# Template file for 'dracut' pkgname=dracut version=024 revision=4 patch_args="-Np1" build_style=gnu-makefile make_build_args="sysconfdir=/etc systemdsystemunitdir=/usr/lib/systemd/system" make_install_args="sysconfdir=/etc systemdsystemunitdir=/usr/lib/systemd/system" depends="psmisc>=22.14_2 cpio xz" makedepends="libxslt docbook-xsl asciidoc" conf_files="/etc/dracut.conf" make_dirs="/etc/dracut.conf.d 0755 root root" subpackages="dracut-network" homepage="http://www.kernel.org/pub/linux/utils/boot/dracut/dracut.html" short_desc="A new initramfs infrastructure" maintainer="Juan RP " license="GPL-2" distfiles="${KERNEL_SITE}/utils/boot/$pkgname/$pkgname-$version.tar.xz" checksum=d88dc31f326cd6064f7bdcf48a5985bbcfb829fd773b2c0ee93c4c6de86b9f32 long_desc=" Unlike existing initramfs, this is an attempt at having as little as possible hard-coded into the initramfs as possible. The initramfs has (basically) one purpose in life -- getting the rootfs mounted so that we can transition to the real rootfs. This is all driven off of device availability. Therefore, instead of scripts hard-coded to do various things, we depend on udev to create device nodes for us and then when we have the rootfs's device node, we mount and carry on. Having the root on MD, LVM2, LUKS is supported as well as NFS, iSCSI, NBD and FCOE with dracut-network." pre_build() { # Remove the nonsense syncheck target. sed -i -e "s|all: syncheck|all:|g" Makefile } pre_install() { # fix path to busybox. sed -i "s|/sbin/busybox|/bin/busybox|g" modules.d/05busybox/module-setup.sh } post_install() { # kernel hooks. vinstall ${FILESDIR}/kernel-hook-postinst \ 755 etc/kernel.d/post-install 10-dracut vinstall ${FILESDIR}/kernel-hook-postrm \ 755 etc/kernel.d/post-remove 10-dracut }