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What is Exploratory Testing

Software testing consists of numerous practices and approaches that help secure overall accurate results through all stages of the testing phase. Most of these approaches are implemented by following certain steps based on pre-planned test cases and assessing the actual results against what is expected. These widely used scripted methods of testing have shown success in including as many scenarios as possible and fully scanning service channels from all angles of usability. But another method relied on heavily and remains valid today follows a more personalized means that would not necessarily abide by scripts. This testing method used to be known widely as Ad-hoc testing. But now it has come to be known most as “Exploratory Testing.” In this article, we will look to define this creative software testing approach and highlight its present importance. We will also look at how exploratory testing works and when to use it. What is Exploratory Testing? Exploratory testing is an approach in which the testing process concatenates both test design and test execution to strengthen simultaneous learning and creative thinking. The difference between scripted testing and exploratory testing is that while scripted testing relies on test designs and requires little to no thinking process, exploratory testing - hence its name – requires exploring and investigating. One major distinction is that this testing is free of automation alternatives, unlike other methods that can substitute human labor with AI-powered systems and tools to implement specific steps that are decided and agreed upon based on design. Why is Exploratory Testing Important? Commonly used methods rely heavily on a documentation process that helps implement a structured manner of testing. These documents and specifications may not always be available, and testing experts would have to rely on logic-based investigations to track bugs firsthand through direct usage, therefore relying on an exploratory testing approach. One other factor that makes this testing important is that it naturally detects more bugs because it involves personalized actions that emphasize a better understanding of the system being used. This testing approach is set out through a journey of realistic usage as expected by users and encourages intuition. Another value to exploratory testing is highlighted by increasing creativity and generating innovative ideas as the work progresses. Alongside other tactical methods, exploratory testing can be mixed with the overall testing project to guarantee excellent results, which serve in the end to increase productivity and quality altogether. How to Execute Exploratory Tests? Here is a detailed description of the steps in which exploratory testing can be executed: A) Creating Bug Classification This step involves three main actions. One is to identify the most common types of bugs based on previous projects, the second is to analyze the causes and the third is to define the risks and produce ideas. B) Creating a Test Charter Test charters include what to test and how to test it - By doing so we have established the starting point of the testing journey based on how the end-user is expected to use the application. C) Review Results Evaluate your results and take notes for future tests. D) Debrief Here we compare what the output is with the test charter and assess whether further tests are needed. In Conclusion Exploratory testing is a distinct approach that is used for multiple purposes that either seem logical and intrinsic or when we want to go that extra mile to ensure better results to serve our users. Therefore, we believe that it will always remain valid for a long time. We at Q-Pros value exploratory testing skills and make sure to prepare ourselves with a team of skillful testers who can rely on diverse and creative testing methods to ensure quality and fulfill requirements. Q-Pros is a leading IT company that provides testing services for clients on a global scale with experience in multiple domains and service types. Learn more about us and request your own unique testing service via our online form. FAQs Are there any disadvantages to using Exploratory Testing? Though exploratory testing comes with so many benefits, it is bound to have some negative points to it. Here are some of the disadvantages and challenges of Exploratory testing: Exploratory methods strictly depend on skillful testers. Testers would have to be thoroughly knowledgeable about the application being tested. Reporting the outputs of executed tests can be a challenge when there is a documented basis to begin with. It is not suitable for long execution periods. When to use Exploratory testing? When the project demands early rehearsals or when a new tester has joined a project that is already in full action. It can also come in handy when dealing with critical applications (An application that demands continuous usage, and in the unfortunate case of crashing or downtime would result in severe consequences). ...

