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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A reader asked me a question: How is testing done in a company, i.e. in a real environment? People who are just out of college and looking for work have this curiosity: What would the working environment be like in a company? An initial project familiarity meeting is held before any project is awarded to us. We discuss the client in this meeting. What is the duration of the project and when will it be completed? What are the roles of all participants in the project? Tech leads, QA leads and developers. What are the responsibilities of each person involved in the project? The SRS (software requirements specification) is used to create the project plan. Testers are responsible for creating a software testing plan from the SRS and project plans. The design is the basis for developers coding. These modules are divided into project modules, and distributed among developers. The tester's responsibility is to create test scenarios and test cases according the assigned modules. SRS covers almost all functional test cases. You can also keep the data manually by using some Excel test case templates and bug tracking tools. After the modules have been completed by developers, they are assigned to testers. These modules undergo smoke testing and fail to pass this test. Modules are then reassigned back to their respective developers. Manual testing of modules that have passed is done using the test cases. Any bug found is assigned to the module developers and logged in the bug tracker. Bug fix: A tester performs bug verification and regression testing on all modules. Bugs that pass the verification are marked as verified and closed. If it fails to pass the verification, bug is marked as verified and marked closed. (I'll cover the bug lifecycle in another post.) Different tests are done on each module and integration testing is performed on module integration. These tests include compatibility testing, which is testing software on different platforms and hardware versions. SRS also allows for load and stress testing. System testing can be done by creating a virtual client environment. After all test cases have been completed, a test report can be prepared and the product is released. Steps in Requirements For Release Below are details about each step of testing that is performed in every software quality and qa testing cycle as specified by IEEE or ISO standards? #1) SRS Review: Review the requirements specifications for the software. #2) Major releases have objectives. #3) Releases Target Date #4) A detailed project plan is created. This includes the design specifications. #5) Develop a Test Plan is based upon Design Specifications. #6) Test Plan - This contains the objectives, the testing methodology, features to be and not to test, risk criteria, testing schedules, multi-platform support, and the allocation of testing resources. #7) Test Specifications: This document contains technical details (Software requirements), which are required before testing. #8. Writing Test Cases · Smoke (BVT) test cases · Cases of Sanity Test · Regression Test Cases · Negative Test Cases · Extended Test Cases #9) Development: Each module is developed individually. #10 Installers Binding #11) Building Procedure: This includes Installers of all available products on multiple platforms. #12) Testing: The Smoke Test (BVT), a basic application test that allows you to make a decision about further testing. · Test new features · Cross-browser testing and cross-platform testing · Memory leakage and stress testing. #13) Test Summary Report You can create bug reports and other reports #14) Code freezing At this point, there are no new features. #15) Regression and build testing #16) Release of the product #17) Post-release scenario to further objectives Conclusion Software testers have many challenges but are also very enjoyable jobs. This job requires someone who is passionate, motivated, and enthusiastic. It is difficult to find faults in people. This takes a lot of skill and an eye for the flaws. A tester must be process-oriented in addition to all other qualities. Projects in IT, like all other industries, are also divided into phases. Each phase has its own goals. Every goal has an accepted criterion. Software quality is a heavy responsibility for a test engineer. The final product will be ready for release if it has passed user acceptance testing. This type of testing should not be overlooked because end-users will be testing the software product. They are the ones who best understand the product and how it will benefit them. This is where the focus should be on the valuable feedback that users provide. This can help to improve the functionality and performance. This article will explain the importance of user acceptance testing. What is User Acceptance Testing? This is a method of testing software products. The user is responsible for thoroughly testing the product using the provided resources and guidelines. The end-user can provide feedback to help determine if certain aspects of the product could be improved or modified. If the product meets user expectations, the user will accept it. Otherwise, the user can provide valuable feedback and opinions to improve the product's user experience, functionality, and performance. UAT's scope is determined by its requirements, which are: 1. Functional requirements: This ensures that business functions are performed according to the rules, regulations, and guidelines set forth by the business. 2. It ensures that all data processing and distribution requirements are met. 3. Interface requirements: This ensures that all business systems are correctly linked to UAT's software systems, to allow data to be received and controlled as per the requirements specifications. The user has the responsibility for: 1. 1. Test planning 2 Test execution 3. reporting incidents There are a few other important points that can be added to clarify the scope of UAT: 1 Testers need to be clear about their expectations 2 UAT scripts must be based upon user stories 3. UAT testing scripts should only be performed by end-users 4 Testing should be done in phases and functionality should be added in line with the business process. 5. Daily meeting are necessary to address questions and issues in line with testing 6. Time for the retesting and resolution of defects 7. Prioritize the changes and defects identified. User Acceptance Testing Objectives:
