def test_processUpdates(self):
self.mock.StubOutWithMock(api, 'vm_host_save')
self.mock.StubOutWithMock(api, 'subnet_delete_by_ids')
self.mock.StubOutWithMock(api, 'subnet_save')
api.vm_host_save(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
api.subnet_delete_by_ids(
mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
api.subnet_save(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
self.mock.ReplayAll()
self.assertEquals(self.LibvirtNetwork.processUpdates(), None)
host = InventoryCacheManager.get_object_from_cache(
'1', Constants.VmHost)
self.assertEquals(
'52:54:00:34:14:AE', host.get_virtualSwitches()[0].get_id())
self.assertEquals(
'nat', host.get_virtualSwitches()[0].get_switchType())
self.assertEquals('default', host.get_virtualSwitches()[0].get_name())
self.mock.stubs.UnsetAll()
def test_processUpdates(self):
self.mock.StubOutWithMock(api, 'vm_host_save')
self.mock.StubOutWithMock(api, 'subnet_delete_by_ids')
self.mock.StubOutWithMock(api, 'subnet_save')
api.vm_host_save(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
api.subnet_delete_by_ids(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
api.subnet_save(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
self.mock.ReplayAll()
self.assertEquals(self.LibvirtNetwork.processUpdates(), None)
host = InventoryCacheManager.get_object_from_cache(
'1', Constants.VmHost)
self.assertEquals(
'52:54:00:34:14:AE', host.get_virtualSwitches()[0].get_id())
self.assertEquals(
'nat', host.get_virtualSwitches()[0].get_switchType())
self.assertEquals('default', host.get_virtualSwitches()[0].get_name())
self.mock.stubs.UnsetAll()
def __create_subnet(self, **kwargs):
subnet = Subnet()
if kwargs is not None:
for field in kwargs:
setattr(subnet, field, kwargs[field])
healthnmon_db_api.subnet_save(self.admin_context, subnet)
return subnet
def test_timestamp_columns(self):
"""
Test the time stamp columns createEpoch, modifiedEpoch
and deletedEpoch
"""
subnet = Subnet()
subnet.set_id('subnet-01')
# Check for createEpoch
epoch_before = utils.get_current_epoch_ms()
healthnmon_db_api.subnet_save(self.admin_context, subnet)
epoch_after = utils.get_current_epoch_ms()
subnet_queried = healthnmon_db_api. \
subnet_get_by_ids(self.admin_context, [subnet.get_id()])[0]
self.assert_(test_utils.is_timestamp_between(
epoch_before, epoch_after, subnet_queried.get_createEpoch()))
# Check for lastModifiedEpoch
subnet_modified = subnet_queried
test_utils.unset_timestamp_fields(subnet_modified)
subnet_modified.set_name('changed_name')
epoch_before = utils.get_current_epoch_ms()
healthnmon_db_api.subnet_save(self.admin_context, subnet_modified)
epoch_after = utils.get_current_epoch_ms()
subnet_queried = healthnmon_db_api.subnet_get_by_ids(
self.admin_context, [subnet.get_id()])[0]
self.assert_(subnet_modified.get_createEpoch() ==
subnet_queried.get_createEpoch())
self.assert_(test_utils.is_timestamp_between(
epoch_before, epoch_after, subnet_queried.get_lastModifiedEpoch()))
def test_subnet_get_all_by_filters_changessince(self):
# Create Subnets
subnet_ids = ('SN1', 'SN2', 'SN3')
subnet_names = ('name1', 'name2', 'name3')
for i in range(len(subnet_ids)):
self.__create_subnet(id=subnet_ids[i], name=subnet_names[i])
created_time = long(time.time() * 1000L)
# Wait for 1 sec and update second subnet and delete third subnet
time.sleep(1)
second_subnet = healthnmon_db_api. \
subnet_get_by_ids(self.admin_context, [subnet_ids[1]])[0]
second_subnet.name = 'New name'
healthnmon_db_api.subnet_save(self.admin_context, second_subnet)
healthnmon_db_api.subnet_delete_by_ids(
self.admin_context, [subnet_ids[2]])
# Query with filter
expected_updated_ids = [subnet_ids[1], subnet_ids[2]]
filters = {'changes-since': created_time}
subnets = healthnmon_db_api. \
subnet_get_all_by_filters(self.admin_context, filters,
None, None)
self.assert_(subnets is not None)
self.assert_(len(subnets) == 2)
for subnet in subnets:
self.assert_(subnet is not None)
self.assert_(subnet.id in expected_updated_ids)
