def main():
global arguments
error=None
configfile="./etc/config/ht_proxy_cfg.xml"
try:
client= ht_proxy_if.cht_socket_client(configfile, devicetype=ht_proxy_if.DT_MODEM)
except:
print("couldn't connect to server")
raise
trx=ht_transceiver.ctransceiver(client)
cfg=ht_yanetcom.cyanetcom(client)
if arguments['temp'] != 10.0:
error=cfg.set_tempniveau(arguments['temp'])
if error != None:
print("{0}".format(error))
if arguments['bart'] != 'none':
error=cfg.set_betriebsart(arguments['bart'])
if error != None:
print("{0}".format(error))
if arguments['cfg'] != 10:
error=trx.cfg_mode(arguments['cfg'])
if error != None:
print("{0}".format(error))
if arguments['adr'] != 0:
error=trx.cfg_deviceaddress(arguments['adr'])
if error != None:
print("{0}".format(error))
if arguments['rst'] != 0:
error=trx.reset()
if error != None:
print("{0}".format(error))
def main(configfile, ems_bus):
global arguments
error = None
heater_circuit = 1
temp_mode = ht_const.HT_TEMPNIVEAU_NORMAL
try:
client= ht_proxy_if.cht_socket_client(configfile, devicetype = ht_proxy_if.DT_MODEM)
except:
print("couldn't connect to server")
raise
trx = ht_transceiver.ctransceiver(client)
cfg = ht_yanetcom.cyanetcom(client, ems_bus)
if ems_bus == False:
if arguments['hcircuit'] != 1:
heater_circuit = arguments['hcircuit']
if arguments['tempmod'] != ht_const.HT_TEMPNIVEAU_DUMMY:
temp_mode = arguments['tempmod']
else:
temp_mode = ht_const.HT_TEMPNIVEAU_NORMAL
if arguments['temp'] != 4.0:
error = cfg.set_tempniveau(arguments['temp'], hcircuit_nr = heater_circuit, temperatur_mode = temp_mode)
if error != None:
print("{0}".format(error))
if arguments['bart'] != 'none':
error = cfg.set_betriebsart(arguments['bart'])
if error != None:
print("{0}".format(error))
else:
if arguments['temp'] != 4.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (temporary)
error = cfg.set_tempniveau(arguments['temp'], temperatur_mode = ht_const.EMS_TEMP_MODE_TEMPORARY)
if error != None:
print("{0}".format(error))
if arguments['tempc1'] != 11.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (comfort1)
error=cfg.set_tempniveau(arguments['tempc1'], temperatur_mode = ht_const.EMS_TEMP_MODE_COMFORT1)
if error != None:
print("{0}".format(error))
if arguments['tempc2'] != 12.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (comfort2)
error=cfg.set_tempniveau(arguments['tempc2'], temperatur_mode = ht_const.EMS_TEMP_MODE_COMFORT2)
if error != None:
print("{0}".format(error))
if arguments['tempc3'] != 13.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (comfort3)
error=cfg.set_tempniveau(arguments['tempc3'], temperatur_mode = ht_const.EMS_TEMP_MODE_COMFORT3)
if error != None:
print("{0}".format(error))
if arguments['tempeco'] != 14.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (eco)
error=cfg.set_tempniveau(arguments['tempeco'], temperatur_mode = ht_const.EMS_TEMP_MODE_ECO)
if error != None:
print("{0}".format(error))
if arguments['tempman'] != 15.0:
# first setup to manual-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_MANUAL)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (manual)
error=cfg.set_tempniveau(arguments['tempman'], temperatur_mode = ht_const.EMS_TEMP_MODE_MANUAL)
if error != None:
print("{0}".format(error))
if arguments['ecomode'] != -1:
error=cfg.set_ecomode(arguments['ecomode'])
if error != None:
print("{0}".format(error))
if arguments['bart'] != 'none':
if str(arguments['bart']).lower() in ('manual','man','m'):
omode = ht_const.EMS_OMODE_MANUAL
else:
omode = ht_const.EMS_OMODE_AUTO
error=cfg.set_operation_mode(omode)
if error != None:
print("{0}".format(error))
if arguments['adr'] != 0:
error=trx.cfg_deviceaddress(arguments['adr'])
if error != None:
print("{0}".format(error))
if arguments['rst'] != 0:
error=trx.reset()
if error != None:
print("{0}".format(error))
def main(configfile, ems_bus):
