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feat: add ConfigureThreadPool method to optimize parallel test execution #3650
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Claude finished @thomhurst's task —— View job Code ReviewTodo List:
Review Findings:Overall Assessment: ✅ Good Addition with Minor Considerations This PR adds a performance optimization for parallel test execution by configuring ThreadPool settings during initialization. The implementation is well-documented and follows TUnit's coding standards. Code Quality & Best Practices✅ Good:
Performance Considerations✅ Excellent Performance Impact:
Potential Issues & Suggestions🟡 Minor Considerations:
Security Concerns✅ No Security Issues: The code only configures ThreadPool settings using safe, documented APIs. Test Coverage Assessment🟡 Test Coverage Needs:
Suggested test approach: [Test]
public void ConfigureThreadPool_SetsExpectedMinThreads()
{
// Test that ThreadPool.GetMinThreads() returns expected values after initialization
}
[Test]
public void ConfigureThreadPool_AllowsUserOverride()
{
// Test that users can call ThreadPool.SetMinThreads() to override
}Dual-Mode Implementation✅ Not Required: This optimization applies to the engine initialization and doesn't need dual-mode implementation (source-gen vs reflection). Documentation✅ Well-Documented: The comments clearly explain the purpose and user override capability. Recommendation: ✅ Approve with Suggestion This is a valuable performance optimization that aligns with TUnit's "Performance First" principle. The implementation is solid and safe. Consider adding test coverage and debug logging in a follow-up PR. |
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