software testing

In this article, we will learn about a type of software testing known as Visual Testing. We will investigate the various subjects surrounding this testing approach and how we at Q-Pros adopt its various methods to guarantee excellent results. What is Visual testing? "Visual Testing" is observing an application’s visible output while monitoring for visual bugs and assessing the output in comparison to what is expected by demand. Examining an application's interface is done during the production period by developers, and later end-to-end users (a person who intend to use a product) will seal the deal with the product in the final stages. The front-end developer’s main concern is to make sure that an application looks good on all browsers and devices with no obvious defects in terms of appearance. HTML and CSS as well as JS are interchangeable and can behave differently from one platform to another. This causes the risk of errors that not only affect appearance but also the functionality. Considering such concerns, Visual testing is highly demanded by clients as a major step in QA (Quality Assurance). The distinct value of Visual Testing Testing your application's script and making sure each input delivers an expected output on a basic level is not enough. Changes regarding layout and interface could occur due to a lack of compatibility. Certain elements such as height, width, background color, font style, font size, and position within screen coordinates could change from one platform to another. This change is a result of different operating systems using various rendering methods. Developers need to have their code written in a way that includes all previous versions of script input. Tools such as Babel could ease up the process by re-writing a code to make sure it could be rendered by all browsers in the same way. Cross-browser testing is a different approach with similar objectives. It includes other aspects than visual ones and focuses on how an application behaves in various browsers, making sure an application is operating based on business requirements and has achieved the desired quality level on all available browsers. Manual Visual Testing Vs Automatic Visual Testing  Manual Visual Testing  Manual Visual Testing involves testing an application by sheer observation through usage and excavating any notes or anomalies that might stick out. This form of testing is becoming less popular because it is time-consuming. To put it in perspective, testing an application "manually" will require testing it on all available browsers, in all operating systems, and taking into consideration, available devices and different screen configurations and screen displays. This will take a lot of time to accomplish, and it will open room for false readings. Automated Visual Testing  In Automated Visual Testing, developers use tools and software to automate the test process and compare visual elements across different screen combinations. Automated tools such as Selenium or Appium ease the process by running the script and creating UI variations. As good as it may seem to have all screen combinations generated automatically, it still leaves the burden of testing it yourself to check for any bugs or defects. One way to make things even easier is to rely on a method called Snapshot Testing. In short, Snapshot testing creates a bitmap of multiple screen combinations and compares pixels, reporting/highlighting any unexpected changes in color hex code. By comparing each pair of pixels in combination A & combination B, a snapshot test highlighted the difference as shown in the third table. The Issue with Automated Visual Testing and The Snapshot Method: As good as it may seem, Automated Visual testing is not perfect. While companies are relying on automated means of visual testing, the need for manual observation is essential. Rendering will always cause deference – Relying on an algorithm to detect differences is almost redundant, as the algorithm will always report bugs. This is because pixels do not represent visual elements. Certain rendering activities include algorithms that create pixel differences to run a script. Encountering some differences on a UI level does not always translate to bugs – some operating systems/browsers adjust CSS codes in a way that is seen as suitable. For Example, Minor changes may occur to the text based on the browser being used. /*! elementor - v3.20.0 - 26-03-2024 */.elementor-heading-title{padding:0;margin:0;line-height:1}.elementor-widget-heading .elementor-heading-title[class*=elementor-size-]>a{color:inherit;font-size:inherit;line-height:inherit}.elementor-widget-heading .elementor-heading-title.elementor-size-small{font-size:15px}.elementor-widget-heading .elementor-heading-title.elementor-size-medium{font-size:19px}.elementor-widget-heading .elementor-heading-title.elementor-size-large{font-size:29px}.elementor-widget-heading .elementor-heading-title.elementor-size-xl{font-size:39px}.elementor-widget-heading .elementor-heading-title.elementor-size-xxl{font-size:59px} Benefits of Visual Testing Visual Testing offers a multitude of advantages: Improved User Experience: By identifying visual inconsistencies and UI defects, Visual Testing ensures a polished and user-friendly experience for everyone. Early Defect Detection: Visual bugs can be caught early in the development cycle, leading to faster and more cost-effective fixes. Reduced Maintenance Costs: Consistent visual appearance across platforms minimizes the need for rework and maintenance efforts later in the development process. Faster Release Cycles: Automated Visual Testing can be integrated into CI/CD pipelines, enabling faster release cycles with the confidence of a visually sound product. Peace of Mind: Visual Testing provides developers and stakeholders with the assurance that the software's visual presentation aligns with design expectations. The Future of Visual Testing Visual Testing is poised for further evolution: Machine Learning Integration: Machine learning algorithms can be employed to analyze visual data and automatically identify potential UI issues. Self-Healing UIs: Imagine UIs that can self-adjust for optimal display across different devices. Visual Testing combined with AI could pave the way for such advancements. Focus on Accessibility: Visual Testing will likely play a bigger role in ensuring UIs are accessible to users with visual impairments. Q-Pros Visual testing is a field that co-exists with a lot of other non-functional testing methods; it is an inseparable need of QA. At Q-Pros We run scripts on various scenarios to make sure the script runs well on all available platform combinations. We rely on automated tools as well as manually checking visual elements via a team of QA experts.   https://q-pros.com/online-test-request/...

