Understand the requirements and scope of the multi-thread handler feature.
Develop a strategy for testing the feature, considering areas like concurrency, performance, and deadlock detection.
Design Test Cases:
Develop specific test cases that challenge the multi-thread handler from various angles.
Include scenarios that ensure proper thread coordination, correct mutex locking, and efficient use of the 8-core system.
Test Environment Setup:
Configure a suitable environment for executing the tests, ensuring it replicates the intended production environment.
Execute Tests:
Run the designed test cases against the multi-thread handler.
Monitor for any unexpected behaviors, race conditions, or other multithreading issues.
DOD:
All outlined test cases for the multi-thread handler have been executed.
No critical bugs, deadlocks, or race conditions are identified during testing.
-The multi-thread handler demonstrates tangible performance improvements compared to any baseline or single-threaded approach.
Story Points:
Test Strategy Development:
Design Test Cases:
Test Environment Setup:
Execute Tests:
DOD:
Time Unit: 15 hrs