CMake

CMake es un generador de sistemas de compilación multiplataforma y herramienta de automatización de compilación. Se utiliza para definir requisitos de compilación y dependencias para código fuente en C y C++, gestionando el proceso de compilación y enlace a través de diferentes sistemas operativos.

El proyecto funciona generando archivos de compilación y scripts específicos de la plataforma a partir de una única configuración. Esto permite la estandarización de cómo se compila y empaqueta el software para compiladores y herramientas de desarrollo en diversos entornos.

La herramienta cubre la configuración de proyectos C++ y la compilación de aplicaciones nativas para sistemas de escritorio y embebidos. Proporciona automatización de compilación multiplataforma para garantizar resultados consistentes al convertir código fuente en archivos binarios ejecutables.

Features

Platform-Specific Build File Generation - Translates high-level project descriptions into platform-specific build files like Makefiles or Visual Studio projects.
Cross-Platform Build Systems - Automates the compilation process across multiple operating systems and hardware architectures from a single configuration.
Build Automation Systems - Automates the compilation, linking, and packaging of source code into executable artifacts across diverse environments.
Build File Generators - Transforms abstract project configurations into platform-specific makefiles or IDE project files.
Configurations - Provides tools to define complex build targets and dependency requirements specifically for C++ projects.
Project Configuration Tools - Defines build requirements and dependencies for C and C++ source code to ensure consistent results.
Platform Build File Generators - Generates platform-native build files such as Makefiles and project files from a single configuration.
Domain Specific Languages - Employs a custom interpreted language to define target dependencies, compiler flags, and system requirements.
Dependency Graph Resolution - Models targets and requirements as a directed graph to determine the optimal compilation order.
Native Binary Toolchains - Orchestrates toolchains that compile source code into native binaries for desktop and embedded systems.
Build Configuration Passes - Implements a multi-stage process that separates initial system detection from the final generation of build scripts.
File-Based Persistence - Uses a persistent cache file to store system properties and user variables, avoiding redundant expensive probes.
Herramientas de desarrollo - General-purpose build system with robust support for framework projects.

Historial de estrellas

KitwareCMake

Name: kitware/cmake
Author: Kitware

View on GitHub

7,968 estrellas2,681 forksCBSD-3-Clause6 vistasgitlab.kitware.com/cmake/cmake

CMake

Features

Platform-Specific Build File Generation - Translates high-level project descriptions into platform-specific build files like Makefiles or Visual Studio projects.
Cross-Platform Build Systems - Automates the compilation process across multiple operating systems and hardware architectures from a single configuration.
Build Automation Systems - Automates the compilation, linking, and packaging of source code into executable artifacts across diverse environments.
Build File Generators - Transforms abstract project configurations into platform-specific makefiles or IDE project files.
Configurations - Provides tools to define complex build targets and dependency requirements specifically for C++ projects.
Project Configuration Tools - Defines build requirements and dependencies for C and C++ source code to ensure consistent results.
Platform Build File Generators - Generates platform-native build files such as Makefiles and project files from a single configuration.
Domain Specific Languages - Employs a custom interpreted language to define target dependencies, compiler flags, and system requirements.
Dependency Graph Resolution - Models targets and requirements as a directed graph to determine the optimal compilation order.
Native Binary Toolchains - Orchestrates toolchains that compile source code into native binaries for desktop and embedded systems.
Build Configuration Passes - Implements a multi-stage process that separates initial system detection from the final generation of build scripts.
File-Based Persistence - Uses a persistent cache file to store system properties and user variables, avoiding redundant expensive probes.
Herramientas de desarrollo - General-purpose build system with robust support for framework projects.

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Ver las 30 alternativas a CMake

Preguntas frecuentes

¿Qué hace kitware/cmake?

¿Cuáles son las características principales de kitware/cmake?

Las características principales de kitware/cmake son: Platform-Specific Build File Generation, Cross-Platform Build Systems, Build Automation Systems, Build File Generators, Configurations, Project Configuration Tools, Platform Build File Generators, Domain Specific Languages.

¿Qué alternativas de código abierto existen para kitware/cmake?

Las alternativas de código abierto para kitware/cmake incluyen: nodejs/node-gyp — node-gyp is a build system wrapper and compilation tool designed to transform C and C++ source code into binary… nasa/fprime — F Prime is a component-based framework designed for the development and deployment of embedded and spaceflight… premake/premake-core — Premake is a build system generator and cross-platform build configuration tool. It functions as a scripting engine… nuke-build/nuke — Nuke is a build automation system for defining software compilation and deployment pipelines using a strongly typed C#… blade-build/blade-build — Blade-build is a multi-language build system and software orchestrator designed to automate the compilation, linking,… tsoding/nob.h — nob.h is a build system automation tool for C projects that allows build scripts and execution logic to be defined…