September 2021 Summaries

Salesforce testing is critical to the success of any business deploying or managing the world's leading CRM platform. Automated testing with prebuilt test cases and scripts can surface code-level or configuration bugs, ensuring successful deployments, upgrades, and performance of CRM, analytics, and related services. Understanding Salesforce testing involves a strategic blend of people, processes, and technology, including AI-powered tools and documented processes. Various types of testing are used, such as unit testing, end-to-end testing, regression testing, visual testing, load and performance testing, and user acceptance testing, each with its unique processes and approaches. Companies should adopt DevOps methodologies, continuous deployment, integration, and testing to ensure ongoing application testing practices. Automated testing can make quick work of what used to be an exhaustive process, ensuring self-healing application functionality and a consistent, intuitive customer experience.

Better Together: Why Testing on Macs is Critical to Complete Your Testing Strategy` Testing on multiple platforms, including Mac OS and Safari, is critical to ensure a complete testing strategy. With 15% of desktop computer usage coming from Mac OS users, ignoring this demographic can create blind spots in an application's strategy, potentially affecting future success and growth. Mac users are more likely to be early adopters of technology and have higher education levels, making them influential buyers and decision-makers who prioritize security, particularly when it comes to purchasing decisions. The adoption of SaaS applications is growing, and as these apps share similar design principles with Macs, the importance of testing on Mac OS will only increase. Additionally, user experience differences exist even within the same browser, depending on the operating system used, making it essential to test in a Mac/Safari environment. Finally, data privacy and information security are becoming increasingly important, with new laws and regulations being implemented, and testing in a Mac/Safari environment can help identify potential effects on web applications. By incorporating Mac/Chrome and Mac/Safari environments into your testing strategy, you'll be able to spot performance, behavior, and security differences before they reach your users, ultimately contributing to the growth of your business.

Simulators and emulators can be used together with real devices in an automated testing environment to get the most out of mobile testing efforts. While simulators mimic the look and feel of a device, they do not recreate it down to the chip, making them faster and more memory-efficient than emulators. Emulators, on the other hand, re-create the entire device in software, providing a more realistic test experience but with potential speed and lag issues. Real devices are ideal for testing normal functions under normal conditions, especially when combined with automation tools. A balanced approach that uses simulators, emulators, and real devices can provide speed, cost-effectiveness, and comprehensive coverage of mobile testing efforts.

The goal of iOS app testing is to evaluate an application's functionality and user experience on actual Apple devices. Native, web, and hybrid apps have different characteristics that require testing to ensure compatibility. Manual testing involves running the app on a device or simulator and navigating through test scenarios, while automated testing uses scripts to automatically walk the app through test scenarios. Automated tests can be end-to-end tests that simulate user experiences or unit tests that isolate individual components of an app. Various frameworks such as Appium, Frank, KIF, and UIAutomation are available for iOS testing, offering different approaches to automation and integration with CI systems.

Web accessibility testing is a subset of usability testing that ensures anyone can access and use digital content, including people with disabilities. The standards for web accessibility are set by the Web Content Accessibility Guidelines (WCAG), which are based on four principles: Perceivable, Operable, Understandable, and Robust. Web accessibility matters because it helps every person live their best life, builds better relationships with customers, boosts employee loyalty, and reduces risk management issues. Modern technology has improved accessibility testing, allowing for automated testing, continuous scanning, and integration with development environments. To select the right web accessibility testing tool, look for a platform that tests both web and mobile apps, shifts automated testing left, provides clear step-by-step tests, spots compliance issues, and consolidates results for easy access and analysis.

Selenium is an open-source testing framework widely adopted for automating cross-browser testing, and its cloud-based automated testing platform, Sauce Labs, offers a comprehensive solution. Selenium supports various scripting languages and allows developers, QA, and project managers to create and review tests, speeding up the time to market. The "bootcamp" Selenium testing tutorial whitepaper covers essential topics such as defining a test strategy, writing maintainable tests, resilient test code, and packaging tests for efficient use. By following these guidelines, users can effectively automate their software testing using Selenium.