global arguments
error = None
heater_circuit = 1
temp_mode = ht_const.HT_TEMPNIVEAU_NORMAL
try:
client = ht_proxy_if.cht_socket_client(configfile,
devicetype=ht_proxy_if.DT_MODEM)
except:
print("couldn't connect to server")
raise
trx = ht_transceiver.ctransceiver(client)
cfg = ht_yanetcom.cyanetcom(client, ems_bus)
if ems_bus == False:
if arguments['hcircuit'] != 1:
heater_circuit = arguments['hcircuit']
if arguments['tempmod'] != ht_const.HT_TEMPNIVEAU_DUMMY:
temp_mode = arguments['tempmod']
else:
temp_mode = ht_const.HT_TEMPNIVEAU_NORMAL
if arguments['temp'] != 4.0:
error = cfg.set_tempniveau(arguments['temp'],
hcircuit_nr=heater_circuit,
temperatur_mode=temp_mode)
if error != None:
print("{0}".format(error))
if arguments['bart'] != 'none':
error = cfg.set_betriebsart(arguments['bart'])
if error != None:
print("{0}".format(error))
else:
if arguments['temp'] != 4.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (temporary)
error = cfg.set_tempniveau(
arguments['temp'],
temperatur_mode=ht_const.EMS_TEMP_MODE_TEMPORARY)
if error != None:
print("{0}".format(error))
if arguments['tempc1'] != 11.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (comfort1)
error = cfg.set_tempniveau(
arguments['tempc1'],
temperatur_mode=ht_const.EMS_TEMP_MODE_COMFORT1)
if error != None:
print("{0}".format(error))
if arguments['tempc2'] != 12.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (comfort2)
error = cfg.set_tempniveau(
arguments['tempc2'],
temperatur_mode=ht_const.EMS_TEMP_MODE_COMFORT2)
if error != None:
print("{0}".format(error))
if arguments['tempc3'] != 13.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (comfort3)
error = cfg.set_tempniveau(
arguments['tempc3'],
temperatur_mode=ht_const.EMS_TEMP_MODE_COMFORT3)
if error != None:
print("{0}".format(error))
if arguments['tempeco'] != 14.0:
# first setup to auto-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_AUTO)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (eco)
error = cfg.set_tempniveau(
arguments['tempeco'],
temperatur_mode=ht_const.EMS_TEMP_MODE_ECO)
if error != None:
print("{0}".format(error))
if arguments['tempman'] != 15.0:
# first setup to manual-mode
error = cfg.set_operation_mode(ht_const.EMS_OMODE_MANUAL)
if error != None:
print("{0}".format(error))
time.sleep(1)
# second setup temperatur (manual)
error = cfg.set_tempniveau(
arguments['tempman'],
temperatur_mode=ht_const.EMS_TEMP_MODE_MANUAL)
if error != None:
print("{0}".format(error))
if arguments['ecomode'] != -1:
error = cfg.set_ecomode(arguments['ecomode'])
if error != None:
print("{0}".format(error))
if arguments['bart'] != 'none':
if str(arguments['bart']).lower() in ('manual', 'man', 'm'):
omode = ht_const.EMS_OMODE_MANUAL
else:
omode = ht_const.EMS_OMODE_AUTO
error = cfg.set_operation_mode(omode)
if error != None:
print("{0}".format(error))
if arguments['adr'] != 0:
error = trx.cfg_deviceaddress(arguments['adr'])
if error != None:
print("{0}".format(error))
if arguments['rst'] != 0:
error = trx.reset()
if error != None:
print("{0}".format(error))
def run(self):
""" """
import ht_yanetcom
ems_bus = False
self.__ht_if_tx_data = ht_yanetcom.cyanetcom(self.__port, ems_bus)
while self.__thread_run:
# set default values
execute_command = True
command_name = ""
self.__splitted_rx_param = []
self.__param_count = 0
try:
# wait for queue-message
(access_name, value) = self.__tx_queue.get()
except:
errorstr = "cht_if_tx_data.run();Error; on ht_if.__tx_queue.get()"
self.__logging.critical(errorstr)
raise
if (access_name, value) == (None, None):
self.stop()
break
# got message, split up content
if value != None:
self.__splitted_rx_param = value.split(',')
else:
self.__splitted_rx_param = ""
debugstr = "cht_if_tx_data; access_name:{0}; value:{1}".format(access_name, self.__splitted_rx_param)
self.__logging.debug(debugstr)
