dracut tries to build hostonly initrd by default without the nohostonly
package/config; this results in a bunch of error messages about missing
files in proc and sys, and then the resulting initrd doesn't work 'cuz
it doesn't have any drivers for anything.
Make kernel args the same in every config.
Put 'quiet' at the end of the line - it's usually the first thing a user removes when debugging.
Fill missing product versions in.
Distinguish between 'install' (installation media) and 'start' (live media).
The list of ARM platforms was represented as a static list to be
installed in .treeinfo for Beaker support, but as ARM moves to use
the multiplatform kernel the platform specific kernel images will
no longer be needed. This process is beginning in F18 (3.7 kernel)
with HighBank being the first to use the baseline kernel. Due to
this change, there will be no 'highbank' platform images, but Beaker
tries to import all platforms listed in .treeinfo. To avoid errors,
we should dynamically create the list of ARM plaforms, including
only those that are actually provided.
Signed-off-by: David A. Marlin <dmarlin@redhat.com>
For ARM systems that require U-Boot wrapped images,
perform mkimage to create one for 'upgrade.img'.
Signed-off-by: David A. Marlin <dmarlin@redhat.com>
Anaconda runtime is already in memory, no need to use tmpfs here. In
fact use of tmpfs here will overwrite any updates content that was put
in place by dracut.
live media isn't exactly the same as the Anaconda install media. Right
now this amounts to needing a root= cmdline argument but in the future
there may be other differences.
This also reverts 5437557846 on the new copies of the templates.
Using root= overrides the anaconda magic code for finding product.img
and updates.img. Anaconda can find the CDROM itself without needing
root=, though, so we can omit it safely for boot.iso.
The 'systemctl' command can be used to enable, disable, or mask systemd
units inside the runtime being modified. Modify runtime-postinstall.tmpl
to use the 'systemctl' command.
We also no longer remove quota*.service or kexec*.service, since
these aren't enabled by default. And systemd-remount-api-vfs.service
should work correctly now, so we can leave it alone as well.
We need the initramfs around to reboot properly. If it's packed up in
/boot we need this service to unpack it. If it's not there, the service
does nothing, so this patch won't hurt anything.
Also add pigz, which speeds up compression nicely (for use in
anaconda-cleanup-initramfs.service).
Now that the runtime contents remain compressed and aren't always stored
in RAM, it generally takes less RAM to keep these around than to run
'localedef' in anaconda.
This switches us back to the old pre-lorax method for setting up the
locale archive - see e.g. anaconda commit ea71816d
The 'removefrom kbd' line wasn't deleting anything because it was
looking in the wrong place. It was also kind of wordy.
This version should keep the needed binaries and remove the stuff we
don't need, as intended.
iproute's binaries moved to /usr/sbin, so they were *all* getting
removed by the '/usr/*' glob. iscsi's NetworkManager dispatcher script
uses 'ip' so this might be needed for proper iscsi support; at the very
least it quiets some error messages from NM. It's also pretty likely
people's kickstart scripts use 'ip' utility, so we'd better make sure
it's still available.
Remove a bunch of useless 'removefrom' lines that did nothing but cause
"no files to remove!" messages in lorax logs.
- ConsoleKit isn't in the anaconda runtime
- update-gtk-immodules isn't in gtk3
- there's nothing in /usr/share/selinux in selinux-policy-targeted
- zenity doesn't have a /usr/share/omf directory
- libpng moved to libpng15.*; actually removing it breaks the GUI
- pcmciautils' binaries are in /sbin, not /usr/sbin. They're only 7kb,
so let's just keep 'em.
This should have *no effect* on the contents of the runtime images.
A lot of the systemd unit files got moved around due to UsrMove, so
these lines weren't removing the services as expected.
Fix the paths and they all work. This eliminates the "FAILED"
message from systemd-remount-api-vfs.service and plymouth-start.service.
Oh - and the ConsoleKit removal got dropped 'cuz ConsoleKit isn't in the
installer images anymore.
This adds support for creating an appliance description file for the
disk image. Mako templates are used to make it easy to support other
appliance targets. The included example works with virt-image.
We use this to set various sysctl settings, like setting kernel.printk=1
so we don't get the screen all crudded up with kernel messages during
text-mode installs.
There's a small amount of additional metadata required for the Mac boot
images to appear as bootable devices in the startup preferencs, so add
support for generating that.
Signed-off-by: Brian C. Lane <bcl@redhat.com>
Since noloader mounts stuff under /run/install, but anaconda (and
people's scripts etc.) look under /mnt/install, make a symlink so
everything works as expected.
Install the anaconda dracut module during 'install', use it when
rebuilding initramfs, and clean it up afterward.
Also install '.buildstamp' into the initramfs (the anconda module wants
it).
In order for grub to be able to read the kernel regardless of whether
the image is written to a CD or a USB stick, it's necessary to autoprobe
for the filesystem using the findiso command. Add it to the grub config.
The installer no longer has access to the initrd's root. We need to
copy any needed files over to /sysroot before switching root. This
copies *.cfg and *.ks files.
It also adds the ability to add dracut hook scripts to the initramfs
from /usr/share/lorax/dracut_hooks/
This re-adds commit af6d4e2c50 which was
lost during the switch to the treebuilder branch.
This doesn't get rid of the gtk2 stuff yet, though. The intention here is
that you can use this lorax to generate an image containing either the old
anaconda or the newui branch, simply by including a different repo in your
tree composition kickstart file.
Also, it appears that some things in the tree still require gtk2 so we may
be stuck with both for the forseeable future.
If yaboot so much as catches a whiff of a backslash in yaboot.conf, it
will reject the entire file. No bootloader config means no booting.
So as long as we're still using yaboot on PPC, we need to use ISO volume
labels it can handle. So: filter the isolabel, replacing any non-ASCII
characters with underscores.
So there's actually two copies of yaboot on a PPC image, and they each
use different config files:
ppc/chrp/yaboot --> /etc/yaboot.conf
ppc/mac/yaboot --> /ppc/ppc{32,64}/yaboot.conf
So we need two copies of yaboot.conf - one in each place - to
boot properly (or all three if we're making hybrid images). Whee!
The comments should now make this more clear for future reference.
