CMake is a cross-platform build system generator and build automation tool. It is used to define build requirements and dependencies for C and C++ source code, managing the compilation and linking process across different operating systems. The project functions by generating platform-specific build files and scripts from a single configuration. This allows for the standardization of how software is compiled and packaged for compilers and development tools across various environments. The tool covers C++ project configuration and native application compilation for desktop and embedded system
napi-rs is a framework and toolkit for building high-performance native extensions for Node.js using Rust. It functions as a bridge between Rust and JavaScript runtimes, enabling the conversion of data types and the execution of native functions within a JavaScript environment. The project provides a native binary compiler and a cross-platform module orchestrator to automate the compilation and publishing of packages across multiple operating systems and architectures. It generates corresponding JavaScript type definitions and platform-specific binaries to ensure consistent installation. The
Neon is a framework for writing high-performance native Node.js modules using the Rust programming language. It serves as a foreign function interface bridge and a toolchain for bootstrapping, compiling, and managing Rust-based extensions. The project provides a cross-language memory manager that handles buffers and object borrowing to ensure safe memory access between Rust and JavaScript. It enables the mapping of data types and function calls across the language boundary, allowing Rust functions to be exported to the script environment and JavaScript functions to be called from Rust. The f
Theos is a cross-platform mobile build system and development toolchain designed for creating system modifications and software for iOS and other mobile operating systems. It functions as a runtime hooking framework and a Cydia-style tweak development kit, providing the infrastructure necessary to intercept and modify application behavior at runtime. The project is distinguished by its ability to translate high-level preprocessor syntax into low-level API calls, allowing for the replacement of function implementations without writing boilerplate code. It supports dynamic method swizzling, run