tofo.conf_tmpl

############################################
#General Cluster Config			   
############################################

# This is a template configuration file to show which options
# we can choose from and how they are meant to be used.
# Copy this file to tofo.conf and modify it to your needs.

# Give the two nodes you want to failover between. 
# Must match uname -n and have a valid entry in /etc/hosts.
node1=pizza_restaurant
node2=ice_cream_parlour

# In general it is a good idea to use LVM HostTags for what we do here.
# So if we have configured tags on your LV's please choose '1' if not choose '0'.
# WARNING: It is strongly recommended to use HostTags to preserve data integrity
#          in case things go miserable wrong.

DO_HAVE_VG_TAGS=1


############################################
#Resource Config			          
############################################

# This is our resource group configuration.
# We can for sure use multiple resource but they must have unique names.
# A resource group block starts with "<RES res_grp_name>" and ends with "</RES res_grp_name>".
# We should mention our groups in the order you want them to be started if you do "-start=all -res_grp=all".

# A res_grp named PIZZA
<RES PIZZA>

# Does this resource group use SRDF on an EMC storage?
# DO_HAVE_SRDF=1 srdf is enabled
# DO_HAVE_SRDF=0 srdf is disable
DO_HAVE_SRDF=0

# Set this to 1 if we do use VxVM intead of Linux LVM
# DO_HAVE_VxVM=1 we use VxVM for your disks in this resource group
# DO_HAVE_VxVM=0 we use LVM for your disks in this resource group
DO_HAVE_VxVM=0

	# A network interface named salami
	# this name must be known to each system wether in /etc/hosts or DNS
#	<NET salami>
#		ip=1.1.1.1
#		mask=255.255.255.0
#		device=bond1
#	</NET salami>

        
        # A network route (hostroute)
#	<ROUTE salami_0>
#		dest=1.1.1.10
#		gw=1.1.1.254
#		device=bond1
#	</ROUTE salami_0>

	# Another route (net route)
#	<ROUTE salami_1>
#		dest=1.1.2.0/24
#		gw=1.1.1.254
#		device=bond1
#	</ROUTE salami_1>


	# Another interface named cheese on bond0 (vlan tagged)
#	<NET cheese>
#		ip=1.1.1.2
#		mask=255.255.255.0
#		device=bond0.252
#		vlan=1
#	</NET cheese>

	# Specify the LVM groups we want to use
#	<LVMgroups>
#		group1=EGGS_VG
#		group2=HAM_VG
#	</LVMgroups>

	# Specify the LV we use but specify them by the device not the mountpoint.
	# Use exactly the same device you used in /etc/fstab (!!! noauto !!!).
	# State them in the order you want them to be mounted when the group is started
#	<FS>
#		fs1=/dev/mapper/HAM_VG-fat_lv
#		fs1=/dev/mapper/HAM_VG-carb_lv
#	</FS>
	
	# NFS filesystems you we to export 
#	<NFSexport mushrooms>
#		opt="-o rw,sync,no_root_squash"
#		net="192.168.7.224/27"
#		dir="/mushrooms"
#	</NFSexport mushrooms>

	# NFS filesystems you we to mount
#	<NFSmount onion>
#		opt="-o soft,rw,intr,bg"
#		host="somehost"
#		dev="/usr/sap/anything"
#		mntpoint="/mnt/nfs1"
#	</NFSmount onion>

	# This script runs before anything else is run in the start routine.
	# We can put whatever you want to in our script
	# it is not checked for returncode or anything else.
#	<RES_PRE_start>
#		sh1="echo 111aaaahhhhhaaa111"		
#	</RES_PRE_start>
	
	# This script runs after everything else is run in the start routine.
	# We can put whatever you want to in our script
	# it is not checked for returncode or anything else.
#	<RES_POST_start>
#		sh1="echo 222aaaahhhhhaaa222"		
#	</RES_POST_start>

	# This script runs before anything else is run in the stop routine.
	# We can put whatever you want to in our script
	# it is not checked for returncode or anything else.
#	<RES_PRE_stop>
#		sh1="ps aux"		
#	</RES_PRE_stop>
	
	# This script runs after everything else is run in the stop routine
	# We can put whatever you want to in our script
	# it is not checked for returncode or anything else.
#	<RES_POST_stop>
#		sh1="echo 444aaaahhhhhaaa444"		
#	</RES_POST_stop>

# End of resgrp PIZZA
</RES PIZZA>