def testActualTemp(self):
self._log.debug( "\nTestActualTemp" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
actualEvent = Event("internal/hvac/actual","temperature/zonegroup/2" , {"val" : "70"})
self.mc.newEvent(actualEvent)
self._log.debug("MC.actualtemp = %s" %self.mc.actualtemp)
assert self.mc.actualtemp == 70
def testOutsideTemp(self):
self._log.debug( "\nTestOutsideTemp" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
outsideEvent = Event("internal/hvac/outside","temperature/zonegroup/2" , {"val" : "50"})
self.mc.newEvent(outsideEvent)
self._log.debug("MC.outsidetemp = %s" %self.mc.outsidetemp)
assert self.mc.outsidetemp == 50
def testOffset(self):
self._log.debug( "\nTestOffset" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
offsetEvent = Event("internal/hvac/offset","temperature/zonegroup/2" , {"val" : "30"})
self.mc.newEvent(offsetEvent)
self._log.debug("MC.Offset = %s" %self.mc.offset)
assert self.mc.offset == 30
def testSlope(self):
self._log.debug( "\nTestSlope" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
slopeEvent = Event("internal/hvac/slope","temperature/zonegroup/2" , {"val" : "5"})
self.mc.newEvent(slopeEvent)
self._log.debug("MC.Slope = %s" %self.mc.slope)
assert self.mc.slope == 5.0
def testConfigure_pump(self):
self._log.debug( "\nTestConfigure_Pump" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
self._log.debug("MC.SettleTime : %i" %self.mc.settleTime)
self._log.debug("MC.hotterDirectionKey : %s" %self.mc.hotterDirectionKey)
self._log.debug("MC.coolerDirectionKey : %s" %self.mc.coolerDirectionKey)
self._log.debug("MC.valveKey : %s" %self.mc.valveKey)
self._log.debug("MC.pumpKey : %s" %self.mc.pumpKey)
assert self.mc.settleTime == 1
assert self.mc.hotterDirectionKey == "CT"
assert self.mc.coolerDirectionKey == "ST"
assert self.mc.valveKey == "ufhmix"
assert self.mc.pumpKey == "ufhpump"
def testDemand(self):
self._log.debug( "\nTestActualTemp" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
offsetEvent = Event("internal/hvac/offset","temperature/zonegroup/2" , {"val" : "30"})
slopeEvent = Event("internal/hvac/slope","temperature/zonegroup/2" , {"val" : "5"})
outsideEvent = Event("internal/hvac/outside","temperature/zonegroup/2" , {"val" : "50"})
actualEvent = Event("internal/hvac/actual","temperature/zonegroup/2" , {"val" : "70"})
self.mc.newEvent(offsetEvent)
self.mc.newEvent(slopeEvent)
self.mc.newEvent(outsideEvent)
self.mc.newEvent(actualEvent)
#we expect no actions to be taken as there is no demand
assert self.hvac.actionedList == {}
self.mc.onDemand()
#pump should be switched on now
assert self.mc.demand == True
assert self.hvac.actionedList["pump"]["ufhpump"] == ('TURN ON',)
self.mc.onNoDemand()
#pump should be turned off and the valve should be requested to turn fully to cold
assert self.hvac.actionedList["pump"]["ufhpump"] == ('TURN OFF',)
assert self.hvac.actionedList["valve"]["ufhmix"] == ({'turn' : 'ST' , 'amount' : 100},)
#turn demand back on
self.mc.onDemand()
assert self.mc.demand == True
assert self.hvac.actionedList["pump"]["ufhpump"] == ('TURN ON',)
self.hvac.actionedList = {}
outsideEvent = Event("internal/hvac/outside" , "temperature/zonegroup/2" , {"val" : "-10000"})
self.mc.newEvent(outsideEvent)
#throttling should prevent any actions
assert self.hvac.actionedList == {}
time.sleep(1.5)
self.mc.newEvent(outsideEvent)
#now a new event should trigger a valve movement
assert self.hvac.actionedList["valve"]["ufhmix"] == ({'turn' : 'CT' , 'amount' : 100},)
time.sleep(1.5)
outsideEvent = Event("internal/hvac/outside" , "temperature/zonegroup/2" , {"val" : "10000"})
self.mc.newEvent(outsideEvent)
#should trigger a valve movement in the opposite direction
assert self.hvac.actionedList["valve"]["ufhmix"] == ({'turn' : 'ST' , 'amount' : 100},)
def testDefaultSubscribes(self):
self._log.debug( "\nTestConfigure_DefaultSubscribes" )