1. Determine if the application can meet the functional specifications as stated in the Detailed Design documents or Business functional specifications. 2. It is verified whether or not the software provides new business benefits. Also, it is checked if the current processes still work correctly. 3. Even if software passes functional testing, it's important to put it through additional testing to ensure it performs in the business environment before it goes public. 4. In user acceptance testing, the software's performance and behavior is evaluated. This includes:
Conclusion If you're interested in implementing UAT in your particular project, you can visit an internationally renowned software testing company online that will give you a test plan that is exactly aligned with your project needs. About me: I'm a technical writer who focuses on technology-specific articles. I am committed to providing accurate and well-researched information about the most relevant market-savvy technologies. Software testing ensures that the software application is flawless in performance and is fully functional without any bugs or defects whatsoever. This will in turn ensure that the software product is all set to be released. But, the real challenge lies in implementing the software testing types at the right phases/stages of the software development process for a specified amount of time. Then the real outcome in terms of high quality software product can be expected. In this article, you will get to know about the differences between stress, load and performance testing. What is stress testing? In this testing method, the reliability and stability of a software application are verified. The error handling capabilities and robustness of a software application are measured and tested under varying load conditions through the stress testing method. This testing method puts on a lot of stress in terms of more than expected working conditions that the specific software application can take. This tactic gives a specific idea as to till what specific extent can the software application work under unfavorable conditions. What is load testing? Simulated demand is put on the website, application or software in order to test the behavior of the application under various testing conditions. A software application’s performance is tested under specific load conditions. This testing method is performed to ensure that the performance bottlenecks are improved and to make sure that the software is functioning smoothly and is stable enough before the deployment actually happens. The application’s maximum operating capacity is assessed using this testing method. How many concurrent users can the application support is also ascertained in this testing method. What is performance testing? In this testing method, a software application’s performance is assessed under expected workload conditions. The speed, stability and responsiveness of a software application or system are evaluated using this testing method. In some scenarios, a productive environment is used to perform the test and in some scenarios, quantitative tests are used. Conclusion: If you are looking forward to implementing stress, load or performance testing or a combination of any of these or even want to go for individual testing, then just visit online a globally acclaimed software testing services company that will provide you a strategic testing roadmap that is precisely 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. Because of its flexibility, agile is a popular approach to project management. The Agile manifesto was created in 2001 and originally intended for software development. Agile project management has become a popular choice for project managers regardless of industry. These are the top benefits and reasons Agile is being adopted by top companies to manage their projects. 1. High quality product Agile project management includes testing as an integral part of project execution. This means that the final product will be of higher quality. Clients can still be involved in the development process, and they can request changes based on market realities. Agile is an iterative process. Self-organizing teams learn and grow with time, and keep improving. 2. Customer satisfaction Agile allows customers to be involved in all aspects of the decision-making process, which results in greater customer retention. The traditional model has the customer only being involved in the planning and not influencing execution. This limits flexibility and adaptability. You can deliver value to your customer by keeping them in the loop, making adjustments based on their feedback and ensuring that the final product meets their needs. 3. Better control Agile is transparent, feedback integrated, and has quality-control features that allow managers to better manage the project. Through advanced reporting tools and techniques, all stakeholders can be involved in the project's implementation. Quality is assured throughout. 4. Increased project predictability
With greater visibility comes better ability to predict risks and come up with effective mitigation plans. The Agile framework offers greater opportunities to predict and identify risks, and to plan for project success. 5. Lower risk An Agile approach will ensure that every project is successful in theory. Agile is a small-scale, continuous delivery model that focuses on continuous delivery. Even if an approach fails, there is always a small piece that can be saved and used later. 6. Increased flexibility Agile can be applied in a project team to give them unrivalled flexibility. The product owner provides feedback and support to the teams in small bursts. Changes are often costly and time-consuming in other methods of project management. 7. Continuous improvement One of the twelve core principles of Agile is to work on self-reflection, and strive for continuous improvement. Agile methodology is based on iterations. This means that every sprint will be better than previous ones and mistakes won't be repeated. Agile methods foster openness and collaboration, which allow team members to share their experiences and learn together. Agile is a method of project management that uses incremental and iterative approaches. It helps teams adapt to the changing demands of modern work environments. There are many methods that can be used to achieve agile, but all of them are based upon the principles of transparency, quality and flexibility. Salesforce UAT refers to the process of verifying or denying that the desired CRM version meets business requirements before Salesforce is deployed. UAT should be included in your Salesforce test plan to allow clients and end users to view the CRM from a business perspective within the Salesforce UAT Sandbox.
