def __init__(self):
super().__init__()
hybridlogger.ha_log(self.logger, self.hass_api, "INFO",
"Client enabled: TCPclient")
# Get plant_id_list
self.plant_id_list = self.config.getlist("client.tcpclient",
"plant_id_list",
fallback=[])
if not self.plant_id_list:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"ERROR",
"plant_id_list was not specified for client TCPclient",
)
raise Exception("plant_id_list was not specified")
# Initialize dict with inverter info
self.inverters = {}
self.session = {}
# self._mode indicates the access mode that will be used
# 0: Not initialized
# 1: Running in native mode (port 8899)
# 2: Running in fallback mode (port 80) fetching http://{inverter_ip}:80/js/status.js
self._mode = {}
def getPlantData(self, plant_id):
data = None
http_only = self.inverters[plant_id].get("http_only")
if not self._mode.get(plant_id) and not http_only:
# native mode
hybridlogger.ha_log(
self.logger,
self.hass_api,
"INFO",
f"Initializing: Trying to reach the inverter for plant {plant_id} over port 8899.",
)
if (self._mode.get(plant_id) <= 1
and self.inverters[plant_id].get("inverter_sn")
and self.inverters[plant_id].get("logger_sn")
and not http_only):
data = self._getPlantData_native(plant_id)
if data:
# set mode to native
self._mode[plant_id] = 1
if not self._mode:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"INFO",
f"Initializing: Trying to reach the inverter for plant {plant_id} over port http (fallback).",
)
if self._mode.get(plant_id) == 0 or self._mode.get(plant_id) == 2:
# fall back mode
data = self._getPlantData_fallback(plant_id)
return data
def _run(self, entity, attribute, old, new, kwargs):
# HASSAPI callback handler
hybridlogger.ha_log(
self.logger,
self.hass_api,
"DEBUG",
f"HASSapi state change for {self.hass_api.get_state(entity, 'inverter', 'n/a')} "
f"at {self.hass_api.get_state(entity, 'last_update', 'n/a')}",
)
# Try to parse payload as json
try:
data = binascii.a2b_base64(new)
if len(data) == 128:
# Fill data structure
self.client.semaphore.acquire()
self.client.msg["data"] = data
self.client.msg["isSet"] = True
self.client.msg["plugin"] = __name__
self.client.semaphore.release()
# Trigger processing the message
self.client.msgevent.set()
except Exception as e:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"WARNING",
f"HASSapi: invalid data received: {new}. Error {e}",
)
def __init__(self):
super().__init__()
hybridlogger.ha_log(self.logger, self.hass_api, "INFO",
"localproxy client plugin: MQTTproxy")
self.logger_sensor_name = self.mqttconfig('logger_sensor_name',
'Datalogger')
self.mqtt_discovery_prefix = self.mqttconfig('listen_address',
'homeassistant')
self.mqtt_host = self.mqttconfig('host', 'localhost')
self.mqtt_port = int(self.mqttconfig('port', '1883'))
self.mqtt_client_name_prefix = self.mqttconfig(
'client_name_prefix', 'ha-mqttproxy-omniklogger')
self.mqtt_client_name = self.mqtt_client_name_prefix + "_" + uuid.uuid4(
).hex
self.mqtt_username = self.mqttconfig('username', None)
self.mqtt_password = self.mqttconfig('password', None)
if not self.mqtt_username or not self.mqtt_password:
hybridlogger.ha_log(
self.logger, self.hass_api, "ERROR",
"Please specify MQTT username and password in the configuration"
)
# mqtt setup
self.mqtt_client = mqttclient.Client(self.mqtt_client_name)
self.mqtt_client.on_connect = self._mqtt_on_connect # bind call back function
self.mqtt_client.on_disconnect = self._mqtt_on_disconnect # bind call back function
self.mqtt_client.on_message = self._mqtt_on_message # called on receiving updates on subscibed messages
self.mqtt_client.username_pw_set(self.mqtt_username,
self.mqtt_password)
def get_weather(self):
try:
if "weather" not in self.cache:
self.logger.debug("[cache miss] Fetching weather data")
url = "https://{endpoint}/data/2.5/weather?lon={lon}&lat={lat}&units={units}&APPID={api_key}".format(
endpoint=self.config.get(
"openweathermap",
"endpoint",
fallback="api.openweathermap.org"),
lat=self.config.get("openweathermap", "lat"),
lon=self.config.get("openweathermap", "lon"),
units=self.config.get("openweathermap",
"units",
fallback="metric"),
api_key=self.config.get("openweathermap", "api_key"),
)
res = requests.get(url)
res.raise_for_status()
self.cache["weather"] = res.json()
return self.cache["weather"]
except requests.exceptions.HTTPError as e:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"ERROR",
"Unable to get weather data. [{0}]: {1}".format(
type(e).__name__, str(e)),
)
raise e
def _validate_user_login(self):
self.omnik_api_level = 0
try:
self.client.initialize()
# Logged on
self.omnik_api_level = 1
except requests.exceptions.RequestException as err:
hybridlogger.ha_log(
self.logger, self.hass_api, "WARNING",
f"Request error during account validation omnik portal: {err}")
except requests.exceptions.HTTPError as errh:
hybridlogger.ha_log(
self.logger, self.hass_api, "WARNING",
f"HTTP error during account validation omnik portal: {errh}")
except requests.exceptions.ConnectionError as errc:
hybridlogger.ha_log(
self.logger, self.hass_api, "WARNING",
f"Connection error during account validation omnik portal: {errc}"
)
except requests.exceptions.Timeout as errt:
hybridlogger.ha_log(
self.logger, self.hass_api, "WARNING",
f"Timeout error during account validation omnik portal: {errt}"
)
except Exception as e:
hybridlogger.ha_log(self.logger, self.hass_api, "ERROR", e)
def _fetch_plants(self):
# Fetch te plant's available for the account
if (not self.plant_update or self.omnik_api_level == 1):
try:
plants = self.client.getPlants()
for pid in plants:
self.plant_update[str(
pid['plant_id'])] = self.last_update_time
self.omnik_api_level = 2
except requests.exceptions.RequestException as err:
hybridlogger.ha_log(self.logger, self.hass_api, "WARNING",
f"Request error: {err}")
self.omnik_api_level = 0
return False
except requests.exceptions.HTTPError as errh:
hybridlogger.ha_log(self.logger, self.hass_api, "WARNING",
f"HTTP error: {errh}")
self.omnik_api_level = 0
return False
except requests.exceptions.ConnectionError as errc:
hybridlogger.ha_log(self.logger, self.hass_api, "WARNING",
f"Connection error: {errc}")
self.omnik_api_level = 0
return False
except requests.exceptions.Timeout as errt:
hybridlogger.ha_log(self.logger, self.hass_api, "WARNING",
f"Timeout error: {errt}")
self.omnik_api_level = 0
return False
except Exception as e:
hybridlogger.ha_log(self.logger, self.hass_api, "ERROR", e)
self.omnik_api_level = 0
return False
return True
def getPlants(self):
# Get station list
url = f"{self.base_url}/station/v1.0/list"
json = {}
stationlist = self._api_request(url, json=json)
if not stationlist or not stationlist.get("success"):
hybridlogger.ha_log(
self.logger,
self.hass_api,
"WARNING",
"plant/station list cannot be loaded from the cloud config, no valid data available",
)
return None
# Get INVERTER devices for retreived stations
data = []
for station in stationlist.get("stationList"):
# Only append stations that have a valid INVERTER device
url = f"{self.base_url}/station/v1.0/device"
json = {"stationId": station.get("id")}
devicelist = self._api_request(url, json=json)
for device in devicelist.get("deviceListItems"):
if device.get("deviceType") == "INVERTER":
data.append({
"plant_id":
f'{str(station.get("id"))},{str(device.get("deviceSn"))}',
})
return data
def terminate(self):
hybridlogger.ha_log(logger, self, "INFO",
"Stopping Omnikdatalogger...")
self.rt.stop()
self.datalogger.terminate()
hybridlogger.ha_log(logger, self, "INFO",
"Omnikdatalogger was stopped")
def get_weather(self):
try:
if 'weather' not in self.cache:
self.logger.debug('[cache miss] Fetching weather data')
url = "https://{endpoint}/data/2.5/weather?lon={lon}&lat={lat}&units={units}&APPID={api_key}".format(
endpoint=self.config.get(
'openweathermap',
'endpoint',
fallback='api.openweathermap.org'),
lat=self.config.get('openweathermap', 'lat'),
lon=self.config.get('openweathermap', 'lon'),
units=self.config.get('openweathermap',
'units',
fallback='metric'),
api_key=self.config.get('openweathermap', 'api_key'),
)
res = requests.get(url)
res.raise_for_status()
self.cache['weather'] = res.json()
return self.cache['weather']
except requests.exceptions.HTTPError as e:
hybridlogger.ha_log(
self.logger, self.hass_api, "ERROR",
'Unable to get weather data. [{0}]: {1}'.format(
type(e).__name__, str(e)))
raise e
def getPlants(self):
# Get the plant neeeded data from config
data = []
inverterdata = {}
for plant in self.plant_id_list:
inverter_sn = self.config.get(f"plant.{plant}",
"inverter_sn",
fallback=None)
if not inverter_sn:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"ERROR",
"inverter_sn (The serial number of the inverter) for "
f"plant {plant} was not specified for [TCPclient]",
)
raise Exception(
"inverter_sn (a serial number of the inverter) was not specified"
)
inverterdata = {"inverter_sn": inverter_sn}
self.inverters[plant] = inverterdata
data.append({"plant_id": plant})
hybridlogger.ha_log(self.logger, self.hass_api, "DEBUG",
f"plant list from config {data}")
# The config was read, start listening
# Claim the semaphore
self.semaphore.acquire()
for plugin in LocalProxyPlugin.localproxy_plugins:
plugin.listen()
# Release the semaphore
self.semaphore.release()
return data
def _get_dsmr_data(self, plant, data):
# if dsmr measurements are not enabled then return
if not self.dsmr:
return
# Try to merge with the latest dsmr data available
complete = False
tries = 20
while tries > 0:
self.dsmr_access.acquire()
if plant in self.dsmr_data:
# Insert raw DSMR data
data.update(self._dsmr_cache(plant, data['last_update']))
# Insert calculated netto values (solar - net)
self._calculate_consumption(data)
complete = True
self.dsmr_access.release()
tries -= 1
if not complete:
time.sleep(1)
else:
break
if not tries:
hybridlogger.ha_log(
self.logger, self.hass_api, "WARNING",
f"Could not combine DSMR data for plant {plant}. "
"Did you configure plant_id at your dsmr terminal config?")
def __init__(self, config, logger, hass_api, terminal_name,
dsmr_serial_callback, dsmr_version):
self.config = config
self.logger = logger
self.hass_api = hass_api
self.terminal_name = terminal_name
self.dsmr_serial_callback = dsmr_serial_callback
self.mode = self.config.get(f"dsmr.{self.terminal_name}", 'mode',
'device')
if self.mode not in ['tcp', 'device']:
hybridlogger.ha_log(
self.logger, self.hass_api, "ERROR",
f"DSMR terminal {self.terminal_name} mode {self.mode} is not valid. "
"Should be tcp or device. Ignoring DSMR configuration!")
return
self.device = self.config.get(f"dsmr.{self.terminal_name}", 'device',
'/dev/ttyUSB0')
self.host = self.config.get(f"dsmr.{self.terminal_name}", 'host',
'localhost')
self.port = self.config.get(f"dsmr.{self.terminal_name}", 'port',
'3333')
self.dsmr_version = dsmr_version
# start terminal
self.stop = False
hybridlogger.ha_log(
self.logger, self.hass_api, "INFO",
f"Initializing DSMR termimal '{terminal_name}'. Mode: {self.mode}."
)
if self.mode == 'tcp':
self.thr = threading.Thread(target=self._run_tcp_terminal,
name=self.terminal_name)
elif self.mode == 'device':
self.thr = threading.Thread(target=self._run_serial_terminal,
name=self.terminal_name)
self.thr.start()
def getlist(self, section, option, fallback=[], **kwargs):
if str(section).lower() == "default":
if option in self.ha_args:
payload = self.ha_args.get(option, fallback)
if isinstance(payload, list):
return payload
else:
hybridlogger.ha_log(
logger,
self,
"ERROR",
f"Config type error: Section: '{section}', Attribute: '{option}'; Expected <class 'list'> got {str(type(payload))}",
)
return fallback
else:
if str(section) in self.ha_args:
if option in self.ha_args[section]:
payload = self.ha_args[section].get(option, fallback)
if isinstance(payload, list):
return payload
else:
hybridlogger.ha_log(
logger,
self,
"ERROR",
f"Config type error: Section: '{section}'; Attribute: '{option}'; Expected <class 'list'> got {str(type(payload))}",
)
return fallback
try:
retval = super().get(section, option, fallback=fallback, **kwargs)
except Exception:
retval = fallback
pass
return retval
def getPlants(self):
url = f'{self.base_url}/plant/list'
data = self._api_request(url, 'GET', None)
hybridlogger.ha_log(self.logger, self.hass_api, "DEBUG",
f"plant list {data}")
return data['data'].get('plants', [])
def __init__(self):
super().__init__()
hybridlogger.ha_log(self.logger, self.hass_api, "INFO", "localproxy client plugin: HASSAPI")
self.hass_handle = None
if not self.hass_api:
hybridlogger.ha_log(self.logger, self.hass_api,
"ERROR", "No HassAPI detected. Use AppDaemon with Home Assistent for this plugin")
return
self.logger_entity = self.config.get('client.localproxy.hassapi', 'logger_entity', 'binary_sensor.datalogger')
def log_available_fields(self, msg={}):
"""Logs the available output fields to the debug log. This helps to determine waht fields are available."""
# Log available fields
hybridlogger.ha_log(
self.logger,
self.hass_api,
"DEBUG",
f"Output for '{self.name}'. Fields: {list(msg.keys())}",
)
def _output_update(self, plant, data):
# Insert dummy data for fields that have not been supplied by the client
data = self._validate_client_data(plant, data)
# Process for each plugin, but only when valid
for plugin in Plugin.plugins:
if not plugin.process_aggregates or 'sys_id' in data:
hybridlogger.ha_log(
self.logger, self.hass_api, "DEBUG",
f"Trigger plugin '{getattr(plugin, 'name')}'.")
plugin.process(msg=data)
def getPlants(self):
data = []
for plant in self.config.getlist('client.solarmanpv', 'plant_id_list'):
data.append({'plant_id': plant})
hybridlogger.ha_log(self.logger, self.hass_api, "DEBUG",
f"plant list from config {data}")
return data
def terminate(self):
try:
# Shutting down tcp server
self.tcpServer.shutdown()
except Exception as e:
hybridlogger.ha_log(
self.logger, self.hass_api, "WARNING",
f"Error shutting down tcp_proxy server. Error: {e}.")
# exit the hard way!
os.sys.exit(1)
def _init_terminals(self, terminals):
self.terminals = {}
self.sync = {}
self.cache = {}
self.ts_last_telegram = {}
self.last_gas_update = {}
self.tconfig = {}
self.tconfig['tarif'] = {}
if self.config.has_option('dsmr', 'tarif'):
tarif_list = self.config.getlist('dsmr', 'tarif')
else:
tarif_list = ['0001', '0002']
self.tconfig['tarif']['0001'] = 'low'
self.tconfig['tarif']['0002'] = 'normal'
for tarif in tarif_list:
if tarif in self.tconfig['tarif']:
default = self.tconfig['tarif'][tarif]
else:
default = tarif
self.tconfig['tarif'][tarif] = self.config.get(
'dsmr', f"tarif.{tarif}", default)
for terminal in terminals:
# Pre read configuration for each terminal
self.tconfig[terminal] = {}
self.tconfig[terminal]['plant_id'] = self.config.get(
f"dsmr.{terminal}", 'plant_id', '')
self.tconfig[terminal]['gas_meter'] = self.config.getboolean(
f"dsmr.{terminal}", 'gas_meter', True)
self.tconfig[terminal]['dsmr_version'] = self.config.get(
f"dsmr.{terminal}", 'dsmr_version ', '5')
self.tconfig[terminal]['total_energy_offset'] = \
Decimal(self.config.get(f"dsmr.{terminal}", 'total_energy_offset', '0'))
# Init terminal sync parameters
self.sync[terminal] = 0
self.cache[terminal] = Decimal(1000000)
self.ts_last_telegram[terminal] = 0
self.last_gas_update[terminal] = [
0, Decimal('0.0'), Decimal('0.000')
]
# Warnings and errors
if not self.tconfig[terminal]['plant_id']:
hybridlogger.ha_log(
self.logger, self.hass_api, "WARNING",
f"DSMR 'plant_id' for terminal '{terminal}' is not specified. "
"Received data will be NOT be associated with your solar data "
"and will be processed as stand-a-lone data!")
# Initialize terminal
self.terminals[terminal] = Terminal(
self.config, self.logger, self.hass_api, terminal,
self.dsmr_serial_callback,
self.tconfig[terminal]['dsmr_version'])
def _run(self):
# TCP listen loop
try:
hybridlogger.ha_log(
self.logger, self.hass_api, "INFO",
f"Starting tcp_proxy server. listening at {self.listenaddress[0]}:{self.listenaddress[1]}."
