def get_port_uuid(self,port,inputs=None):
phy_device_fixture=PhysicalDeviceFixture(self.name,self.mgmt_ip,inputs=inputs)
phy_device_fixture.setUp()
phy_device_uuid = phy_device_fixture.phy_device.uuid
pif_fixture=PhysicalInterfaceFixture(port,device_id=phy_device_uuid,inputs=inputs)
pif_fixture.setUp()
return pif_fixture.uuid
def get_port_uuid(self, port):
phy_device_fixture = PhysicalDeviceFixture(self.name, self.mgmt_ip)
phy_device_fixture.setUp()
phy_device_uuid = phy_device_fixture.phy_device.uuid
pif_fixture = PhysicalInterfaceFixture(port, device_id=phy_device_uuid)
pif_fixture.setUp()
return pif_fixture.uuid
def get_port_uuid(self,port,inputs=None):
phy_device_fixture=PhysicalDeviceFixture(self.name,self.mgmt_ip,inputs=inputs)
phy_device_fixture.setUp()
phy_device_uuid = phy_device_fixture.phy_device.uuid
pif_fixture=PhysicalInterfaceFixture(name=port,device_id=phy_device_uuid,inputs=inputs)
pif_fixture.setUp()
return pif_fixture.uuid
def onboard_existing_fabric(self, fabric_dict, wait_for_finish=True,
name=None, cleanup=False):
interfaces = {'physical': [], 'logical': []}
devices = list()
name = get_random_name(name) if name else get_random_name('fabric')
fq_name = ['default-global-system-config',
'existing_fabric_onboard_template']
payload = {'fabric_fq_name': ["default-global-system-config", name],
'node_profiles': [{"node_profile_name": profile}
for profile in fabric_dict.get('node_profiles')\
or NODE_PROFILES],
'device_auth': [{"username": cred['username'],
"password": cred['password']}
for cred in fabric_dict['credentials']],
'overlay_ibgp_asn': fabric_dict['namespaces']['asn'][0]['min'],
'management_subnets': [{"cidr": mgmt["cidr"]}
for mgmt in fabric_dict['namespaces']['management']]
}
self.logger.info('Onboarding existing fabric %s %s'%(name, payload))
execution_id = self.vnc_h.execute_job(fq_name, payload)
status, fabric = self._get_fabric_fixture(name)
assert fabric, 'Create fabric seems to have failed'
if cleanup:
self.addCleanup(self.cleanup_fabric, fabric, devices, interfaces)
if wait_for_finish:
try:
status = self.wait_for_job_to_finish(':'.join(fq_name), execution_id)
except AssertionError:
self.cleanup_fabric(fabric, verify=False)
raise
assert status, 'job %s to create fabric failed'%execution_id
for device in fabric.fetch_associated_devices() or []:
device_fixture = PhysicalDeviceFixture(connections=self.connections,
name=device)
device_fixture.read()
device_fixture.add_csn()
devices.append(device_fixture)
for device in devices:
for port in device.get_physical_ports():
pif = PhysicalInterfaceFixture(uuid=port, connections=self.connections)
pif.read()
interfaces['physical'].append(pif)
for pif in interfaces['physical']:
for port in pif.get_logical_ports():
lif = LogicalInterfaceFixture(uuid=port, connections=self.connections)
lif.read()
interfaces['logical'].append(lif)
return (fabric, devices, interfaces)
def configure_l2_vlan(self, **kwargs):
self.logger.info('Creating l2 vlan configuration for down link')
l2_dict = kwargs.get('l2_dict')
kwargs['fabric_fixture'] = self.fabric_fixture
kwargs['host'] = l2_dict['mgmt_ip']
kwargs['username'] = l2_dict['ssh_username']
kwargs['password'] = l2_dict['ssh_password']
kwargs['name'] = l2_dict['name']
down_link = kwargs.get('down_link', False)
device_fixture = PhysicalDeviceFixture(connections=self.connections,
**kwargs)
conn = device_fixture.get_connection_obj('juniper', **kwargs)
kwargs['conn'] = conn
if down_link:
stmt = '''set interfaces {0} unit 0 family ethernet-switching interface-mode trunk
set interfaces {0} unit 0 family ethernet-switching vlan members {1}
set vlans {1} vlan-id {2}'''.format(kwargs.get('pi_name', ''),
kwargs.get('vlan', ''),
self.vlan_id or 0)
else:
links = kwargs.get('links', [])
if len(links) > 1:
kwargs['ae'] = True
stmt_list = list()
stmt_list.append(
'set chassis aggregated-devices ethernet device-count 28')
for link in links:
stmt1 = 'set interfaces {0} ether-options 802.3ad ae0'.format(
link['local_port'])
stmt_list.append(stmt1)
stmt1 = '''set interfaces ae0 aggregated-ether-options lacp active
set interfaces ae0 unit 0 family ethernet-switching interface-mode trunk
