def testGeneratePodSpecificDhcpConfWithSerial(self):
from jnpr.openclos.l3Clos import util
flexmock(util, isPlatformUbuntu=True)
with self._dao.getReadWriteSession() as session:
pod = createPod('pod1', session)
pod.spineJunosImage = 'testSpineImage'
createPodDevice(session, 'dev1', pod)
dev2 = createPodDevice(session, 'dev2', pod)
dev2.macAddress = None
dev2.serialNumber = 'VB1234567890'
dev3 = createPodDevice(session, 'dev3', pod)
dev3.role = 'leaf'
dev3.serialNumber = 'VB1234567891'
dhcpConf = self.ztpServer.generatePodSpecificDhcpConf(
session, pod.id)
print dhcpConf
self.assertEquals(2, dhcpConf.count('testSpineImage'))
self.assertFalse('{{' in dhcpConf)
self.assertFalse('}}' in dhcpConf)
self.assertFalse('None' in dhcpConf)
self.assertTrue('VB1234567890' in dhcpConf)
self.assertTrue('VB1234567891' not in dhcpConf)
self.assertEquals(
5, dhcpConf.count('host-name')
) # 1 global class + 1 subnet + 2 device mac + 1 device serial
def testGeneratePodSpecificDhcpConfWithSerial(self):
from jnpr.openclos.l3Clos import util
flexmock(util, isPlatformUbuntu = True)
with self._dao.getReadWriteSession() as session:
pod = createPod('pod1', session)
pod.spineJunosImage = 'testSpineImage'
createPodDevice(session, 'dev1', pod)
dev2 = createPodDevice(session, 'dev2', pod)
dev2.macAddress = None
dev2.serialNumber = 'VB1234567890'
dev3 = createPodDevice(session, 'dev3', pod)
dev3.role = 'leaf'
dev3.serialNumber = 'VB1234567891'
dhcpConf = self.ztpServer.generatePodSpecificDhcpConf(session, pod.id)
print dhcpConf
self.assertEquals(2, dhcpConf.count('testSpineImage'))
self.assertFalse('{{' in dhcpConf)
self.assertFalse('}}' in dhcpConf)
self.assertFalse('None' in dhcpConf)
self.assertTrue('VB1234567890' in dhcpConf)
self.assertTrue('VB1234567891' not in dhcpConf)
self.assertEquals(5, dhcpConf.count('host-name')) # 1 global class + 1 subnet + 2 device mac + 1 device serial
def testGeneratePodSpecificDhcpConfFor2StageZtp(self):
from jnpr.openclos.l3Clos import util
flexmock(util, isPlatformUbuntu=True)
flexmock(util, isZtpStaged=True)
with self._dao.getReadWriteSession() as session:
pod = createPod('pod1', session)
pod.spineJunosImage = 'testSpineImage'
pod.leafSettings.append(LeafSetting('ex4300-24p', pod.id))
dev1 = createPodDevice(session, 'dev1', pod)
dev2 = createPodDevice(session, 'dev2', pod)
dev3 = createPodDevice(session, 'dev3', pod)
dev3.role = 'leaf'
dev4 = createPodDevice(session, 'dev4', pod)
dev4.role = 'leaf'
dhcpConf = self.ztpServer.generatePodSpecificDhcpConf(
session, pod.id)
self.assertEquals(2, dhcpConf.count('testSpineImage'))
self.assertFalse('{{' in dhcpConf)
self.assertFalse('}}' in dhcpConf)
self.assertFalse('None' in dhcpConf)
self.assertEquals(
3, dhcpConf.count('host-name')) # 1 global + 2 spine device
self.assertEquals(1, dhcpConf.count('pool'))
self.assertEquals(2, dhcpConf.count('class '))
