def test_add_remove_map_any_wwpn(self):
"""Tests a loop of add map/remove map when using _ANY_WWPN."""
v_wrap = self.entries[0]
len_before = len(v_wrap.vfc_mappings)
# A fake mapping to the first IO Server
p_map_vio1 = ('10000090FA5371F2', vfc_mapper._FUSED_ANY_WWPN)
vfc_mapper.add_map(v_wrap, 'host_uuid', self.lpar_uuid, p_map_vio1)
self.assertEqual(len_before + 1, len(v_wrap.vfc_mappings))
# See if we can find that mapping.
maps = vfc_mapper.find_maps(v_wrap.vfc_mappings,
self.lpar_uuid,
port_map=p_map_vio1)
self.assertEqual(1, len(maps))
# Even though we were searching for a 'FUSED' wwpn, the mapping itself
# will have nothing on it, to indicate that the API should generate
# the WWPNs. Therefore, we validate that we found the mapping without
# any WWPNs on it.
self.assertEqual([], maps[0].client_adapter.wwpns)
# Now try to remove it...
vfc_mapper.remove_maps(v_wrap, self.lpar_uuid, port_map=p_map_vio1)
self.assertEqual(len_before, len(v_wrap.vfc_mappings))
def test_add_remove_map_any_wwpn(self):
"""Tests a loop of add map/remove map when using _ANY_WWPN."""
v_wrap = self.entries[0]
len_before = len(v_wrap.vfc_mappings)
# A fake mapping to the first IO Server
p_map_vio1 = ('10000090FA5371F2', vfc_mapper._FUSED_ANY_WWPN)
vfc_mapper.add_map(v_wrap, 'host_uuid', self.lpar_uuid, p_map_vio1)
self.assertEqual(len_before + 1, len(v_wrap.vfc_mappings))
# See if we can find that mapping.
maps = vfc_mapper.find_maps(v_wrap.vfc_mappings, self.lpar_uuid,
port_map=p_map_vio1)
self.assertEqual(1, len(maps))
# Even though we were searching for a 'FUSED' wwpn, the mapping itself
# will have nothing on it, to indicate that the API should generate
# the WWPNs. Therefore, we validate that we found the mapping without
# any WWPNs on it.
self.assertEqual([], maps[0].client_adapter.wwpns)
# Now try to remove it...
vfc_mapper.remove_maps(v_wrap, self.lpar_uuid, port_map=p_map_vio1)
self.assertEqual(len_before, len(v_wrap.vfc_mappings))
def test_remove_maps(self):
v_wrap = self.entries[0]
len_before = len(v_wrap.vfc_mappings)
resp_list = vfc_mapper.remove_maps(v_wrap, 10)
expected_removals = {
'U7895.43X.21EF9FB-V63-C3', 'U7895.43X.21EF9FB-V66-C4',
'U7895.43X.21EF9FB-V62-C4', 'U7895.43X.21EF9FB-V10-C4'
}
self.assertEqual(set([el.client_adapter.loc_code for el in resp_list]),
expected_removals)
self.assertEqual(len_before - 4, len(v_wrap.vfc_mappings))
# Make sure the remaining adapters do not have the remove codes.
for remaining_map in v_wrap.vfc_mappings:
if remaining_map.client_adapter is not None:
self.assertNotIn(remaining_map.client_adapter.loc_code,
expected_removals)
def test_remove_maps(self):
v_wrap = self.entries[0]
len_before = len(v_wrap.vfc_mappings)
resp_list = vfc_mapper.remove_maps(v_wrap, 10)
expected_removals = {
'U7895.43X.21EF9FB-V63-C3', 'U7895.43X.21EF9FB-V66-C4',
'U7895.43X.21EF9FB-V62-C4', 'U7895.43X.21EF9FB-V10-C4'}
self.assertEqual(
set([el.client_adapter.loc_code for el in resp_list]),
expected_removals)
self.assertEqual(len_before - 4, len(v_wrap.vfc_mappings))
# Make sure the remaining adapters do not have the remove codes.
for remaining_map in v_wrap.vfc_mappings:
if remaining_map.client_adapter is not None:
self.assertNotIn(remaining_map.client_adapter.loc_code,
expected_removals)
def test_remove_maps_client_adpt(self):
"""Tests the remove_maps method, with the client_adpt input."""
v_wrap = self.entries[0]
len_before = len(v_wrap.vfc_mappings)
c_adpt = vfc_mapper.find_maps(v_wrap.vfc_mappings,
10)[0].client_adapter
resp_list = vfc_mapper.remove_maps(v_wrap, 10, client_adpt=c_adpt)
expected_removals = {'U7895.43X.21EF9FB-V63-C3'}
self.assertEqual(set([el.client_adapter.loc_code for el in resp_list]),
expected_removals)
self.assertEqual(len_before - 1, len(v_wrap.vfc_mappings))
# Make sure the remaining adapters do not have the remove codes.
for remaining_map in v_wrap.vfc_mappings:
if remaining_map.client_adapter is not None:
self.assertNotIn(remaining_map.client_adapter.loc_code,
expected_removals)
def test_remove_maps_client_adpt(self):
"""Tests the remove_maps method, with the client_adpt input."""
v_wrap = self.entries[0]
len_before = len(v_wrap.vfc_mappings)
c_adpt = vfc_mapper.find_maps(
v_wrap.vfc_mappings, 10)[0].client_adapter
resp_list = vfc_mapper.remove_maps(v_wrap, 10, client_adpt=c_adpt)
expected_removals = {'U7895.43X.21EF9FB-V63-C3'}
self.assertEqual(
set([el.client_adapter.loc_code for el in resp_list]),
expected_removals)
self.assertEqual(len_before - 1, len(v_wrap.vfc_mappings))
# Make sure the remaining adapters do not have the remove codes.
for remaining_map in v_wrap.vfc_mappings:
if remaining_map.client_adapter is not None:
self.assertNotIn(remaining_map.client_adapter.loc_code,
expected_removals)
