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mirror of https://github.com/xcat2/xcat-core.git synced 2025-05-24 12:42:05 +00:00

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export XCATDEBUGMODE="#TABLEBLANKOKAY:site:key=xcatdebugmode:value#"
if [ "$XCATDEBUGMODE" = "1" ] || [ "$XCATDEBUGMODE" = "2" ]; then
set -x
fi
#!/bin/sh
if [ "$XCATDEBUGMODE" = "1" ] || [ "$XCATDEBUGMODE" = "2" ]; then
killall syslogd
syslogd -R #XCATVAR:XCATMASTER#
fi
if [ ! -c /dev/vcs ]; then
mknod /dev/vcs c 7 0
fi
debconf-get open-iscsi/targets > /tmp/q
cat >/tmp/foo.sh <<EOF
#!/bin/sh
#
# If no arguments:
#
# 1) Start child process to connect as client to master, and re-execute this script to send
# "installmonitor" to master. Do not wait for child process.
#
# 2) Loop forever. For each iteration, start child process as server waiting for a client
# connection. Once a connection is established, child process re-executes this script to
# handle request from that particular client.
#
if [ \$# -eq 0 ]; then
xcatdhost="#XCATVAR:XCATMASTER#"
xcatdport="#TABLE:site:key=xcatiport:value#"
NODESTATUS="#TABLEBLANKOKAY:site:key=nodestatus:value#"
/usr/bin/nc "\$xcatdhost" "\$xcatdport" -e /tmp/foo.sh install_monitor &
if [ -z "\$NODESTATUS" ] || [ "\$NODESTATUS" != "0" -a "\$NODESTATUS" != "N" -a "\$NODESTATUS" != "n" ];
then
/usr/bin/nc "\$xcatdhost" "\$xcatdport" -e /tmp/foo.sh installstatus installing &
fi
while true; do
/usr/bin/nc -l -p 3001 -e /tmp/foo.sh serve_client
done
exit 1 # never reached; reboot ends this
fi
#
# If the script was called with the "install_monitor" argument, stdin and stdout are
# connected to an xCAT daemon on the master. Write the "installmonitor" request to the
# daemon.
#
if [ "\$1" = "install_monitor" ]; then
cmd=""
while [ "\$cmd" != "done" ]; do
read cmd remainder
if [ "\$cmd" == "ready" ]; then
echo "installmonitor"
fi
done
exit 0
fi
#
# If the script was called with the "installstatus" argument, stdin and stdout are
# connected to an xCAT daemon on the master.
# Write the "installstatus xx" request to the daemon to update thenode installation status.
if [ "\$1" = "installstatus" ]; then
cmd=""
while [ "\$cmd" != "done" ]; do
read cmd remainder
if [ "\$cmd" == "ready" ]; then
echo "installstatus \$2"
fi
done
exit 0
fi
#
# When execution reaches here, script called with "serve_client" argument, which means
# stdin and stdout are connected to a client. Read the request from the client, provide
# the answer to the client, and terminate.
#
read cmd arg remainder
case "\$cmd" in
#UNCOMMENTOENABLEDEBUGPORT# "sh") #TODO: ENABLE IF DEBUG
#UNCOMMENTOENABLEDEBUGPORT# output=\$(eval \$arg \$remainder)
#UNCOMMENTOENABLEDEBUGPORT# echo "\$output"
#UNCOMMENTOENABLEDEBUGPORT# echo "EOO"
#UNCOMMENTOENABLEDEBUGPORT# ;;
"screendump")
output=\$(eval chvt \$arg; cat /dev/vcs)
echo "\$output"
;;
"stat")
sedcmds='/^[^ ]+ +[^ ]+ +install /h; \${ g; s,^[^ ]+ +[^ ]+ +install +([^ ]+) +[^ ]+ ([^ ]+).*,installing \1 \2,; p }'
