X-Git-Url: http://plrg.eecs.uci.edu/git/?p=smartthings-infrastructure.git;a=blobdiff_plain;f=Extractor%2FExtractorScript.py;h=e3947bcea00246461b50bb5e39ce58c72eafc579;hp=2d4493cee90f6bd2226fb2a4084121766bdc2341;hb=c02e3b520b797a7e31b25f4a27ec08050912112f;hpb=bd07590976e1951bd9f3cb48b02b0f8644b16662

diff --git a/Extractor/ExtractorScript.py b/Extractor/ExtractorScript.py
index 2d4493c..e3947bc 100644
--- a/Extractor/ExtractorScript.py
+++ b/Extractor/ExtractorScript.py
@@ -1,6 +1,141 @@
 import os
 readyToReturn = 0
 ToReturn = ""
+eventList = []
+eventAppList = [] # This list maps App1 or App2 to a specific event
+eventVarMap = {}
+eventVarCounterMap = {}
+capabilityMap = {}
+capabilityList = []
+app1Capabilities = []
+app2Capabilities = []
+app1Subscribe = False
+app2Subscribe = False
+
+# Mapping for event type and number of events
+# e.g., switch has 2 events: on and off
+eventTypeCounterMap =  {'lock': 2,
+						'nfcTouch' : 1,
+						'app' : 1,
+						'button' : 2,
+						'water' : 2,
+						'water.dry' : 1,
+						'water.wet' : 1,
+						'presence' : 2,
+						'doorState' : 2,
+						'motion' : 2,
+						'smoke' : 3,
+						'carbonMonoxide' : 3,
+						'battery' : 1,
+						'thermostatMode' : 5,
+						'thermostatFanMode' : 5,
+						'thermostatOperatingState' : 5,
+						'switch' : 2,
+						'location' : 3,
+						'mode' : 3,
+						'sunset' : 1,
+						'sunsetTime' : 1,
+						'sunrise' : 1,
+						'sunriseTime' : 1,
+						'acceleration' : 2,
+						'sleeping' : 2,
+						'goal' : 2,
+						'steps' : 2,
+						'color' : 1,
+						'colorTemperature' : 1,
+						'hue' : 1,
+						'saturation' : 1,
+						'energy' : 1,
+						'power' : 2,
+						'illuminance' : 2,
+						'humidity' : 2,
+						'alarm' : 4,
+						'contact' : 2,
+						'status' : 3,
+						'level' : 1,
+						'trackDescription' : 1,
+						'trackData' : 1,
+						'mute' : 2,
+						'temperature' : 2,
+						'heatingSetpoint' : 1,
+						'coolingSetpoint' : 1,
+						'thermostatSetpoint' : 1,
+						'threeAxis' : 1,
+						'carbonDioxide' : 1,
+						'consumableStatus' : 1,
+						'pH' : 1,
+						'pressure': 1,
+						'shock': 1,
+						'lqi': 1,
+						'rssi': 1,
+						'schedule': 1,
+						'sound': 1,
+						'soundPressureLevel' : 1,
+						'tamper' : 1,
+						'ultravioletIndex': 1,
+						'voltage': 1,
+						'windowShade': 1,
+						'touched': 1}
+
+# Mapping for specific event types
+eventTypesMap =  	   {'alarm.both': 'alarm',
+						'alarm.siren' : 'alarm',
+						'alarm.strobe' : 'alarm',
+						'alarm.off' : 'alarm',
+						'contact.open' : 'contact',
+						'contact.closed' : 'contact',
+						'tamper.tampered' : 'contact',
+						'doorState.open' : 'doorState',
+						'doorState.closed' : 'doorState',
+						'position' : 'location',
+						'mode' : 'location',
+						'mode.away' : 'location',
+						'mode.home' : 'location',
+						'mode.night' : 'location',
+						'lock.locked' : 'lock',
+						'lock.unlocked' : 'lock',
+						'motion.active' : 'motion',
+						'motion.inactive' : 'motion',
+						'status.playing' : 'status',
+						'status.stopped' : 'status',
+						'status.paused' : 'status',
+						'mute.muted' : 'mute',
+						'mute.unmuted' : 'mute',
+						'presence.present' : 'presence',
+						'presence.not present' : 'presence',
+						'presence.not' : 'presence',
+						'smoke.detected' : 'smoke',
+						'smoke.clear' : 'smoke',
+						'smoke.tested' : 'smoke',
+						'carbonMonoxide.detected' : 'carbonMonoxide',
+						'carbonMonoxide.clear' : 'carbonMonoxide',
+						'carbonMonoxide.tested' : 'carbonMonoxide',
+						'thermostatMode.cool' : 'thermostatMode',
+						'thermostatMode.auto' : 'thermostatMode',
+						'thermostatMode.emergencyHeat' : 'thermostatMode',
+						'thermostatMode.heat' : 'thermostatMode',
+						'thermostatMode.off' : 'thermostatMode',
+						'thermostatFanMode.auto' : 'thermostatFanMode',
+						'thermostatFanMode.fanCirculate' : 'thermostatFanMode',
+						'thermostatFanMode.circulate' : 'thermostatFanMode',
+						'thermostatFanMode.fanOn' : 'thermostatFanMode',
+						'thermostatFanMode.on' : 'thermostatFanMode',
+						'fanMode' : 'thermostatFanMode',
+						'fanMode.auto' : 'thermostatFanMode',
+						'fanMode.fanCirculate' : 'thermostatFanMode',
+						'fanMode.circulate' : 'thermostatFanMode',