# extract detailed parameters from configuration-context.
if access_name in self.__ht_if_allowed_cmds.keys():
allowed_parameter = self.__ht_if_allowed_cmds[access_name]
# only parameter not None and length > 0 are processed
if allowed_parameter != None and len(self.__splitted_rx_param) > 0:
# extract: 1. parameter := command-name
command_name = self.__ht_if_allowed_cmds[access_name][0]
# extract: 2. parameter := parameter count (int)
indexed_value = self.__ht_if_allowed_cmds[access_name][1]
self.__param_count = indexed_value
if type(indexed_value) == str:
self.__param_count = ord(indexed_value) - ord('0')
if self.__param_count > 1:
# extract: 3. parameter := heater circuit-number
indexed_value = self.__ht_if_allowed_cmds[access_name][2]
self.__heater_circuit = int(indexed_value)
if self.__heater_circuit > 0 and self.__heater_circuit < 5:
execute_command = True
else:
self.__heater_circuit = 1
execute_command = False
# extract: 4-n. parameter := special values depending on current command
# extract parameter for tdesired
if command_name.lower() in 'tdesired':
if self.__param_count == 3:
indexed_value = self.__ht_if_allowed_cmds[access_name][3]
if indexed_value == 'T':
if len(self.__splitted_rx_param) > 1:
# get temperatur-value from rx-message
self.__tempera_desired = float(self.__splitted_rx_param[0])
# get niveau-value from rx-message
tempera_niveau = self.__splitted_rx_param[1].lower()
allowed_niveaus = self.__ht_if_allowed_cmds[access_name][4]
if tempera_niveau in allowed_niveaus:
self.__niveau_desired = tempera_niveau
execute_command = True
else:
# error no valid parameter received
execute_command = False
errorstr = "cht_if_tx_data;error; cmd:{0}; parameter:{1} wrong".format(command_name, tempera_niveau)
self.__logging.warning(errorstr)
else:
# error no valid parameter received
execute_command = False
errorstr = "cht_if_tx_data;error; cmd:{0}; parameter:{1} wrong".format(command_name, self.__splitted_rx_param)
self.__logging.warning(errorstr)
else:
# error no valid parameter
execute_command = False
errorstr = "cht_if_tx_data;error; cmd:{0}; amount of parameter:{1} wrong".format(command_name, self.__param_count)
self.__logging.warning(errorstr)
########## end of: 'tdesired'
# extract parameter for tniveau
if command_name.lower() in 'tniveau':
if self.__param_count == 2:
indexed_value = self.__ht_if_allowed_cmds[access_name][3]
if len(self.__splitted_rx_param) > 0:
if self.__splitted_rx_param[0].lower() in indexed_value:
self.__tempera_niveau = self.__splitted_rx_param[0].lower()
execute_command = True
else:
# error no valid parameter received
execute_command = False
errorstr = "cht_if_tx_data;error; cmd:{0}; unknown parameter:{1}".format(command_name, self.__splitted_rx_param[0])
self.__logging.warning(errorstr)
else:
# error no valid parameter received
execute_command = False
errorstr = "cht_if_tx_data;error; cmd:{0}; parameter:{1} wrong".format(command_name, self.__splitted_rx_param)
self.__logging.warning(errorstr)
else:
# error no valid parameter
execute_command = False
errorstr = "cht_if_tx_data;error; cmd:{0}; amount of parameter:{1} wrong".format(command_name, self.__param_count)
self.__logging.warning(errorstr)
########## end of: 'tniveau'
else:
errorstr = "cht_if_tx_data;error; cmd:{0}; amount of parameter:{1} wrong".format(command_name, self.__param_count)
self.__logging.warning(errorstr)
# error no valid parameter
execute_command = False
else:
errorstr = "cht_if_tx_data; error; unknown command:{0} or wrong parameter received.".format(access_name)
self.__logging.warning(errorstr)
# error no valid parameter
execute_command = False
# execute command if allowed
if execute_command == True:
debugstr = """cht_if_tx_data; command:{0}; param_count:{1}; P1 heater-circuit:{2}; P2-Pn:{3}""".format(command_name,
self.__param_count,
self.__heater_circuit,
self.__splitted_rx_param)
self.__logging.debug(debugstr)
# set EMS bus if it was dynamicly detected on telegramm-rx
# this setup is importent to use the correct commands / Telegramms
# for the EMS-like controllers.
if self.__bustype_detector_fkt() == ht_const.BUS_TYPE_EMS:
ems_bus = True
self.__ht_if_tx_data.set_ems_controller()
else:
ems_bus = False
# send data to ht-bus
self.__send_data_2_ht_bus(command_name.lower(), ems_bus)
# task done, end of processing
self.__tx_queue.task_done()
else:
errorstr = "cht_if_tx_data; unknown command:{0}".format(access_name)
self.__logging.warning(errorstr)
