def simpleWorker(addr, ctrl):
"""
Sender that pauses and sends a shutdown message.
"""
s = Sender(addr, "Processor_t", ctrl)
s.register()
s.unregister()
s.sendShutdown()
def worker(addr, ctrl, nAlerts, workerId = "ForwardSinkTestSource"):
"""
Send a few alerts.
"""
s = Sender(addr, ctrl, workerId)
s.register()
d = dict(very = "interesting")
[s(Alert(Type = "Alert", Level = i, Details = d)) for i in range(0, nAlerts)]
s.unregister()
s.sendShutdown()
def worker(addr, ctrl, nAlerts, workerId="ForwardSinkTestSource"):
"""
Send a few alerts.
"""
s = Sender(addr, ctrl, workerId)
s.register()
d = dict(very="interesting")
[s(Alert(Type="Alert", Level=i, Details=d)) for i in range(0, nAlerts)]
s.unregister()
s.sendShutdown()
def worker(addr, ctrl, nAlerts, workerId = "Processor_t"):
"""
Send a few alerts.
"""
s = Sender(addr, ctrl, workerId)
s.register()
for i in range(0, nAlerts):
a = Alert(Type = "Alert", Level = i)
s(a)
s.unregister()
s.sendShutdown()
def worker(addr, ctrl, nAlerts, workerId = "Processor_t"):
"""
Instantiate an alert Sender instance and register with Received instance
identified by addr (alerts channel), ctrl (control channel) addresses.
Then send a desired amount of alerts, unregister and send Shutdown control
message instructing the Receive to stop and release sockets.
"""
s = Sender(addr, ctrl, workerId)
s.register()
for i in range(0, nAlerts):
a = Alert(Type = "Alert", Level = i)
s(a)
s.unregister()
s.sendShutdown()
def worker(addr, ctrl, nAlerts, workerId = "Processor_t"):
"""
Instantiate an alert Sender instance and register with Received instance
identified by addr (alerts channel), ctrl (control channel) addresses.
Then send a desired amount of alerts, unregister and send Shutdown control
message instructing the Receive to stop and release sockets.
"""
s = Sender(addr, ctrl, workerId)
s.register()
for i in range(0, nAlerts):
a = Alert(Type = "Alert", Level = i)
s(a)
s.unregister()
s.sendShutdown()
def testProcessorWithReceiver(self):
"""
Test startup and shutdown of processor in receiver.
"""
processor = Processor(self.config.AlertProcessor)
# Receiver is waited for shutdown / shutdown explicitly in tearDown()
self.receiver = Receiver(self.addr, processor, self.ctrl)
self.receiver.startReceiver() # non-blocking call
# now sender tests control messages (register, unregister, shutdown)
s = Sender(self.addr, self.ctrl, "Processor_t")
s.register()
s.unregister()
s.sendShutdown()
# give some time so that the previous call shuts down the receiver
time.sleep(ReceiverLogic.TIMEOUT_AFTER_SHUTDOWN * 1.1)
def testProcessorWithReceiver(self):
"""
Test startup and shutdown of processor in receiver.
"""
processor = Processor(self.config.AlertProcessor)
# Receiver is waited for shutdown / shutdown explicitly in tearDown()
self.receiver = Receiver(self.addr, processor, self.ctrl)
self.receiver.startReceiver() # non-blocking call
# now sender tests control messages (register, unregister, shutdown)
s = Sender(self.addr, self.ctrl, "Processor_t")
s.register()
s.unregister()
s.sendShutdown()
# give some time so that the previous call shuts down the receiver
time.sleep(ReceiverLogic.TIMEOUT_AFTER_SHUTDOWN * 1.1)
def testProcessorWithReceiver(self):
"""
Test startup and shutdown of processor in receiver.
"""
processor = Processor(self.config.AlertProcessor)
rec = Receiver(self.addr, processor, self.ctrl)
rec.startReceiver() # non-blocking call
# now sender tests control messages (register, unregister, shutdown)
s = Sender(self.addr, self.ctrl, "Processor_t")
s.register()
s.unregister()
s.sendShutdown()
# wait until the Receiver is shut by sending the above control messages
while rec.isReady():
time.sleep(0.3)
print "%s waiting for Receiver to shut ..." % inspect.stack()[0][3]
def testForwardSinkEntireChain(self):
"""
The test chain looks as follows:
worker -> Receiver1(+its Processor configured to do ForwardSink) -> Receiver2 whose
address as the destination the ForwardSink is configured with -> Receiver2 will
do FileSink so that it's possible to verify the chain.
