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Merge branch 'bqin'

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qinbo
2010-09-21 14:05:09 +08:00
parent c929db5482 c1cce3bf5b
commit d5314ea859
14 changed files with 1049 additions and 311 deletions
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218
operation/configure_bootloader_cnf.sh Executable file
View File

@@ -0,0 +1,218 @@
#!/bin/bash
#
# DESCRIPTION: configure configuration file of bootloader
#
# SCRIPT NAME: configure_bootloader_cnf.sh
#
# Input:
# argument:
# [-r|--root] partition mount by root
# <-b|--boot> partition mount by boot (optional,if the boot is not mount by stand alone)
# [-k|--kparameter] kernel parameter
# [-o|--osversion] OS version
#
# Output:
# NULL
# Return value:
# 1 argument error
# 2 bootloader type doesn't specify
# 3 bootloader no implement
# 4 bootloader configuration file doesn't exist
#
#
# AUTHOR: Qin Bo
#
# EMAIL: bqin@linx-info.com
#
# DATE: 2010-09-07
#
# HISTORY:
# REVISOR DATE MODIFICATION
# Qin Bo 2010-09-07 create
#
#
#
source ./functions
usage ()
{
if [ "$1" == "-n" ];then
cmd="info"
ret=0
else
cmd="err"
ret=1
fi
$cmd "
This script will install boot loader for system
Usage: $0 options
options:
[--help] show this message
[-t|--type ] boot loader type:grub,etc.
[-r|--root] partition mount by root
<-b|--boot> partition mount by boot (optional,if the boot is not mount by stand alone)
[-k|--kparameter] kernel parameter
[-o|--osversion] OS version
"
return $ret
}
configure_grub_cnf ()
{
local root_hd
local part_num
local root
local hd_dev
local devname
local root_dev
if [ ! -e "$GRUBCNF" ];then
err "$GRUBCNF doesn't exist"
return 4
fi
# get the boot directory in which hard disk
if [ -n "$BOOT_PARTITION" ];then
root_hd=$(echo "$BOOT_PARTITION"|sed 's/[0-9]//g')
part_num=${BOOT_PARTITION##*[a-z]}
let $((part_num-=1))
else
root_hd=$(echo "$ROOT_PARTITION"|sed 's/[0-9]//g')
part_num=${ROOT_PARTITION##*[a-z]}
let $((part_num-=1))
fi
if [ ! -e "$DEVICEMAP" ];then
warn "$DEVICEMAP doesn't exist, creat it"
# generate device.map
grub --batch --no-floppy --device-map="$DEVICEMAP" << EOF 1>>"$DEV_LOG" 2>&1
quit
EOF
fi
hd_dev=$(grep "$root_hd" "$DEVICEMAP" | awk '{print $1}' | sed 's/(//' | sed 's/)//') #e.g. hd_dev=hd0
info "hd_dev: $hd_dev part_num: $part_num"
root="($hd_dev,$part_num)"
info "root: $root"
# use UUID in menu.lst except md,
# because when I use UUID of raid device in menu.lst,
# initrd can't switch root .
devname=$(basename $ROOT_PARTITION)
if [[ "$devname" =~ ^md[0-9]*$ ]];then
root_dev="$ROOT_PARTITION"
else
by_uuid=$(get_disk_sym $devname "by-uuid")
if [ -n "$by_uuid" ];then
root_dev="UUID=$(echo $by_uuid|sed 's/.*\///')"
else
root_dev="$ROOT_PARTITION"
fi
fi
info "root_dev: $root_dev"
# modify grub.conf.sample from here
# modify root
sed "/^splashimage / s/(hd0,0)/$root/
/^kernel / s/(hd0,0)/$root/" "$GRUBCNF" >"$GRUBMENU"
# modify boot directory
# boot directory mount stand alone
if [ -n "$BOOT_PARTITION" ];then
sed -i "/^kernel / s@/boot@@
/^initrd / s@/boot@@" "$GRUBMENU"
fi
# modify OS version
sed -i "/^title / s/Secure System/Secure Operating System Version $OSVERSION/" "$GRUBMENU"
# modify root partition
sed -i "/^kernel / s@root=/dev/hda1@root=$root_dev@" "$GRUBMENU"
# append kernel parameter
sed -i "s/^kernel .*$/& $KPARAMETER/g" $GRUBMENU
}
main ()
{
if [ $# -eq 0 ];then
usage; erv
fi
tmp=$(getopt -o t:r:b:k:o: --long type:,root:,boot:,kparameter:,osversion:,help -- "$@" 2>>$DEV_LOG)
if [ $? -ne 0 ];then
usage; erv
fi
# set all argument to arg variable
eval set -- "$tmp"
while true ;do
case "$1" in
-t|--type) TYPE="$2"
info "bootloader type: $TYPE"
shift 2
;;
-r|--root) ROOT_PARTITION="$2"
info "root partition: $ROOT_PARTITION"
shift 2
;;
-b|--boot) BOOT_PARTITION="$2"
info "boot partition: $BOOT_PARTITION"
shift 2
;;
-k|--kparameter) KPARAMETER="$2"
info "kernel parameter: $KPARAMETER"
shift 2
;;
-o|--osversion) OSVERSION="$2"
info "version of opterating system: $OSVERSION"
shift 2
;;
--help) usage -n; exit 0 ;;
# shift the last "--", this dash is define by getopt (more information see man getopt)
--) shift; break;;
*) usage; erv ;;
esac
done
if [ -n "$TYPE" ];then
case "$TYPE" in
grub)
if [ -z "$ROOT_PARTITION" ]; then
err "configure grub configuration file root partition can't be empty"
exit 1
fi
configure_grub_cnf
erv
;;
*)
err "$TYPE bootloader no implement yet !"
exit 3
;;
esac
else
err "bootloader type doesn't specify"
exit 2
fi
}
TYPE=""
ROOT_PARTITION=""
BOOT_PARTITION=""
KPARAMETER=""
OSVERSION=""
GRUB_DIR="$TARGET/boot/grub"
GRUBMENU="$GRUB_DIR/menu.lst"
GRUBCNF="$GRUB_DIR/grub.conf.sample"
DEVICEMAP="$GRUB_DIR/device.map"
# The quotes around '$@' are essential!
# in this way we can accept whitespace as parameter.
main "$@"