def test_subnet_get_all_by_filters_changessince(self):
# Create Subnets
subnet_ids = ('SN1', 'SN2', 'SN3')
subnet_names = ('name1', 'name2', 'name3')
for i in range(len(subnet_ids)):
self.__create_subnet(id=subnet_ids[i], name=subnet_names[i])
created_time = long(time.time() * 1000L)
# Wait for 1 sec and update second subnet and delete third subnet
time.sleep(1)
second_subnet = healthnmon_db_api. \
subnet_get_by_ids(self.admin_context, [subnet_ids[1]])[0]
second_subnet.name = 'New name'
healthnmon_db_api.subnet_save(self.admin_context, second_subnet)
healthnmon_db_api.subnet_delete_by_ids(
self.admin_context, [subnet_ids[2]])
# Query with filter
expected_updated_ids = [subnet_ids[1], subnet_ids[2]]
filters = {'changes-since': created_time}
subnets = healthnmon_db_api. \
subnet_get_all_by_filters(self.admin_context, filters,
None, None)
self.assert_(subnets is not None)
self.assert_(len(subnets) == 2)
for subnet in subnets:
self.assert_(subnet is not None)
self.assert_(subnet.id in expected_updated_ids)
def __create_subnet(self, **kwargs):
subnet = Subnet()
if kwargs is not None:
for field in kwargs:
setattr(subnet, field, kwargs[field])
api.subnet_save(self.admin_context, subnet)
return subnet
def test_timestamp_columns(self):
"""
Test the time stamp columns createEpoch, modifiedEpoch
and deletedEpoch
"""
subnet = Subnet()
subnet.set_id('subnet-01')
# Check for createEpoch
epoch_before = utils.get_current_epoch_ms()
healthnmon_db_api.subnet_save(self.admin_context, subnet)
epoch_after = utils.get_current_epoch_ms()
subnet_queried = healthnmon_db_api. \
subnet_get_by_ids(self.admin_context, [subnet.get_id()])[0]
self.assert_(test_utils.is_timestamp_between(
epoch_before, epoch_after, subnet_queried.get_createEpoch()))
# Check for lastModifiedEpoch
subnet_modified = subnet_queried
test_utils.unset_timestamp_fields(subnet_modified)
subnet_modified.set_name('changed_name')
epoch_before = utils.get_current_epoch_ms()
healthnmon_db_api.subnet_save(self.admin_context, subnet_modified)
epoch_after = utils.get_current_epoch_ms()
subnet_queried = healthnmon_db_api.subnet_get_by_ids(
self.admin_context, [subnet.get_id()])[0]
self.assert_(subnet_modified.get_createEpoch() ==
subnet_queried.get_createEpoch())
self.assert_(test_utils.is_timestamp_between(
epoch_before, epoch_after, subnet_queried.get_lastModifiedEpoch()))
def test_subnet_delete(self):
subnet = Subnet()
subnet.set_id('subnet-01')
subnet.set_name('subnet-01')
subnet.set_networkAddress('1.1.1.1')
subnet.set_networkMask('255.255.255.0')
subnet.add_networkSources('VS_NETWORK')
subnet.set_ipType('IPV4')
subnet.set_isPublic(True)
subnet.set_isShareable(True)
subnet.add_dnsServers('test-dns01')
subnet.set_dnsDomain('test_Domain')
subnet.add_dnsSearchSuffixes('dnsSearchSuffixes')
subnet.add_defaultGateways('defaultGateways')
subnet.set_msDomainName('msDomainName')
subnet.set_msDomainType('WORKGROUP')
subnet.add_winsServers('winsServers')
subnet.add_ntpDateServers('ntpDateServers')
subnet.set_vlanId(1)
subnet.set_isBootNetwork(True)
subnet.add_deploymentServices('deploymentServices')
subnet.add_parentIds('parentIds')
subnet.add_childIds('childIds')
subnet.set_isTrunk(True)
subnet.add_redundancyPeerIds('redundancyPeerIds')
subnet.set_redundancyMasterId('redundancyMasterId')
subnet.set_isNativeVlan(False)
userIp = IpAddress()
userIp.set_id('10.10.20.1')
userIp.set_address('10.10.20.1')
subnet.add_usedIpAddresses(userIp)
ipRange = self._create_ip_range_from_xml(subnet.get_id(
), 'network1', '10.10.10.1', '10.10.10.1', '10.10.10.2')
subnet.add_ipAddressRanges(ipRange)
healthnmon_db_api.subnet_save(self.admin_context, subnet)
subnet2 = Subnet()
subnet2.set_id('subnet-02')
subnet2.set_name('subnet-02')
healthnmon_db_api.subnet_save(self.admin_context, subnet2)
vSwitch = VirtualSwitch()
vSwitch.set_id('vs-01')
vSwitch.set_name('vs-01')
vSwitch.add_subnetIds('subnet-01')
vSwitch.add_subnetIds('subnet-02')
healthnmon_db_api.virtual_switch_save(self.admin_context,
