Automation testing is a platform that has taken software testing activities to an all-new level of higher efficiency, speed and accuracy. It provides innovative and productive approaches to further enhance the software delivery process. As a huge number of organizations are embracing Agile and DevOps methodologies, the demand for efficiency and speed had increased thereby increasing the use of automated testing services. Time-consuming testing activities can be carried out quickly and accurately through the tactful implementation of automation testing services. In this article, you will get to know why automated testing services are essential for your business.
The strategic need for automated testing services: Test automation provides reliable, scalable and repeatable results. This means testing can be accomplished efficiently and quickly. Moreover, a broader test spectrum can be tested across multiple environments and platforms. The quality is rapidly validated every time a change is made to code with less manual intervention. Following are the five reasons that justify as to why our automated testing services are essential for your business: 1. Resources are optimized: In many scenarios, QA activities are highly repetitive and monotonous when they are conducted manually. Through the test automation platform, these mundane tasks can be removed. All it takes is a click of a button to execute test cases through automation testing. This in turn will help testers to focus on other valuable and innovative tasks that can add more value to the overall delivery. 2. Greater coverage and depth can be expected: The depth of testing can be drastically improved through the automated testing services platform. Thousands of complex test cases can be easily run through which impact is maximized with just a fraction of the effort and time. The coverage and depth that can be obtained from automated test cases are unparalleled. Even if half of the software testing activities are automated, the testing cycles can be accelerated by up to 86%. 3. Detailed insights are provided and Feedback cycles are reduced: Shorter cycles of results and feedback are provided through which the delivery can be further accelerated. Communication is also streamlined through faster feedback across all the teams that are working on the project and thus the overall efficiency is improved. More useful insights are returned by the testing processes when bugs do arise, which, in turn, helps in looking deeper into what went wrong and how it can be taken care of accordingly. Test coverage can be improved by around 70% through the test automation platform and quicker transformative insights are provided. 4. Challenging scenarios are taken into consideration: Almost any hypothetical scenario can be simulated through the automated tests platform and thus enables to test against challenges. The software can be tested effectively when thousands of users are using the software all at once. When the testing is carried out for more scenarios, the risk of failure is lowered once the software goes into the production phase. API testing tools can also be used based the project specific requirements. 5. The time-to-market is accelerated: Project timelines are reduced, delivery is fastened and testing activities are carried out rapidly through the strategic implementation of a test automation platform. When automated testing services are incorporated into the software delivery process, the product or application can be quickly launched into the marketplace because of speed and efficiency. Automation tools can reduce time to market by up to 70%. Conclusion: If you are looking forward to implementing automated testing for your specific project, then do get connected with a professionally acclaimed software testing services company that will provide you with a tactful testing strategy that is precisely in line with your project specific requirements.
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A software application that is being built needs to go through rigorous testing before it is set for release. Integration testing is one of the important software testing types where two or more modules are combined and then tested as a group. The correctness of the software application’s performance and behavior is evaluated. During the integration testing process, there will be challenges that need to be strategically dealt with and solved. In this article, you will get to know the challenges in integration testing. What is Integration Testing? When integration testing is being performed, there will be challenges that need to be encountered. The testing process can become complicated if there are many platforms, databases, systems and environments involved. There may also be scenarios where many developers are involved in developing code through different tactics because of which individual units will be difficult to understand. There will also be challenges when completely different teams are involved in developing a system that needs to be integrated. This can in turn result in inconsistencies and incompatibilities. When a legacy system