output=\$(sed -nre "\$sedcmds" /target/var/log/dpkg.log 2>/dev/null)
if [ -z "\$output" ]; then
output="installing prep"
fi
echo "\$output"
;;
esac
exit 0
EOF
chmod 755 /tmp/foo.sh
/tmp/foo.sh >/tmp/foo.log 2>&1 &
base64decode()
{
h0="0"; h1="1"; h2="2"; h3="3"; h4="4"; h5="5"; h6="6"; h7="7";
h8="8"; h9="9"; h10="A"; h11="B"; h12="C"; h13="D"; h14="E"; h15="F";
while :
do
i=0
while [ "$i" -lt 4 ]
do
read -n 1 c || return
case "${c}" in
"A") d=0 ;; "B") d=1 ;; "C") d=2 ;; "D") d=3 ;;
"E") d=4 ;; "F") d=5 ;; "G") d=6 ;; "H") d=7 ;;
"I") d=8 ;; "J") d=9 ;; "K") d=10 ;; "L") d=11 ;;
"M") d=12 ;; "N") d=13 ;; "O") d=14 ;; "P") d=15 ;;
"Q") d=16 ;; "R") d=17 ;; "S") d=18 ;; "T") d=19 ;;
"U") d=20 ;; "V") d=21 ;; "W") d=22 ;; "X") d=23 ;;
"Y") d=24 ;; "Z") d=25 ;; "a") d=26 ;; "b") d=27 ;;
"c") d=28 ;; "d") d=29 ;; "e") d=30 ;; "f") d=31 ;;
"g") d=32 ;; "h") d=33 ;; "i") d=34 ;; "j") d=35 ;;
"k") d=36 ;; "l") d=37 ;; "m") d=38 ;; "n") d=39 ;;
"o") d=40 ;; "p") d=41 ;; "q") d=42 ;; "r") d=43 ;;
"s") d=44 ;; "t") d=45 ;; "u") d=46 ;; "v") d=47 ;;
"w") d=48 ;; "x") d=49 ;; "y") d=50 ;; "z") d=51 ;;
"0") d=52 ;; "1") d=53 ;; "2") d=54 ;; "3") d=55 ;;
"4") d=56 ;; "5") d=57 ;; "6") d=58 ;; "7") d=59 ;;
"8") d=60 ;; "9") d=61 ;; "+") d=62 ;; "/") d=63 ;;
"=") d=0 ;;
*) continue ;;
esac
eval "a${i}=${c}"
eval "b${i}=${d}"
i=$(( i + 1 ))
done
o0=$(( ((b0 << 2) | (b1 >> 4)) & 0xff ))
o1=$(( ((b1 << 4) | (b2 >> 2)) & 0xff ))
o2=$(( ((b2 << 6) | b3) & 0xff ))
[ "${a2}" == "=" ] &&
eval "printf \"\\x\${h$(( o0 / 16 ))}\${h$(( o0 % 16
))}\"" &&
return
[ "${a3}" == "=" ] &&
eval "printf \"\\x\${h$(( o0 / 16 ))}\${h$(( o0 % 16
))}\\x\${h$(( o1 / 16 ))}\${h$(( o1 % 16
))}\"" &&
return
eval "printf \"\\x\${h$(( o0 / 16 ))}\${h$(( o0 % 16
))}\\x\${h$(( o1 / 16 ))}\${h$(( o1 % 16
))}\\x\${h$(( o2 / 16 ))}\${h$(( o2 % 16 ))}\""
done
}
if [ -d /sys/firmware/efi ]; then
echo "ubuntu-efi ::" > /tmp/partitionfile
echo " 512 512 1024 fat16" >> /tmp/partitionfile
echo ' $iflabel{ gpt } $reusemethod{ } method{ efi } format{ }' >> /tmp/partitionfile
echo " ." >> /tmp/partitionfile
else
echo "ubuntu-boot ::" > /tmp/partitionfile
echo "100 50 100 ext3" >> /tmp/partitionfile
echo ' $primary{ } $bootable{ } method{ format } format{ } use_filesystem{ } filesystem{ ext3 } mountpoint{ /boot }' >> /tmp/partitionfile
echo " ." >> /tmp/partitionfile
fi
echo "500 10000 1000000000 ext3" >> /tmp/partitionfile
echo " method{ format } format{ } use_filesystem{ } filesystem{ ext3 } mountpoint{ / }" >> /tmp/partitionfile
echo " ." >> /tmp/partitionfile
echo "2048 512 300% linux-swap" >> /tmp/partitionfile
echo " method{ swap } format{ }" >> /tmp/partitionfile
echo " ." >> /tmp/partitionfile
#XCA_PARTMAN_RECIPE_SCRIPT#
#XCA_PARTMAN_DISK_SCRIPT#
#XCA_PARTMAN_ADDITIONAL_CONFIG_SCRIPT#
exit 0
if [ "$XCATDEBUGMODE" = "1" ] || [ "$XCATDEBUGMODE" = "2" ]; then
then
set +x
fi