conan-io/conan
Conan
Conan is a package manager and binary repository for C and C++ that resolves and installs external libraries to ensure consistent build environments across different platforms. It functions as a native dependency resolver and a cross-platform build tool designed to facilitate reproducible native builds.
The project provides capabilities for native package hosting, allowing users to implement a server to store and distribute pre-compiled libraries and their required dependencies. It also supports standalone binary bundling to create executable files that include all necessary runtime dependencies.
Features
- Native Dependency Management - Acts as a comprehensive package manager for resolving and installing external C and C++ libraries.
- Build and Dependency Management - Tracks and manages third-party C and C++ library dependencies to ensure build reproducibility.
- Build Toolchain Abstractions - Maps abstract build settings to specific compiler flags and environment variables across different operating systems.
- Package Server Hosting - Enables the setup and management of servers to store and distribute compiled native binaries.
- Dependency Resolvers - Implements a native dependency resolver that calculates and fetches complex dependency graphs for C and C++.
- Native Package Managers - Provides a complete package management system for native C and C++ libraries to ensure reproducible builds.
- Binary Repositories - Functions as a dedicated binary repository for storing and distributing pre-compiled native C and C++ libraries.
- Cross-Platform Build Tools - Serves as a cross-platform build tool for managing native dependencies and bundling standalone executables.
- Native Package Repositories - Provides the ability to implement and host a server for distributing pre-compiled native libraries.
- Package Distribution - Provides a client-server system for distributing pre-compiled binaries and source recipes across diverse platforms.
- C Libraries - Manages the resolution and installation of C and C++ libraries for consistent cross-platform environments.
- Dependency Graph Resolution - Resolves native library dependency graphs using Python-based recipes that define versions and build options.
- Reproducible Builds - Ensures that native software builds are reproducible across different machines by tracking third-party library versions.
- Binary Configuration Hashing - Implements binary hash-based identification to uniquely track compiled binaries based on source and compiler configurations.
- Build Orchestrators - Uses a Python-driven orchestration system to manage the fetching, building, and installation of native binaries.
- Local Dependency Caching - Maintains a local cache of downloaded packages and build artifacts to eliminate redundant network requests and compilation.
- Self-Contained Bundles - Creates self-contained executable bundles that include all necessary runtime dependencies for independent execution.
- Standalone Binaries - Bundles all required runtime dependencies into a single standalone binary for simplified deployment.
- Package Management - Comprehensive package manager with native build system integration.
- Package Managers - Decentralized package manager for C/C++ developers.
Star history
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