Pralaya Simha’s Post

This article provides good starting points if you need some real-life examples of how to design test cases. #testing https://lnkd.in/dAVatvSp

Importance of Test Plans/Test Protocol: Go Into Testing Prepared #testprotocols #regressiontesting #softwaretesting #reliabilitytesting #QAcycle

Testing techniques, methods and approaches represent perspectives in systems thinking.

In the intricate landscape of optimization and automation projects, the spotlight shines brightly on 'Testing and Debugging' as indispensable traits. These activities are not merely checkboxes on a project plan; they are the unsung heroes that ensure the success and reliability of our solutions. Testing serves as our first line of defense, allowing us to scrutinize every facet of our implementations, from functionality to performance. It's our opportunity to stress-test our systems, identify vulnerabilities, and validate that our solutions meet the mark. Meanwhile, debugging is where the real magic happens. It's the art of unraveling complexity, tracing elusive bugs to their roots, and engineering elegant solutions. It demands patience, persistence, and a keen eye for detail. But beyond their technical functions, testing and debugging embody a mindset; a commitment to excellence and a relentless pursuit of perfection. They reflect our dedication to delivering quality outcomes and our willingness to go the extra mile to ensure our projects stand the test of time. In the end, testing and debugging aren't just tasks; they're cornerstones of success. By embracing these traits, we fortify our projects against unforeseen challenges, elevate our standards of quality, and pave the way for innovation and excellence in optimization and automation. #Testing #Debugging #Optimization #Automation #QualityAssurance #Excellence

Test design is a poorly understood subject of Software testing. It is poorly understood because the industry is flooded with wrong examples. How to spot bad examples? Watch out for One size fits all, ones that characterises testing as brain dead mechanical process following a process etc. Wrong notions about what testing is - also contributed to test design. Test design, then become test case design. Test case design is largely seen as an activity of "writing down". Hence we hear phrases like "creating test cases", "writing test scripts", "preparing test cases (relatively better phrase) etc. Test design is like the work of composing/synthesising/crafting tests. An intellectual, creative, imaginative, investigative activity. I wondered how testers typically write/prepare cases? here is one easy and dirty way. Add "validate" to every sentence in the requirement document and then make required corrections to make test cases look "testable" How do you go about test design? Based on your comments ... will expand this article and may be write part 2 #testing #testcases #testdesign

It's that time of year again. Management wants to implement Automation in Testing on a project and then death march the implementation by saying all tests should be automated. I have something you and management need to read first: https://bit.ly/3ccHLAm

This post is created for testing purpose This post is created for testing purpose This post is created for testing purpose This post is created for testing purpose This post is created for testing purpose

Hello #Connections, What's the basic thing for good Testing?? A test case is a detailed procedure that fully tests a feature or an aspect of a feature. Whereas the test plan describes what to test, a test case describes how to perform a particular test. You need to develop a test case for each test listed in the test plan. Image illustrates the point at which test case design occurs in the lab development and testing process. ----------------------------------- A test case includes: The purpose of the test. Special hardware requirements, such as a modem. Special software requirements, such as a tool. Specific setup or configuration requirements. A description of how to perform the test. The expected results or success criteria for the test. ----------------------------------- Test cases should be written by a team member who understands the function or technology being tested, and each test case should be submitted for peer review. Organizations take a variety of approaches to documenting test cases; these range from developing detailed, recipe-like steps to writing general descriptions. In detailed test cases, the steps describe exactly how to perform the test. In descriptive test cases, the tester decides at the time of the test how to perform the test and what data to use. Most organizations prefer detailed test cases because determining pass or fail criteria is usually easier with this type of case. In addition, detailed test cases are reproducible and are easier to automate than descriptive test cases. This is particularly important if you plan to compare the results of tests over time, such as when you are optimizing configurations. Detailed test cases are more time-consuming to develop and maintain. On the other hand, test cases that are open to interpretation are not repeatable and can require debugging, consuming time that would be better spent on testing. ----------------------------------- Test Case Design ----------------------------------- Test Case ID: It is unique number given to test case in order to be identified. Test description: The description of test case you are going to test. Revision history: Each test case has to have its revision history in order to know when and by whom it is created or modified. Function to be tested: The name of function to be tested. Environment: It tells in which environment you are testing. Test Setup: Anything you need to set up outside of your application for example printers, network and so on. Test Execution: It is a detailed description of every step of execution. Expected Results: The description of what you expect the function to do. Actual Results: pass / failed #ManualTesting #CareerOptions #TestingCareers #QACommunity #QualityAssurance #StayStrong #BelieveInYourself #CareerGrowth #BusinessAnalyst #APItesting #MobileTesting #DatabaseTesting #ScrumMaster #ProductOwner #QAArchitect #QAManager #SoftwareTesting #ProfessionalDevelopment #CareerAdvice #TechCareers

Testing an embedded system product is not an easy task and understanding becomes concrete if we keep revisiting basics. Effective software testing relies on essential test activities, including planning, execution, and validation. It also involves producing key work products and maintaining traceability to requirements. These elements are vital for achieving testing objectives. Do note that these activities are not 'sequential' but 'iterative'. 🌟 Understanding the key phases of software testing is vital for successful quality assurance. Here's a clear breakdown of each phase and its associated work products: 📌 Test Planning: Define objectives and strategies, with the test plan as the key output. 📌Test Monitoring and Control: Compare progress and actions, with ongoing test reports as the primary output. 📌Test Analysis: Determine what to test, resulting in defined and prioritized test conditions. 📌Test Design: Specify how to test, creating high-level test cases and identifying necessary environments, data, and tools. 📌Test Implementation: Address the availability of automated test cases, environments, and data, with corresponding documentation. 📌Test Execution: Run tests and document individual test cases and defect reports. 📌Test Completion: Close defects, generate test reports, archive infrastructure, and capture lessons learned. Understanding these phases is key to effective software testing. 🚀 #SoftwareTesting #QualityAssurance #TestPhases #LinkedInPost