vSwitch)
healthnmon_db_api.subnet_delete_by_ids(self.admin_context,
[subnet.id])
subnets = healthnmon_db_api.subnet_get_by_ids(self.admin_context,
[subnet.id])
self.assertTrue(subnets is None or len(subnets) == 0,
'subnet deleted')
def test_subnet_delete(self):
subnet = Subnet()
subnet.set_id('subnet-01')
subnet.set_name('subnet-01')
subnet.set_networkAddress('1.1.1.1')
subnet.set_networkMask('255.255.255.0')
subnet.add_networkSources('VS_NETWORK')
subnet.set_ipType('IPV4')
subnet.set_isPublic(True)
subnet.set_isShareable(True)
subnet.add_dnsServers('test-dns01')
subnet.set_dnsDomain('test_Domain')
subnet.add_dnsSearchSuffixes('dnsSearchSuffixes')
subnet.add_defaultGateways('defaultGateways')
subnet.set_msDomainName('msDomainName')
subnet.set_msDomainType('WORKGROUP')
subnet.add_winsServers('winsServers')
subnet.add_ntpDateServers('ntpDateServers')
subnet.set_vlanId(1)
subnet.set_isBootNetwork(True)
subnet.add_deploymentServices('deploymentServices')
subnet.add_parentIds('parentIds')
subnet.add_childIds('childIds')
subnet.set_isTrunk(True)
subnet.add_redundancyPeerIds('redundancyPeerIds')
subnet.set_redundancyMasterId('redundancyMasterId')
subnet.set_isNativeVlan(False)
userIp = IpAddress()
userIp.set_id('10.10.20.1')
userIp.set_address('10.10.20.1')
subnet.add_usedIpAddresses(userIp)
ipRange = self._create_ip_range_from_xml(subnet.get_id(
), 'network1', '10.10.10.1', '10.10.10.1', '10.10.10.2')
subnet.add_ipAddressRanges(ipRange)
healthnmon_db_api.subnet_save(self.admin_context, subnet)
subnet2 = Subnet()
subnet2.set_id('subnet-02')
subnet2.set_name('subnet-02')
healthnmon_db_api.subnet_save(self.admin_context, subnet2)
vSwitch = VirtualSwitch()
vSwitch.set_id('vs-01')
vSwitch.set_name('vs-01')
vSwitch.add_subnetIds('subnet-01')
vSwitch.add_subnetIds('subnet-02')
healthnmon_db_api.virtual_switch_save(self.admin_context,
vSwitch)
healthnmon_db_api.subnet_delete_by_ids(self.admin_context,
[subnet.id])
subnets = healthnmon_db_api.subnet_get_by_ids(self.admin_context,
[subnet.id])
self.assertTrue(subnets is None or len(subnets) == 0,
'subnet deleted')
def testProcessNetwork(self):
self.mock.StubOutWithMock(api, 'subnet_save')
api.subnet_save(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
self.mock.ReplayAll()
self.assertEquals(self.LibvirtNetwork._processVirtualNetwork(
libvirt.virLibvirtNetwork()),
None)
subnet = InventoryCacheManager.get_object_from_cache(
'Subnet_52:54:00:34:14:AE', Constants.Network)
self.assertTrue(subnet is not None)
self.assertFalse(subnet.get_isBootNetwork())
self.assertEquals('default', subnet.get_name())
self.mock.stubs.UnsetAll()
def testProcessNetwork(self):
self.mock.StubOutWithMock(api, 'subnet_save')
api.subnet_save(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
self.mock.ReplayAll()
self.assertEquals(self.LibvirtNetwork._processVirtualNetwork(
libvirt.virLibvirtNetwork()),
None)
subnet = InventoryCacheManager.get_object_from_cache(
'Subnet_52:54:00:34:14:AE', Constants.Network)
self.assertTrue(subnet is not None)
self.assertFalse(subnet.get_isBootNetwork())
self.assertEquals('default', subnet.get_name())
self.mock.stubs.UnsetAll()
def test_processUpdatesException(self):
self.mock.StubOutWithMock(api, 'vm_host_save')
self.mock.StubOutWithMock(api, 'subnet_delete_by_ids')
self.mock.StubOutWithMock(api, 'subnet_save')
api.vm_host_save(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
api.subnet_delete_by_ids(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
api.subnet_save(mox.IgnoreArg(),
mox.IgnoreArg()).MultipleTimes().AndReturn(None)
mock_libvirtNetwork = LibvirtNetwork(self.connection, '1')
self.mock.StubOutWithMock(
mock_libvirtNetwork, '_processNetworkDeletes')
mock_libvirtNetwork._processNetworkDeletes([], [],).AndRaise(Exception)
self.mock.ReplayAll()
self.assertEquals(self.LibvirtNetwork.processUpdates(), None)
self.assertRaises(Exception, LibvirtNetwork)
self.mock.stubs.UnsetAll()
def test_virtual_switch_save_with_subnet(self):
