path: root/genkernel.conf

# Configuration file for genkernel

# This file is sourced by genkernel at startup and determines which options
# we will be using to compile our kernel.  The order of precidence is simple,
# with the internal settings being least important, configuration file
# settings next, and command line options being most important.

# =========Common Command Line Option Defaults=========

# Install to $BOOTDIR
#INSTALL="yes"

# Run 'make oldconfig' before compiling this kernel
#OLDCONFIG="yes"

# Run 'make menuconfig' before compiling this kernel
#MENUCONFIG="no"

# Run 'make gconfig' before compiling this kernel
#GCONFIG="no"

# Run 'make nconfig' (ncurses 'menuconfig') before compiling this kernel
#NCONFIG="no"

# Run 'make xconfig' before compiling this kernel
#XCONFIG="no"

# Run 'make mrproper' before compiling this kernel
#MRPROPER="yes"

# Run 'make clean' before compiling this kernel
# Only needed if MRPROPER is set to NO because
# MRPROPER implies 'make clean'.
#CLEAN="yes"

# Override the arch detection
#ARCH_OVERRIDE="x86"

# Mount BOOTDIR automatically if it isn't mounted
#MOUNTBOOT="yes"

# Make symlinks in BOOTDIR automatically
#SYMLINK="no"

# Save the new configuration in /etc/kernels upon
# successfull compilation
#SAVE_CONFIG="yes"

# Enable color output in genkernel
NOCOLOR="false"

# Clear build cache dir on gernkernel start
#CLEAR_CACHEDIR="no"

# Clear all tmp files and caches after genkernel has run
#POSTCLEAR="no"

# Genkernel uses an independent configuration for MAKEOPTS, and does not source
# /etc/portage/make.conf . You can override the default setting by uncommenting
# and tweaking the following line. Default setting is set up by
# ${GK_SHARE}/${ARCH_OVERRIDE}/config.sh . The recommended value for -j
# argument is: <number of processors>*<number of cores per processor>+1
#MAKEOPTS="$(portageq envvar MAKEOPTS)"

# Run the kernel make at the following NICE level
#NICE=10

# Add LVM support
#LVM="no"

# Add LUKS support
#LUKS="no"

# Add GnuPG support
#GPG="no"

# Add in early microcode support: this sets the kernel options for early microcode loading
# Possible values: empty/"no", "all", "intel", "amd"
#MICROCODE="all"

# Include early microcode in generated initramfs.
# This is enabled by default for upgrade compatability, however is obsoleted by
# sys-boot/grub-2.02-r1, which supports multiple initramfs in the bootloader.
#MICROCODE_INITRAMFS="yes"

# Add NFS support
#NFS="no"

# Add DMRAID support
#DMRAID="no"

# Add SSH support
#SSH="no"

# Include busybox in the initramfs. If included, busybox is rebuilt
# if the cached copy is out of date.
#BUSYBOX="yes"

# Add MDRAID support
#MDADM="no"

# Specify a custom mdadm.conf.
# By default the initramfs will be built *without* an mdadm.conf and will auto-detect
# arrays during bootup.  Usually, this should not be needed.
#MDADM_CONFIG="/etc/mdadm.conf"

# Add Multipath support
#MULTIPATH="no"

# Add iSCSI support
#ISCSI="no"

# Add e2fsprogs support
#E2FSPROGS="no"

# Include support for unionfs
#UNIONFS="no"

# Include support for zfs volume management.  If unset, genkernel will attempt
# to autodetect and enable this when rootfs is on zfs.
#ZFS="no"

# Add BTRFS support
#BTRFS="no"

# Install firmware onto root filesystem
# Will conflict with sys-kernel/linux-firmware package
#FIRMWARE_INSTALL="no"

# Add firmware(s) to initramfs
#FIRMWARE="no"

# Specify directory to pull from
#FIRMWARE_DIR="/lib/firmware"

# Specify a space-separated list of firmware files or directories to include,
# relative to FIRMWARE_DIR.  If empty or unset, the full contents of 
# FIRMWARE_DIR will be included.
#FIRMWARE_FILES=""

# Add disklabel support (copies blkid to initramfs)
#DISKLABEL="yes"

# Add new kernel to grub
# Possible values: empty/"no", "grub", "grub2"
#BOOTLOADER="no"

# Add boot splash using splashutils
#SPLASH="no"

# Use this splash theme. If commented out - the "default" name theme is used.
# Also, SPLASH="yes" needs to be enabled for this one to work.
# This supersedes the "SPLASH_THEME" option in '/etc/conf.d/splash'.
#SPLASH_THEME="gentoo"

# Run the specified command in the current environment after the kernel and
# modules have been compiled, useful to rebuild external kernel module
# (use "emerge --quiet @module-rebuild" for >=portage-2.2) or installing additional
# files (use 'copy_image_with_preserve dtb path/to/dtb dtb ${KNAME}-${ARCH}-${KV}')
#CMD_CALLBACK=""


# =========Keymap Settings=========
#
# Force keymap selection at boot
#DOKEYMAPAUTO="no"

# Enables keymap selection support
#KEYMAP="yes"


# =========Low Level Compile Settings=========
#
# GNU Make to use for kernel.  See also the --kernel-make command line option.
#KERNEL_MAKE="make"