+						'fanMode.fanOn' : 'thermostatFanMode',
+						'fanMode.on' : 'thermostatFanMode',
+						'switch.on' : 'switch',
+						'switch.off' : 'switch',
+						'button.pushed' : 'button',
+						'button.held' : 'button',
+						'acceleration.active' : 'acceleration',
+						'acceleration.inactive' : 'acceleration',
+						'sleeping.sleeping' : 'sleeping',
+						'sleeping.not sleeping' : 'sleeping',
+						'water.dry' : 'water',
+						'water.wet' : 'water'}
 
 def GetToken(f):
 	global readyToReturn
@@ -32,36 +167,20 @@ def GetToken(f):
 		if not c:
 			return "EOF"
 
-def ExtractMethods(F, inputMethodsFile, appName):
+def ExtractFunctions(F, appName):
+	global eventList
+	global eventAppList
+	global eventTypesMap
+	global app1Subscribe
+	global app2Subscribe
 	Temp = GetToken(F)
-	inputMethod = ""
 	while (Temp != "EOF"):
-		#Extract the input methods
-		if (Temp == "input"):
-			inputMethod += Temp
-			Temp = GetToken(F) #",(,input
-			#input "","",linkedHashMap
-			if (Temp == "\""):
-				while (Temp!="input" and Temp!="}"):
-					inputMethod += Temp
-					Temp = GetToken(F)
-				inputMethod += ",\""+appName+"\""
-			#input ()
-			elif (Temp == "("):
-				while (Temp!=")"):
-					inputMethod += Temp
-					Temp = GetToken(F)
-				inputMethod += ",\""+appName+"\")"
-			#input linkedHashMap
-			elif (Temp == "input"):
-				while (Temp!="input" and Temp!="}"):
-					inputMethod += Temp
-					Temp = GetToken(F)
-				inputMethod += ",\""+appName+"\""
-		elif (Temp == "def"):
+		if (Temp == "def" or Temp == "private"):
 			Temp = GetToken(F)
+			if (Temp == "def" or Temp == "private"):
+				Temp = GetToken(F)
 			NameofFunc = Temp
-			if (GetToken(F) != "="): #We have a function to create object for
+			if (GetToken(F) == "("): #We have a function to create object for
 				if (appName == "App1"):
 					extractedFunctionsApp1.write("//Global Object for functions in subscribe method!\n")	
 					extractedFunctionsApp1.write("def %s = this.&" % NameofFunc)
@@ -70,48 +189,1036 @@ def ExtractMethods(F, inputMethodsFile, appName):
 					extractedFunctionsApp2.write("//Global Object for functions in subscribe method!\n")	
 					extractedFunctionsApp2.write("def %s = this.&" % NameofFunc)
 					extractedFunctionsApp2.write("%s\n" % NameofFunc)
-		if (Temp!="input"):
-			Temp=GetToken(F)
-		if (inputMethod != ""):
-			inputMethodsFile.write(inputMethod+"\n")
-			inputMethod = ""
 		
+		#Check subscribed events
+		if (Temp == "initialize" or Temp == "installed"):
+			Temp = GetToken(F)
+			Temp = GetToken(F)
+			Temp = GetToken(F)
+			# If it is a schedule function, then extract the scheduled method and put it as one of the events
+			if (Temp == "schedule"):
+				eventList.append("schedule")
+				if (appName == "App1"):
+					eventAppList.append("App1")
+				else:
+					eventAppList.append("App2")
+				while Temp != ",":
+					Temp = GetToken(F)
+				Temp = GetToken(F)
+				# If this is a " then get the next one still---we are interested in the scheduled function name
+				if (Temp == "\""):
+					Temp = GetToken(F)
+				# Insert function name into the map
+				if "schedule" in eventVarMap.keys():
+					listOfEvents = eventVarMap["schedule"]
+					listOfEvents.append(Temp)
+				else:
+					eventVarMap["schedule"] = [Temp]
+		
+		#Check input capability
+		if (Temp == "input"):
+			while Temp != "\"":
+				Temp = GetToken(F)
+			variable = GetToken(F)
+			Temp = GetToken(F) #Get '"'
+			Temp = GetToken(F) #Get ','
+			while Temp != "\"":
+				Temp = GetToken(F)
+			capability = GetToken(F)
+			capabilityMap[variable] = capability
+		
+		#Check subscribed events
+		if (Temp == "subscribe"):
+			if (appName == "App1"):
+				app1Subscribe = True
+			else:
+				app2Subscribe = True
+			Temp = GetToken(F)
+			if (Temp == "("):
+				Temp = GetToken(F)
+			variable = Temp
+			while (Temp != "\"" and Temp != "app" and Temp != "location"):
+				Temp = GetToken(F)
+			if Temp == "location":
+				# See if we have another case for location
+				Temp = GetToken(F) # Get ','
+				Temp = GetToken(F) # Get '"'
+				if Temp == "\"":
+					Temp = GetToken(F)			
+				else:
+					# This is the special case where we will see, e.g., sunset, sunrise, etc.
+					Temp = "location"
+			if Temp == "\"":
+				Temp = GetToken(F)
+
+			#print "DEBUG: %s - %s" % (variable, Temp)