56
operation/configure_fstab.sh
View File

@@ -3,6 +3,8 @@
# DESCRIPTION: configure fstab
# this script will modify $TARGT/etc/fstab,
# append the mountpoint to $TARGET/etc/fstab.
# mountpoint, swap use by-id, other device use by-uuid.
# if can't get by-id or by-uuid use device name.
#
# SCRIPT NAME: configure_fstab.sh
#
@@ -19,9 +21,9 @@
# 6. fs_passno
#
# Output:
# NULL
# Returne value:
# 1 fstab doesn't exist
# 2 lack input (reserve)
# 3 device node doesn't exist
#
# AUTHOR: Qin Bo
#
@@ -38,32 +40,39 @@
source ./functions
#
# if you redirect to /etc/fstab, don't print redundant to stdout in this function
#
configure_fstab ()
{
local devname="$1"
local device="$1"
local mountpoint="$2"
local fs_type="$3"
local fs_mntops="$4"
local fs_freq="$5"
local fs_passno="$6"
# store uuid of by-id
local devname=""
if [ ! -e "$devname" ];then
err "$devname node doesn't exist !"
return 3
fi
# if partition is not swap, md, /, we use uuid instead device node
# / and swap partition use device node is decide by mkinitrd, this
# fstab will use by mkinitrd first ,if use UUID in fstab, mkinitrd will dead loop.
if [ "$mountpoint" != "/" -a "$(echo $devname | grep md)" = "" -a "$fs_type" != "swap" ];then
DEV_UUID=$(vol_id "$devname" | grep "ID_FS_UUID=" | cut -d "=" -f2)
devname="UUID=$DEV_UUID"
# in Rocky4.2 udev-117: udevinfo couldn't get by-id of raid,
# also couldn't get by-uuid of swap, raid and swap can't unification ,
# so get device's uuid expect swap, only get device's by-id for swap.
# if partition not exist, or couldn't get partition information
# set $devname as default
partition=$(echo $device|sed 's/.*\///')
if [ "$mountpoint" == "swap" -a "$fs_type" == "swap" ];then
by_id=$(get_disk_sym $partition "by-id")
if [ -n "$by_id" ];then
devname="/dev/$by_id"
else
devname="$device"
fi
else
devname="$devname"
by_uuid=$(get_disk_sym $partition "by-uuid")
if [ -n "$by_uuid" ];then
devname="UUID=$(echo $by_uuid|sed 's/.*\///')"
else
devname="$device"
fi
fi
# configure fstab options here
@@ -85,29 +94,34 @@ configure_fstab ()
[ -z "$fs_passno" ] && fs_passno=1 ;;
esac
printf "%-60s %-10s %-10s %-25s %-1s %-1s\n" $devname $mountpoint $fs_type $fs_mntops $fs_freq $fs_passno
info "$devname $mountpoint $fs_type $fs_mntops $fs_freq $fs_passno"
printf "%-60s %-10s %-10s %-25s %-1s %-1s\n" $devname $mountpoint $fs_type $fs_mntops $fs_freq $fs_passno >>"$TARGET/etc/fstab"
}
main ()
{
local line
if [ -e "$TARGET/etc/fstab" ];then
sed -i '/^#devpts/ s/#//
/^#sysfs/ s/#//
/^#shm/ s/#shm /tmpfs/ ' "$TARGET/etc/fstab"
info "configure fstab"
while read line;do
if [ -n "$line" ];then
configure_fstab $line >> "$TARGET/etc/fstab"
configure_fstab $line
erv
fi
done
info "configure fstab success"
else
err "$TARGET/etc/fstab doesn't exist"
exit 1
fi
}
main $@
main "$@"

