Introduction: Every project needs to handle dependencies, and using CMake makes it easy to check whether these dependencies exist in the configured project. In previous notes, we demonstrated how to find dependencies installed on the system, and so far we have been using this pattern. However, when dependencies are not met, we can only fail … Read more
Introduction: In fact, the relevant content of this article has been detailed in the CMake: Detailed Explanation of Static and Dynamic Libraries (Linux/Windows) notes, where it shows that CMake provides a platform-independent way to achieve its functionality. However, the issue of symbol visibility has not been addressed. The best approach regarding symbol visibility is to … Read more
One-Click Three Connections，Continuous Valuable Content! Introduction Guite Embedded focuses on sharing knowledge about embedded software and hardware. 1 First Build – First, execute CMake in the project root directory to generate the Makefile or other build tool files required for the build system. This is typically done by running a command like `cmake /path/to/source`. – … Read more
Source | Network For C/C++ developers, managing projects with complex third-party dependencies can become very tricky, especially when cross-platform support is needed. CMake, as a cross-platform build management tool, provides a mature solution for finding and including third-party dependencies, creating build systems, testing programs, and installation. By writing a single CMakeLists.txt file and executing the … Read more
CMake is an open-source, cross-platform build tool that is very well-known in the development community and is used in various projects. This article aims to explore why CMake is powerful. Content Source: https://aosabook.org/en/cmake.html Original Title: CMake Authors: Bill Hoffman && Kenneth Martin Translator: Liu Zuosha Note: The translation may have some simplifications, rearrangements, and additions … Read more
In C++ project development, the build process can often be cumbersome, especially in cross-platform development. Today, I would like to introduce a powerful build tool—CMake. 1. What is CMake CMake is a cross-platform automated build tool widely used in C++ projects. It is primarily used to manage the software compilation process by controlling the compilation … Read more
1. The Role of CMake in Real Life In modern software development, CMake plays a crucial role. It is a cross-platform build tool that helps developers efficiently manage and build software projects. First, CMake provides a unified way to describe the build process of a project, ensuring consistency regardless of whether the project is developed … Read more
# Specify Minimum Version, Not Required cmake_minimum_required(VERSION 3.2) # Project Name project(chat) # Define the Executable File Generated by This Project #add_executable(ExecutableName SourceFileName.c) add_executable(chat_app) # When there are many files, define the file names as variables #set(VariableName SourceFile) set(SRC_LIST add.cpp div.cpp main.cpp mult.cpp sub.cpp) #add_executable(ExecutableName SourceFiles) Use $ as a value symbol and wrap variables … Read more
Introduction: This note will introduce some basic concepts through a small project, which will also be used in later notes. Installing files, libraries, and executables is a very basic task, but it can also bring some issues. This note demonstrates how to effectively avoid these problems using CMake. ✦ Project Structure ✦ ├── CMakeLists.txt ├── … Read more
Background CMake CMake is a cross-platform open-source build tool used to manage and automatically generate the build process of software projects. CMake automatically generates build system files suitable for different compilers and operating systems, such as Makefile and Visual Studio solutions, based on the descriptions in the CMakeLists.txt file. Multiple Modules Typically, a project will … Read more