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home_assistant_auto_discovery.py
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#!/usr/bin/env python3
import sys
import argparse
from pathlib import Path
from pprint import pformat # noqa: F401
import time
import json
import re
import psutil
import ssl
import paho.mqtt.publish as publish
import logging
from sqlalchemy.orm.exc import NoResultFound
sys.path.append(str(Path(__file__).parent.absolute().parent))
from indi_allsky.config import IndiAllSkyConfig
from indi_allsky.flask import create_app
from indi_allsky import constants
app = create_app()
logger = logging.getLogger('indi_allsky')
logger.setLevel(logging.INFO)
LOG_FORMATTER_STREAM = logging.Formatter('[%(levelname)s]: %(message)s')
LOG_HANDLER_STREAM = logging.StreamHandler()
LOG_HANDLER_STREAM.setFormatter(LOG_FORMATTER_STREAM)
logger.handlers.clear() # remove syslog
logger.addHandler(LOG_HANDLER_STREAM)
class HADiscovery(object):
discovery_base_topic = 'homeassistant'
unique_id_base = '001'
# maps to SensorDeviceClass
HA_SENSOR_DEVICE_CLASS = {
constants.SENSOR_TEMPERATURE : 'TEMPERATURE',
constants.SENSOR_RELATIVE_HUMIDITY : 'HUMIDITY',
constants.SENSOR_ATMOSPHERIC_PRESSURE : 'ATMOSPHERIC_PRESSURE',
constants.SENSOR_WIND_SPEED : 'WIND_SPEED',
constants.SENSOR_PRECIPITATION : 'PRECIPITATION',
constants.SENSOR_CONCENTRATION : None,
constants.SENSOR_LIGHT_LUX : 'ILLUMINANCE',
constants.SENSOR_LIGHT_MISC : 'ILLUMINANCE',
constants.SENSOR_FAN_SPEED : None,
constants.SENSOR_PERCENTAGE : None,
constants.SENSOR_MISC : None,
}
# https://github.com/home-assistant/core/blob/master/homeassistant/const.py
HA_UNIT_MAP = {
constants.SENSOR_TEMPERATURE : {
'c' : '°C',
'f' : '°F',
'k' : 'K',
'degree' : '°',
'degrees' : '°',
},
constants.SENSOR_RELATIVE_HUMIDITY : {
'percent' : '%',
'%' : '%',
},
constants.SENSOR_ATMOSPHERIC_PRESSURE : {
'hpa' : 'hPa',
'mbar' : 'mbar',
'inhg' : 'inHg',
'mmhg' : 'mmHg',
'psi' : 'psi',
},
constants.SENSOR_WIND_SPEED : {
'ms' : 'm/s',
'kph' : 'km/h',
'mph' : 'mph',
},
constants.SENSOR_PRECIPITATION : {
'in' : 'in',
'mm' : 'mm',
'cm' : 'cm',
},
constants.SENSOR_CONCENTRATION : {
'ppm' : 'ppm',
'ppb' : 'ppb',
},
constants.SENSOR_PERCENTAGE : {
'percent' : '%',
'%' : '%',
},
constants.SENSOR_LIGHT_LUX : {
'lux' : 'lx',
},
constants.SENSOR_FAN_SPEED : {
'rpm' : 'rpm',
},
}
# (label, type)
SENSOR_SLOT_choices = [
('Camera Temp', None),
('Dew Heater Level', None),
('Dew Point', None),
('Frost Point', None),
('Fan Level', None),
('Heat Index', None),
('Wind Dir Degrees', None),
('SQM', None),
('Future Use 8', None),
('Future Use 9', None),
('User Slot 10', None),
('User Slot 11', None),
('User Slot 12', None),
('User Slot 13', None),
('User Slot 14', None),
('User Slot 15', None),
('User Slot 16', None),
('User Slot 17', None),
('User Slot 18', None),
('User Slot 19', None),
('User Slot 20', None),
('User Slot 21', None),
('User Slot 22', None),
('User Slot 23', None),
('User Slot 24', None),
('User Slot 25', None),
('User Slot 26', None),
('User Slot 27', None),
('User Slot 28', None),
('User Slot 29', None),
('Camera Temp', None),
('Future Use 1', None),
('Future Use 2', None),
('Future Use 3', None),
('Future Use 4', None),
('Future Use 5', None),
('Future Use 6', None),
('Future Use 7', None),
('Future Use 8', None),
('Future Use 9', None),
('System Temp 10', None),
('System Temp 11', None),
('System Temp 12', None),
('System Temp 13', None),
('System Temp 14', None),
('System Temp 15', None),
('System Temp 16', None),
('System Temp 17', None),
('System Temp 18', None),
('System Temp 19', None),
('System Temp 20', None),
('System Temp 21', None),
('System Temp 22', None),
('System Temp 23', None),
('System Temp 24', None),
('System Temp 25', None),
('System Temp 26', None),
('System Temp 27', None),
