def CheckActivateNotify(element,waitingtime,value,mailtype,sensor,sensorvalue):
global AUTO_data
# check if time between watering events is larger that the waiting time (minutes)
lastactiontime=statusdataDBmod.read_status_data(AUTO_data,element,"lastactiontime")
print ' Previous action: ' , lastactiontime , ' Now: ', datetime.now()
timedifference=sensordbmod.timediffinminutes(lastactiontime,datetime.now())
print 'Time interval between actions', timedifference ,'. threshold', waitingtime
logger.info('Time interval between Actions %d threshold %d', timedifference,waitingtime)
if timedifference>=waitingtime: # sufficient time between actions
print " Sufficient waiting time"
logger.info('Sufficient waiting time')
# action
print "Implement Actuator Value ", value
logger.info('Procedure to start actuator %s, for value = %s', element, value)
isok=activateactuator(element, value)
# invia mail, considered as info, not as alert
if mailtype!="warningonly":
textmessage="INFO: " + sensor + " value " + str(sensorvalue) + ", activating:" + element + " with Value " + str(value)
emailmod.sendallmail("alert", textmessage)
if isok:
statusdataDBmod.write_status_data(AUTO_data,element,"lastactiontime",datetime.now())
statusdataDBmod.write_status_data(AUTO_data,element,"actionvalue",value)
else:
logger.info('Need to wait more time')
def saveblockingdiff(
sensor
): # this function minimize the writing over the database, keep them at 1 sec distance and provides a visual pleasant graph :)
global BLOCKING_data
global SAVEBLOCKINGDIFFBUSY
if not SAVEBLOCKINGDIFFBUSY:
SAVEBLOCKINGDIFFBUSY = True
threadID = statusdataDBmod.read_status_data(BLOCKING_data, sensor,
"BlockingNumbersThreadID")
print(" threadID ", threadID)
if (threadID != None) and (threadID != ""): # thread already present
print("thread present already, remove it")
threadID.cancel()
else:
# no thread present already
print("no thread present already ")
x = threading.Thread(target=saveblocking, args=(sensor, False))
x.start()
#logger.warning("SaveBlockDIFF ---> Sensor %s", sensor)
threadID = threading.Timer(1, saveblocking, [sensor])
threadID.start()
statusdataDBmod.write_status_data(BLOCKING_data, sensor,
"BlockingNumbersThreadID", threadID)
SAVEBLOCKINGDIFFBUSY = False
else:
print(" BUSYYYYY")
def on_message(self,mqttc, obj, msg):
global SubscriptionLog
payload=msg.payload.decode('utf-8')
print(self.clientid + " " + "Message: "+ msg.topic + " " + str(msg.qos) + " " + payload)
statusdataDBmod.write_status_data(SubscriptionLog,msg.topic,"jsonstring",payload)
timestamp=datetime.utcnow()
statusdataDBmod.write_status_data(SubscriptionLog,msg.topic,"timestamp",timestamp)
def CheckActivateNotify(element,waitingtime,value,mailtype,sensor,sensorvalue):
global AUTO_data
# check if time between watering events is larger that the waiting time (minutes)
lastactiontime=statusdataDBmod.read_status_data(AUTO_data,element,"lastactiontime")
print(' Previous action: ' , lastactiontime , ' Now: ', datetime.utcnow())
timedifference=sensordbmod.timediffinminutes(lastactiontime,datetime.utcnow())
print('Time interval between actions', timedifference ,'. threshold', waitingtime)
logger.info('Time interval between Actions %d threshold %d', timedifference,waitingtime)
if timedifference>=waitingtime: # sufficient time between actions
print(" Sufficient waiting time")
logger.info('Sufficient waiting time')
# action
print("Implement Actuator Value ", value)
logger.info('Procedure to start actuator %s, for value = %s', element, value)
isok=activateactuator(element, value)
# invia mail, considered as info, not as alert
if (mailtype!="warningonly")and(mailtype!="none"):
textmessage="INFO: " + sensor + " value " + str(sensorvalue) + ", activating:" + element + " with Value " + str(value)
emailmod.sendallmail("alert", textmessage)
if isok:
statusdataDBmod.write_status_data(AUTO_data,element,"lastactiontime",datetime.utcnow())
statusdataDBmod.write_status_data(AUTO_data,element,"actionvalue",value)
else:
logger.info('Need to wait more time')
def GPIO_setup(address, PINstr, state, pull_up_down=""): isRealPIN,PIN=CheckRealHWpin(PINstr) if isRealPIN: if address in MCPDEVICES: mcp=MCPDEVICES[address] else: return False PIN=PIN-1 if state=="out": mcp.pinMode(PIN, mcp.OUTPUT) else: if pull_up_down=="pull_down": mcp.pinMode(PIN, mcp.INPUT) mcp.pullUp(PIN, 0) elif pull_up_down=="pull_up": mcp.pinMode(PIN, mcp.INPUT) mcp.pullUp(PIN, 1) else: mcp.pinMode(PIN, mcp.INPUT) #GPIO_data[PIN]["state"]=state statusdataDBmod.write_status_data(GPIO_data,PINstr,"state",state) return True
def cyclereset(element):
global AUTO_data
waitingtime=hardwaremod.toint(automationdbmod.searchdata("element",element,"pausebetweenwtstepsmin"),0)
statusdataDBmod.write_status_data(AUTO_data,element,"lastactiontime",datetime.utcnow() - timedelta(minutes=waitingtime))
statusdataDBmod.write_status_data(AUTO_data,element,"status","ok")
statusdataDBmod.write_status_data(AUTO_data,element,"actionvalue",0)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"infocounter",0)
def endpulse(PIN_CMD, POWERPIN_CMD, address):
REGID = PIN_CMD["ID"]
statusdataDBmod.write_status_data(GPIO_data, REGID, "threadID", None)
MQTT_output(PIN_CMD["STOP"], address)
endwaittime = 0
powerPIN_stop(POWERPIN_CMD, endwaittime, address)
#print "pulse ended", time.ctime() , " PIN=", PINstr , " Logic=", logic , " Level=", level
return True
def saveblocking(sensor,cleanThreadID=True):
global SAVEBLOCKINGBUSY
global BLOCKING_data
if not SAVEBLOCKINGBUSY:
SAVEBLOCKINGBUSY=True
BlockingNumbers=statusdataDBmod.read_status_data(BLOCKING_data,sensor,"BlockingNumbers")
print("SAVING :::::: sensor ",sensor," BlockingNumbers " ,BlockingNumbers)
savedata(sensor,BlockingNumbers)
if cleanThreadID:
statusdataDBmod.write_status_data(BLOCKING_data,sensor,"BlockingNumbersThreadID",None)
SAVEBLOCKINGBUSY=False
def ReadInterruptFrequency(PIN): sensorinterruptcount=statusdataDBmod.read_status_data(SENSOR_data,PIN,"InterruptCount") Startcounttime=statusdataDBmod.read_status_data(SENSOR_data,PIN,"Startcounttime") nowtime=datetime.utcnow() diffseconds=(nowtime-Startcounttime).total_seconds() if diffseconds>0: Frequency=old_div(sensorinterruptcount,diffseconds) else: Frequency = 0 # azzera timer e counter statusdataDBmod.write_status_data(SENSOR_data,PIN,"InterruptCount",0) statusdataDBmod.write_status_data(SENSOR_data,PIN,"Startcounttime",nowtime) return Frequency
def WaitandRegister(element, sensor, periodsecond, counter): # this one should be dismissed, working with previous procedure if periodsecond>0: global AUTO_data t.sleep(0.05) # in case another timer is active on this element, cancel it threadID=statusdataDBmod.read_status_data(AUTO_data,element+sensor,"RegisterID") if threadID!=None and threadID!="": threadID.cancel() # activate a new time, in cas this is not cancelled then the data will be saved callin the savedata procedure threadID = threading.Timer(periodsecond, savedata, [sensor , counter]) threadID.start() statusdataDBmod.write_status_data(AUTO_data,element+sensor,"RegisterID",threadID) else: x = threading.Thread(target=savedata, args=(sensor,counter)) x.start()
def endpulse(address, PINstr,logic,POWERPIN): #GPIO_data[PIN]["threadID"]=None statusdataDBmod.write_status_data(GPIO_data,address+PINstr,"threadID",None) if logic=="pos": level=0 else: level=1 GPIO_output(address, PINstr, level) powerPIN_stop(address, POWERPIN,0) #print "pulse ended", time.ctime() , " PIN=", PINstr , " Logic=", logic , " Level=", level return True
def powerPIN_stop(CMD_PWR, waittime, address):
REGID = CMD_PWR["ID"]
if REGID != "":
PowerPINlevel = statusdataDBmod.read_status_data(
PowerPIN_Status, REGID, "level")
statusdataDBmod.write_status_data(PowerPIN_Status, REGID, "level",
PowerPINlevel - 1)
#stop power pin if level less or equal to zero
if (PowerPINlevel - 1) <= 0:
time.sleep(waittime)
MQTT_output(CMD_PWR["STOP"], address)
return True
def CheckandFollowup(element):
global AUTO_data
actionmodeafterfirst=interruptdbmod.searchdata("element",element,"actionmode_afterfirst")
actuatoroutputfollowup=hardwaremod.tonumber(interruptdbmod.searchdata("element",element,"folloup_output"),0)
