def testDoTTurn(self):
valveCfg = getDictFromXmlString(digitalTimedCfg)
self.valve = Valve(valveCfg['valve'],self.router)
#turn the valve all the way to hot
self.valve.doTurn("TS" , 100)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/digitalout'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/2/off'
assert TestEventLogger._events[1].getType() == 'internal/hvac/digitalout'
assert TestEventLogger._events[1].getSource() == 'hvac/valve/tv1/1/dwell'
assert TestEventLogger._events[1].getPayload()['val'] == '100'
TestEventLogger.clearEvents()
#turn the valve all the way to cold
self.valve.doTurn("CS" , 100)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/digitalout'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/1/off'
assert TestEventLogger._events[1].getType() == 'internal/hvac/digitalout'
assert TestEventLogger._events[1].getSource() == 'hvac/valve/tv1/2/dwell'
assert TestEventLogger._events[1].getPayload()['val'] == '200'
TestEventLogger.clearEvents()
#turn the valve halfway to hot
self.valve.doTurn("TS" , 50)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/digitalout'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/2/off'
assert TestEventLogger._events[1].getType() == 'internal/hvac/digitalout'
assert TestEventLogger._events[1].getSource() == 'hvac/valve/tv1/1/dwell'
assert TestEventLogger._events[1].getPayload()['val'] == '50'
TestEventLogger.clearEvents()
#turn the valve 25% further to hot, should end up getting rounded to 22
self.valve.doTurn("TS" , 25)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/digitalout'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/2/off'
assert TestEventLogger._events[1].getType() == 'internal/hvac/digitalout'
assert TestEventLogger._events[1].getSource() == 'hvac/valve/tv1/1/dwell'
assert TestEventLogger._events[1].getPayload()['val'] == '25'
TestEventLogger.clearEvents()
def testAoTurn(self):
"""
Test to make sure the correct events are being sent out when we request valvage
We fake the return webbrick event to avoid having to set up a live webbrick
The outgoing http request also never gets sent as we dont initialize twisted
"""
valveCfg = getDictFromXmlString(aCfg)
self.valve = Valve(valveCfg['valve'],self.router)
#turn the valve all the way to hot
self.valve.doTurn("TS" , 100)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/analogoutput'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/3'
assert TestEventLogger._events[0].getPayload()['val'] == '30'
TestEventLogger.clearEvents()
#turn the valve all the way to cold
self.valve.doTurn("CS" , 100)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/analogoutput'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/3'
assert TestEventLogger._events[0].getPayload()['val'] == '0'
TestEventLogger.clearEvents()
#turn the valve halfway to hot
self.valve.doTurn("TS" , 50)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/analogoutput'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/3'
assert TestEventLogger._events[0].getPayload()['val'] == '15'
TestEventLogger.clearEvents()
#turn the valve 25% further to hot, should end up getting rounded to 22
self.valve.doTurn("TS" , 25)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/analogoutput'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/3'
assert TestEventLogger._events[0].getPayload()['val'] == '22'
TestEventLogger.clearEvents()
def testDoTurn(self):
valveCfg = getDictFromXmlString(digitalCfg)
self.valve = Valve(valveCfg['valve'],self.router)
#because of the way the digital valves work, any turn its 100% in either direction
#turn the valve all the way to hot
self.valve.doTurn("TS" , 100)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/digitaloutput'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/1/on'
TestEventLogger.clearEvents()
#turn the valve all the way to cold
self.valve.doTurn("CS" , 100)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/digitaloutput'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/1/off'
TestEventLogger.clearEvents()
#turn the valve halfway to hot
self.valve.doTurn("TS" , 50)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/digitaloutput'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/1/on'
TestEventLogger.clearEvents()
#turn the valve 25% further to hot
self.valve.doTurn("TS" , 25)
time.sleep(0.2)
TestEventLogger.logEvents()
assert TestEventLogger._events[0].getType() == 'internal/hvac/digitaloutput'
assert TestEventLogger._events[0].getSource() == 'hvac/valve/tv1/1/on'
TestEventLogger.clearEvents()
def testRun(self):
self._log.debug( "\ntestRun" )
self.loader = EventRouterLoader()
self.loader.loadHandlers( getDictFromXmlString(testConfig1) )
self.loader.start() # all tasks
self.router = self.loader.getEventRouter()
time.sleep(0.1)
# We should see lots of events here as initial pass.
TestEventLogger.logEvents()
oldLen = len(TestEventLogger._events)
self.assertEqual( oldLen, 11 ) # twice sent.
TestEventLogger.clearEvents()
# send midnight
# no new events, just me
self.router.publish( EventAgent("TestScheduleProcessor"), evtMidnightMon )
time.sleep(0.1)
oldLen = len(TestEventLogger._events)
TestEventLogger.logEvents()
self.assertEqual( oldLen, 1 )
self.assertEqual( TestEventLogger._events[0].getSource(), "time/minute" )
# first event time
self.router.publish( EventAgent("TestScheduleProcessor"), evt0530 )
time.sleep(0.2)
# time and two actions
oldLen = len(TestEventLogger._events)
TestEventLogger.logEvents()
self.assertEqual( oldLen, 4 )
self.assertEqual( TestEventLogger._events[1].getSource(), "time/minute" )
self.assertEqual( TestEventLogger._events[2].getSource(), "zone1/set" )
self.assertEqual( TestEventLogger._events[3].getSource(), "boiler/On" )
# second event time
self.router.publish( EventAgent("TestScheduleProcessor"), evt0800 )
time.sleep(0.1)
# time and one actions
oldLen = len(TestEventLogger._events)
TestEventLogger.logEvents()
self.assertEqual( oldLen, 6 )
self.assertEqual( TestEventLogger._events[4].getSource(), "time/minute" )
self.assertEqual( TestEventLogger._events[5].getSource(), "zone1/set" )
# third event time
self.router.publish( EventAgent("TestScheduleProcessor"), evt1600 )
time.sleep(0.1)
# time and one actions
oldLen = len(TestEventLogger._events)
TestEventLogger.logEvents()
self.assertEqual( oldLen, 8 )
self.assertEqual( TestEventLogger._events[6].getSource(), "time/minute" )
self.assertEqual( TestEventLogger._events[7].getSource(), "boiler/Off" )
# fourth event time
self.router.publish( EventAgent("TestScheduleProcessor"), evt2200 )
time.sleep(0.1)
# time and two actions
oldLen = len(TestEventLogger._events)
TestEventLogger.logEvents()
self.assertEqual( oldLen, 11 )
self.assertEqual( TestEventLogger._events[8].getSource(), "time/minute" )
self.assertEqual( TestEventLogger._events[9].getSource(), "zone1/set" )
self.assertEqual( TestEventLogger._events[10].getSource(), "boiler/On" )
