OpenSVC

Here is a copy of the template service env file available on the nodes at /opt/opensvc/usr/share/doc/template.env

#
# OpenSVC config files are written in standard ini file format:
#
# "The configuration file consists of sections, led by a [section] header and
# followed by name: value entries, with continuations in the style of RFC 822
# (see section 3.1.1, “LONG HEADER FIELDS”); name=value is also accepted. Note
# that leading whitespace is removed from values.
# Lines beginning with '#' or ';' are ignored and may be used to provide
# comments."
#               extract from http://docs.python.org/library/configparser.html
#
# Resource are label [resource_name#index_in_resourse_set], like [ip#1],
# [ip#2], [fs#1], [fs#2]...
#
# Every resource accept these options:
# 'disable'
#   optional. Possible values are 'true' or 'false'.
#   A disabled resource will be ignored on service startup and shutdown.
#
# 'disable_on'
#   optional. A list of nodenames where to consider the 'disable' value is
#   True.
#
# 'optional'
#   optional. Possible values are 'true' or 'false'.
#   Actions on resource will be tried upon service startup and shutdown,
#   but action failures will be logged and passed over. Useful for resources
#   like dump filesystems for example.
#
# Every service config file must have a DEFAULT section.
#

##############################################################################
#
# Main service definition
#
##############################################################################

[DEFAULT]
#
# 'app'
#   is used to identify who is responsible for is service, who is billable
#   and provides a most useful filtering key. Better keep it a short code.
#
;app = OSVC

#
# 'comment'
#   is optional, but helps users understand the role of the service, 
#   which is nice to on-call support people having to operate on a
#   service they are usualy responsible for.
#
;comment = opensvc web front-end

#
# 'mode'
#   supported modes are 'lxc', 'zone', 'kvm', 'ldom', 'xen', 'hpvm',
#   'esx' or 'hosted'. The default is 'hosted'.
#   the mode decides upon disposition OpenSVC takes to bring a service up
#   or down : virtualized services need special actions to prepare and boot
#   the container for example, which is not needed for 'hosted' services.
#
;mode = lxc

#
# 'drp_type'
#   supported values are 'standby' or 'srdf'. The default is 'standby'.
#   Not used for the moment.
#
;drp_type = standby

#
# 'service_type'
#   supported values are 'DEV' and 'PRD'. There is no default, and this
#   setting is mandatory, as important rules apply to it :
#   1/ a DEV service can not be brought up on a PRD node, but a PRD service
#      can be startup on a DEV node (in a DRP situation).
#
;service_type = DEV

#
# 'nodes'
#   mandatory list of cluster nodes able to start the service when not in
#   a DRP situation
#
;nodes =  zezette

#
# 'autostart_node'
#   A subset of 'nodes' where the service will try to start on upon node
#   reboot. On a failover cluster only one autostart_node should be
#   defined, and the start-up will fail if the service is already up on another
#   node.
#   If not specified, the service will never be started at node boot-time,
#   which is rarely the expected behaviour.
#
;autostart_node = zezette

#
# 'cluster_type'
#   Optional. Defaults to 'failover'.
#   Allowed values:
#
#   'failover'
#      The service can be up only on one node at a time. 
#
#   'flex'
#      The service can be up on multiple nodes simultaneously.
#
#   'autoflex'
#      Like flex, and allows the collector to start and stop instances.
#
#
;cluster_type = failover

#
# 'flex_primary'
#   the nodename of the node allowed to sync to other flex nodes.
#
;flex_primary = zezette

#
# 'flex_min_nodes'
#   Default: 1
#   the minimum number of nodes where the service should be up.
#   Alerts are raised on the collector upon crossing this limit.
#   On autoflex, the collector would not trigger actions that would
#   put the service out of bounds.
#
;flex_min_nodes = 1

#
# 'flex_max_nodes'
#   Default: the total number of nodes
#   the maximum number of nodes where the service should be up.
#   Alerts are raised on the collector upon crossing this limit.
#   On autoflex, the collector would not trigger actions that would
#   put the service out of bounds.
#
;flex_max_nodes = 10

#
# 'flex_cpu_low_threshold'
#   Default: 10
#   the minimum percentile of average node cpu usage.
#   Alerts are raised on the collector upon crossing this limit.
#   On autoflex, the collector would trigger actions to keep the cpu
#   usage in bounds.
#
;flex_cpu_low_threshold = 10

