Linux C++ Build Tools Comparison: Make, CMake, Ninja, Meson and More

Introduction

• Explains the importance of build tools in software development.

• Emphasizes the impact of choosing the right build tool on development efficiency, performance, and maintainability.

• Explains the purpose of this article: comparing common Linux C++ build tools to help developers choose the right tool.

1. Make

• History:

Created by Stuart Feldman in 1977 at Bell Labs.

• Originally used to build Unix software, later became the standard build tool in Unix environments.

Introduction:

• Uses Makefile to define build rules and dependencies.

Advantages:

• Simple and lightweight, suitable for small projects.

• Universally available on Linux systems.

• Highly customizable.

Disadvantages:

• Configuration can become complex for large projects.

• Manual dependency management is error-prone.

Suitable for:

• Small to medium C++ projects.

• Projects requiring fine-grained control over the build process.

---

2. CMake

• History:

First released by Kitware in 2000.

• Aimed to solve the limitations of Make and Autotools, especially the need for cross-platform development.

• Popular for its flexibility and support for large projects.

Introduction:

• Cross-platform build system generator.

• Uses CMakeLists.txt files to define build configuration.

Advantages:

• Highly flexible and extensible.

• Supports large complex projects.

• Can generate configuration files for multiple build systems (such as Make, Ninja).

Disadvantages:

• Steep learning curve.

• May be overly complex for small projects.

Suitable for:

• Large cross-platform C++ projects.

• Projects requiring custom build configuration.

---

3. Ninja

• History:

Created by Evan Martin at Google in 2011.

• Aimed to provide a faster build tool than Make for large projects (like Chrome).

• Focused on minimalism and speed.

Introduction:

• Low-level build tool focused on speed.

• Usually used as a backend for CMake.

Advantages:

• Extremely fast build speed.

• Lightweight and efficient.

• Excellent for incremental builds.

Disadvantages:

• Not a build system generator (requires tools like CMake to generate input files).

• Fewer features, suitable for specific scenarios.

Suitable for:

• Projects requiring fast incremental builds.

• As a backend for CMake or other generators.

---

4. Meson

• History:

Created by Jussi Pakkanen in 2013.

• Aimed to be a modern replacement for CMake and Autotools, emphasizing speed and ease of use.

• Gaining popularity for its simplicity and performance.

Introduction:

• Modern build system focused on speed and ease of use.

• Uses Python-like syntax for configuration files.

Advantages:

• Fast build speed.

• Easy to learn and use.

• Good cross-platform support.

Disadvantages:

• Smaller community, relatively fewer resources.

Suitable for:

• Medium to large C++ projects.

• Projects requiring modern build features.

---

5. Bazel

• History:

Developed by Google, open-sourced in 2015.

• Based on Google’s internal build tool Blaze.

• Designed for large multi-language projects, emphasizing reproducibility and scalability.

Introduction:

• Build tool for large multi-language projects.

• Uses a declarative language to define build configuration.

Advantages:

• Highly scalable.

• Supports large complex projects.

• Reproducible build process.

Disadvantages:

• Steep learning curve.

• Requires specific project structure.

Suitable for:

• Large complex C++ projects.

• Projects requiring reproducible builds.

---

6. Autotools (GNU Build System)

• History:

Developed in the early 1990s as part of the GNU project.

• Aimed to standardize build processes for Unix systems.

• Includes Autoconf, Automake, and Libtool.

Introduction:

• Tool suite for generating portable build scripts.

• Uses configure scripts and Makefile.am files.

Advantages:

• Highly portable on Unix systems.

• Automatically handles system-specific configuration.

Disadvantages:

• Complex and verbose syntax.

• Steep learning curve.

Suitable for:

• Unix/Linux-based open source C++ projects.

• Projects requiring high portability.

---

7. SCons

• History:

First released by Steven Knight in 2000.

• Inspired by Make but uses Python for configuration.

• Aimed to be more flexible and powerful than Make.

Introduction:

• Python-based build tool.

• Uses Python scripts to define build configuration.

Advantages:

• Highly flexible and powerful.

• Good cross-platform support.

Disadvantages:

• Build speed may be slower.

• Requires Python knowledge.

Suitable for:

• Projects requiring complex build logic.

• Suitable for developers familiar with Python.

---

8. Waf

• History:

Created by Thomas Nagy in 2005.

• Aimed to be a modern replacement for SCons, emphasizing simplicity and performance.

Introduction:

• Python-based build system.

• Designed to be flexible and easy to use.

Advantages:

• Highly flexible and extensible.

• Good cross-platform support.

Disadvantages:

• Requires Python knowledge.

• Smaller community.

Suitable for:

• Projects requiring custom build logic.

• Suitable for developers familiar with Python.

---

9. Tup

• History:

Created by Mike Shal in 2008.

• Aimed to be faster and more efficient than Make through a unique dependency tracking mechanism.

Introduction:

• File-based fast build system.

• Uses a unique dependency tracking mechanism.

Advantages:

• Extremely fast build speed.

• Simple and efficient.

Disadvantages:

• Fewer features, suitable for specific scenarios.

Suitable for:

• Projects requiring fast incremental builds.

• Small to medium C++ projects.

---

10. Premake

• History:

First released by Jason Perkins in 2004.

• Aimed to simplify the generation of multi-platform build configuration files.

Introduction:

• Build configuration tool that generates project files for multiple build systems.

• Uses Lua scripts to define configuration.

Advantages:

• Easy to learn and use.

• Supports generating configuration files for multiple build systems (such as Make, Ninja).

Disadvantages:

• Only generates project files, not a complete build system.

Suitable for:

• Projects requiring multi-platform build configuration.

---

Tool Comparison Table

Tool	Ease of Use	Speed	Flexibility	Cross-platform Support	Suitable For
Make	Simple	Medium	High	Limited	Small to medium projects
CMake	Medium	Medium	Very High	Excellent	Large cross-platform projects
Ninja	Low	Extremely Fast	Low	Excellent	Fast incremental builds
Meson	Simple	Fast	High	Excellent	Modern medium to large projects
Bazel	Complex	Fast	Very High	Excellent	Large complex projects
Autotools	Complex	Medium	High	Unix systems	Open source Unix/Linux projects
SCons	Medium	Medium	High	Excellent	Projects requiring complex build logic
Waf	Medium	Medium	High	Excellent	Projects requiring custom build logic
Tup	Simple	Extremely Fast	Low	Excellent	Fast incremental builds
Premake	Simple	N/A	Medium	Excellent	Multi-platform build configuration

---

Summary

• Each tool has its historical background, advantages, and disadvantages, reflecting the evolution of software development needs.

• Make and Autotools laid the foundation for modern build tools.

• CMake, Meson, and Bazel represent a new generation of build tools, focusing on flexibility, speed, and scalability.

• Ninja and Tup focus on speed and efficiency, suitable for large projects.

• When choosing a tool, weigh factors based on project size, complexity, and requirements.