removekmod GLOB [GLOB...] --allbut KEEPGLOB [KEEPGLOB...]
This can be used to remove kernel modules from under
/lib/modules/*/kernel/ while keeping specific items. This should be
easier than constructing find arguments to select the right things to
save.
Use the same stage2 location for all arches, put it in images with all
the other images. This only effects boot.iso, live images still use
LiveOS/squashfs.img because that's where dracut's 90dmsquashfs-live
module expects to find it.
For boot.iso anaconda-dracut handles finding stage2, looking at
images/install.img and LiveOS/squashfs.img
It appears that reset+fill_sack will now do the right thing and load the
state of the installed packages. Drop the hack with deleting the object.
Also add a double-check to make sure there really is a list of files
for anaconda-core before we run off and make an image without removing
anything.
--cachedir allows the user to specify where the DNF cache is located.
This doesn't actually appear to do much since dnf erases the cache when
it is done. May be useful in the future.
--workdir sets the top level directory for lorax to use for installing
packages, creating installtree and installroot. Normally a temporary
directory under /var/tmp.
Note that the workdir will *not* be removed if there is an error setting
up the DNF object.
--force skips checking if the output directory exists, allowing things
like pungi to use lorax to place the output next to the repo tree it has
already created.
This is a workaround for a current dnf bug, it doesn't update the state
of the packages after they are installed so we tear down the base dnf
object and create a new one pointing to the installroot.
There is an additional issue with the list of files returned, hawkey and
dnf don't appear to make a distinction between files, dirs and ghosted
dirs like yum did, this can result in too much being removed (eg. all of
/etc/selinux/) so we only remove files not directories.
pylorax users will need to change to using dnf and pass a dnf.Base()
object as the dbo argument instead of a yum object as the yum or ybo
argument. See the lorax script for an example of how to do this.
The lorax cmdline argument --excludepkgs has been removed since dnf
doesn't appear to have any way to support it and packages should be
controlled using templates anyway.
We don't need biosboot partitions, and the urls should point to rawhide.
On minimal installs dracut needs to have tar and dracut-network
explicitly included.
The directory where the --logfile is located is also used for other log
files and for the anaconda logs when using --no-virt. Create the parent
directories if they don't exist.
This package no longer contains anything that we actually use. Removing
it also removes gnome-themes, which we needed for the metacity theme but
which is now handled by anaconda, and gtk2-engines.
fedora-gnome-theme provides gnome-themes-standard, from which we remove
everything except a metacity theme file that metacity doesn't actually
use. Remove fedora-gnome-theme entirely and manually add the font
dependency that it was pulling in.
--make-pxe-live target generate live squashfs and initrd for pxe boot.
Also generates pxe config template.
--make-ostree-live is used for installations of Atomic Host. Additionally to
--make-pxe-live it ensures using deployment root instead of physical root of
installed disk image where needed. Atomic installation needs to be virt
installation with /boot on separate partition (the only way supported by
Anaconda currently). Content of boot partition is added to live root fs so that
ostree can find deployment by boot configuration.
Previously if there was an error during a novirt installation that
didn't exit the process there was no way to detect it. This uses the new
--remotelog option for anaconda to monitor the logs for errors using the
same criteria as it does when monitoring a virt install. If there is an
error the anaconda process will be terminated and the logs will be
gathered up into ./anaconda/
Virtual machines easily get starved for randomness, and Anaconda insists
on sufficient amounts of entropy when the user requests LUKS disk
encryption. As a result, such installations can hang until Anaconda gives
up (after 10 minutes) and makes do with whatever entropy is available.
The virtualization host can feed randomness to the guest, unblocking the
installation. However, the guest can only consume that randomness through
the virtio-rng module. Let's not remove that module.
Signed-off-by: Laszlo Ersek <lersek@redhat.com>
Signed-off-by: Brian C. Lane <bcl@redhat.com>
Resolves: rhbz#1179000