self.assertEquals(4, dhcpConf.count('vendor-class-identifier'))
def testGeneratePodSpecificDhcpConfFor2StageZtp(self):
from jnpr.openclos.l3Clos import util
flexmock(util, isPlatformUbuntu = True)
flexmock(util, isZtpStaged = True)
with self._dao.getReadWriteSession() as session:
pod = createPod('pod1', session)
pod.spineJunosImage = 'testSpineImage'
pod.leafSettings.append(LeafSetting('ex4300-24p', pod.id))
dev1 = createPodDevice(session, 'dev1', pod)
dev2 = createPodDevice(session, 'dev2', pod)
dev3 = createPodDevice(session, 'dev3', pod)
dev3.role = 'leaf'
dev4 = createPodDevice(session, 'dev4', pod)
dev4.role = 'leaf'
dhcpConf = self.ztpServer.generatePodSpecificDhcpConf(session, pod.id)
self.assertEquals(2, dhcpConf.count('testSpineImage'))
self.assertFalse('{{' in dhcpConf)
self.assertFalse('}}' in dhcpConf)
self.assertFalse('None' in dhcpConf)
self.assertEquals(3, dhcpConf.count('host-name')) # 1 global + 2 spine device
self.assertEquals(1, dhcpConf.count('pool'))
self.assertEquals(2, dhcpConf.count('class '))
self.assertEquals(4, dhcpConf.count('vendor-class-identifier'))
def createTwoSpineTwoLeafPlugNPlay(self, session):
from test_model import createPod
pod = createPod('pod1', session)
from test_model import createPodDevice
spine1 = createPodDevice(session, 'spine1', pod)
spine2 = createPodDevice(session, 'spine2', pod)
leaf1 = createPodDevice(session, 'leaf1', pod)
leaf1.role = 'leaf'
leaf1.family = 'qfx5100-48s-6q'
leaf2 = createPodDevice(session, 'leaf2', pod)
leaf2.role = 'leaf'
leaf2.family = 'unknown'
IFDs = [InterfaceDefinition('et-0/0/0', spine1, 'downlink'), InterfaceDefinition('et-0/0/1', spine1, 'downlink'),
InterfaceDefinition('et-0/0/0', spine2, 'downlink'), InterfaceDefinition('et-0/0/1', spine2, 'downlink'),
InterfaceDefinition('et-0/0/48', leaf1, 'uplink'), InterfaceDefinition('et-0/0/49', leaf1, 'uplink'),
InterfaceDefinition('uplink-1', leaf2, 'uplink'), InterfaceDefinition('uplink-2', leaf2, 'uplink')]
session.add_all(IFDs)
IFLs = self.createIfls(session, IFDs)
IFDs[4].peer = IFDs[0]
IFDs[0].peer = IFDs[4]
IFDs[5].peer = IFDs[2]
IFDs[2].peer = IFDs[5]
IFDs[6].peer = IFDs[1]
IFDs[1].peer = IFDs[6]
IFDs[7].peer = IFDs[3]
IFDs[3].peer = IFDs[7]
return {'ifds': IFDs, 'ifls': IFLs}
def createTwoSpineTwoLeafWithDummyUplinksForEx4300(self, session):
from test_model import createPod
pod = createPod("pod1", session)
from test_model import createPodDevice
spine1 = createPodDevice(session, "spine1", pod)
spine2 = createPodDevice(session, "spine2", pod)
spine3 = createPodDevice(session, "spine3", pod)
leaf1 = createPodDevice(session, "leaf1", pod)
leaf1.role = "leaf"
leaf1.family = "qfx5100-48s-6q"
leaf2 = createPodDevice(session, "leaf2", pod)
leaf2.role = "leaf"
leaf2.family = "qfx5100-48s-6q"
IFDs = [
InterfaceDefinition("et-0/0/0", spine1, "downlink"),
InterfaceDefinition("et-0/0/1", spine1, "downlink"),