set interfaces ae0 unit 0 family ethernet-switching vlan members {0}
set vlans {0} vlan-id {1}'''.format(
kwargs.get('vlan', ''), self.vlan_id or 0)
stmt_list.extend(stmt1.split('\n'))
stmt = '\n'.join(stmt_list)
elif len(links) == 1:
pi_name = links[0]['local_port']
kwargs['pi_name'] = pi_name
stmt = '''set interfaces {0} unit 0 family ethernet-switching interface-mode trunk
set interfaces {0} unit 0 family ethernet-switching vlan members {1}
set vlans {1} vlan-id {2}'''.format(
pi_name, kwargs.get('vlan', ''), self.vlan_id or 0)
conn.config(stmt.split('\n'))
self.addCleanup(self.delete_l2_vlan, **kwargs)
def discover(self, fabric, wait_for_finish=True):
devices = list()
fq_name = ['default-global-system-config', 'discover_device_template']
payload = {'fabric_uuid': fabric.uuid}
execution_id = self.vnc_h.execute_job(fq_name, payload)
self.logger.info('Started device discovery for fabric %s'%(
fabric.name))
self.addCleanup(self.cleanup_discover, fabric, devices)
if wait_for_finish:
status = self.wait_for_job_to_finish(':'.join(fq_name), execution_id)
assert status, 'job %s to discover devices failed'%execution_id
for device in fabric.fetch_associated_devices() or []:
device_fixture = PhysicalDeviceFixture(connections=self.connections,
name=device)
device_fixture.read()
device_fixture.add_csn()
devices.append(device_fixture)
self.logger.info('discovered devices %s for fabric %s'%(
devices, fabric.name))
return execution_id, devices
def onboard_existing_fabric(self,
fabric_dict,
wait_for_finish=True,
name=None,
cleanup=False):
interfaces = {'physical': [], 'logical': []}
devices = list()
name = get_random_name(name) if name else get_random_name('fabric')
fq_name = [
'default-global-system-config', 'existing_fabric_onboard_template'
]
payload = {'fabric_fq_name': ["default-global-system-config", name],
'node_profiles': [{"node_profile_name": profile}
for profile in fabric_dict.get('node_profiles')\
or NODE_PROFILES],
'device_auth': [{"username": cred['username'],
"password": cred['password']}
for cred in fabric_dict['credentials']],
'overlay_ibgp_asn': fabric_dict['namespaces']['asn'][0]['min'],
'management_subnets': [{"cidr": mgmt["cidr"]}
for mgmt in fabric_dict['namespaces']['management']]
}
self.logger.info('Onboarding existing fabric %s %s' % (name, payload))
execution_id = self.vnc_h.execute_job(fq_name, payload)
status, fabric = self._get_fabric_fixture(name)
assert fabric, 'Create fabric seems to have failed'
if cleanup:
self.addCleanup(self.cleanup_fabric, fabric, devices, interfaces)
if wait_for_finish:
try:
status = self.wait_for_job_to_finish(':'.join(fq_name),
execution_id)
except AssertionError:
self.cleanup_fabric(fabric, verify=False)
raise
assert status, 'job %s to create fabric failed' % execution_id
for device in fabric.fetch_associated_devices() or []:
device_fixture = PhysicalDeviceFixture(
connections=self.connections, name=device)
device_fixture.read()
device_fixture.add_csn()
devices.append(device_fixture)
for device in devices:
for port in device.get_physical_ports():
pif = PhysicalInterfaceFixture(
uuid=port, connections=self.connections)
pif.read()
interfaces['physical'].append(pif)
for pif in interfaces['physical']:
for port in pif.get_logical_ports():
lif = LogicalInterfaceFixture(uuid=port,
connections=self.connections)
lif.read()
interfaces['logical'].append(lif)
return (fabric, devices, interfaces)
def createPhysicalRouter(self, pr_list, pr_params):
self.pr_fixture = {}
self.pr_list = pr_list
self.pr_params = pr_params
for self.pr_name in self.pr_list:
self.pr_fixture[self.pr_name] = self.useFixture(
PhysicalDeviceFixture(
self.pr_name,
self.pr_params[self.pr_name]['mgmt_ip'],
vendor=self.pr_params[self.pr_name]['vendor'],
model=self.pr_params[self.pr_name]['model'],
ssh_username=self.pr_params[self.pr_name]['ssh_username'],
ssh_password=self.pr_params[self.pr_name]['ssh_password'],
tunnel_ip=self.pr_params[self.pr_name]['tunnel_ip'],
set_netconf=self.pr_params[self.pr_name]['set_netconf'],
connections=self.project_connections))
return self
def discover(self, fabric, wait_for_finish=True):
devices = list()
