December 2022

08Dec

What is Parallel Testing? Definition and Approach

In the Quality Assurance field, there is always the need to look for more innovative ways to perform tests and include more aspects to be tested. We at Q-Pros adopt an approach that relies on innovation rather than labor to create better results and ensure time/cost efficiency. In this article, we learn about parallel testing; What are the main components, advantages, and challenges of Parallel Testing. What is Parallel Testing? Parallel testing is the process of simultaneously testing multiple applications or multiple application components to reduce the execution time of the test factor at hand. Parallel testing involves executing multiple test sequences at once rather than testing for one element separately. To perform parallel testing, we rely on automated testing tools which come in handy when dealing with large-scale testing processes. How to Parallel Test? Parallel testing works best using Cloud-Based Solutions. Certain automated tools are used to run an application feature on multiple devices across different platforms, hence the name parallel. Parallel Testing works by applying and generating possible Browser/Device/Operating-System combinations. By doing so, it asserts inclusivity in tests creating foolproof results. There are many Cloud-Based testing tools to use to activate your parallel tests, tools such as Rapise, Nmap, Nessus, AppPerfect, and QAwerk are utilized in various aspects based on the test at hand. Cloud-based testing in general is time-efficient. Any testing expert should rely on automated tools that function on a cloud to allow for correlation. By testing on a cloud, the testing experts reduce the number of manual tests and get more access to various hardware options. Tests you can perform in a cloud environment include: Functional testing: Functional testing ensures that a software application performs its required features and that it complies with its business requirements. Non-functional testing: Non-functional aspects include performance, usability, and reliability. Non-functional tests could also measure security based on business demands. Ability testing: The goal of any testing procedure is to ensure that an application is compliant and operates within the scope of the desired quality level. Ability testing stretches out to include software features such as defect recovery. Benefits of Parallel Testing: Time-efficiency: Parallel testing speeds up the execution time by executing multiple tests simultaneously. Test coverage: Parallel testing allows you to test on several mobile device desktop/browser combinations at once, covering more test case scenarios and adding confidence to the testing process. Fixing in sprints: Parallel testing allows you to fix bugs and defects during the sprint rather than at the end. Better Dev-Ops: Having to slow down the Dev-Ops cycle by constantly testing and experimenting and producing test scenarios, Parallel testing accelerated the testing process and empowered the Dev-Ops structure. Challenges of Parallel Testing: Unlike other testing approaches, parallel testing requires a larger scale of planning. Due to its nature, this form of testing demands a level of IT knowledge and IT investment. Taking the level of scalability it carries into consideration, DIY parallel testing is almost impossible to accomplish without the help of tech experts. Conclusion What is parallel testing, you ask? Imagine running multiple tests simultaneously across various platforms, browsers, and devices. It's like having a team of testers working in sync, ensuring your product is robust and flawless. Why does it matter? Well, for starters, it's all about efficiency. Parallel testing slashes testing time, allowing you to iterate faster and deploy updates with confidence. Say goodbye to lengthy testing cycles and hello to accelerated development timelines. But it's not just about speed. Parallel testing also enhances test coverage, catching bugs and compatibility issues across different environments. Whether it's a browser glitch or a device-specific quirk, parallel testing ensures a seamless user experience across the board. And let's not forget about SEO. With search engines prioritizing mobile-friendly and accessible websites, ensuring cross-platform compatibility is essential for climbing those search rankings. Parallel testing helps you stay ahead of the curve and maintain your competitive edge. Ready to revolutionize your testing strategy? Our team of experts is here to help you harness the power of parallel testing. Let's elevate your development game and deliver exceptional software, faster. Get in touch today and experience the difference firsthand. Our Experts at Q-Pros invest a great deal of time to ensure software compatibility, and we always adopt innovative methods to accelerate the testing process and guarantee absolute results. You can request this level of service and much more via our list of QA offers. https://q-pros.com/online-test-request/ ...

06Dec

QA Roles: What is a QA Engineer

by q-pros

in QA Roles

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Quality assurance involves a barrage of roles and job opportunities, and one of the most common career choices in the field of QA must be that of a QA engineer. In this article, we will talk about quality engineers, definition, objective, and daily duties. According to forbes list of happiest jobs, Quality assurance related jobs top the charts in term of happiness and growth, so we at Q-Pros would like to introduce some of the roles and career paths one can take to be involved in QA and software testing. QA Engineers: Definition A QA Engineer is a professional expert who oversees tracking and fixing bugs before releasing the product. QA engineers collaborate with developers to produce ways to fix problems. Quality Engineers are strategists, they align with product managers to produce ways to better enhance the production phase and assure a defect-free system that is in line with business requirements. Quality control engineers work ahead of time to make sure that efficient requirements are set and are clear to every stakeholder, and they would assure certain complexities are resolved before wasting any effort. Once everything is set in the initial phases and planning, QA engineers would cooperate with team members and leaders, guaranteeing everyone is equipped with proper resources and training. Daily Duties of QA Engineers QA Engineers have the most exciting daily duties. They work on multiple levels and partner with many stakeholders and developers. Here is a list of the daily expected duties of QA Engineers: Designing Tests - To begin with, QA Engineers would design tests, underlining potential issues, and work in accordance with requirements to produce scenarios to test the product. QA engineers could also highlight the causes of defects. Test Execution - The next step would be to conduct the designed tests and document the results. One important aspect here is to deliver the results to the stakeholders. Analyzing Tests - Moving forward, a QA engineer would oversee analyzing test results, making sure to document everything so unexpected outcomes would not occur in the future. This part seals the deal to guarantee that problems are resolved completely. Improve testing - One important task done by QA Engineers is enhancing tests and producing new innovative ways to modify the QA process. QA Engineer Qualifications The minimum academic qualification to become a QA Engineer is a bachelor’s degree in software development, computer science or any IT/QA-related field. QA engineers can start right away with no required extensive prior experience, although it is preferred to have some experience in QA or IT in general. Here are some of the most common expected skills for QA Engineers: Creativity: QA engineers are expected to be creative to produce innovative ways to enhance products and adjust to modern requirements and up the standards for QA. Efficiency: What makes a great QA engineer is their ability to efficiently implement both manual and automated processes. They would write the best practices and avoid repeating errors. They also understand where different issues can happen in the SDLC (Software Development Life Cycle) and act only the correct ones. Attention to details: Like most QA roles, A QA engineer falls no different when it comes to being accurate and detail oriented. Being a QA Engineer can get you a chance to climb up the company hierarchy. Testing Engineers are heavily involved with so many aspects and gain experience in many fields. To consider becoming a QA Engineer, you will have to first strengthen your knowledge in QA practices and gain extensive knowledge in programming languages. Though there is no coding taking place, one must be able to understand how systems work to be able to design and execute automated tests, scan codes for errors, and communicate with developers to ensure a swift flow of information. Q-Pros is a leading Software testing provider with more than a decade of experience in the field. We take pride in our arsenal of experienced professionals, from QA engineers, test analysts and much more. Request a testing service from our online request form and guarantee top quality for your website, mobile apps, and software. ...