def get_fc_hctl_mappings(self):
from infi.hbaapi import get_ports_generator
result = {}
for local_port in get_ports_generator().iter_ports():
for remote_port in local_port.discovered_ports:
result[remote_port.hct] = (local_port, remote_port,)
return result
def test_iterface(self, mock):
from .test_generators import get_list_of_generators
from infi.hbaapi import get_ports_collection, get_ports_generator
mock.return_value = get_list_of_generators()
generator = get_ports_generator()
self.assertEqual(mock.call_count, 1)
available_generators = [item for item in generator.iter_generators()]
self.assertEqual(len(available_generators), 1)
collection = get_ports_collection()
self.assertEqual(len(collection.get_ports()), 0)
def get_fc_hctl_mappings(self):
from infi.hbaapi import get_ports_generator
result = {}
for local_port in get_ports_generator().iter_ports():
for remote_port in local_port.discovered_ports:
result[remote_port.hct] = (
local_port,
remote_port,
)
return result
def test_iterface(self, mock):
from .test_generators import get_list_of_generators
from infi.hbaapi import get_ports_collection, get_ports_generator
mock.return_value = get_list_of_generators()
generator = get_ports_generator()
self.assertEqual(mock.call_count, 1)
available_generators = [item for item in generator.iter_generators()]
self.assertEqual(len(available_generators), 1)
collection = get_ports_collection()
self.assertEqual(len(collection.get_ports()), 0)
def get_hct(hba_port_wwn, remote_port_wwn):
from infi.hbaapi import get_ports_generator
port_hct = (-1, 0, -1)
for hba_port in get_ports_generator().iter_ports():
if not (hba_port.port_wwn == hba_port_wwn):
continue
for remote_port in hba_port.discovered_ports:
if remote_port.port_wwn == remote_port_wwn:
port_hct = remote_port.hct
return port_hct
def get_list_of_multipath_devices(self):
from infi.hbaapi import get_ports_generator
ports = list(get_ports_generator().iter_ports())
multipaths = []
multipath_device_paths = self.parse_paths_list(self.read_multipaths_list())
for mpath_dev_path in multipath_device_paths:
info = self.parse_single_paths_list(mpath_dev_path, self.read_single_paths_list(mpath_dev_path))
if info is None:
continue
vendor_id, product_id, load_balance = info['vendor_id'], info['product_id'], info['load_balance']
paths = [SolarisSinglePathEntry(p['initiator_port_name'], p['target_port_name'], p['state'],
p['disabled'], mpath_dev_path, ports) for p in info['paths']]
mpath_dev_path = path.join('/devices', mpath_dev_path.lstrip('/')) if \
'array-controller' in mpath_dev_path else mpath_dev_path
multipaths.append(SolarisMultipathEntry(mpath_dev_path, vendor_id, product_id, load_balance, paths))
return multipaths
def __init__(self):
from infi.hbaapi import get_ports_generator
from infi.hbaapi.generators.hbaapi import HbaApi
self._ports = list(get_ports_generator().iter_ports())
self._port_mappings = list(HbaApi().iter_port_mappings())
def __init__(self):
from infi.hbaapi import get_ports_generator
from infi.hbaapi.generators.hbaapi import HbaApi
self._ports = list(get_ports_generator().iter_ports())
self._port_mappings = list(HbaApi().iter_port_mappings())
