def __init__(self, sp, port_id, vport_id=None):
super(VNXHbaPort, self).__init__()
self._sp = VNXSPEnum.parse(sp)
self._port_id = check_int(port_id)
self._vport_id = check_int(vport_id, allow_none=True)
self._type = VNXPortType.FC
self._host_initiator_list = []
def __init__(self, sp, port_id, vport_id=None):
super(VNXHbaPort, self).__init__()
self._sp = VNXSPEnum.parse(sp)
self._port_id = check_int(port_id)
self._vport_id = check_int(vport_id, allow_none=True)
self._type = VNXPortType.FC
self._host_initiator_list = []
def test_from_str(self):
data = {
'spa': VNXSPEnum.SP_A,
'sp': None,
'sp_a': VNXSPEnum.SP_A,
'SP b': VNXSPEnum.SP_B,
'a': VNXSPEnum.SP_A,
'b': VNXSPEnum.SP_B,
'cs': VNXSPEnum.CONTROL_STATION,
'Celerra_CS0_21111': VNXSPEnum.CONTROL_STATION,
'VPI-24092B': VNXSPEnum.SP_B
}
for k, v in six.iteritems(data):
assert_that(VNXSPEnum.parse(k), equal_to(v), 'input: {}'.format(k))
assert_that(
pickle.loads(pickle.dumps(VNXSPEnum.parse(k))) is v,
equal_to(True), 'input: {}'.format(k))
def test_from_str(self):
data = {
'spa': VNXSPEnum.SP_A,
'sp': None,
'sp_a': VNXSPEnum.SP_A,
'SP b': VNXSPEnum.SP_B,
'a': VNXSPEnum.SP_A,
'b': VNXSPEnum.SP_B,
'cs': VNXSPEnum.CONTROL_STATION,
'Celerra_CS0_21111': VNXSPEnum.CONTROL_STATION,
'VPI-24092B': VNXSPEnum.SP_B
}
for k, v in six.iteritems(data):
assert_that(VNXSPEnum.parse(k), equal_to(v),
'input: {}'.format(k))
def __init__(self, name, ip, available=None, working=False):
""" constructor for `NodeInfo`.
:param name: name of the node, could be `spa`, or `spb`
:param ip: ip address of the node
:param available: indicate whether this node is alive.
:param working: indicate whether this node is executing command.
:return:
"""
self.name = VNXSPEnum.parse(name)
self.ip = ip.strip('\'" ')
if available is None:
available = True
self._available = available
self.timestamp = None
self.working = working
self._latency = WeightedAverage()
def __init__(self, name, ip, available=None, working=False):
""" constructor for `NodeInfo`.
:param name: name of the node, could be `spa`, or `spb`
:param ip: ip address of the node
:param available: indicate whether this node is alive.
:param working: indicate whether this node is executing command.
:return:
"""
self.name = VNXSPEnum.parse(name)
self.ip = ip.strip('\'" ')
if available is None:
available = True
self._available = available
self.timestamp = None
self.working = working
self._latency = WeightedAverage()
def sp(self):
return VNXSPEnum.parse(self.hba[1])
def is_available(self, name):
ret = False
name = VNXSPEnum.parse(name)
if name in self._map:
ret = self._map[name].available
return ret
def _get_sp_ip(sp, cli):
sp = VNXNetworkAdmin(VNXSPEnum.parse(sp), cli)
sp.with_no_poll()
return sp.ip
def filter_by_sp_name(member):
sp = VNXSPEnum.parse(member.name)
return sp == index
def sp(self):
return VNXSPEnum.parse(self._get_property('_sp'))
def _get_sp_ip(sp, cli):
sp = VNXNetworkAdmin(VNXSPEnum.parse(sp), cli)
sp.with_no_poll()
return sp.ip
def __init__(self, sp_index, cli):
super(VNXNetworkAdmin, self).__init__()
self._cli = cli
self._sp = VNXSPEnum.parse(sp_index)
def filter_by_sp_name(member):
sp = VNXSPEnum.parse(member.name)
return sp == index
def is_available(self, name):
ret = False
name = VNXSPEnum.parse(name)
if name in self._map:
ret = self._map[name].available
return ret
def sp(self):
return VNXSPEnum.parse(self._get_property('_sp'))
def sp(self):
return VNXSPEnum.parse(self.hba[1])
def __init__(self, sp_index, cli):
super(VNXNetworkAdmin, self).__init__()
self._cli = cli
self._sp = VNXSPEnum.parse(sp_index)