241
operation/configure_network.sh
View File

@@ -6,23 +6,26 @@
#
# Input: argument
# [--help] show usage
# [-t|--type] \"manual\" or \"dynamic\"
# manual argument:
# [-t|--type] "static" or "dynamic"
# static argument:
# [-h|--hostname] hostname
# [-d|--domainname] domainname
# [-i|--ip] ip address
# [-n|--netmask] netmask
# [-g|--gateway] gateway
# [-p|--pdns] priamaryDNS
# [-s|--sdns] secondaryDNS
# <-d|--domainname> domainname
# <-p|--pdns> priamaryDNS
# <-s|--sdns> secondaryDNS
# <-e|--device> network device. if no configure, default is eth0.
# dynamic argument:
# [-h|--hostname] hostname
# <-e|--device> network device. if no configure, default is eth0.
#
# Output:
# NULL
# Return value:
# 1 argument error
# 2 ip/netmask/gateway address incorrect
# 3 hosts/resolv.conf/ifcfg-eth0/network doesn't exist
#
# AUTHOR: Qin Bo
#
@@ -56,15 +59,15 @@ Usage: $0 options:
options:
[--help] show this message
[-t|--type] \"manual\" or \"dynamic\"
manual argument:
[-t|--type] \"static\" or \"dynamic\"
static argument:
[-h|--hostname] hostname
[-d|--domainname] domainname
[-i|--ip] ip address
[-n|--netmask] netmask
[-g|--gateway] gateway
[-p|--pdns] priamaryDNS
[-s|--sdns] secondaryDNS
<-d|--domainname> domainname
<-p|--pdns> priamaryDNS
<-s|--sdns> secondaryDNS
<-e|--device> network device. if no configure, default is eth0.
dynamic argument:
[-h|--hostname] hostname
@@ -88,24 +91,29 @@ check_ip ()
if [[ $ip =~ ^[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}$ ]]; then
# IFS is a separator for read builtin command, we save old IFS
OIFS=$IFS
IFS='.'
OIFS=$IFS
IFS='.'
# set $ip to ip array
ip=($ip)
ip=($ip)
# restore IFS
IFS=$OIFS
[[ ${ip[0]} -le 255 && ${ip[1]} -le 255 \
&& ${ip[2]} -le 255 && ${ip[3]} -le 255 ]]
ret=$?
fi
IFS=$OIFS
[[ ${ip[0]} -le 255 && ${ip[1]} -le 255 \
&& ${ip[2]} -le 255 && ${ip[3]} -le 255 ]]
ret=$?
fi
return $ret
return $ret
}
parse_arg ()
{
tmp=$(getopt -o t:h:d:i:n:g:p:s:e:? --long type:,hostname:,ip:,netmask:,gateway:,pdns:,sdns:,device:,help -- "$@" 2>$dev_LOG)
if [ $# -eq 0 ];then
usage
return 1
fi
tmp=$(getopt -o t:h:d:i:n:g:p:s:e:? --long type:,hostname:,domainname:,ip:,netmask:,gateway:,pdns:,sdns:,device:,help -- "$@" 2>>$DEV_LOG)
if [ $? -ne 0 ];then
usage
return 1
@@ -116,23 +124,23 @@ parse_arg ()
while true ; do
case $1 in
-t|--type) type="$2" ;
info "network configure type: $type" ;
-t|--type) TYPE="$2" ;
info "network configure type: $TYPE" ;
shift 2;;
-h|--hostname) hostname="$2";
info "hostname: $hostname" ;
-h|--hostname) HOSTNAME="$2";
info "hostname: $HOSTNAME" ;
shift 2 ;;
-d|--domainname) domainname="$2";
info "domainname: $domainname" ;
-d|--domainname) DOMAINNAME="$2";
info "domainname: $DOMAINNAME" ;
shift 2 ;;
-i|--ip) ip="$2";
info "ip: $ip" ;
-i|--ip) IP="$2";
info "ip: $IP" ;
shift 2 ;;
-n|--netmask) netmask="$2";
info "netmask: $netmask" ;
-n|--netmask) NETMASK="$2";
info "netmask: $NETMASK" ;
shift 2 ;;
-g|--gateway) gateway="$2";
info "gateway: $gateway" ;
-g|--gateway) GATEWAY="$2";
info "gateway: $GATEWAY" ;
shift 2 ;;
-p|--pdns) primaryDNS="$2";
info "primaryDNS: $primaryDNS" ;
@@ -141,8 +149,8 @@ parse_arg ()
info "secondaryDNS: $secondaryDNS" ;
shift 2 ;;
# may be have mulit-network devices
-e|--device) device="$2";
info "device: $device" ;
-e|--device) DEVICE="$2";
info "device: $DEVICE" ;
shift 2 ;;
# shift the last "--", this dash is define by getopt (more information see man getopt)
--) shift ;break;;
@@ -151,47 +159,54 @@ parse_arg ()
esac
done
if [ "$type" != "manual" -a "$type" != "dynamic" ];then
usage
if [ "$TYPE" != "static" -a "$TYPE" != "dynamic" ];then
err "configure network must be static or dynamic"
return 1
fi
if [ -z "$hostname" ];then
err "you must specify hostname"
if [ -z "$HOSTNAME" ];then
err "HOSTNAME can't be empty"
return 1
fi
# default device is eth0
if [ -z "$device" ];then
device="eth0"
if [ -z "$DEVICE" ];then
DEVICE="eth0"
fi
if [ "$type" == "manual" ];then
if [ -z "$ip" ];then
err "manual configure network, IP address can't be empty"
if [ "$TYPE" == "static" ];then
if [ -z "$DOMAINNAME" ];then
err "static configure network, DOMAINNAME can't be empty"
return 1
fi
if [ -z "$IP" ];then
err "static configure network, IP address can't be empty"
return 1
else
info "checking ip: $ip"
if ! check_ip "$ip"; then
info "checking ip: $IP"
if ! check_ip "$IP"; then
err "ip: $IP incorrect"
return 2
fi
fi
if [ -z "$netmask" ];then
err "manual configure network, netmask address can't be empty"
if [ -z "$NETMASK" ];then
err "static configure network, netmask address can't be empty"
return 1
else
info "checking netmask: $netmask"
if ! check_ip "$netmask"; then
info "checking netmask: $NETMASK"
if ! check_ip "$NETMASK"; then
err "netmask: $NETMASK incorrect"
return 2
fi
fi
if [ -z "$gateway" ];then
err "manual configure network, gateway address can't be empty"
if [ -z "$GATEWAY" ];then
err "static configure network, gateway address can't be empty"
return 1
else
info "checking gateway: $gateway"
if ! check_ip "$gateway"; then
info "checking gateway: $GATEWAY"
if ! check_ip "$GATEWAY"; then
err "gateway: $GATEWAY incorrect"
return 2
fi
fi
@@ -201,55 +216,111 @@ parse_arg ()
configure_network ()
{
if [ "$type" == "manual" ];then
if [ "$TYPE" == "static" ];then
# configure /etc/hosts
printf "%s %s.%s %s\n" $ip $hostname $domainname $hostname >>"$TARGET/etc/hosts"
if [ -e "$TARGET/etc/hosts" ];then
sed -i "s/^#<ip-address>/$IP/
s/<HOSTNAME.domain.org>/$HOSTNAME\.$DOMAINNAME/
s/<HOSTNAME>/$HOSTNAME/" "$TARGET/etc/hosts"
else
err "$TARGET/etc/hosts doesn't exist"
return 3
fi
# configure /etc/resolv.conf
printf "search %s\n" $domainname >>"$TARGET/etc/resolv.conf"
if [ -n "$primaryDNS" ];then
printf "nameserver %s\n" $primaryDNS >>"$TARGET/etc/resolv.conf"
if [ -e "$TARGET/etc/resolv.conf" ];then
sed -i "s/^#search <domain.org>$/search $DOMAINNAME/
s/^#domain <domain.org>$/domain $DOMAINNAME/" "$TARGET/etc/resolv.conf"
if [ -n "$primaryDNS" ];then
sed -i "s/^#nameserver <ip-address>$/nameserver $primaryDNS/" "$TARGET/etc/resolv.conf"
fi
if [ -n "$secondaryDNS" ];then
sed -i "/nameserver/a\nameserver $secondaryDNS" "$TARGET/etc/resolv.conf"
fi
else
err "$TARGET/etc/resolv.conf doesn't exist"
return 3
fi
if [ -n "$secondaryDNS" ];then
printf "nameserver %s\n" $secondaryDNS >> "$TARGET/etc/resolv.conf"
fi
printf "domainname %s\n" $domainname >> "$TARGET/etc/resolv.conf"
# configure /etc/sysconfig/network-devices/ifcfg-eth0
broadcast=$(./ipcalc.pl -n $ip/$netmask| grep Broadcast|awk '{ print $2 }')
sed -i '/IPADDR/ c\IPADDR='$ip'
/NETMASK/ c\NETMASK='$netmask'
/DEVICE/ c\DEVICE='$device'
/GATEWAY/ c\GATEWAY='$gateway'
/BROADCAST/ c\BROADCAST='$broadcast'' "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0"
if [ -e "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0" ];then
broadcast=$(./ipcalc.pl -n $IP/$NETMASK| grep Broadcast|awk '{ print $2 }')
sed -i '/IPADDR/ c\IPADDR='$IP'
/NETMASK/ c\NETMASK='$NETMASK'
/DEVICE/ c\DEVICE='$DEVICE'
/GATEWAY/ c\GATEWAY='$GATEWAY'
/BROADCAST/ c\BROADCAST='$broadcast'' "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0"
else
err "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0 doesn't exist"
return 3
fi
sed -i '/HOSTNAME/ c\HOSTNAME='$hostname'' "$TARGET/etc/sysconfig/network"
else [ "$type" == "dynamic" ]
printf "%s\n" $hostname >> "$TARGET/etc/hosts"
# configure /etc/sysconfig/network
if [ -e "$TARGET/etc/sysconfig/network" ];then
sed -i '/HOSTNAME/ c\HOSTNAME='$HOSTNAME'' "$TARGET/etc/sysconfig/network"
printf "DOMAIN=%s\n" "$DOMAINNAME" >>"$TARGET/etc/sysconfig/network"
else
err "$TARGET/etc/sysconfig/network doesn't exist"
return 3
fi
else [ "$TYPE" == "dynamic" ]
# configure /etc/hosts
if [ -e "$TARGET/etc/hosts" ];then
printf "%s\n" $HOSTNAME >> "$TARGET/etc/hosts"
else
err "$TARGET/etc/hosts doesn't exist"
return 3
fi
sed -i '/BOOTPROTO/ c\BOOTPROTO=dhcp
/DEVICE/ c\DEVICE='$device'
/SERVICE/ c\SERVICE=dhcpcd
/IPADDR/ c\IPADDR=
/NETMASK/ c\NETMASK=
/GATEWAY/ c\GATEWAY=
/BROADCAST/ c\BROADCAST=' "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0"
# configure /etc/sysconfig/network-devices/ifcfg-eth0
if [ -e "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0" ];then
sed -i '/BOOTPROTO/ c\BOOTPROTO=dhcp
/DEVICE/ c\DEVICE='$DEVICE'
/SERVICE/ c\SERVICE=dhcpcd
/IPADDR/ c\IPADDR=
/NETMASK/ c\NETMASK=
/GATEWAY/ c\GATEWAY=
/BROADCAST/ c\BROADCAST=' "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0"
else
err "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0 doesn't exist"
return 3
fi
sed -i '/HOSTNAME/ c\HOSTNAME='$hostname'' "$TARGET/etc/sysconfig/network"
# configure /etc/sysconfig/network
if [ -e "$TARGET/etc/sysconfig/network" ];then
sed -i '/HOSTNAME/ c\HOSTNAME='$HOSTNAME'' "$TARGET/etc/sysconfig/network"
else
err "$TARGET/etc/sysconfig/network doesn't exist"
return 3
fi
fi
if [ "$device" != "eth0" ];then
mv "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0" "$TARGET/etc/sysconfig/network-devices/ifcfg-$device"
if [ "$DEVICE" != "eth0" ];then
mv "$TARGET/etc/sysconfig/network-devices/ifcfg-eth0" "$TARGET/etc/sysconfig/network-devices/ifcfg-$DEVICE"
fi
}
main ()
{
parse_arg $@
info "configure network"
parse_arg "$@"
erv
configure_network
erv
info "configure network success"
}
main $*
TYPE=""
HOSTNAME=""
DOMAINNAME=""
IP=""
NETMASK=""
GATEWAY=""
primaryDNS=""
secondaryDNS=""
DEVICE=""
# The quotes around '$@' are essential!
# in this way we can accept whitespace as parameter.
main "$@"

