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|
#!/bin/bash
##############################################################################
# Copyright (c) 2015 Ericsson AB and others.
# stefan.k.berg@ericsson.com
# jonas.bjurel@ericsson.com
# All rights reserved. This program and the accompanying materials
# are made available under the terms of the Apache License, Version 2.0
# which accompanies this distribution, and is available at
# http://www.apache.org/licenses/LICENSE-2.0
##############################################################################
########################################################################
# Internal functions BEGIN
dha_f_err()
{
local rc
local cmd
rc=$1
shift
echo "$@" >&2
echo "Exit with code $rc" >&2
exit $rc
}
dha_f_run()
{
$@
rc=$?
if [ $rc -ne 0 ]; then
dha_f_err $rc "running $@" >&2
exit $rc
fi
}
dha_f_ipmi()
{
local nodeId
local ipmiIp
local ipmiUser
local ipmiPass
local i
nodeId=$1
shift
ipmiIp=$($DHAPARSE $DHAFILE getNodeProperty $nodeId ipmiIp)
ipmiUser=$($DHAPARSE $DHAFILE getNodeProperty $nodeId ipmiUser)
ipmiPass=$($DHAPARSE $DHAFILE getNodeProperty $nodeId ipmiPass)
test -n "$ipmiIp" || error_exit "Could not get IPMI IP"
test -n "$ipmiUser" || error_exit "Could not get IPMI username"
test -n "$ipmiPass" || error_exit "Could not get IPMI password"
# Repeat three times for good measure (some hardware seems
# weird)
for i in 1 2
do
ipmitool -I lanplus -A password -H $ipmiIp -U $ipmiUser -P $ipmiPass \
$@ >/dev/null 2>&1
sleep 1
done
ipmitool -I lanplus -A password -H $ipmiIp -U $ipmiUser -P $ipmiPass \
$@
}
# Internal functions END
########################################################################
true=0
false=1
# API: Get the DHA API version supported by this adapter
dha_getApiVersion ()
{
echo "1.0"
}
# API: Get the name of this adapter
dha_getAdapterName ()
{
echo "ipmi"
}
# API: ### Node identity functions ###
# API: Node numbering is sequential.
# API: Get a list of all defined node ids, sorted in ascending order
dha_getAllNodeIds()
{
dha_f_run $DHAPARSE $DHAFILE getNodes | sort -n
}
# API: Get ID for Fuel node ID
dha_getFuelNodeId()
{
for node in `dha_getAllNodeIds`
do
if [ -n "`dha_f_run $DHAPARSE $DHAFILE getNodeProperty $node isFuel`" ]
then
echo $node
fi
done
}
# API: Get node property
# API: Argument 1: node id
# API: Argument 2: Property
dha_getNodeProperty()
{
dha_f_run $DHAPARSE $DHAFILE getNodeProperty $1 $2
}
# API: Get MAC address for the PXE interface of this node. If not
# API: defined, an empty string will be returned.
# API: Argument 1: Node id
dha_getNodePxeMac()
{
dha_getNodeProperty $1 pxeMac
}
### Node operation functions ###
# API: Use custom installation method for Fuel master?
# API: Returns 0 if true, 1 if false
dha_useFuelCustomInstall()
{
$DHAPARSE $DHAFILE get fuelCustomInstall | grep -qi true
rc=$?
