No description provided.
LiveKit RTC Node FFI bindings for internal use only
LiveKit RTC Node FFI bindings for internal use only
No description provided.
Babel plugin for React Compiler.
A foreign function interface (FFI) for Node.js, N-API style
<div> <a href="./README.md">English</a> | <a href="./README_Zh.md">简体中文</a> </div>
<div> <a href="./README.md">English</a> | <a href="./README_Zh.md">简体中文</a> </div>
LiveKit RTC Node FFI bindings for internal use only
A module written in Rust and N-API provides interface (FFI) features for Node.js
LiveKit RTC Node FFI bindings for internal use only
LiveKit RTC Node FFI bindings for internal use only
LiveKit RTC Node FFI bindings for internal use only
@vue/compiler-core
Native WebGPU implementation for Bun runtime
@vue/compiler-dom
`setImmediate()` for N-API code
Prebuilt binary package for `@cipherstash/protect-ffi` on `linux-x64-musl`.
Runtime for React Compiler
C function to get a symbol from the current process
@vue/compiler-ssr
@intlify/message-compiler
Prebuilt binary package for `@cipherstash/protect-ffi` on `linux-x64-gnu`.
A CJS bundled version of @angular/compiler
Ruby FFI library
Contains pre-compiled and install-time-compiled binaries for ffi-libarchive
A generator for Ruby FFI bindings, directly from header files via LLVM's Clang compiler
A generator for Ruby FFI bindings, directly from header files via LLVM's Clang compiler
Ruby-SDL-FFI is a low-level binding to SDL and related libraries using Ruby-FFI. It provides very basic access to SDL from Ruby without the need for a compiled C wrapper. It aims to be platform and Ruby implementation independent.
Ruby FFI library
Ruby-SDL-FFI is a low-level binding to SDL and related libraries using Ruby-FFI. It provides very basic access to SDL from Ruby without the need for a compiled C wrapper. It aims to be platform and Ruby implementation independent.
Ruby-SDL-FFI is a low-level binding to SDL and related libraries using Ruby-FFI. It provides very basic access to SDL from Ruby without the need for a compiled C wrapper. It aims to be platform and Ruby implementation independent.
Ignis is the foundation of a CUDA-backed deep-learning ecosystem for Ruby that actually targets native Windows. It provides a GPU n-dimensional array (Ignis::NDArray), CUDA memory/device management, a runtime kernel compiler (NVRTC) with a batteries-included kernel library, fp16/bf16 conversion, and cuBLAS GEMM. Kernels are compiled at runtime and libraries are bound via FFI — there are NO C extensions, so installation needs no compiler or devkit (the usual Windows native-gem killer). Requires an NVIDIA GPU + CUDA toolkit/runtime.
ruby-bindgen reads C and C++ headers with libclang and emits Ruby bindings. It supports three output formats: Rice C++ source for high-fidelity C++ wrappers, raw FFI for plain C libraries, and CMake build files to compile the generated extensions. Bindings are driven from a YAML configuration that controls header matching, symbol filtering, name mapping, and version guards. Battle-tested against OpenCV (thousands of classes) and PROJ.