#
# 'flex_cpu_high_threshold'
#   Default: 10
#   the maximum percentile of average node cpu usage.
#   Alerts are raised on the collector upon crossing this limit.
#   On autoflex, the collector would trigger actions to keep the cpu
#   usage in bounds.
#
;flex_cpu_high_threshold = 90

#
# 'drpnode'
#   optional. The backup node where the service is activated in a DRP
#   situation. This node is also a data synchronization target for 'sync'
#   resources (see below)
#
;drpnode = vm5

#
# 'drpnodes'
#   optional. Alternate backup nodes, where the service could be activated
#   in a DRP situation if the 'drpnode' is not available. These nodes are
#   also data synchronization targets for 'sync' resources (see below)
#
;drpnodes = vm6 vm7

#
# 'scsireserv'
#   optional. Possible values are 'true' or 'false'. Default is 'false'.
#   If set to 'true', OpenSVC will try to acquire a type-5 (write exclusive,
#   registrant only) scsi3 persistent reservation on every path to disks of
#   every disk group attached to this service. Existing reservations are
#   preempted to not block service start-up. If the start-up was not
#   legitimate the data are still protected from being written over from both
#   nodes.
#   If set to 'false' or not set, 'scsireserv' can be activated on a per-
#   resource basis.
#
;scsireserv = false

#
# 'bwlimit'
#   optional. Bandwidth limit in KB applied to all rsync transfers
#
;bwlimit = 3000

#
# 'sync_interval'
#   optional. Set the minimum delay between syncs in minutes. If a sync is
#   triggered through crond or manually, it is skipped if last sync occured
#   less than 'sync_interval' ago. 
#   The mecanism is enforced by a timestamp created upon each sync completion
#   in /opt/opensvc/var/sync/[service]![dst]
#
;sync_interval = 30

#
# 'sync_days'
#   optional. Defaults to 'every week day'.
#   Set the days this resource synchronization is allowed.
#
;sync_days = ["monday", "friday"]

#
# 'sync_period'
#   optional. Defaults to 4am to 6am.
#   Set the time ranges this resource synchronization is allowed.
#
;sync_period = ["04:00", "06:00"]
;sync_period = [["04:00", "06:00"], ["18:00", "20:00"]]

#
# 'sync_interval'
#   optional. Set the minimum delay between syncs in minutes. If a sync is
#   triggered through crond or manually, it is skipped if last sync occured
#   less than 'sync_interval' ago. 
#   The mecanism is enforced by a timestamp created upon each sync completion
#   in /opt/opensvc/var/sync/[service]![dst]
#
;sync_interval = 30

#
# 'sync_max_delay'
#   optional. Default value is 1440 minutes (1 day). Unit is minutes.
#   This sets to delay above which the sync status of the resource is to be
#   considered down. Should be set according to your application service
#   level agreement. The cron job frequency should be set between
#   'sync_interval' and 'sync_max_delay'.
#
;sync_max_delay = 1440

#
# 'vm_name'
#   optional. Defaults to service name. This need to be set if the virtual
#   machine name is different from the service name.
# 
;vm_name = teddybear

#
# 'presnap_trigger'
#   optional. Defaults to None. Define a command to run before creating
#   snapshots. This is most likely what you need to use plug a script to
#   put you data in a coherent state (alter begin backup and the like).
# 
;presnap_trigger = /bin/true

#
# 'postsnap_trigger'
#   optional. Defaults to None. Define a command to run after snapshots are
#   created. This is most likely what you need to use plug a script to
#   undo the actions of 'presnap_trigger'.
# 
;postsnap_trigger = /bin/true

#
# 'containerize'
#   optional. Defaults to true. Use process containers when possible.
#   Containers allow capping memory, swap and cpu usage per service.
#   Lxc containers are naturally containerized, so skip containerization
#   of their startapp.
# 
;containerize = false

#
# 'container_cpus'
#   optional. Defaults to all cpus. Allow service process to bind only
#   the specified cpus. Cpus are specified as list or range : 0,1,2 or
#   0-2
# 
;container_cpus = 0-1

#
# 'container_mems'
#   optional. Defaults to all memory nodes. Allow service process to bind
#   only the specified memory nodes. Memory nodes are specified as list or
#   range : 0,1,2 or 0-2
# 
;container_mems = 0

#
# 'container_cpu_share'
#   optional. No default, kernel default value is used, which usually is
#   1024 shares. In a cpu-bound situation, ensure the service does not
#   use more than its share of cpu ressource. The actual percentile depends
#   on shares allowed to other services.
# 
;container_cpu_share = 1024