# Save virtual switch with a port group
vSwitch = VirtualSwitch()
vSwitch.set_id('vSwitch-11')
vSwitch.set_name('vSwitch-11')
vSwitch.set_resourceManagerId('rmId')
vSwitch.set_switchType('vSwitch')
cost1 = Cost()
cost1.set_value(100)
cost1.set_units('USD')
vSwitch.set_cost(cost1)
portGroup = PortGroup()
portGroup.set_id('pg-01')
portGroup.set_name('pg-01')
portGroup.set_resourceManagerId('rmId')
portGroup.set_type('portgroup_type')
portGroup.set_cost(cost1)
vSwitch.add_portGroups(portGroup)
api.virtual_switch_save(self.admin_context, vSwitch)
# Update after adding a port group and subnet
vSwitch = api.virtual_switch_get_by_ids(self.admin_context,
[vSwitch.id])[0]
portGroup2 = PortGroup()
portGroup2.set_id('pg-02')
portGroup2.set_name('pg-02')
portGroup2.set_resourceManagerId('rmId')
portGroup2.set_type('portgroup_type')
vSwitch.add_portGroups(portGroup2)
subnet = Subnet()
subnet.set_id('subnet-02')
subnet.set_name('subnet-02')
subnet.set_networkAddress('1.1.1.1')
api.subnet_save(self.admin_context, subnet)
vSwitch.add_subnetIds(subnet.id)
vSwitch.add_networkInterfaces('1')
api.virtual_switch_save(self.admin_context, vSwitch)
virtualswitches = \
api.virtual_switch_get_by_ids(self.admin_context,
[vSwitch.id])
# Assert the values
self.assertTrue(len(virtualswitches) == 1,
'Unexpected number of Virtual Switch returned')
self.assertTrue(virtualswitches[0].get_id(
) == 'vSwitch-11', 'Virtual Switch id mismatch')
self.assertTrue(virtualswitches[0].get_name(
) == 'vSwitch-11', 'Virtual Switch name mismatch')
self.assertTrue(virtualswitches[0].get_resourceManagerId(
) == 'rmId', 'Virtual Switch Resource Manager id mismatch')
self.assertTrue(virtualswitches[0].get_switchType(
) == 'vSwitch', 'Virtual Switch type mismatch')
cost1 = virtualswitches[0].get_cost()
self.assertTrue(
cost1.get_value() == 100, 'VSwitch Cost Value mismatch')
self.assertTrue(
cost1.get_units() == 'USD', 'VSwitch Cost units mismatch')
portGroups = virtualswitches[0].get_portGroups()
self.assertTrue(
len(portGroups) == 2, 'All the portgroups have not been saved')
self.assertTrue(portGroups[0].get_id(
) == 'pg-01', 'VSwitch Port Group id mismatch')
self.assertTrue(portGroups[0].get_name(
) == 'pg-01', 'VSwitch Port Group Name mismatch')
self.assertTrue(portGroups[0].get_resourceManagerId(
) == 'rmId', 'VSwitch portgroup Resource Manager id mismatch')
self.assertTrue(portGroups[0].get_type(
) == 'portgroup_type', 'VSwitch port group type mismatched')
cost2 = portGroups[0].get_cost()
self.assertTrue(
cost2.get_value() == 100, 'PortGroup Cost Value mismatch')
self.assertTrue(
cost2.get_units() == 'USD', 'PortGroup Cost units mismatch')
self.assertTrue(portGroups[1].get_id(
) == 'pg-02', 'VSwitch Port Group id mismatch')
self.assertTrue(portGroups[1].get_name(
) == 'pg-02', 'VSwitch Port Group Name mismatch')
self.assertTrue(portGroups[1].get_resourceManagerId(
) == 'rmId', 'VSwitch portgroup Resource Manager id mismatch')
self.assertTrue(portGroups[1].get_type(
) == 'portgroup_type', 'VSwitch port group type mismatched')
subnetId = virtualswitches[0].get_subnetIds()
self.assertTrue(
subnetId[0] == 'subnet-02', 'Virtual Switch subnet id mismatch')
self.assertTrue(virtualswitches[0].get_networkInterfaces(
)[0] == '1', 'Virtual Switch network INterfaces mismatch')
def test_subnet_save(self):
subnet = Subnet()
subnet.set_id('subnet-01')
subnet.set_name('subnet-01')
groupIdType = GroupIdType()
groupIdType.set_id('groupId-01')
groupIdType.add_networkTypes('MAPPED')
groupIdType.add_networkTypes('TUNNEL')
subnet.add_groupIdTypes(groupIdType)
subnet.set_networkAddress('1.1.1.1')
subnet.set_networkMask('255.255.255.0')
subnet.add_networkSources('VS_NETWORK')
subnet.set_ipType('IPV4')
subnet.set_isPublic(True)
subnet.set_isShareable(True)
subnet.add_dnsServers('test-dns01')
subnet.set_dnsDomain('test_Domain')
subnet.add_dnsSearchSuffixes('dnsSearchSuffixes')
subnet.add_defaultGateways('defaultGateways')
subnet.set_msDomainName('msDomainName')