# section below is the follow-up
if actionmodeafterfirst=="Follow-up action" or actionmodeafterfirst=="Remove and Follow-up" or actionmodeafterfirst=="Extend and Follow-up": # execute the action followup, no variation in the preemption period
value=actuatoroutputfollowup
# followup action
print("Implement Actuator Value followup", value)
logger.info('Procedure to start actuator followup %s, for value = %s', element, value)
isok=activateactuator(element, value)
if isok:
statusdataDBmod.write_status_data(AUTO_data,element,"lastactiontime",datetime.utcnow())
statusdataDBmod.write_status_data(AUTO_data,element,"actionvalue",value)
return True
return False
def GPIO_output(address , PINstr, level ):
isRealPIN,PIN=CheckRealHWpin(PINstr)
if isRealPIN:
if address in MCPDEVICES:
mcp=MCPDEVICES[address]
else:
return False
PIN=PIN-1
if level==0:
mcp.output(PIN, mcp.LOW)
else:
mcp.output(PIN, mcp.HIGH)
#GPIO_data[PIN]["level"]=level
statusdataDBmod.write_status_data(GPIO_data,address+PINstr,"level",level)
logger.info("Set PIN=%s to State=%s", PINstr, str(level))
#print PINstr , " ***********************************************" , level
return True
def eventcallback(PIN):
bouncetimeSec = statusdataDBmod.read_status_data(PIN_attributes, PIN,
"bouncetimeSec")
t.sleep(bouncetimeSec)
reading = hardwaremod.readinputpin(PIN)
refsensor = statusdataDBmod.read_status_data(PIN_attributes, PIN,
"refsensor")
logic = statusdataDBmod.read_status_data(PIN_attributes, PIN, "logic")
#print "reference sensor:" , refsensor, "logic ", logic
#print PIN_attributes
# first Edge detection, can have two impleemntations depend on the "logic" setting
# in case logic=pos we have pull-down resistor, so the normal state is LOW, the first edge will be from LOW to HIGH
# in case logic<>pos we have pull-up resistor, so the normal state is High, the first edge will be from HIGH to LOW
if refsensor != "":
#["First Edge" , "First Edge + Level", "Second Edge" , "Second Edge + Level (inv)", "both Edges"]
#print "Logic " , logic , " reading ", reading , " bouncetimeSec " , bouncetimeSec
#detecting first edge
if logic == "pos":
if reading == "1":
#print "************************* First edge detected on PIN:", PIN
mode = "First Edge"
elif reading == "0":
#print "************************* Second edge detected on PIN:", PIN
mode = "Second Edge"
else:
if reading == "0":
#print "************************* First edge detected on PIN:", PIN
mode = "First Edge"
elif reading == "1":
#print "************************* Second edge detected on PIN:", PIN
mode = "Second Edge"
#print "interrupt --------------------> ", mode
interruptcheck(refsensor, mode, PIN)
# update status variables for the frequency sensor ----
sensorinterruptcount = statusdataDBmod.read_status_data(
SENSOR_data, PIN, "InterruptCount")
sensorinterruptcount = sensorinterruptcount + 1
statusdataDBmod.write_status_data(SENSOR_data, PIN, "InterruptCount",
sensorinterruptcount)
def CounterOnly(element,sensor,interrupt_validinterval): # this one should be dismissed, anyway it works isok=False global AUTO_data lastinterrupttime=statusdataDBmod.read_status_data(AUTO_data,element,"lastinterrupttime") nowtime=datetime.utcnow() #print ' Previous interrupt: ' , lastinterrupttime , ' Now: ', nowtime diffseconds=(nowtime-lastinterrupttime).total_seconds() statusdataDBmod.write_status_data(AUTO_data,element,"lastinterrupttime",nowtime) validinterruptcount=statusdataDBmod.read_status_data(AUTO_data,element,"validinterruptcount") if diffseconds<=interrupt_validinterval: #valid interval between interrupt, increase counter validinterruptcount=validinterruptcount+1 statusdataDBmod.write_status_data(AUTO_data,element,"validinterruptcount",validinterruptcount) else: # time between interrupt too long, restart counter # save on database #x = threading.Thread(target=savedata, args=(sensor,validinterruptcount)) #x.start() #reset counter and events validinterruptcount=1 statusdataDBmod.write_status_data(AUTO_data,element,"validinterruptcount",validinterruptcount) WaitandRegister(element, sensor, interrupt_validinterval, validinterruptcount) return isok
def powerPIN_start(
REGID,
CMD,
address,
pulsesecond,
ignorepowerpincount=False
): # powerpin will work only with same address and same topic/"powerpin number"
if REGID != "":
PowerPINlevel = statusdataDBmod.read_status_data(
PowerPIN_Status, REGID, "level")
#start power pin
if PowerPINlevel < 1:
PowerPINlevel == 0
if not ignorepowerpincount:
statusdataDBmod.write_status_data(PowerPIN_Status, REGID, "level",
PowerPINlevel + 1)
# complication below is necessary.
timeZero = int(time.time()) + pulsesecond
Lasttimezero = statusdataDBmod.read_status_data(
PowerPIN_Status, REGID, "timeZero")
if Lasttimezero:
if timeZero > Lasttimezero:
statusdataDBmod.write_status_data(PowerPIN_Status, REGID,
"timeZero", timeZero)
MQTT_output(CMD, address)
else:
statusdataDBmod.write_status_data(PowerPIN_Status, REGID,
"timeZero", timeZero)
if PowerPINlevel == 0:
time.sleep(0.2)
return True
def CounterOnlyNew(element, sensor,
periodsecond): # this one should be dismissed
isok = False
global AUTO_data
if periodsecond > 0:
# in case another timer is active on this element, cancel it
threadID = statusdataDBmod.read_status_data(AUTO_data,
element + sensor,
"RegisterID")
if threadID != None and threadID != "":
threadID.cancel()
validinterruptcount = statusdataDBmod.read_status_data(
AUTO_data, element, "validinterruptcount")
validinterruptcount = validinterruptcount + 1
statusdataDBmod.write_status_data(AUTO_data, element,
"validinterruptcount",
validinterruptcount)
else: # time between interrupt exceeded, restart counter
validinterruptcount = 1
statusdataDBmod.write_status_data(AUTO_data, element,
"validinterruptcount",
validinterruptcount)
# activate a new time, in cas this is not cancelled then the data will be saved callin the savedata procedure
threadID = threading.Timer(periodsecond, WaitandRegisterNew,
[element, sensor, validinterruptcount])
threadID.start()
statusdataDBmod.write_status_data(AUTO_data, element + sensor,
"RegisterID", threadID)
return isok
def setActivationDurationDate(element, tobeactivated, duration, triggerdate):
global AUTO_data
statusdataDBmod.write_status_data(AUTO_data, element, "tobeactivated",
tobeactivated) #true or false
statusdataDBmod.write_status_data(AUTO_data, element, "duration", duration)
statusdataDBmod.write_status_data(AUTO_data, element, "triggerdate",
triggerdate)
def startblockingstate(element, periodsecond, saveend=True):
#logger.warning("StartBOLCKINGSTATE Started ---> Period %d", periodsecond)
global BLOCKING_data
sensor = interruptdbmod.searchdata("element", element, "sensor")
#save data
print("first save in database")
if saveend:
saveblockingdiff(sensor)
#--
if periodsecond > 0:
global AUTO_data
# in case another timer is active on this element, cancel it
threadID = statusdataDBmod.read_status_data(AUTO_data, element,
"threadID")
if threadID != None and threadID != "":
#print "cancel the Thread of element=",element
threadID.cancel()
else:
# change blocking counter
BlockingNumbers = statusdataDBmod.read_status_data(
BLOCKING_data, sensor, "BlockingNumbers")
BlockingNumbers = BlockingNumbers + 1
statusdataDBmod.write_status_data(BLOCKING_data, sensor,
"BlockingNumbers",
BlockingNumbers)
#--
#save data
if saveend:
saveblockingdiff(sensor)
#--
statusdataDBmod.write_status_data(AUTO_data, element, "blockingstate",
True)
statusdataDBmod.write_status_data(
hardwaremod.Blocking_Status, element, "priority",
ACTIONPRIORITYLEVEL) #increse the priority to execute a command
nonblockingpriority = 0
#logger.warning("Trigger EndblockingStart ---> Period %d", periodsecond)
threadID = threading.Timer(periodsecond, endblocking,
[element, saveend])
threadID.start()
statusdataDBmod.write_status_data(AUTO_data, element, "threadID",
threadID)
def activatedoser(element, duration):
print element, " ",duration, " " , datetime.now()
logger.info('Doser Pulse, pulse time for ms = %s', duration)
pulseok=hardwaremod.makepulse(element,duration)
# salva su database
actuatordbmod.insertdataintable(element,duration)
# put flag down
global AUTO_data
statusdataDBmod.write_status_data(AUTO_data,element,"tobeactivated",False)
statusdataDBmod.write_status_data(AUTO_data,element,"duration",0)
