def test_disks(self):
rg = VNXRaidGroup(4, t_cli())
disks = rg.disks
assert_that(len(disks), equal_to(5))
for disk in disks:
assert_that(disk, instance_of(VNXDisk))
assert_that(disk.existed, equal_to(True))
def _update_free_pool_capacity(self):
pools = VNXPool.get(self._cli)
free_in_pool = sum(pools.available_capacity_gbs)
rgs = VNXRaidGroup.get(self._cli)
free_in_rg = sum([
rg.available_capacity_gbs for rg in rgs
if len(rg.list_of_luns) != 0
])
self._free_storage_pool = free_in_pool + free_in_rg
def test_get_rg_list(self):
rgs = VNXRaidGroup.get(t_cli())
assert_that(len(rgs), equal_to(7))
for rg in rgs:
if rg.raid_group_id == 0:
verify_raid0(rg)
break
else:
self.fail('RAID group 0 not found.')
def test_get_rg_list(self):
rgs = VNXRaidGroup.get(t_cli())
assert_that(len(rgs), equal_to(7))
for rg in rgs:
if rg.raid_group_id == 0:
verify_raid0(rg)
break
else:
self.fail('RAID group 0 not found.')
def remove_rg(self, rg_id):
self._remove_resource(VNXRaidGroup(rg_id, self._cli))
def create_rg(self, rg_id, disks, raid_type=None):
return VNXRaidGroup.create(self._cli, rg_id, disks, raid_type)
def get_rg(self, rg_id=None):
return VNXRaidGroup.get(self._cli, rg_id)
def test_available_capacity_gbs(self):
rg = VNXRaidGroup(4, t_cli())
available_capacity = rg.available_capacity_gbs
assert_that(available_capacity, equal_to(0.943))
def f():
VNXRaidGroup(11, t_cli()).delete()
def f():
VNXRaidGroup.create(t_cli(), 11, ['1_0_0', '1_0_1'], 'r12')
def test_get_rg(self):
rg = VNXRaidGroup.get(t_cli(), 0)
verify_raid0(rg)
def delete_rg(self, rg_id):
self._delete_resource(VNXRaidGroup(rg_id, self._cli))
def test_get_unbound_rg(self):
rg = VNXRaidGroup.get(t_cli(), 1)
verify_raid_1(rg)
def f():
VNXRaidGroup.create(t_cli(), 11, ['1_0_0', '1_0_1'], 'r12')
def test_get_rg(self):
rg = VNXRaidGroup.get(t_cli(), 0)
verify_raid0(rg)
def f():
VNXRaidGroup(11, t_cli()).remove()