46
operation/copy_kernels.sh
View File

@@ -9,8 +9,9 @@
# 2.
#
# Output:
# 1
# 2
# NULL
# Return value:
# 1 kernel directory/modules directory/initrd.gz/makeinitrd doesn't exist
#
# AUTHOR: Qin Bo
#
@@ -29,11 +30,42 @@ source ./functions
main ()
{
cp -r /Rocky/kernels/* $TARGET/boot/ 2>$dev_LOG
cp -r /Rocky/modules/* $TARGET/lib/modules/ 2>$dev_LOG
cp /Rocky/initrd/initrd.gz $TARGET/boot/initrd.gz.old 2>$dev_LOG
info "copy $KERNELS/* to $TARGET/boot/"
if [ -d "$KERNELS" ];then
cp -r "$KERNELS"/* "$TARGET/boot/" 2>>$DEV_LOG
else
err "$KERNELS directory doesn't exist "
exit 1
fi
./makeinitrd
info "copy $MODULES/* to $TARGET/lib/modules/"
if [ -d "$MODULES" ];then
cp -r "$MODULES"/* "$TARGET/lib/modules/" 2>>$DEV_LOG
else
err "$MODULES directory doesn't exist "
exit 1
fi
info "copy $INITRD/initrd.gz to $TARGET/boot/initrd.gz.old"
if [ -e "$INITRD/initrd.gz" ];then
cp "$INITRD/initrd.gz" "$TARGET/boot/initrd.gz.old" 2>>$DEV_LOG
else
err "$INITRD/initrd.gz doesn't exist "
exit 1
fi
info "runing makeinitrd"
if [ -e ./makeinitrd ];then
./makeinitrd 2>>$DEV_LOG
else
err "makeinitrd doesn't exist "
exit 1
fi
}
main $@
KERNELS="/Rocky/kernels"
MODULES="/Rocky/modules"
INITRD="/Rocky/initrd"
main "$@"

32
operation/exec_finish_install.sh
View File

@@ -11,8 +11,9 @@
# 1. script name which need run after installation
#
# Output:
# 1
# 2
# NULL
# Return value:
# dependency return value of execute script, if 0 is success.
#
# AUTHOR: Qin Bo
#
@@ -31,8 +32,10 @@ source ./functions
prep ()
{
if [ ! -d $finish_install_dir ];then
mkdir -p $finish_install_dir
local mp
if [ ! -d $FINISH_INSTALL_DIR ];then
mkdir -p $FINISH_INSTALL_DIR
fi
for mp in /dev /proc /sys
@@ -41,23 +44,31 @@ prep ()
done
}
# copy the script to $TARGET/opt, and chroot execute it
exec_script ()
{
local src
local src_name
src="$1"
src_name=$(basename $src)
cp $src "$TARGET/opt"
chroot $TARGET "/opt/$src_name" >$dev_LOG 2>&1 && rm -f "$TARGET/opt/$src_name"
chroot $TARGET "/opt/$src_name" >>$DEV_LOG 2>&1 && rm -f "$TARGET/opt/$src_name"
}
main ()
{
local line
local base
local script
prep
while read line ;do
if [ -n "$line" ];then
cp $line $finish_install_dir/
cp $line $FINISH_INSTALL_DIR/
else
break
fi
@@ -65,7 +76,7 @@ main ()
# run all the script in /var/finish_install,
# execute sequence through number of script name
for script in "$finish_install_dir"/*; do
for script in "$FINISH_INSTALL_DIR"/*; do
base=$(basename $script | sed 's/[0-9]*//')
if [ -x "$script" ];then
info "Running $base"
@@ -75,9 +86,12 @@ main ()
warn "Unable to execute $script"
fi
done
info "Running finish install success"
[ ! -c "$LOG_FILE" ] && cp $LOG_FILE "$TARGET/var/log"
[ ! -c "$DEV_LOG" ] && cp $DEV_LOG "$TARGET/var/log"
}
finish_install_dir="/var/finish_install"
FINISH_INSTALL_DIR="/var/finish_install"
main $@
main "$@"

42
operation/format_partition.sh
View File

@@ -1,7 +1,7 @@
#!/bin/bash
#
# DESCRIPTION: formating partition with a filesystem
# NOTICE: if have duplicate partition, it will format the final filesystem type.
# if have duplicate partition, it will format the finally filesystem type.
#
# SCRIPT NAME: format_partition.sh
#
@@ -10,14 +10,14 @@
# Input: stdin
# 1. partition
# 2. filesystem type
# 1,2 separate with space
#
# Output:
# 0 success
# success:
# @ format $devname success
# Return value:
# 1 argument error
# 2 lack input (reserve)
# 3 deivce node doesn't exist
# 4 filesystem no implement
# 2 deivce node doesn't exist
# 3 filesystem no implement
# 127 format partition utils not found
#
# AUTHOR: Qin Bo
@@ -43,64 +43,68 @@ format_partition ()
return 1
fi
devname="$1"
fs_type="$2"
local devname="$1"
local fs_type="$2"
if [ ! -e "$devname" ];then
err "$devname node doesn't exist !"
return 3
return 2
fi
# partition may be used to swap, or has already mounted
if grep -q "^$devname " /proc/swaps ;then
swapoff "$devname"
elif grep -q "^$devname " /proc/mounts;then
reumount $devname >"$dev_LOG" 2>&1
reumount $devname 1>>"$DEV_LOG" 2>&1
fi
info "formating device "$devname" as "$fs_type" filesystem"
case ${fs_type} in
ext2)
mkfs.ext2 -F "$devname" 1>"$dev_LOG" 2>&1
mkfs.ext2 -F "$devname" 1>>"$DEV_LOG" 2>&1
;;
ext3)
mkfs.ext3 -F "$devname" 1>"$dev_LOG" 2>&1
mkfs.ext3 -F "$devname" 1>>"$DEV_LOG" 2>&1
;;
reiserfs)
yes | mkfs.reiserfs -f "$devname" 1>"$dev_LOG" 2>&1
yes | mkfs.reiserfs -f "$devname" 1>>"$DEV_LOG" 2>&1
;;
xfs)
yes | mkfs.xfs -f "$devname" 1>"$dev_LOG" 2>&1
yes | mkfs.xfs -f "$devname" 1>>"$DEV_LOG" 2>&1
;;
jfs)
yes | mkfs.jfs -q "$devname" 1>"$dev_LOG" 2>&1
yes | mkfs.jfs -q "$devname" 1>>"$DEV_LOG" 2>&1
;;
swap)
mkswap -f "$devname" 1>"$dev_LOG" 2>&1
mkswap -f "$devname" 1>>"$DEV_LOG" 2>&1
swapon "$devname"
;;
fat)
mkfs.vfat "$devname" 1>"$dev_LOG" 2>&1
mkfs.vfat "$devname" 1>>"$DEV_LOG" 2>&1
;;
*)
err ""$fs_type" filesystem no implement yet !"
return 4
return 3
;;
esac
}
main ()
{
local line
while read line;do
if [ -n "$line" ];then
# Notice: don't use "$line"
format_partition $line
erv
info "format $(echo $line|awk '{print $1}') success" stdout
fi
done
}
main $@
main "$@"
# vim:set ts=4 sw=4;