statusdataDBmod.write_status_data(AUTO_data,element,"triggerdate",datetime.now())
def endblocking(element, saveend=True):
sensor = interruptdbmod.searchdata("element", element, "sensor")
if checkstopcondition(element):
global AUTO_data
#save data
if saveend:
saveblockingdiff(sensor)
#--
threadID = statusdataDBmod.read_status_data(AUTO_data, element,
"threadID")
if threadID != None and threadID != "":
#print "cancel the Thread of element=",element
threadID.cancel()
global BLOCKING_data
# change blocking counter
BlockingNumbers = statusdataDBmod.read_status_data(
BLOCKING_data, sensor, "BlockingNumbers")
BlockingNumbers = BlockingNumbers - 1
statusdataDBmod.write_status_data(BLOCKING_data, sensor,
"BlockingNumbers",
BlockingNumbers)
#--
#save data
saveblockingdiff(sensor)
#--
#print "Start removing blocking status"
statusdataDBmod.write_status_data(
hardwaremod.Blocking_Status, element, "priority",
NONBLOCKINGPRIORITY) #put the priority to lower levels
statusdataDBmod.write_status_data(AUTO_data, element, "threadID", None)
statusdataDBmod.write_status_data(AUTO_data, element, "blockingstate",
False)
else: # renew the blocking status
print("Interrupt LEVEL High, Do not stop blocking period, Extend it")
# reload the period in case this is chnaged
preemptiontimemin = hardwaremod.toint(
interruptdbmod.searchdata("element", element, "preemptive_period"),
0)
period = preemptiontimemin * 60
if period > 0:
startblockingstate(element, period)
def powerPIN_start(address, POWERPIN,logic,waittime): if POWERPIN!="": PowerPINlevel=statusdataDBmod.read_status_data(PowerPIN_Status,address+POWERPIN,"level") statusdataDBmod.write_status_data(PowerPIN_Status,address+POWERPIN,"level",PowerPINlevel+1) #PowerPIN_Status[POWERPIN]["level"]+=1 #start power pin PowerPINstate=statusdataDBmod.read_status_data(PowerPIN_Status,address+POWERPIN,"state") if PowerPINstate=="off": GPIO_setup(address, POWERPIN, "out") if logic=="pos": GPIO_output(address, POWERPIN, 1) statusdataDBmod.write_status_data(PowerPIN_Status,address+POWERPIN,"pinstate","1") #PowerPIN_Status[POWERPIN]["pinstate"]="1" else: GPIO_output(address, POWERPIN, 0) statusdataDBmod.write_status_data(PowerPIN_Status,address+POWERPIN,"pinstate","0") #PowerPIN_Status[POWERPIN]["pinstate"]="0" statusdataDBmod.write_status_data(PowerPIN_Status,address+POWERPIN,"state","on") #PowerPIN_Status[POWERPIN]["state"]="on" #print "PowerPin activated ", POWERPIN time.sleep(waittime) return True
def powerPIN_stop(address, POWERPIN,waittime): if POWERPIN!="": #set powerpin to zero again in case this is the last thread PowerPINlevel=statusdataDBmod.read_status_data(PowerPIN_Status,address+POWERPIN,"level") statusdataDBmod.write_status_data(PowerPIN_Status,address+POWERPIN,"level",PowerPINlevel-1) #PowerPIN_Status[POWERPIN]["level"]-=1 #stop power pin if (PowerPINlevel-1)<=0: PowerPINstate=statusdataDBmod.read_status_data(PowerPIN_Status,address+POWERPIN,"state") if PowerPINstate=="on": time.sleep(waittime) PowerPINpinstate=statusdataDBmod.read_status_data(PowerPIN_Status,address+POWERPIN,"pinstate") if PowerPINpinstate=="1": GPIO_output(address,POWERPIN, 0) statusdataDBmod.write_status_data(PowerPIN_Status,address+POWERPIN,"pinstate","0") #PowerPIN_Status[POWERPIN]["pinstate"]="0" elif PowerPINpinstate=="0": GPIO_output(address,POWERPIN, 1) statusdataDBmod.write_status_data(PowerPIN_Status,address+POWERPIN,"pinstate","1") #PowerPIN_Status[POWERPIN]["pinstate"]="1" statusdataDBmod.write_status_data(PowerPIN_Status,address+POWERPIN,"state","off") #PowerPIN_Status[POWERPIN]["state"]="off" return True
def endblocking(element, period):
if checkstopcondition(element):
global AUTO_data
threadID = statusdataDBmod.read_status_data(AUTO_data, element,
"threadID")
if threadID != None and threadID != "":
print "cancel the Thread of element=", element
threadID.cancel()
print "Start removing blocking status"
statusdataDBmod.write_status_data(
hardwaremod.Blocking_Status, element, "priority",
NONBLOCKINGPRIORITY) #put the priority to lower levels
statusdataDBmod.write_status_data(AUTO_data, element, "threadID", None)
statusdataDBmod.write_status_data(AUTO_data, element, "blockingstate",
False)
else:
print "Interrupt LEVEL High, Do not stop blocking period, Extend it"
startblockingstate(element, period)
def startblockingstate(element, periodsecond):
if periodsecond > 0:
global AUTO_data
# in case another timer is active on this element, cancel it
threadID = statusdataDBmod.read_status_data(AUTO_data, element,
"threadID")
if threadID != None and threadID != "":
print "cancel the Thread of element=", element
threadID.cancel()
statusdataDBmod.write_status_data(AUTO_data, element, "blockingstate",
True)
statusdataDBmod.write_status_data(
hardwaremod.Blocking_Status, element, "priority",
ACTIONPRIORITYLEVEL) #increse the priority to execute a command
nonblockingpriority = 0
threadID = threading.Timer(periodsecond, endblocking,
[element, periodsecond])
threadID.start()
statusdataDBmod.write_status_data(AUTO_data, element, "threadID",
threadID)
def automationexecute(refsensor, element):
sensor = automationdbmod.searchdata("element", element, "sensor")
# check the sensor
if refsensor == sensor:
logger.info('automation Pairing OK ---> Actuator: %s , Sensor: %s',
element, sensor)
# check the watering mode
modelist = ["None", "Full Auto", "Emergency Activation", "Alert Only"]
workmode = checkworkmode(element)
if (workmode == "None"):
# None case
print "No Action required, workmode set to None, element: ", element
logger.info(
"No Action required, workmode set to None, element: %s ",
element)
return
if (workmode == ""):
logger.info("Not able to get the workmode: %s ", element)
return
logger.info('Automantion, Get all the parameters')
sensormaxthreshold = hardwaremod.tonumber(
automationdbmod.searchdata("element", element,
"sensor_threshold")[1], 0)
sensorminthreshold = hardwaremod.tonumber(
automationdbmod.searchdata("element", element,
"sensor_threshold")[0],
sensormaxthreshold)
actuatormaxthreshold = hardwaremod.tonumber(
automationdbmod.searchdata("element", element,
"actuator_threshold")[1], 0)
actuatorminthreshold = hardwaremod.tonumber(
automationdbmod.searchdata("element", element,
"actuator_threshold")[0],
actuatormaxthreshold)
# evaluate variables for operational period check
starttime = datetime.strptime(
automationdbmod.searchdata("element", element, "allowedperiod")[0],
'%H:%M').time()
endtime = datetime.strptime(
automationdbmod.searchdata("element", element, "allowedperiod")[1],
'%H:%M').time()
# get other parameters
maxstepnumber = hardwaremod.toint(
automationdbmod.searchdata("element", element, "stepnumber"), 1)
waitingtime = hardwaremod.toint(
automationdbmod.searchdata("element", element,
"pausebetweenwtstepsmin"), 1)
mailtype = automationdbmod.searchdata("element", element,
"mailalerttype")
averageminutes = hardwaremod.tonumber(
automationdbmod.searchdata("element", element, "averagesample"), 1)
mathoperation = automationdbmod.searchdata("element", element,
"mathoperation")
# check sensor timetrigger
sensorcontrolcommand = hardwaremod.searchdata(hardwaremod.HW_INFO_NAME,
refsensor,
hardwaremod.HW_CTRL_CMD)
logger.info('Sensor control command: %s , Sensor: %s',
sensorcontrolcommand, sensor)
if sensorcontrolcommand == "returnzero":
logger.info('Modify parameter for the timetrigger')
#adjust the parameters in the way the activation condition is always obtained
sensormaxthreshold = 1
sensorminthreshold = -1
maxstepnumber = 1
averageminutes = 0
# Calculated Variables
if maxstepnumber < 1:
# not possible to proceed
print "No Action required, maxstepnumber <1, element: ", element
logger.info("No Action required, maxstepnumber <1, element: %s ",
element)
return
interval = (sensormaxthreshold - sensorminthreshold) / maxstepnumber
actuatorinterval = (actuatormaxthreshold -
actuatorminthreshold) / maxstepnumber
P = []
for I in range(0, maxstepnumber + 1):
P.append(actuatorminthreshold + I * actuatorinterval)
# ------------------------ Automation alghoritm
if workmode == "Full Auto":
# check if inside the allowed time period
print "full Auto Mode"
logger.info('full auto mode --> %s', element)
timeok = isNowInTimePeriod(
starttime, endtime,
datetime.now().time()) # don't use UTC here!
