#
# Default.cfg.in - default Yaird configuration file
#   Copyright (C) 2005  Erik van Konijnenburg
#
#   This program is free software; you can redistribute it and/or modify
#   it under the terms of the GNU General Public License as published by
#   the Free Software Foundation; either version 2 of the License, or
#   (at your option) any later version.
#
#   This program is distributed in the hope that it will be useful,
#   but WITHOUT ANY WARRANTY; without even the implied warranty of
#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
#   GNU General Public License for more details.
#
#   You should have received a copy of the GNU General Public License
#   along with this program; if not, write to the Free Software
#   Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301 USA
#
#

CONFIG
	#
	# FORMAT -- Which default format to use for the generated image.
	# use 'cpio' for initramfs, 'directory' if the image is not to
	# packed in a single file, or 'cramfs' for initrd images.
	# Can be overridden by command line option.
	#
	FORMAT	cpio

	#
	# TEMPLATE FILE -- This file contains boilerplate code
	# to be used on certain occassions, eg when a module is to
	# be inserted or a device to be created.  The boilerplate
	# can be adapted for differences between distributions.
	#
	TEMPLATE FILE "/etc/yaird/Templates.cfg"

	#
	# GOALS -- What should go on the generated image,
	# in high-level terms.
	#
	GOALS
		#
		# TEMPLATE -- Insert named piece of boilerplate
		# from the templates file.  There is no mechanism
		# to pass parameters.
		#
		# By contention, 'prologue' is the first template
		# added to the image; it should be used to interpret
		# boot command line parameters.
		#
		TEMPLATE	prologue

		# If there is a framebuffer module, make it operational
		# as soon as possible, so that you can see error messages.
		OPTIONAL MODULE fbcon

		#
		# INPUT -- Insert all modules needed for keyboard
		# devices found on the machine where the image is generated.
		# This could also be handled by init scripts on the real
		# root device, except of course when the keyboard is needed
		# to enter a password for an encrypted root device.
		#
		# Instead of adding only modules for the keyboard devices
		# found at the time the image is generated, you could also
		# use a number of predefined devices, eg usbhid, psmouse,
		# i8042, serio, atkbd.  The advantage is that you don't
		# have to change the image if the hardware is changed,
		# the disadvantage is that it stops working if you get a
		# new kernel where the modules are named differently.
		#
		#INPUT
		MODULE ehci_hcd
		MODULE uhci_hcd
		MODULE ohci_hcd
		MODULE usbhid
		MODULE psmouse
		MODULE i8042
		MODULE serio
		MODULE atkbd

		#
		# MODULE -- make a module available.  If the module is
		# known to be compiled in the kernel, nothing is added
		# to the image.  Otherwise, insmod(8) statements are
		# added in the order given by modprobe(8).
		#
		# OPTIONAL MODULE -- the same, but don't complain if
		# the module does not exist, so it cannot be placed on
		# the image.  Note that if it is on the image, it will
		# be loaded into the kernel, whether it's relevant for
		# you hardware or not.  This is not a substitute for
		# cold-plugging.
		#
		# mousedev implements /dev/input/mice, a device that
		# collects input from all mice attached to the system.
		# It is used by X windows and GPM.  This module is not
		# necessary to boot the system; if your kernel does
		# not include this module, you can simply delete the
		# following module line.  Ditto if the module is loaded
		# via the init scripts on the root device, eg if it's
		# listed in /etc/modules.
		#
		# evdev implements /dev/input/eventX, devices that present
		# keyboard and mouse input in a manner independent from
		# the console.  It also helps yaird to detect what kind of
		# keyboard is connected to the system.  This module is not
		# necessary to boot the system.
		#
		MODULE		mousedev
		MODULE		evdev

		#
		# NETWORK -- Insert modules for all ethernet devices
		# connected to the system, eg for NFS boot.  Note that
		# the 'network' command does not set up IP addresses,
		# only the hardware.
		#
		# NETWORK
		# Try blindly to load network interface cards
		OPTIONAL MODULE	ne
		OPTIONAL MODULE	3c509
		OPTIONAL MODULE	3c59x
		OPTIONAL MODULE	8139cp
		OPTIONAL MODULE	8139too
		OPTIONAL MODULE	dmfe
		OPTIONAL MODULE	e100
		OPTIONAL MODULE	eepro100
		OPTIONAL MODULE	e1000
		OPTIONAL MODULE	eexpress
		OPTIONAL MODULE	epic100
		OPTIONAL MODULE	hp100
		OPTIONAL MODULE	ne2k-pci
		OPTIONAL MODULE	sis900
		OPTIONAL MODULE	tlan
		OPTIONAL MODULE	de4x5
		OPTIONAL MODULE	tulip
		OPTIONAL MODULE	via-rhine
		OPTIONAL MODULE	yellowfin
		OPTIONAL MODULE	forcedeth
		OPTIONAL MODULE	natsemi
		#
		# nfs implements the NFS protocol.
		MODULE	nfs
		#
		# af_packet allows access to network devices below
		# the IP level, as raw packets.  It's needed for DHCP clients.
		MODULE	af_packet
		#
		# the nfsstart template finds IP addresses
		# for the ethernet devices, then mounts a boot disk
		# and switches root to that.
		# note that you need a kernel command line parameter
		# to specify how you want to find an IP address.
		# Most simple is 'ip=all': do DHCP on every interface,
		# use the address and boot disk given by the first device
		# that responds.
		TEMPLATE	nfsstart

		#
		# MOUNTDIR -- Given a directory name that occurs in
		# fstab, eg "/", insert all modules needed to access
		# the underlying block device and file system type,
		# and mount it somewhere else, eg in "/mnt".
		# The block device can be raid, LVM, or encrypted.
		#
		# Use this *only* for local devices: for NFS disks,
		# you'll have to use the kernel command line to give
		# the detailed IP information that's not provided
		# by /etc/fstab.
		#
		#MOUNTDIR	"/" "/mnt"

		#
		# MOUNTDEV -- You can also specify the device to be
		# mounted as a block special file.  It still needs to
		# occur in fstab.
		#
                # MOUNTDEV	"/dev/hda3" "/mnt"

		#
		# By convention, 'postlude' is the last template added.
		# It should switch root to "/mnt".
		#
		TEMPLATE	postlude
	END GOALS
END CONFIG