def __lvm_direct_setup(self,
lvm):
dev_cfg = lvm.get_device_list()[0]
zname = dev_cfg.get_zone()
ldisk = dev_cfg.get_logical_disk()
partname = dev_cfg.get_part_name()
zone = self.spec.get_zone_spec_by_name(zname)
phys_disk_id = self.spec.get_pdrive_from_zone_logical(zname,
ldisk)
# now look up the physical disk and we can make the
# partition
vol = self.spec.get_zone_volume(zname, partname)
hd = self.disk_array.find_drive_by_id(phys_disk_id)
# we re-use the volume information from the zone layout,
# but use the logical volume name to describe this service
p = Partition()
p.make_partition(vol.get_part_id(),
vol.get_part_size(zone),
vol.get_ptype(),
hd,
lvm.get_name(),
vol.get_fstype())
self.volumes.append(p)
def __init__(self,
part_id,
hd,
lport):
Partition.__init__(self)
self.make_partition(part_id, '0', 'fts', hd)
self.__ftraid_array = None
self.__logical_port = lport
self.__hd = hd
self.serialnum = hd.serialnum
self.__ftdrive_status = FtDiskPartitionStatus(hd, self)
def __init__(self):
Partition.__init__(self)
self.raid_array=None
self.raid_port = ''
self.raid_status='online'
self.__raid_super = None
def make_partition(self, part_id, hd, raid_array, rport='unknown', rstatus='missing'): Partition.make_partition(self, part_id, "0", 'raid', hd) self.raid_array = raid_array self.raid_port = rport self.raid_status = rstatus self.serialnum = hd.serialnum
def make_partition(self, part_id, hd, raid_array, rport="unknown", rstatus="missing"):
Partition.make_partition(self, part_id, "0", "raid", hd)
self.raid_array = raid_array
self.raid_port = rport
self.raid_status = rstatus
self.serialnum = hd.serialnum
def __legacy_volume_setup(self,
zone):
dz = DiskZone(zone, self.disk_array)
self.__zone_map[dz.get_name()] = dz
zda = dz.get_disk_array()
for array in zone.get_raid_arrays():
dl = DeviceList(self.spec,
zone_context = (zda, array))
r=RaidArray()
r.fill_from_system_info (dl,
array.get_name(),
array.get_rdev(),
array.get_fstype(),
array.get_ptype(),
array.get_layout(),
array.get_type(),
array.get_cfg_size())
self.raid_arrays.add_array(r)
dz.add_raid_array(r)
for ftraid in zone.get_ftraid_arrays():
dl = DeviceList(self.spec,
zone_context = (zda, ftraid))
ftarr = FtRaidArray(dl,
ftraid.get_name())
self.__ftraid_arrays.append(ftarr)
dz.add_ftraid_array(ftarr)
# XXX/munirb: No need for further processing if the zone is FTS
# Bug 46944: It will add an extra line for segstore to -l and
# -u queries which isnt correct for fts models as they
# have segstore on multiple disks
if zone.get_name() == 'fts':
return
for vol in zone.get_volumes():
# volumes are single device exports, without a raid/storage
# service
hd = self.disk_array.get_drive_list()[0]
if (int(hd.portnum) == 0) and self.managed_disk(int(hd.portnum)):
# All BOB and VSH based models
# Do not assume that the second disk is the disk
# that needs partitioning, run through the loop of
# all the disks to check if they are managed or not and
# partition accordingly For Bluegill machines, the volume
# should be added just once even though there may be
# multiple disks in the system. The reasoning is that
# the volumes aren't RAID'ed for these models so we
# do not create a md device for them, this causes
# the volumes list to show duplicate entries (rrdm_tool -l)
p = ''
for hd in self.disk_array.get_drive_list():
if self.managed_disk(int(hd.portnum)):
continue
else:
p = Partition()
p.make_partition(vol.get_part_id(),
vol.get_part_size(zone),
vol.get_ptype(),
hd,
vol.get_name(),
vol.get_fstype())
self.volumes.append(p)
else:
# 1050H case, the second disk is not managed, but will
# be setup by hal
p = Partition()
p.make_partition(vol.get_part_id(),
vol.get_part_size(zone),
vol.get_ptype(),
hd,
vol.get_name(),
vol.get_fstype())
self.volumes.append(p)