Globalization testing and localization testing are two types of tests that are incredibly important in software testing. It is vital for business owners to have their applications suited specifically for a desired market or market. And it is our role at Q-Pros as a leading testing provider to ensure that for our clients.   In this article, we will investigate the differences between the two and why we perform these forms of tests.   What is Globalization Testing?   A type of software testing that is performed to ensure that an application is compliant with global standards and is available in multiple languages while including several features based on various regional conditions.   Examples of global applications would include Google. It adjusts itself based on the user's location, ensuring a unique experience for each country. Various features will include languages, time zones, currencies, and many more.   Globalization testing  is done via a team of testing experts who ensure the software is set for the global market based on modern demands. This could be done while collaborating with translators and business experts who can guarantee the level of inclusivity the application would have based on clients’ requests.   What is Localization Testing?   A type of software testing in which the intent is to make sure the application is designed for a fixed region. This includes showing regionally relevant content and optimizing the application for a specific language.   An example of a localized website is a government website, such as  bundesregierung.de, which is only available in German, French, and English. It is specifically designed for German citizens and features information that is exclusively relevant to Germany.   - Globalization Testing Vs Localization Testing -     Globalization Testing   Localization Testing    A test was performed to make sure that an application could be used by various users around the globe  A test is performed to make sure that the application is designed to be used eventually in a specific region     It is used to validate different currencies, addresses, and mobile numbers in software     It is used to validate particular currencies, addresses, and mobile numbers   Takes more time to conduct   Takes less time to conduct   Requires higher cost to include various elements   Takes a lesser cost to perform   It separates the translator from the developer to guarantee independent results   Testing is only done on limited levels    Why is Localization Testing important?   Studies have shown that localized apps generate more stable revenue, this is because region-customized applications maintain a loyal and frequent following as users become more dependent on them.   Localized applications would include specific features that are adjusted for a certain country or some countries. These features are of unique design and are made to be suitable and accessible for a limited group.   Why is Globalization Testing important?   To include as many users as possible, it is obvious that business owners would want to globalize their software.   Globalized applications would include specific features that adjust or adhere to certain countries. These features are also compliant with cultural norms and take into consideration the difference in display and perception between regions.   It is incredibly significant for companies to ensure as much usage as possible. This helps establish the strong and weak points concerning geographical areas. Future marketing analysis relies a lot on Globalization testing as it helps get a clear image of why certain applications might not perform as well in separate places.   Q-Pros is a leading IT company providing testing services to our clients to ensure excellence. If you want to know more about us   https://q-pros.com/online-test-request/ ...

