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Advancing cppfront with Modern C++: Refining the Implementation of is, as, and UFCS - Filip Sajdak
Discover how modern C++ can refine the implementation of is, as, and UFCS in the CppFront project. Explore concepts, lambda functions, and C++20/C++23 features for improved code clarity, efficiency, and maintainability.
- Concepts replace requires and allow for conditional logic.
- Use of lambda functions can simplify code and provide more flexibility.
- C++20 and C++23 features, such as attributes and subsumption rules, improve code clarity and efficiency.
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The
std::varianttype provides a way to handle variant types in a type-safe manner. - Explicit casting and runtime checks can be used to ensure correct behavior in edge cases.
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The
CPPFrontproject provides a way to generate code for type-safe programming. -
Avoid using negations in parents and use
requiresclauses instead. - Perfect forwarding and explicit template arguments can improve code readability and maintainability.
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The
COMPILER EXPLORERtool helps analyze and debug code. - C++20 features, such as P2392, provide a unified way to define and use concepts.
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The
isandasoperators can be used to perform type-safe checks. -
The
std::monostatetype is used to represent a type that has no values. -
The
voidtype can be used as a placeholder for an unknown type. -
The
Size_ttype is used to represent the size of an object. - C++20 and C++23 features, such as attributes and subsumption rules, provide a way to define and use concepts.