Helix Language Designed for developers who demand speed, memory efficiency, and the flexibility of low-level programming—without sacrificing readability. Design Principles Ergonomics ≠ abstraction: A better DX doesn't have to cost you control. We make both work together. Interop-first: (C & C++) ABI, bit-level layout control, and no runtime — Helix plays nice with everything else. Community-driven
While closely following the discussions spawned from the recent Tcl/Tk 9.0 release, I've noticed a point that keeps coming up: the absence of closures. Usually the cue for every Tcl hacker in the world (a very large mob, let me tell you) to start showcasing various contraptions to emulate them. So here's my turn. What kind of closures §But first, let me explain that what I think of when I read the
Carbon Language: An experimental successor to C++ Why? | Goals | Status | Getting started | Join us See our announcement video from CppNorth. Note that Carbon is not ready for use. Fast and works with C++ Performance matching C++ using LLVM, with low-level access to bits and addresses Interoperate with your existing C++ code, from inheritance to templates Fast and scalable builds that work with yo
If you are not redirected automatically, follow this link to example.
Apple heavily pushes for Swift as the programming language for its platforms. However, Objective-C is not going anywhere yet. A 2023 study reveals that “Objective-C is still at the core of iOS and is used directly or indirectly by most apps”. Also, most frameworks shipped on macOS (as we saw on a previous post) are still written in Objective-C. As you probably know, Objective-C is a superset of C.
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