+			#print capabilityMap
+			#print "DEBUG: location variable: %s" % Temp	
 
+            #This is a bogus event, just skip it...
+			if Temp == "unlock":
+				continue                        
+			#Translate and reduce through mapping
+			if Temp in eventTypesMap.keys():		
+				Temp = eventTypesMap[Temp]
+			if Temp == "app" or Temp == "location" or Temp == "mode" or Temp == "sunset" or Temp == "sunrise" or Temp == "sunsetTime" or Temp == "sunriseTime":
+				if Temp not in eventList:
+					eventList.append(Temp)
+					if (appName == "App1"):
+						eventAppList.append("App1")
+					else:
+						eventAppList.append("App2")
+			elif Temp not in eventList or (variable in capabilityMap.keys() and capabilityMap[variable] not in capabilityList):
+				# We do not repeat the same capability twice
+				capability = capabilityMap[variable]
+				capabilityList.append(capability)
+				eventList.append(Temp)
+				if (appName == "App1"):
+					eventAppList.append("App1")
+				else:
+					eventAppList.append("App2")
+				if Temp in eventVarMap.keys():
+					listOfEvents = eventVarMap[Temp]
+					listOfEvents.append(variable)
+				else:
+					eventVarMap[Temp] = [variable]
+			#print "DEBUG: %s - %s" % (variable, Temp)
+			#print capabilityMap
+			#print eventList
+
+		#Check and analyze capabilities for physical interaction
+		AnalyzeCapabilities(Temp, appName, F)
+
+		Temp = GetToken(F)
+	
+	#Warn if there is a potential for physical interaction
+	AnalyzePhysicalInteraction(app1Capabilities, app2Capabilities)
+	AnalyzePhysicalInteraction(app2Capabilities, app1Capabilities)
+
+def AnalyzeCapabilities(Temp, appName, F):
+			#Illuminance related
+	if (Temp == "capability.switch" or
+			Temp == "capability.switchLevel" or
+			Temp == "capability.illuminanceMeasurement" or
+			Temp == "capability.colorControl" or
+			Temp == "capability.colorTemperature" or
+			#Motion related
+			Temp == "capability.motionSensor" or
+			Temp == "capability.accelerationSensor" or
+			#Water related
+			Temp == "capability.valve" or
+			Temp == "capability.waterSensor" or
+			#Sound related
+			Temp == "capability.musicPlayer" or
+			Temp == "capability.alarm" or
+			Temp == "capability.speechSynthesis" or
+			Temp == "capability.soundSensor"):
+		if (appName == "App1"):
+			app1Capabilities.append(Temp)
+		else:
+			app2Capabilities.append(Temp)
+	if (Temp == "capability"):
+		Temp = GetToken(F) #Get '"'
+		Temp = GetToken(F) #Get 'Music'
+		Temp = Temp + GetToken(F) #Get 'Player'
+		if (Temp == "MusicPlayer"):
+			if (appName == "App1"):
+				app1Capabilities.append("capability.musicPlayer")
+			else:
+				app2Capabilities.append("capability.musicPlayer")
+			
+def AnalyzePhysicalInteraction(app1Capab, app2Capab):
+	#Light
+	if ("capability.illuminanceMeasurement" in app1Capab) and ("capability.switch" in app2Capab or 
+			"capability.switchLevel" in app2Capab or "capability.colorControl" or "capability.colorTemperature" in app2Capab):
+		print ("\nWARNING: Potential PHYSICAL CONFLICT (light) detected between App1 and App2!\n")
+	#Motion
+	# TODO: Technically this is not entirely precise since we need to be able to detect that the other app creates motion
+	if ("capability.motionSensor" in app1Capab) or ("capability.accelerationSensor" in app1Capab):
+		print ("\nWARNING: Potential PHYSICAL CONFLICT (motion) detected between App1 and App2!\n")		
+	#Water
+	if ("capability.waterSensor" in app1Capab) and ("capability.valve" in app2Capab or 
+			"capability.switch" in app2Capab):
+		print ("\nWARNING: Potential PHYSICAL CONFLICT (water) detected between App1 and App2!\n")
+	#Sound
+	if ("capability.soundSensor" in app1Capab) and ("capability.musicPlayer" in app2Capab or 
+			"capability.alarm" in app2Capab or "capability.speechSynthesis" in app2Capab):
+		print ("\nWARNING: Potential PHYSICAL CONFLICT (sound) detected between App1 and App2!\n")
 
-#Extract the methods from App1 and store in inputMethodsFile
+def CountEvents():
+	global eventList
+	numOfActualEvents = 0
+	#print "DEBUG: eventlist: %d" % len(eventList)
+	#print "DEBUG: eventlist: %s" % eventList
+	for event in eventList:
+		print "DEBUG: Event: %s %d" % (event, eventTypeCounterMap[event])
+		numOfActualEvents = numOfActualEvents + eventTypeCounterMap[event]
+	return numOfActualEvents
+
+def ExtractEvents(extractedEvents):
