def test_create_network_CustomNetworkView_as_DefaultNetworkView_and_DNSView_as_CustomDNSView_EA(self):
proc = util.utils()
proc.create_network(network)
proc.create_subnet(network, subnet_name, subnet)
flag = proc.get_subnet_name(subnet_name)
flag = proc.get_subnet_name(subnet_name)
assert flag == subnet_name
def test_create_network_DefaultDomainNamePattern_as_TenantName_update_sync_tool(self):
proc = util.utils()
proc.create_network(network)
proc.create_subnet(network, subnet_name, subnet)
flag = proc.get_subnet_name(subnet_name)
flag = proc.get_subnet_name(subnet_name)
assert flag == subnet_name
def test_deploy_instnace_CustomDNSView_as_DNSView_OPENSTACK917(self):
proc = util.utils()
proc.launch_instance(instance_name,network)
instance = proc.get_server_name(instance_name)
status = proc.get_server_status(instance_name)
assert instance_name == instance and status == 'ACTIVE'
time.sleep(5)
def test_create_network_DefaultNetworkView_as_Default_EAs_sync_tool(self):
proc = util.utils()
proc.create_network(network)
proc.create_subnet(network, subnet_name, subnet)
flag = proc.get_subnet_name(subnet_name)
flag = proc.get_subnet_name(subnet_name)
assert flag == subnet_name
def test_create_network_external_network_for_router(self):
proc = util.utils()
proc.create_network(ext_network, external=True, shared=True)
proc.create_subnet(ext_network, ext_subnet_name, ext_subnet)
flag = proc.get_subnet_name(ext_subnet_name)
flag = proc.get_subnet_name(ext_subnet_name)
assert flag == ext_subnet_name
def test_validate_fixed_address_EAs_router_for_external_network_OPENSTACK_926(self):
proc = util.utils()
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('network:floatingip' == ports_list[l]['device_owner']):
ip_address_opstk = ports_list[l]['fixed_ips'][0]['ip_address']
port_id_openstack = ports_list[l]['id']
device_id_openstack = ports_list[l]['device_id']
device_owner_opstk = 'network:router_interface'
ref_v = json.loads(wapi_module.wapi_request('GET',object_type='fixedaddress',params="?ipv4addr="+ip_address_opstk))
ref_v_fixaddr = ref_v[0]['_ref']
EAs = json.loads(wapi_module.wapi_request('GET',object_type=ref_v_fixaddr+'?_return_fields=extattrs'))
tenant_id_nios = EAs['extattrs']['Tenant ID']['value']
tenant_name_nios = EAs['extattrs']['Tenant Name']['value']
port_id_nios = EAs['extattrs']['Port ID']['value']
ip_type_nios = EAs['extattrs']['IP Type']['value']
device_id_nios = EAs['extattrs']['Port Attached Device - Device ID']['value']
device_owner_nios = EAs['extattrs']['Port Attached Device - Device Owner']['value']
cmp_type_nios = EAs['extattrs']['CMP Type']['value']
cloud_api_owned = EAs['extattrs']['Cloud API Owned']['value']
tenant_id_openstack = proc.get_tenant_id(network)
assert tenant_id_nios == tenant_id_openstack and \
port_id_nios == port_id_openstack and \
tenant_name_nios == tenant_name and \
ip_type_nios == 'Floating' and \
device_owner_nios == device_owner_opstk and \
cmp_type_nios == 'OpenStack' and \
cloud_api_owned == 'False' and \
device_id_nios == device_id_openstack
def test_validate_a_record_EAs_router(self):
host_records = json.loads(
wapi_module.wapi_request('GET', object_type='record:a'))
ref_v = host_records[0]['_ref']
EAs = json.loads(
wapi_module.wapi_request('GET',
object_type=ref_v +
'?_return_fields=extattrs'))
tenant_id_nios = EAs['extattrs']['Tenant ID']['value']
tenant_name_nios = EAs['extattrs']['Tenant Name']['value']
port_id_nios = EAs['extattrs']['Port ID']['value']
ip_type_nios = EAs['extattrs']['IP Type']['value']
device_id_nios = EAs['extattrs']['Port Attached Device - Device ID'][
'value']
device_owner_nios = EAs['extattrs'][
'Port Attached Device - Device Owner']['value']
cmp_type_nios = EAs['extattrs']['CMP Type']['value']
cloud_api_owned = EAs['extattrs']['Cloud API Owned']['value']
