def checkBt():
print "presenceBt Module (CTRL-C to exit)"
sharedFunc.sPrint("Data: " + outFilePath)
missingNo = 0
foundNo = 0
sleepAmt = 20
try:
while True:
startRulesProcessor = 0
sharedFunc.sPrint("\nType: presenceBt")
sharedFunc.sPrint(
"Time: " +
time.strftime("%a, %d %b %Y %H:%M:%S", time.gmtime()))
sharedFunc.sPrint("Find: " + btStr + " (" + btMac + ")")
try:
result = bluetooth.lookup_name(btMac, timeout=3)
except:
sharedFunc.sPrint(
"\n[*] Unable to scan. Trying again in 5 seconds.")
time.sleep(5)
else:
resultInt = 0
if (result != None):
if (foundNo >= 2 or checkInstantly):
sharedFunc.sPrint("Result: Found")
logger.info("Found")
sleepAmt = 60
resultInt = 1
if (foundNo == 2 or checkInstantly):
startRulesProcessor = 1
if (foundNo <= 19):
sleepAmt = 30
foundNo += 1
else:
sharedFunc.sPrint("Result: Possibly Found")
logger.info("Possibly Found")
sleepAmt = 5
resultInt = -1
missingNo = 0
foundNo += 1
else:
if (missingNo >= 4):
sharedFunc.sPrint("Result: Missing")
logger.info("Missing")
sleepAmt = 120
resultInt = 0
if (missingNo == 4):
startRulesProcessor = 1
# if BT is missing, then set motion as (current time - 301 seconds)
sharedFunc.valSave(str(time.time() - 301),
motionFilePath)
if (missingNo <= 19):
sleepAmt = 30
missingNo += 1
else:
sharedFunc.sPrint("Result: Possibly Missing")
logger.info("Possibly Missing")
sleepAmt = 5
resultInt = -1
foundNo = 0
missingNo += 1
if (resultInt != -1):
sharedFunc.valSave(resultInt, outFilePath)
if (startRulesProcessor == 1):
# call main.py
#runpy.run_path(sys.path[0]+"/main.py")
rulesProcessor.checkAll({"presenceBt": resultInt})
startRulesProcessor = 0
if checkInstantly:
break
else:
sharedFunc.sPrint("\n[*] Sleeping for " + str(sleepAmt) +
" seconds")
time.sleep(sleepAmt)
except KeyboardInterrupt:
print "\nQuit"
return
#!/usr/bin/python
#
# mainLoop.py
#
# Loops main.py
# Create by Jin
#
import sys
import time
import sharedFunc
import rulesProcessor
import switchRegulator
switchRegulator.setParentName("rulesProcessor (Loop)")
rulesProcessor.callerName = "rulesProcessor (Loop)"
triggerLight_last = 'none'
# silent detection
if len(sys.argv) > 1 and sys.argv[1] == "-silent":
sharedFunc.sPrint_silent = 1
try:
while True:
rulesProcessor.checkAll()
sharedFunc.sPrint("\n[*] Sleeping for 120 seconds")
time.sleep(120)
except KeyboardInterrupt:
sharedFunc.sPrint("\nQuit")
# Read PIR state
Current_State = GPIO.input(GPIO_PIR)
if Current_State == 1 and Previous_State == 0:
# PIR is triggered
sharedFunc.sPrint("Result: Motion Detected")
logger.info("Motion Detected")
# Record previous state
Previous_State = 1
# Store data
timeNow = str(time.time())
sharedFunc.valSave(timeNow, outFilePath)
# call main.py
#runpy.run_path(sys.path[0]+"/main.py")
rulesProcessor.checkAll({"presenceMotion": 1})
# if fan is off, (move this part to rulesProcessor in the future)
try:
r = requests.get(
"http://192.168.1.77/cgi-bin/json.cgi?get=state")
except:
pass
else:
if r.json()['state'] == "off":
presenceBt.checkInstantly = True
presenceBt.checkBt()
# Wait a while
sharedFunc.sPrint("\n[*] Sleeping for 20 seconds")
time.sleep(20)
def sensorsMode():
setCaller("sensorsMode")
rulesProcessor.checkAll()
return 'Caller: sensorsMode'
def onResume():
setCaller("onResume")
rulesProcessor.checkAll()
return 'Caller: onResume'
def presencePc():
setCaller("presencePc")
rulesProcessor.checkAll()
return 'Caller: presencePc'
def roomSleep():
setCaller("roomSleep")
rulesProcessor.checkAll()
return 'Caller: roomSleep'