)
self.tcpServer.serve_forever()
except Exception as e:
hybridlogger.ha_log(
self.logger, self.hass_api, "ERROR",
f"Error binding to {self.listenaddress}. Error: {e}.")
def listen(self):
if self.hass_api:
for logger_entity in self.logger_entity:
self.hass_handle[logger_entity] = self.hass_api.listen_state(
self._run, logger_entity, attribute="data"
)
hybridlogger.ha_log(
self.logger,
self.hass_api,
"INFO",
f"HASSapi listening to. '{logger_entity}', attribute: 'data'",
)
def _sunshine_check(self):
self.sundown = not self.dl.sun_shine()
if self.sundown:
hybridlogger.ha_log(
self.logger, self.hass_api, "INFO",
f"No sunshine postponing till down next dawn {self.dl.next_dawn}."
)
# Send 0 Watt update
return self.dl.next_dawn + timedelta(minutes=10)
else:
# return the last report time return value, but not when there is no sun
return self.last_update_time
def _update_persistant_cache(self):
try:
file_cache = {}
for item in self.cache:
file_cache[item] = float(self.cache[item])
with open(self.persistant_cache_file, 'w') as json_file_config:
json.dump(file_cache, json_file_config)
except Exception as e:
hybridlogger.ha_log(
self.logger, self.hass_api, "ERROR",
f"Cache file '{self.persistant_cache_file}' can not be written! Error: {e.args}"
)
def _process_gas(self, msg_dsmr, telegram):
terminal = threading.currentThread().getName()
if not self.tconfig[terminal]["gas_meter"]:
# Skip gas meter
return
try:
if self.tconfig[terminal]["dsmr_version"] in ["4", "5"]:
G = telegram[obis_references.HOURLY_GAS_METER_READING]
msg_dsmr["gas_consumption_total"] = G.values[1]["value"]
msg_dsmr["timestamp_gas"] = datetime.timestamp(G.values[0]["value"])
elif self.tconfig[terminal]["dsmr_version"] == "5B":
G = telegram[obis_references.BELGIUM_HOURLY_GAS_METER_READING]
msg_dsmr["gas_consumption_total"] = G.values[1]["value"]
msg_dsmr["timestamp_gas"] = datetime.timestamp(G.values[0]["value"])
elif self.tconfig[terminal]["dsmr_version"] == "2.2":
G = telegram[obis_references.GAS_METER_READING]
msg_dsmr["gas_consumption_total"] = G.values[6]["value"]
msg_dsmr["timestamp_gas"] = datetime.timestamp(G.values[0]["value"])
msg_dsmr["EQUIPMENT_IDENTIFIER_GAS"] = telegram[
obis_references.EQUIPMENT_IDENTIFIER_GAS
].value
# Set last value to the cache
if not self.last_gas_update[terminal][0]:
self.last_gas_update[terminal][0] = msg_dsmr["timestamp_gas"]
self.last_gas_update[terminal][1] = msg_dsmr["gas_consumption_total"]
# Calculate gas consumption / hour self.last_gas_update[terminal] = [0, Decimal('0')]
if msg_dsmr["timestamp_gas"] > self.last_gas_update[terminal][0]:
msg_dsmr["gas_consumption_hour"] = (
(
msg_dsmr["gas_consumption_total"]
- self.last_gas_update[terminal][1]
)
* Decimal("3600")
/ Decimal(
msg_dsmr["timestamp_gas"] - self.last_gas_update[terminal][0]
)
).quantize(Decimal("0.001"))
self.last_gas_update[terminal][0] = msg_dsmr["timestamp_gas"]
self.last_gas_update[terminal][1] = msg_dsmr["gas_consumption_total"]
self.last_gas_update[terminal][2] = msg_dsmr["gas_consumption_hour"]
else:
msg_dsmr["gas_consumption_hour"] = self.last_gas_update[terminal][2]
except Exception as e:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"WARNING",
f"DSMR gas_meter reading for terminal '{terminal}' failed. "
f"Check your config: Error: {e.args}",
)
def _load_persistant_cache(self):
try:
with open(self.persistant_cache_file) as total_energy_cache:
file_cache = json.load(total_energy_cache)
for item in file_cache:
self.cache[item] = Decimal(f"{file_cache[item]}")
hybridlogger.ha_log(
self.logger, self.hass_api, "INFO",
f"Using energy cache file '{self.persistant_cache_file}'.")