subnet.set_msDomainType('DOMAIN')
subnet.add_winsServers('winsServers')
subnet.add_ntpDateServers('ntpDateServers')
subnet.set_vlanId('1')
subnet.set_isBootNetwork(True)
subnet.add_deploymentServices('deploymentServices')
subnet.add_parentIds('parentIds')
subnet.add_childIds('childIds')
subnet.set_isTrunk(True)
subnet.add_redundancyPeerIds('redundancyPeerIds')
subnet.set_redundancyMasterId('redundancyMasterId')
subnet.set_isNativeVlan(False)
userIp = IpAddress()
userIp.set_id('10.10.20.1')
userIp.set_address('10.10.20.1')
subnet.add_usedIpAddresses(userIp)
ipRange = self._create_ip_range_from_xml(subnet.get_id(
), 'network1', '10.10.10.1', '10.10.10.1', '10.10.10.2')
subnet.add_ipAddressRanges(ipRange)
healthnmon_db_api.subnet_save(self.admin_context, subnet)
subnets = \
healthnmon_db_api.subnet_get_by_ids(self.admin_context,
['subnet-01'])
self.assertFalse(subnets is None,
'subnet all returned a none list')
self.assertTrue(len(subnets) == 1,
'subnet all returned invalid number of list')
indexOfThesubnet = -1
for subn in subnets:
if subn.get_id() == subnet.get_id():
indexOfThesubnet = subnets.index(subn)
break
self.assertTrue(subnets[indexOfThesubnet].get_id()
== 'subnet-01', 'Subnet id mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_name()
== 'subnet-01', 'Subnet name mismatch')
groupIdType = subnets[indexOfThesubnet].get_groupIdTypes()[0]
self.assertTrue(
groupIdType.get_id() == 'groupId-01', 'Group id mismatch')
self.assertTrue(groupIdType.get_networkTypes(
)[0] == 'MAPPED', 'Network Type mismatch')
self.assertTrue(groupIdType.get_networkTypes(
)[1] == 'TUNNEL', 'Network Type mismatch')
self.assertTrue(
groupIdType.get_id() == 'groupId-01', 'Group id mismatch')
self.assertTrue(
groupIdType.get_id() == 'groupId-01', 'Group id mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_networkAddress(
) == '1.1.1.1', 'Network Address mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_networkMask(
) == '255.255.255.0', 'Subnet mask mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_networkSources(
)[0] == 'VS_NETWORK', 'Network Sources mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_ipType()
== 'IPV4', 'Ip Type mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_isPublic(),
'Subnet isPublic returned false')
self.assertTrue(subnets[indexOfThesubnet].get_isShareable(),
'Subnet isShareable returned false')
self.assertTrue(subnets[indexOfThesubnet].get_dnsServers(
)[0] == 'test-dns01', 'DnsServer mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_dnsDomain(
) == 'test_Domain', 'DnsDomain mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_dnsSearchSuffixes(
)[0] == 'dnsSearchSuffixes', 'Subnet isShareable returned false')
self.assertTrue(subnets[indexOfThesubnet].get_defaultGateways(
)[0] == 'defaultGateways', 'defaultGateways mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_msDomainName(
) == 'msDomainName', 'msDomainName mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_msDomainType(
) == 'DOMAIN', 'DOMAIN mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_winsServers(
)[0] == 'winsServers', 'winsServers mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_ntpDateServers(
)[0] == 'ntpDateServers', 'ntpDateServers mismatch')
self.assertTrue(
subnets[indexOfThesubnet].get_vlanId() == '1', 'vlanId mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_isBootNetwork(),
'IsbootNetwork returned False')
self.assertTrue(subnets[indexOfThesubnet].get_deploymentServices(
)[0] == 'deploymentServices', 'deploymentServices mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_parentIds(
)[0] == 'parentIds', 'parentIds mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_childIds()[0]
== 'childIds', 'childIds mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_isTrunk(),
'IsTrunk returned False')
self.assertTrue(subnets[indexOfThesubnet].get_redundancyPeerIds(
)[0] == 'redundancyPeerIds', 'redundancyPeerIds mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_redundancyMasterId(
