def Setup_Kettler():
global kettler
if len(key) != 16:
log.warning("Bluetooth KEY value is empty or wrong")
return False
kettler = RedmondKettler(mac, key)
#try:
log.info("Strating first connect")
kettler.firstConnect()
return kettler.ready
#except:
log.error("Connect to Kettle %s failed" % (mac))
log.debug("Unexpected error info:" + str(sys.exc_info()[0]))
return False
#from kettle.kettleclass import RedmondKettler
#from kettle.logclass import logclass
from kettle.logclass import log
import sys
#Use main wrapper library
from kettle_wrappers_lib import *
#Private part
#Init Kettler Object
kettler = Setup_Kettler()
if kettler:
log.info("Kettle setup was successfully completed, can proceed with commands further")
mainMethodAnswer = False
if kettler.sendStart():
log.info ("Kettle switched on successfully")
mainMethodAnswer = True
else:
log.error ("Error switching kettle on")
mainMethodAnswer = False
json_data = Make_status_JSON (kettler, mainMethodAnswer)
print (json_data)
kettler.disconnect()
try:
dutation_correction = int(sys.argv[3])
except:
dutation_correction = 0
#Init Kettler Object
kettler = Setup_Kettler()
if kettler:
log.info(
"Kettle setup was successfully completed, can proceed with commands further"
)
#kettler.sendStart()
log.info(
"Setting kettle parameters: MODE=%s, TARGET_TEMP=%s, DURATION_CORRECTION=%s"
% (mode, target_temp, dutation_correction))
mainMethodAnswer = False
if kettler.sendSetMode(mode, target_temp, dutation_correction):
log.info("Successfully set")
mainMethodAnswer = True
else:
log.error("Error setting kettle parameters")
mainMethodAnswer = False
json_data = Make_status_JSON(kettler, mainMethodAnswer)
print(json_data)
kettler.disconnect()