print "inside allowed time ", timeok, " starttime ", starttime, " endtime ", endtime
if timeok:
logger.info('inside allowed time')
isok, sensorvalue = sensorreading(
sensor, averageminutes, mathoperation
) # operation of sensor readings for a number of sample
if isok:
print "Sensor Value ", sensorvalue
if sensorminthreshold <= sensormaxthreshold:
print "Algorithm , element: ", element
logger.info("Forward algorithm , element: %s ",
element)
Inde = 0
maxs = sensorminthreshold + Inde * interval
if sensorvalue <= maxs:
status = "belowthreshold"
logger.info('below Minthreshold')
value = P[Inde]
# do relevant stuff
CheckActivateNotify(element, waitingtime, value,
mailtype, sensor, sensorvalue)
Inde = 1
for I in range(Inde, maxstepnumber):
mins = sensorminthreshold + (I - 1) * interval
maxs = sensorminthreshold + I * interval
if mins < sensorvalue <= maxs:
value = P[I]
logger.info('inside Range')
# do relevant stuff
CheckActivateNotify(element, waitingtime,
value, mailtype, sensor,
sensorvalue)
Inde = maxstepnumber
mins = sensorminthreshold + (Inde - 1) * interval
if mins < sensorvalue:
print "INDE:", Inde
value = P[Inde]
logger.info('beyond Range')
# do relevant stuff
CheckActivateNotify(element, waitingtime, value,
mailtype, sensor, sensorvalue)
# END MAIN ALGORITHM
else: # to be added case of inverse sensor condition, where the sensorminthreshold is higher than the sensormaxthreshold
print "Reverse Algorithm , element: ", element
logger.info("Reverse Algorithm , element: %s ",
element)
Inde = 0
maxs = sensorminthreshold + Inde * interval
if sensorvalue >= maxs:
status = "belowthreshold"
logger.info('Above MAXthreshold')
value = P[Inde]
# do relevant stuff
CheckActivateNotify(element, waitingtime, value,
mailtype, sensor, sensorvalue)
Inde = Inde + 1
for I in range(Inde, maxstepnumber):
mins = sensorminthreshold + (I - 1) * interval
maxs = sensorminthreshold + I * interval
if mins > sensorvalue >= maxs:
value = P[I]
# do relevant stuff
CheckActivateNotify(element, waitingtime,
value, mailtype, sensor,
sensorvalue)
Inde = maxstepnumber
mins = sensorminthreshold + (Inde - 1) * interval
if mins > sensorvalue:
print "INDE:", Inde
value = P[Inde]
# do relevant stuff
CheckActivateNotify(element, waitingtime, value,
mailtype, sensor, sensorvalue)
# END MAIN ALGORITHM - Reverse
else:
logger.error(
'No valid calculation operation on the stored sensor data'
)
else:
logger.info('Outside allowed Time, Stop')
elif workmode == "Emergency Activation":
print "Emergency Activation"
elif workmode == "Alert Only":
print "Alert Only"
# implment Critical alert message in case the sensor value is one interval more than Max_threshold
isok, sensorvalue = sensorreading(
sensor, averageminutes, mathoperation
) # operation of sensor readings for a number of sample
if isok:
if sensorminthreshold <= sensormaxthreshold:
if sensorvalue > sensormaxthreshold + interval:
logger.info('sensor %s exceeding limits', sensor)
textmessage = "CRITICAL: " + sensor + " reading " + str(
sensorvalue
) + " exceeding threshold limits, need to check the " + element
print textmessage
#send alert mail notification
alertcounter = statusdataDBmod.read_status_data(
AUTO_data, element, "alertcounter")
if alertcounter < 2:
if (mailtype != "none"):
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(
AUTO_data, element, "alertcounter",
alertcounter + 1)
else:
if sensorvalue < sensormaxthreshold + interval:
logger.info('sensor %s exceeding limits', sensor)
textmessage = "CRITICAL: " + sensor + " reading " + str(
sensorvalue
) + " exceeding threshold limits, need to check the " + element
print textmessage
#send alert mail notification
alertcounter = statusdataDBmod.read_status_data(
AUTO_data, element, "alertcounter")
if alertcounter < 2:
if (mailtype != "none"):
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(
AUTO_data, element, "alertcounter",
alertcounter + 1)
return
def gpio_pulse(cmd, message, recdata):
successflag=0
msgarray=message.split(":")
messagelen=len(msgarray)
PIN=msgarray[1]
testpulsetime=msgarray[2]
pulsesecond=int(testpulsetime)
logic="pos"
if messagelen>3:
logic=msgarray[3]
POWERPIN=""
if messagelen>4:
POWERPIN=msgarray[4]
address="" # this is the default address of the MCP 23017
if messagelen>5:
address=msgarray[5]
if address=="":
address="0x20"
activationmode=""
if messagelen>7:
activationmode=msgarray[7]
if isPinActive(address,PIN,logic):
if activationmode=="NOADD": # no action needed
print("No Action, pulse activated when PIN already active and activationmode is NOADD")
logger.warning("No Action, pulse activated when PIN already active and activationmode is NOADD")
successflag=1
recdata.append(cmd)
recdata.append(PIN)
recdata.append(successflag)
return True
# in case another timer is active on this PIN, cancel it
PINthreadID=statusdataDBmod.read_status_data(GPIO_data,address+PIN,"threadID")
if not PINthreadID==None:
#print "cancel the Thread of PIN=",PIN
PINthreadID.cancel()
else:
powerPIN_start(address, POWERPIN,logic,0.2) # it is assumed that the logic (pos,neg) of the powerpin is the same of the pin to pulse, in the future it might be useful to specify the powerpin logic separately
GPIO_setup(address, PIN, "out")
if logic=="pos":
level=1
else:
level=0
pulseok=GPIO_output(address, PIN, level)
if not pulseok:
msg="Not able to activate the pulse in GPIO Expansion, Address I2C: " + address + " PIN: "+ PIN
print(msg)
logger.error(msg)
recdata.append(cmd)
recdata.append(msg)
recdata.append(0)
return True
NewPINthreadID=threading.Timer(pulsesecond, endpulse, [address, PIN , logic , POWERPIN ])
NewPINthreadID.start()
statusdataDBmod.write_status_data(GPIO_data,address+PIN,"threadID",NewPINthreadID)
#print "pulse started", time.ctime() , " PIN=", PIN , " Logic=", logic
successflag=1
recdata.append(cmd)
recdata.append(PIN)
recdata.append(successflag)
return True
def automationexecute(refsensor,element):
sensor=automationdbmod.searchdata("element",element,"sensor")
# check the sensor
if refsensor==sensor:
logger.info('automation Pairing OK ---> Actuator: %s , Sensor: %s', element, sensor)
# check the watering mode
modelist=["None", "Full Auto" , "Emergency Activation" , "Alert Only"]
workmode=checkworkmode(element)
if (workmode=="None"):
# None case
print "No Action required, workmode set to None, element: " , element
logger.info("No Action required, workmode set to None, element: %s " , element)
return
if (workmode==""):
logger.info("Not able to get the workmode: %s " , element)
return
logger.info('Automantion, Get all the parameters')
sensormaxthreshold=hardwaremod.tonumber(automationdbmod.searchdata("element",element,"sensor_threshold")[1],0)
sensorminthreshold=hardwaremod.tonumber(automationdbmod.searchdata("element",element,"sensor_threshold")[0],sensormaxthreshold)
actuatormaxthreshold=hardwaremod.tonumber(automationdbmod.searchdata("element",element,"actuator_threshold")[1],0)
actuatorminthreshold=hardwaremod.tonumber(automationdbmod.searchdata("element",element,"actuator_threshold")[0],actuatormaxthreshold)
# evaluate variables for operational period check
now = datetime.now()
nowtime = now.time()
starttimeh=hardwaremod.toint(automationdbmod.searchdata("element",element,"allowedperiod")[0].split(":")[0],0)
starttimem=hardwaremod.toint(automationdbmod.searchdata("element",element,"allowedperiod")[0].split(":")[1],0)
endtimeh=hardwaremod.toint(automationdbmod.searchdata("element",element,"allowedperiod")[1].split(":")[0],1)
endtimem=hardwaremod.toint(automationdbmod.searchdata("element",element,"allowedperiod")[1].split(":")[1],0)
starttime=time(starttimeh,starttimem)
endtime=time(endtimeh,endtimem)
# get other parameters
maxstepnumber=hardwaremod.toint(automationdbmod.searchdata("element",element,"stepnumber"),1)
waitingtime=hardwaremod.toint(automationdbmod.searchdata("element",element,"pausebetweenwtstepsmin"),1)
mailtype=automationdbmod.searchdata("element",element,"mailalerttype")
averageminutes=hardwaremod.tonumber(automationdbmod.searchdata("element",element,"averagesample"),1)
mathoperation=automationdbmod.searchdata("element",element,"mathoperation")