proc = util.utils()
port_list_openstack = proc.list_ports()
tenant_id_openstack = proc.get_tenant_id(ext_network)
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('network:router_gateway' == ports_list[l]['device_owner']):
port_id_openstack = ports_list[l]['id']
device_id_openstack = ports_list[l]['device_id']
device_owner_opstk = 'network:router_gateway'
assert tenant_id_nios == tenant_id_openstack and \
port_id_nios == port_id_openstack and \
tenant_name_nios == tenant_name and \
ip_type_nios == 'Fixed' and \
device_owner_nios == device_owner_opstk and \
cmp_type_nios == 'OpenStack' and \
cloud_api_owned == 'False' and \
device_id_nios == device_id_openstack
def test_validate_a_record_EAs_InternalNetwrok_Interface_router(self):
a_records = json.loads(wapi_module.wapi_request('GET',object_type='record:a'))
for l in range(len(a_records)):
ref_v = a_records[l]['_ref']
if (ref_v.endswith((tenant_name+'.cloud.global.com/default'))):
ref_v_a = a_records[l]['_ref']
EAs = json.loads(wapi_module.wapi_request('GET',object_type=ref_v_a+'?_return_fields=extattrs'))
tenant_id_nios = EAs['extattrs']['Tenant ID']['value']
tenant_name_nios = EAs['extattrs']['Tenant Name']['value']
port_id_nios = EAs['extattrs']['Port ID']['value']
ip_type_nios = EAs['extattrs']['IP Type']['value']
device_id_nios = EAs['extattrs']['Port Attached Device - Device ID']['value']
device_owner_nios = EAs['extattrs']['Port Attached Device - Device Owner']['value']
cmp_type_nios = EAs['extattrs']['CMP Type']['value']
cloud_api_owned = EAs['extattrs']['Cloud API Owned']['value']
proc = util.utils()
tenant_id_openstack = proc.get_tenant_id(ext_network)
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('network:router_interface' == ports_list[l]['device_owner']):
port_id_openstack = ports_list[l]['id']
device_id_openstack = ports_list[l]['device_id']
device_owner_opstk = 'network:router_interface'
assert tenant_id_nios == tenant_id_openstack and \
port_id_nios == port_id_openstack and \
tenant_name_nios == tenant_name and \
ip_type_nios == 'Fixed' and \
device_owner_nios == device_owner_opstk and \
cmp_type_nios == 'OpenStack' and \
cloud_api_owned == 'True' and \
device_id_nios == device_id_openstack
def test_validate_host_record_entry_EAs_DefaultNetworkViewScope_as_AddressScope(self):
host_records = json.loads(wapi_module.wapi_request('GET',object_type='record:host'))
ref_v = host_records[0]['_ref']
EAs = json.loads(wapi_module.wapi_request('GET',object_type=ref_v+'?_return_fields=extattrs'))
tenant_id_nios = EAs['extattrs']['Tenant ID']['value']
tenant_name_nios = EAs['extattrs']['Tenant Name']['value']
port_id_nios = EAs['extattrs']['Port ID']['value']
ip_type_nios = EAs['extattrs']['IP Type']['value']
device_id_nios = EAs['extattrs']['Port Attached Device - Device ID']['value']
device_owner_nios = EAs['extattrs']['Port Attached Device - Device Owner']['value']
cmp_type_nios = EAs['extattrs']['CMP Type']['value']
cloud_api_owned = EAs['extattrs']['Cloud API Owned']['value']
proc = util.utils()
port_list_openstack = proc.list_ports()
device_owner_openstack = port_list_openstack['ports'][0]['device_owner']
device_owner1_openstack = port_list_openstack['ports'][1]['device_owner']
if device_owner_openstack == 'network:dhcp':
port_id_openstack = port_list_openstack['ports'][0]['id']
tenant_id_openstack = port_list_openstack['ports'][0]['tenant_id']
device_id_openstack = port_list_openstack['ports'][0]['device_id']
device_owner_opstk = 'network:dhcp'
else:
port_id_openstack = port_list_openstack['ports'][1]['id']
tenant_id_openstack = port_list_openstack['ports'][1]['tenant_id']
device_id_openstack = port_list_openstack['ports'][1]['device_id']
device_owner_opstk = 'network:dhcp'
assert tenant_id_nios == tenant_id_openstack and \