return $rc
}
# API: Fuel custom installation method
# API: Leaving the Fuel master powered on and booting from ISO at exit
# API: Argument 1: Full path to ISO file to install
dha_fuelCustomInstall()
{
if [ ! -e $1 ]; then
error_exit "Could not access ISO file $1"
fi
dha_useFuelCustomInstall || dha_f_err 1 "dha_fuelCustomInstall not supported"
fuelIp=`dea getFuelIp` || error_exit "Could not get fuel IP"
fuelNodeId=`dha getFuelNodeId` || error_exit "Could not get fuel node id"
virtName=`$DHAPARSE $DHAFILE getNodeProperty $fuelNodeId libvirtName`
# Power off the node
virsh destroy $virtName
sleep 5
# Zero the MBR
fueldisk=`virsh dumpxml $virtName | \
grep "<source file" | grep raw | sed "s/.*'\(.*\)'.*/\1/"`
disksize=`ls -l $fueldisk | awk '{ print $5 }'`
rm -f $fueldisk
fallocate -l $disksize $fueldisk
# Set the boot order
for order in disk iso
do
if [ "$order" == "pxe" ]; then
bootline+="<boot dev='network'\/>\n"
elif [ "$order" == "disk" ]; then
bootline+="<boot dev='hd'/\>\n"
elif [ "$order" == "iso" ]; then
bootline+="<boot dev='cdrom'/\>\n"
else
error_exit "Unknown boot type: $order"
fi
done
virsh dumpxml $virtName | grep -v "<boot dev.*>" | \
sed "/<\/os>/i\
${bootline}" > $tmpdir/vm.xml || error_exit "Could not set bootorder"
virsh define $tmpdir/vm.xml || error_exit "Could not set bootorder"
# Get name of CD device
cdDev=`virsh domblklist $virtName | tail -n +3 | awk '{ print $1 }' | grep ^hd`
# Eject and insert ISO
virsh change-media $virtName --config --eject $cdDev
sleep 5
virsh change-media $virtName --config --insert $cdDev $1 || error_exit "Could not insert CD $1"
sleep 5
virsh start $virtName || error_exit "Could not start $virtName"
sleep 5
# wait for node up
echo "Waiting for Fuel master to accept SSH"
while true
do
ssh root@${fuelIp} date 2>/dev/null
if [ $? -eq 0 ]; then
break
fi
sleep 10
done
# Wait until fuelmenu is up
echo "Waiting for fuelmenu to come up"
menuPid=""
while [ -z "$menuPid" ]
do
menuPid=`ssh root@${fuelIp} "ps -ef" 2>&1 | grep fuelmenu | grep -v grep | awk '{ print $2 }'`
sleep 10
done
# This is where we inject our own astute.yaml settings
scp -q $deafile root@${fuelIp}:. || error_exit "Could not copy DEA file to Fuel"
echo "Uploading build tools to Fuel server"
ssh root@${fuelIp} rm -rf tools || error_exit "Error cleaning old tools structure"
scp -qrp $topdir/tools root@${fuelIp}:. || error_exit "Error copying tools"
echo "Running transplant #0"
ssh root@${fuelIp} "cd tools; ./transplant0.sh ../`basename $deafile`" \
|| error_exit "Error running transplant sequence #0"
# Let the Fuel deployment continue
echo "Found menu as PID $menuPid, now killing it"
ssh root@${fuelIp} "kill $menuPid" 2>/dev/null
# Wait until installation complete
echo "Waiting for bootstrap of Fuel node to complete"
while true
do
ssh root@${fuelIp} "ps -ef" 2>/dev/null \
| grep -q /usr/local/sbin/bootstrap_admin_node
if [ $? -ne 0 ]; then
break
fi
sleep 10
done
echo "Waiting for one minute for Fuel to stabilize"
sleep 1m
}
# API: Get power on strategy from DHA
# API: Returns one of two values:
# API: all: Power on all nodes simultaneously
# API: sequence: Power on node by node, wait for Fuel detection
dha_getPowerOnStrategy()
{
local strategy
strategy=`$DHAPARSE $DHAFILE get powerOnStrategy`
if [ "$strategy" == "all" ]; then
echo $strategy
elif
[ "$strategy" == "sequence" ]; then
echo $strategy
else
dha_f_err 1 "Could not parse strategy from DHA, got $strategy"
fi
}
# API: Power on node
# API: Argument 1: node id
dha_nodePowerOn()
{
local nodeId
nodeId=$1
state=$(dha_f_ipmi $1 chassis power status) || error_exit "Could not get IPMI power status"
echo "state $state"
if [ "$(echo $state | sed 's/.* //')" == "off" ]; then
dha_f_ipmi $1 chassis power on
fi
}
# API: Power off node
# API: Argument 1: node id
dha_nodePowerOff()
{
local nodeId
nodeId=$1
state=$(dha_f_ipmi $1 chassis power status) || error_exit "Could not get IPMI power status"
echo "state $state"
if [ "$(echo $state | sed 's/.* //')" != "off" ]; then
dha_f_ipmi $1 chassis power off
fi
}
# API: Reset node
# API: Argument 1: node id
dha_nodeReset()
{
local nodeId
nodeId=$1
state=$(dha_f_ipmi $1 chassis power reset) || error_exit "Could not get IPMI power status"
echo "state $state"