cfgDict = getDictFromXmlString(testConfigDefaults)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
assert self.hvac.subList.has_key(self.mc)
foundOffset = False
foundSlope = False
foundOutside = False
foundActual = False
for event in self.hvac.subList[self.mc]:
if event.getType() == "internal/hvac/slope" and event.getSource() == "mixingcircuit/1":
foundSlope = True
if event.getType() == "internal/hvac/offset" and event.getSource() == "mixingcircuit/1":
foundOffset = True
if event.getType() == "internal/hvac/actualtemp" and event.getSource() == "mixingcircuit/1":
foundActual = True
if event.getType() == "internal/hvac/outsidetemp" and event.getSource() == "mixingcircuit/1":
foundOutside = True
assert foundOffset and foundSlope and foundOutside and foundActual
class testMixingCircuit(unittest.TestCase):
def setUp(self):
self._log = logging.getLogger( "testHvac_MixingCircuit" )
self._log.debug( "\n\nsetUp" )
self.hvac = dummyHvac()
def tearDown(self):
self._log.debug( "\n\ntearDown" )
# Actual tests follow
def testConfigure_pump(self):
self._log.debug( "\nTestConfigure_Pump" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
self._log.debug("MC.SettleTime : %i" %self.mc.settleTime)
self._log.debug("MC.hotterDirectionKey : %s" %self.mc.hotterDirectionKey)
self._log.debug("MC.coolerDirectionKey : %s" %self.mc.coolerDirectionKey)
self._log.debug("MC.valveKey : %s" %self.mc.valveKey)
self._log.debug("MC.pumpKey : %s" %self.mc.pumpKey)
assert self.mc.settleTime == 1
assert self.mc.hotterDirectionKey == "CT"
assert self.mc.coolerDirectionKey == "ST"
assert self.mc.valveKey == "ufhmix"
assert self.mc.pumpKey == "ufhpump"
def testConfigure_nopump(self):
self._log.debug( "\nTestConfigure_NoPump" )
cfgDict = getDictFromXmlString(testConfigNoPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
self._log.debug("MC.SettleTime : %i" %self.mc.settleTime)
self._log.debug("MC.hotterDirectionKey : %s" %self.mc.hotterDirectionKey)
self._log.debug("MC.coolerDirectionKey : %s" %self.mc.coolerDirectionKey)
self._log.debug("MC.valveKey : %s" %self.mc.valveKey)
self._log.debug("MC.pumpKey : %s" %self.mc.pumpKey)
assert self.mc.settleTime == 1
assert self.mc.hotterDirectionKey == "CT"
assert self.mc.coolerDirectionKey == "ST"
assert self.mc.valveKey == "ufhmix"
assert self.mc.pumpKey == None
def testSubscribes(self):
self._log.debug( "\nTestConfigure_Subscribes" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
assert self.hvac.subList.has_key(self.mc)
foundOffset = False
foundSlope = False
foundOutside = False
foundActual = False
for event in self.hvac.subList[self.mc]:
if event.getType() == "internal/hvac/slope" and event.getSource() == "temperature/zonegroup/2":
foundSlope = True
if event.getType() == "internal/hvac/offset" and event.getSource() == "temperature/zonegroup/2":
foundOffset = True
if event.getType() == "internal/hvac/actual" and event.getSource() == "temperature/zonegroup/2":
foundActual = True
if event.getType() == "internal/hvac/outside" and event.getSource() == "temperature/zonegroup/2":
foundOutside = True
assert foundOffset and foundSlope and foundOutside and foundActual
def testDefaultSubscribes(self):
self._log.debug( "\nTestConfigure_DefaultSubscribes" )
cfgDict = getDictFromXmlString(testConfigDefaults)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
assert self.hvac.subList.has_key(self.mc)
foundOffset = False
foundSlope = False
foundOutside = False
foundActual = False
for event in self.hvac.subList[self.mc]:
if event.getType() == "internal/hvac/slope" and event.getSource() == "mixingcircuit/1":
foundSlope = True
if event.getType() == "internal/hvac/offset" and event.getSource() == "mixingcircuit/1":
foundOffset = True
if event.getType() == "internal/hvac/actualtemp" and event.getSource() == "mixingcircuit/1":
foundActual = True