port_id_nios == port_id_openstack and \
tenant_name_nios == tenant_name and \
ip_type_nios == 'Fixed' and \
device_owner_nios == device_owner_opstk and \
cmp_type_nios == 'OpenStack' and \
cloud_api_owned == 'True' and \
device_id_nios == device_id_openstack
def test_deploy_instnace_HostNamePattern_as_HostIPAddress(self):
proc = util.utils()
proc.launch_instance(instance_name, network)
instance = proc.get_server_name(instance_name)
status = proc.get_server_status(instance_name)
assert instance_name == instance and \
status == 'ACTIVE'
def test_create_network_CustomDNSView_as_DNSView_OPENSTACK917(self):
proc = util.utils()
proc.create_network(network)
proc.create_subnet(network, subnet_name, subnet)
flag = proc.get_subnet_name(subnet_name)
flag = proc.get_subnet_name(subnet_name)
assert flag == subnet_name
def test_validate_Network_after_NetworkView_sync_DefaultNetworkViewScope_as_Subnet_sync_tool(self):
networks = json.loads(wapi_module.wapi_request('GET',object_type='network'))
network_nios = networks[0]['network']
network_view = networks[0]['network_view']
session = util.utils()
subnet_id = session.get_subnet_id(subnet_name)
assert network_nios == subnet and \
network_view == subnet_name+'-'+subnet_id
def test_validate_NetworkNetworkView_after_SYNC_DefaultNetworkViewScope_as_Tenant(self):
networks = json.loads(wapi_module.wapi_request('GET',object_type='network'))
network_nios = networks[0]['network']
network_view = networks[0]['network_view']
session = util.utils()
tenant_id = session.get_tenant_id(network)
assert network_nios == subnet and \
network_view == tenant_name+'-'+tenant_id
def test_validate_NetworkNetworkView_in_DefaultNetworkViewScope_as_Network_EAs_SYNC_Tool(self):
networks = json.loads(wapi_module.wapi_request('GET',object_type='network'))
network_nios = networks[0]['network']
network_view = networks[0]['network_view']
session = util.utils()
network_id = session.get_network_id(network)
assert network_nios == subnet and \
network_view == network+'-'+network_id
def test_validate_zone_DefaultNetworkViewScope_as_AddressScope(self):
ref_v = json.loads(wapi_module.wapi_request('GET',object_type='zone_auth'))
zone_name = ref_v[0]['fqdn']
network_view = ref_v[0]['view']
session = util.utils()
address_scope_ids = session.address_scopes_list(address_scope_name_ip4)
address_id = address_scope_ids['address_scopes'][0]['id']
assert zone_name == network+'-'+subnet_name+'.cloud.global.com' and \
network_view == 'default.'+address_scope_name_ip4+'-'+address_id
def test_validate_network_in_DefaultNetworkViewScope_as_AddressScope(self):
networks = json.loads(wapi_module.wapi_request('GET',object_type='network'))
network_nios = networks[0]['network']
network_view = networks[0]['network_view']
session = util.utils()
address_scope_ids = session.address_scopes_list(address_scope_name_ip4)
address_id = address_scope_ids['address_scopes'][0]['id']
assert network_nios == address_scope_pool_prefix and \
network_view == address_scope_name_ip4+'-'+address_id
def test_get_flavor_list(self): proc = util.utils() proc.flavor_create(flavor_name,CPU,RAM,DISK) flavors = proc.flavor_get(flavor_name) flag = False string_fl = str(flavors) if (re.search(r""+flavor_name,string_fl)): flag = True assert flag
def test_delete_ExternalNetwork_Used_for_Router(self):
proc = util.utils()
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('interface_name' == ports_list[l]['name']):
port_id_openstack = ports_list[l]['id']
delete_port = proc.delete_port(port_id_openstack)
delete_net = proc.delete_network(ext_network)
assert delete_net == ()
def test_delete_router(self):
proc = util.utils()
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('network:router_interface' == ports_list[l]['device_owner']):
port_id_openstack = ports_list[l]['id']
