cpp-modern-features

Auto type inference and range-based loops reduce verbosity and improve readability by eliminating explicit type declarations and traditional loop syntax. Replace manual type declarations with auto and iterate containers directly with for (auto& item : container) instead of index-based loops.

Lambda functions are inline, anonymous functions that capture variables from their scope. Use them for callbacks and functional-style container processing instead of separate function objects or function pointers—they're cleaner, more readable, and reduce boilerplate.

Yes, modern C++ features from C++11 onward work with common build configurations. Refactor traditional loops to range-based loops, callbacks to lambdas, and container iteration to modern patterns while maintaining compatibility with existing codebases.

Structured bindings, introduced in C++17, unpack tuple or struct members directly into named variables. They eliminate intermediate variable declarations and improve readability when returning or accessing multiple data members.

Concepts define explicit constraints on template parameters, catching type mismatches at compile time rather than in template instantiation. They make generic code safer, more readable, and produce clearer compiler error messages.