cpp-modern

Modern C++17/20 eliminates undefined behavior by enforcing RAII, smart pointers, and move semantics. These zero-overhead abstractions replace manual new/delete calls, preventing memory leaks and data races while maintaining optimal performance for high-throughput systems.

The best way to refactor legacy C++ file handling is to apply RAII and smart pointers. This eliminates manual new/delete calls and boilerplate, ensuring resources are safely acquired and released without memory leak risks.

Yes, you can build a concurrent logging service in C++20 that safely handles thousands of threads. By applying modern concurrency safety patterns and zero-overhead abstractions, the service avoids data races and passes sanitizer checks in CI.

Yes, modern C++ supports cache-friendly, branch-prediction-optimized patterns for high-performance embedded systems. It provides zero-overhead abstractions that ensure safety and efficiency without compromising throughput in production environments.

You should use C++20 concepts and ranges instead of outdated C-style patterns to eliminate boilerplate and enforce compile-time safety. This prevents undefined behavior and ensures maintainable, error-free code for cross-platform library development.

To configure a production-grade CMake build for modern C++ projects, apply C++17/20 best practices alongside zero-overhead idioms. This setup ensures safe, efficient compilation and dependency management for system programming and cross-platform libraries.