##
## This is a template multipath-tools configuration file
## Uncomment the lines relevent to your environment
##
#
##
## name  : defaults
## desc  : multipath-tools default settings
##
#defaults {
#	#
#	# name    : multipath_tool
#	# scope   : multipathd
#	# desc    : the tool in charge of configuring the multipath device maps
#	# default : "/sbin/multipath -v0"
#	#
#	multipath_tool	"/sbin/multipath -v0"
#
#	#
#	# name    : udev_dir
#	# desc    : directory where udev creates its device nodes
#	# default : /udev
#	#
#	udev_dir	/dev
#
#	#
#	# name    : polling_interval
#	# scope   : multipathd
#	# desc    : interval between two path checks in seconds
#	# default : 5
#	#
#	polling_interval 10
#
#	#
#	# name    : default_selector
#	# scope   : multipath
#	# desc    : the default path selector algorithm to use
#	#           these algorithms are offered by the kernel multipath target
#	# values  : "round-robin 0"
#	# default : "round-robin 0"
#	#
#	default_selector	"round-robin 0"
#
#	#
#	# name    : default_path_grouping_policy
#	# scope   : multipath
#	# desc    : the default path grouping policy to apply to unspecified
#	#           multipaths
#	# default : multibus
#	#
#	default_path_grouping_policy	multibus
#
#	#
#	# name    : default_getuid_callout
#	# scope   : multipath
#	# desc    : the default program and args to callout to obtain a unique 
#	#           path identifier. Absolute path required
#	# default : /sbin/scsi_id -g -u -s
#	#
#	default_getuid_callout	"/sbin/scsi_id -g -u -s /block/%n"
#
#	#
#	# name    : default_prio_callout
#	# scope   : multipath
#	# desc    : the default program and args to callout to obtain a path 
#	#           priority value. The ALUA bits in SPC-3 provide an
#	#           exploitable prio value for example. "none" is a valid value
#	# default : (null)
#	#
#	#default_prio_callout	"/bin/true"
#
#	#
#	# name    : rr_min_io
#	# scope   : multipath
#	# desc    : the number of IO to route to a path before switching
#	#           to the next in the same path group
#	# default : 1000
#	#
#	r_min_io	100
#}
#	
##
## name    : blacklist
## scope   : multipath & multipathd
## desc    : list of device names to discard as not multipath candidates
## default : cciss, fd, hd, md, dm, sr, scd, st, ram, raw, loop
##
#blacklist {
#        wwid 26353900f02796769
#	devnode "(ram|raw|loop|fd|md|dm-|sr|scd|st)[0-9]*"
#	devnode "hd[a-z][[0-9]*]"
#	devnode "cciss!c[0-9]d[0-9]*[p[0-9]*]"
#}
#
##
## name    : multipaths
## scope   : multipath & multipathd
## desc    : list of multipaths finest-grained settings
##
#multipaths {
#	#
#	# name  : multipath
#	# scope : multipath & multipathd
#	# desc  : container for settings that apply to one specific multipath
#	#
#	multipath {
#		#
#		# name  : wwid
#		# scope : multipath & multipathd
#		# desc  : index of the container
#		#
#		wwid			3600508b4000156d700012000000b0000
#
#		#
#		# name    : alias
#		# scope   : multipath
#		# desc    : symbolic name for the multipath
#		#
#		alias			yellow
#
#		#
#		# name    : path_grouping_policy
#		# scope   : multipath
#		# desc    : path grouping policy to apply to this multipath
#		# values  : failover, multibus, group_by_serial
#		# default : failover
#		#
#		path_grouping_policy	multibus
#
#		#
#		# name    : path_checker
#		# scope   : multipathd
#		# desc    : path checking alorithm to use to check path state
#		# values  : readsector0, tur
#		# default : readsector0
#		#
#		# path_checker		readsector0
#		
#		#
#		# name    : path_selector
#		# desc    : the path selector algorithm to use for this mpath
#		#           these algo are offered by the kernel mpath target
#		# values  : "round-robin 0"
#		# default : "round-robin 0"
#		#
#		path_selector		"round-robin 0"
#	}
#	multipath {
#		wwid	1DEC_____321816758474
#		alias	red
#	}
#}
#
##
## name  : devices
## scope : multipath & multipathd
## desc  : list of per storage controler settings
##	  overrides default settings (device_maps block)
##         overriden by per multipath settings (multipaths block)
##
#devices {