# check sensor timetrigger
sensorcontrolcommand=hardwaremod.searchdata(hardwaremod.HW_INFO_NAME,refsensor,hardwaremod.HW_CTRL_CMD)
logger.info('Sensor control command: %s , Sensor: %s', sensorcontrolcommand, sensor)
if sensorcontrolcommand=="returnzero":
logger.info('Modify parameter for the timetrigger')
#adjust the parameters in the way the activation condition is always obtained
sensormaxthreshold=1
sensorminthreshold=-1
maxstepnumber=1
averageminutes=0
# Calculated Variables
if maxstepnumber<1:
# not possible to proceed
print "No Action required, maxstepnumber <1, element: " , element
logger.info("No Action required, maxstepnumber <1, element: %s " , element)
return
interval=(sensormaxthreshold-sensorminthreshold)/maxstepnumber
actuatorinterval=(actuatormaxthreshold-actuatorminthreshold)/maxstepnumber
P=[]
for I in range(0, maxstepnumber+1):
P.append(actuatorminthreshold+I*actuatorinterval)
# ------------------------ Automation alghoritm
if workmode=="Full Auto":
# check if inside the allowed time period
print "full Auto Mode"
logger.info('full auto mode --> %s', element)
timeok=isNowInTimePeriod(starttime, endtime, nowtime)
print "inside allowed time ", timeok , " starttime ", starttime , " endtime ", endtime
if timeok:
logger.info('inside allowed time')
isok,sensorvalue=sensorreading(sensor,averageminutes,mathoperation) # operation of sensor readings for a number of sample
if isok:
print "Sensor Value ", sensorvalue
if sensorminthreshold<=sensormaxthreshold:
print "Algorithm , element: " , element
logger.info("Forward algorithm , element: %s " , element)
Inde=0
maxs=sensorminthreshold+Inde*interval
if sensorvalue<=maxs:
status="belowthreshold"
logger.info('below Minthreshold')
value=P[Inde]
# do relevant stuff
CheckActivateNotify(element,waitingtime,value,mailtype,sensor,sensorvalue)
Inde=1
for I in range(Inde, maxstepnumber):
mins=sensorminthreshold+(I-1)*interval
maxs=sensorminthreshold+I*interval
if mins<sensorvalue<=maxs:
value=P[I]
logger.info('inside Range')
# do relevant stuff
CheckActivateNotify(element,waitingtime,value,mailtype,sensor,sensorvalue)
Inde=maxstepnumber
mins=sensorminthreshold+(Inde-1)*interval
if mins<sensorvalue:
print "INDE:",Inde
value=P[Inde]
logger.info('beyond Range')
# do relevant stuff
CheckActivateNotify(element,waitingtime,value,mailtype,sensor,sensorvalue)
# END MAIN ALGORITHM
else: # to be added case of inverse sensor condition, where the sensorminthreshold is higher than the sensormaxthreshold
print "Reverse Algorithm , element: " , element
logger.info("Reverse Algorithm , element: %s " , element)
Inde=0
maxs=sensorminthreshold+Inde*interval
if sensorvalue>=maxs:
status="belowthreshold"
logger.info('Above MAXthreshold')
value=P[Inde]
# do relevant stuff
CheckActivateNotify(element,waitingtime,value,mailtype,sensor,sensorvalue)
Inde=Inde+1
for I in range(Inde, maxstepnumber):
mins=sensorminthreshold+(I-1)*interval
maxs=sensorminthreshold+I*interval
if mins>sensorvalue>=maxs:
value=P[I]
# do relevant stuff
CheckActivateNotify(element,waitingtime,value,mailtype,sensor,sensorvalue)
Inde=maxstepnumber
mins=sensorminthreshold+(Inde-1)*interval
if mins>sensorvalue:
print "INDE:",Inde
value=P[Inde]
# do relevant stuff
CheckActivateNotify(element,waitingtime,value,mailtype,sensor,sensorvalue)
# END MAIN ALGORITHM - Reverse
else:
logger.info('No valid calculation operation on the stored sensor data')
elif workmode=="Emergency Activation":
print "Emergency Activation"
elif workmode=="Alert Only":
print "Alert Only"
# implment Critical alert message in case the sensor value is one interval more than Max_threshold
isok,sensorvalue=sensorreading(sensor,averageminutes,mathoperation) # operation of sensor readings for a number of sample
if isok:
if sensorminthreshold<=sensormaxthreshold:
if sensorvalue>sensormaxthreshold+interval:
logger.info('sensor %s exceeding limits', sensor)
textmessage="CRITICAL: "+ sensor + " reading " + str(sensorvalue) + " exceeding threshold limits, need to check the " + element
print textmessage
#send alert mail notification
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<2:
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
else:
if sensorvalue<sensormaxthreshold+interval:
logger.info('sensor %s exceeding limits', sensor)
textmessage="CRITICAL: "+ sensor + " reading " + str(sensorvalue) + " exceeding threshold limits, need to check the " + element
print textmessage
#send alert mail notification
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<2:
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
return
def autowateringexecute(refsensor,element):
global AUTO_data
sensor=autowateringdbmod.searchdata("element",element,"sensor")
# check the sensor
if refsensor==sensor:
print "auto watering check -----------------------------------------> ", element
logger.info('auto watering check --------------------------> %s', element)
# check the watering mode
modelist=["None", "Full Auto" , "Emergency Activation" , "Alert Only"]
workmode=checkworkmode(element)
if not(sensor in sensordbmod.gettablelist()):
print "Sensor does not exist " ,sensor , ", element: " , element
logger.error("Sensor does not exist %s , element: %s " ,sensor, element)
return "sensor not Exist"
maxthreshold=hardwaremod.tonumber(autowateringdbmod.searchdata("element",element,"threshold")[1],0)
minthreshold=hardwaremod.tonumber(autowateringdbmod.searchdata("element",element,"threshold")[0],maxthreshold)
# exit condition in case of data inconsistency
if minthreshold>=maxthreshold:
print "Data inconsistency , element: " , element
logger.error("Data inconsistency , element: %s " , element)
return "data inconsistency"
now = datetime.now()
nowtime = now.time()
starttimeh=hardwaremod.toint(autowateringdbmod.searchdata("element",element,"allowedperiod")[0].split(":")[0],0)
starttimem=hardwaremod.toint(autowateringdbmod.searchdata("element",element,"allowedperiod")[0].split(":")[1],0)
endtimeh=hardwaremod.toint(autowateringdbmod.searchdata("element",element,"allowedperiod")[1].split(":")[0],1)
endtimem=hardwaremod.toint(autowateringdbmod.searchdata("element",element,"allowedperiod")[1].split(":")[1],0)
starttime=time(starttimeh,starttimem)
endtime=time(endtimeh,endtimem)
duration=1000*hardwaremod.toint(autowateringdbmod.searchdata("element",element,"wtstepsec"),0)
maxstepnumber=hardwaremod.toint(autowateringdbmod.searchdata("element",element,"maxstepnumber"),0)
maxdays=hardwaremod.toint(autowateringdbmod.searchdata("element",element,"maxdaysbetweencycles"),0)
waitingtime=hardwaremod.toint(autowateringdbmod.searchdata("element",element,"pausebetweenwtstepsmin"),0)
mailtype=autowateringdbmod.searchdata("element",element,"mailalerttype")
minaccepted=hardwaremod.tonumber(autowateringdbmod.searchdata("element",element,"sensorminacceptedvalue"),0.1)
# ------------------------ Workmode split
if workmode=="Full Auto":
# block the wateringplan activation as by definition of "Full Auto"
allowwateringplan[element]=False
# check if inside the allowed time period
print "full Auto Mode"
logger.info('full auto mode --> %s', element)
timeok=isNowInTimePeriod(starttime, endtime, nowtime)
print "inside allowed time ", timeok , " starttime ", starttime , " endtime ", endtime
logger.info('full auto mode')
if timeok:
logger.info('inside allowed time')
belowthr,valid=checkminthreshold(sensor,minthreshold,minaccepted)
if valid:
if belowthr:
status="lowthreshold"
logger.info('below threshold')
# wait to seek a more stable reading of hygrometer
# check if time between watering events is larger that the waiting time (minutes)
lastwateringtime=statusdataDBmod.read_status_data(AUTO_data,element,"lastwateringtime")
print ' Previous watering: ' , lastwateringtime , ' Now: ', datetime.now()
timedifference=sensordbmod.timediffinminutes(lastwateringtime,datetime.now())
print 'Time interval between watering steps', timedifference ,'. threshold', waitingtime
logger.info('Time interval between watering steps %d threshold %d', timedifference,waitingtime)
if timedifference>waitingtime:
print " Sufficient waiting time"