is integrated with a new system or even when two legacy systems are integrated, then issues may arise. This in turn relates to high testing efforts and numerous changes. During the testing process, there may be issues in establishing interfaces between different systems. Following are a few challenges of integration testing: 1. When there are two systems developed by two different companies, then it will pose a problem to programmers as the systems will be less compatible 2. Testing the integrated systems may require too many different paths and permutations 3. Compared to system testing, it is quite difficult to perform 4. Testing the interfaces between the different connected modules is considered to be resource-intensive and time-consuming 5. The creation of stubs and drivers are required Following are a few guidelines that need to be followed in order to reduce the challenges in Integration testing:
1. Prepare a test case strategy and then the test cases should be executed in conjunction with the test data 2. Integration testing should not commence until each module has undergone the functional testing first 3. An accepted sequence should be followed by module testing and any integration scenarios should not be overlooked 4. The application’s structure and architecture need to be studied and the most important modules should be identified in order to test it first. Every possible scenario needs to be identified 5. Test cases should be designed so that detailed interface verification should be created 6. In order to conduct integration testing reliably, input data for test case execution should be chosen wisely 7. Bug reports should be generated and then these bug reports need to be sent to the developers so that they can fix those errors and retest them. Integration testing best practices: 1. Consider mock data: Before testing, mock data should be prepared. Test data should not be chosen when test cases are being run. 2. The application’s architectural design should be properly studied: Prioritize critical elements and also crucial modules need to be identified 3. The testing strategy needs to be ascertained: Based on the specification of development projects, specific testing strategies need to be decided by the concerned teams 4. Effective documentation: Testing-related problems can be effectively uncovered, when the test results are properly logged. Developers can work effectively by the strategic usage of documentation, wherein the results of all the testing activities are systematically organized. Conclusion: If you are looking forward to implementing Integration testing for your specific project, then do get connected with a premium software testing services company that will provide you with a feasible testing strategy that is in line with your project specific requirements. About the author: I am a technical content writer focused on writing technology specific articles. I strive to provide well-researched information on the leading market savvy technologies. Unit testing is the first phase of the Software Testing Life Cycle (STLC) process, where the smallest piece of code known as units or individual components is tested. This testing method is performed to make sure that all the individual units or components are working in accordance with the expected requirements. A unit can be a method, function, subroutine etc. The correctness of the code is identified and bugs are detected at the earliest and fixed, which in turn helps in saving time and cost. Through unit testing, the codebase can be easily understood by the testers, thus enabling them to make quick changes. In this article, you will get to know about the purpose of unit testing. Following are the five reasons that justify the purpose of unit testing: 1. Unit testing plays a pivotal role in Extreme Programming (XP): Unit testing is a key part of extreme programming methodology. Incorporating unit tests with XP makes development and code refactoring simpler, develops documentation and makes integration easier. 2. Reliable and reusable: In a unit test environment, the product’s individual modules become isolated from one another and have a specific responsibility. This means that the code is reliable, and because in a tested environment, it has also been tested hence, it is reusable. Reusable code is considered to be consistent, efficient and clean. 3. Documenting Effectively: Unit tests provide a platform for effective documentation. In order to know the functionality provided by one module to another, unit tests can be referred by developers, so that a basic idea about the logic of the module and the system as a whole can be obtained. Indicators are represented by unit test cases that provide information about inappropriate or appropriate use of a software component. In-depth documentation for these indicators is provided by these cases. 4. Quick and easy identification of bugs: The tests covered with code are more reliable than the tests covered without code. If any issue arises in the code due to changes being made to the code, then the root of the problem will be identified by the developer right away.