if [ "$(echo $state | sed 's/.* //')" != "off" ]; then
dha_f_ipmi $1 chassis power reset
fi
}
# Boot order and ISO boot file
# API: Is the node able to commit boot order without power toggle?
# API: Argument 1: node id
# API: Returns 0 if true, 1 if false
dha_nodeCanSetBootOrderLive()
{
return $true
}
# API: Set node boot order
# API: Argument 1: node id
# API: Argument 2: Space separated line of boot order - boot ids are "pxe", "disk" and "iso"
# Strategy for IPMI: Always set boot order to persistent except in the case of CDROM.
dha_nodeSetBootOrder()
{
local id
local order
id=$1
shift
order=$1
if [ "$order" == "pxe" ]; then
dha_f_ipmi $id chassis bootdev pxe options=persistent || error_exit "Could not get IPMI power status"
elif [ "$order" == "iso" ]; then
dha_f_ipmi $id chassis bootdev cdrom || error_exit "Could not get IPMI power status"
elif [ "$order" == "disk" ]; then
dha_f_ipmi $id chassis bootdev disk options=persistent || error_exit "Could not get IPMI power status"
else
error_exit "Unknown boot type: $order"
fi
}
# API: Is the node able to operate on ISO media?
# API: Argument 1: node id
# API: Returns 0 if true, 1 if false
dha_nodeCanSetIso()
{
return $false
}
# API: Is the node able to insert add eject ISO files without power toggle?
# API: Argument 1: node id
# API: Returns 0 if true, 1 if false
dha_nodeCanHandeIsoLive()
{
return $false
}
# API: Insert ISO into virtualDVD
# API: Argument 1: node id
# API: Argument 2: iso file
dha_nodeInsertIso()
{
error_exit "Node can not handle InsertIso"
}
# API: Eject ISO from virtual DVD
# API: Argument 1: node id
dha_nodeEjectIso()
{
error_exit "Node can not handle InsertIso"
}
# API: Wait until a suitable time to change the boot order to
# API: "disk iso" when ISO has been booted. Can't be too long, nor
# API: too short...
# API: We should make a smart trigger for this somehow...
dha_waitForIsoBoot()
{
echo "waitForIsoBoot: Not used by ipmi"
}
# API: Is the node able to reset its MBR?
# API: Returns 0 if true, 1 if false
dha_nodeCanZeroMBR()
{
return $false
}
# API: Reset the node's MBR
dha_nodeZeroMBR()
{
error_exit "Node $1 does not support ZeroMBR"
}
# API: Entry point for dha functions
# API: Typically do not call "dha_node_zeroMBR" but "dha node_ZeroMBR"
# API:
# API: Before calling dha, the adapter file must gave been sourced with
# API: the DHA file name as argument
dha()
{
if [ -z "$DHAFILE" ]; then
error_exit "dha_setup has not been run"
fi
if type dha_$1 &>/dev/null; then
cmd=$1
shift
dha_$cmd $@
return $?
else
error_exit "No such function dha_$1 defined"
fi
}
if [ "$1" == "api" ]; then
egrep "^# API: |dha.*\(\)" $0 | sed 's/^# API: /# /' | grep -v dha_f_ | sed 's/)$/)\n/'
else
dhatopdir=$(dirname $(readlink -f $BASH_SOURCE))
DHAPARSE="$dhatopdir/dhaParse.py"
DHAFILE=$1
if [ ! -f $DHAFILE ]; then
error_exit "No such DHA file: $DHAFILE"
else
echo "Adapter init"
echo "$@"
echo "DHAPARSE: $DHAPARSE"
echo "DHAFILE: $DHAFILE"
fi
fi
|