+	global eventList
+	global eventAppList
+	global eventVarMap
+	global capabilityMap
+	global eventVarCounterMap
+	# Count the number of events
+	numOfActualEvents = CountEvents()
+	extractedEvents.write("while(true) {\n")
+	# We use Verify.getIntFromList() instead of Verify.getInt() since we want to manipulate the
+	# choices in the list/set to implement POR
+	#extractedEvents.write("\tdef eventNumber = Verify.getInt(0,%d)\n" % (numOfActualEvents - 1))
+	extractedEvents.write("\tdef eventNumber = Verify.getIntFromList(0,")
+	for x in range (1, numOfActualEvents - 1):
+		extractedEvents.write("%d," % x)
+	extractedEvents.write("%d)\n" % (numOfActualEvents - 1))
+	extractedEvents.write("\tswitch(eventNumber) {\n")
+	counter = 0
+	indexApp1 = 0
+	if "App2" in eventAppList:
+		indexApp2 = eventAppList.index("App2")
+	else:
+		indexApp2 = len(eventList)
+	indexApp2Start = indexApp2
+	#print "DEBUG: App1: %d" % indexApp1
+	#print "DEBUG: App2: %d" % indexApp2
+	#print "DEBUG: eventList: %d" % len(eventList)
+	#print capabilityMap
+	#print eventVarMap
+	#print eventAppList
+	#print eventList
+	if indexApp2Start > 0:
+		isApp1 = True
+	else:
+		isApp1 = False
+	while counter < numOfActualEvents:
+		# Interleave events from App1 and App2
+		if isApp1 is True:
+			i = indexApp1
+			indexApp1 = indexApp1 + 1
+			if indexApp2 < len(eventList):
+				isApp1 = False
+		else:
+			i = indexApp2
+			indexApp2 = indexApp2 + 1
+			if indexApp1 < indexApp2Start:
+				isApp1 = True
+		#print "DEBUG: i: %d" % i
+		extractedEvents.write("\t\tcase %d:\n" % counter)
+		if eventList[i] == "schedule":
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			currentMethod = variable[eventVarCount]
+			extractedEvents.write("\t\t\t// Scheduled method in installed() or intialize()\n")
+			extractedEvents.write("\t\t\t%s.%s()" % (eventAppList[i].lower(), currentMethod))
+		elif eventList[i] == "lock":
+			#Write two events subsequently
+			event = open("eventSimulator/lockLockedEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/lockUnlockedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "nfcTouch":
+			event = open("eventSimulator/nfcTouchEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "app": #Case for Touched event
+			event = open("eventSimulator/appTouchEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "button":
+			#Check which capability
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			capability = capabilityMap[variable[eventVarCount]]
+			#Write two events subsequently
+			if capability == "capability.button":
+				event = open("eventSimulator/buttonHeldEvent.groovy", "r")
+			elif capability == "device.aeonKeyFob":
+				event = open("eventSimulator/aeonKeyFobHeldEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			if capability == "capability.button":
+				event = open("eventSimulator/buttonPushedEvent.groovy", "r")
+			elif capability == "device.aeonKeyFob":
+				event = open("eventSimulator/aeonKeyFobPushedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "water":
+			#Write two events subsequently
+			event = open("eventSimulator/waterDryEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/waterWetEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "presence":
+			#Check which capability
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			capability = capabilityMap[variable[eventVarCount]]
+			#Write two events subsequently
+			if capability == "capability.presenceSensor":
+				event = open("eventSimulator/presencePresentEvent.groovy", "r")
+			elif capability == "capability.beacon":
+				event = open("eventSimulator/beaconPresentEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			if capability == "capability.presenceSensor":
+				event = open("eventSimulator/presenceLeftEvent.groovy", "r")
+			elif capability == "capability.beacon":
+				event = open("eventSimulator/beaconLeftEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "doorState":
+			#Write two events subsequently
+			event = open("eventSimulator/doorOpenEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/doorClosedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "motion":
+                        print("HERE????")
+			#Write two events subsequently