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Regression Testing

To fully utilize software potential in today's market, you need a solid strategy to make it compatible with change. A satisfactory level of adaptability requires constant development on every level of an application structure. This activity will involve tweaking the internal code of the software to enhance its function, a task that will give birth to new bugs and defects, some of which may erupt in different sections than the ones required for the update. This is where Regression Testing is an absolute must for ensuring quality. In this article, we will look at different approaches to conducting Regression testing, and how we at Q-Pros have established a top-notch methodology to ensure our client's applications are fully adaptable to change. What is “Regression Testing”? Regression testing is a type of software testing conducted to verify that an application remains working with the desired level of quality after any code changes or updates/optimizations. It involves a full examination of the application's functionality in addition to making sure that the newly added features are working per demand and no other bugs are introduced due to updates. The Importance of Regression Testing: Enhancing your software application to be on top of new functional standards and adopt new security measures is essential. This regularly guarantees your software success in today’s technological environment. At any stage of development, modifications are bound to cause defects within the application in all sections. This testing technique will help developers identify and verify the impact caused by modification. Types of Regression Testing: Complete Regression Testing As modifications are implanted to a software's code, a complete Regression test is conducted to include all assets of an application to be tested completely from all aspects. This method relies heavily on automated testing techniques because it involves a time-consuming cycle, meaning that every time a change occurs to the code, we must test all other levels including the one being changed. Partial Regression Testing It is where we test the parts most likely to be affected by the change, but it could also involve testing parts that are emphasized by business demand and commonality. It is most efficient when the developing team has verified meta-data and valid information from earlier tests. It might not be the most effective, because it could overlook some areas within the software that might have not been detected properly, or when test scenarios are not being documented and archived by the testing team. Challenges of Regression Testing Regression Testing is essential for companies looking to keep track of constant updates. It could elevate an application's use and guarantee that the software is of the desired quality in all stages of re-development. Having a solid methodology to conduct this testing means knowing and adapting to the challenges one might face while testing. Here are some of the challenges: Regression Testing could be expensive: Testing regularly and constantly could be costly, especially when testing things that have already been tested many times during the pre-production stages. Complete Regression testing is time-consuming: Using complete Regression testing techniques could be exhausting for testers. Going back and implementing a full testing suite every time a modification occurs will be time-consuming for sure. As with most testing approaches, It comes with some setbacks and blockers. Our role at Q-Pros is to overcome those negative points and guarantee that we utilize all testing approaches needed for an application to meet quality standards and achieve client satisfaction. Our team of experts works rigorously using automated tools to overcome time consumption and assure accurate results. Q-pros is a leading Quality Assurance provider with affordable price rates. Learn more about Q-Pros and request a custom service through our online form Conclusion In short, Regression Testing is an indispensable ingredient in the process of Quality Assurance. Making sure that an application is not affected by changes to the internal structure due to modification purposes is necessary. There is more than one way to approach Regression Testing. We could either specify testing sections or include all aspects of an application. This Testing certainly comes with challenges and could be complex, but with good strategy and experience, an application could maintain top quality and avoid unexpected bugs or defects in all future updates. ...

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7 Best Functional Testing Tools to Use in 2023

