Choosing the right testing framework is more than a technical decision—it’s a pivotal strategy that affects your team’s productivity, the quality of your product, and ultimately, the satisfaction of your app or game’s users. With technology evolving rapidly and new features being released at an unprecedented pace, having a robust and reliable testing framework is
Ensuring the quality of software applications relies heavily on thorough testing. It’s through testing that developers can spot defects, confirm functionality, and ultimately deliver a product that satisfies users. Two key tools in this process are emulators and simulators, each playing a unique role. Emulators are designed to mimic both the hardware and software of a
Appium and Selenium are two of the most prominent tools in the test automation landscape. While they encompass two different domains (Appium is geared for mobile testing and Selenium for browser testing) they are exceptionally popular among the mobile app and browser testing industry, and for many years have been at the forefront of ensuring
Selenium WebDriver is a popular tool for automating web application testing on desktop and mobile platforms. It allows testers to interact with web applications just as a real user would. Comprehensive documentation accompanies Selenium WebDriver, which helps testers implement features correctly and troubleshoot effectively. By automating these integrations, Selenium WebDriver enables comprehensive testing of web
Automation testing has become a critical component in ensuring the quality and reliability of application. As testing practices advance, professionals are often faced with the decision of whether to use testing frameworks or testing platforms. Understanding the differences between these two options is essential for making informed decisions that can optimise the testing process. Testing
Artificial Intelligence (AI) and Machine Learning (ML) have become pivotal technologies in the game development space, transforming how games are developed, played and experienced. These technologies enhance everything from the behaviour of non-player characters (NPCs) to the personalisation of player experiences, making them integral to modern game development. The potential for AI and ML to
Quality and reliability are crucial to mobile game development, and the only way quality and reliability are achieved is through extensive automated testing. This practice helps development teams to speed up their testing processes, maintain consistency, and scale their efforts efficiently across a vast array of devices and platforms. Automated Android testing significantly accelerates the
A successful mobile game is rarely developed by one person. Whether you’re an indie studio with less than 5 people, or a AAA studio with hundreds, there’s a common challenge when trying to develop a game – how on earth do you deal with code being written by multiple developers, often multiple times a day?
Automation testing is crucial for ensuring consistency, quality, efficiency and user satisfaction in your mobile apps and games. The purpose of automating your app testing extends beyond just identifying pre-release bugs – it allows you as a developer to maintain consistent performance across real devices, quickly adapt to iOS updates, and ensure platform testing for
Regression testing is an indispensable part of mobile app development. It ensures that updates and bug fixes don’t adversely affect existing functionality, important for maintaining app stability and a good user experience. Regression testing in a nutshell involves re-running tests on every build, to ensure that recent changes integrate well with the existing build and
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