+			event = open("eventSimulator/motionActiveEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/motionInactiveEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "smoke":
+			#Write three events subsequently
+			event = open("eventSimulator/smokeClearEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/smokeDetectedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/smokeTestedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "carbonMonoxide":
+			#Check which capability
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			capability = capabilityMap[variable[eventVarCount]]
+			#Write three events subsequently	
+			if capability == "capability.smokeDetector":
+				event = open("eventSimulator/smokeCarbonMonoxideClearEvent.groovy", "r")
+			elif capability == "capability.carbonMonoxideDetector":
+				event = open("eventSimulator/carbonMonoxideClearEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			if capability == "capability.smokeDetector":
+				event = open("eventSimulator/smokeCarbonMonoxideDetectedEvent.groovy", "r")
+			elif capability == "capability.carbonMonoxideDetector":
+				event = open("eventSimulator/carbonMonoxideDetectedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			if capability == "capability.smokeDetector":
+				event = open("eventSimulator/smokeCarbonMonoxideTestedEvent.groovy", "r")
+			elif capability == "capability.carbonMonoxideDetector":
+				event = open("eventSimulator/carbonMonoxideTestedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "battery":
+			#Check which capability
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			capability = capabilityMap[variable[eventVarCount]]
+			if capability == "capability.smokeDetector":
+				event = open("eventSimulator/smokeDetectorBatteryEvent.groovy", "r")
+			elif capability == "capability.battery":
+				event = open("eventSimulator/batteryBatteryEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "thermostatMode":
+			#Write five events subsequently
+			event = open("eventSimulator/thermostatAutoModeEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatCoolModeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatEmergencyHeatModeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatHeatModeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatOffModeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "thermostatFanMode":
+			#Write five events subsequently
+			event = open("eventSimulator/thermostatAutoFanModeEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatFanCirculateFanModeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatCirculateFanModeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatFanOnFanModeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatOnFanModeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "thermostatOperatingState":
+			#Write five events subsequently
+			event = open("eventSimulator/thermostatOperatingStateAutoEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatOperatingStateCoolEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatOperatingStateOffEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatOperatingStateEmergencyHeatEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/thermostatOperatingStateHeatEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "switch":
+			#Check which capability
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			capability = capabilityMap[variable[eventVarCount]]
+			#Write two events subsequently
+                        print("//////////////////////")
+                        print(capability)
+			if capability == "capability.switch":
+				event = open("eventSimulator/switchOnEvent.groovy", "r")
+			elif capability == "capability.switchLevel":
+				event = open("eventSimulator/switchLevelOnEvent.groovy", "r")
+			elif capability == "capability.relaySwitch":
+				event = open("eventSimulator/relaySwitchOnEvent.groovy", "r")
+			elif capability == "capability.colorControl":
+				event = open("eventSimulator/colorControlSwitchOnEvent.groovy", "r")
+			elif capability == "capability.colorTemperature":
+				event = open("eventSimulator/colorTemperatureSwitchOnEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			if capability == "capability.switch":
+				event = open("eventSimulator/switchOffEvent.groovy", "r")
+			elif capability == "capability.switchLevel":
+				event = open("eventSimulator/switchLevelOffEvent.groovy", "r")
