def test_get_lun(self):
pool = VNXPool(pool_id=1, cli=t_cli())
assert_that(pool.name, equal_to('Pool_daq'))
lun_list = pool.get_lun()
assert_that(len(lun_list), equal_to(50))
assert_that(pool.lun_list, equal_to(lun_list))
assert_that(len(set(lun_list.pool_name)), equal_to(1))
def create_pool(self, name, disks=None, raid_type=None):
@retry(on_error=VNXDiskUsedError)
def create_with_default_disks():
_disks = self.get_available_disks()
disk_count = VNXPoolRaidType.parse(raid_type).min_disk_requirement
_disks.same_disks(disk_count)
return VNXPool.create(self._cli, name, _disks, raid_type)
if raid_type is None:
raid_type = VNXPoolRaidType.RAID5
if disks is None:
ret = create_with_default_disks()
else:
ret = VNXPool.create(self._cli, name, disks, raid_type)
return ret
def test_get_disk(self):
pool = VNXPool(pool_id=1, cli=t_cli())
disks = pool.disks
assert_that(len(disks), equal_to(3))
assert_that(disks.serial_number,
only_contains('6XS2EAKG', 'S0PFNECC304969', '6XS2QCG1'))
def create_with_default_disks():
_disks = self.get_available_disks()
disk_count = VNXPoolRaidType.parse(raid_type).min_disk_requirement
_disks.same_disks(disk_count)
return VNXPool.create(self._cli, name, _disks, raid_type)
def create_pool(self, name, disks, raid_type=None):
return VNXPool.create(self._cli, name, disks, raid_type)
def get_pool(self, name=None, pool_id=None, system_lun_list=None):
return VNXPool.get(pool_id=pool_id,
name=name,
cli=self._cli,
system_lun_list=system_lun_list)
def delete_pool(self, name=None, pool_id=None):
self._delete_resource(VNXPool(pool_id, name, self._cli))
def f():
VNXPool.create(t_cli(), 'p0', ['1_0_0', '1_0_1'], 'r_5')
def test_get_pool_get_by_name(self):
pool = VNXPool.get(t_cli(), name='Pool4File')
verify_pool_0(pool)
def test_get_pool_get_by_id(self):
pool = VNXPool.get(t_cli(), pool_id=0)
verify_pool_0(pool)
def get_pool_with_name(name='Pool4File'):
return VNXPool(name=name, cli=t_cli())
def test_get_pool_from_list(self):
pools = VNXPool.get(t_cli())
pool = next(p for p in pools if p.pool_id == 4)
# no error should be thrown here
pool.update()
def test_get_pool_get_by_name(self):
pool = VNXPool.get(t_cli(), name='Pool4File')
verify_pool_0(pool)
def test_get_pool_get_all(self):
pools = VNXPool.get(t_cli())
assert_that(len(pools), equal_to(5))
def f():
pool = VNXPool(name='p0', cli=t_cli())
pool.create_lun(lun_id=12)
def f():
pool = VNXPool(1, cli=t_cli())
pool.create_lun('abc', ignore_thresholds=True)
def test_get_pool_from_list(self):
pools = VNXPool.get(t_cli())
pool = pools[0]
# no error should be thrown here
pool.update()
def test_get_pool_get_all(self):
pools = VNXPool.get(t_cli())
assert_that(len(pools), equal_to(5))
def get_pool_with_id(pool_id=0):
return VNXPool(pool_id=pool_id, cli=t_cli())
def test_get_lun(self):
pool = VNXPool(pool_id=1, cli=t_cli())
lun_list = pool.get_lun()
assert_that(len(lun_list), equal_to(50))
for lun in lun_list:
assert_that(lun.pool_name, equal_to(pool.name))
def f():
pool = VNXPool(pool_id=0)
getattr(pool, '_abc')
def f():
VNXPool.create(t_cli(), 'p0', ['1_0_0', '1_0_1'], 'r_5')
def test_get_pool_from_list(self):
pools = VNXPool.get(t_cli())
pool = next(p for p in pools if p.pool_id == 4)
# no error should be thrown here
pool.update()
def f():
VNXPool(1, cli=t_cli()).delete()
def test_get_pool_get_by_id(self):
pool = VNXPool.get(t_cli(), pool_id=0)
verify_pool_0(pool)
def f():
VNXPool(0, cli=t_cli()).delete(True)
def create_with_default_disks():
_disks = self.get_available_disks()
disk_count = VNXPoolRaidType.parse(raid_type).min_disk_requirement
_disks.same_disks(disk_count)
return VNXPool.create(self._cli, name, _disks, raid_type)
def test_update_with_one_key_only(self):
pool = VNXPool(0, 'p0', t_cli())
assert_that(pool.consumed_capacity_gbs, equal_to(540.303))
def f():
pool = VNXPool(1, cli=t_cli())
pool.create_lun('abc', ignore_thresholds=True)
def f():
pool = VNXPool(1, cli=t_cli())
pool.create_lun('abc', sp_id='A')
def get_pool(self, name=None, pool_id=None):
return VNXPool.get(pool_id=pool_id, name=name, cli=self._cli)
def f():
pool = VNXPool(name='p0', cli=t_cli())
pool.create_lun(lun_id=12)
def remove_pool(self, name=None, pool_id=None):
self._remove_resource(VNXPool(pool_id, name, self._cli))
def pool(self):
lun_list = get_lun_list()
return VNXPool(pool_id=0, cli=t_cli(), system_lun_list=lun_list)
def f():
pool = VNXPool(name='p1', cli=t_cli())
pool.name = 'p2'
def f():
VNXPool(0, cli=t_cli()).remove()
