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In several places within the codebase, C-style function pointer definitions are still being used. While these work, they do not provide the same level of type safety, and readability as C++'s std::function. Refactoring these instances to use std::function will:
Improve Type Safety: std::function provides better type checking at compile-time, reducing the chance of mismatched function signatures.
Increase Readability: std::function allows for clearer, more expressive code, particularly when dealing with complex function signatures.
Enhance Flexibility: std::function can easily bind to lambdas, member functions, and function pointers, providing a more flexible interface compared to raw function pointers.
Tasks:
Identify and locate instances of C-style function pointer definitions.
Refactor to use std::function with appropriate type signatures.
Ensure that all relevant code maintains functionality after the refactor.
Example:
If the current code uses a C-style function pointer like:
void (*callback)(int);
It could be refactored to this
std::function<void(int)> callback;
The text was updated successfully, but these errors were encountered:
edilson258
changed the title
Refactor C-style function types to std::function for improved type safety
Refactor C-style function types to std::function for improved type safety and readability
Apr 26, 2025
I wouldn’t do it until we find some clear benefits
std::function is a heavy C++ abstraction. It generates more template instantiations (more symbols, larger binary), whereas function pointers are minimal.
Node.js sometimes interacts closely with pure C libraries (e.g., OpenSSL, uv, c-ares). std::function cannot be passed to C APIs without special wrapping, while raw pointers are compatible.
Description:
In several places within the codebase, C-style function pointer definitions are still being used. While these work, they do not provide the same level of type safety, and readability as C++'s
std::function
. Refactoring these instances to usestd::function
will:std::function
provides better type checking at compile-time, reducing the chance of mismatched function signatures.std::function
allows for clearer, more expressive code, particularly when dealing with complex function signatures.std::function
can easily bind to lambdas, member functions, and function pointers, providing a more flexible interface compared to raw function pointers.Tasks:
std::function
with appropriate type signatures.Example:
If the current code uses a C-style function pointer like:
It could be refactored to this
The text was updated successfully, but these errors were encountered: