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froeling_mgr.py
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froeling_mgr.py
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import appdaemon.plugins.hass.hassapi as hass
from froeling import LambdatronicS3100
class FroelingMgr(hass.Hass):
def initialize(self):
self.publish_message(var_name = "froeling_status",
friendly_name = "Status Froeling",
msg_text = "Starting")
self.run_in(self.initialize_froeling, 20)
def initialize_froeling(self, kwargs):
self.publish_message(var_name = "froeling_status",
friendly_name = "Status Froeling",
msg_text = "Initializing")
# initialize everything
self.froeling = LambdatronicS3100(host = '192.168.1.147', port = 23, timeout = 0.1, debug = False)
self.froeling.send_login(mode = "service")
while True:
self.froeling.receive_and_parse()
if self.froeling.init_complete:
break
self.froeling.request_status()
self.publish_message(var_name = "froeling_status",
friendly_name = "Status Froeling",
msg_text = "Active")
# schedule callbacks
self.run_every(self.handle_protocol, "now", 1)
self.run_every(self.publish_measurements, "now+10", 1)
def handle_protocol(self, kwargs):
try:
while self.froeling.receive_and_parse():
pass
except ConnectionError:
print("Froeling connection error, scheduling restart.")
self.schedule_restart()
def schedule_restart(self):
self.publish_message(var_name = "froeling_status",
friendly_name = "Status Froeling",
msg_text = "In restart")
self.restart_app("froeling_mgr")
def publish_measurements(self, kwargs):
self.publish_message(var_name = "froeling_lastdata",
friendly_name = "Letzte Aktualisierung der Heizungsdaten",
msg_text = self.froeling.parameter_values["last_updated"])
self.publish_measurement(var_name = "froeling_boiler_temp",
friendly_name = "Froeling Kesseltemperatur",
value = self.froeling.parameter_values.get("Kesseltemp", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_exhaust_temp",
friendly_name = "Froeling Abgastemperatur",
value = self.froeling.parameter_values.get("Abgastemp.", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_exhaust_temp_target",
friendly_name = "Froeling Abgastemperatur Sollwert",
value = self.froeling.parameter_values.get("Abgas. SW", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_forced_air",
friendly_name = "Froeling Saugzug",
value = self.froeling.parameter_values.get("Saugzug", 0.0),
unit = "%")
self.publish_measurement(var_name = "froeling_prim_air",
friendly_name = "Froeling Prim. Luft",
value = self.froeling.parameter_values.get("Prim.Luft", 0.0),
unit = "%")
self.publish_measurement(var_name = "froeling_sec_air",
friendly_name = "Froeling Sek. Luft",
value = self.froeling.parameter_values.get("Sek.Luft", 0.0),
unit = "%")
self.publish_measurement(var_name = "froeling_ox_rem",
friendly_name = "Froeling Rest-O2",
value = self.froeling.parameter_values.get("Rest-O2", 0.0),
unit = "%")
self.publish_measurement(var_name = "froeling_buffer_temp_top_deg",
friendly_name = "Puffertemperatur oben",
value = self.froeling.parameter_values.get("Puffert.ob", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_buffer_temp_mid_deg",
friendly_name = "Puffertemperatur mitte",
value = self.froeling.parameter_values.get("Puffert.mi", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_buffer_temp_bot_deg",
friendly_name = "Puffertemperatur unten",
value = self.froeling.parameter_values.get("Puffert.un", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_outside_temp_deg",
friendly_name = "Aussentemperatur",
value = self.froeling.parameter_values.get("Außentemp", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_loop_1_target_temp_deg",
friendly_name = "Vorlauftemperatur 1 Sollwert",
value = self.froeling.parameter_values.get("Vorlauft.1sw", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_loop_1_temp_deg",
friendly_name = "Vorlauftemperatur 1",
value = self.froeling.parameter_values.get("Vorlauft.1", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_loop_2_target_temp_deg",
friendly_name = "Vorlauftemperatur 2 Sollwert",
value = self.froeling.parameter_values.get("Vorlauft.2sw", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_loop_2_temp_deg",
friendly_name = "Vorlauftemperatur 2",
value = self.froeling.parameter_values.get("Vorlauft.2", 0.0),
unit = "°C")
self.publish_measurement(var_name = "froeling_board_temp_deg",
friendly_name = "Boardtemperatur",
value = self.froeling.parameter_values.get("Boardtemp.", 0.0),
unit = "°C")
def publish_message(self, var_name, friendly_name, msg_text):
self.set_state(f"sensor.{var_name}",
state = msg_text,
attributes = {"friendly_name": friendly_name})
def publish_measurement(self, var_name, friendly_name, value, unit, meas_type = "power"):
self.set_state(f"sensor.{var_name}",
state = value,
attributes = {"friendly_name": friendly_name,
"unit_of_measurement": unit,
"state_class": "measurement",
"device_class": meas_type})