Nokia: Putting in support for metro network services within XOS for E-CORD
Change-Id: Idbc7e09ca53b0d9705d24bf1730fd9b05347a241
diff --git a/xos/synchronizer/providers/metronetworktestprovider.py b/xos/synchronizer/providers/metronetworktestprovider.py
new file mode 100644
index 0000000..b88427d
--- /dev/null
+++ b/xos/synchronizer/providers/metronetworktestprovider.py
@@ -0,0 +1,284 @@
+import random
+
+from xos.logger import Logger, logging
+from core.models.netw import *
+from synchronizers.metronetwork.providers.metronetworkprovider import MetroNetworkProvider
+
+logger = Logger(level=logging.INFO)
+
+
+class MetroNetworkTestProvider(MetroNetworkProvider):
+ def __init__(self, networkdevice, **args):
+ MetroNetworkProvider.__init__(self, networkdevice, **args)
+
+ # Method for retrieving all network ports from the backend system
+ def get_network_ports(self):
+ # Our Test Network Consists of 6 ports - two on each of three internal switches
+
+ objs = []
+
+ # For The Test Provider we don't handle re-sync for anything but the Metro Test Network
+ if self.networkdevice.id != 'TestMetroNet':
+ return objs
+
+ # Ok - in the test class we cheat and create the adjunct NetworkDevices Devices
+ device1 = NetworkDevice()
+ device1.id = 'TestCORD1Net'
+ device1.administrativeState = 'enabled'
+ device1.restCtrlUrl = 'testCordPod1.onlab.net:8000'
+ device1.username = 'karaf'
+ device1.password = 'karaf'
+ objs.append(device1)
+
+ device2 = NetworkDevice()
+ device2.id = 'TestCORD2Net'
+ device2.administrativeState = 'enabled'
+ device2.restCtrlUrl = 'testCordPod2.onlabl.net:8000'
+ device2.username = 'karaf'
+ device2.password = 'karaf'
+ objs.append(device2)
+
+ # Ok - here we go creating ports - its 4 ports for each CORD Pod and 2 for MetroNetwork
+
+ # Metro Network Switch
+ port1 = NetworkPort()
+ port1.element = self.networkdevice
+ port1.pid = self.networkdevice.id + "." + "of:000000001/1"
+ objs.append(port1)
+
+ port2 = NetworkPort()
+ port2.element = self.networkdevice
+ port2.pid = self.networkdevice.id + "." + "of:000000001/2"
+ objs.append(port2)
+
+ # CORD POD1
+ cordpod1device = NetworkDevice()
+ cordpod1device.id = 'TestCORD1Net'
+
+ port3 = NetworkEdgePort()
+ port3.element = cordpod1device
+ port3.pid = cordpod1device.id + "." + "of:000000001/1"
+ port3.bwpCfgCbs = 1000000
+ port3.bwpCfgEbs = 1000000
+ port3.bwpCfgEir = 1000000
+ port3.bwpCfgCir = 1000000
+ port3.bwpCfgCir = 1000000
+ objs.append(port3)
+
+ port4 = NetworkPort()
+ port4.element = cordpod1device
+ port4.pid = cordpod1device.id + "." + "of:000000001/2"
+ objs.append(port4)
+
+ # Internal Switch 3
+ port5 = NetworkEdgePort()
+ port5.element = cordpod1device
+ port5.pid = cordpod1device.id + "." + "of:000000001/3"
+ port5.bwpCfgCbs = 1000000
+ port5.bwpCfgEbs = 1000000
+ port5.bwpCfgEir = 1000000
+ port5.bwpCfgCir = 1000000
+ port5.bwpCfgCir = 1000000
+ objs.append(port5)
+
+ port6 = NetworkPort()
+ port6.element = cordpod1device
+ port6.capacity = 1000000000
+ port6.usedCapacity = 1000000000
+ port6.pid = cordpod1device.id + "." + "of:000000001/4"
+ objs.append(port6)