InterfaceDefinition("et-0/0/0", spine2, "downlink"),
InterfaceDefinition("et-0/0/1", spine2, "downlink"),
InterfaceDefinition("et-0/0/0", spine3, "downlink"),
InterfaceDefinition("et-0/0/1", spine3, "downlink"),
InterfaceDefinition("et-0/0/48", leaf1, "uplink"),
InterfaceDefinition("et-0/0/49", leaf1, "uplink"),
InterfaceDefinition("et-0/0/50", leaf2, "uplink"),
InterfaceDefinition("et-0/0/48", leaf2, "uplink"),
InterfaceDefinition("et-0/0/49", leaf2, "uplink"),
InterfaceDefinition("dummy", leaf2, "uplink"),
]
session.add_all(IFDs)
IFDs[6].peer = IFDs[0]
IFDs[0].peer = IFDs[6]
IFDs[7].peer = IFDs[2]
IFDs[2].peer = IFDs[7]
IFDs[8].peer = IFDs[4]
IFDs[4].peer = IFDs[8]
IFDs[9].peer = IFDs[1]
IFDs[1].peer = IFDs[9]
IFDs[10].peer = IFDs[3]
IFDs[3].peer = IFDs[10]
IFDs[11].peer = IFDs[5]
IFDs[5].peer = IFDs[11]
return IFDs
def createTwoSpineTwoLeafWithDummyUplinksForEx4300(self, session):
from test_model import createPod
pod = createPod('pod1', session)
from test_model import createPodDevice
spine1 = createPodDevice(session, 'spine1', pod)
spine2 = createPodDevice(session, 'spine2', pod)
spine3 = createPodDevice(session, 'spine3', pod)
leaf1 = createPodDevice(session, 'leaf1', pod)
leaf1.role = 'leaf'
leaf1.family = 'qfx5100-48s-6q'
leaf2 = createPodDevice(session, 'leaf2', pod)
leaf2.role = 'leaf'
leaf2.family = 'qfx5100-48s-6q'
IFDs = [
InterfaceDefinition('et-0/0/0', spine1, 'downlink'),
InterfaceDefinition('et-0/0/1', spine1, 'downlink'),
InterfaceDefinition('et-0/0/0', spine2, 'downlink'),
InterfaceDefinition('et-0/0/1', spine2, 'downlink'),
InterfaceDefinition('et-0/0/0', spine3, 'downlink'),
InterfaceDefinition('et-0/0/1', spine3, 'downlink'),
InterfaceDefinition('et-0/0/48', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/49', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/50', leaf2, 'uplink'),
InterfaceDefinition('et-0/0/48', leaf2, 'uplink'),
InterfaceDefinition('et-0/0/49', leaf2, 'uplink'),
InterfaceDefinition('dummy', leaf2, 'uplink')
]
session.add_all(IFDs)
IFDs[6].peer = IFDs[0]
IFDs[0].peer = IFDs[6]
IFDs[7].peer = IFDs[2]
IFDs[2].peer = IFDs[7]
IFDs[8].peer = IFDs[4]
IFDs[4].peer = IFDs[8]
IFDs[9].peer = IFDs[1]
IFDs[1].peer = IFDs[9]
IFDs[10].peer = IFDs[3]
IFDs[3].peer = IFDs[10]
IFDs[11].peer = IFDs[5]
IFDs[5].peer = IFDs[11]
return IFDs
def testGeneratePodSpecificDhcpConf(self):
from jnpr.openclos.l3Clos import util
flexmock(util, isPlatformUbuntu = True)
with self._dao.getReadWriteSession() as session:
pod = createPod('pod1', session)
pod.spineJunosImage = 'testSpineImage'
createPodDevice(session, 'dev1', pod)
dev2 = createPodDevice(session, 'dev2', pod)
dev3 = createPodDevice(session, 'dev3', pod)
dev3.role = 'leaf'
dhcpConf = self.ztpServer.generatePodSpecificDhcpConf(session, pod.id)
self.assertEquals(2, dhcpConf.count('testSpineImage'))
self.assertFalse('{{' in dhcpConf)
self.assertFalse('}}' in dhcpConf)
