The empire of C++ strikes back with Safe C++ blueprint
The Safe C++ Extensions proposal aims to enhance memory safety in C++, responding to demands for secure coding. It introduces compile-time checks and seeks broader industry participation for implementation.
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The C++ community has introduced the Safe C++ Extensions proposal aimed at enhancing memory safety in the programming language. This initiative responds to increasing demands from both public and private sectors for developers to produce more secure code, particularly in light of vulnerabilities associated with memory safety flaws like buffer overflows. The proposal, described as revolutionary by C++ Alliance president Vinnie Falco, seeks to integrate memory safety features into C++, addressing criticisms that the language is not inherently designed for such safety. The initiative comes after significant advocacy for adopting memory-safe languages like Rust, which has been highlighted by organizations such as the NSA and Microsoft. Developers Sean Baxter and Christian Mazakas argue that while transitioning from C++ to Rust presents challenges due to differences in language features, the Safe C++ project aims to provide similar safety guarantees without requiring a complete rewrite of existing code. The project includes new technologies for ensuring memory safety, such as compile-time checks to prevent common vulnerabilities. The next steps involve broader industry participation to refine and implement these safety features across C++.
- The Safe C++ Extensions proposal aims to improve memory safety in C++.
- The initiative responds to calls from organizations like the NSA for more secure coding practices.
- It seeks to provide memory safety without requiring a complete transition to Rust.
- The project includes new technologies for compile-time checks to prevent vulnerabilities.
- Industry participation is crucial for the successful implementation of Safe C++.
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The empire of C++ strikes back with Safe C++ blueprint
The Safe C++ Extensions proposal aims to enhance memory safety in C++, responding to demands for secure coding practices and providing features similar to Rust without requiring a complete language shift.
0 commentsRelated
Safer C++
Alex Gaynor advocates transitioning from C/C++ to memory-safe languages in security-critical contexts, proposing improvements in C++ safety through bounds checking, smart pointers, and a dual strategy for teams.
Safer C++
Alex Gaynor advocates transitioning from C/C++ to memory-safe languages in security-critical contexts, proposing improvements in C++ safety while acknowledging challenges and recommending a dual strategy for enhancement and migration.
Safe C++: Language Extensions for Memory Safety
The C++ Alliance has partnered with Sean Baxter to develop Safe C++ Extensions, enhancing memory safety and introducing a Safe Standard Library, while inviting community feedback for refinement.
Safe C++
Safe C++ proposes a memory-safe superset of C++, maintaining compatibility with existing code. It introduces features like borrow checking to prevent vulnerabilities, enhancing software quality and security for developers.
The empire of C++ strikes back with Safe C++ blueprint
The Safe C++ Extensions proposal aims to enhance memory safety in C++, responding to demands for secure coding practices and providing features similar to Rust without requiring a complete language shift.