#
# 'container_mem_limit'
#   optional. Defaults to all available memory. Ensures the service does
#   not use more than specified memory (in bytes). The Out-Of-Memory killer
#   get triggered in case of tresspassing.
# 
;container_mem_limit = 100000000

#
# 'container_vmem_limit'
#   optional. Defaults to all available memory+swap. Ensures the service does
#   not use more than specified memory+swap (in bytes). The Out-Of-Memory killer
#   get triggered in case of tresspassing. The specified value must be greater
#   than container_mem_limit
# 
;container_vmem_limit = 200000000


##############################################################################
#
# Service resources
#
##############################################################################


##############################################################################
#
# 'ip' resources
#   describe which ip to plumb for the service. Any number of ips can be
#   attached to the service, but ips are to be uniquely assigned to it.
#   In case of ip conflict, the service refuses to start.
#
;[ip#1]
;disable = true
;disable_on = node12 node21
;optional = true

#
# 'ipname'
#   the DNS name of the ip resource. Can be different from one node to the
#   other, in which case '@nodename' can be specified. This is most
#   useful to specify a different ip when the service starts in DRP mode,
#   where subnets are likely to be different than those of the production
#   datacenter.
#
;ipname@zezette = unxdevweb
;ipname@vm5 = unxdrpweb

#
# 'ipdev'
#   the interface name over which OpenSVC will try to stack the service
#   ip. Can be different from one node to the other, in which case the
#   '@nodename' can be specified.
#
;ipdev@zezette = br0
;ipdev@vm5 = eth0

#
# 'netmask'
#   optional if an ip is already plumbed on the root interface (if which
#   case the netmask is deduced from this ip). Mandatory if the interface
#   is dedicated to the service (dummy interface are likely to be in this
#   case).
#   the format is decimal, ex: 255.255.252.0
#
;netmask = 255.255.255.0

#
# 'always_on'
#   optional. Possible values are 'nodes', 'drpnodes' or 'nodes drpnodes',
#   or a list of nodes.
#   Sets the nodes on which the resource is always kept up. Primary usage is
#   file synchronization receiving on non-shared disks. Don't set this on
#   shared disk !! danger !!
#
;always_on = drpnodes


##############################################################################
#
# 'vg' resource
#   Disk group in the sense of volume managers, whatever the implementation.
#   Attaching a 'vg' to a service will make OpenSVC check and drive its
#   imported/exported status.
#
;[vg#1]
;disable = true
;disable_on = node12 node21
;optional = true

#
# 'vgname'
#   nothing special there
#
;vgname = unxtstsvc02

#
# 'dsf'
#   optional. Boolean. HP-UX only. Default value is True.
#   'dsf' must be set to false for LVM to use never-multipathed /dev/dsk/...
#   devices. Otherwize, ad-hoc multipathed /dev/disk/... devices.
#
;dsf = true

#
# 'scsireserv'
#   optional. Possible values are 'true' or 'false'. Default is 'false'.
#   If set to 'true', OpenSVC will try to acquire a type-5 (write exclusive,
#   registrant only) scsi3 persistent reservation on every path to disks of
#   every disk group attached to this service. Existing reservations are
#   preempted to not block service start-up. If the start-up was not
#   legitimate the data are still protected from being written over from both
#   nodes.
#   If set to 'false' or not set, 'scsireserv' can still be activated globally
#   from the 'default' section.
#
;scsireserv = false

#
# 'always_on'
#   optional. Possible values are 'nodes', 'drpnodes' or 'nodes drpnodes',
#   or a list of nodes.
#   Sets the nodes on which the resource is always kept up. Primary usage is
#   file synchronization receiving on non-shared disks. Don't set this on
#   shared disk !! danger !!
#
;always_on = drpnodes

#
# 'vgtype'
#   optional.
#   'vgtype' may be set to veritas to use veritas volume group instead of native
#   os volume group
#
;vgtype = veritas

##############################################################################
#
# 'pool' resource
#   zfs pool the sense of volume managers, whatever the implementation.
#   Attaching a ZFS 'pool' to a service will make OpenSVC check and drive its
#   imported/exported status.
#
;[pool#1]
;disable = true
;disable_on = node12 node21
;optional = true

#
# 'poolname'
#   nothing special there
#
;poolname = zpool

#
# tags  = preboot may be used when zfs pool is required before container boot
# else postboot is presumed
#
;tags = preboot