self.assertFalse('None' in dhcpConf)
self.assertEquals(4, dhcpConf.count('host-name')) # 1 global + 3 device
def testCreateDeviceInGraph(self):
testDeviceTopology = pydot.Dot(graph_type='graph', )
pod = createPod('pod1', self.dao.Session())
cablingPlanWriter = CablingPlanWriter(self.conf, pod, self.dao)
device = createPodDevice(self.dao.Session(), 'Preethi', pod)
device.id = 'preethi-1'
cablingPlanWriter.createDeviceInGraph(device.name, device, testDeviceTopology)
path = cablingPlanWriter.outputDir + '/testDevicelabel.dot'
testDeviceTopology.write_raw(path)
data = open(path, 'r').read()
#check the generated label for device
self.assertTrue('"preethi-1" [shape=record, label=Preethi];' in data)
def createTwoSpineTwoLeafPlugNPlay(self, session):
from test_model import createPod
pod = createPod("pod1", session)
from test_model import createPodDevice
spine1 = createPodDevice(session, "spine1", pod)
spine2 = createPodDevice(session, "spine2", pod)
leaf1 = createPodDevice(session, "leaf1", pod)
leaf1.role = "leaf"
leaf1.family = "qfx5100-48s-6q"
leaf2 = createPodDevice(session, "leaf2", pod)
leaf2.role = "leaf"
leaf2.family = "unknown"
IFDs = [
InterfaceDefinition("et-0/0/0", spine1, "downlink"),
InterfaceDefinition("et-0/0/1", spine1, "downlink"),
InterfaceDefinition("et-0/0/0", spine2, "downlink"),
InterfaceDefinition("et-0/0/1", spine2, "downlink"),
InterfaceDefinition("et-0/0/48", leaf1, "uplink"),
InterfaceDefinition("et-0/0/49", leaf1, "uplink"),
InterfaceDefinition("uplink-1", leaf2, "uplink"),
InterfaceDefinition("uplink-2", leaf2, "uplink"),
]
session.add_all(IFDs)
IFLs = self.createIfls(session, IFDs)
IFDs[4].peer = IFDs[0]
IFDs[0].peer = IFDs[4]
IFDs[5].peer = IFDs[2]
IFDs[2].peer = IFDs[5]
IFDs[6].peer = IFDs[1]
IFDs[1].peer = IFDs[6]
IFDs[7].peer = IFDs[3]
IFDs[3].peer = IFDs[7]
return {"ifds": IFDs, "ifls": IFLs}
def testGeneratePodSpecificDhcpConf(self):
from jnpr.openclos.l3Clos import util
flexmock(util, isPlatformUbuntu=True)
with self._dao.getReadWriteSession() as session:
pod = createPod('pod1', session)
pod.spineJunosImage = 'testSpineImage'
createPodDevice(session, 'dev1', pod)
dev2 = createPodDevice(session, 'dev2', pod)
dev3 = createPodDevice(session, 'dev3', pod)
dev3.role = 'leaf'
dhcpConf = self.ztpServer.generatePodSpecificDhcpConf(
session, pod.id)
self.assertEquals(2, dhcpConf.count('testSpineImage'))
self.assertFalse('{{' in dhcpConf)
self.assertFalse('}}' in dhcpConf)
self.assertFalse('None' in dhcpConf)
self.assertEquals(4,
dhcpConf.count('host-name')) # 1 global + 3 device
def testGeneratePodSpecificDhcpConf(self):
from jnpr.openclos.l3Clos import util
flexmock(util, isPlatformUbuntu = True)
pod = createPod('pod1', self.session)
pod.spineJunosImage = 'testSpineImage'
pod.leafJunosImage = 'testLeafImage'
createPodDevice(self.session, 'dev1', pod)
dev2 = createPodDevice(self.session, 'dev2', pod)