"""
# configuration for the Receiver+Processor+ForwardSink 1 (group)
config1 = Configuration()
config1.component_("AlertProcessor")
config1.AlertProcessor.section_("critical")
config1.AlertProcessor.section_("soft")
config1.AlertProcessor.critical.level = 5
config1.AlertProcessor.soft.level = 0
config1.AlertProcessor.soft.bufferSize = 0
config1.AlertProcessor.critical.section_("sinks")
config1.AlertProcessor.soft.section_("sinks")
config1.AlertProcessor.critical.sinks.section_("forward")
config1.AlertProcessor.soft.sinks.section_("forward")
# address of the Receiver2
config1.AlertProcessor.critical.sinks.forward.address = self.address2
config1.AlertProcessor.critical.sinks.forward.controlAddr = self.controlAddr2
config1.AlertProcessor.critical.sinks.forward.label = "ForwardSinkTest"
config1.AlertProcessor.soft.sinks.forward.address = self.address2
config1.AlertProcessor.soft.sinks.forward.controlAddr = self.controlAddr2
config1.AlertProcessor.soft.sinks.forward.label = "ForwardSinkTest"
# 1) first item of the chain is source of Alerts: worker()
# 2) second item is Receiver1 + its Processor + its ForwardSink
processor1 = Processor(config1.AlertProcessor)
# ForwardSink will be created automatically by the Processor
receiver1 = Receiver(self.address1, processor1, self.controlAddr1)
receiver1.startReceiver() # non blocking call
# 3) third group is Receiver2 with its Processor and final FileSink
config2 = Configuration()
config2.component_("AlertProcessor")
config2.AlertProcessor.section_("critical")
config2.AlertProcessor.section_("soft")
config2.AlertProcessor.critical.level = 5
config2.AlertProcessor.soft.level = 0
config2.AlertProcessor.soft.bufferSize = 0
config2.AlertProcessor.critical.section_("sinks")
config2.AlertProcessor.soft.section_("sinks")
config2.AlertProcessor.critical.sinks.section_("file")
config2.AlertProcessor.soft.sinks.section_("file")
# configuration of the final sink
config2.AlertProcessor.critical.sinks.file.outputfile = self.outputfileCritical
config2.AlertProcessor.soft.sinks.file.outputfile = self.outputfileSoft
processor2 = Processor(config2.AlertProcessor)
# final FileSink will be automatically created by the Processor
receiver2 = Receiver(self.address2, processor2, self.controlAddr2)
receiver2.startReceiver() # non blocking call
# now send the Alert messages via worker() and eventually shut the receiver1
worker(self.address1, self.controlAddr1, 10)
# wait until receiver1 shuts
while receiver1.isReady():
time.sleep(0.4)
print "%s waiting for Receiver1 to shut ..." % inspect.stack()[0][3]
# shut down receiver2 - need to sendShutdown() to it
s = Sender(self.address2, self.controlAddr2, "some_id")
s.sendShutdown()
# wait until receiver2 shuts
while receiver2.isReady():
time.sleep(0.4)
print "%s waiting for Receiver2 to shut ..." % inspect.stack()[0][3]
# check the result in the files
# the bufferSize for soft-level Alerts was set to 0 so all
# Alerts should be present also in the soft-level type file
# initial 10 Alerts (Level 0 .. 9) gets distributed though a cascade
# of two Receivers. soft alerts with level 0 .. 4 are considered
# so Receiver1 forwards through its ForwardSink 0 .. 4 Alerts as soft and
# 5 .. 9 level Alerts through 'critical'. order is not guaranteed
# critical Alerts
fileConfig = ConfigSection("file")
fileConfig.outputfile = self.outputfileCritical
sink = FileSink(fileConfig)
expectedLevels = range(5, 10) # that is 5 .. 9
loadAlerts = sink.load()
self.assertEqual(len(loadAlerts), len(expectedLevels))
d = dict(very = "interesting")
for a in loadAlerts:
self.assertEqual(a["Details"], d)
# soft Alerts
fileConfig = ConfigSection("file")
fileConfig.outputfile = self.outputfileSoft
sink = FileSink(fileConfig)
expectedLevels = range(0, 5) # that is 0 .. 4
loadAlerts = sink.load()
self.assertEqual(len(loadAlerts), len(expectedLevels))
for a in loadAlerts:
self.assertEqual(a["Details"], d)
def testForwardSinkEntireChain(self):
"""
The test chain looks as follows:
worker -> Receiver1(+its Processor configured to do ForwardSink) -> Receiver2 whose
address as the destination the ForwardSink is configured with -> Receiver2 will
do FileSink so that it's possible to verify the chain.