According to best practices, a group of tests or all unit tests should be first run by developers locally, in order to make sure that the existing code is not disrupted by coding changes. In a specific scenario, after making changes, a developer might forget to run unit tests, due to which potentially non-working code is submitted to a common branch. In order to avoid this, a continuous development approach is applied by companies. Continuous integration tools can be used, which, in turn, allows developers to run unit tests automatically. The tools that are being used for continuous integration determine the speed at which non-working code is detected. 5. Enhanced code coverage: Test coverage ensures that the code should be covered in its entirety. There are many tools that can be used when unit tests are written, in order to ascertain the total percentage of project coverage, function or a separate module. The code sections covered by tests are graphically displayed by these tools and the sections in the code are indicated for which unit tests can be written. When a code is being written, it is important to know whether a particular line can be executed or it can be eliminated. When valid unit tests are available, then coverage metrics can be used to determine whether a code line is relevant or not. Conclusion: If you are looking forward to implementing unit testing for your specific software development project, then do get connected with a premium software testing services company that will provide you with a viable testing strategy that is in line with your project specific requirements. About the author: I am a technical content writer focused on writing technology specific articles. I strive to provide well-researched information on the leading market savvy technologies. What is UAT Testing? The importance of evaluating a developed application by someone who is not a member of the internal team can prove to be rewarding. User acceptance testing is one such unique and valuable software testing platform where users will be given the responsibility to test the application in a real-time environment. Obtaining user inputs, feedback and opinion about the application can be a strategic move to further modify the application based on the requirements. In this article, you will get to know about the user acceptance testing best practices and its relevant methodology. Following are the three key user acceptance testing best practices: 1. Target audience identification: The target audience needs to be identified and then understand what their needs and problems are. In this manner, time will not be wasted on aspects that won’t work. Actual and capable users need to be selected for conducting UAT. The user test should not be a part of the development team and their participation in the same. The user feedback is valuable as it helps in further improving the overall quality of the product. Since the feedback is an integral part of UAT, the information gathered should be specific and clear so that optimum results can be generated. A user acceptance testing checklist can be used to organize the data in a systematic manner. 2. A test plan should be developed: The test plan acts as a guide or instruction manual for the testing activities that need to be carried out. The objective and scope of testing are coherently described along with the detailed schedule of the activities that need to be performed. All the possible obstacles that a user may go through in the testing phase need to be minimized. If any questions or problems are posed by users, they should be addressed and solved accordingly. If the technology partners are available, then updates and problems can easily be resolved. Proper user credentials need to be generated and the test cases need to be pretested in order to verify whether they are working as expected. 3. Detailed test cases need to be created: The expected results, work procedure and the conditions that need to be verified by the tester are specified in the test case. It is a document to ascertain the application in terms of whether the features are working as per the planned expectations. It serves as a guide during testing. If the tests are done in person, then the guide can be printed in order to make the process easier. The test cases that are being created should be detailed enough so that the process is clear enough to understand. Negative test cases can also be included in order to know what happens when something unexpected is done by the user. UAT methodology consists of the following steps: 1. The specifics about testing: What exactly needs to be tested during the UAT process needs to be clearly ascertained. Prior to the testing schedule all the necessary preparations in terms of manpower, resources, and infrastructure should be well planned, without which the UAT cannot prove to be worthwhile. 2. Test cases should be effectively designed: All the features that need to be tested should be listed down. Test case scenarios need to be listed and then planning must be done to test it accordingly. 3. Testing outcomes: The outcome of each feature that is going to be tested should be documented. Key metrics can be formed, which can in turn scrutinize whether the testing process is being carried out as per the business requirements or not. Conclusion: If you are looking forward to implementing UAT for your specific project, then do get connected with a top-notch software testing services company that will provide you a pragmatic testing strategy that is in line with your specific software development requirements. About the author: I am a technical content writer focused on writing technology specific articles. I strive to provide well-researched information on the leading market savvy technologies. Beta and Alpha Testing:
UAT uses Alpha and Beta testing to ensure that the software is ready for customers before they release it. With the support of internal teams, Alpha testing can be done in the early stages of development. The potential users conduct testing in the development environment before releasing the software. The alpha testers' feedback helps the development teams fix bugs and improve the quality of the product. Beta testing is done in the customer environment. Customers are invited to participate in the testing. This group of customers provides feedback that helps improve the software's quality. These testing are performed before any application or software goes to production. Regulation Acceptance of Technology (RAT): The Compliance Acceptance Testing (or RAT) is a method that validates whether the application meets the requirements of the regulations and rules set forth by the governing agencies at governmental level. This is an important testing procedure as it tests the application for compliance to a set guidelines provided by the prevailing authority. Contract Acceptance Testing (CAT),: This type of UAT testing method ensures that software is evaluated against certain