With these templates if a package has installed files in
/usr/share/lorax/product or /usr/share/lorax/updates/ they will be used
to create product.img and/or updates.img which will be included in the
images/ directory of the iso and of the final output tree.
These can be used to customize the installation environment or provide
updates. See README.product for current documentation.
We started including it as an unintended side-effect of commit 9ca487f8.
lvm doesn't like it when there are multiple 'global' sections in lvm.conf,
and we add one right at the end of that block. We expect ours to be the
file's only content.
at-spi is the old accessibility library, deprecated in these gtk3 times
by at-spi2-atk. at-spi-corba has been replaced with atk-bridge.
at-spi2-atk is a dependency of gtk3, so there's no need to explicitly
add it.
The settings in /apps/metacity/general are now covered by gsettings in
org.gnome.desktop.wm.preferences. The keybinding settings are already
covered by the overrides for org.gnome.desktop.wm.keybindings.
Right now, logind reserves tty6 for a login shell, which is not what we
want - normally anaconda puts Xorg there, and there's no need for a
login prompt anyway.
This configures logind to activate "anaconda-shell@.service" when a user
switches to an unused tty, and reserves tty2 for that purpose (which is
where users expect a shell anyway).
This will avoid us having login prompts that users don't know what to do
with. It also probably saves us a little bit of RAM.
The system-wide spice guest agent, spice-vdagentd, normally uses
systemd-logind to determine which of the per-session spice-vdagent
instances it should be communicating with. On the non-live media, the X
session isn't registered with systemd-logind, so instead start
spice-vdagentd with -X to disable the systemd-logind integration and
serve instead to a single spice-vdagent.
It's pretty pointless to copy data from /run/log/journal to
/var/log/journal, since both of those are in-memory filesystems.
This should somewhat reduce RAM use during installation.
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.
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.
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.
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.
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.
We were appending to /etc/shadow when previous versions of lorax
overwrote it, so we ended up with two conflicting entries for "root".
Instead:
- keep existing /etc/shadow and /etc/passwd contents
- add new entries for "install" user
- remove password from existing "root" entry in /etc/shadow
Also, we don't need to create the 'sshd' user, because the
openssh-server %post script does that for us.
Makefile-style "-cmd" syntax lets us run a command and ignore any
resulting errors. This is a more general version of what copyif/moveif
were trying to accomplish, so we can drop those commands.
symlinking /modules to '/lib/modules' inside the runtime image is fine,
but since we're operating outside the runtime image, the absolute
symlink will point to the host's /lib/modules, which can cause us to
delete kernel modules. Yikes.
Instead:
1) use /lib/modules rather than the symlink, and
2) use a relative symlink, just to be safe.
move arch-specific stuff to arch-specific subdirs and move all the
common stuff to a subdir named 'common'. Also, rename '.profile' and
'.bash_history' so you actually see them when you 'ls' the 'common' dir.
also added some helpful(?) comments to the templates.