192
operation/functions
View File

@@ -1,37 +1,59 @@
LOG_FILE="/var/log/install.log"
dev_LOG="/dev/tty6"
TARGET="/mnt"
TMP_DIR="/tmp"
# LOG_FILE, LOG, DEV_LOG, TARGET is global variable,
# they can export from environment variable,
# if not definition, will configure default value.
# just for debug, also can use in run time
LOG="stdout"
#PKG_SOURCE_DIR="/Rocky/packages"
# installation log file
[ -z "$LOG_FILE" ] && LOG_FILE="/var/log/install.log"
# LOG have two value, true and stdout
# true: log will record to $LOG_FILE
# stdout: log will print to stand out, very usefull for debug
[ -z "$LOG" ] && LOG="true"
# the log of command operation
# ex: stdout of command: mkfs.ext3 /dev/hda2
[ -z "$DEV_LOG" ] && DEV_LOG="/dev/tty8"
# the root directory of hardisk mount
[ -z "$TARGET" ] && TARGET="/mnt"
DATE=$(date "+%Y/%m/%d %T")
mkdir -p $(dirname $LOG_FILE)
mkdir -p $(dirname $DEV_LOG)
mkdir -p "$TARGET"
stdout ()
{
printf "$*\n"
}
log ()
{
local DATE=$(date "+%Y/%m/%d %T")
case "$LOG" in
true) printf "$DATE $*\n" >>"$LOG_FILE" ;;
stdout) printf "$DATE $*\n" ;;
stdout) stdout "$DATE $*" ;;
*) : ;;
esac
}
err ()
{
log "error: $0: $*" >&2
log "error: $(basename $0): $*" >&2
}
warn ()
{
log "warning: $0: $*" >&2
log "warning: $(basename $0): $*" >&2
}
info ()
{
log "info: $0: $*"
log "info: $(basename $0): $1"
if [ "$2" == "stdout" ];then
stdout "@ $1"
fi
}
# erv stands for "Evaluate Return Value"
@@ -43,86 +65,10 @@ erv ()
fi
}
cleanup ()
{
rm -f $*
}
#
# check mountpoint whether is duplicate
#
check_duplicate_mountpoint ()
{
if [ -s "$MOUNTPOINT_CONF" ];then
dup=$(awk '{print $2}' "$MOUNTPOINT_CONF" | sort | uniq -d)
if [ -n "$dup" ];then
err "mountpoint: \""$(echo $dup|tr " " "," )"\" is duplicate !"
return 4
fi
return 0
else
err "$MOUNTPOINT_CONF file is empty or doesn't exist !"
return 8
fi
}
#
# check partition whether is duplicate
#
check_duplicate_partition ()
{
if [ -s "$MOUNTPOINT_CONF" ];then
dup=$(awk '{print $1}' "$MOUNTPOINT_CONF" | sort | uniq -d)
if [ -n "$dup" ];then
err "partition: \""$(echo $dup|tr " " "," )"\" is duplicate !"
return 5
fi
return 0
else
err "$MOUNTPOINT_CONF file is empty or doesn't exist !"
return 8
fi
}
#
# check root whether will mounted
#
check_root ()
{
if [ -s "$MOUNTPOINT_CONF" ];then
if ! grep -q "[[:space:]]/[[:space:]]" $MOUNTPOINT_CONF;then
err "\"/\" partition can not be empty!"
return 6
fi
return 0
else
err "$MOUNTPOINT_CONF file is empty or doesn't exist !"
return 8
fi
}
#
# check /boot partition whether exist, if root partition is mounted by raid device
#
check_boot ()
{
if [ -s "$MOUNTPOINT_CONF" ];then
if grep " / " $MOUNTPOINT_CONF|grep -q "md" && ! grep -q " /boot " $MOUNTPOINT_CONF; then
err "boot parition mustn't mount alone, when root partition mount at raid devices !"
return 7
fi
return 0
else
err "$MOUNTPOINT_CONF file is empty or doesn't exist !"
return 8
fi
}
# recursively umount
# arg can is a device node or mountpoint
# recursively umount directory,
# argument can be a device node or mountpoint.
# if argument is a device node can umount a device which mounted multi-directory,
# if argument is a mountpoint can't umount a device recursively, only recursively directory.
# ex: 1.reumount /dev/hda5
# 2.reumount /mnt/
reumount ()
@@ -132,16 +78,70 @@ reumount ()
return 1
fi
local arg="$1"
local arg
arg="$1"
local mountpoint
# if arg is a device node
if [ ! -d "$arg" ];then
mountpoint=$(dirname `grep "^$arg " /proc/mounts|awk '{print $2}'`)
mountpoint=$(grep "^$arg " /proc/mounts|awk '{print $2}')
else
mountpoint="$arg"
fi
for mp in $(grep "$mountpoint" /proc/mounts|sort -k2 -r |awk '{print $2}');do
umount $mp 1>"$dev_LOG" 2>&1
# delete last "/" in mountpoint
# mountpoint in /proc/mounts don't have "/" at last
multi_mountpoint=$(echo $mountpoint|sed "s%/$%%")
# may be a device has been mounted in multi-mountpoint.
# ex: /dev/hda5 mount at /mnt and /cdrom at the same time,
# this case appear when $TARGET has been changed, when mount paritions.
for mmp in $multi_mountpoint; do
# sort -k2 -r ensure long mountpoint sort at front of short mountpoint,
# so, we can umount long mountpoint before short mountpoint.
# ex: /usr/lib, /, /usr, after sort is /usr/lib, /usr, /
# this mean that /usr/lib is umounted first, then umount /usr, finally umount /
for mp in $(grep "$mmp" /proc/mounts|sort -k2 -r |awk '{print $2}');do
umount $mp 1>>"$DEV_LOG" 2>&1
done
done
}
update_udev()
{
killall udevd
start_udev
}
#
# get device uuid/by-id/by-path info
# if not found return NULL
# ex: get_disk_sym sda1 by-uuid
#
get_disk_sym ()
{
if [ $# -ne 2 ];then
err "$FUNCNAME function argument error, it must be 2 !"
return 1
fi
local partition="$1"
local type="$2"
local devname=""
# we find partition in /sys/block/,
# "*" in oder to c0d0p1 match cciss!c0d0p1
local path=$(find /sys/block/ -maxdepth 2 -name *$partition)
# scsci's by-id may be have multi-links, we get first link
if [ -n "$path" -a -d "$path" ];then
# update hard disk informations.
# if not update udev, uuid or by-id may use old one.
update_udev
devname=$(udevinfo -q symlink -p $path|tr " " "\n"|grep "$type"|head -n 1)
fi
echo "$devname"
}

