"""
https://devhub.io/repos/UniPiTechnology-evok
"""
from jsonrpclib import Server
s = Server("http://192.168.1.233:8080/rpc")
for state in range(0, 2):
for i in range(1, 9):
s.relay_set(i, state)
print(s.relay_get(i))
CFG = os.path.dirname(os.path.abspath(__file__)) + CFG_PATH + CFG_FILE
OB = OpenBCcfg(CFG)
OB.readConfigFile() # Read config file.
time.sleep(2)
S = Server(OB.EVOK_URL) # Connection to evok api
TIMESTAMP_CFG = time.ctime(os.path.getmtime(CFG))
TEMP_SCREW_BLOCK_TIMER = time.time() # Read current time, need this for screw controll
TEMP_LOG_BLOCK_TIMER = time.time()
TIME_LEFT_OF_BLOCK_TIMER = 0
# Make sure all relay is deactivated
for x in xrange(1,9):
S.relay_set(x, 0)
# Init Log (/tmp/openBC.log)
logging.basicConfig(filename=OB.LOG_BASE_DIR + OB.LOG_FILE_NAME, format='%(asctime)s %(levelname)s %(message)s', level=logging.DEBUG)
logging.info('%s', 'Start!')
# Create instances.
TANK = TempSensor(S, OB.TANK_TEMP_SENSOR_ID)
BOILER = TempSensor(S, OB.BOILER_TEMP_SENSOR_ID)
# FALLBACK_TEMP = TempSensor(S, "286B075005000099")
FIRE = FireSensor(S, OB.FIRE_TEMP_SENSOR_ANALOG_PIN)
FAN = AnalogOut(S, OB.FAN_CONTACTOR_PIN, OB.FAN_ANALOG_PIN)
SOND = SerialLambda(S, OB.LAMBDA_SENSOR_CONTACTOR_PIN, OB.LAMBDA_SENSOR_TYPE, OB.LAMBDA_SENSOR_PORT, OB.LAMBDA_SENSOR_BAUD, int(OB.LAMBDA_SENSOR_SYNC_HEADER_ATTEMPT))
SCREW = Screw(S, OB.SCREW_CONTACTOR_PIN)
HMI = Hmi(S, OB.BUTTON_CONTACTOR_PIN)
