[Clearly describe the scope of test automation, including what needs to be tested and the objectives of automation.]
[List the existing test coverage, specifying which functionalities, components, or scenarios are already being tested.]
[Describe the additional test cases to be implemented, including specific functionalities, edge cases, or performance tests.]
• [Identify and list the first actionable task for implementing the new automated tests.]
• [Specify the second actionable task related to test automation setup or execution.]
• [...continue listing all relevant tasks...]
• [Clearly define the first condition that must be met for the automated tests to be considered complete.]
• [Specify the second success condition, such as test reliability, coverage percentage, or integration with CI/CD pipelines.]
• [...continue listing all acceptance criteria...]
Automate regression tests for the Millennium Falcon's Hyperdrive System to ensure consistent performance across all jumps. The goal is to detect failures before they leave the crew stranded in deep space (again).
• Manual diagnostics performed by Chewbacca (unreliable due to frequent "aggressive encouragement" of components).
• Basic engine start-up sequence verification.
• Jump trajectory calculations tested under standard conditions.
• Automated hyperdrive ignition test under varying gravitational conditions.
• Edge case: Simulating emergency reversion from hyperspace due to unexpected obstacles (e.g., uncharted asteroid fields, Star Destroyer blockades).
• Performance stress test to ensure optimal calculations for the Kessel Run.
• Implement automated scripts to validate hyperdrive function pre- and post-jump.
• Integrate tests with Falcon’s onboard diagnostics system.
• Log and analyze failure rates to predict maintenance needs.
• All test cases execute successfully in the Falcon’s diagnostic system.
• Hyperdrive failures are detected before departure.
• No unplanned detours into Imperial-controlled space.