+
+ # CORD POD2
+ cordpod2device = NetworkDevice()
+ cordpod2device.id = 'TestCORD2Net'
+
+ port7 = NetworkEdgePort()
+ port7.element = cordpod2device
+ port7.pid = cordpod2device.id + "." + "of:000000001/1"
+ port7.bwpCfgCbs = 1000000
+ port7.bwpCfgEbs = 1000000
+ port7.bwpCfgEir = 1000000
+ port7.bwpCfgCir = 1000000
+ port7.bwpCfgCir = 1000000
+ objs.append(port7)
+
+ port8 = NetworkPort()
+ port8.element = cordpod2device
+ port8.pid = cordpod2device.id + "." + "of:000000001/2"
+ objs.append(port8)
+
+ # Internal Switch 3
+ port9 = NetworkEdgePort()
+ port9.element = cordpod2device
+ port9.pid = cordpod2device.id + "." + "of:000000001/3"
+ port9.bwpCfgCbs = 1000000
+ port9.bwpCfgEbs = 1000000
+ port9.bwpCfgEir = 1000000
+ port9.bwpCfgCir = 1000000
+ port9.bwpCfgCir = 1000000
+ objs.append(port9)
+
+ port10 = NetworkPort()
+ port10.element = cordpod2device
+ port10.pid = cordpod2device.id + "." + "of:000000001/4"
+ objs.append(port10)
+
+ return objs
+
+ def get_network_ports_for_deletion(self):
+
+ objs = []
+
+ # For The Test Provider we don't handle re-sync for anything but the Metro Test Network
+ if self.networkdevice.id != 'TestMetroNet':
+ return objs
+
+ allports = MetroNetworkProvider.get_network_ports_for_deletion(self)
+
+ for port in allports:
+ objs.append(port)
+
+ # Ok - in the test class we cheat and take down the adjunct Fake NetworkDevices Devices
+ device1 = NetworkDevice()
+ device1.id = 'TestCORD1Net'
+ objs.append(device1)
+
+ device2 = NetworkDevice()
+ device2.id = 'TestCORD2Net'
+ objs.append(device2)
+
+ return objs
+
+ def get_network_links(self):
+
+ objs = []
+
+ # Metro Link Connectivity object - Point to Point
+ metronetconnectivity = NetworkPointToPointConnection()
+ port1 = NetworkPort()
+ port1.pid = self.networkdevice.id + "." + "of:000000001/1"
+ port2 = NetworkPort()
+ port2.pid = self.networkdevice.id + "." + "of:000000001/2"
+ metronetconnectivity.src = port1
+ metronetconnectivity.dest = port2
+ metronetconnectivity.type = 'direct'
+ metronetconnectivity.operstate = 'active'
+ metronetconnectivity.adminstate = 'enabled'
+ metronetconnectivity.sid = 'MetroNetworkPointToPointConnectivity_1'
+ objs.append(metronetconnectivity)
+
+ # CORDPOD1 Connectivity object - Point to Point
+ cordpod1device = NetworkDevice()
+ cordpod1device.id = 'TestCORD1Net'
+
+ cordpod1connectivity = NetworkPointToPointConnection()
+ port6 = NetworkPort()
+ port6.pid = cordpod1device.id + "." + "of:000000001/4"
+ port4 = NetworkPort()
+ port4.pid = cordpod1device.id + "." + "of:000000001/2"
+ cordpod1connectivity.src = port6
+ cordpod1connectivity.dest = port4
+ cordpod1connectivity.type = 'direct'
+ cordpod1connectivity.operstate = 'active'
+ cordpod1connectivity.adminstate = 'enabled'
+ cordpod1connectivity.sid = 'CordPod1PointToPointConnectivity_1'
+ objs.append(cordpod1connectivity)
+
+ # CORDPOD2 Connectivity object - Point to Point
+ cordpod2device = NetworkDevice()
+ cordpod2device.id = 'TestCORD2Net'
+
+ cordpod2connectivity = NetworkPointToPointConnection()
+ port8 = NetworkPort()
+ port8.pid = cordpod2device.id + "." + "of:000000001/2"