criteria. These specifications and criteria have been previously defined and discussed during the contract's creation. Business Acceptance Testing (BAT),: BAT, or user acceptance testing, is used to verify that the software meets the requirements and specifications of the business. Operational Acceptance Testing, (OAT),: OAT, also known as Production Acceptance testing, is one type of UAT testing that checks whether the software is using the correct workflow. its reliability, compatibility, stability, etc. Black Testing: This type of UAT testing allows the testing teams to examine a small number of functionalities without having to know the code structure. Although black box testing can be classified under functional testing it is still part of UAT because it follows the same principles as UAT. The user does not know the codebase. This test ensures that software meets business requirements. Why UAT is so important for your business The UAT step must be completed by the business owner/intention user/product-owner/client / stakeholder in order to gain a first hand understanding of the software/product. Before the software is moved into production, the business user validates and verifies the system. UAT testing involves several stakeholders, including the business analyst, the QA lead/Test Manager, the requirements specialist (if applicable), and the product or business owner. UAT testing is used to verify that the system can be used effectively to support business operations. It also ensures that the user stories are being followed. The product owner checks that the solution is working properly and confirms that it meets their requirements. If bugs are found, the QA team must immediately fix them and retest them. It is an important step in software product development, as businesses can suffer significant losses if there are any post-production issues. Regression testing is considered to be a highly effective testing type simply because it ensures that all the bugs that have been detected are fixed at the earliest. With the inclusion of agile methodology, automated regression testing has proved to be a game-changer in terms of scaling up the efficiency and streamlining the development activities of agile software development. However, there will be regression defects that need to be tackled strategically through implementing certain best practices that can leverage regression testing activities. In this article, you will get to know what are the best practices for handling regression defects. Following are the best practices for handling regression defects: 1. Prioritizing test cases: The test cases need to be analyzed from a business requirements point of view along with the specific scenarios that need to be tested first. They can be sorted into three categories as follows:
2. Test cases should be categorized: When a specific application has a larger scope, then controlling regression testing defects becomes a complicated task as frequent code changes need to be made by the team. On the contrary, if the test cases are categorized, then the testing process becomes faster and easier. Following are the two categories that can be pondered upon:
4. Observe and analyze the budget constraints: The implementation of regression testing is considered to be quite expensive. A decent amount of money is spent by organizations to test an application that has already been tested.
From the management’s perspective, in most of the scenarios (depending upon the budget constraints and project scope) investing a huge amount for regression testing is not considered to be a feasible move. Stakeholders must be provided with strategic explanations as to why there is a need to perform regression testing and how regression defects can be minimized so that a quality software product can be built. 5. It is better to avoid rework: There are scenarios where the time allocated for a project is almost at a close and the management is focused to stop the testing process as early as possible. In this situation, certain minor bugs that have not been tested will be ignored by the testers. In this scenario, long-term thinking can be employed by the concerned teams. This will in turn help in developing a high-quality product and thus make the stakeholders happy. Conclusion: If you are looking forward to implementing regression testing for your specific project, then do get connected with a premium software testing services company that will provide you with a comprehensive testing roadmap that is in line with your project specific requirements. About the author: I am a technical content writer focused on writing technology specific articles. I strive to provide well-researched information on the leading market savvy technologies. Alpha, beta and user acceptance testing are the last three testing phases of the software testing life cycle that come at almost the end of the software development life cycle process. All the major bugs and defects pertaining to the software application are resolved in the alpha testing phase, post which the application is passed on to the beta and user acceptance testing phases. In beta and user acceptance testing, the software application is tested from a user viewpoint taking their valuable inputs and feedback about the overall credibility and quality of the application. In this article, you will get to know the differences between UAT, alpha and beta testing. What is User Acceptance Testing (UAT)? It is a testing method that is performed by end-users who are given the responsibility to test the product in a real-time environment and provide the required feedback. The feedback analysis is done by the concerned teams in order to ascertain the necessary modifications and updations that may need to be done to further enhance the software product’s quality. It is the final phase of the software testing process, post which the product is released. The end-to-end business flow is validated through this testing method. The product is assessed to know whether it is developed in line with real-time scenarios and can justify the customer requirements from an implementation perspective. What is Alpha testing? It is a testing method where a software product is tested when it is at almost the end of the software development life cycle process and is in a usable state. Alpha testing ensures that those bugs that have not been discovered in the previous testing phases are detected and fixed. The users are basically the internal staff members comprising engineers, developers, testers etc., who will test the product keeping in view the customer requirements. Based on the feedback given, the design issues of the application are worked upon and further improved by the development team.It ensures that the business requirements are adequately met and the application’s functions are working just fine.This testing method ensures that a product is able to function as per the required working expectations. What is Beta testing?