fq_name = ['default-global-system-config', 'discover_device_template']
payload = {'fabric_uuid': fabric.uuid}
execution_id = self.vnc_h.execute_job(fq_name, payload)
self.logger.info('Started device discovery for fabric %s'%(
fabric.name))
self.addCleanup(self.cleanup_discover, fabric, devices)
if wait_for_finish:
status = self.wait_for_job_to_finish(':'.join(fq_name), execution_id)
assert status, 'job %s to discover devices failed'%execution_id
for device in fabric.fetch_associated_devices() or []:
device_fixture = PhysicalDeviceFixture(connections=self.connections,
name=device)
device_fixture.read()
device_fixture.add_csn()
devices.append(device_fixture)
self.logger.info('discovered devices %s for fabric %s'%(
devices, fabric.name))
return execution_id, devices
def onboard_fabric(self,
fabric_dict,
wait_for_finish=True,
name=None,
cleanup=False,
enterprise_style=True,
dc_asn=None,
serList=None):
interfaces = {'physical': [], 'logical': []}
devices = list()
name = name if name else get_random_name('fabric')
fq_name = ['default-global-system-config', 'fabric_onboard_template']
if 'image_upgrade_os_version' in list(
fabric_dict['namespaces'].keys()):
self.logger.info("ZTP with image upgrade")
os_version = fabric_dict['namespaces']['image_upgrade_os_version']
else:
self.logger.info("ZTP without image upgrade")
os_version = ''
payload = {'fabric_fq_name': ["default-global-system-config", name],
'fabric_display_name': name,
"supplemental_day_0_cfg":[{"name": dct["supplemental_day_0_cfg"]["name"],\
"cfg": dct["supplemental_day_0_cfg"]["cfg"]}
for dct in list(self.inputs.physical_routers_data.values()) \
if dct.get('supplemental_day_0_cfg') \
if serList is None or dct["serial_number"] in serList],
'device_to_ztp': [{"serial_number": dct['serial_number'], \
"hostname": dct['name'], \
"supplemental_day_0_cfg": dct.get("supplemental_day_0_cfg",{}).get('name','')} \
for dct in list(self.inputs.physical_routers_data.values()) \
if dct.get('serial_number') \
if serList is None or dct["serial_number"] in serList],
'node_profiles': [{"node_profile_name": profile}
for profile in fabric_dict.get('node_profiles')\
or NODE_PROFILES],
'device_auth': {"root_password": fabric_dict['credentials'][0]['password']},
'loopback_subnets': fabric_dict['namespaces']['loopback_subnets'],
'management_subnets': fabric_dict['namespaces']['management_subnets'],
'fabric_subnets': fabric_dict['namespaces']['fabric_subnets'],
'overlay_ibgp_asn': dc_asn or fabric_dict['namespaces']['overlay_ibgp_asn'],
'fabric_asn_pool': [{"asn_max": fabric_dict['namespaces']['asn'][0]['max'],
"asn_min": fabric_dict['namespaces']['asn'][0]['min']}]
}
if os_version:
payload['os_version'] = os_version
self.logger.info('Onboarding new fabric %s %s' % (name, payload))
execution_id = self.vnc_h.execute_job(fq_name, payload)
status, fabric = self._get_fabric_fixture(name)
assert fabric, 'Create fabric seems to have failed'
if cleanup:
self.addCleanup(self.cleanup_fabric, fabric, devices, interfaces)
if wait_for_finish:
try:
status = self.wait_for_job_to_finish(':'.join(fq_name),
execution_id)[0]
except AssertionError:
self.cleanup_fabric(fabric, verify=False)
raise
assert status, 'job %s to create fabric failed' % execution_id
for device in fabric.fetch_associated_devices() or []:
device_dict = self.get_prouter_dict(device)
device_fixture = PhysicalDeviceFixture(
connections=self.connections, name=device)
device_fixture.read()
device_fixture.add_csn()
devices.append(device_fixture)
for device in devices:
for port in device.get_physical_ports():
pif = PhysicalInterfaceFixture(
uuid=port, connections=self.connections)
pif.read()
interfaces['physical'].append(pif)
for pif in interfaces['physical']:
for port in pif.get_logical_ports():
lif = LogicalInterfaceFixture(uuid=port,
connections=self.connections)
lif.read()
interfaces['logical'].append(lif)
return (fabric, devices, interfaces)
def create_physical_router(self, connections=None, **kwargs):
''' Refer PhysicalDeviceFixture for params info '''
connections = connections or self.connections
return self.useFixture(
PhysicalDeviceFixture(connections=connections, **kwargs))