"""
# configuration for the Receiver+Processor+ForwardSink 1 (group)
config1 = Configuration()
config1.component_("AlertProcessor")
config1.AlertProcessor.section_("critical")
config1.AlertProcessor.section_("soft")
config1.AlertProcessor.critical.level = 5
config1.AlertProcessor.soft.level = 0
config1.AlertProcessor.soft.bufferSize = 0
config1.AlertProcessor.critical.section_("sinks")
config1.AlertProcessor.soft.section_("sinks")
config1.AlertProcessor.critical.sinks.section_("forward")
config1.AlertProcessor.soft.sinks.section_("forward")
# address of the Receiver2
config1.AlertProcessor.critical.sinks.forward.address = self.address2
config1.AlertProcessor.critical.sinks.forward.controlAddr = self.controlAddr2
config1.AlertProcessor.critical.sinks.forward.label = "ForwardSinkTest"
config1.AlertProcessor.soft.sinks.forward.address = self.address2
config1.AlertProcessor.soft.sinks.forward.controlAddr = self.controlAddr2
config1.AlertProcessor.soft.sinks.forward.label = "ForwardSinkTest"
# 1) first item of the chain is source of Alerts: worker()
# 2) second item is Receiver1 + its Processor + its ForwardSink
processor1 = Processor(config1.AlertProcessor)
# ForwardSink will be created automatically by the Processor
receiver1 = Receiver(self.address1, processor1, self.controlAddr1)
receiver1.startReceiver() # non blocking call
# 3) third group is Receiver2 with its Processor and final FileSink
config2 = Configuration()
config2.component_("AlertProcessor")
config2.AlertProcessor.section_("critical")
config2.AlertProcessor.section_("soft")
config2.AlertProcessor.critical.level = 5
config2.AlertProcessor.soft.level = 0
config2.AlertProcessor.soft.bufferSize = 0
config2.AlertProcessor.critical.section_("sinks")
config2.AlertProcessor.soft.section_("sinks")
config2.AlertProcessor.critical.sinks.section_("file")
config2.AlertProcessor.soft.sinks.section_("file")
# configuration of the final sink
config2.AlertProcessor.critical.sinks.file.outputfile = self.outputfileCritical
config2.AlertProcessor.soft.sinks.file.outputfile = self.outputfileSoft
processor2 = Processor(config2.AlertProcessor)
# final FileSink will be automatically created by the Processor
receiver2 = Receiver(self.address2, processor2, self.controlAddr2)
receiver2.startReceiver() # non blocking call
# now send the Alert messages via worker() and eventually shut the receiver1
worker(self.address1, self.controlAddr1, 10)
# wait until receiver1 shuts
while receiver1.isReady():
time.sleep(0.4)
print "%s waiting for Receiver1 to shut ..." % inspect.stack(
)[0][3]
# shut down receiver2 - need to sendShutdown() to it
s = Sender(self.address2, self.controlAddr2, "some_id")
s.sendShutdown()
# wait until receiver2 shuts
while receiver2.isReady():
time.sleep(0.4)
print "%s waiting for Receiver2 to shut ..." % inspect.stack(
)[0][3]
# check the result in the files
# the bufferSize for soft-level Alerts was set to 0 so all
# Alerts should be present also in the soft-level type file
# initial 10 Alerts (Level 0 .. 9) gets distributed though a cascade
# of two Receivers. soft alerts with level 0 .. 4 are considered
# so Receiver1 forwards through its ForwardSink 0 .. 4 Alerts as soft and
# 5 .. 9 level Alerts through 'critical'. order is not guaranteed
# critical Alerts
fileConfig = ConfigSection("file")
fileConfig.outputfile = self.outputfileCritical
sink = FileSink(fileConfig)
expectedLevels = range(5, 10) # that is 5 .. 9
loadAlerts = sink.load()
self.assertEqual(len(loadAlerts), len(expectedLevels))
d = dict(very="interesting")
for a in loadAlerts:
self.assertEqual(a["Details"], d)
# soft Alerts
fileConfig = ConfigSection("file")
fileConfig.outputfile = self.outputfileSoft
sink = FileSink(fileConfig)
expectedLevels = range(0, 5) # that is 0 .. 4
loadAlerts = sink.load()
self.assertEqual(len(loadAlerts), len(expectedLevels))
for a in loadAlerts:
self.assertEqual(a["Details"], d)