('System Temp 28', None),
('System Temp 29', None),
]
def __init__(self):
with app.app_context():
try:
self._config_obj = IndiAllSkyConfig()
#logger.info('Loaded config id: %d', self._config_obj.config_id)
except NoResultFound:
logger.error('No config file found, please import a config')
sys.exit(1)
self.config = self._config_obj.config
self._device_name = 'indi-allsky'
self._port = 1883
@property
def device_name(self):
return self._device_name
@device_name.setter
def device_name(self, new_device_name):
self._device_name = str(new_device_name)
def main(self, retain=True):
if not self.config['MQTTPUBLISH'].get('ENABLE'):
logger.error('MQ Publishing not enabled')
sys.exit(1)
transport = self.config['MQTTPUBLISH']['TRANSPORT']
hostname = self.config['MQTTPUBLISH']['HOST']
port = self.config['MQTTPUBLISH']['PORT']
username = self.config['MQTTPUBLISH']['USERNAME']
password = self.config['MQTTPUBLISH']['PASSWORD']
tls = self.config['MQTTPUBLISH']['TLS']
cert_bypass = self.config['MQTTPUBLISH'].get('CERT_BYPASS', True)
base_topic = self.config['MQTTPUBLISH']['BASE_TOPIC']
if port:
self._port = port
self.update_sensor_slot_labels()
print('')
print('#################################################')
print('##### Home Assistant Discovery Setup Script #####')
print('#################################################')
print('')
print('Transport: {0}'.format(transport))
print('Hostname: {0}'.format(hostname))
print('Port: {0}'.format(port))
print('TLS: {0}'.format(str(tls)))
print('Username: {0}'.format(username))
print('')
print('Auto-discovery base topic: {0}'.format(self.discovery_base_topic))
print('Device name: {0}'.format(self.device_name))
print('')
print('indi-allsky base topic: {0}'.format(base_topic))
print('')
print('Setup proceeding in 10 seconds... (control-c to cancel)')
time.sleep(10.0)
basic_sensor_list = [
{
'component' : 'image',
'object_id' : 'indi_allsky_latest',
'config' : {
'name' : "indi-allsky Camera",
'unique_id' : 'indi_allsky_latest_{0}'.format(self.unique_id_base),
'content_type' : 'image/jpeg',
#'content_type' : 'image/png',
'image_topic' : '/'.join((base_topic, 'latest')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_exp_date',
'config' : {
'name' : 'Exposure Date',
'unique_id' : 'indi_allsky_exp_date_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'exp_date')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_exposure',
'config' : {
'name' : 'Exposure',
'unit_of_measurement' : 's',
'unique_id' : 'indi_allsky_exposure_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'exposure')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_gain',
'config' : {
'name' : 'Camera Gain',
'unique_id' : 'indi_allsky_gain_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'gain')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_bin',
'config' : {
'name' : 'Camera Binmode',
'unique_id' : 'indi_allsky_bin_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'bin')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_temp',
'config' : {
'name' : 'Camera Temp',
'unit_of_measurement' : '°',
'unique_id' : 'indi_allsky_temp_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'temp')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_sunalt',
'config' : {
'name' : 'Sun Altitude',
'unit_of_measurement' : '°',
'unique_id' : 'indi_allsky_sunalt_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'sunalt')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_moonalt',
'config' : {
'name' : 'Moon Altitude',
'unit_of_measurement' : '°',
'unique_id' : 'indi_allsky_moonalt_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'moonalt')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_moonphase',
'config' : {
'name' : 'Moon Phase',
'unit_of_measurement' : '%',