Functional testing is a way to verify that software applications are providing expected outputs as required by the end-user or business. Functional tests are concerned with evaluating and comparing software functions with business requirements and quality standards. We at Q-Pros rely on a heavy arsenal of testing tools and modern utilities that help our teams achieve guaranteed and accurate results. In this article, we will look at the most renowned functional testing tools and why you should be using them in 2023 to achieve higher status in the testing world. Overview Let us start by looking at the criteria of which we will be relying on to consider a functional testing tools in our top 7 list. Usability–It is important for testing providers to make sure that the testing tools used can be used by team members with multiple levels of experience, and by more than one section or department within diverse teams. Integrations – In order to maximize a testing tool’s potential, it needs to be able to integrate with a wide range of software and coding languages. A good testing tool will make use of common frameworks to facilitate the work. User Interface – The perfect testing tool to choose needs to be well designed with a smart, easy to use interface. And so, based on our assessment framework, here is a list of 7 functional testing tools to use in 2023: 1. Selenium Selenium is one of the best test automation tools available for QA engineers and developers. It offers its users several libraries and tools that allow for efficient browser testing. One of Selenium’s top benefits is that it allows users to design test cases based on functional specifications with ease by offering options to change and control HTML elements to their exact needs. Its latest version (Selenium 4) supports several programming languages, offering simple implementations with JavaScript, C#, Ruby, Python, and Java. It is also worth mentioning that Selenium is an open-source tool that is free to use! 2. SmartBear Ready API SmartBear ReadyAPI is a functional tool designed for API testing, and it goes well with Agile and DevOps methodologies. It offers functional testing, API Performance testing, and API web Virtualization. ReadyAPI also provides automation options at every building stage through CI/CD pipelines. It offers you the ability to build data-driven functional API tests. The tool also integrates with any testing environment that uses Smart Assertion features. ReadyAPI provides integration with platforms such as Jenkins, Docker, and Git. 3. TestRigor TestRigor stands out as an excellent functional testing tool as it allows its users to build automated tests in plain English from a human point of view. It also converts manual tests into AI-based automated tests. TestRigor analyzes all potential factors behind the scenes to use the most effective ones, which outcomes ultra-reliable tests for testing teams. TestRigor is a great tool to build and customize new tests, and it allows the testing team to focus on test building rather than maintenance. 4. TestComplete TestComplete is a GUI functional testing tool that provides adaptable testing solutions. It works with multiple languages such as JavaScript, Python, and VBScript. What makes TestComplete more efficient is that it allows you to record your test runs and go back to them after implantation and adjust them based on initial outcomes. The tool also provides you with the capability to map objects from the screen and display objects, therefore allowing you to monitor any object in addition to providing you with all possible Xpaths for that specific object. 5. SoapUI SoapUI is an open-source functional testing tool that supports requirements-based testing and API solutions. The tool is renowned for its flexible interface as it allows your team to easily navigate through it with basic technical experience. SoapUI offers an endpoint explorer feature that lets you select a certain desired method and save the REST endpoints of URL requests - (URL requests can be made in both JSON and XML formats) 6. Kobiton Specifically created for mobile app testing, Kobiton allows you to perform manual and automated functional testing, performance testing, and visual testing for Android and IOS devices. It also offers a parallel text execution option to combine tests from multiple devices operating systems and platforms. It gives you the ability to implement a full device lab involving local and cloud devices (both public and private clouds) Kobiton allows you to perform automated tests without any knowledge script-wise. It also offers the ability to convert manual tests into complex automated tests. 7. Testim Testim is an automated testing tool that provides AI-based test implementations. The platform relies on AI to verify and lock visual elements, increasing testing stability for UI functional testing. Testim visual editor allows you to record and edit tests to efficiently organize test cases, as well as giving you the ability to keep test steps in parameters, streamlining the testing process for all testing contributors. The tool also helps you to replace duplicated tests with shared objects. And there you have it, 7 of the best functional tools to use in QA in 2023. Q-Pros Q-Pros is a leading IT company and a testing services provider, and we rely on market-leading partners and vendors to guarantee accurate results for our clients in every domain and industry. Such vendors include Smart Bear, Microsoft, Oracle, Tricentis, and much more. Our teams make use of various tools and utilities that are chosen uniquely for each client depending on business requirements and project technical specifications. Request a unique testing service through our online testing form. ...

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User Acceptance Testing

If you happen to work in software QA or development, you might have certainly heard the term “User Acceptance Testing sessions” multiple times nearing the end of any project. This step in QA is one of the most essential practices to give confidence to operational teams and business owners and confirm product release. We believe that software testing can only be sealed through real-life usage tests. This activity is labeled in the software testing stages as User Acceptance Testing (UAT). Q-Pros have invested lots of effort into crafting an excellent methodology to conduct healthy UAT sessions and make sure that the software is more than ready to handle end-users. This article hopes to be a clear guide to UAT and how to perform an effective user acceptance session. To start, let us define UAT - What is User Acceptance Testing (UAT)? User Acceptance Testing is the final seal of approval required before releasing an application out to the public. By definition – hence its name- UAT's objective is to get user acceptance by testing all aspects of the application, making sure it is fit for business demands. UAT sessions are done to measure the level of satisfaction a user has while using the application in real-time under real scenarios. It involves mimicking how an application might be used by future users/customers. User Acceptance Testing is the final stage of testing to make use of all the application's potential to confirm that it is ready to be released. How we perform UAT UAT sessions are conducted by a group of first-hand users, this group of users could consist of customers who are more likely to use the product or the client that this software is directed to (if the software is manufactured specifically for an organization). When conducting a UAT session, all parties involved document their feedback, preferably in the presence of the developing team and beta testers in charge of ensuring quality standards. The role of the QA teams in UAT sessions The QA team has major involvement in the User Acceptance Testing. The QA team must be ready to assist users on how to use the application and oversee taking notes, including on several issues that might not be visible to the users, meaning things that are of QA concern rather than simple functionality. The QA team will then take part in presenting the results to clients, and it is the clients' job to decide whether the results are in alliance with expectations. The key objectives of UAT To make certain the software is performing based on basic business requirements. To confirm Ease-of-use. We need to make sure that the system is usable by end-users. Make sure the application is aligned with legal measures. At the end of UAT, a report is drafted, this report includes valuable results. Then, meetings are arranged to determine whether the application is ready for release or not based on UAT deliverables. Agile and DevOps methods in UAT UAT sessions require an elevated level of cooperation between multiple levels of involvement, including end-users. To plan a solid UAT session, team management methodology plays a huge role. The DevOps approach emphasizes a steady relationship between both developers and operational managers. This coexistence is made feasible using the agile methodology of project management. Agile is heavily adopted in QA techniques in general as it has been proved to save time and maintain structure. As mentioned before, UAT sessions involve multiple parties, from developers, the QA team, and end-users. At the end of every UAT, feedback is collected and worked upon, and then when needed, other UAT sessions will be conducted. UAT (Alpha/Beta Testing) UAT is split into two classifications (Alpha & Beta) depending on the nature of the output being tested. Alpha testing involves testing the application in the development environment. Beta testing is carried out in the production phase when the application is ready for release. Summary User Acceptance is all-important for Quality Assurance. Understanding how your software works in a real-life environment before releasing it to one is an obvious step. Involving end-users will guarantee honesty and generate honest feedback. UAT is most beneficial when each step is documented and studied thoroughly. Based on the data generated, the developers, QA team, and clients can choose to make changes to enhance all aspects of the application based on the desired quality and business requirements. To learn more about quality assurance practices and frameworks, learn more about us and request one of our many testing services that are crafted based on requirements, business demands and standards. https://q-pros.com/online-test-request/ ...