dev3 = createPodDevice(self.session, 'dev3', pod)
dev3.role = 'leaf'
dev4 = createPodDevice(self.session, 'dev4', pod)
dev4.role = 'unknown'
dhcpConf = self.ztpServer.generatePodSpecificDhcpConf('pod1')
self.assertEquals(2, dhcpConf.count('testSpineImage'))
self.assertEquals(1, dhcpConf.count('testLeafImage'))
self.assertFalse('{{' in dhcpConf)
self.assertFalse('}}' in dhcpConf)
self.assertEquals(5, dhcpConf.count('host-name')) # 1 global + 4 device
def createTwoSpineTwoLeafWithDummyUplinksForEx4300(self, session):
from test_model import createPod
pod = createPod('pod1', session)
from test_model import createPodDevice
spine1 = createPodDevice(session, 'spine1', pod)
spine2 = createPodDevice(session, 'spine2', pod)
spine3 = createPodDevice(session, 'spine3', pod)
leaf1 = createPodDevice(session, 'leaf1', pod)
leaf1.role = 'leaf'
leaf1.family = 'qfx5100-48s-6q'
leaf2 = createPodDevice(session, 'leaf2', pod)
leaf2.role = 'leaf'
leaf2.family = 'qfx5100-48s-6q'
IFDs = [
InterfaceDefinition('et-0/0/0', spine1, 'downlink'), InterfaceDefinition('et-0/0/1', spine1, 'downlink'),
InterfaceDefinition('et-0/0/0', spine2, 'downlink'), InterfaceDefinition('et-0/0/1', spine2, 'downlink'),
InterfaceDefinition('et-0/0/0', spine3, 'downlink'), InterfaceDefinition('et-0/0/1', spine3, 'downlink'),
InterfaceDefinition('et-0/0/48', leaf1, 'uplink'), InterfaceDefinition('et-0/0/49', leaf1, 'uplink'), InterfaceDefinition('et-0/0/50', leaf2, 'uplink'),
InterfaceDefinition('et-0/0/48', leaf2, 'uplink'), InterfaceDefinition('et-0/0/49', leaf2, 'uplink'), InterfaceDefinition('dummy', leaf2, 'uplink')]
session.add_all(IFDs)
IFDs[6].peer = IFDs[0]
IFDs[0].peer = IFDs[6]
IFDs[7].peer = IFDs[2]
IFDs[2].peer = IFDs[7]
IFDs[8].peer = IFDs[4]
IFDs[4].peer = IFDs[8]
IFDs[9].peer = IFDs[1]
IFDs[1].peer = IFDs[9]
IFDs[10].peer = IFDs[3]
IFDs[3].peer = IFDs[10]
IFDs[11].peer = IFDs[5]
IFDs[5].peer = IFDs[11]
return IFDs
def createTwoSpineTwoLeafPlugNPlay(self, session):
from test_model import createPod
pod = createPod('pod1', session)
from test_model import createPodDevice
spine1 = createPodDevice(session, 'spine1', pod)
spine2 = createPodDevice(session, 'spine2', pod)
leaf1 = createPodDevice(session, 'leaf1', pod)
leaf1.role = 'leaf'
leaf1.family = 'qfx5100-48s-6q'
leaf2 = createPodDevice(session, 'leaf2', pod)
leaf2.role = 'leaf'
leaf2.family = 'unknown'
IFDs = [
InterfaceDefinition('et-0/0/0', spine1, 'downlink'),
InterfaceDefinition('et-0/0/1', spine1, 'downlink'),
InterfaceDefinition('et-0/0/0', spine2, 'downlink'),
InterfaceDefinition('et-0/0/1', spine2, 'downlink'),
InterfaceDefinition('et-0/0/48', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/49', leaf1, 'uplink'),
InterfaceDefinition('uplink-1', leaf2, 'uplink'),
InterfaceDefinition('uplink-2', leaf2, 'uplink')
]
session.add_all(IFDs)
IFLs = self.createIfls(session, IFDs)