) == 'redundancyMasterId', 'redundancyMasterId mismatch')
self.assertFalse(subnets[indexOfThesubnet].get_isNativeVlan(),
'IsNativePlan should be false')
def test_subnet_save(self):
subnet = Subnet()
subnet.set_id('subnet-01')
subnet.set_name('subnet-01')
groupIdType = GroupIdType()
groupIdType.set_id('groupId-01')
groupIdType.add_networkTypes('MAPPED')
groupIdType.add_networkTypes('TUNNEL')
subnet.add_groupIdTypes(groupIdType)
subnet.set_networkAddress('1.1.1.1')
subnet.set_networkMask('255.255.255.0')
subnet.add_networkSources('VS_NETWORK')
subnet.set_ipType('IPV4')
subnet.set_isPublic(True)
subnet.set_isShareable(True)
subnet.add_dnsServers('test-dns01')
subnet.set_dnsDomain('test_Domain')
subnet.add_dnsSearchSuffixes('dnsSearchSuffixes')
subnet.add_defaultGateways('defaultGateways')
subnet.set_msDomainName('msDomainName')
subnet.set_msDomainType('DOMAIN')
subnet.add_winsServers('winsServers')
subnet.add_ntpDateServers('ntpDateServers')
subnet.set_vlanId('1')
subnet.set_isBootNetwork(True)
subnet.add_deploymentServices('deploymentServices')
subnet.add_parentIds('parentIds')
subnet.add_childIds('childIds')
subnet.set_isTrunk(True)
subnet.add_redundancyPeerIds('redundancyPeerIds')
subnet.set_redundancyMasterId('redundancyMasterId')
subnet.set_isNativeVlan(False)
userIp = IpAddress()
userIp.set_id('10.10.20.1')
userIp.set_address('10.10.20.1')
subnet.add_usedIpAddresses(userIp)
ipRange = self._create_ip_range_from_xml(subnet.get_id(
), 'network1', '10.10.10.1', '10.10.10.1', '10.10.10.2')
subnet.add_ipAddressRanges(ipRange)
healthnmon_db_api.subnet_save(self.admin_context, subnet)
subnets = \
healthnmon_db_api.subnet_get_by_ids(self.admin_context,
['subnet-01'])
self.assertFalse(subnets is None,
'subnet all returned a none list')
self.assertTrue(len(subnets) == 1,
'subnet all returned invalid number of list')
indexOfThesubnet = -1
for subn in subnets:
if subn.get_id() == subnet.get_id():
indexOfThesubnet = subnets.index(subn)
break
self.assertTrue(subnets[indexOfThesubnet].get_id()
== 'subnet-01', 'Subnet id mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_name()
== 'subnet-01', 'Subnet name mismatch')
groupIdType = subnets[indexOfThesubnet].get_groupIdTypes()[0]
self.assertTrue(
groupIdType.get_id() == 'groupId-01', 'Group id mismatch')
self.assertTrue(groupIdType.get_networkTypes(
)[0] == 'MAPPED', 'Network Type mismatch')
self.assertTrue(groupIdType.get_networkTypes(
)[1] == 'TUNNEL', 'Network Type mismatch')
self.assertTrue(
groupIdType.get_id() == 'groupId-01', 'Group id mismatch')
self.assertTrue(
groupIdType.get_id() == 'groupId-01', 'Group id mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_networkAddress(
) == '1.1.1.1', 'Network Address mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_networkMask(
) == '255.255.255.0', 'Subnet mask mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_networkSources(
)[0] == 'VS_NETWORK', 'Network Sources mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_ipType()
== 'IPV4', 'Ip Type mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_isPublic(),
'Subnet isPublic returned false')
self.assertTrue(subnets[indexOfThesubnet].get_isShareable(),
'Subnet isShareable returned false')
self.assertTrue(subnets[indexOfThesubnet].get_dnsServers(
)[0] == 'test-dns01', 'DnsServer mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_dnsDomain(
) == 'test_Domain', 'DnsDomain mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_dnsSearchSuffixes(
)[0] == 'dnsSearchSuffixes', 'Subnet isShareable returned false')
self.assertTrue(subnets[indexOfThesubnet].get_defaultGateways(
)[0] == 'defaultGateways', 'defaultGateways mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_msDomainName(
) == 'msDomainName', 'msDomainName mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_msDomainType(
) == 'DOMAIN', 'DOMAIN mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_winsServers(