+ port10 = NetworkPort()
+ port10.pid = cordpod2device.id + "." + "of:000000001/4"
+ cordpod2connectivity.src = port10
+ cordpod2connectivity.dest = port8
+ cordpod2connectivity.type = 'direct'
+ cordpod2connectivity.operstate = 'active'
+ cordpod2connectivity.adminstate = 'enabled'
+ cordpod2connectivity.sid = 'CordPod2PointToPointConnectivity_1'
+ objs.append(cordpod2connectivity)
+
+ # InterLink object between CORDPOD1 and MetroNet
+ interlink1 = NetworkInterLink()
+ interlink1.src = port1
+ interlink1.dest = port6
+ interlink1.state = 'active'
+ objs.append(interlink1)
+
+ # InterLink object between CORDPOD2 and MetroNet
+ interlink2 = NetworkInterLink()
+ interlink2.src = port2
+ interlink2.dest = port10
+ interlink2.state = 'active'
+ objs.append(interlink2)
+
+ # Edge to Edge Point Connectivity Objects
+ edgetoedgeconnectivity = NetworkEdgeToEdgePointConnection()
+ port3 = NetworkEdgePort()
+ port3.pid = cordpod1device.id + "." + "of:000000001/1"
+ port7 = NetworkEdgePort()
+ port7.pid = cordpod2device.id + "." + "of:000000001/1"
+ edgetoedgeconnectivity.uni1 = port3
+ edgetoedgeconnectivity.uni2 = port7
+ edgetoedgeconnectivity.type = 'direct'
+ edgetoedgeconnectivity.operstate = 'active'
+ edgetoedgeconnectivity.adminstate = 'enabled'
+ edgetoedgeconnectivity.sid = 'EdgePointToEdgePointConnectivity_1'
+ objs.append(edgetoedgeconnectivity)
+
+ return objs
+
+ def get_network_links_for_deletion(self):
+
+ # For now we'll rely on cascade deletes in the port area - so from the test provider nothing to do
+ objs = []
+ return objs
+
+ def create_point_to_point_connectivity(self, obj):
+
+ # Ok - here is what we'll do to simulate the 'real world' - get a random number between 1 and 10
+ # 1-7 is considered 'successful' 8 is considered a transient error - 9 is a configuration problem
+ # 10 is a - resource exhausted problem - there you go!!
+ scenario = random.randint(1, 10)
+
+ if (scenario >= 1 and scenario <= 7):
+ obj.adminstate = 'enabled'
+ obj.operstate = 'active'
+ return True
+ elif (scenario == 8):
+ obj.adminstate = 'enabled'
+ obj.operstate = 'inactive'
+ obj.backend_status = '8 - Transient Server Error'
+ return False
+ elif (scenario == 9):
+ obj.adminstate = 'invalid'
+ obj.operstate = 'inactive'
+ obj.backend_status = '9 - Configuration Error'
+ return False
+ else:
+ obj.adminstate = 'enabled'
+ obj.operstate = 'inactive'
+ obj.backend_status = '10 - Resource Exhaustion'
+ return False
+
+ def delete_point_to_point_connectivity(self, obj):
+
+ # Ok - here is what we'll do to simulate the 'real world' - get a random number between 1 and 10
+ # 1-8 is considered 'successful' 8 is considered a transient error - 9 is a configuration problem
+ scenario = random.randint(1, 10)
+
+ if (scenario >= 1 and scenario <= 8):
+ obj.adminstate = 'disabled'
+ obj.operstate = 'inactive'
+ return True
+ elif (scenario == 9):
+ obj.adminstate = 'disabled'
+ obj.backend_status = '8 - Transient Server Error'
+ return False
+ else:
+ obj.adminstate = 'invalid'
+ obj.backend_status = '9 - Configuration Error'
+ return False