Source Generators vs T4 Templates
Developers should learn Source Generators when working on large-scale C# projects that involve repetitive code patterns, such as generating serialization code, implementing design patterns like MVVM, or creating performance-critical applications where runtime reflection is costly meets developers should learn t4 templates when working in . Here's our take.
Source Generators
Developers should learn Source Generators when working on large-scale C# projects that involve repetitive code patterns, such as generating serialization code, implementing design patterns like MVVM, or creating performance-critical applications where runtime reflection is costly
Source Generators
Nice PickDevelopers should learn Source Generators when working on large-scale C# projects that involve repetitive code patterns, such as generating serialization code, implementing design patterns like MVVM, or creating performance-critical applications where runtime reflection is costly
Pros
- +They are particularly useful for reducing manual coding errors, improving maintainability, and enhancing application startup times by moving code generation to compile-time
- +Related to: csharp, roslyn
Cons
- -Specific tradeoffs depend on your use case
T4 Templates
Developers should learn T4 Templates when working in
Pros
- +NET ecosystems, especially with Visual Studio, to automate code generation and reduce manual, error-prone tasks
- +Related to: visual-studio, csharp
Cons
- -Specific tradeoffs depend on your use case
The Verdict
Use Source Generators if: You want they are particularly useful for reducing manual coding errors, improving maintainability, and enhancing application startup times by moving code generation to compile-time and can live with specific tradeoffs depend on your use case.
Use T4 Templates if: You prioritize net ecosystems, especially with visual studio, to automate code generation and reduce manual, error-prone tasks over what Source Generators offers.
Developers should learn Source Generators when working on large-scale C# projects that involve repetitive code patterns, such as generating serialization code, implementing design patterns like MVVM, or creating performance-critical applications where runtime reflection is costly
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