IFDs[4].peer = IFDs[0]
IFDs[0].peer = IFDs[4]
IFDs[5].peer = IFDs[2]
IFDs[2].peer = IFDs[5]
IFDs[6].peer = IFDs[1]
IFDs[1].peer = IFDs[6]
IFDs[7].peer = IFDs[3]
IFDs[3].peer = IFDs[7]
return {'ifds': IFDs, 'ifls': IFLs}
def testGeneratePodSpecificDhcpConf(self):
from jnpr.openclos.l3Clos import util
flexmock(util, isPlatformUbuntu=True)
pod = createPod('pod1', self.session)
pod.spineJunosImage = 'testSpineImage'
pod.leafJunosImage = 'testLeafImage'
createPodDevice(self.session, 'dev1', pod)
dev2 = createPodDevice(self.session, 'dev2', pod)
dev3 = createPodDevice(self.session, 'dev3', pod)
dev3.role = 'leaf'
dev4 = createPodDevice(self.session, 'dev4', pod)
dev4.role = 'unknown'
dhcpConf = self.ztpServer.generatePodSpecificDhcpConf('pod1')
self.assertEquals(2, dhcpConf.count('testSpineImage'))
self.assertEquals(1, dhcpConf.count('testLeafImage'))
self.assertFalse('{{' in dhcpConf)
self.assertFalse('}}' in dhcpConf)
self.assertEquals(5,
dhcpConf.count('host-name')) # 1 global + 4 device
def createSixSpineOneLeafqfx5100_48sPlugNPlay(self, session):
from test_model import createPod
pod = createPod("pod1", session)
from test_model import createPodDevice
spine1 = createPodDevice(session, "spine1", pod)
spine2 = createPodDevice(session, "spine2", pod)
spine3 = createPodDevice(session, "spine3", pod)
spine4 = createPodDevice(session, "spine4", pod)
spine5 = createPodDevice(session, "spine5", pod)
spine6 = createPodDevice(session, "spine6", pod)
leaf1 = createPodDevice(session, "leaf1", pod)
leaf1.role = "leaf"
leaf1.family = "qfx5100-48s-6q"
IFDs = [
InterfaceDefinition("et-0/0/0", spine1, "downlink"),
InterfaceDefinition("et-0/0/0", spine2, "downlink"),
InterfaceDefinition("et-0/0/0", spine3, "downlink"),
InterfaceDefinition("et-0/0/0", spine4, "downlink"),
InterfaceDefinition("et-0/0/0", spine5, "downlink"),
InterfaceDefinition("et-0/0/0", spine6, "downlink"),
InterfaceDefinition("et-0/0/48", leaf1, "uplink"),
InterfaceDefinition("et-0/0/49", leaf1, "uplink"),
InterfaceDefinition("et-0/0/50", leaf1, "uplink"),
InterfaceDefinition("et-0/0/51", leaf1, "uplink"),
InterfaceDefinition("et-0/0/52", leaf1, "uplink"),
InterfaceDefinition("et-0/0/53", leaf1, "uplink"),
]
session.add_all(IFDs)
IFLs = self.createIfls(session, IFDs)
IFDs[6].peer = IFDs[0]
IFDs[0].peer = IFDs[6]
IFDs[7].peer = IFDs[1]
IFDs[1].peer = IFDs[7]
IFDs[8].peer = IFDs[2]
IFDs[2].peer = IFDs[8]
IFDs[9].peer = IFDs[3]
IFDs[3].peer = IFDs[9]
IFDs[10].peer = IFDs[4]
IFDs[4].peer = IFDs[10]
IFDs[11].peer = IFDs[5]
IFDs[5].peer = IFDs[11]
return {"ifds": IFDs, "ifls": IFLs}
def createSixSpineOneLeafqfx5100_48sPlugNPlay(self, session):
from test_model import createPod
pod = createPod('pod1', session)
from test_model import createPodDevice
spine1 = createPodDevice(session, 'spine1', pod)
spine2 = createPodDevice(session, 'spine2', pod)
spine3 = createPodDevice(session, 'spine3', pod)