#
# 'scsireserv'
#   optional. Possible values are 'true' or 'false'. Default is 'false'.
#   If set to 'true', OpenSVC will try to acquire a type-5 (write exclusive,
#   registrant only) scsi3 persistent reservation on every path to disks of
#   every disk group attached to this service. Existing reservations are
#   preempted to not block service start-up. If the start-up was not
#   legitimate the data are still protected from being written over from both
#   nodes.
#   If set to 'false' or not set, 'scsireserv' can still be activated globally
#   from the 'default' section.
#
;scsireserv = false

#
# 'always_on'
#   optional. Possible values are 'nodes', 'drpnodes' or 'nodes drpnodes',
#   or a list of nodes.
#   Sets the nodes on which the resource is always kept up. Primary usage is
#   file synchronization receiving on non-shared disks. Don't set this on
#   shared disk !! danger !!
#
;always_on = drpnodes

##############################################################################
#
# 'vmdg' resource
#   HP-UX only, HP-VM only. The virtual machine disk group is the group of
#   disks given to a VM (pass-through device). As such, there can be only one
#   vmdg section for a hpvm-mode service.
#   This resource type is only present to allow setting the scsireserv option.
#
;[vmdg]
;scsireserv = false


##############################################################################
#
# 'drbd' resource
#   Linux only. Set up the attachment, connection and role of a defined drbd
#   resource. Depending on weather this resource is stacked over or under
#   other disk group resources we need to start it respectively late or early.
#   This is controlled by a set of tags: 'prevg', 'postvg'.
#
[drbd#0]

#
# 'res'
#   mandatory. String. The name of the drbd resource associated with this
#   service resource. OpenSVC expect the resource configuration file to
#   reside in '/etc/drbd.d/resname.res'. The 'sync#i0' resource will take
#   care of replicating this file to remote nodes.
#
res = data

#
# 'always_on'
#   state the expected status on nodes specified as value is 'up'. With drbd
#   the 'up' status is granted when the drbd driver reports UpToDate/UpToDate,
#   so always_on should point to all nodes participating in the drbd resource.
#
always_on = drpnodes nodes

#
# 'tags'
#    prevg:  upon service 'start', drbd 'start' is scheduled before volume
#            group 'start'. To use when the volume group is layered over the
#            drbd.
#    postvg: upon service 'start', drbd 'start' is scheduled after volume 
#            group 'start'. To use when the the drbd is layered over the
#            volume group.
#
tags = prevg


##############################################################################
#
# 'fs' resource
#   describes filesystems to mount on service startup and umount on service
#   shutdown.
#   The options are aligned to the Unix fstab fields. Whatever is possibly
#   described in the fstab should be supported in there.
#
;[fs#1]
;disable = true
;disable_on = node12 node21
;optional = true
;dev = /opt/unxtstsvc01.img
;mnt = /opt/unxtstsvc01
;mnt_opt = rw,loop
;type = ext4

;[fs#2]
;dev = zpool/app
;mnt = /unxtstsvc01/app
;type = zfs

#
# 'type'
#   possible values:
#       zfs lofs ext3 ext4 ...
#

#
# 'dev'
#   can have per-node value, using the 'dev@node' parameter syntax for
#   each node. You can mix 'dev' with 'dev@node' syntax to obtain a default
#   plus exceptions behaviour. This facility is most useful for replicating
#   nas heads, when you want the nodes to use the closest head.
# 
;dev@prdnode = prdnas:/vol/vol1
;dev@drpnode = drpnas:/vol/vol1


#
# 'always_on'
#   optional. Possible values are 'nodes', 'drpnodes' or 'nodes drpnodes',
#   or a list of nodes.
#   Sets the nodes on which the resource is always kept up. Primary usage is
#   file synchronization receiving on non-shared disks. Don't set this on
#   shared disk !! danger !!
#
;always_on = drpnodes


##############################################################################
#
# 'loop' resource
#   linux-only.
#   describes a loop device attached to the service. startup triggers the
#   allocation of a block device (usualy major 7) mapped over the specified
#   file. The created loop dev can be used to stack disk group also attached
#   to the service.
#
;[loop#1]
;disable = true
;disable_on = node12 node21
;optional = true
;file = /opt/unxtstsvc02.img


##############################################################################
#
# 'sync' resource
#   describes a rsync-based data synchronization job. By default the sync
#   is run daily.
#
;[sync#1]
;disable = true
;disable_on = node12 node21
;optional = true