)[0] == 'winsServers', 'winsServers mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_ntpDateServers(
)[0] == 'ntpDateServers', 'ntpDateServers mismatch')
self.assertTrue(
subnets[indexOfThesubnet].get_vlanId() == '1', 'vlanId mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_isBootNetwork(),
'IsbootNetwork returned False')
self.assertTrue(subnets[indexOfThesubnet].get_deploymentServices(
)[0] == 'deploymentServices', 'deploymentServices mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_parentIds(
)[0] == 'parentIds', 'parentIds mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_childIds()[0]
== 'childIds', 'childIds mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_isTrunk(),
'IsTrunk returned False')
self.assertTrue(subnets[indexOfThesubnet].get_redundancyPeerIds(
)[0] == 'redundancyPeerIds', 'redundancyPeerIds mismatch')
self.assertTrue(subnets[indexOfThesubnet].get_redundancyMasterId(
) == 'redundancyMasterId', 'redundancyMasterId mismatch')
self.assertFalse(subnets[indexOfThesubnet].get_isNativeVlan(),
'IsNativePlan should be false')
def test_subnet_save_none(self):
self.assertTrue(healthnmon_db_api.subnet_save(
self.admin_context, None) is None, 'No subnet should be saved')
def test_virtual_switch_save_with_subnet(self):
# Save virtual switch with a port group
vSwitch = VirtualSwitch()
vSwitch.set_id("vSwitch-11")
vSwitch.set_name("vSwitch-11")
vSwitch.set_resourceManagerId("rmId")
vSwitch.set_switchType("vSwitch")
cost1 = Cost()
cost1.set_value(100)
cost1.set_units("USD")
vSwitch.set_cost(cost1)
portGroup = PortGroup()
portGroup.set_id("pg-01")
portGroup.set_name("pg-01")
portGroup.set_resourceManagerId("rmId")
portGroup.set_type("portgroup_type")
portGroup.set_cost(cost1)
vSwitch.add_portGroups(portGroup)
api.virtual_switch_save(self.admin_context, vSwitch)
# Update after adding a port group and subnet
vSwitch = api.virtual_switch_get_by_ids(self.admin_context, [vSwitch.id])[0]
portGroup2 = PortGroup()
portGroup2.set_id("pg-02")
portGroup2.set_name("pg-02")
portGroup2.set_resourceManagerId("rmId")
portGroup2.set_type("portgroup_type")
vSwitch.add_portGroups(portGroup2)
subnet = Subnet()
subnet.set_id("subnet-02")
subnet.set_name("subnet-02")
subnet.set_networkAddress("1.1.1.1")
api.subnet_save(self.admin_context, subnet)
vSwitch.add_subnetIds(subnet.id)
vSwitch.add_networkInterfaces("1")
api.virtual_switch_save(self.admin_context, vSwitch)
virtualswitches = api.virtual_switch_get_by_ids(self.admin_context, [vSwitch.id])
# Assert the values
self.assertTrue(len(virtualswitches) == 1, "Unexpected number of Virtual Switch returned")
self.assertTrue(virtualswitches[0].get_id() == "vSwitch-11", "Virtual Switch id mismatch")
self.assertTrue(virtualswitches[0].get_name() == "vSwitch-11", "Virtual Switch name mismatch")
self.assertTrue(
virtualswitches[0].get_resourceManagerId() == "rmId", "Virtual Switch Resource Manager id mismatch"
)
self.assertTrue(virtualswitches[0].get_switchType() == "vSwitch", "Virtual Switch type mismatch")
cost1 = virtualswitches[0].get_cost()
self.assertTrue(cost1.get_value() == 100, "VSwitch Cost Value mismatch")
self.assertTrue(cost1.get_units() == "USD", "VSwitch Cost units mismatch")
portGroups = virtualswitches[0].get_portGroups()
self.assertTrue(len(portGroups) == 2, "All the portgroups have not been saved")
self.assertTrue(portGroups[0].get_id() == "pg-01", "VSwitch Port Group id mismatch")
self.assertTrue(portGroups[0].get_name() == "pg-01", "VSwitch Port Group Name mismatch")
self.assertTrue(
portGroups[0].get_resourceManagerId() == "rmId", "VSwitch portgroup Resource Manager id mismatch"
)
self.assertTrue(portGroups[0].get_type() == "portgroup_type", "VSwitch port group type mismatched")
cost2 = portGroups[0].get_cost()
self.assertTrue(cost2.get_value() == 100, "PortGroup Cost Value mismatch")
self.assertTrue(cost2.get_units() == "USD", "PortGroup Cost units mismatch")
self.assertTrue(portGroups[1].get_id() == "pg-02", "VSwitch Port Group id mismatch")
