Download CMake 3 full version program free setup for Windows. CMake is an influential and open-source software that is exclusively designed to offer developers a means of examination and packaging of code.
CMake 3 Overview
CMake, standing for Cross-platform Make, is an open-source build system designed to facilitate the process of building, testing, and packaging software projects across diverse platforms. Developed by Kitware, this powerful tool serves as a meta-build system that generates native build files and project files for a variety of platforms and build environments. One of its primary goals is to provide a unified and platform-independent method for managing the build process, enabling developers to write build scripts once and have them work seamlessly across different operating systems and build tools. A key strength of CMake lies in its ability to generate build files for various build systems, including but not limited to Makefiles, Visual Studio projects, and Xcode projects. This adaptability ensures that developers can maintain a single set of build scripts while accommodating the nuances and requirements of different platforms, compilers, and environments. This cross-platform nature makes CMake particularly valuable for large software projects that need to be compiled and run on multiple operating systems. The CMakeLists.txt file, written in the CMake language, serves as the central configuration file for a CMake project. This file outlines the project’s structure, source files, dependencies, and build instructions. The CMake configuration process then generates the appropriate build files based on the specifications provided in the CMakeLists.txt file. This separation of configuration and platform-specific details contributes to the tool’s versatility and ease of use. You may also like XLStat 23 Free Download
CMake promotes modular project organization through the use of targets, allowing developers to define and manage individual components of their software projects. This modular approach simplifies the build process, making it more maintainable and scalable. The tool also supports the creation of static and shared libraries, executables, and custom targets, providing developers with flexibility in structuring their projects. In addition to build system generation, CMake includes features for dependency management, enabling the specification and handling of external libraries and dependencies. This facilitates the integration of third-party components into projects, streamlining the overall development workflow. The tool also supports the configuration of compiler options, preprocessor definitions, and other build settings, giving developers fine-grained control over the compilation process.
Another notable aspect of CMake is its support for testing through the inclusion of testing directives in the CMakeLists.txt file. This allows developers to define test cases, test targets, and testing procedures within the CMake configuration, fostering a systematic approach to software testing. In conclusion, CMake stands as a robust and flexible build system that plays a pivotal role in simplifying the complexities of cross-platform software development. With its ability to generate platform-specific build files, modular project organization, dependency management, and support for testing, CMake has become a fundamental tool in the toolkit of software developers aiming to create scalable and maintainable projects that run seamlessly across diverse computing environments.
Features
- Cross-Platform Build System: CMake is a cross-platform build system that generates native build files for various platforms, including Windows, macOS, and Linux, ensuring consistent build processes across different operating systems.
- Open-Source: CMake is an open-source tool, allowing developers to access and contribute to its source code, fostering a collaborative development community.
- Meta-Build System: CMake serves as a meta-build system, enabling developers to write build scripts once and generate native build files for different build systems and environments.
- Unified Build Scripts: The tool provides a unified and platform-independent method for managing build processes, simplifying the development workflow for cross-platform projects.
- CMakeLists.txt Configuration: CMake uses the CMakeLists.txt file to configure a project, outlining its structure, source files, dependencies, and build instructions in a readable and structured manner.
- Platform-Independent Build Files: CMake generates platform-independent build files, allowing developers to maintain a single set of build scripts for use across different operating systems and build tools.
- Support for Various Build Systems: CMake supports the generation of build files for various build systems, including Makefiles, Visual Studio projects, Xcode projects, and more.
- Modular Project Organization: CMake promotes modular project organization by using targets, making it easier for developers to manage and scale their projects effectively.
- Separation of Configuration and Build Files: CMake’s separation of configuration details in CMakeLists.txt and platform-specific build files enhances maintainability and organization in complex projects.
- Fine-Grained Control: Developers have fine-grained control over the build process, including configuration of compiler options, preprocessor definitions, and other build settings.
- External Dependency Management: CMake facilitates external dependency management, allowing developers to specify and handle third-party libraries and components seamlessly.
- Library and Executable Targets: CMake supports the creation of static and shared libraries, executables, and custom targets, enabling flexible project structuring.
- Advanced Target Properties: Developers can set advanced properties for targets, such as custom commands, dependencies, and properties related to installation and export.
- Cross-Compile Support: CMake supports cross-compilation, allowing developers to build software for a target platform different from the build platform.
- Generator Expressions: CMake introduces generator expressions, enabling conditional configuration and build settings based on generator-specific conditions.
- Compile Features: Developers can specify required compiler features in CMake, ensuring that the build system enforces compatibility with the desired compiler capabilities.
- Custom Commands and Rules: CMake supports the definition of custom commands and rules, allowing developers to execute specific actions during the build process.
- Test Configuration: CMake includes features for test configuration, enabling developers to define test cases, test targets, and testing procedures within the CMakeLists.txt file.
- Integrated Documentation: The tool supports the generation of integrated documentation for projects, enhancing the accessibility of project information for developers.
- CMake GUI: CMake provides a graphical user interface (GUI) that simplifies the configuration and generation of build files, especially helpful for users who prefer a visual interface.
- Version Control Integration: CMake integrates with version control systems, facilitating collaborative development and ensuring consistent project configurations across different development environments.
- Compiler Identification: CMake automatically identifies the compiler and its version, streamlining the configuration process and ensuring compatibility.
- Export and Install Commands: CMake includes export and install commands, allowing developers to package and distribute projects easily or install them on target systems.
- Customizable Build Directory: Developers can specify a customizable build directory, separating the build artifacts from the source code and enhancing project organization.
- Configuration Presets: CMake supports the definition of configuration presets, allowing developers to create predefined sets of build configurations for different use cases.
- Cross-Directory References: CMake enables cross-directory references, allowing developers to reference targets defined in other directories, enhancing project modularity.
- Package Configuration Files: CMake supports the creation of package configuration files, facilitating the integration of libraries into other CMake projects.
- Graphical Dependency Graphs: Some versions of CMake offer graphical dependency graphs, providing visual representations of target dependencies for improved project understanding.
- Online Documentation and Community Support: CMake offers extensive online documentation and benefits from a supportive community, providing resources and assistance for developers.
- Continuous Integration Integration: CMake seamlessly integrates with continuous integration (CI) systems, enabling automated and consistent builds in CI environments.
Technical Details
- Software Name: Cmake
- Software File Name: cmake-3.20.2-windows-x86_64.rar
- File Size: 29 MB
- Developers: CMake
- File Password:Â 123
- Language: Multilingual
- Working Mode: Offline (You donÆt need an internet connection to use it after installing)
System Requirements for CMake 3
- Operating System: Win XP, Vista, 7, 8, 10, 11
- Free Hard Disk Space: 500 MB
- Installed Memory: 4 GB RAM
- Processor: Â Intel Core 2 Duo or later
Download CMake 3 Latest Version Free
Click on the button given below to download CMake 3 free setup. It is a complete offline setup of CMake 3 for Windows and has excellent compatibility with x86 and x64 architectures.
File Password: 123