#
# 'tags'
#   the sync resource supports the 'delay_snap' tag. This tag is used to
#   delay the snapshot creation just before the rsync, thus after 'postsnap_trigger'
#   execution. The default behaviour (no tags) is to group all snapshots creation
#   before copying data to remote nodes, thus between 'presnap_trigger' and
#   'postsnap_trigger'.
#
;tags = delay_snap

#
# 'src'
#   source of the sync. Can be a whitespace-separated list of files or dirs
#   passed as-is to rsync. Beware of the meaningful ending '/'. Refer to
#   the rsync man page for details.
#
;src = /unxdevweb/

#
# 'dst'
#   destination of the sync. Beware of the meaningful ending '/'. Refer to
#   the rsync man page for details.
#
;dst = /unxdevweb

#
# 'exclude'
#   !deprecated!, optional. A whitespace-separated list of --exclude params
#   passed unchanged to rsync. The 'options' keyword is preferred now.
#
;exclude = --exclude=cache

#
# 'options'
#   optional. A whitespace-separated list of params passed unchanged to rsync.
#   Typical usage is ACL preservation activation.
#
;options = -A

#
# 'target'
#   mandatory. Possible values are 'nodes', 'drpnodes' or 'nodes drpnodes'.
#   Describes which nodes should receive this data sync from the PRD node
#   where the service is up and running.
#
#   SAN storage shared 'nodes' must not be sync to 'nodes'.
#   SRDF-like paired storage must not be sync to 'drpnodes'.
#
;target = nodes drpnodes

#
# 'snap'
#   optional. Possible values are 'true' or 'false'. Default is 'false'.
#   If set to true, OpenSVC will try to snapshot the first snapshottable
#   parent of the source of the sync and try to sync from the snap.
#
;snap = true

#
# 'dstfs'
#   optional. If set to a remote mount point, OpenSVC will verify that the
#   specified mount point is really hosting a mounted FS. This can be used
#   as a safety net to not overflow the parent FS (may be root).
#
;dstfs = /remote/dir

#
# 'bwlimit'
#   optional. Bandwidth limit in KB applied to this rsync transfer. Takes
#   precedence over 'bwlimit' set in [DEFAULT].
#
;bwlimit = 3000

#
# 'sync_interval'
#   optional. Set the minimum delay between syncs in minutes. If a sync is
#   triggered through crond or manually, it is skipped if last sync occured
#   less than 'sync_interval' ago. If no set in a resource section, fallback
#   to the value set in the 'default' section. The mecanism is enforced by a
#   timestamp created upon each sync completion in
#   /opt/opensvc/var/sync/[service]![dst]
#
;sync_interval = 30

#
# 'type'
#   optional. Default is 'rsync'. Specify a data sync mode. Supported values
#   are: zfs, netapp, rsync, dds
#
;type = netapp
;type = zfs

#
# 'zfs' type specific parameter.
#   The synchronization mecanism used is zfs send / zfs receive.
#   src and dst may refer a dataset instead of directory
#   src and dst can be different from one node to the
#   other, in which case '@nodename' can be specified.
#

#
# 'recursive'
#   optional. (used when type = 'zfs')
#   Default is 'True'. So snapshots are created recursivly
#
;recursive = False

#
# 'netapp' type specific parameter.
#   The synchronization mecanism used is snapmirror.
#

#
# 'filer'
#   mandatory. 'filer' points the nas head to pass commands to. In most case
#   you need to specify localized filers using the 'filer@node' syntax.
#
;filer@vm4 = nasprd
;filer@vm5 = nasdrp

#
# 'path'
#   mandatory. Specifies the volume or qtree to drive snapmirror on.
#
;path = /vol/vol1

#
# 'user'
#   mandatory. Specifies the user used to ssh connect the filers. Nodes should
#   be trusted by keys to access the filer with this user.
#
;user = nasadm


##############################################################################
#
# Symmetrix clones
#
;[sync#2]
;type = symclone

#
# 'symdg'
#   mandatory. name of the symmetrix device group where the source and target
#   devices are grouped.
#
;symdg = DGCVI

#
# 'precopy_timeout'
#   optional. default 300 secs. seconds to wait for a precopy (syncresync) to
#   finish before returning with an error. In this case, the precopy proceeds
#   normally, but the opensvc leftover actions must be retried. The precopy
#   time depends on the amount of changes logged at the source, which is
#   context-dependent. Tune to your needs.
#
;precopy_timeout = 300