proc.remove_router_interface(router_name, port_id_openstack)
delete = proc.delete_router(router_name)
assert delete == ()
def test_validate_fixed_address_for_router_of_internal_Network(self):
proc = util.utils()
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('network:router_interface' == ports_list[l]['device_owner']):
ip_address_opstk = ports_list[l]['fixed_ips'][0]['ip_address']
ref_v = json.loads(wapi_module.wapi_request('GET',object_type='fixedaddress',params="?ipv4addr="+ip_address_opstk))
fixed_address_nios = ref_v[0]['ipv4addr']
assert fixed_address_nios == ip_address_opstk
def test_validate_fixed_address_in_CustomNetworkView_CustomDNSView(self):
ref_v = json.loads(wapi_module.wapi_request('GET',object_type='fixedaddress'))
fixed_address_nios = ref_v[0]['ipv4addr']
proc = util.utils()
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('compute:nova' == ports_list[l]['device_owner']):
ip_address_opstk = ports_list[l]['fixed_ips'][0]['ip_address']
assert fixed_address_nios == ip_address_opstk
def test_validate_zone_name_after_update_DomainNamePattern_as_TenantID_EAs(self):
session = util.utils()
tenant_id = session.get_tenant_id(network)
ref_v = json.loads(wapi_module.wapi_request('GET',object_type='zone_auth'))
flag = False
for l in range(len(ref_v)):
zone_name = ref_v[l]['fqdn']
if (zone_name.startswith((tenant_id)) and zone_name.endswith(('.cloud.global.com'))):
flag = True
assert flag
def test_add_AddressScope_DefaultNetworkViewScope_as_AddressScope(self):
session = util.utils()
session.add_address_scope(address_scope_name_ip4,"4")
session.address_scopes_list(address_scope_name_ip4)
session.add_address_scope_subnetpool(address_scope_name_ip4,address_scope_subnet_name_ipv4,\
address_scope_pool_prefix,address_scope_prefixlen)
session.subnetpool_list(address_scope_subnet_name_ipv4)
subnet = session.add_subnet_address_scope(network,address_scope_subnet_name_ipv4,subnet_name)
flag = session.get_subnet_name(subnet_name)
assert flag == subnet_name
def test_validate_host_record_entry_mac_address_in_CustomNetworkView_CustomDNSView(self):
host_records = json.loads(wapi_module.wapi_request('GET',object_type='record:host'))
mac_address_nios = host_records[0]['ipv4addrs'][0]['mac']
proc = util.utils()
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('network:dhcp' == ports_list[l]['device_owner']):
mac_address_openstack = ports_list[l]['mac_address']
assert mac_address_nios == mac_address_openstack
def test_validate_a_record_DefaultNetworkViewScope_as_AddressScope(self):
ref_v_zone = json.loads(wapi_module.wapi_request('GET',object_type='zone_auth'))
zone_name = ref_v_zone[0]['fqdn']
ref_v_a_record = json.loads(wapi_module.wapi_request('GET',object_type='record:a'))
a_record_name = ref_v_a_record[0]['name']
proc = util.utils()
ip_add = proc.get_instance_ips(instance_name)
ip_address = ip_add[network][0]['addr']
tenant_id_openstack = proc.get_tenant_id(network)
fqdn = "host-"+'-'.join(ip_address.split('.'))+'-'+tenant_id_openstack+'.'+zone_name
assert fqdn == a_record_name
def test_validate_fixed_address_DefaultNetworkViewScope_as_AddressScope(self):
ref_v = json.loads(wapi_module.wapi_request('GET',object_type='fixedaddress'))
fixed_address_nios = ref_v[0]['ipv4addr']
proc = util.utils()
port_list_openstack = proc.list_ports()
device_owner_openstack = port_list_openstack['ports'][0]['device_owner']
device_owner1_openstack = port_list_openstack['ports'][1]['device_owner']
if device_owner_openstack == 'compute:None':
ip_address_opstk = port_list_openstack['ports'][0]['fixed_ips'][0]['ip_address']
else:
ip_address_opstk = port_list_openstack['ports'][1]['fixed_ips'][0]['ip_address']
assert fixed_address_nios == ip_address_opstk
def test_validate_host_record_entry_mac_address_DefaultNetworkViewScope_as_AddressScope(self):