except Exception as e:
hybridlogger.ha_log(
self.logger, self.hass_api, "INFO",
f"Cache file '{self.persistant_cache_file}' was not used previously. Error: {e.args}"
)
def initialize(self):
pwhash = hashlib.md5(self.password.encode('utf-8')).hexdigest()
url = f'{self.base_url}/Login?username={self.username}&password={pwhash}&key={self.api_key}'
xmldata = self._api_request(url, 'GET', None)
hybridlogger.ha_log(self.logger, self.hass_api, "DEBUG",
f"account validation: {xmldata}")
# Parsing the XML
for element in ET.fromstring(xmldata):
if element.tag == "userID":
self.user_id = int(element.text)
elif element.tag == "token":
self.token = element.text
def _run(self):
self.is_running = False
# The function calls DataLogger.process()
self.last_update_time = self.datalogger.process(
*self.args, **self.kwargs)
# Calculate the new timer interval
if self.last_update_time:
# Reset retry counter
self.retries = 0
if self.last_update_time <= datetime.now(timezone.utc):
# If last report time + 2x interval is less than the current time then increase
self.new_report_expected_at = self.last_update_time + timedelta(
seconds=self.interval)
# Check if we have at least 60 seconds for the next cycle
if self.new_report_expected_at + timedelta(
seconds=-10) < datetime.now(timezone.utc):
# No recent update or missing update: wait {interval}/5 from now()
self.new_report_expected_at = datetime.now(
timezone.utc) + timedelta(seconds=self.interval / 5)
else:
# Skipping dark period
self.new_report_expected_at = self.last_update_time
self.calculated_interval = (self.new_report_expected_at -
datetime.now(timezone.utc)).seconds
else:
# An error occured calculate retry interval
retry_interval = self.half_interval
i = self.retries
while i > 0:
# Double retry interval to avoid to much traffic
retry_interval *= 2
i -= 1
# Increment retry counter maximal interval between retries is half_interval * 2 * 2 * 2 = 4 intervals
if self.retries < 3:
self.retries += 1
# Calculate new report time
self.new_report_expected_at = datetime.now(
timezone.utc) + timedelta(seconds=retry_interval)
self.calculated_interval = (self.new_report_expected_at -
datetime.now(timezone.utc)).seconds
# Make sure we have at least 15 seconds on the time to prevent a deadlocked timer loop
if self.calculated_interval < 15:
self.calculated_interval = 15
hybridlogger.ha_log(
self.logger,
self.hass_api,
"DEBUG",
f"new poll in {self.calculated_interval} seconds at {self.new_report_expected_at.isoformat()}.",
)
self.start()
def getPlants(self):
data = []
inverterdata = {}
for plant in self.plant_id_list:
inverter_address = self.config.get(f"plant.{plant}",
"inverter_address",
fallback=None)
if not inverter_address:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"ERROR",
f"inverter_address for plant {plant} was not specified [TCPclient]",
)
raise Exception("an inverter_address was not specified")
inverter_port = int(
self.config.get(f"plant.{plant}",
"inverter_port",
fallback="8899"))
inverter_connection = (inverter_address, int(inverter_port))
logger_sn = self.config.get(f"plant.{plant}",
"logger_sn",
fallback=None)
http_only = bool(
self.config.get(f"plant.{plant}", "http_only", fallback=False))
if not logger_sn:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"ERROR",
"logger_sn (The serial number of the "
"Wi-Fi datalogger) for plant {plant} was not specified for [TCPclient], http mode only",
)
inverter_sn = self.config.get(f"plant.{plant}",
"inverter_sn",
fallback=None)
if not inverter_sn:
hybridlogger.ha_log(
self.logger,
self.hass_api,
"WARNING",
"inverter_sn (The serial number of the inverter) "
"for plant {plant} was not specified for [TCPclient], http mode only",
)
inverterdata = {
"inverter_address": inverter_address,
"inverter_port": inverter_port,
"logger_sn": int(logger_sn),
"inverter_sn": inverter_sn,
"inverter_connection": inverter_connection,
"http_only": http_only,
}
self.inverters[plant] = inverterdata
self._mode[plant] = 0
data.append({"plant_id": plant})
hybridlogger.ha_log(self.logger, self.hass_api, "DEBUG",
f"plant list from config {data}")
return data