'unique_id' : 'indi_allsky_moonphase_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'moonphase')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'binary_sensor',
'object_id' : 'indi_allsky_moonmode',
'config' : {
'name' : 'Moon Mode',
'payload_on' : True,
'payload_off' : False,
'unique_id' : 'indi_allsky_moonmode_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'moonmode')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'binary_sensor',
'object_id' : 'indi_allsky_night',
'config' : {
'name' : 'Night',
'payload_on' : True,
'payload_off' : False,
'unique_id' : 'indi_allsky_night_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'night')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_sqm',
'config' : {
'name' : 'SQM',
'unique_id' : 'indi_allsky_sqm_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'sqm')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_stars',
'config' : {
'name' : 'Stars',
'unique_id' : 'indi_allsky_stars_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'stars')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_latitude',
'config' : {
'name' : 'Latitude',
'unit_of_measurement' : '°',
'unique_id' : 'indi_allsky_latitude_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'latitude')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_longitude',
'config' : {
'name' : 'Longitude',
'unit_of_measurement' : '°',
'unique_id' : 'indi_allsky_longitude_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'longitude')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_elevation',
'config' : {
'name' : 'Elevation',
'unit_of_measurement' : 'm',
'unique_id' : 'indi_allsky_elevation_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'elevation')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_kpindex',
'config' : {
'name' : 'K-P Index',
'unique_id' : 'indi_allsky_kpindex_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'kpindex')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_ovation_max',
'config' : {
'name' : 'Aurora Prediction',
'unit_of_measurement' : '%',
'unique_id' : 'indi_allsky_ovation_max_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'ovation_max')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_smoke_rating',
'config' : {
'name' : 'Smoke Rating',
'unique_id' : 'indi_allsky_smoke_rating_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'smoke_rating')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_sidereal_time',
'config' : {
'name' : 'Sidereal Time',
'unique_id' : 'indi_allsky_sidereal_time_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'sidereal_time')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
]
if self.config['FISH2PANO'].get('ENABLE'):
basic_sensor_list.append({
'component' : 'image',
'object_id' : 'indi_allsky_panorama',
'config' : {
'name' : "indi-allsky Panorama",
'unique_id' : 'indi_allsky_panorama_{0}'.format(self.unique_id_base),
'content_type' : 'image/jpeg',
#'content_type' : 'image/png',
'image_topic' : '/'.join((base_topic, 'panorama')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
})
extended_sensor_list = [
{
'component' : 'sensor',
'object_id' : 'indi_allsky_cpu_total',
'config' : {
'name' : 'CPU Total',
'unique_id' : 'indi_allsky_cpu_total_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'cpu', 'total')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
{
'component' : 'sensor',
'object_id' : 'indi_allsky_memory_total',
'config' : {
'name' : 'Memory Total',
'unit_of_measurement' : '%',
'unique_id' : 'indi_allsky_memory_total_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'memory', 'total')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
},
]
fs_list = psutil.disk_partitions()
for fs in fs_list:
if fs.mountpoint.startswith('/snap/'):
# skip snap filesystems
continue
try:
psutil.disk_usage(fs.mountpoint)
except PermissionError as e:
logger.error('PermissionError: %s', str(e))
continue
if fs.mountpoint == '/':
extended_sensor_list.append({
'component' : 'sensor',
'object_id' : 'indi_allsky_root_fs',
'config' : {
'name' : 'Filesystem /',
'unit_of_measurement' : '%',
'unique_id' : 'indi_allsky_fs_root_{0}'.format(self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'disk', 'root')),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
})
else:
# remove slashes
fs_mountpoint_safe = re.sub(r'/\.', '__', fs.mountpoint)
extended_sensor_list.append({
'component' : 'sensor',
'object_id' : 'indi_allsky_fs_{0}'.format(fs_mountpoint_safe),
'config' : {
'name' : 'Filesystem {0}'.format(fs.mountpoint),
'unit_of_measurement' : '%',
'unique_id' : 'indi_allsky_fs_{0}_{1}'.format(fs_mountpoint_safe, self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'disk', re.sub(r'^/', '', fs.mountpoint))), # remove slash prefix
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
})
temp_info = psutil.sensors_temperatures()
for t_key in sorted(temp_info): # always return the keys in the same order
for i, t in enumerate(temp_info[t_key]):
if not t.label:
# use index for label name
label = str(i)
else:
label = t.label
t_key_safe = re.sub(r'[#+\$\*\>\.\ ]', '_', t_key)
label_safe = re.sub(r'[#+\$\*\>\.\ ]', '_', label)
extended_sensor_list.append({
'component' : 'sensor',
'object_id' : 'indi_allsky_thermal_{0}_{1}'.format(t_key_safe, label_safe),
'config' : {
'name' : 'Thermal {0} {1}'.format(t_key, label),
'unit_of_measurement' : '°',
'unique_id' : 'indi_allsky_thermal_{0}_{1}_{2}'.format(t_key_safe, label_safe, self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'temp', t_key_safe, label_safe)),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
})
# system temp sensors
for i in range(30):
extended_sensor_list.append({
'component' : 'sensor',
'object_id' : 'indi_allsky_sensor_temp_{0}'.format(i),
'config' : {
'name' : self.SENSOR_SLOT_choices[i + 30][0],
'unit_of_measurement' : '°',
'unique_id' : 'indi_allsky_sensor_temp_{0}_{1}'.format(i, self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'sensor_temp_{0}'.format(str(i)))),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
})
# user sensors
for i in range(30):
extended_sensor_list.append({
'component' : 'sensor',
'object_id' : 'indi_allsky_sensor_user_{0}'.format(i),
'config' : {
'name' : self.SENSOR_SLOT_choices[i][0],
'unique_id' : 'indi_allsky_sensor_user_{0}_{1}'.format(i, self.unique_id_base),
'state_topic' : '/'.join((base_topic, 'sensor_user_{0}'.format(str(i)))),
'device' : {
'name' : self.device_name,
'identifiers' : [
self.device_name,
],
},
},
})
# add the unit_of_measurement for common types
if self.SENSOR_SLOT_choices[i][1] == constants.SENSOR_TEMPERATURE:
extended_sensor_list[-1]['config']['unit_of_measurement'] = self.HA_UNIT_MAP[constants.SENSOR_TEMPERATURE]['degrees']
elif self.SENSOR_SLOT_choices[i][1] == constants.SENSOR_RELATIVE_HUMIDITY:
extended_sensor_list[-1]['config']['unit_of_measurement'] = self.HA_UNIT_MAP[constants.SENSOR_RELATIVE_HUMIDITY]['percent']
elif self.SENSOR_SLOT_choices[i][1] == constants.SENSOR_PERCENTAGE:
extended_sensor_list[-1]['config']['unit_of_measurement'] = self.HA_UNIT_MAP[constants.SENSOR_PERCENTAGE]['percent']
message_list = list()
for sensor in basic_sensor_list:
message = {
'topic' : '/'.join((self.discovery_base_topic, sensor['component'], base_topic, sensor['object_id'], 'config')),
'payload' : json.dumps(sensor['config']),
'qos' : 0,
'retain' : retain,
}
message_list.append(message)
logger.warning('Create topic: %s', message['topic'])
#logger.warning('Data: %s', pformat(message))
for sensor in extended_sensor_list:
message = {
'topic' : '/'.join((self.discovery_base_topic, sensor['component'], base_topic, sensor['object_id'], 'config')),
'payload' : json.dumps(sensor['config']),