#	#
#	# name  : device
#	# scope : multipath & multipathd
#	# desc  : settings for this specific storage controler
#	#
#	device {
#		#
#		# name  : vendor, product
#		# scope : multipath & multipathd
#		# desc  : index for the block
#		#
#		vendor			"COMPAQ  "
#		product			"HSV110 (C)COMPAQ"
#
#		#
#		# name    : path_grouping_policy
#		# scope   : multipath
#		# desc    : path grouping policy to apply to multipath hosted
#		#           by this storage controler
#		# values  : failover        = 1 path per priority group
#		#           multibus        = all valid paths in 1 priority
#		#                             group
#		#           group_by_serial = 1 priority group per detected
#		#                             serial number
#		# default : failover
#		#
#		path_grouping_policy	multibus
#
#		#
#		# name    : getuid_callout
#		# scope   : multipath
#		# desc    : the program and args to callout to obtain a unique 
#		#           path identifier. Absolute path required
#		# default : /sbin/scsi_id -g -u -s
#		#
#		getuid_callout          "/sbin/scsi_id -g -u -s /block/%n"
#
#		#
#		# name    : prio_callout
#		# scope   : multipath
#		# desc    : the program and args to callout to obtain a path 
#		#           weight. Weights are summed for each path group to
#		#	    determine the next PG to use case of failure.
#		#	    "none" is a valid value.
#		# default : no callout, all paths equals
#		#
#		prio_callout          "/sbin/pp_balance_units %d"
#
#		#
#		# name    : path_checker
#		# scope   : multipathd
#		# desc    : path checking alorithm to use to check path state
#		# values  : readsector0, tur
#		# default : readsector0
#		#
#		path_checker		readsector0
#
#		#
#		# name    : path_selector
#		# desc    : the path selector algorithm to use for this mpath
#		#           these algo are offered by the kernel mpath target
#		# values  : "round-robin 0"
#		# default : "round-robin 0"
#		#
#		path_selector		"round-robin 0"
#	}
#	device {
#		vendor			"COMPAQ  "
#		product			"MSA1000         "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"COMPAQ  "
#		product			"MSA1000 VOLUME  "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"DEC     "
#		product			"HSG80           "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"HP      "
#		product			"HSV100          "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"3PARdata"
#		product			"VV              "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"DDN     "
#		product			"SAN DataDirector"
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"FSC     "
#		product			"CentricStor     "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"HITACHI "
#		product			"DF400           "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"HITACHI "
#		product			"DF500           "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"HITACHI "
#		product			"DF600           "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"IBM     "
#		product			"ProFibre 4000R  "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"IBM     "
#		product			"3542            "
#		path_grouping_policy	group_by_serial
#		path_checker		tur
#	}
#	device {
#		vendor			"SGI     "
#		product			"TP9100          "
#		vendor			"COMPAQ  "
#		product			"MSA1000         "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"SGI     "
#		product			"TP9300          "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"SGI     "
#		product			"TP9400          "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		vendor			"SGI     "
#		product			"TP9500          "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		# all paths active but with a switchover latency
#		# LSI controlers
#		vendor			"STK     "
#		product			"OPENstorage D280"
#		path_grouping_policy	group_by_serial
#		path_checker		tur
#	}
#	device {
#		# assymmetric array
#		vendor			"SUN     "
#		product			"StorEdge 3510   "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#	device {
#		# symmetric array
#		vendor			"SUN     "
#		product			"T4              "
#		path_grouping_policy	multibus
#		path_checker		tur
#	}
#}