How to integrate vcpkg with CMake?

vcpkg integrates with CMake using a toolchain file (vcpkg.cmake) or CMake presets. After installing vcpkg, set the CMAKE_TOOLCHAIN_FILE variable to automatically find and use dependencies, as outlined in the CMake integration guide.

vcpkg vs Conan: which is better for C++?

vcpkg offers a curated, large registry with strong Microsoft tool integration, while Conan provides more flexibility with decentralized repositories and broader build system support. vcpkg is ideal for cross-platform projects within the Microsoft ecosystem, whereas Conan suits custom or diverse environments.

How to disable telemetry in vcpkg?

Disable telemetry by passing --disable-metrics on the command line, setting the VCPKG_DISABLE_METRICS environment variable, or using -disableMetrics during bootstrap. This opt-out process is detailed in the telemetry section of the README.

Does vcpkg work with Visual Studio 2022?

Yes, vcpkg has built-in integration with Visual Studio, including Visual Studio 2022. The README includes a specific guide for using vcpkg with Visual Studio, making it easy to manage dependencies directly within the IDE.

How to add a custom library to vcpkg?

To add a custom library, create a portfile and control file following the packaging tutorial, then contribute to the vcpkg registry or set up a custom registry. This involves writing CMake scripts and adhering to the maintainer guide for consistency.

Is vcpkg suitable for embedded systems?

vcpkg can be adapted for embedded systems using custom triplets, but its source-based builds may not align with the need for pre-compiled, optimized binaries. Binary caching and asset caching can help, but it often requires additional configuration for resource-constrained environments.

vcpkg — C/C++ Package Manager

What is vcpkg?

vcpkg is a free, open-source package manager for C and C++ that simplifies the process of acquiring, building, and managing dependencies across multiple platforms. It provides a large collection of libraries and integrates with various build systems to streamline development workflows. The tool is designed to address the unique challenges C/C++ developers face with dependency management, such as versioning, cross-platform compatibility, and build integration.

Target Audience

C and C++ developers working on cross-platform projects who need a reliable way to manage external libraries and dependencies. It is particularly useful for teams using CMake, MSBuild, or other build systems who want to avoid manual library handling.

Value Proposition

Developers choose vcpkg for its extensive library registry, seamless integration with popular build systems and editors, and robust features like version control and binary caching. Its cross-platform support and enterprise-ready capabilities make it a versatile tool for both open-source and commercial C/C++ projects.

C++ Library Manager for Windows, Linux, and MacOS

Use Cases

Best For

Managing C/C++ dependencies in cross-platform projects
Integrating open-source libraries into CMake or MSBuild workflows
Ensuring reproducible builds with version-locked dependencies
Speeding up builds with binary caching in CI/CD pipelines
Developing C++ applications that require a wide range of external libraries
Teams needing a consistent package management solution across Windows, macOS, and Linux

Not Ideal For

Projects that exclusively rely on system package managers (e.g., apt, yum) and prioritize minimal toolchain overhead
Embedded or real-time systems where building dependencies from source is impractical due to strict resource or time constraints
Environments with stringent security compliance requiring pre-approved, vendor-supplied binaries rather than source builds

Pros & Cons

Pros

Extensive Library Registry

vcpkg provides a vast collection of open-source C/C++ libraries, simplifying dependency acquisition without manual hunting, as highlighted in its large library collection feature.

Robust Cross-Platform Support

It works seamlessly on Windows, macOS, and Linux, directly addressing the pain points of C/C++ developers across different operating systems, per the README's emphasis on cross-platform capabilities.

Build System Integration

Easily integrates with CMake, MSBuild, and other build systems, with dedicated quick-start guides for each, streamlining dependency management in diverse workflows.

Enterprise-Ready Features

Features like version control, binary caching, and asset caching enable reproducible builds and speed up CI/CD pipelines, as documented in the key features section.

Cons

Source-Based Default Builds

vcpkg typically builds dependencies from source, which can lead to slow initial installations unless binary caching is configured, a trade-off mentioned in the binary caching documentation.

Default Telemetry Collection

It collects anonymous usage data by default, requiring manual opt-out via command-line flags or environment variables, which may not align with privacy-focused users or organizational policies.

Complex Custom Packaging

Creating and maintaining custom packages or registries involves a steep learning curve with CMake scripts and detailed maintainer guides, making it less accessible for casual contributors.

What is vcpkg?

Target Audience

Value Proposition

Use Cases

Best For

Managing C/C++ dependencies in cross-platform projects
Integrating open-source libraries into CMake or MSBuild workflows
Ensuring reproducible builds with version-locked dependencies
Speeding up builds with binary caching in CI/CD pipelines
Developing C++ applications that require a wide range of external libraries
Teams needing a consistent package management solution across Windows, macOS, and Linux

Not Ideal For

Projects that exclusively rely on system package managers (e.g., apt, yum) and prioritize minimal toolchain overhead
Embedded or real-time systems where building dependencies from source is impractical due to strict resource or time constraints
Environments with stringent security compliance requiring pre-approved, vendor-supplied binaries rather than source builds

Pros & Cons

Pros

Extensive Library Registry

vcpkg provides a vast collection of open-source C/C++ libraries, simplifying dependency acquisition without manual hunting, as highlighted in its large library collection feature.

Robust Cross-Platform Support

It works seamlessly on Windows, macOS, and Linux, directly addressing the pain points of C/C++ developers across different operating systems, per the README's emphasis on cross-platform capabilities.

Build System Integration

Easily integrates with CMake, MSBuild, and other build systems, with dedicated quick-start guides for each, streamlining dependency management in diverse workflows.

Enterprise-Ready Features

Features like version control, binary caching, and asset caching enable reproducible builds and speed up CI/CD pipelines, as documented in the key features section.

Cons

Source-Based Default Builds

vcpkg typically builds dependencies from source, which can lead to slow initial installations unless binary caching is configured, a trade-off mentioned in the binary caching documentation.

Default Telemetry Collection

It collects anonymous usage data by default, requiring manual opt-out via command-line flags or environment variables, which may not align with privacy-focused users or organizational policies.

Complex Custom Packaging

Creating and maintaining custom packages or registries involves a steep learning curve with CMake scripts and detailed maintainer guides, making it less accessible for casual contributors.

vcpkg

What is vcpkg?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?

vcpkg

What is vcpkg?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?