gbootroot/yard/templates/Example.yard

#  $Id$
#  Example.yard
#
#  Creates a minimalistic runlevel 2 root filesystem with getty.  
#  Tested on Debian unstable/testing,  but should work on other distributions 
#  (Mandrake,  RedHat, etc.) by using the proper inittab (edit) and getty.
# 
#  Create either as a normal user or root.  When using genext2fs it's necessary to specify a
#  root filesystem slightly larger than the actual size shown in Space Left because genext2fs
#   uses different accounting information than mke2fs.
#
#  Works both with and without devfs, i.e devfs=nomount.

#############################################################################
#
# Format rules:
#  - Lines beginning with # or % are comments.
#
#  - Blank lines and whitespace are ignored.
#
#  - Lines of the form "filename1 ->  filename2" will create symbolic (soft)
#    links on the root fs.  For example, if you want sh linked to ash
#    in the root fs you could specify: "/bin/sh -> /bin/ash".
#    The literal output from the last column found when using `ls -s`
#     may be used, or fictional links may be created, for instance,  ashsa -> bash
#    (In this case if /bin/bash exists on the system the link would be
#    /bin/ashsa -> /bin/bash, otherwise /asha -> /bash)
#    (There is no way to specify hardlinks, though hard linked files
#    that exist on the hard disk will be hard linked.)
#
#  - Lines of the form "filename1 <= Replacements/pathto_filename2"
#    will cause filename2 to be copied to filename1 on the root fs.
#    This is useful for specifying trimmed-down replacements for
#    /etc/passwd, /etc/inittab, etc.  For the above example, filename2 
#    is found in its real path below the Replacements directory which is 
#    found in the default Replacements path of $HOME/yard/Replacements.
#    Replacements may be specified in their absolute or relative paths 
#    (found using $PATH). 
#
#  - User defined paths may be specified in the Path Box (Edit->Settings->Path).  These paths
#    may be used to search for the relative paths for Replacements, links and files.
#     
#  - Glob designations (?, * and []) are generally allowed, eg /dev/hd[ab]*
#    Wildcards are not allowed in link specs or replacement specs.
#
#   - The $RELEASE variable which may be used to locate the modules directory can come from 
#    one of three sources,  the kernel version returned from a selected kernel in the main section, 
#    a user defined kernel version in the ABS, or the value of `uname -r` returned automatically
#    when the other two sources aren't specified.
#
#    You don't need to specify shared libraries or loaders because
#    necessary libraries are detected automatically.  

#    You may choose between two behaviors for the treatment of NSS and PAM 
#     libraries.  The old Yard behavior assumes that only the user knows which
#     service modules they want to include in the file set, and tests (see Tests menu)  
#     may be run on the configuration files to show what isn't provided, 
#     so that the user can include the missing modules manually by editing the template,
#     but the user still needs to figure out any dependencies since the modules are dynamically
#     loaded.
#
#     The new Yard behavior (default) assumes that the user does know what they want 
#     based on what the user puts in the NSS (nsswitch.conf) and PAM (pam.conf or pam.d/*)
#     configuration files.  The configuration files are then parsed and the corresponding 
#     service modules are included in the file set if they exist on the host system, tests 
#     (see Tests menu) can be run to find out which ones don't exist.   The service modules are
#     checked for library dependencies.  What this means is that the users only needs
#     to specify the configuration files in the template, and don't need to concern themselves
#     with the service modules or libraries involved.  The new behavior is recommended, 
#     but if the old behavior is desired switch off Edit->Settings->"NSS Conf" and 
#     Edit->Settings->"PAM Conf".
#
#    You don't need to explicitly specify intermediate directories unless you
#    just want to make sure they exist.
#
##############################################################################

# init - parent of all processes
## Consider being creative with init, for instance use ash, sash, or busybox as an init replacement.
# Choose an inittab to compliment the traditional init in the page below.
/sbin/init 		   	
/sbin/telinit
/sbin/shutdown
/sbin/halt
/etc/init.d/halt    # make this into a replacement
/sbin/swapon               
/sbin/reboot
/etc/init.d/reboot  # make this into a replacement
/etc/rc   <=    Replacements/etc/rc.debian-min # need two of these and put them in init.d
/etc/init.d/rcS <= Replacements/etc/rcS.example

# Login stuff .. password not used. 
/bin/login 
/sbin/sulogin # used by inittab.debian-min
/etc/securetty <= Replacements/etc/securetty.debian-min
/root/.bashrc <= Replacements/root/.bashrc.debian
/root/.profile <= Replacements/root/.profile.debian
/home/user/.bashrc <= Replacements/home/user/.bashrc.debian
/home/user/.bash_profile <= Replacements/home/user/.bash_profile.debian
/etc/hostname <= Replacements/etc/hostname
/etc/motd <= Replacements/etc/motd

