https://github.com/simd-everywhere/simde has done their first release ( https://simd-everywhere.github.io/blog/announcements/release/2020/06/21/0.5.0-release.html ) and it seems like something potentially useful for merging code paths. The most likely candidate I imagine is using SIMD code to replace the non-SIMD fallback path, but maybe it'd be worth checking if it can be used to merge ARM and x8

Hello.
I've included the header file "catch.hpp" in my iOS application where I have a C++ part and defined #define CATCH_CONFIG_MAIN in a cpp file that I want to be tested.

I've also written a simple test:

int return_int(int arg){
return 1;
}

TEST_CASE( "Test", "[int]" ) {
REQUIRE(return_int(1) == 1);
REQUIRE(return_int(2) == 1);
}

But all I have are these two errors

The doc is great! Hoewever some areas are still missing.
C++11 intoduced raw string literals: https://en.cppreference.com/w/cpp/language/string_literal

It is useful in many different areas, like strings with quotes, multiline strings and for example windows paths without escaping backslashes:

const char win_path[] = R"(c:\some\unescaped\path)";

The same cppreference link als

Would it make sense to add a variadic overload of make_zip_iterator that composes the existing make_zip_iterator with make_tuple? I have this in my own code, and I find that it reduces syntactic overhead.

template<typename... Iterators>
__host__ __device__
  zip_iterator<thrust::tuple<Iterators...>> make_zip_iterator(thrust::tuple<Iterators...> t)
{
    return zip_iterator<thrust::tupl

Describe the problem you are trying to solve.
Adopting Flecs would be made easier if prebuilt binaries were available for the CI platforms.

Describe the solution you'd like
A configuration that makes binaries available for a CI that supports it.