+			elif capability == "capability.relaySwitch":
+				event = open("eventSimulator/relaySwitchOffEvent.groovy", "r")
+			elif capability == "capability.colorControl":
+				event = open("eventSimulator/colorControlSwitchOffEvent.groovy", "r")
+			elif capability == "capability.colorTemperature":
+				event = open("eventSimulator/colorTemperatureSwitchOffEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "location": #Case for Location event
+			#Write three events subsequently
+			event = open("eventSimulator/locationHomeEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/locationAwayEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/locationNightEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "sunrise":
+			event = open("eventSimulator/locationSunriseEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "sunset":
+			event = open("eventSimulator/locationSunsetEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "sunsetTime":
+			event = open("eventSimulator/locationSunsetTimeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "sunriseTime":
+			event = open("eventSimulator/locationSunriseTimeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "acceleration":
+			#Write two events subsequently
+			event = open("eventSimulator/accelerationActiveEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/accelerationInactiveEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "sleeping":
+			#Write two events subsequently
+			event = open("eventSimulator/sleepSleepingEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/sleepNotSleepingEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "goal":
+			#Write two events subsequently
+			event = open("eventSimulator/stepGoalHighEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/stepGoalLowEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "steps":
+			#Write two events subsequently
+			event = open("eventSimulator/stepStepsHighEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/stepStepsLowEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "color":
+			event = open("eventSimulator/colorChangeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "colorTemperature":
+			event = open("eventSimulator/colorTemperatureEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "hue":
+			event = open("eventSimulator/hueChangeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "saturation":
+			event = open("eventSimulator/saturationChangeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "energy":
+			event = open("eventSimulator/energyMeterEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "power":
+			#Write two events subsequently
+			event = open("eventSimulator/powerMeterHighPowerEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/powerMeterLowPowerEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "illuminance":
+			event = open("eventSimulator/illuminanceMeasurementLowEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/illuminanceMeasurementHighEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "humidity":
+			event = open("eventSimulator/humidityHighMeasurementEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/humidityLowMeasurementEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "alarm":
+			#Write four events subsequently
+			event = open("eventSimulator/alarmBothEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/alarmSirenEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/alarmStrobeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/alarmOffEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "contact":
+			#Check which capability
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			capability = capabilityMap[variable[eventVarCount]]
+			#Write two events subsequently
+			if capability == "capability.contactSensor":
+				event = open("eventSimulator/contactDefaultClosedEvent.groovy", "r")
+			elif capability == "capability.valve":
+				event = open("eventSimulator/valveClosedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			if capability == "capability.contactSensor":
+				event = open("eventSimulator/contactDefaultOpenEvent.groovy", "r")
+			elif capability == "capability.valve":
+				event = open("eventSimulator/valveOpenEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "status":