Salesforce UAT is more than just testing. Below are the roles that are required for Salesforce UAT Sandbox Testing to be successful. Testers End users are required to test Salesforce and confirm that it is ready to be used in a production environment. Salesforce user acceptance testing depends on them. Salesforce user acceptance testing is also possible if end users are unavailable. This can be done by people who have extensive domain knowledge and are familiar with Salesforce's business requirements. Project Manager This is the role that owns the Salesforce UAT Sandbox. Project managers (PMs) are responsible for managing the process and deciding the next steps in development cycles. They also make final decisions. PMs are often the link between business owners and testers, keeping them informed about the progress of the tests. Business owner This role, also known as project sponsor, is responsible for ensuring the project's requirements are met and that Salesforce UAT goals are supported by the test plan. When defects are discovered, business owners participate in the decision-making process. They also have to approve any change control items and manage additional approvals. Software Development Team When bugs or defects are found within Salesforce UAT, developers are invited to participate in the UAT process. After receiving documentation, the software development team can review and resolve the issue so that Salesforce UAT is Salesforce-compliant. This type of testing is done in a separate environment with data similar to that which will be used in production. UAT's central purpose is to ensure that the software meets all business requirements. End-users must be familiar with the business requirements of the application. uat testing doesn't test for typos, design errors, or system functionality. Beta testing plays a coherent role in mobile application development. When it comes to iOS apps, the testing process goes a notch higher because iPhone has its own niche brand value in the global market and the quality of which cannot be compromised at any cost. Testing iOS apps requirea certain amount of expertise so that the outcome in terms of the application’s functionality and performance can be truly justified. In this article, you will get to know about the eight steps that are required to conduct a beta test on an iPhone app. Following are the eight steps required to perform beta testing on an iPhone app: 1. Develop a well-defined beta test strategy: Proper planning will save time and ensures that the beta testing process is moving in the right direction. In here, first, what is the app all about and for whom it is targeted need to be clearly understood by the testing and development team and other key members involved. Then, the focus has to be on finding out the beta testers who can beta test iOS apps. The beta testing environment and other important testing criterion need to be properly analyzed in order to carry out the iOS beta testing activity in a successful manner. 2. Identify the number of beta testers required: Research has shown that one in five beta testers will take a keen interest in the testing activities and provide valuable feedback that can prove to be of immense value. Based on the above information, how many testers can justify the iOS app beta testing process need to be thoroughly evaluated. Depending upon the scope of the app and the organization’s capability in terms of carrying out the testing activity, the number of beta testers required to carry out this test needs to be pondered upon. 3. Find and select beta testers from relevant resources: Following are some of the key platforms, where beta testers can be found out:
4. Beta testers should have a clear idea of what needs to be done: The major issue that product managers and iOSdevelopers haves to tackle after the iOS beta testing activity is completed is that they are unableto obtain valuable feedback from beta testers. To solve this rather important and pressing issues, beta testers should be asked the right questions that are perfectly in line with beta testing,along with making them clearly understand as to what is exactly expected out of them. Beta test best practices can be implemented for productive outcomes. Following are certain parameters that need to be considered:
6. The testing timelines must be properly planned: For how long must the beta testers need to test the app needs to be thoroughly pondered upon. The feedback should contain information about user experience, functionality, bugs etc. Testers must be onboarded by providing specific details about the testing work and the resources involved. 7. The significance of A/B testing: If a huge lot of information needs to be derived from testers, then divide them into two or more groups and conduct A/B split testing for your iOS app. Deeper insights can be explored by comparing the outputs and results of different user groups. A/B testing can also be used to check whether the app’s localized version is bug-free. Users can be split based on certain attributes such as Language, Country, Gender, Age etc. 8. Analyze the testing outcome: The final step is to know how well did the beta test go. By defining the testing metrics, the outcome of the testing process can be properly ascertained. If the users/testers have found any bugs or had issues with the functionality and user experience of the app, then it must be thoroughly assessed and worked upon in order to modify and make the app even better than before, so that it can be eventually released. Conclusion: If you are looking forward to implementing beta test for your iPhone applications, then do get connected with a renowned software testing services company that will provide you a high-end mobile testing strategy that is in line with your mobile app 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. In an agile environment, software testing needs to be taken up with each sprint and the quality assurance testers should make sure that new changes do not affect the existing functionality of the application.
Moreover, in agile scenarios with iterative changes, there are more frequent build cycles and continuous changes are added to the application. This sort of frequent change makes software regression testing mandatory in agile. Thus, for successful regression testing in agile, the testing team should follow an effective regression testing strategy and build the regression testing suite from the onset of software product development. The QA teams should continue developing the test scripts alongside each development sprints to ensure effective regression testing is achieved. How to achieve effective Regression Testing? Regression testing can be achieved by adopting either manual regression testing or automated regression testing. What is Manual Regression testing? When regression testing is performed by manual testers, then test cases are initially drafted and they will be executed. These tests help to check whether it is a pass or fail based on the expected results mentioned in the test cases. No separate tools are used to perform this testing process. What is Automated Regression Testing? When it comes to automated regression testing, various types of test automation tools are used to perform the regression testing process. It is evident that manual regression testing takes a lot of time and to save time, automated regression testing is taken up. Typically, automated regression testing includes various steps such as deciding on what test cases to automate, whether to test early or test often, along with some importance placed around test automation tool to be selected. Quality test cases should be developed and the creation of effective test data is very important for the success of test automation. There are variously automated regression testing tools available and based on the application under test, they should be selected by businesses. Source: https://www.testingxperts.com/blog/regression-testing |
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