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Fix overload resolution for IsTypeOf<> and nullable types #3365
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Claude finished @thomhurst's task —— View job Code Review CompletedTodo List:
Code Review SummaryThis PR successfully fixes overload resolution issues for ✅ Strengths1. Code Quality & Best Practices
2. Test Coverage Excellence
3. Implementation Design // TUnit.Assertions/Extensions/AssertionExtensions.cs:364-380
public static TypeOfAssertion<TValue, TExpected> IsTypeOf<TExpected, TValue>(
this IAssertionSource<TValue> source)
{
source.Context.ExpressionBuilder.Append($".IsTypeOf<{typeof(TExpected).Name}>()");
return new TypeOfAssertion<TValue, TExpected>(source.Context);
}
public static TypeOfAssertion<object, TExpected> IsTypeOf<TExpected>(
this IAssertionSource<object> source)
{
source.Context.ExpressionBuilder.Append($".IsTypeOf<{typeof(TExpected).Name}>()");
return new TypeOfAssertion<object, TExpected>(source.Context);
}The dual overload approach elegantly resolves the type inference ambiguity. 🔍 Technical AnalysisPerformance Considerations: ✅ Excellent
Security: ✅ No concerns
Threading Safety: ✅ Safe
🎯 Specific Issue ResolutionThe PR addresses two key problems:
📋 Verification Against Repository Guidelines
🎉 RecommendationAPPROVE - This is a well-implemented fix that:
The implementation is clean, the tests are comprehensive, and the fix addresses the root cause effectively. This is production-ready code. |
|
Claude finished @thomhurst's task —— View job Code Review CompletedTodo List:
Code Review SummaryThis PR successfully fixes overload resolution issues for ✅ Strengths1. Code Quality & Best Practices
2. Test Coverage Excellence
3. Implementation Design // TUnit.Assertions/Extensions/AssertionExtensions.cs:364-380
public static TypeOfAssertion<TValue, TExpected> IsTypeOf<TExpected, TValue>(
this IAssertionSource<TValue> source)
{
source.Context.ExpressionBuilder.Append($".IsTypeOf<{typeof(TExpected).Name}>()");
return new TypeOfAssertion<TValue, TExpected>(source.Context);
}
public static TypeOfAssertion<object, TExpected> IsTypeOf<TExpected>(
this IAssertionSource<object> source)
{
source.Context.ExpressionBuilder.Append($".IsTypeOf<{typeof(TExpected).Name}>()");
return new TypeOfAssertion<object, TExpected>(source.Context);
}The dual overload approach elegantly resolves the type inference ambiguity. 🔍 Technical AnalysisPerformance Considerations: ✅ Excellent
Security: ✅ No concerns
Threading Safety: ✅ Safe
🎯 Specific Issue ResolutionThe PR addresses two key problems:
📋 Verification Against Repository Guidelines
🎉 RecommendationAPPROVE - This is a well-implemented fix that:
The implementation is clean, the tests are comprehensive, and the fix addresses the root cause effectively. This is production-ready code. |
Fixes #3363
Fixes #3183