1.
This step involves understanding the entire system or application under test by creating a map or diagram that illustrates the system structure and workflows. It includes identifying critical paths that require focused testing. Building a system map helps the testing team gain a clear overview of the system and effectively identify key areas that require attention during testing. This serves as a fundamental base for planning the next testing steps.
2.
After gaining an understanding of the system, this step focuses on identifying the most critical parts of the system that require special attention during testing. These could include core features that are frequently used or components that are more prone to errors. Analyzing and prioritizing these areas allows the testing team to allocate resources effectively and minimize potential risks that could impact the user experience.
3.
This step involves establishing a systematic approach and procedure for testing by defining the scope, objectives, and appropriate testing methods—such as manual testing, automation testing or performance testing. It also includes developing comprehensive test cases and test scenarios that cover all parts of the system. A clear testing plan ensures efficient execution and traceable results throughout the testing process.
4.
To enhance testing efficiency and speed, this step involves implementing automated testing by developing test scripts for suitable test cases and integrating these tests into the Continuous Integration (CI) system. Setting up automated tests to run with every code change enables immediate error detection and reduces testing time significantly.
5.
Smoke testing is a preliminary test phase to ensure that the core functionalities of the system work as expected. A small set of tests is created, focusing on critical features such as login, database connectivity, or basic system operations. Smoke tests are run with every new build to catch major issues early before proceeding to more in-depth testing.
6.
The final step involves preparing the system for production release by conducting comprehensive end-to-end testing. This includes executing the planned test cases, analyzing and fixing any issues found, and confirming system readiness. Release testing helps reduce deployment risks and increases confidence in the quality and stability of the product.