host_records = json.loads(wapi_module.wapi_request('GET',object_type='record:host'))
mac_address_nios = host_records[0]['ipv4addrs'][0]['mac']
proc = util.utils()
port_list_openstack = proc.list_ports()
device_owner_openstack = port_list_openstack['ports'][0]['device_owner']
device_owner1_openstack = port_list_openstack['ports'][1]['device_owner']
if device_owner_openstack == 'network:dhcp':
mac_address_openstack = port_list_openstack['ports'][0]['mac_address']
else:
mac_address_openstack = port_list_openstack['ports'][1]['mac_address']
assert mac_address_nios == mac_address_openstack
def test_validate_mac_address_fixed_address_for_router(self):
ref_v = json.loads(wapi_module.wapi_request('GET',object_type='fixedaddress'))
ref = ref_v[0]['_ref']
mac_add = json.loads(wapi_module.wapi_request('GET',object_type=ref+'?_return_fields=mac'))
mac_add_nios = mac_add['mac']
proc = util.utils()
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('network:router_gateway' == ports_list[l]['device_owner']):
mac_address_openstack = ports_list[l]['mac_address']
assert mac_add_nios == mac_address_openstack
def test_validate_a_record_EAs_of_floatingIP_from_external_network_OPENSTACK_926(
self):
a_records = json.loads(
wapi_module.wapi_request('GET', object_type='record:a'))
for l in range(len(a_records)):
record_name = a_records[l]['name']
if (record_name.startswith(('inst'))):
fqdn_nios = a_records[l]['name']
records = json.loads(
wapi_module.wapi_request('GET',
object_type='record:a',
params="?name=" + fqdn_nios))
ref_v_a = records[0]['_ref']
EAs = json.loads(
wapi_module.wapi_request('GET',
object_type=ref_v_a +
'?_return_fields=extattrs'))
vm_name_nios = EAs['extattrs']['VM Name']['value']
vm_id_nios = EAs['extattrs']['VM ID']['value']
tenant_name_nios = EAs['extattrs']['Tenant Name']['value']
tenant_id_nios = EAs['extattrs']['Tenant ID']['value']
port_id_nios = EAs['extattrs']['Port ID']['value']
ip_type_nios = EAs['extattrs']['IP Type']['value']
device_id_nios = EAs['extattrs']['Port Attached Device - Device ID'][
'value']
device_owner_nios = EAs['extattrs'][
'Port Attached Device - Device Owner']['value']
cmp_type_nios = EAs['extattrs']['CMP Type']['value']
cloud_api_owned = EAs['extattrs']['Cloud API Owned']['value']
proc = util.utils()
vm_id_openstack = proc.get_servers_id(instance_name)
vm_name_openstack = proc.get_server_name(instance_name)
vm_tenant_id_openstack = proc.get_server_tenant_id()
ip_adds = proc.get_instance_ips(instance_name)
inst_ip_address = ip_adds[network][0]['addr']
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('network:floatingip' == ports_list[l]['device_owner']):
port_id_openstack = ports_list[l]['id']
device_id_openstack = ports_list[l]['device_id']
device_owner_opstk = 'compute:nova'
assert vm_name_nios == vm_name_openstack and \
vm_id_nios == vm_id_openstack and \
tenant_name_nios == tenant_name and \
tenant_id_nios == vm_tenant_id_openstack and \
port_id_nios == port_id_openstack and \
ip_type_nios == 'Floating' and \
device_owner_opstk == device_owner_nios and \
cmp_type_nios == 'OpenStack' and \
cloud_api_owned == 'False' and \
device_id_nios == device_id_openstack
def test_validate_mac_address_fixed_address_instance_CustomDNSView_as_DNSView_OPENSTACK917(self):
ref_v = json.loads(wapi_module.wapi_request('GET',object_type='fixedaddress'))
ref = ref_v[0]['_ref']
mac_add = json.loads(wapi_module.wapi_request('GET',object_type=ref+'?_return_fields=mac'))
mac_add_nios = mac_add['mac']
proc = util.utils()
port_list_openstack = proc.list_ports()
ports_list = port_list_openstack['ports']
for l in range(len(ports_list)):
if ('compute:nova' == ports_list[l]['device_owner']):
mac_address_openstack = ports_list[l]['mac_address']
assert mac_add_nios == mac_address_openstack