+			#Write three events subsequently
+			event = open("eventSimulator/musicPlayerPlayingEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/musicPlayerStoppedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/musicPlayerPausedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "level":
+			#Check which capability
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			capability = capabilityMap[variable[eventVarCount]]
+			if capability == "capability.musicPlayer":
+				event = open("eventSimulator/musicPlayerLevelEvent.groovy", "r")
+			elif capability == "capability.switchLevel":
+				event = open("eventSimulator/switchLevelEvent.groovy", "r")
+			elif capability == "capability.colorControl":
+				event = open("eventSimulator/colorLevelChangeEvent.groovy", "r")
+                        elif capability == "capability.switch":
+                                event = open("eventSimulator/switchLevelChangeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "trackDescription":
+			event = open("eventSimulator/musicPlayerTrackDescriptionEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "trackData":
+			event = open("eventSimulator/musicPlayerTrackDataEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "mute":
+			#Write two events subsequently
+			event = open("eventSimulator/musicPlayerUnmutedEvent.groovy", "r")			
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			event = open("eventSimulator/musicPlayerMutedEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "temperature":
+			#Check which capability
+			variable = eventVarMap[eventList[i]]
+			if eventList[i] not in eventVarCounterMap.keys():
+				eventVarCounterMap[eventList[i]] = 1
+				eventVarCount = 0
+			else:
+				eventVarCount = eventVarCounterMap[eventList[i]]
+				eventVarCounterMap[eventList[i]] = eventVarCount + 1
+			capability = capabilityMap[variable[eventVarCount]]
+			#Write two events subsequently
+			if capability == "capability.thermostat":
+				event = open("eventSimulator/temperatureHighEvent.groovy", "r")
+			elif capability == "capability.temperatureMeasurement":
+				event = open("eventSimulator/temperatureHighMeasurementEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			extractedEvents.write("\n\t\t\tbreak\n")
+			counter = counter + 1
+			extractedEvents.write("\t\tcase %d:\n" % counter)
+			if capability == "capability.thermostat":
+				event = open("eventSimulator/temperatureLowEvent.groovy", "r")
+			elif capability == "capability.temperatureMeasurement":
+				event = open("eventSimulator/temperatureLowMeasurementEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "heatingSetpoint":
+			event = open("eventSimulator/heatingSetpointEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "coolingSetpoint":
+			event = open("eventSimulator/coolingSetpointEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "thermostatSetpoint":
+			event = open("eventSimulator/thermostatSetpointEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+                elif eventList[i] == "threeAxis":
+                        event = open("eventSimulator/threeAxisChangeEvent.groovy", "r")
+                        for line in event:
+                                extractedEvents.write(line)
+                        event.close()
+		elif eventList[i] == "carbonDioxide":
+			event = open("eventSimulator/carbonDioxideEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "consumableStatus":
+			event = open("eventSimulator/consumableStatusEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "pH":
+			event = open("eventSimulator/pHEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "pressure":
+			event = open("eventSimulator/pressureEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "shock":
+			event = open("eventSimulator/shockEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "lqi":
+			event = open("eventSimulator/lqiEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "rssi":
+			event = open("eventSimulator/rssiEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "sound":
+			event = open("eventSimulator/soundEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "soundPressureLevel":
+			event = open("eventSimulator/soundPressureLevelEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "tamper":