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A Short Guide to Stability Testing

A thriving business deserves a thriving software, and we at Q-Pros believe that software testing is the key to scale up businesses and create better results for both business owners and customers/users alike. One way software testing can help extend the functionality of an application is through Stability tests. In this article, we will define what stability testing is and its many benefits. What is Stability Testing? Stability testing is a type of non-functional software testing that helps measure an application’s ability to function continuously over lengthy periods. The primary purpose of conducting stability tests is to ensure the software component does not collapse under a wide range of use over time. One way to test the efficiency of the application is to run a stability test and ensure that the application is running well under circumstances beyond the average use. The intent here is to pressure the system to check its capabilities. Why Do We Need Stability Tests? In general, software testing helps us understand how the application will run under real-life situations, and we can find out what the limitations are, and how we can avoid future bottle-neck situations. Stability tests give us the confidence to trust the system while knowing that it will maintain function even when used to the maximum. Few issues are common in newly developed applications and mostly for justified reasons that are beyond the developer’s capabilities. Stability tests serve as an identifier of such issues and make us aware of the updates and fixes we can use to overcome them. Some issues regarding performance will erupt due to heavy usage. These issues include a sudden or repetitive request on the application or having a massive amount of data being entered at once. Stability Tests Outcomes As is the case with other testing approaches, stability testing requires a lot of reporting and building for test cases. We must document a list of results and stats that include the following: Hits per second – The number of demands or hits users would request; This gives us an understanding of the load percentage over the system. Throughput – Throughput is measured in bytes. It is the amount of data that a user would receive over a fixed amount of time. Memory – This is simply to document memory usage while conducting the test. Transaction Response Times – The time it takes for the system to complete a request/response cycle as declared by the application. Response time is important to measure in general, and in stability tests, we make sure that it has the same value while the system is running under stress. CPU – CPU utilization spent while performing the test. Stability Tests Process Test planning: We start by defining a solid testing strategy, making sure to mention the objectives and milestones. Test case designs: We then create solid test cases and scenarios that can efficiently assess stability parameters. Test case review: Making sure that our test cases are validated against project requirements and technical specifications. Test execution: Perform the tests. Report results: Documenting all outcomes from executed tests to share with operational stakeholders. Tools Used for Stability Tests Several performance testing tools are suitable to test for stability. The most predominant tools used now are: LoadRunner CloudTest Apache JMeter LoadUI WebLOAD In Conclusion It is certainly the goal of any application provider or business owner to have their applications scale up and be used by as many users as possible. Stability testing is a great way to scale up software. By doing a stability test we can guarantee that an application is more than ready to face future challenges. Stability testing is part of other performance testing approaches that evaluate the system’s performance attributes and help us understand how a system would behave under fixed environments. Learn more about software testing and get to know more about us. If you want to request a testing service, check out our list of offers and request a customized testing plan for your software via our request form. ...

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