logger.info('Sufficient waiting time')
# activate watering in case the maxstepnumber is not exceeded
watercounter=statusdataDBmod.read_status_data(AUTO_data,element,"watercounter")
if maxstepnumber>watercounter:
#activate pump
activatewater(element, duration)
# invia mail, considered as info, not as alert
if mailtype!="warningonly":
textmessage="INFO: " + sensor + " value below the minimum threshold " + str(minthreshold) + ", activating the watering :" + element
emailmod.sendallmail("alert", textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",watercounter+1)
statusdataDBmod.write_status_data(AUTO_data,element,"lastwateringtime",datetime.now())
else: # critical, sensor below minimum after all watering activations are done
logger.info('Number of watering time per cycle has been exceeeded')
# read hystory data and calculate the slope
timelist=hardwaremod.gettimedata(sensor)
cyclestartdate=statusdataDBmod.read_status_data(AUTO_data,element,"cyclestartdate")
lastwateringtime=statusdataDBmod.read_status_data(AUTO_data,element,"lastwateringtime")
startdate=cyclestartdate - timedelta(minutes=timelist[1])
enddate=lastwateringtime + timedelta(minutes=waitingtime)
isslopeok=checkinclination(sensor,startdate,enddate) # still to decide if use the enddate
if isslopeok:
# invia mail if couner alert is lower than 1
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<1:
textmessage="WARNING: Please consider to increase the amount of water per cycle, the "+ sensor + " value below the MINIMUM threshold " + str(minthreshold) + " still after activating the watering :" + element + " for " + str(maxstepnumber) + " times. System will automatically reset the watering cycle to allow more water"
print textmessage
#send alert mail notification
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
# reset watering cycle
status="done"
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",-1)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestartdate",datetime.now())
else: # slope not OK, probable hardware problem
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<3:
textmessage="CRITICAL: Possible hardware problem, "+ sensor + " value below the MINIMUM threshold " + str(minthreshold) + " still after activating the watering :" + element + " for " + str(maxstepnumber) + " times"
print textmessage
#send alert mail notification
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
# update the status
checkcounter=statusdataDBmod.read_status_data(AUTO_data,element,"checkcounter")
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus",status)
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",checkcounter+1)
# RAMPUP case above threshold but below maxthreshold
elif sensorreading(sensor)<maxthreshold: # intermediate state where the sensor is above the minthreshold but lower than the max threshold
# check the status of the automatic cycle
cyclestatus=statusdataDBmod.read_status_data(AUTO_data,element,"cyclestatus")
if cyclestatus!="done":
status="rampup"
# wait to seek a more stable reading of hygrometer
# check if time between watering events is larger that the waiting time (minutes)
lastwateringtime=statusdataDBmod.read_status_data(AUTO_data,element,"lastwateringtime")
if sensordbmod.timediffinminutes(lastwateringtime,datetime.now())>waitingtime:
watercounter=statusdataDBmod.read_status_data(AUTO_data,element,"watercounter")
if maxstepnumber>watercounter:
#activate pump
activatewater(element, duration)
# invia mail, considered as info, not as alert
if mailtype!="warningonly":
textmessage="INFO: " + sensor + " value below the Maximum threshold " + str(maxthreshold) + ", activating the watering :" + element
emailmod.sendallmail("alert", textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",watercounter+1)
statusdataDBmod.write_status_data(AUTO_data,element,"lastwateringtime",datetime.now())
else:
# give up to reache the maximum threshold, proceed as done, send alert
logger.info('Number of watering time per cycle has been exceeeded')
# invia mail if couner alert is lower than 1 --------------
# only if the info is activated
if mailtype!="warningonly":
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<2:
textmessage="INFO "+ sensor + " value below the Maximum threshold " + str(maxthreshold) + " still after activating the watering :" + element + " for " + str(maxstepnumber) + " times"
print textmessage
#send alert mail notification
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
# reset watering cycle
status="done"
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",-1)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestartdate",datetime.now())
# update the status
checkcounter=statusdataDBmod.read_status_data(AUTO_data,element,"checkcounter")
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus",status)
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",checkcounter+1)
else:
# update the status, reset cycle
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus","done")
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
elif workmode=="Emergency Activation":
# check if inside the allow time period
logger.info('Emergency Mode')
timeok=isNowInTimePeriod(starttime, endtime, nowtime)
print "inside allowed time ", timeok , " starttime ", starttime , " endtime ", endtime
if timeok:
belowthr,valid=checkminthreshold(sensor,minthreshold,minaccepted)
if valid:
if belowthr:
# wait to seek a more stable reading of hygrometer
# check if time between watering events is larger that the waiting time (minutes)
lastwateringtime=statusdataDBmod.read_status_data(AUTO_data,element,"lastwateringtime")
if sensordbmod.timediffinminutes(lastwateringtime,datetime.now())>waitingtime:
# activate watering in case the maxstepnumber is not exceeded
watercounter=statusdataDBmod.read_status_data(AUTO_data,element,"watercounter")
if maxstepnumber>watercounter:
#activate pump
activatewater(element, duration)
# invia mail, considered as info, not as alert
if mailtype!="warningonly":
textmessage="INFO: " + sensor + " value below the minimum threshold " + str(minthreshold) + ", activating the watering :" + element
emailmod.sendallmail("alert", textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",watercounter+1)
statusdataDBmod.write_status_data(AUTO_data,element,"lastwateringtime",datetime.now())
else:
logger.info('Number of watering time per cycle has been exceeeded')
# read hystory data and calculate the slope
timelist=hardwaremod.gettimedata(sensor)
cyclestartdate=statusdataDBmod.read_status_data(AUTO_data,element,"cyclestartdate")
lastwateringtime=statusdataDBmod.read_status_data(AUTO_data,element,"lastwateringtime")
startdate=cyclestartdate - timedelta(minutes=timelist[1])
enddate=lastwateringtime + timedelta(minutes=waitingtime)
isslopeok=checkinclination(sensor,startdate,enddate)
if isslopeok:
# invia mail if couner alert is lower than 1
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<1:
textmessage="WARNING: Please consider to increase the amount of water per cycle, the "+ sensor + " value below the MINIMUM threshold " + str(minthreshold) + " still after activating the watering :" + element + " for " + str(maxstepnumber) + " times. System will automatically reset the watering cycle to allow more water"
print textmessage
#send alert mail notification alertcounter
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
# reset watering cycle
status="done"
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",-1)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestartdate",datetime.now())
else: # slope not OK, probable hardware problem
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<3:
textmessage="CRITICAL: Possible hardware problem, "+ sensor + " value below the MINIMUM threshold " + str(minthreshold) + " still after activating the watering :" + element + " for " + str(maxstepnumber) + " times"
print textmessage
#send alert mail notification
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
# update the status
checkcounter=statusdataDBmod.read_status_data(AUTO_data,element,"checkcounter")
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus","lowthreshold")
