One of several critical elements within the software development life cycle (SDLC) is making sure that a final product meets customer requirements which is free of any bugs that might change up the functionality in the software. To that end, quality assurance by means of software testing is absolutely indispensable.

Because the software development process proceeds through multiple iterations, functions and functionality are added. Quality Assurance, that software testing is the biggest component, makes sure that the actual iteration meets the production requirements determined by QA at the beginning of the work. To prevent the reappearance of bugs present in any particular stage within the software’s development, extensive regression test passes are needed.

Automating the spine in the regression testing process will add significant amounts of leverage to the testing process. The amount of code coverage and integration testing, along with individual feature testing and end-to-end testing, could be greatly expanded. By automating a total regression test pass, software testers will have added time open to conduct testing in other areas of the ingredients under test.

Automated software testing could be built using many available tools, most abundant in popular today being the standby time with the development language C#, in addition to the UI Automation Tools easily obtainable in the favorite software development suite, Microsoft Visual Studio Test Edition Professional.

These power tools both are powerful and versatile; C# can essentially be utilized to build out everything needed for a total automated testing solution. In the test harness, which manages the individually-coded test cases, to the test cases themselves, to logging solutions which is often integrated with a web front-end and also a SQL database, everything could be managed with the test platform that it software provides.

With all the Microsoft Test Manager, you may create, manage and schedule a whole test suite, and make reports on pass/fail rates with the click of a button. With all the UI automation tools, it is possible to record UI automation tests performed manually, and after that re-execute those tests regularly indefinitely. On this tool, even manual, black box gui testers without any programming skills can produce a full automation pass for the UI being tested.

Creating API level tests for each individual method ensures a further layer of quality for the final released product. By validating the inputs and outputs in the API under test, one can systematically define the proportion of code including the software that has been executed and validated.

If, as an example, either the consumer or the internal release requirements specify a 90% code coverage rate, that much cla of coverage can be achieved by making sure that each of the APIs in the product, as well as their workflows from API to API, produce an automated test that is certainly hooked right into a harness that can generate code coverage reports.

Putting every one of these test methodologies right into a cohesive test automation strategy really should be component of high quality test plan. Doing so will make sure that the final product is thoroughly tested, both for functionality and regressions, and may have a top class substandard quality. As a result can certainly make not just the shoppers happy, but ultimately, the shareholders and investors too.
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