It is a testing method where a beta version (which is around 90% to 95% completed) of a product is tested by users (beta testers) in a real-time environment. These beta testers are usually limited in number. Beta testers will test the product in terms of its functionality, performance, usability and user experience and thus provide their valuable feedback. Based on the feedback provided, further improvements are done to improve the product quality. An application’s robustness, security and reliability are evaluated in this testing method. It uses black box testing techniques and is basically carried out at the client’s location. Real-world scenarios should be completed by the test participants while interacting with the software application. Difference between UAT, Alpha and Beta testing:
Conclusion: If you are looking forward to implementing UAT, alpha and beta testing or any of the combinations as per your project requirement, then do get connected with a top-notch software testing services company that will provide you with a feasible testing strategy that is in line with your project specific requirements. About the author: I am a technical content writer focused on writing technology specific articles. I strive to provide well-researched information on the leading market savvy technologies. User acceptance testing might perhaps not represent the best commonly used testing method for software, but it doesn't mean it's not a viable test alternative. UAT also known as UAT in its shortened form can bring about massive transformations on software products. If you're looking through this blog post then you may have already heard about the advantages of UAT and are planning to integrate UAT into the testing process. Where do you begin and what are the various stages of UAT? We want to ensure that your use of UAT test is easy as is humanly possible. What exactly is UAT? In the first place, in case you need to refresh the criteria for user acceptance can be defined to be one of the final steps in the software testing process which guarantees the authentication of software that serves the end-user. There are a myriad of alternative definitions available on the internet however, this one is the best for us, and it should work be able to work for you as well. Who exactly is UAT for? The main focus the focus of UAT doesn't lie on software developers or the software firm; instead, it is focused on the users. Users are the ones who will use the software and it's essential to incorporate them into the process of testing software and that is why UAT. UAT allows users to be the focus of the spotlight and lets their concerns about the software to be considered with a lot of weight. When conducting user acceptance tests it is important to consider issues like, can the user use the program in a planned manner? Does the software behave in a way it was designed? Although some may think the answers to these questions can be found using other type’s tests, but the simple answer is isn't possible. When is the best time to conduct UAT? During the development phase, it is best to start implementing UAT close to the end on the development project. The specifications should be documented, to help with the UAT tests in the future. The code must be fully developed There shouldn't be any unfinished features that are to be examined. Other tests must also be completed like Unit testing, Integration Testing as well as regression tests. If your company has already completed all of those and you are satisfied, then congratulations! You are now ready to go through UAT. Once we've established the purpose, who and what UAT is designed to serve and for, let's look at the different phases of UAT. These are the fundamental guidelines of UAT and should be modified and adjusted to meet the needs of your company. This outline will give you some idea of what to expect and the best way to begin the process of user acceptance testing. Phase: Test Beginning
In this stage the focus is on the needs of the clients and then the development and implementation of an UAT plan is carried out. The steps during this phase could include:
· The environment is sorted and organized · The requirements for test data are identified · The support from other teams is described and reviewed Phase 2: Test Design The test design phase involves selecting the scenarios and scenarios that must be tested, with clear steps that can be followed by the user in order to follow in order to test. Other things to consider during this stage include:
· Scenarios are uploaded to the appropriate form · Access to users is managed Phase3: Test Execution The execution will be where the steps previously taken will be carried out and the testers run the scripts and case. At this point in time the actions to take could include:
· Additional tests are performed Phase 4: Testing Closure The last phase is closing of the test. When the test is completed the test, a decision is made, which is referred to as an Acceptance Decision. It could also be referred to as the Go/No Go decision. It is the final stage and will determine whether there is a need for further testing or if the system is pushed into production. This is the next step:
Conclusion UAT is an excellent source of information about your software. It can help determine whether your software is working correctly and is in line with the standards set out in these user-generated stories. Utilize these phases as a stepping stone to your own UAT test or contact us for further information or assistance. Software testing is an essential part of the software product development process. It ensures that the product's quality is maintained and maintained. Software testing can be broken down into four phases: Acceptance testing, Acceptance, Integration, System, and Acceptance testing. The last phase, known as UAT (User Acceptance Testing), is the most interesting. It plays a crucial role in the entire software testing process. What is UAT Testing? UAT is the final stage in software testing. UAT is an important step in the software testing process. It validates that all business requirements have been met before the product can be released. UAT testing can also be described as the user method where software is used to verify that it is functioning according to the specified specifications. This type of testing can also be called application testing, beta testing, or end-user testing. Before the software is released to the public, the UAT testing process must be completed. This test ensures that the software meets the functional specifications set forth by the product owner. This is a crucial step for product owners. Otherwise, businesses can suffer significant losses from many post-release issues. This is usually the final phase in which the intended users, or the customer, verify that the functionality described in the requirements or user stories exists. The UAT process is typically conducted with a separate UAT plan and in a separate environment that allows for production-like data setups to ensure the client/end user understands the software. Why UAT is so important for your business
The UAT step must be completed by the business owner/intention user/product-owner/client / stakeholder in order to gain a firsthand understanding of the software/product. Before the software is moved into production, the business user validates and verifies the system. There are many stakeholders involved in UAT testing. These include the business analyst, the QA Lead or Test Manager, the requirements specialist (if applicable), and the product or business owner. UAT testing is primarily used to verify that the system can be used effectively to support business operations. It also ensures that the system works according the set of user stories. The product owner checks that the solution is working properly and confirms that it meets their requirements. If bugs are found, the QA team must immediately fix them and retest them. It is an important step in software product development, as businesses can suffer significant losses if there are any post-production issues. What are the benefits of UAT testing for businesses? * Verifies that business requirements have been met according to the user stories * UAT aids in identifying bugs left during integration testing * Lowers the chance of defects being discovered after production * Allows the user to visualize the behavior of the application. * UAT assures that the developed application works well and meets the business conditions, as specified in the requirements document. The UAT Testing Phases 1. UAT Planning Phase: This stage is where you can assign a UAT Manager to supervise the entire UAT process. These steps outline the best planning and execution strategies. It is important to identify critical resources and prepare a critical resource plan. 2. Preparation of UAT Test Data and Scenarios, and Test Environment This phase ensures UAT readiness. The UAT test environment has been set up. Here, the test management plan, test data, interfaces and authorization are prepared. 3. UAT Testing Scheduling and Management This phase is used to develop action plans that align with UAT priorities. To prioritize the assessment of defect blocking, a triage process is in place. A system is in place to track test scenarios and test programs based on the requirements. 4. UAT Testing Execution & Defect Management This is an important step. Priority defects are identified and addressed. More attention is given to root cause analysis. To validate the execution of UAT processes, a trial run is conducted. Then, defects assignment and assessment are taken up for a quick and proper resolution. 5. Sign-off, UAT, and Reporting This final phase of UAT generates accurate defect reports from the test management software. Finaly, the software is accepted if all bugs are fixed. This last phase verifies that the software is compliant with user requirements. Conclusion To stay ahead of the competition, businesses need high-quality software. Software testing is an important component of software product development. The business owner or product owner should take up User Acceptance Testing. UAT testing is used to validate whether software meets the requirements and fulfills all user stories. Utilize next-generation independent software testing services providers to ensure quality software. They will guide businesses through the process and provide detailed UAT test plans. This UAT testing approach is recommended. Businesses and enterprises today demand faster software releases and quality software. This will allow them to achieve a quicker return on their investment (ROI). Today's customers demand high-quality software delivered quickly. This is why organizations must adopt Agile, & DevOps Continuous Integration and Continuous Development (CD), methodologies to get faster releases and better software.