self.assertTrue(portGroups[1].get_name() == "pg-02", "VSwitch Port Group Name mismatch")
self.assertTrue(
portGroups[1].get_resourceManagerId() == "rmId", "VSwitch portgroup Resource Manager id mismatch"
)
self.assertTrue(portGroups[1].get_type() == "portgroup_type", "VSwitch port group type mismatched")
subnetId = virtualswitches[0].get_subnetIds()
self.assertTrue(subnetId[0] == "subnet-02", "Virtual Switch subnet id mismatch")
self.assertTrue(
virtualswitches[0].get_networkInterfaces()[0] == "1", "Virtual Switch network INterfaces mismatch"
)
def test_subnet_save_none(self):
self.assertTrue(healthnmon_db_api.subnet_save(
self.admin_context, None) is None, 'No subnet should be saved')
def test_virtual_switch_save_with_subnet(self):
# Save virtual switch with a port group
vSwitch = VirtualSwitch()
vSwitch.set_id('vSwitch-11')
vSwitch.set_name('vSwitch-11')
vSwitch.set_resourceManagerId('rmId')
vSwitch.set_switchType('vSwitch')
cost1 = Cost()
cost1.set_value(100)
cost1.set_units('USD')
vSwitch.set_cost(cost1)
portGroup = PortGroup()
portGroup.set_id('pg-01')
portGroup.set_name('pg-01')
portGroup.set_resourceManagerId('rmId')
portGroup.set_type('portgroup_type')
portGroup.set_cost(cost1)
vSwitch.add_portGroups(portGroup)
api.virtual_switch_save(self.admin_context, vSwitch)
# Update after adding a port group and subnet
vSwitch = api.virtual_switch_get_by_ids(self.admin_context,
[vSwitch.id])[0]
portGroup2 = PortGroup()
portGroup2.set_id('pg-02')
portGroup2.set_name('pg-02')
portGroup2.set_resourceManagerId('rmId')
portGroup2.set_type('portgroup_type')
vSwitch.add_portGroups(portGroup2)
subnet = Subnet()
subnet.set_id('subnet-02')
subnet.set_name('subnet-02')
subnet.set_networkAddress('1.1.1.1')
api.subnet_save(self.admin_context, subnet)
vSwitch.add_subnetIds(subnet.id)
vSwitch.add_networkInterfaces('1')
api.virtual_switch_save(self.admin_context, vSwitch)
virtualswitches = \
api.virtual_switch_get_by_ids(self.admin_context,
[vSwitch.id])
# Assert the values
self.assertTrue(
len(virtualswitches) == 1,
'Unexpected number of Virtual Switch returned')
self.assertTrue(virtualswitches[0].get_id() == 'vSwitch-11',
'Virtual Switch id mismatch')
self.assertTrue(virtualswitches[0].get_name() == 'vSwitch-11',
'Virtual Switch name mismatch')
self.assertTrue(virtualswitches[0].get_resourceManagerId() == 'rmId',
'Virtual Switch Resource Manager id mismatch')
self.assertTrue(virtualswitches[0].get_switchType() == 'vSwitch',
'Virtual Switch type mismatch')
cost1 = virtualswitches[0].get_cost()
self.assertTrue(cost1.get_value() == 100,
'VSwitch Cost Value mismatch')
self.assertTrue(cost1.get_units() == 'USD',
'VSwitch Cost units mismatch')
portGroups = virtualswitches[0].get_portGroups()
self.assertTrue(
len(portGroups) == 2, 'All the portgroups have not been saved')
self.assertTrue(portGroups[0].get_id() == 'pg-01',
'VSwitch Port Group id mismatch')
self.assertTrue(portGroups[0].get_name() == 'pg-01',
'VSwitch Port Group Name mismatch')
self.assertTrue(portGroups[0].get_resourceManagerId() == 'rmId',
'VSwitch portgroup Resource Manager id mismatch')
self.assertTrue(portGroups[0].get_type() == 'portgroup_type',
'VSwitch port group type mismatched')
cost2 = portGroups[0].get_cost()
self.assertTrue(cost2.get_value() == 100,
'PortGroup Cost Value mismatch')
self.assertTrue(cost2.get_units() == 'USD',
'PortGroup Cost units mismatch')
self.assertTrue(portGroups[1].get_id() == 'pg-02',
'VSwitch Port Group id mismatch')
self.assertTrue(portGroups[1].get_name() == 'pg-02',
'VSwitch Port Group Name mismatch')
self.assertTrue(portGroups[1].get_resourceManagerId() == 'rmId',
'VSwitch portgroup Resource Manager id mismatch')
self.assertTrue(portGroups[1].get_type() == 'portgroup_type',
'VSwitch port group type mismatched')
subnetId = virtualswitches[0].get_subnetIds()
self.assertTrue(subnetId[0] == 'subnet-02',
'Virtual Switch subnet id mismatch')
self.assertTrue(virtualswitches[0].get_networkInterfaces()[0] == '1',
'Virtual Switch network INterfaces mismatch')