Like -H, we need to poll every module to check if it is needed
to mount a specific device in '--mount'.
Signed-off-by: Cong Wang <xiyou.wangcong@gmail.com>
When the initqueue cannot be processed, it might be about an invalid
root device (in which case a separate message produced via
wait_for_dev() should be displayed anyway), but it could also
be for any other reason (e.g. /dev/resume not existing).
Therefore, it is best to use a more generic error message.
Also a minor tab->space conversion in the near vacinity of
the real change.
This commit allows the waiting for a device to be cancelled.
When the resume partition does not exist, it becomes quite hard
to work out what to do (you have to either create the
/dev/resume symlink manually, or remove the 'finished' job
that is waiting for it). Additionally dracut incorrectly
displays a message about not being able to find the root
device, which is bogus and misleading.
This commit should just bail on the whole resume thing
if the device cannot be found and proceed with a normal boot.
This should fix initial initrd generation during install.
If the modules are not desired to be used, the nokmsboot kernel
command line should disable them.
--add-fstab [FILE] Add file to the initramfs fstab
--mount "[DEV] [MP] [FSTYPE] [FSOPTS]"
Mount device [DEV] on mountpoint [MP] with filesystem
[FSTYPE] and options [FSOPTS] in the initramfs
inst_mount_hook <mountpoint> <prio> <name> <script>
Install a mount hook with priority <prio>,
which executes <script> as soon as <mountpoint> is mounted.
add_mount_point <dev> <mountpoint> <filesystem> <fsopts>
Mount <dev> on <mountpoint> with <filesystem> and <fsopts>
and call any mount hooks, as soon, as it is mounted
Unlike "ifconfig", the "ip" command does not set a broadcast address
unless explicitly requested.
add "brd +" to make "ip" calculate the broadcast address on the fly
To start bnx2fc, we need to run fipvlan only and not dcbtool. DCBX is run
automatically in the hardware, but VLAN discovery needs to be started by
fipvlan.
https://bugzilla.redhat.com/show_bug.cgi?id=736094
The dm module, which lvm and dmraid depend on, installed dmraid
shared libs. The lvm module installed udev rules, which were
already installed by the dm module.
Cleaned up those issues.
The kernel's primary console device is determined by the last "console="
argument on the kernel command line. This setting should be respected by
dracut-generated initial RAM disks.
Steps to Reproduce:
(Easiest using a KVM VM, virt-manager and "virsh console")
1. Boot with a kernel command line ending in
console=tty0 console=ttyS0,115200
2. Observe both tty0 and ttyS0.
The output of init scripts is sent to ttyS0, as the final "console="
argument determines the primary console device as per
Documentation/serial-console.txt in the kernel sources.
https://bugzilla.redhat.com/show_bug.cgi?id=752073
The Xen module is unnecessary and it has been for a while.
Most Xen systems will not be using the module, even now, because
xen-detect is not installed by default on most Xen systems, and
dracut uses xen-detect to decide whether to include the module.
It also has some problems:
1) it does not try loading xen_platform_pci;
2) it loads modules unnecessarily; modules.alias is where all Xen support
should reside. Assuming xenbus_probe_frontend and xen_platform_pci
are loaded so that Xen devices are probed, other modules are picked up
automatically thanks to aliases such as
alias xen:vbd xen_blkfront
3) Even not-so-recent kernels (say 2.6.32) require the xen_platform_pci
and xenbus_probe_frontend modules even for non-paravirtualized guests.
60xen/module-setup.sh picks the module only for PV guests.
So, just require xenbus_probe_frontend to be builtin, and also
xen_platform_pci for fully-virtualized guests, and remove the module.
Signed-off-by: Paolo Bonzini <pbonzini@redhat.com>
- in 10i18n - do stty -iutf8 on non-utf8 consoles, for consistency with
iutf8 on utf8 ones
- vim modeline in xml file
Signed-off-by: Michal Soltys <soltys@ziu.info>
Cong Wang