spine4 = createPodDevice(session, 'spine4', pod)
spine5 = createPodDevice(session, 'spine5', pod)
spine6 = createPodDevice(session, 'spine6', pod)
leaf1 = createPodDevice(session, 'leaf1', pod)
leaf1.role = 'leaf'
leaf1.family = 'qfx5100-48s-6q'
IFDs = [
InterfaceDefinition('et-0/0/0', spine1, 'downlink'),
InterfaceDefinition('et-0/0/0', spine2, 'downlink'),
InterfaceDefinition('et-0/0/0', spine3, 'downlink'),
InterfaceDefinition('et-0/0/0', spine4, 'downlink'),
InterfaceDefinition('et-0/0/0', spine5, 'downlink'),
InterfaceDefinition('et-0/0/0', spine6, 'downlink'),
InterfaceDefinition('et-0/0/48', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/49', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/50', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/51', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/52', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/53', leaf1, 'uplink')
]
session.add_all(IFDs)
IFLs = self.createIfls(session, IFDs)
IFDs[6].peer = IFDs[0]
IFDs[0].peer = IFDs[6]
IFDs[7].peer = IFDs[1]
IFDs[1].peer = IFDs[7]
IFDs[8].peer = IFDs[2]
IFDs[2].peer = IFDs[8]
IFDs[9].peer = IFDs[3]
IFDs[3].peer = IFDs[9]
IFDs[10].peer = IFDs[4]
IFDs[4].peer = IFDs[10]
IFDs[11].peer = IFDs[5]
IFDs[5].peer = IFDs[11]
return {'ifds': IFDs, 'ifls': IFLs}
def createSixSpineOneLeafqfx5100_48sPlugNPlay(self, session):
from test_model import createPod
pod = createPod('pod1', session)
from test_model import createPodDevice
spine1 = createPodDevice(session, 'spine1', pod)
spine2 = createPodDevice(session, 'spine2', pod)
spine3 = createPodDevice(session, 'spine3', pod)
spine4 = createPodDevice(session, 'spine4', pod)
spine5 = createPodDevice(session, 'spine5', pod)
spine6 = createPodDevice(session, 'spine6', pod)
leaf1 = createPodDevice(session, 'leaf1', pod)
leaf1.role = 'leaf'
leaf1.family = 'qfx5100-48s-6q'
IFDs = [InterfaceDefinition('et-0/0/0', spine1, 'downlink'), InterfaceDefinition('et-0/0/0', spine2, 'downlink'),
InterfaceDefinition('et-0/0/0', spine3, 'downlink'), InterfaceDefinition('et-0/0/0', spine4, 'downlink'),
InterfaceDefinition('et-0/0/0', spine5, 'downlink'), InterfaceDefinition('et-0/0/0', spine6, 'downlink'),
InterfaceDefinition('et-0/0/48', leaf1, 'uplink'), InterfaceDefinition('et-0/0/49', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/50', leaf1, 'uplink'), InterfaceDefinition('et-0/0/51', leaf1, 'uplink'),
InterfaceDefinition('et-0/0/52', leaf1, 'uplink'), InterfaceDefinition('et-0/0/53', leaf1, 'uplink')]
session.add_all(IFDs)
IFLs = self.createIfls(session, IFDs)
IFDs[6].peer = IFDs[0]
IFDs[0].peer = IFDs[6]
IFDs[7].peer = IFDs[1]
IFDs[1].peer = IFDs[7]
IFDs[8].peer = IFDs[2]
IFDs[2].peer = IFDs[8]
IFDs[9].peer = IFDs[3]
IFDs[3].peer = IFDs[9]
IFDs[10].peer = IFDs[4]
IFDs[4].peer = IFDs[10]
IFDs[11].peer = IFDs[5]
IFDs[5].peer = IFDs[11]
return {'ifds': IFDs, 'ifls': IFLs}
