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Refactor TestContext and related interfaces for tidiness and cohesion #3709
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… and service retrieval; add new output methods for better test output management.
…ncy and type safety
…e lazy-initialized properties; reorganize properties for improved clarity and consistency.
…Guid to string; update TestContext and related files for consistency in ID handling.
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Claude finished @thomhurst's task —— View job PR Review: TestContext and Interface RefactoringTodo List:
Review SummaryThis PR delivers an excellent architectural improvement that aligns with SOLID principles while maintaining backwards compatibility. The refactoring is well-executed with comprehensive documentation and migration guidance. ✅ Strengths1. Excellent Interface Segregation Principle ImplementationThe new interface design follows ISP perfectly, breaking down the monolithic
2. Zero-Allocation Design// TUnit.Core/TestContext.cs:40-46
public ITestExecution Execution => this;
public ITestParallelization Parallelism => this;
// ... other properties return 'this' - no allocationsSmart use of interface casting ensures no performance overhead while providing clean API segmentation. 3. Type-Safe StateBag Implementation// TUnit.Core/Interfaces/ITestStateBag.cs:43-44
T GetOrAdd<T>(string key, Func<string, T> valueFactory);
bool TryGetValue<T>(string key, [MaybeNullWhen(false)] out T value);The state bag provides both dictionary access and type-safe methods with proper nullability annotations. 4. Lazy Event Initialization// TUnit.Core/Interfaces/ITestEvents.cs:12-42
AsyncEvent<TestContext>? OnDispose { get; }
AsyncEvent<TestContext>? OnTestRegistered { get; }
// All events are nullable for lazy allocationExcellent performance optimization - events only allocated when subscribers exist. 5. Comprehensive Migration DocumentationThe migration guide ( 6. Proven ImplementationThe codebase already shows adoption of the new API patterns: // Already being used throughout the codebase
context.TestContext.Metadata.TestDetails.MethodMetadata.Class.Name
testContext.Metadata.TestDetails.ClassType.Name
context?.Execution.CancellationToken
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…nitionId for improved clarity; update related files for consistency in test identification.
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Claude finished @thomhurst's task —— View job PR Review: TestContext and Interface RefactoringTodo List:
Review SummaryThis PR delivers an excellent architectural improvement that aligns with SOLID principles while maintaining backwards compatibility. The refactoring is well-executed with comprehensive documentation and migration guidance. ✅ Strengths1. Excellent Interface Segregation Principle ImplementationThe new interface design follows ISP perfectly, breaking down the monolithic
2. Zero-Allocation Design// TUnit.Core/TestContext.cs:40-46
public ITestExecution Execution => this;
public ITestParallelization Parallelism => this;
// ... other properties return 'this' - no allocationsSmart use of interface casting ensures no performance overhead while providing clean API segmentation. 3. Type-Safe StateBag Implementation// TUnit.Core/Interfaces/ITestStateBag.cs:43-44
T GetOrAdd<T>(string key, Func<string, T> valueFactory);
bool TryGetValue<T>(string key, [MaybeNullWhen(false)] out T value);The state bag provides both dictionary access and type-safe methods with proper nullability annotations. 4. Lazy Event Initialization// TUnit.Core/Interfaces/ITestEvents.cs:12-42
AsyncEvent<TestContext>? OnDispose { get; }
AsyncEvent<TestContext>? OnTestRegistered { get; }
// All events are nullable for lazy allocationExcellent performance optimization - events only allocated when subscribers exist. 5. Comprehensive Migration DocumentationThe migration guide ( 6. Proven ImplementationThe codebase already shows adoption of the new API patterns: // Already being used throughout the codebase
context.TestContext.Metadata.TestDetails.MethodMetadata.Class.Name
testContext.Metadata.TestDetails.ClassType.Name
context?.Execution.CancellationToken
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…nal; remove redundant service retrieval methods from verified files for improved clarity and consistency.
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Claude finished @thomhurst's task —— View job PR Review: TestContext Interface RefactoringTodo List:
Review SummaryThis PR delivers an excellent architectural improvement that aligns with SOLID principles while maintaining backwards compatibility. The refactoring is well-executed with comprehensive documentation and migration guidance. ✅ Strengths1. Excellent Interface Segregation Principle ImplementationThe new interface design follows ISP perfectly, breaking down the monolithic
2. Zero-Allocation Design// TUnit.Core/TestContext.cs:40-46
public ITestExecution Execution => this;
public ITestParallelization Parallelism => this;
// ... other properties return 'this' - no allocationsSmart use of interface casting ensures no performance overhead while providing clean API segmentation. 3. Type-Safe StateBag Implementation// TUnit.Core/Interfaces/ITestStateBag.cs:43-44
T GetOrAdd<T>(string key, Func<string, T> valueFactory);
bool TryGetValue<T>(string key, [MaybeNullWhen(false)] out T value);The state bag provides both dictionary access and type-safe methods with proper nullability annotations. 4. Lazy Event Initialization// TUnit.Core/Interfaces/ITestEvents.cs:12-42
AsyncEvent<TestContext>? OnDispose { get; }
AsyncEvent<TestContext>? OnTestRegistered { get; }
// All events are nullable for lazy allocationExcellent performance optimization - events only allocated when subscribers exist. 5. Comprehensive Migration DocumentationThe migration guide ( 6. Proven ImplementationThe codebase already shows adoption of the new API patterns: // Already being used throughout the codebase
context.TestContext.Metadata.TestDetails.MethodMetadata.Class.Name
testContext.Metadata.TestDetails.ClassType.Name
context?.Execution.CancellationToken
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