Borrow Checking, RC, GC, and Eleven Other Memory Safety Approaches
(verdagon.dev)
A fellow named Zeke came into my server one day.
A fellow named Zeke came into my server one day.
Trapc – The Memory Safe C
(theregister.com)
Exclusive C and C++ programmers may not need to learn Rust after all to participate in the push for memory safety.
Exclusive C and C++ programmers may not need to learn Rust after all to participate in the push for memory safety.
A comparison of Rust’s borrow checker to the one in C#
(em-tg.github.io)
Behold: the classic example of rust’s zero-cost memory safety…
Behold: the classic example of rust’s zero-cost memory safety…
Memory safety without lifetime parameters
(open-std.org)
This proposal describes the implementation of a memory-safe reference type that does not use lifetime annotations.
This proposal describes the implementation of a memory-safe reference type that does not use lifetime annotations.
Eliminating Memory Safety Vulnerabilities at the Source
(googleblog.com)
Memory safety vulnerabilities remain a pervasive threat to software security. At Google, we believe the path to eliminating this class of vulnerabilities at scale and building high-assurance software lies in Safe Coding, a secure-by-design approach that prioritizes transitioning to memory-safe languages.
Memory safety vulnerabilities remain a pervasive threat to software security. At Google, we believe the path to eliminating this class of vulnerabilities at scale and building high-assurance software lies in Safe Coding, a secure-by-design approach that prioritizes transitioning to memory-safe languages.
Safe C++: Language Extensions for Memory Safety
(cppalliance.org)
I am happy to announce that the C++ Alliance has formed a partnership with Sean Baxter, a renowned engineer, to develop the Safe C++ Extensions proposal.
I am happy to announce that the C++ Alliance has formed a partnership with Sean Baxter, a renowned engineer, to develop the Safe C++ Extensions proposal.
Deploying Rust in existing firmware codebases
(googleblog.com)
Deploying Rust in existing firmware codebases is a promising way to mitigate memory safety issues and enhance the reliability of embedded systems.
Deploying Rust in existing firmware codebases is a promising way to mitigate memory safety issues and enhance the reliability of embedded systems.