34
operation/generate_issue.sh
View File

@@ -5,10 +5,11 @@
# SCRIPT NAME: generate_issue.sh
#
# Input: argument
# 1.version
# 2.arch
# 3.release
# 4.date
# [--help] show this message
# [-v|--version] version of OS
# [-a|--arch] architecture of OS
# [-r|--release] release of OS
# [-d|--date] date of generate OS
#
# Output:
# 1 argument error
@@ -44,10 +45,10 @@ Usage: $0 options
options:
[--help] show this message
[-v | --version] version of OS
[-a | --arch] architecture of OS
[-r | --release] release of OS
[-d | --date] date of generate OS
[-v|--version] version of OS
[-a|--arch] architecture of OS
[-r|--release] release of OS
[-d|--date] date of generate OS
"
return $ret
@@ -69,8 +70,13 @@ generate_issue () {
main()
{
local tmp
if [ $# -eq 0 ];then
usage;erv
fi
tmp=$(getopt -o v:a:r:d: --long version:,arch:,release:,date:,help -- "$@" 2>$dev_LOG)
tmp=$(getopt -o v:a:r:d: --long version:,arch:,release:,date:,help -- "$@" 2>>$DEV_LOG)
if [ "$?" -ne 0 ];then
usage
erv
@@ -92,15 +98,13 @@ main()
esac
done
if [ -z "$version" -a -z "$arch" -a -z "$release" -a -z "$date" ];then
usage
erv
fi
info "generate issue"
generate_issue "$version" "$arch" "$release" "$date" >"$TARGET/etc/issue"
erv
info "generate issue sucess"
}
main $@
main "$@"

226
operation/install.txt Normal file
View File

@@ -0,0 +1,226 @@
1.格式化分区：
swap，linux(ext3、ext2、jfs、xfs、reiserfs)，fat
format_partition.sh
输入：
stdin
1）partition：分区
2）filesystem：文件系统类型
输出：
success:
@ format $devname success
返回值：
1 argument error
2 deivce node doesn't exist
3 filesystem no implement
127 format partition utils not found
Usage：
单个处理： echo "/dev/sda1 ext2" | ./format_partition.sh
批量处理：文件格式和单个处理一致
说明：需要处理swap分区。
2.挂载分区
mount_partition.sh
输入：
stdin
1）partition：块设备
2）mountpoint：挂载点
3）filesystem：文件系统类型
4)filsystem options：文件系统选项
（这个为可选参数，不传这个参数会有默认的选项：文件系统是ext2|ext3|reiserfs，会以acl的选项挂载，其他则为defaults）
输出：
success:
@ mount $devname success
返回值：
1 device node doesn't exist
32 mount failure
Usage：
单个处理：echo "/dev/sda1 / ext3" |./mount_partition.sh
批量处理：文件格式和单个处理一致
说明：不处理swap分区。
3.安装软件包：install_pkg.sh
输入：
stdin
1. pkgname
argument:
[--help] show usage
<-s|--source> package source directory, if not specify, default is /Rocky/packages.
输出： sucess:
@ install $pkgname success.
返回值：
1 argument error
2 source directory $PKG_SOURCE_DIR doesn't exist
3 pkgname doesn't exist in source directory
Usage：
单个处理：echo "acl" |./install_pkg.sh -s /Rocky/packages
批量处理：文件格式和单个处理一致
说明：
1.由安装程序生成/var/lib/pkg/db的空文件；
2.默认用/Rocky/packages下面的软件包，如果不指定-s参数。
4.配置、生成系统文件：
配置fstab，configure_fstab.sh
输入：
stdin
1）block devices：块设备，（swap则用by-id，其他都用by-uuid）
2）mount point：挂载点
3）filesystem type：文件系统类型
以下参数为可选参数，如果不指定，会有默认的配置，如果指定5)那么4）也需要指定，依次类推
4）fs_mntops： ext2|ext3|reiserfs的默认配置是acl，其他都是defaults。
5）fs_freq：默认配置：swap是0，其他都是1
6）fs_passno：默认配置：swap是0，其他都是1
输出：
无
返回值：
1 fstab doesn't exist
Usage：
单个处理：echo "/dev/hda2 /home ext3"|./configure_fstab.sh
批量处理：文件格式和单个处理一致
说明：
1.需要处理swap;
2.块设备：如果是swap则转成by-id，其他都转成by-uuid，
这个是因为udev-117的udevinfo不能查出查出raid的by-id，也不能查出swap的uuid。
生成issue文件
generate_issue.sh
输入：
argument：
[--help] show usage
[-v|--version] version of OS
[-a|--arch] architecture of OS
[-r|--release] release of OS(base or security)
[-d|--date] date of generate OS
输出：
无
返回值：
1 argument error
说明：
1.生成$TARGET/etc/issue文件，一般TARGET＝/mnt；
2.可以只给一个参数，但是这样其他参数则为空值。
配置网络：
configure_network.sh
输入：
argument：
[-t|--type] "static" or "dynamic"
static argument:
[-h|--hostname] hostname
[-i|--ip] ip address
[-n|--netmask] netmask
[-g|--gateway] gateway
<-d|--domainname> domainname
<-p|--pdns> priamaryDNS
<-s|--sdns> secondaryDNS
<-e|--device> network device. if no configure, default is eth0.
dynamic argument:
[-h|--hostname] hostname
<-e|--device> network device. if no configure, default is eth0.
输出：
无
返回值：
1 argument error
2 ip/netmask/gateway address incorrect
3 hosts/resolv.conf/ifcfg-eth0/network doesn't exist
Usage：
./configure_network.sh -t static -h QinBo -d in.linx -i 192.168.1.110 -n 255.255.255.0 -g 192.168.1.254 -p 172.16.0.254
说明：
1.type必须为static或者dynamic；
2.不管哪种type，hostname是必须的；
3.type=static的时候IP、域名、子网掩码、网关是必须的；
4.device：多网卡的时候，可以指定用哪个网卡，默认用的是eth0。
做自启服务：
mk_serv_autoboot.sh
输入：
stdin
1）package name：软件包名字（自启动服务所在软件包）
2）boot script：启动脚本
3）boot service：需要启动的服务
4）boot number：启动号
输出：
无
返回值：
1：argument error
2：boot script doesn't exist
Usage：
单个处理：echo "netkit-base inetd rsh S310"|./mk_serv_autoboot.sh
批量处理：文件格式和单个处理一致
说明：
默认在/etc/rc.d/{rc3.d,rc5.d}建立链接。
5.拷贝kernel、modules和生成initrd
copy_kernels.sh
输入：
无
输出：
无
返回值：
1 kernel directory/modules directory/initrd.gz/makeinitrd doesn't exist
说明：
1.此脚本从 /Rocky/kernels和/Rocky/modules目录下拷贝kernel和modules，
2.把/Rocky/initrd/initrd.gz，拷贝到硬盘上的/boot/initrd.gz.old，
3.生成initrd调用原来的makeinitrd脚本生成。
6.生成bootloader对应的配置文件,安装bootloader
configure_bootloader_cnf.sh
配置bootloader配置文件
输入：
arguments:
[--help] show this message
[-t|--type ] boot loader type:grub,etc.
[-r|--root] partition mount by root
<-b|--boot> partition mount by boot (optional,if the boot is not mount by stand alone)
[-k|--kparameter] kernel parameter
[-o|--osversion] OS version
输出：
无
返回值：
1 argument error
2 bootloader type doesn't specify
3 bootloader no implement
4 bootloader configuration file doesn't exist
说明：
grub：对grub软件包里面的grub.conf.sample($TARGET/boot/grub/)进行相应的修改，
产生新的文件：$TARGET/boot/grub/menu.lst
install_bootloader.sh
安装bootloader
输入：
arguments:
[--help] show this message
[-t|--type] boot loader type:grub,etc.
输出：
无
返回值：
1 argument error
2 bootloader type doesn't specify
3 bootloader no implement
127 bootloader utils not found
说明：
此脚本把grub装在第一块硬盘上面，因为bios默认会从第一块硬盘启动，
这样bios就能找到我们的装上去的gurb，从而正确引导系统。
7.安装完成执行的脚本
exec_finish_install.sh
输入：
stdin
1)脚本的名字
输出：
无
返回值：
根据具体执行脚本的返回值来确定，0是成功
Usage：
单个处理：echo "99finish_install.sh"| ./exec_finish_install.sh
批量处理：文件格式和单个处理一致
说明：
此脚本把99finish_install.sh拷贝到/var/finish_install目录下，
然后根据/var/finish_install目录下面的脚本名字前面的数字顺序，从小
到大依次拷贝到硬盘系统里面执行。
99finish_install.sh
原来的firstboot.sh