if event.getType() == "internal/hvac/outsidetemp" and event.getSource() == "mixingcircuit/1":
foundOutside = True
assert foundOffset and foundSlope and foundOutside and foundActual
def testSlope(self):
self._log.debug( "\nTestSlope" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
slopeEvent = Event("internal/hvac/slope","temperature/zonegroup/2" , {"val" : "5"})
self.mc.newEvent(slopeEvent)
self._log.debug("MC.Slope = %s" %self.mc.slope)
assert self.mc.slope == 5.0
def testOffset(self):
self._log.debug( "\nTestOffset" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
offsetEvent = Event("internal/hvac/offset","temperature/zonegroup/2" , {"val" : "30"})
self.mc.newEvent(offsetEvent)
self._log.debug("MC.Offset = %s" %self.mc.offset)
assert self.mc.offset == 30
def testOutsideTemp(self):
self._log.debug( "\nTestOutsideTemp" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
outsideEvent = Event("internal/hvac/outside","temperature/zonegroup/2" , {"val" : "50"})
self.mc.newEvent(outsideEvent)
self._log.debug("MC.outsidetemp = %s" %self.mc.outsidetemp)
assert self.mc.outsidetemp == 50
def testActualTemp(self):
self._log.debug( "\nTestActualTemp" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
actualEvent = Event("internal/hvac/actual","temperature/zonegroup/2" , {"val" : "70"})
self.mc.newEvent(actualEvent)
self._log.debug("MC.actualtemp = %s" %self.mc.actualtemp)
assert self.mc.actualtemp == 70
def testDemand(self):
self._log.debug( "\nTestActualTemp" )
cfgDict = getDictFromXmlString(testConfigPump)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
offsetEvent = Event("internal/hvac/offset","temperature/zonegroup/2" , {"val" : "30"})
slopeEvent = Event("internal/hvac/slope","temperature/zonegroup/2" , {"val" : "5"})
outsideEvent = Event("internal/hvac/outside","temperature/zonegroup/2" , {"val" : "50"})
actualEvent = Event("internal/hvac/actual","temperature/zonegroup/2" , {"val" : "70"})
self.mc.newEvent(offsetEvent)
self.mc.newEvent(slopeEvent)
self.mc.newEvent(outsideEvent)
self.mc.newEvent(actualEvent)
#we expect no actions to be taken as there is no demand
assert self.hvac.actionedList == {}
self.mc.onDemand()
#pump should be switched on now
assert self.mc.demand == True
assert self.hvac.actionedList["pump"]["ufhpump"] == ('TURN ON',)
self.mc.onNoDemand()
#pump should be turned off and the valve should be requested to turn fully to cold
assert self.hvac.actionedList["pump"]["ufhpump"] == ('TURN OFF',)
assert self.hvac.actionedList["valve"]["ufhmix"] == ({'turn' : 'ST' , 'amount' : 100},)
#turn demand back on
self.mc.onDemand()
assert self.mc.demand == True
assert self.hvac.actionedList["pump"]["ufhpump"] == ('TURN ON',)
self.hvac.actionedList = {}
outsideEvent = Event("internal/hvac/outside" , "temperature/zonegroup/2" , {"val" : "-10000"})
self.mc.newEvent(outsideEvent)
#throttling should prevent any actions
assert self.hvac.actionedList == {}
time.sleep(1.5)
self.mc.newEvent(outsideEvent)
#now a new event should trigger a valve movement
assert self.hvac.actionedList["valve"]["ufhmix"] == ({'turn' : 'CT' , 'amount' : 100},)
time.sleep(1.5)
outsideEvent = Event("internal/hvac/outside" , "temperature/zonegroup/2" , {"val" : "10000"})
self.mc.newEvent(outsideEvent)
#should trigger a valve movement in the opposite direction
assert self.hvac.actionedList["valve"]["ufhmix"] == ({'turn' : 'ST' , 'amount' : 100},)
def testStepping(self):
self._log.debug( "\nTestActualTemp" )
cfgDict = getDictFromXmlString(testConfigStepping)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
assert self.mc.stepDict == {1:1 , 2:2 , 3:3 , 4:4 , 10:10}
def testDummy(self):
return
def testStepping(self):
self._log.debug( "\nTestActualTemp" )
cfgDict = getDictFromXmlString(testConfigStepping)
self.mc = MixingCircuit(cfgDict["mixingcircuit"],self.hvac)
assert self.mc.stepDict == {1:1 , 2:2 , 3:3 , 4:4 , 10:10}