#
# 'symdevs'
# 'symdevs@node'
#   mandatory. whitespace-separated list of devices to drive with this resource.
#   devices are specified as 'symmetrix identifier:symmetrix device identifier'
#
;symdevs@lmwbica0 = 000290101370:380D
;sync_interval = 30
;sync_max_delay = 1440


##############################################################################
#
# HP StorageWorks EVA snapshots
#   (Re)create snapshots of Logical Units in a EVA class HP storage array.
#   Snap wwid and lu number are static so that the OS does not have to handle
#   device renamings. If those snaps are presented on the same host than source
#   logical units and are used in a volume group, a trigger should take care
#   of relabelling the PV and VG.
#
#   All EVA commands are submitted to the Command View server (manager). It's
#   location and privileged account must be described per-EVA in the
#   etc/sssu.conf configuration file (which should be root/600).
#
#   ex:
#     [EVA11]
#     manager = manager.opensvc.com
#     username = hpadmin
#     password = xxxxxxx
#
#   The sssu binary is expected to be /opt/opensvc/bin/sssu. A symlink is fair
#   enough.
#
;[sync#1]
;type = evasnap
;sync_interval = 5
;sync_max_delay = 60

#
# 'eva_name'
#   mandatory. The name of the EVA storage array, as seen by the manager.
#   Also used as a section name in etc/sssu.conf
#
;eva_name = EVA11

#
# 'pairs'
#   mandatory. A JSON-serialized list descibing the origin-snap relationships.
#   Also used as a section name in etc/sssu.conf
#
;eva_name = EVA11
;pairs = [
;         {
;	   "src": "6001438005ffffff0000800003ee0000",
;	   "dst": "6001438005ffffff00008000040f0000",
;	   "mask": ["\Hosts\Opensvc\n1\101",
;                   "\Hosts\Opensvc\n2\106"]
;         },
;         {
;	   "src": "6001438005ffffff0000800003f80000",
;	   "dst": "6001438005ffffff0000800004130000",
;	   "mask": ["\Hosts\Opensvc\n1\102"]
;         }
;        ]


##############################################################################
#
# Binary deltas based sync resource for Linux LVM.
#
;[sync#3]
;type = dds

#
# 'src'
#   source logical volume. Mandatory. Points the origin of the snapshots to
#   replicate from.
#
;src = /dev/mapper/unxtstsvc02-data

#
# 'dst'
#   target file or block device. Optional. Defaults to src. Points the media
#   to replay the binary-delta received from source node to. This media must have 
#   a size superior or equal to source.
#
;dst = /tmp/dds.img

#
# 'target'
#   Mandatory. Accepted values are 'drpnodes', 'nodes' or both, whitespace-separated.
#   Points the target nodes to replay the binary-deltas on. Be warned that starting
#   the service on a target node without a 'stop-syncupdate-start cycle, will break 
#   the synchronization, so this mode is usually restricted to drpnodes sync, and
#   should not be used to replicate data between nodes with automated services failover.
#   
;target = drpnodes

#
# 'snap_size'
#   Optional. Default to 10% of origin. In MB, rounded to physical extent boundaries
#   by lvm tools.
#   Size of the snapshots created by OpenSVC to extract binary deltas from. Opensvc
#   creates at most 2 snapshots : one short-lived to gather changed data from, and one
#   long-lived to gather changed chunks list from. Volume groups should have the
#   necessary space always available.
#
;snap_size = 4

;sync_interval = 1450
;sync_max_delay = 1


##############################################################################
#
# Virtual disk.
#  remap devices or files used as virtual machines devices
#
;[vdisk#1]
#
# 'path@node'
#   Mandatory.
#   path of the device or file used as a virtual machine disk on node 'node'
#
;path@node1 = /dev/mapper/unxtstsvc02-data
;path@node2 = /dev/mapper/vg0-unxtstsvc02_data


##############################################################################
#
# Heart beat.
#  check the status of a clusterware piloting the service
#
;[hb#1]
#
# 'type'
#   Mandatory.
#   Specify the heartbeat driver to use. Supported driver are 'OpenHA' and
#   'LinuxHA'.
#
;type = OpenHA

#
# 'name'
#   Optional. Applies to the OpenHA driver
#   Specify the service name used by the heartbeat. Defaults to the service name.
#
;name = SVCNAME