121
operation/install_bootloader.sh Executable file
View File

@@ -0,0 +1,121 @@
#!/bin/bash
#
# DESCRIPTION: install bootloader for OS
#
# SCRIPT NAME: install_bootloader.sh
#
# Input:
# [--help] show this message
# [-t|--type] boot loader type:grub,etc.
# Output:
# NULL
# Return value:
# 1 argument error
# 2 bootloader type doesn't specify
# 3 bootloader no implement
# 127 bootloader utils not found
#
# AUTHOR: Qin Bo
#
# EMAIL: bqin@linx-info.com
#
# DATE: 2010-09-02
#
# HISTORY:
# REVISOR DATE MODIFICATION
# Qin Bo 2010-09-02 create
#
#
#
source ./functions
usage ()
{
if [ "$1" == "-n" ];then
cmd="info"
ret=0
else
cmd="err"
ret=1
fi
$cmd "
This script will install boot loader for system
Usage: $0 options
options:
[--help] show this message
[-t|--type] boot loader type:grub, etc.
"
return $ret
}
install_grub ()
{
# generate device.map
grub --batch --no-floppy --device-map="$DEVICEMAP" << EOF 1>>"$DEV_LOG" 2>&1
quit
EOF
# in order to let bios to load grub correct,
# we install grub to first hard disk by default,
# so even though OS install in secondary hard disk,
# the OS still can be loaded from first hard disk.
f_hd=$(grep "(hd0)" "$DEVICEMAP"|awk '{print $NF}')
grub-install --no-floppy --root-directory=$TARGET $f_hd 1>>$DEV_LOG 2>&1
}
main ()
{
if [ $# -eq 0 ];then
usage; erv
fi
tmp=$(getopt -o t: --long type:,help -- "$@" 2>>$DEV_LOG)
if [ $? -ne 0 ];then
usage; erv
fi
# set all argument to arg variable
eval set -- "$tmp"
while true ;do
case "$1" in
-t|--type)
type="$2"
shift 2
;;
--help) usage -n; exit 0 ;;
# shift the last "--", this dash is define by getopt (more information see man getopt)
--) shift; break;;
*) usage; erv ;;
esac
done
if [ -n "$type" ];then
case "$type" in
grub)
install_grub
erv
;;
*)
err "$type bootloader no implement yet !"
exit 3
;;
esac
else
err "bootloader type doesn't specify"
exit 2
fi
}
GRUB_DIR="$TARGET/boot/grub"
DEVICEMAP="$GRUB_DIR/device.map"
main "$@"

55
operation/install_pkg.sh
View File

@@ -1,6 +1,7 @@
#!/bin/bash
#
# DESCRIPTION: install package
# DESCRIPTION: install package, if -s options not given,
# get package from /Rocky/packages by default.
#
# SCRIPT NAME: install_pkg.sh
#
@@ -10,16 +11,20 @@
# 1. pkgname
# argument:
# [--help] show usage
# [-s|--source] Package source directory
# <-s|--source> package source directory, if not specify, default is /Rocky/packages.
#
# Output:
# sucess:
# @ install $pkgname success.
# Return value:
# 1 argument error
# 2 pkgname doesn't exist in source directory
# 2 source directory $PKG_SOURCE_DIR doesn't exist
# 3 pkgname doesn't exist in source directory
#
# TODO:
# 1. need handle more case for install package (use pkgadd utils)
# 1). if package has already installed.
# 2). if devices near no spaces left.
# 2). if devices nearly no spaces left.
#
# 2. add install package from below media:
# 1). install from network.
@@ -61,8 +66,8 @@ This script will install a package
Usage: $0 options
options:
[--help] Show this message
[-s | --source] Package source directory
[--help] show this message
<-s|--source> package source directory, if not specify, default is /Rocky/packages.
(ex: echo make|install_pkg.sh -s /Rocky/packages)
"
@@ -79,11 +84,12 @@ get_pkg_file ()
local pkg_name="$1"
# get the first package if have multi-package in source directory
if [ -e "$PKG_SOURCE_DIR"/"$pkgname"'#'*tar.gz ]; then
ls "$PKG_SOURCE_DIR"/"$pkgname"'#'*tar.gz|head -n 1
else
err "package \"$pkgname\" doesn't exist in "$PKG_SOURCE_DIR" "
return 2
return 3
fi
}
@@ -95,7 +101,8 @@ add_pkg ()
fi
local pkg_src=$1
pkgadd -f -r $TARGET $pkg_src 1>$dev_LOG 2>&1
pkgadd -f -r $TARGET $pkg_src 1>>$DEV_LOG 2>&1
}
install_pkg ()
@@ -105,7 +112,12 @@ install_pkg ()
return 1
fi
local pkgname="$1"
local pkgname
local db_dir
local db
local pkg_src
pkgname="$1"
# create db for pkgutils
db_dir="/var/lib/pkg"
@@ -117,20 +129,23 @@ install_pkg ()
touch "$db"
fi
local pkg_src=$(get_pkg_file $pkgname)
pkg_src=$(get_pkg_file $pkgname)
erv
info "install $pkgname to $TARGET"
info "installing $pkg_src to $TARGET"
add_pkg $pkg_src
erv
}
main ()
{
tmp=$(getopt -o s: --long source:,help -- "$@" 2>$dev_LOG)
local line
local tmp
local pkgname
tmp=$(getopt -o s: --long source:,help -- "$@" 2>>$DEV_LOG)
if [ $? -ne 0 ];then
usage
erv
usage; erv
fi
# set all argument to arg variable
@@ -149,12 +164,9 @@ main ()
esac
done
if [ -z "$PKG_SOURCE_DIR" ];then
usage
erv
elif [ ! -e "$PKG_SOURCE_DIR" ];then
err "$PKG_SOURCE_DIR doen't exist !"
exit 1
if [ ! -e "$PKG_SOURCE_DIR" ];then
err "source directory: $PKG_SOURCE_DIR doen't exist !"
exit 2
fi
while read line ;do
@@ -164,12 +176,13 @@ main ()
if [ -n "$pkgname" ];then
install_pkg "$pkgname"
erv
info "install $pkgname success" stdout
fi
done
}
PKG_SOURCE_DIR=""
PKG_SOURCE_DIR="/Rocky/packages"
main "$@"

