mentioned are some of situation where this black box type of testing can be done:

  • Whenever any new functionality is added to the software
  • Whenever any change is made to the existing functionalities of the software  
  • Whenever software is integrated with other products
  • Whenever any UI changes are made to the software

What are the 5 major steps of the regression testing method?

Below mentioned are the 5 major steps:

  1. Build regression test suite: To do this test, first build a test suite. The test suite can be built from existing test cases (reusable test cases)
  2. Select test approach: In this step, the tester has to decide how many parts of the test are to be done manually and how much is to be automated. Also, the tester has to decide whether an exploratory approach is to be followed or a structured approach
  3. Develop, prioritize and select the test cases: In this step, testers initially develop the test cases for the project to be taken up. Then testers prioritize the test cases depending on the urgency of testing a particular test case. Next up testers decide which test cases can reused each time there is a change in the application.
  4. Decide the frequency of test: In this step, testers decide how frequently it is required to run the test. This black box type of test should be performed each time a change is made in the code or any features are added or removed
  5. Execute the test: There are two ways to perform this test i.e. manual and automation. Companies usually prefer automated method as it fast, error-free and reliable

Conclusion: The success of any testing method depends on the correct procedure. Therefore in this article we have come up with 5 major steps that depict the regression test procedure. Leverage regression testing from a next-gen QA and software testing services provider to achieve a high quality, next-gen software that delivers an unmatched experience to customers.

About the author: I am a technical content writer and I write articles on various IT related topics. In this article, I have tried to share my views on the 5 major steps of the regression test method.