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The CMake scripting language is implemented via Yacc and Lex generators. The executable programs CMake, CPack, and CTest are written in C++. Much of CMake's functionality is implemented in modules written in the CMake language. [24] CMake documentation (since release 3.0) uses reStructuredText markup.
Configuration files are Python; user-written builds can leverage a general-purpose, cross-platform programming language Dependency analysis for C , C++ and Fortran Dependency analysis is extensible through user-defined scanners for other languages or file types; unlike GNU Compiler Collection (GCC) dependency analysis, SCons uses a regular ...
CMake – Cross-platform build tool for configuring platform-specific builds; very popoular; integrated with IDEs such as Qt Creator, [1] KDevelop and GNOME Builder [2] GNU build system (aka Autotools) – Software build toolset from GNU Pages displaying short descriptions of redirect targets
Meson can automatically find and use external dependencies installed on the users system via pkg-config, CMake, and project-specific lookups. [18] Alternatively, or as a fallback, a dependency can be provided as a subproject – a Meson project within another, either contained or as a download link, possibly with patches. [19]
Download QR code; Print/export ... (Generate Your Projects), a build automation tool (similar to CMake and Premake) ... Python is available for algorithm ...
Bazel is extensible with the Starlark programming language. [13] Starlark is an embedded language whose syntax is a subset of the Python syntax. However, it doesn't implement many of Python's language features, such as the ability to access the file I/O, in order to avoid extensions that could create side-effects or create build outputs not known to the build system itself.
To build ns-3, you need a computer with a C++ compiler, Python, and the CMake build system. Simple scenarios should run on typical home or office computers, but very large scenarios benefit from large amounts of memory and faster CPUs. The project provides an installation guide that details the requirements, and a tutorial on how to get started.
KDevelop has supported a variety of programming languages, including C, C++, Python, PHP, Java, Fortran, Ruby, Ada, Pascal, SQL, and Bash scripting. Supported build systems include GNU (automake), cmake, qmake, and make for custom projects (KDevelop does not destroy user Makefiles if they are used) and scripting projects which don't need one.