# Compiler to use for the kernel (e.g. distcc).  See also the --kernel-cc
# command line option.
#KERNEL_CC="gcc"

# Assembler to use for the kernel.  See also the --kernel-as command line
# option.
#KERNEL_AS="as"

# Linker to use for the kernel.  See also the --kernel-ld command line option.
#KERNEL_LD="ld"

# GNU Make to use for the utilities.  See also the --utils-make command line
# option.
#UTILS_MAKE="make"

# Compiler to use for the utilities (e.g. distcc).  See also the --utils-cc
# command line option.
#UTILS_CC="gcc"

# Assembler to use for the utilities.  See also the --utils-as command line
# option.
#UTILS_AS="as"

# Linker to use for the utilities.  See also the --utils-ld command line
# option.
#UTILS_LD="ld"

# Target triple (i.e. aarch64-linux-gnu) to build for. If you do not
# cross-compile, leave blank for auto detection.
#CROSS_COMPILE=""

# Override default make target (bzImage). See also the --kernel-target
# command line option. Useful to build a uImage on arm.
#KERNEL_MAKE_DIRECTIVE_OVERRIDE="fooImage"

# Override default kernel binary path. See also the --kernel-binary
# command line option. Useful to install a uImage on arm.
#KERNEL_BINARY_OVERRIDE="arch/foo/boot/bar"


# =========GENKERNEL LOCATION CONFIGURATION============
#
# Variables:
#   %%ARCH%%  - Final determined architecture
#   %%CACHE%% - Final determined cache location

# Set genkernel's temporary work directory
#TMPDIR="/var/tmp/genkernel"

# Set the boot directory, default is /boot
#BOOTDIR="/boot"

# Default share directory location
GK_SHARE="${GK_SHARE:-/usr/share/genkernel}"

# Location of the default cache
CACHE_DIR="/var/cache/genkernel"

# Location of DISTDIR, where our source tarballs are stored
DISTDIR="${GK_SHARE}/distfiles"

# Log output file
LOGFILE="/var/log/genkernel.log"

# Debug Level
LOGLEVEL=1


# =========COMPILED UTILS CONFIGURATION============
#
# Default location of kernel source
DEFAULT_KERNEL_SOURCE="/usr/src/linux"

# Default kernel config (only use to override using
# arch/%%ARCH%%/kernel-config-${VER}.${PAT} !)
#DEFAULT_KERNEL_CONFIG="${GK_SHARE}/arch/%%ARCH%%/kernel-config"

# Specifies a user created busybox config
#BUSYBOX_CONFIG="/path/to/file"

# NOTE: Since genkernel 3.4.41 the version of
#   busybox, lvm, mdadm, ... have been moved to
#   /usr/share/genkernel/defaults/software.sh in order to
#   reduce the merging you have to do during etc-update.
#   You can still override these settings in here.


# =========MISC KERNEL CONFIGURATION============
#
# Tag the kernel and initramfs with a name:
# If not defined the option defaults to
# 'genkernel'
#KNAME="genkernel"

# This option is only valid if kerncache is
# defined. If there is a valid kerncache no checks
# will be made against a kernel source tree.
#KERNEL_SOURCES="yes"

# Build a static (monolithic kernel)
#BUILD_STATIC="no"

# Make and install kernelz image (PowerPC)
#GENZIMAGE="no"

# Archive file created using tar containing kernel binary, content
# of /lib/modules and the kernel config.
# NOTE: Archive is created before the callbacks are run!
#KERNCACHE="/path/to/file.tar.xz"

# Prefix to kernel module destination, modules
# will be installed in <prefix>/lib/modules
# (.conf equivalent of --module-prefix=<dir>)
#INSTALL_MOD_PATH=""


# =========MISC INITRAMFS CONFIGURATION============
#
# Copy all compiled kernel modules to the initramfs
#ALLRAMDISKMODULES="no"

# Copy selected modules to the initramfs based on arch-specific modules_load file
#RAMDISKMODULES="yes"

# Archive file created using tar containing kernel and initramfs.
# NOTE: No modules outside of the initramfs will be included!
#MINKERNPACKAGE="/path/to/file.tar.xz"

# Add additional modules to the initramfs using the module groups defined
# in /usr/share/genkernel/defaults/modules_load (see this file for
# more details).  This would be used if, for example, you
# required an additional crypto module or network device at boot
# time and did not want to staticly compile these in the kernel.
# Options take the form AMODULES_{group} where {group} is one of
# the groups in modules_load (which are in the form MODULES_{group}).
# Use this with caution.
#AMODULES_group="module-to-include another-module"

# Override the default modules in the initramfs, for a given group, as defined by
# /usr/share/genkernel/defaults/modules_load and the per-arch modules_load
# files. You PROBABLY want to use AMODULES_* above, and NOT MODULES_* here.
# If you use MODULES_* here, the default and per-arch modules will NOT be used.
#MODULES_group1="some-module"
#MODULES_group2="" # Load no modules for this group

# Archive file created using tar containing modules after
# the callbacks have run
#MODULESPACKAGE="/path/to/file.tar.xz"

# Directory structure to include in the initramfs,
# only available on >=2.6 kernels
#INITRAMFS_OVERLAY=""

# Build the generated initramfs into the kernel instead of
# keeping it as a separate file
#INTEGRATED_INITRAMFS="no"

# Compress generated initramfs
#COMPRESS_INITRD="yes"

# Types of compression: best, xz, lzma, bzip2, gzip, lzop, fastest
# "best" selects the best available compression method
# "fastest" selects the fastest available compression method
#COMPRESS_INITRD_TYPE="best"

# wrap initramfs using mkimage for u-boot bootloader
# WRAP_INITRD=no

# Create a self-contained env in the initramfs
#NETBOOT="no"


# =========MISC BOOT CONFIGURATION============
#
# Specify a default for real_root=
#REAL_ROOT="/dev/one/two/gentoo"