'qos' : 0,
'retain' : retain,
}
message_list.append(message)
logger.warning('Create topic: %s', message['topic'])
#logger.warning('Data: %s', pformat(message))
#logger.warning('Messages: %s', pformat(message_list))
mq_auth = None
mq_tls = None
if tls:
mq_tls = {
'ca_certs' : '/etc/ssl/certs/ca-certificates.crt',
#'tls_version' : ssl.PROTOCOL_TLSv1_2,
'cert_reqs' : ssl.CERT_REQUIRED,
'insecure' : False,
}
if cert_bypass:
mq_tls['cert_reqs'] = ssl.CERT_NONE
mq_tls['insecure'] = True
if username:
mq_auth = {
'username' : username,
'password' : password,
}
logger.warning('Publishing discovery data')
publish.multiple(
message_list,
transport=transport,
hostname=hostname,
port=self._port,
client_id='',
keepalive=60,
auth=mq_auth,
tls=mq_tls,
)
def update_sensor_slot_labels(self):
from indi_allsky.devices import sensors as indi_allsky_sensors
temp_sensor__a_classname = self.config.get('TEMP_SENSOR', {}).get('A_CLASSNAME', '')
temp_sensor__a_label = self.config.get('TEMP_SENSOR', {}).get('A_LABEL', 'Sensor A')
temp_sensor__a_user_var_slot = self.config.get('TEMP_SENSOR', {}).get('A_USER_VAR_SLOT')
temp_sensor__b_classname = self.config.get('TEMP_SENSOR', {}).get('B_CLASSNAME', '')
temp_sensor__b_label = self.config.get('TEMP_SENSOR', {}).get('B_LABEL', 'Sensor B')
temp_sensor__b_user_var_slot = self.config.get('TEMP_SENSOR', {}).get('B_USER_VAR_SLOT')
temp_sensor__c_classname = self.config.get('TEMP_SENSOR', {}).get('C_CLASSNAME', '')
temp_sensor__c_label = self.config.get('TEMP_SENSOR', {}).get('C_LABEL', 'Sensor C')
temp_sensor__c_user_var_slot = self.config.get('TEMP_SENSOR', {}).get('C_USER_VAR_SLOT')
if temp_sensor__a_classname:
try:
temp_sensor__a_class = getattr(indi_allsky_sensors, temp_sensor__a_classname)
for x in range(temp_sensor__a_class.METADATA['count']):
self.SENSOR_SLOT_choices[temp_sensor__a_user_var_slot + x] = (
'{0:s} - {1:s} - {2:s}'.format(
temp_sensor__a_class.METADATA['name'],
temp_sensor__a_label,
temp_sensor__a_class.METADATA['labels'][x],
),
temp_sensor__a_class.METADATA['types'][x],
)
except AttributeError:
logger.error('Unknown sensor class: %s', temp_sensor__a_classname)
if temp_sensor__b_classname:
try:
temp_sensor__b_class = getattr(indi_allsky_sensors, temp_sensor__b_classname)
for x in range(temp_sensor__b_class.METADATA['count']):
self.SENSOR_SLOT_choices[temp_sensor__b_user_var_slot + x] = (
'{0:s} - {1:s} - {2:s}'.format(
temp_sensor__b_class.METADATA['name'],
temp_sensor__b_label,
temp_sensor__b_class.METADATA['labels'][x],
),
temp_sensor__b_class.METADATA['types'][x],
)
except AttributeError:
logger.error('Unknown sensor class: %s', temp_sensor__a_classname)
if temp_sensor__c_classname:
try:
temp_sensor__c_class = getattr(indi_allsky_sensors, temp_sensor__c_classname)
for x in range(temp_sensor__c_class.METADATA['count']):
self.SENSOR_SLOT_choices[temp_sensor__c_user_var_slot + x] = (
'{0:s} - {1:s} - {2:s}'.format(
temp_sensor__c_class.METADATA['name'],
temp_sensor__c_label,
temp_sensor__c_class.METADATA['labels'][x],
),
temp_sensor__c_class.METADATA['types'][x],
)
except AttributeError:
logger.error('Unknown sensor class: %s', temp_sensor__a_classname)
if __name__ == "__main__":
argparser = argparse.ArgumentParser()
argparser.add_argument(
'--device_topic',
'-d',
help='device name topic',
type=str,
default='indi-allsky',
)
retain_group = argparser.add_mutually_exclusive_group(required=False)
retain_group.add_argument(
'--retain',
help='Enable retain flag on discovery topics (default)',
dest='retain',
action='store_true',
)
retain_group.add_argument(
'--no-retain',
help='Disable retain flag on discovery topics',
dest='retain',
action='store_false',
)
retain_group.set_defaults(retain=True)
args = argparser.parse_args()
had = HADiscovery()
had.device_topic = args.device_topic
had.main(retain=args.retain)