I want to take the chance while Swift is on the front-page to talk about something mind-blowingly exciting (to me, at least) about it that people might not be a

I want to take the chance while Swift is on the front-page to talk about something mind-blowingly exciting (to me, at least) about it that people might not be aware of: >> Swift has support for C++ interop, without writing manual bindings! << Yes, you read that right. Swift can interop with and import C++ members/values, without needing to write a corresponding Swift type mapping. It's currently the only language I'm aware of that can do this (Nim doesn't count). I think it's because Swift is so integrated into LLVM/clang, that it can do a sort of mixed-compilation of Swift/CXX sources. Such that from a compiler's perspective which language they come from doesn't matter -- but I have no real clue. It's very early, but it can already do some impressive things. The "cxx-interop" tag on the Swift Forums will show you what is basically a timeline of it's development and current status: https://forums.swift.org/tag/cxx-interop And here is the "C++ Interopability Manifesto", the outline they have for the feature in the language: https://github.com/apple/swift/blob/main/docs/CppInteroperabilityManifesto.md For a real-world example of using this, here's a test repo from the core developers: https://github.com/plotfi/cxx-interop-test https://github.com/plotfi/cxx-interop-test/blob/main/Sources/CXX/include/CXX.h https://github.com/plotfi/cxx-interop-test/blob/main/Sources/Swift/main.swift You see here direct import and use of "std::" namespace, including "std::vector" and "std::string_view", as well as use of structs and arrays: import CXX // <-- This is CXX.h, local C++ file import std.string_view import std.vector "42".withCString { cstring in let view = std.__1.string_view(cstring) assert(is_str_42(view)) } var MS = MyStruct() var MS1 = MS[0] var v = V() let arr = v.getVec()[0].swift_array() print("std::vector: \(arr)") Fucking mindblowing! It requires a ".modulemap" for the C++ code, but that can be auto-generated with most build tools AFAIK. This is one of the most exciting things happening in tech for me. With Swift supporting Windows now, you have a great language for consuming C/C++ libraries and publishing native binaries or shared libs. Really looking forward to the future developments here. I have never even written Swift, but I've been following the developments here closely. After Swift 5.5 features, looking like a really solid language if you want to do systems programming but can sacrifice some binary size and performance for a higher level language. Particularly the new Actors stuff for safe concurrency. (Also, there's a chance Kotlin Native may get C++ support in the future, which would also be sweet)