4
operation/makeinitrd
View File

@@ -1,4 +1,6 @@
#!/bin/bash
source ./functions
modules=$(ls /Rocky/modules/|grep -v .bak|grep -v .old)
mkinitrd /mnt/boot/initrd.gz $modules --without-usb --without-multipath --fstab=/mnt/etc/fstab -f
mkinitrd "$TARGET"/boot/initrd.gz $modules --without-usb --without-multipath --fstab="$TARGET"/etc/fstab -f

49
operation/mk_serv_autoboot.sh
View File

@@ -1,9 +1,9 @@
#!/bin/bash
#
# DESCRIPTION: this script use for start system autoboot services.
# have to make a sysmbol link to script of autotboot services,
# and generate $pkgname-serv.conf, this configure file use by post_add.
# DESCRIPTION: this script use for system autoboot services.
# function:
# 1.make a sysmbol link to script of autotboot services,
# 2.generate $pkgname-serv.conf, this configure file use by post_add.
#
# Usage: echo "netkit-base inetd rsh S310"|./mk_serv_autoboot.sh
#
@@ -16,6 +16,8 @@
# 4. boot number
#
# Output:
# NULL
# Return value:
# 1 argument error
# 2 boot script doesn't exist
#
@@ -45,9 +47,9 @@ make_sysmbol_link ()
local script="$1"
local number="$2"
for dir in $rc_dir; do
pushd $dir >$dev_LOG &&
if [ -e $init_dir/$script ];then
for dir in $RC_DIR; do
pushd $dir >>$DEV_LOG &&
if [ -e $INIT_DIR/$script ];then
if [ -L "$dir/$number$script" ];then
# may be the symbol link has already exist, skip it,
# mulit-services, may have common script to boot it.
@@ -57,10 +59,10 @@ make_sysmbol_link ()
ln -sf ../init.d/$script ./$number$script
fi
else
err "$script doesn't exist in $init_dir"
err "$script doesn't exist in $INIT_DIR"
return 2
fi
popd >$dev_LOG
popd >>$DEV_LOG
done
}
@@ -76,17 +78,18 @@ gen_serv_cnf ()
local pkgname="$1"
local service="$2"
# may be some boot services needn't configure also generate pkgname-serv.conf
# ex: at service, if it need autoboot, it also generate at-serv.conf,
# although it needn't configure
if [ -e "$serv_cfg_dir/$pkgname-serv.conf" ];then
# may be some boot services needn't configure,
# it also generate pkgname-serv.conf.
# ex: at service, if it need autoboot,
# it also generate at-serv.conf, although it needn't configure.
if [ -e "$SERV_CFG_DIR/$pkgname-serv.conf" ];then
# to avoid duplicate-line in $pkgname-serv.conf, we only append it when $service=yes
# not exist in $pkgname-serv.conf
if [ -z "$(grep "$service=yes" "$serv_cfg_dir/$pkgname-serv.conf")" ];then
printf "%s=yes\n" $service >> "$serv_cfg_dir"/"$pkgname-serv.conf"
if [ -z "$(grep "$service=yes" "$SERV_CFG_DIR/$pkgname-serv.conf")" ];then
printf "%s=yes\n" $service >> "$SERV_CFG_DIR"/"$pkgname-serv.conf"
fi
else
printf "%s=yes\n" $service > "$serv_cfg_dir"/"$pkgname-serv.conf"
printf "%s=yes\n" $service > "$SERV_CFG_DIR"/"$pkgname-serv.conf"
fi
}
@@ -109,21 +112,25 @@ mk_serv_autoboot ()
main ()
{
local line
info "configure auto boot service"
while read line;do
if [ -n "$line" ];then
mk_serv_autoboot $line
erv
fi
done
info "configure auto boot service success"
}
rcd="$TARGET/etc/rc.d"
init_dir="$rcd/init.d"
RCD="$TARGET/etc/rc.d"
INIT_DIR="$RCD/init.d"
# according old Rocky installer, make symbol link in rc3.d and rc5.d
rc_dir="$rcd/rc3.d $rcd/rc5.d"
serv_cfg_dir="$TARGET/var/lib/pkg"
RC_DIR="$RCD/rc3.d $RCD/rc5.d"
SERV_CFG_DIR="$TARGET/var/lib/pkg"
main $@
main "$@"

44
operation/mount_partition.sh
View File

@@ -12,12 +12,13 @@
# 1. partition
# 2. mountpoint
# 3. filesystem type
# below input is optional, if not set, we mount default configure,
# below input is optional, if not set, we mount default configure
# 4. fs_mntops: set mount options
# Output:
# 1 argument error
# 2 lack input (reserve)
# 3 device node doesn't exist
# success:
# @ mount $devname success
# Return value:
# 1 device node doesn't exist
# 32 mount failure
#
# AUTHOR: Qin Bo
@@ -37,25 +38,21 @@ source ./functions
mount_partition ()
{
local devname="$1"
local mountpoint="$2"
local fs_type="$3"
local fs_mntops="$4"
local mount_pos="$TARGET$mountpoint"
if [ ! -e "$devname" ];then
err "$devname node doesn't exist !"
return 3
return 1
fi
if [ "$mountpoint" == "/" ];then
mount_pos="$TARGET"
else
mount_pos="$TARGET$mountpoint"
fi
# mount filesystem for default option
# after install will set acl, so we use acl option mount here
# this configure according old Rocky installer
# mount filesystem for default option,
# after installation will set acl, so we use acl option mount here.
# this configuration according old Rocky installer.
case $fs_type in
ext2|ext3|reiserfs)
[ -z "$fs_mntops" ] && fs_mntops="acl" ;;
@@ -68,18 +65,31 @@ mount_partition ()
mkdir -p "$mount_pos"
fi
# device node has already mounted on other directory, umount it.
# ex: /dev/hda5 should mount on /mnt, but it has already mounted on /cdrom before,
# so, we umount it
if [ "$(grep "$devname" /proc/mounts|awk '{print $2}')" != "$mount_pos" ];then
reumount $devname
fi
# mountpoint has already mounted, umount it
if mountpoint -q $mount_pos;then
# may be have mountpoint under the mountpoint directory
reumount $mount_pos
fi
info "mount $devname on $mount_pos with $fs_type filesystem"
mount -t "$fs_type" -o $fs_mntops "$devname" "$mount_pos" 1>"$dev_LOG" 2>&1
info "mounting $devname on $mount_pos with $fs_type filesystem"
mount -t "$fs_type" -o $fs_mntops "$devname" "$mount_pos" 1>>"$DEV_LOG" 2>&1
}
main()
{
local line
# sort -k 2 ensure let short mountpoint sort at front of long mountpoint,
# in this way, we can mount long mountpoint after short mountpoint.
# ex: /usr/lib, /usr, /, after sort is /, /usr, /usr/lib
# this mean that / is mounted first, then mount /usr, finally mount /usr/lib
while read line; do
echo $line
done|sort -k 2 -u|
@@ -87,10 +97,12 @@ main()
if [ -n "$line" ];then
mount_partition $line
erv
info "mount $(echo $line|awk '{print $1}') success" stdout
fi
done
}
main "$@"