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",checkcounter+1)
else:
# update the status
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus","done")
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
elif workmode=="under MIN over MAX":
logger.info('under MIN over MAX')
# normally watering plan is allowed unless over MAX threshold
allowwateringplan[element]=True
# check if inside the allow time period
timeok=isNowInTimePeriod(starttime, endtime, nowtime)
print "inside allowed time ", timeok , " starttime ", starttime , " endtime ", endtime
if timeok:
logger.info('Insede operative time')
belowthr,valid=checkminthreshold(sensor,minthreshold,minaccepted)
if valid:
logger.info('valid sensor reading')
if belowthr:
logger.info('sensor reading below threshold')
# wait to seek a more stable reading of hygrometer
# check if time between watering events is larger that the waiting time (minutes)
lastwateringtime=statusdataDBmod.read_status_data(AUTO_data,element,"lastwateringtime")
if sensordbmod.timediffinminutes(lastwateringtime,datetime.now())>waitingtime:
# activate watering in case the maxstepnumber is not exceeded
watercounter=statusdataDBmod.read_status_data(AUTO_data,element,"watercounter")
if maxstepnumber>watercounter:
logger.info('water Count not exceeded')
#activate pump
activatewater(element, duration)
# invia mail, considered as info, not as alert
if mailtype!="warningonly":
textmessage="INFO: " + sensor + " value below the minimum threshold " + str(minthreshold) + ", activating the watering :" + element
emailmod.sendallmail("alert", textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",watercounter+1)
statusdataDBmod.write_status_data(AUTO_data,element,"lastwateringtime",datetime.now())
else:
logger.info('Number of watering time per cycle has been exceeeded')
# read hystory data and calculate the slope
timelist=hardwaremod.gettimedata(sensor)
cyclestartdate=statusdataDBmod.read_status_data(AUTO_data,element,"cyclestartdate")
lastwateringtime=statusdataDBmod.read_status_data(AUTO_data,element,"lastwateringtime")
startdate=cyclestartdate - timedelta(minutes=timelist[1])
enddate=lastwateringtime + timedelta(minutes=waitingtime)
isslopeok=checkinclination(sensor,startdate,enddate)
if isslopeok:
# invia mail if couner alert is lower than 1
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<1:
textmessage="WARNING: Please consider to increase the amount of water per cycle, the "+ sensor + " value below the MINIMUM threshold " + str(minthreshold) + " still after activating the watering :" + element + " for " + str(maxstepnumber) + " times. System will automatically reset the watering cycle to allow more water"
print textmessage
#send alert mail notification
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
# reset watering cycle
status="done"
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",-1)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestartdate",datetime.now())
else: # slope not OK, probable hardware problem
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<3:
textmessage="CRITICAL: Possible hardware problem, "+ sensor + " value below the MINIMUM threshold " + str(minthreshold) + " still after activating the watering :" + element + " for " + str(maxstepnumber) + " times"
print textmessage
#send alert mail notification
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
# update the status
checkcounter=statusdataDBmod.read_status_data(AUTO_data,element,"checkcounter")
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus","lowthreshold")
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",checkcounter+1)
else: # above minimum threshold
logger.info('sensor reading above min threshold')
# update the status
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus","done")
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
if sensorreading(sensor)>maxthreshold:
logger.info('sensor reading above MAX threshold, deactivate scheduled irrigation')
# do not activate the irrigation scheduled in the time plan
allowwateringplan[element]=False
elif workmode=="Alert Only":
belowthr,valid=checkminthreshold(sensor,minthreshold,minaccepted)
if valid:
if belowthr:
# invia mail if couter alert is lower than
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<2:
textmessage="WARNING "+ sensor + " value below the minimum threshold " + str(minthreshold) + " watering system: " + element
print textmessage
#send alert mail notification
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
# update the status
checkcounter=statusdataDBmod.read_status_data(AUTO_data,element,"checkcounter")
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus","lowthreshold")
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",checkcounter+1)
else:
# update the status
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus","done")
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
else: # None case
print "No Action required, workmode set to None, element: " , element
logger.info("No Action required, workmode set to None, element: %s " , element)
cyclestatus=statusdataDBmod.read_status_data(AUTO_data,element,"cyclestatus")
if cyclestatus=="lowthreshold":
checkcounter=statusdataDBmod.read_status_data(AUTO_data,element,"checkcounter")
if checkcounter==1:
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestartdate",datetime.now())
# implment alert message for the cycle exceeding days, and reset the cycle
if workmode!="None":
cyclestartdate=statusdataDBmod.read_status_data(AUTO_data,element,"cyclestartdate")
timedeltadays=sensordbmod.timediffdays(datetime.now(),cyclestartdate)
if (timedeltadays > maxdays): #the upper limit is set in case of abrupt time change
textmessage="WARNING "+ sensor + " watering cycle is taking too many days, watering system: " + element + ". Reset watering cycle"
print textmessage
# in case of full Auto, activate pump for minimum pulse period
if workmode=="Full Auto":
if (timedeltadays < maxdays+2): #the upper limit is set in case of abrupt time change
textmessage="WARNING "+ sensor + " watering cycle is taking too many days, watering system: " + element + ". Activate Min pulse + Reset watering cycle"
activatewater(element, duration)
#send alert mail notification
if mailtype!="warningonly":
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
logger.error("Cycle started %s, Now is %s ", cyclestartdate.strftime("%Y-%m-%d %H:%M:%S"), datetime.now().strftime("%Y-%m-%d %H:%M:%S"))
# reset cycle
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestatus","done")
statusdataDBmod.write_status_data(AUTO_data,element,"checkcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"watercounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",0)
statusdataDBmod.write_status_data(AUTO_data,element,"cyclestartdate",datetime.now())
# implment Critical alert message in case the threshold is below the 0.5 of the minimum
if workmode!="None":
belowthr,valid=checkminthreshold(sensor,minthreshold*0.5,minaccepted)
if valid:
if belowthr:
logger.info('sensor %s below half of the actual set threshold', sensor)
textmessage="CRITICAL: Plant is dying, "+ sensor + " reading below half of the minimum threshold, need to check the " + element
print textmessage
#send alert mail notification
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<5:
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
else:
logger.info('sensor %s below valid data', sensor)
textmessage="WARNING: "+ sensor + " below valid data range, need to check sensor"
print textmessage
#send alert mail notification
alertcounter=statusdataDBmod.read_status_data(AUTO_data,element,"alertcounter")
if alertcounter<3:
emailmod.sendallmail("alert", textmessage)
logger.error(textmessage)
statusdataDBmod.write_status_data(AUTO_data,element,"alertcounter",alertcounter+1)
return
def cyclereset(element):
#AUTO_data["default"]={"lasteventtime":datetime.utcnow()- timedelta(minutes=waitingtime),"lastinterrupttime":datetime.utcnow(),
#"validinterruptcount":0,"eventactivated":False,"lastactiontime":datetime.utcnow()- timedelta(minutes=waitingtime),
