Author: Rhea Dube

Flaky tests are a common challenge faced by software developers and testers during the software development lifecycle. Flaky tests refer to tests that produce inconsistent results, passing or failing unpredictably, without any changes to the code under test. These tests can be frustrating and time-consuming as they lead to decreased productivity and unreliable test results.

In this tutorial, we will delve into the concept of flaky tests, exploring their causes, detection techniques, and effective solutions to mitigate their impact. By understanding the intricacies of flaky tests and equipping ourselves with the knowledge to tackle them head-on, you can ensure the reliability and accuracy of our test suites, leading to more efficient software development processes.

Software risk analysis is the process of analyzing and measuring software risks. During the analysis, it looks for code violations that threaten the stability, security, or performance of the code. The risk is measured using code analyzers that evaluate both the code and the interactions between units inside the application. Software risks arise primarily from these interactions.

In project management, risk analysis is a series of processes to identify risks that may harm the project's success. The projects are differentiated into small, medium, and large, and each of them can be affected by risks.

Continuous testing is the software testing process of continuously ensuring the quality of the product at every stage of development. An integrated part of continuous integration and continuous deployment (CI/CD) process, continuous testing methodology enables early detection of issues, reduces developer feedback times, improves visibility of product quality, and accelerates goto market.

In older development models like waterfall, developers were siloed into separate teams focused on specific tasks. This led to a hand-off approach, where one team would finish its tasks and pass the software to another group. Quality was emphasized because each team had time to focus on its task without worrying about other aspects of the project.

A shift left testing approach involves moving testing activities "left" or relatively "early" in the development cycle. Thus, testers are involved earlier in the software development life cycle, enabling them to identify bugs and bottlenecks at an earlier stage. In addition to improving the quality of the code and reducing the time it takes to complete the cycle, it helps ensure fewer defects are introduced to production.

Organizations are constantly challenged to move faster in an agile environment. Typically, this entails shortening the delivery time while improving quality with each successive release at reduced costs.

Functional testing is a type of testing that validates the functionality of a given application feature in accordance with software requirements. The output of each function is compared with the corresponding requirement to determine whether it meets the end user's expectations.

As technology evolves and rapidly transforms, the only constant remains the need for speed. Thus, businesses are accelerating that momentum and offering brand-new and unique features daily or, at most, every week to their customers.

Visual regression testing verifies that an application or website looks and behaves as expected and that there have been no unintended changes to the visual appearance or functionality. This process involves comparing a baseline application or website version with a current version and checking for visual differences.

During visual regression testing, images of the application or website are captured and compared using specialized tools highlighting differences. There may be differences between the two versions, which indicate that the application's appearance or layout has changed or that a bug or issue needs to be fixed.

Web testing entails validating a website to ensure it works correctly and fulfills its purpose. The activities can include checking that all links on the website work and the website is compatible with different browsers, devices, and operating systems. Testing a website also ensures it is secure and protected against attacks.

In this technologically connected world, websites are everywhere. From paying bills sitting at home or purchasing that item you have wanted for a long time, we all need a website. Even before landing on these websites, we search our query on a search engine, like Google, which is a website.

Stress testing is a type of performance testing in which a system is subjected to a workload beyond the limits of its normal operations to determine how it behaves under such scenarios. The primary objective of stress testing is to identify bottlenecks, evaluate system response times, and detect any flaws or failures when the system is under stress.

With the demand for products and services going off the roof, software services experience insanely high amounts of stress at unexpected times. It calls for a method that ensures optimal performance regardless of the stress.