End-to-End Testing, a comprehensive approach aimed at evaluating software systems' ability to fulfill all required services from initiation to crucial closing phases, stands out among various testing methodologies that focus on specific functional and non-functional attributes. Within this article, we will explore how Q-Pros employs End-to-End Testing to ensure compliance with QA standards.   What is End-to-End Testing?   End-to-end testing is a testing approach used to confirm that application software works or behaves as expected from start to finish. The primary purpose is to ensure the software has all integrated components working well.   E2E activities include examining the system under real-life scenarios to see how it behaves under intended use. E2E is also one way to identify the system’s dependencies and validate data integrity for users.   Importance of End-to-End Testing   Most software systems consist of multiple sub-systems that correlate with each other, and the success of the entire system depends on all those systems working well. A way to check for that correlation is by E2E tests, and by doing so, we can avoid system crashes.   E2E tests work like any other testing approach. It requires test cases and test reports. The objective is to look for bugs and defects and identify potential bottlenecks that the systems could be facing during use.   Types of End-to-End Testing   The following are two types of methods for E2E tests that are commonly used:   Horizontal E2E testing   This type of E2E involves testing the system on a horizontal scope, which means looking at the basic functions used in an application. This comes closer to the actual journey of the user without diving deep into specific expert knowledge. Take for example creating an account and deleting an account.   Vertical E2E testing   This form of E2E is a bit more for the complex areas of the systems, meaning we are now diving deep into aspects beyond the simple user interface. Take for example testing each component of the system separately and paying attention to data through the UI, API, and database layers.   Automated vs. Manual End-to-End Testing   E2E tests can be performed manually for the most part, a testing expert would simply follow the normal flow of the application use it as intended, and record any occurrence of defects or bugs. However, software testing services are involved in frequently testing more complex software systems that include an API and database where there could be no concern to the UI for the tester. In that case, we rely on automated methods to conduct a thorough analysis of the system by calling multiple complex orders via automation software.   Tools for Automated End-to-End Testing   ·        Selenium Webdriverjs ·        BugBug ·        Mabl ·        testRigor ·        Autify /*! elementor - v3.20.0 - 26-03-2024 */ .elementor-heading-title{padding:0;margin:0;line-height:1}.elementor-widget-heading .elementor-heading-title[class*=elementor-size-]>a{color:inherit;font-size:inherit;line-height:inherit}.elementor-widget-heading .elementor-heading-title.elementor-size-small{font-size:15px}.elementor-widget-heading .elementor-heading-title.elementor-size-medium{font-size:19px}.elementor-widget-heading .elementor-heading-title.elementor-size-large{font-size:29px}.elementor-widget-heading .elementor-heading-title.elementor-size-xl{font-size:39px}.elementor-widget-heading .elementor-heading-title.elementor-size-xxl{font-size:59px} Benefits of End-to-End Testing Services Enhanced User Experience: E2E testing identifies issues that hinder a user's flow, leading to a more intuitive and enjoyable experience. Improved Software Quality: By uncovering bugs and defects across integrated systems, E2E testing fosters a more robust and reliable software product. Early Defect Detection: E2E testing is often conducted later in the development lifecycle, allowing for the detection of critical issues before they become expensive to fix. Reduced Development Costs: Early detection and rectification of defects translate to cost savings in the long run. Increased Confidence: E2E testing instills confidence in developers and stakeholders that the software functions as intended. Key Considerations for End-to-End Testing Services Test Case Design: Developing comprehensive test cases that cover various user journeys and potential user interactions is crucial. Tool Selection: Choosing the right E2E testing tools depends on the project's specific needs and functionalities. Popular tools include Selenium, Cypress.io, and Katalon Studio. Environment Management: Setting up and maintaining dedicated testing environments that mirror the production environment is essential for accurate results. Integration Testing: Ensuring seamless integration with external systems like payment gateways or databases is vital for a holistic E2E testing experience. Reporting and Tracking: Clear and concise reporting of test results, along with efficient bug tracking procedures, allows for effective communication and issue resolution. Choosing the Right End-to-end testing Service Provider Several factors come into play when selecting an End-to-end testing service provider: Expertise: Look for a provider with a proven track record and a team of experienced QA professionals skilled in E2E testing methodologies. Testing Tools: Ensure the provider possesses the expertise and tools necessary for your specific project requirements. Communication and Collaboration: Clear and consistent communication between the provider's team and your development team is essential for a smooth testing process. Scalability: Consider the provider's ability to scale its services to accommodate your project's evolving needs. Conclusion End-to-end testing can help developers scale up the quality of their applications by guaranteeing that the system is bug-free throughout its entire course. End-to-end testing is a testing method used to validate application software performance and behavior as expected from start to finish. E2E testing can be both automated and manual depending on the complexity of the components we are testing.   Q-Pros is a leading testing provider with years of experience that testifies to that. We believe that End-to-End testing is vital for QA purposes. While establishing our testing planes and phases, we make sure to include E2E as an essential stage for QA. If you would like to know more about us and our testing approaches, read more. Check out our online request service to get your own testing plan organized to your demand.   https://q-pros.com/online-test-request/...

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. ...

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 testing. 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.   https://q-pros.com/online-test-request/ ...