kernel-pkg.conf

Local kernel-* package maintainer. Set up at package installation by the R postinst. Can be overridden by the environment variable KPKG_MAINTAINER. Please note that any apostrophes "'" shall have to be quoted like so: maintainer = John O'\''Brien. Yes, this is ugly, but this works.

The email address of that person. Set up at package installation by the R postinst. Can be overridden by the environment variable KPKG_EMAIL.

Name to search for in the pgp database I if separate modules (like pcmcia etc) are being built in R /usr/src/modules/. Can be overridden by the environment variable PGP_SIGNATURE, and is overridden (again) by the R --pgpsign option of make-kpkg. Defaults to maintainer. (Optional)

The version of the kernel packages, includes both the upstream Set to YES, this causes a make clean to be run in the version and the Debian revision. Can be overridden by the environment variable DEBIAN_REVISION, and is overridden (again) by the R --revision option of make-kpkg. Defaults to <VERSION>-10.0.0.Custom (Optional)

Normally unset. If this, or the environment variable DEBIAN_REVISION_MANDATORY are set, then not providing a debian revision results in an error (and make-kpkg shall not provide a default value of 10.0.0.Custom)

Set to True if you want the symbolic link to the kernel image, namely, vmlinuz in /boot rather than the default /. Can be overridden by the environment variable LINK_IN_BOOT. Defaults to undefined. (Optional)

The kernel image type (i.e. zImage or bzImage). Can be overridden from the environment variable IMAGE_TYPE, and is overridden (again) by the options R --zimage or R --bzimage of make-kpkg. Defaults to bzImage. (Optional)

Whether to use symlinks to the image file. Can be overridden by the environment variable NO_SYMLINK Mutually exclusive to reverse_symlinks. Can be used with link_in_boot. The image is placed in vmlinuz (instead of /boot/vmlinuz-X.X.XX). The old vmlinuz is moved to vmlinuz.old unconditionally. (Normally, that is only done if the version of the new image differs from the old one). This restricts you to two images, unless you take additional action and save copies of older images. This is for people who have /boot on a system that does not use symbolic links (and say, they use loadlin as a boot loader). This is a Hack. Defaults to undefined (optional)

Whether to use reverse symlinks (that is, the real file is the one without the version number, and the numbered version is the link) to the image file. Can be overridden by the environment variable REVERSE_SYMLINK Mutually exclusive to no_symlinks. Can be used with link_in_boot. Just like no_symlinks, except that the /boot/vmlinuz-X.XX is symlinked to the real new image, vmlinuz. This, too, restricts you to just two images unless further action is taken. The older symlinks are left dangling. This is for people with /boot on umsdos, and who can't see the link in dos, but do want to know the image version when in Linux. This is a Hack. Defaults to undefined. (optional)

This is an experts only variable. If set to YES (ENV variable PATCH_THE_KERNEL overrides this), the build process causes run-parts to be run over /usr/src/kernel-patches/$(architecture)/apply and (hopefully) reverses the process during clean by running run-parts over /usr/src/kernel-patches/$(architecture)/unpatch. The special architecture all is used for arch independent patches.

What type of configure step to do. Defaults to oldconfig, which is good for non-interactive (or minimally interactive) runs. If you are setting patch_the_kernel to YES and some of the patches change what configuration settings are available, then you may wish to set this to something else (like menuconfig or xconfig). (ENV variable CONFIG_TARGET overrides this setting.) If the value of config_target is other than config, oldconfig, menuconfig or xconfig then it is reset to oldconfig.

This is an experts only variable. If set to NO (ENV variable USE_SAVED_CONFIG overrides this), the file .config.save in the top level directory is ignored.

This is a variable meant to be passed on to dpkg-buildpackage in the buildpackage target. This should be set to a means of gaining superuser access (for example, `sudo' or `fakeroot') as needed by dpkg-buildpackages' -r option. The environment variable ROOT_CMD overrides this. Use the environment variable UNSIGN_SOURCE to pass an option to dpkg-buildpackage to not sign the source; similarly, use the environment variable UNSIGN_CHANGELOG to pass an option to dpkg-buildpackage to not sign the changelog. Again, this variable is only useful for the buildpackage target. Set the environment variable ROOT_CMD if you just wish to build the kernel image, for instance.

If set to YES, the symbolic link /lib/modules/$VERSION/build shall be removed from the resulting .deb package. The environment variable DELETE_BUILD_LINK overrides this.