# Important stuff
#
# Create->Replacements-> fstab.  Edit file to use /dev/ubd/0 or /dev/ram
/etc/fstab	<= ./Replacements/etc/fstab.new 
#
/etc/issue # nice to have
#
# No password for anyone.
#/etc/group <= Replacements/etc/group.debian-min	
#/etc/passwd <= Replacements/etc/passwd.debian-min
#
# Shadow password  root=root user=user
/etc/group <= Replacements/etc/group.debian	
/etc/passwd <= Replacements/etc/passwd.debian
/etc/shadow <= Replacements/etc/shadow.debian
/etc/login.defs

#  Specify these binaries absolutely because boot scripts need them to be here.
/bin/echo # for inittab.debian.sample
/bin/mount 
/bin/umount
/bin/cat
/bin/hostname		   	
/bin/ln			   	
/bin/ls			   	
/bin/more
/bin/mv			   	
/usr/bin/find

#####  SHELLS
#    Bash is huge and requires libncurses.so.
#    Most people use a smaller lightweight shell, like ash or kiss,
#    and use that instead.
/bin/sh -> bash 
#  This could be made the init=sash
/bin/sash 
#
/etc/profile		    
/etc/shells # Make sure ash is listed if it is used.

#   PROVISIONS FOR PAM: 
/etc/pam.d/login
# /etc/pam.conf

#   PROVISIONS FOR NSS
#   If you use the old libc5, or uClibc you don't need this.  Comment out this line.
#
/etc/nsswitch.conf <= ./Replacements/etc/nsswitch.conf.sample

##### INITTAB and GETTY
# Use one of these pairs, based on your distribution:
#  Remember these aren't absolutely necessary.
#
#===== DEBIAN (1.1) uses a program called "getty" which is actually 
#                  agetty in disguise:
/etc/inittab	<= Replacements/etc/inittab.debian-min
/sbin/getty
#
#
#===== REDHAT (5.x, 6.0) uses getty
#/etc/inittab	<= Replacements/etc/inittab
#/sbin/getty
#
#
#===== MANDRAKE (7.0, 8.0) uses mingetty
#/etc/inittab	<= Replacements/etc/inittab.mingetty
#/sbin/mingetty
#
#
#===== SLACKWARE uses agetty:
#/etc/inittab	<= Replacements/etc/inittab.agetty
#/sbin/agetty
#
#
#===== SUSE	uses mingetty:
#/etc/inittab    <= Replacements/etc/inittab.mingetty     
#/sbin/mingetty
#
#
# If in doubt, check your /etc/inittab.
#
# In any case, check to make sure the *getty* calls in the inittab match
# the executable you're using.  Yard can't check this and *getty* will
# hang if the arguments are wrong.

# Devices - for devfs=nomount the bare minimum required is an inital console, otherwise
# nothing is required.
/dev/console
/dev/ram*
/dev/mem
/dev/kmem
/dev/null
/dev/zero
/dev/tty[0-9] # nice for getty
## /dev/ubd0 <= Replacements/dev/ubd0

##/dev/mem	/dev/kmem
##/dev/null       /dev/zero
##/dev/ram*
##/dev/hd[abcd]*              # Hard disks
##/dev/ttyS[0-9]		    # Serial ports (new style)
#  Optional devices.  Uncomment the ones you want, but
#  keep in mind that each device file consumes an inode.
##/dev/fd0*                   # Floppy disk drives
#/dev/*tape*                 #  Tape device links
#/dev/*rft0                  #  Floppy tape devices
#/dev/st?                    #  SCSI tape drives
#/dev/sd*                    # SCSI disks
##/dev/cdrom /dev/modem       # Links to real devices, which will be copied
#/dev/mouse

#####  utmp and wtmp.  
# Made by rcS if they don't exist.

#####  terminfo entries for programs which need terminal capabilities like vi and nano.
/usr/share/terminfo/v/vt100    
/usr/share/terminfo/l/linux  
# The old way
#/etc/termcap <= Replacements/etc/termcap
reset

# If you want to load a special keytable, add the filename here:
#/usr/lib/kbd/keytables/defkeymap.map

#####  Empty directories
/proc               
/tmp                
/var/tmp
/var/log
/var/run

##### Special links
/etc/mtab -> /proc/mounts

#####  MODULES and support programs for them.
insmod
rmmod
lsmod
depmod
modprobe
/etc/modules.conf
#
#       The actual modules.  You probably want to be more selective than this.
#       Do an "lsmod" and include the modules you use.
#/lib/modules/$RELEASE/*/*.o

#####  ESSENTIAL SYSTEM UTILITIES
# (your rescue disk may not boot if these are not present.)
chmod		   	
chown
chroot
cp			   	
df			   	
id
mkdir		   	
pwd
rm
stty		   	
sync          
uname

#####  NON-ESSENTIAL BUT USEFUL UTILITIES
which
ldd
du			   	
rmdir
less
dircolors
grep         
tail       
mknod		   	
ps			   	
touch		   	
whoami
diff
wc
w
last
date
	   	
# Editors
vi
# Small, free, pico replacement.
nano

#####  DISK AND FILE SYSTEM UTILITIES
fdisk
e2fsck
mke2fs
tune2fs
dumpe2fs
debugfs
e2image
badblocks