+			event = open("eventSimulator/tamperEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "voltage":
+			event = open("eventSimulator/voltageEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "ultravioletIndex":
+			event = open("eventSimulator/ultravioletIndexEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+		elif eventList[i] == "windowShade":
+			event = open("eventSimulator/windowShadeEvent.groovy", "r")
+			for line in event:
+				extractedEvents.write(line)
+			event.close()
+			
+		###TODO: Add more events later
+		extractedEvents.write("\n\t\t\tbreak\n")
+		counter = counter + 1
+	extractedEvents.write("\t}\n")
+	extractedEvents.write("\tprintln(\"\\nEVENT NUMBER: \" + eventNumber)\n");
+	extractedEvents.write("}\n")
+	
+def CheckIfOnlyTouchEvents():
+	#Check and throw an error if it is all touch events
+	#This is called Direct-Direct interaction and we do not model-check for this case
+	onlyTouchEvents = True
+	for item in eventList:
+		if item != "nfcTouch" and item != "app" and item != "button":
+			onlyTouchEvents = False
+	if onlyTouchEvents is True and app1Subscribe is True and app2Subscribe is True:
+		# Write error log file
+		extractError = open("appCreationError.log", "w+")
+		extractError.write("Direct-Direct Interaction detected: we are skipping this pair...\n")
+		extractError.close()
+		raise Exception("\n\nDirect-Direct Interaction detected: we are skipping this pair...\n\n")
+
+
+#Extract objects to call functions from App1
 F1 = open("Extractor/App1/App1.groovy", "r")
-inputMethodsFile1 = open("Extractor/App1/inputMethodsFile1.groovy", "w+")
 extractedFunctionsApp1 = open("Extractor/App1/extractedFunctionsApp1.groovy", "w+")
-ExtractMethods(F1, inputMethodsFile1, "App1")
-inputMethodsFile1.close()
+ExtractFunctions(F1, "App1")
 F1.close()
 
-#Extract the methods from App2 and store in inputMethodsFile
+#Extract objects to call functions from App2
 F2 = open("Extractor/App2/App2.groovy", "r")
-inputMethodsFile2 = open("Extractor/App2/inputMethodsFile2.groovy", "w+")
 extractedFunctionsApp2 = open("Extractor/App2/extractedFunctionsApp2.groovy", "w+")
-ExtractMethods(F2, inputMethodsFile2, "App2")
-inputMethodsFile2.close()
+ExtractFunctions(F2, "App2")
 F2.close()
 
+#Prepare eventSimulator file while parsing the App1 and App2 files
+extractedEvents = open("eventSimulator/eventSimulator.groovy", "w+")
+CheckIfOnlyTouchEvents()
+ExtractEvents(extractedEvents)
+extractedEvents.close()
 
-#Save the extracted methods and methods functions in a same file
+#Save the extracted methods and app1 in a same file to extract information
 extractorFile = open("Extractor/extractorFile.groovy", "w+")
-inputMethodsFile1 = open("Extractor/App1/inputMethodsFile1.groovy", "r")
-inputMethodsFile2 = open("Extractor/App2/inputMethodsFile2.groovy", "r")
-inputMethods = open("Extractor/inputMethods.groovy", "r")
-for line in inputMethods:
+Extractor = open("Extractor/Extractor.groovy", "r")
+F1 = open("Extractor/App1/App1.groovy", "r")
+
+extractorFile.write("////////////////////\n")
+extractorFile.write("@Field App\n")
+extractorFile.write("App = \"App1\"")
+extractorFile.write("\n")
+for line in Extractor:
 	extractorFile.write(line)
 extractorFile.write("\n\n")
-for line in inputMethodsFile1:
-	extractorFile.write(line)
-for line in inputMethodsFile2:
+for line in F1:
 	extractorFile.write(line)
 extractorFile.close()
-inputMethodsFile1.close()
-inputMethodsFile2.close()
-inputMethods.close()
+Extractor.close()
+F1.close()
+#Run the file to extract the objects
+os.system("groovy -classpath lib/jpf.jar Extractor/extractorFile.groovy")
 
 
+#Save the extracted methods and app2 in a same file to extract information
+extractorFile = open("Extractor/extractorFile.groovy", "w+")
+Extractor = open("Extractor/Extractor.groovy", "r")
+F2 = open("Extractor/App2/App2.groovy", "r")
+
+extractorFile.write("////////////////////\n")
+extractorFile.write("@Field App\n")
+extractorFile.write("App = \"App2\"")
+extractorFile.write("\n")
+for line in Extractor:
+	extractorFile.write(line)
+extractorFile.write("\n\n")
+for line in F2:
+	extractorFile.write(line)
 #Run the file to extract the objects
-os.system("groovy Extractor/extractorFile.groovy")
+extractorFile.close()
+Extractor.close()
+F2.close()
+os.system("groovy -classpath lib/jpf.jar Extractor/extractorFile.groovy")
+
+