def testAllUp(self):
tasks = self._new_tasks()
for x in simpleCorrelator(tasks, connected_ips=True, reactorYield=noOpYield):
pass
eventCount = len(self._events)
self.assertEqual(eventCount, 0,
'All devices should be up, but got %d events' % eventCount)
def testAllUp(self):
tasks = self._new_tasks()
for x in simpleCorrelator(tasks,
connected_ips=True,
reactorYield=noOpYield):
pass
eventCount = len(self._events)
self.assertEqual(
eventCount, 0,
'All devices should be up, but got %d events' % eventCount)
def testRouter1DownConnectedIps(self):
tasks = self._new_tasks()
for devId in ('device_0', 'device_1', 'device_2', 'router_1'):
task = tasks[devId]
task.isUp = False
task.delayedIsUp = False
# exercise correlator
for x in simpleCorrelator(tasks, connected_ips=True, reactorYield=noOpYield):
pass
# should have 4 down events
eventCount = len(self._events)
self.assertEqual(eventCount, 4,
'4 devices should be down, but got %d events' % eventCount)
# make sure we get the events we expect
expectedEvents = {}
expectedEvents['device_0'] = {
'rootcause.componentId': 'eth0',
'rootcause.message': "IP 'router_1_ip' on interface 'eth0' is connected to device 'router_1' and is also in the traceroute for monitored ip 'device_0_ip' on device 'device_0'",
'rootcause.componentIP': 'router_1_ip',
'rootcause.deviceId': 'router_1',
'suppressed': True,
'id': 'device_0',
'up': False,
}
expectedEvents['router_1'] = {'id': 'router_1', 'up': False}
expectedEvents['device_1'] = {
'rootcause.componentId': 'eth1',
'rootcause.message': "IP 'router_1_ip_1' on interface 'eth1' is connected to device 'router_1' and is also in the traceroute for monitored ip 'device_1_ip' on device 'device_1'",
'rootcause.deviceId': 'router_1',
'up': False,
'rootcause.componentIP': 'router_1_ip_1',
'suppressedWithconnectedIp': 'True',
'suppressed': True,
'id': 'device_1'}
expectedEvents['device_2'] = {
'rootcause.componentId': 'eth2',
'rootcause.message': "IP 'router_1_ip_2' on interface 'eth2' is connected to device 'router_1' and is also in the traceroute for monitored ip 'device_2_ip' on device 'device_2'",
'rootcause.deviceId': 'router_1',
'up': False,
'rootcause.componentIP': 'router_1_ip_2',
'suppressedWithconnectedIp': 'True',
'suppressed': True,
'id': 'device_2',
}
while len(self._events):
actualEvent = self._events.pop()
expectedEvent = expectedEvents.get(actualEvent['id'], None)
self.assertIsNotNone(expectedEvent, 'Unexpected event generated: %r' % actualEvent)
self.assertDictEqual(actualEvent, expectedEvent)
def testEdgeDown(self):
tasks = self._new_tasks()
tasks['device_6'].isUp = False
tasks['device_6'].delayedIsUp = False
# exercise correlator
for x in simpleCorrelator(tasks, connected_ips=True, reactorYield=noOpYield):
pass
# should have 1 down event
eventCount = len(self._events)
self.assertEqual(eventCount, 1,
'One device should be down, but got %d events' % eventCount)
# make sure we get the event we expect
expectedEvent = {"id": "device_6", "up": False}
self.assertDictEqual(expectedEvent, self._events[0])
def testEdgeDown(self):
tasks = self._new_tasks()
tasks['device_6'].isUp = False
tasks['device_6'].delayedIsUp = False
# exercise correlator
for x in simpleCorrelator(tasks,
connected_ips=True,
reactorYield=noOpYield):
pass
# should have 1 down event
eventCount = len(self._events)
self.assertEqual(
eventCount, 1,
'One device should be down, but got %d events' % eventCount)
# make sure we get the event we expect
expectedEvent = {"id": "device_6", "up": False}
self.assertDictEqual(expectedEvent, self._events[0])
def testRouter1DownNoConnectedIps(self):
tasks = self._new_tasks()
for devId in ('device_0', 'device_1', 'device_2', 'router_1'):
task = tasks[devId]
task.isUp = False
task.delayedIsUp = False
# exercise correlator
for x in simpleCorrelator(tasks,
connected_ips=False,
reactorYield=noOpYield):
pass
# should have 4 down events
eventCount = len(self._events)
self.assertEqual(
eventCount, 4,
'4 devices should be down, but got %d events' % eventCount)
# make sure we get the events we expect
expectedEvents = {}
expectedEvents['device_0'] = {
'rootcause.componentId': 'eth0',
'rootcause.message':
"IP 'router_1_ip' on interface 'eth0' is connected to device 'router_1' and is also in the traceroute for monitored ip 'device_0_ip' on device 'device_0'",
'rootcause.componentIP': 'router_1_ip',
'rootcause.deviceId': 'router_1',
'suppressed': True,
'id': 'device_0',
'up': False,
}
expectedEvents['device_1'] = {'id': 'device_1', 'up': False}
expectedEvents['device_2'] = {'id': 'device_2', 'up': False}
expectedEvents['router_1'] = {'id': 'router_1', 'up': False}
while len(self._events):
actualEvent = self._events.pop()
expectedEvent = expectedEvents.get(actualEvent['id'], None)
self.assertIsNotNone(
expectedEvent, 'Unexpected event generated: %r' % actualEvent)
self.assertDictEqual(actualEvent, expectedEvent)
