A simple but powerful CMake buildsystem generator
CMake.js - a Node.js native addon build tool
cmake-js rewrite in typescript to support advanced build configurations
Fisk, a distributed compile system
Fisk, a nice distributed compile system
Opinionated vcpkg integration for CMake
Prebuilt CMake binaries for macOS, Linux, and Windows
Memory Efficient Serialization Library
Determine if a function is a native generator function.
If you want to compile `lepus_cmd_exec` with **CMake**, please use **`python tools/oliver/lynx-tasm/gn_to_cmake_oliver.py`** to generate or update **CMakeLists.txt** in advance.
Opinionated build system generator based on CMake
🚇 Hermes bytecode compiler for Metro.
Turns an AST into code.
Jazzer.js libfuzzer-based fuzzer for Node.js
npm utilities for CMake
A function that returns the normally hidden `GeneratorFunction` constructor
Turn async generator functions into ES2015 generators
Turn async functions into ES2015 generators
Bare utilities for CMake
Helper function to remap async functions to generators
Minimal package manager for CMake based on `FetchContent`
A binary xpm package with the CMake executables
Check if something is a generator function
No description provided.
Ritsu is a tool to help generate CMakeLists.txt and other source code files in a C++ software project.
This is an Arduino helper toolkit that builds on top of the arduino-cmake project — a powerful alternative build system for Arduino. What Arli provides is capability to search for libraries by any attributes and regular expressions, install a whole set of libraries defined in a YAML file Arlifile, and finally, it can generate a brand new Sketch Project based on arduino-cmake, that builds out the box. Arli is a command line tool, so run "arli" after installing the gem for more information.
CKick is a simple gem that helps to kick start a C/C++ project using CMake with an arbitrary structure. Using a CKickfile (a simple JSON), ckick is able to generate an whole project structure without having to write any CMakeLists.txt by your own.
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.