#"actionvalue":0, "alertcounter":0, "infocounter":0, "status":"ok" , "threadID":None , "blockingstate":False}
#SENSOR_data["default"]={"Startcounttime":datetime.utcnow(),"InterruptCount":0} # this is for the actual frequency sensor
#PIN_attributes["default"]={"logic":"pos","refsensor":"","bouncetimeSec":0.001} # this is relebant to the PINs
#BLOCKING_data["default"]={"BlockingNumbers":0,"BlockingNumbersThreadID":None} # tihs is relenat to the Interrupt trigger
global AUTO_data
waitingtime = hardwaremod.toint(
interruptdbmod.searchdata("element", element, "preemptive_period"), 0)
statusdataDBmod.write_status_data(
AUTO_data, element, "lastactiontime",
datetime.utcnow() - timedelta(minutes=waitingtime))
statusdataDBmod.write_status_data(
AUTO_data, element, "lasteventtime",
datetime.utcnow() - timedelta(minutes=waitingtime))
statusdataDBmod.write_status_data(AUTO_data, element, "status", "ok")
statusdataDBmod.write_status_data(AUTO_data, element, "actionvalue", 0)
statusdataDBmod.write_status_data(AUTO_data, element, "alertcounter", 0)
statusdataDBmod.write_status_data(AUTO_data, element, "infocounter", 0)
statusdataDBmod.write_status_data(AUTO_data, element,
"validinterruptcount", 0)
# start procedure to stop blocking on this element
endblocking(element)
# reassess all the interrupt sensor related shit
elementlist = interruptdbmod.getelementlist()
sensorblockingcounter = {}
#print "elementlist" , elementlist
#print elementlist
for element in elementlist:
#print " ELEMENT " , element
workmode = checkworkmode(element)
if (workmode != "None") and (workmode != ""):
sensor = interruptdbmod.searchdata("element", element, "sensor")
#print " SENSOR " , sensor
if sensor != "":
#print "Blocking starte " , statusdataDBmod.read_status_data(AUTO_data,element,"blockingstate")
if statusdataDBmod.read_status_data(
AUTO_data, element,
"blockingstate"): # blocking state is TRUE
#print " TRUE ------------------------------------------------------- " , element
if sensor in sensorblockingcounter:
sensorblockingcounter[
sensor] = sensorblockingcounter[sensor] + 1
else:
sensorblockingcounter[sensor] = 1
print(sensorblockingcounter)
global BLOCKING_data
for sensor in sensorblockingcounter:
statusdataDBmod.write_status_data(BLOCKING_data, sensor,
"BlockingNumbers",
sensorblockingcounter[sensor])
def CheckActivateNotify(element, sensor, preemptiontime, actuatoroutput,
actionmodeafterfirst, actuatoroutputfollowup, mailtype,
interrupt_triggernumber, interrupt_validinterval,
triggermode):
value = actuatoroutput
isok = False
global AUTO_data
# check if in blocking state
lasteventtime = statusdataDBmod.read_status_data(AUTO_data, element,
"lasteventtime")
blockingstate = statusdataDBmod.read_status_data(AUTO_data, element,
"blockingstate")
#print ' Previous event: ' , lasteventtime , ' Now: ', datetime.utcnow()
#timedifference=sensordbmod.timediffinminutes(lasteventtime,datetime.utcnow())
#print 'Time interval between actions', timedifference ,'. threshold', preemptiontime
#logger.info('Time interval between Actions %d threshold %d', timedifference,preemptiontime)
# count the interrupt that are fast enough to stay in the valid interrupt period
#print "autodata" ,AUTO_data[element]
lastinterrupttime = statusdataDBmod.read_status_data(
AUTO_data, element, "lastinterrupttime")
nowtime = datetime.utcnow()
# ------------ Frequency
if triggermode == "Frequency": # triggermode=="Frequency":
NOWTIMELIST.append(nowtime)
validinterruptcount = statusdataDBmod.read_status_data(
AUTO_data, element, "validinterruptcount")
diffseconds = (nowtime - NOWTIMELIST[0]).total_seconds()
if diffseconds <= interrupt_validinterval: #valid interval between interrupt, increase counter
validinterruptcount = validinterruptcount + 1
else:
while (diffseconds > interrupt_validinterval) and (len(NOWTIMELIST)
> 1):
validinterruptcount = validinterruptcount - 1
diffseconds = (nowtime - NOWTIMELIST.pop(0)).total_seconds()
validinterruptcount = len(NOWTIMELIST)
statusdataDBmod.write_status_data(AUTO_data, element,
"validinterruptcount",
validinterruptcount)
#-------------Counter
else: # triggermode=="Counter":
#print ' Previous interrupt: ' , lastinterrupttime , ' Now: ', nowtime
diffseconds = (nowtime - lastinterrupttime).total_seconds()
statusdataDBmod.write_status_data(AUTO_data, element,
"lastinterrupttime", nowtime)
validinterruptcount = statusdataDBmod.read_status_data(
AUTO_data, element, "validinterruptcount")
if diffseconds <= interrupt_validinterval: #valid interval between interrupt, increase counter
validinterruptcount = validinterruptcount + 1
else: # time between interrupt too long, restart counter
# save on database
#x = threading.Thread(target=savedata, args=(sensor,validinterruptcount))
#x.start()
#reset counter and events
validinterruptcount = 1
statusdataDBmod.write_status_data(AUTO_data, element,
"validinterruptcount",
validinterruptcount)
#print(" validinterruptcount --------------------->", validinterruptcount)
#print "********" ,validinterruptcount , "******"
if validinterruptcount >= interrupt_triggernumber:
# set the validinterruptcount to zero
statusdataDBmod.write_status_data(AUTO_data, element,
"validinterruptcount", 0)
if not blockingstate: # outside the preemption period , first activation
#print " outside the preemption period "
#logger.info('outside the preemption period')
# before action, evaluate if trigger number is reached
print("Implement Actuator Value ", value)
logger.info('Procedure to start actuator %s, for value = %s',
element, value)
isok = activateactuator(element, value)
# invia mail, considered as info, not as alert
if mailtype != "none":
if mailtype != "warningonly":
textmessage = "INFO: " + sensor + " event , activating:" + element + " with Value " + str(
value)
#send mail using thread to avoid blocking
x = threading.Thread(target=emailmod.sendallmail,
args=("alert", textmessage))
x.start()
#emailmod.sendallmail("alert", textmessage)
if isok:
statusdataDBmod.write_status_data(AUTO_data, element,
"lasteventtime",
datetime.utcnow())
statusdataDBmod.write_status_data(AUTO_data, element,
"lastactiontime",
datetime.utcnow())
statusdataDBmod.write_status_data(AUTO_data, element,
"actionvalue", value)
# start the blocking state
print("Start blocking state")
startblockingstate(element, preemptiontime)
else:
# inside blocking state, this is the follow-up
#print " inside the preemption period, starting followup actions: " , actionmodeafterfirst
#logger.info('inside the preemption period, check followup actions %s :', actionmodeafterfirst)
if actionmodeafterfirst == "None":
return
if actionmodeafterfirst == "Extend blocking state": # extend only the pre-emption blocking period, no action
print("Extend blocking state")
startblockingstate(element, preemptiontime)
if actionmodeafterfirst == "Remove blocking state" or actionmodeafterfirst == "Remove and Follow-up": # remove the pre-emption blocking period, no action
print("Remove blocking state")
endblocking(element)
if actionmodeafterfirst == "Follow-up action" or actionmodeafterfirst == "Remove and Follow-up": # execute the action followup, no variation in the preemption period
value = actuatoroutputfollowup
# followup action
print("Implement Actuator Value followup", value)
logger.info(
'Procedure to start actuator followup %s, for value = %s',
element, value)
isok = activateactuator(element, value)
# invia mail, considered as info, not as alert
if mailtype != "none":
if mailtype != "warningonly":
textmessage = "INFO: " + sensor + " event , activating:" + element + " with Value " + str(
value)
x = threading.Thread(target=emailmod.sendallmail,
args=("alert", textmessage))
x.start()
#emailmod.sendallmail("alert", textmessage)
if isok:
statusdataDBmod.write_status_data(
AUTO_data, element, "lastactiontime",
datetime.utcnow())
statusdataDBmod.write_status_data(
AUTO_data, element, "actionvalue", value)
return isok
def WaitandRegisterNew(element, sensor, counter):
global AUTO_data
savedata(sensor, counter)
statusdataDBmod.write_status_data(AUTO_data, element + sensor,
"RegisterID", None)
