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Compile existing x86 SSE/AVX SIMD code into WASM SIMD is very attractive, developer can reuse existing library without rewrite it.
However currently only 128-bit subset of the AVX intrinsics are supp…
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`` is defined by a spec that ARM releases, and implemented by compilers. It is not a "real" header file. This happen with either included first.
```
[2/244] Building CXX object CMakeFiles/zig.dir/sr…
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The x86/ARM architectures make use of SSSE3 and NEON for the codec support in this library. We probably will need some optimization work done to meet parity.
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We need to prove secret-independence for the code in libcrux-ml-kem and libcrux-ml-dsa
This will require merging some ongoing work in https://github.com/hacspec/hax/tree/karthik/secret-integers
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If you go to `clang/test` directory and run `find . -type f -size +1M`, you will find some tests are ridiculously large (over 1MB). I think this is why sometimes the CI failed (https://reviews.llvm.or…
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It would be nice if simde implemented support for AES, especially AES round as this particular part of AES is also used in a lot of hash algorithms etc.
Many x86 based CPUs support this via AES-ni;…
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你好,我是用mac m1版本编译ios 仿真,为什么一直报错
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It would be useful to have vector intrinsics that load lane 0 from memory and set the other elements to zero. E.g.:
* `int8x16_t vfoo_s8(const int8_t *)` → `LDR Bn, [Xn]`
* `int16x8_t vfoo_s16(cons…
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| | |
|--------------------|----|
| Bugzilla Link | [PR16274](https://bugs.llvm.org/show_bug.cgi?id=16274) |
| Status | NEW |
| Importance | P normal |
|…
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# Introduction
Concept of a HAL (Hardware Abstraction Layer) is well-known. Basically it means that in some big software package (library of algorithms, operating system, photo editing application …