Automated Software Testing Tools 1. ACCELQ It's an AI-based codeless platform for agile test automation and test management. This platform is used to manage quality, API and UI end validations. This platform is next-generation in test management and can be used to automate and manual test planning, as well as delivery change management. ACCELQ offers a variety of products, including API, Manual, Automate, and ACCELQ Unified. It is the most powerful platform for test automation and can be used to meet all your testing needs. 2. Eggplant It's an AI-assisted tool that allows for rapid application release. This software allows developers and testers to schedule, execute and monitor automated testing and debugging tasks across a range of mobile platforms. Eggplant is a platform that can automate test automation and meets current continuous delivery requirements. Eggplant can be used to test any technology on any device or OS. It can also test any layer, from the UI through APIs to the database. 3. Katalon Katalon Studio is an open-source tool for automating web and mobile testing. This tool can also be used with Appium or Selenium. It is used to generate automated tests across platforms and integrates seamlessly into the CI/CD pipeline. It includes an integrated development environment, a base-level object repository, object spy, and a typical browser plug-in, among others. This tool allows you to execute and generate test cases for all OSs, browsers, and devices. 4. Micro Focus UFT One Micro Focus Unified Functional Testing is used to automate functional and regression testing for software applications in different environments. UFT One automates functional tests for web, mobile and API applications. It also increases the coverage of enterprise applications from the UI through the API. This tool automates and builds tests using AI-based capabilities. It also delivers intelligent automation. This tool can be used to quickly test AI-based object recognition and image-based automation, along with cognitive and Text analysis. 5. SauceLabs It allows users to test in the cloud on over 700 browser platforms, OSes and device combinations. It offers a complete test infrastructure to automate testing desktop and mobile apps. This tool can be used to test mobile apps and websites. It can also test on virtual and real devices. This tool allows automated testing of continuous integration and continuous delivery processes and plugin integrations with many CI platforms. SauceLabs supports over 500 browser, operating system and device platform combinations. 6. Selenium This tool is used to automate web browsers and is the most widely used open-source testing tool. It supports many programming languages, including Python, C# and Python. You can create selenium test programs. It's a umbrella project that includes a variety of libraries and tools that support and enable automation of web browsers. It reduces the initial coding effort and increases automation efficiency. It is also a scriptless framework that can be used to automate web applications built on Java,.Net, AJAX, and other platforms. 7. Sikuli Sikuli, a scripting language, can be used for automated software testing of graphical interfaces (GUI) by using screenshots of the software being tested. This tool is used to validate various aspects of an application, such as security testing, functional testing, and database testing. 8. Squish This tool is a powerful GUI automation tool that can be used across all platforms, including desktop, mobile, embedded, and web applications. This tool automates the functional regression and system testing of their GUI and Human machine Interfaces (HMI). It's a cross-platform GUI tool that can be used to test AWT, SWT and RCP applications. 9. Telerik Test Studio It is one of the easiest software automation testing tools to provide robust functional user interface (UI), exploratory testing, load and performance testing. It also supports mobile and web application testing. 10. TestComplete SmartBear's most important automation tool is the SmartBear X-Ray. It can be used to test mobile, desktop and web applications. It's used to create, test, and run functional user interface testing with its many useful record- and playback capabilities. This tool supports all scripting languages, including JavaScript, Python, and VBScript. This tool supports a variety of applications, including native, hybrid, iOS and Android apps. It also offers parallel testing and cross-browser capabilities. To ensure that software applications are tested effectively, you can rely on next-generation software testing automation specialists. Our automation engineers are familiar with automated testing tools. For more information about our software testing services, talk to our automation specialists. |
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November 2020
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