Hacking¶
Controlling CMake using scikit-build¶
You can drive CMake directly using scikit-build:
""" Use scikit-build's `cmaker` to control CMake configuration and build.
1. Use `cmaker` to define an object that provides convenient access to
CMake's configure and build functionality.
2. Use defined object, `maker`, to call `configure()` to read the
`CMakeLists.txt` file in the current directory and generate a Makefile,
Visual Studio solution, or whatever is appropriate for your platform.
3. Call `make()` on the object to execute the build with the
appropriate build tool and perform installation to the local directory.
"""
from skbuild import cmaker
maker = cmaker.CMaker()
maker.configure()
maker.make()
See skbuild.cmaker.CMaker
for more details.
Internal API¶
skbuild¶
- skbuild package
setup()
- Subpackages
- skbuild.command package
CommandMixinProtocol
set_build_base_mixin
- Submodules
- skbuild.command.bdist module
- skbuild.command.bdist_wheel module
- skbuild.command.build module
- skbuild.command.build_ext module
- skbuild.command.build_py module
- skbuild.command.clean module
- skbuild.command.egg_info module
- skbuild.command.generate_source_manifest module
- skbuild.command.install module
- skbuild.command.install_lib module
- skbuild.command.install_scripts module
- skbuild.command.sdist module
- skbuild.command.test module
- skbuild.platform_specifics package
CMakeGenerator
get_platform()
- Submodules
- skbuild.platform_specifics.abstract module
- skbuild.platform_specifics.bsd module
- skbuild.platform_specifics.cygwin module
- skbuild.platform_specifics.linux module
- skbuild.platform_specifics.osx module
- skbuild.platform_specifics.aix module
- skbuild.platform_specifics.platform_factory module
- skbuild.platform_specifics.unix module
- skbuild.platform_specifics.windows module
- skbuild.utils package
- skbuild.command package
- Submodules
- skbuild.cmaker module
- skbuild.constants module
- skbuild.exceptions module
- skbuild.setuptools_wrap module