Set to YES, this causes a make clean to be run in the kernel source tree after building the kernel image package. The environment variable CLEAN_SOURCE overrides this.

Set to YES to install the uncompressed kernel ELF image along with the bootable compressed kernel image (vmlinuz). This image is necessary for profiling kernel and userspace with oprofile (oprofile.sourceforge.net, i386 only).

Set to point to an executable, this shall cause that executable to run from the top level of the (temporary) kernel image tree before the kernel image is packaged. This has no effect on anything other than the image that is being packaged -- if the script operates on the current directory and its children, the original source tree should remain intact. This is to facilitate massaging of the kernel image that is packaged.

Set to point to an executable, this shall cause that executable to run from the top level of the (temporary) kernel source tree before the sources are packaged, ./debian/tmp-source/usr/src/kernel-source-X.X.XX. This has no effect on anything other than the sources that are being packaged -- if the script operates on the current directory and its children, the original source tree should remain intact. This is to facilitate massaging of the kernel sources that are packaged (for example, to remove version control directories, or to prune away unwanted architectures).

Set to point to an executable, this shall cause that executable to run from the top level of the kernel headers before the headers are packaged. This has no effect on anything other than the sources that are being packaged -- if the script operates on the current directory and its children, the original source tree should remain intact. This is to facilitate massaging of the kernel headers that are packaged (for example, to remove version control directories, or to prune away unwanted architectures).

Set to point to an executable, this shall cause that executable to run from the top of the documentation tree before kernel documentation is packaged. This has no effect on anything other than the documentation that is being packaged -- if the script operates on the current directory and its children, the original source tree should remain intact. This is to facilitate massaging of the kernel documentation that is packaged (for example, to remove version control directories, or to prune away unwanted architectures).

This variable should be set to the path of any extra documentation that should be installed in /usr/share/doc/kernel-image-X.X.XX/ directory. There is no checking for name conflicts, and the files are not compressed. Hence, if you want the files to be compressed, please precompress it and provide the path of the compressed file. The environment variable EXTRA_DOCS overrides this, and would most likely be how extra documentation is specified.

This option is especially useful for people who use symlink farms to compile kernels. With this option, kernel-source and kernel-header packages shall not be just full of dangling symlinks, instead, the symbolic links shall be followed. Please note that any symbolic links in the kernel sources would be flattened as well. The environment variable KPKG_FOLLOW_SYMLINKS_IN_SRC overrides this.

This is meant to be used by the libc6 maintainer, when he compiles libc6, to also package up the corresponding headers. DO NOT SET THIS unless you know what you are doing, since a mismatch between the headers you package and libc6 may well create a subtle instability in all code compiled on your machine. You have been warned. The environment variable MAKE_LIBC_HEADERS overrides this.

If defined, this variable sets the concurrency level of make used to compile the kernel and the modules set using -j flags to the sub make in the build target of make-kpkg. Should be a (small) integer, if used.

If defined, this variable causes make-kpkg to use an extended name for the kernel image package by embedding the subarchitecture in the image name, so one could write a script to create multiple subarchitectures one after the other. Please note that only the package name is affected, not module locations etc.

This variable should be set to a directory which contains architecture specific .config files (look at /usr/share/kernel-package/Config for examples). This is useful for people who need to compile for several architectures. Defaults to /usr/share/kernel-package/Config

Set this variable to a space separated list of executables that create an initial RAM disk. This only has any effect if installing a kernel-image that uses an initial RAM disk. The commands so pointed must be drop-in compatible with mkinitrd. This sets the built in default used by the postinst script at installation time, it can be overridden by the administrator at any target machine in /etc/kernel-img.conf. If not set, it Defaults to a subset of mkinitrd mkinitrd.yaird mkinitramfs, the subset being decided based on the version of the kernel being built, so one should refrain from setting this manually -- unless one knows what one is doing.

If you want the image to be stored elsewhere than /boot set this variable to the dir where you want the image. This may be of help to loadlin users. Defaults to /boot.

Set this variable, either in the environment or in the config file, to point to the location where the add-on modules are located. Defaults to /usr/src/modules

Set this variable, either in the environment or in the config file, to point to the location where the kernel config files are located. Defaults to /usr/share/kernel-package/Config

Set this variable, either in the environment or in the config file, to point to the location where the add-on kernel patches are located. Defaults to /usr/src/kernel-patches/ARCHITECTURE

Set this variable, either in the environment or in the config file, to point to the location where the add-on arch independent kernel patches are located. Defaults to /usr/src/kernel-patches/all