be3b4d6df0
* update changelog * add addon-dev target * initial version * use prebuild docker image * initial version for multi arch images * fix missing label latest * create log and config folder first. * clean up and translate to english * set labels with docker bake * add addon-debug and addon-dev targets * pass version number to proxy at runtime * add two more callbacks * get addon version from app * deploy rc addon container to ghcr * move ha_addon test into subdir * fix crash on container restart - mkdir -p returns no error even if the director exists * prepation for unit testing - move script into a method * added further config to schema * typo fixed * added monitor_sn + PV-strings 3-6 to create toml * added options.json for testing * prepare pytest and coverage for addons * fix missing values in resulting config.toml - define mqtt default values - convert filter configuration * first running unittest for addons * add ha_addons * increase test coverage * test empty options.json file for HA AddOn * fix pytest call in terminal * improve test coverage * remove uneeded options.json * move config.py into subdir cnf --------- Co-authored-by: Michael Metz <michael.metz@siemens.com>
116 lines
5.3 KiB
Python
116 lines
5.3 KiB
Python
import json
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import os
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# Dieses file übernimmt die Add-On Konfiguration und schreibt sie in die
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# Konfigurationsdatei des tsun-proxy
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# Die Addon Konfiguration wird in der Datei /data/options.json bereitgestellt
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# Die Konfiguration wird in der Datei /home/proxy/config/config.toml
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# gespeichert
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# Übernehme die Umgebungsvariablen
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# alternativ kann auch auf die homeassistant supervisor API zugegriffen werden
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def create_config():
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data = {}
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data['mqtt.host'] = os.getenv('MQTT_HOST', "mqtt")
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data['mqtt.port'] = os.getenv('MQTT_PORT', 1883)
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data['mqtt.user'] = os.getenv('MQTT_USER', "")
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data['mqtt.passwd'] = os.getenv('MQTT_PASSWORD', "")
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# Lese die Add-On Konfiguration aus der Datei /data/options.json
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# with open('data/options.json') as json_file:
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with open('/data/options.json') as json_file:
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try:
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options_data = json.load(json_file)
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data.update(options_data)
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except json.JSONDecodeError:
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pass
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# Schreibe die Add-On Konfiguration in die Datei /home/proxy/config/config.toml # noqa: E501
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# with open('./config/config.toml', 'w+') as f:
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with open('/home/proxy/config/config.toml', 'w+') as f:
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f.write(f"""
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mqtt.host = '{data.get('mqtt.host')}' # URL or IP address of the mqtt broker
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mqtt.port = {data.get('mqtt.port')}
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mqtt.user = '{data.get('mqtt.user')}'
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mqtt.passwd = '{data.get('mqtt.passwd')}'
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ha.auto_conf_prefix = '{data.get('ha.auto_conf_prefix', 'homeassistant')}' # MQTT prefix for subscribing for homeassistant status updates
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ha.discovery_prefix = '{data.get('ha.discovery_prefix', 'homeassistant')}' # MQTT prefix for discovery topic
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ha.entity_prefix = '{data.get('ha.entity_prefix', 'tsun')}' # MQTT topic prefix for publishing inverter values
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ha.proxy_node_id = '{data.get('ha.proxy_node_id', 'proxy')}' # MQTT node id, for the proxy_node_id
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ha.proxy_unique_id = '{data.get('ha.proxy_unique_id', 'P170000000000001')}' # MQTT unique id, to identify a proxy instance
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tsun.enabled = {str(data.get('tsun.enabled', True)).lower()}
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tsun.host = '{data.get('tsun.host', 'logger.talent-monitoring.com')}'
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tsun.port = {data.get('tsun.port', 5005)}
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solarman.enabled = {str(data.get('solarman.enabled', True)).lower()}
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solarman.host = '{data.get('solarman.host', 'iot.talent-monitoring.com')}'
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solarman.port = {data.get('solarman.port', 10000)}
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inverters.allow_all = {str(data.get('inverters.allow_all', False)).lower()}
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""") # noqa: E501
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if 'inverters' in data:
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for inverter in data['inverters']:
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f.write(f"""
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[inverters."{inverter['serial']}"]
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node_id = '{inverter['node_id']}'
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suggested_area = '{inverter['suggested_area']}'
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modbus_polling = {str(inverter['modbus_polling']).lower()}
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# check if inverter has monitor_sn key. if not, skip monitor_sn
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{f"monitor_sn = '{inverter['monitor_sn']}'" if 'monitor_sn' in inverter else ''}
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# check if inverter has 'pv1_type' and 'pv1_manufacturer' keys. if not, skip pv1
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{f"pv1 = {{type = '{inverter['pv1_type']}', manufacturer = '{inverter['pv1_manufacturer']}'}}" if 'pv1_type' in inverter and 'pv1_manufacturer' in inverter else ''}
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# check if inverter has 'pv2_type' and 'pv2_manufacturer' keys. if not, skip pv2
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{f"pv2 = {{type = '{inverter['pv2_type']}', manufacturer = '{inverter['pv2_manufacturer']}'}}" if 'pv2_type' in inverter and 'pv2_manufacturer' in inverter else ''}
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# check if inverter has 'pv3_type' and 'pv3_manufacturer' keys. if not, skip pv3
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{f"pv3 = {{type = '{inverter['pv3_type']}', manufacturer = '{inverter['pv3_manufacturer']}'}}" if 'pv3_type' in inverter and 'pv3_manufacturer' in inverter else ''}
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# check if inverter has 'pv4_type' and 'pv4_manufacturer' keys. if not, skip pv4
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{f"pv4 = {{type = '{inverter['pv4_type']}', manufacturer = '{inverter['pv4_manufacturer']}'}}" if 'pv4_type' in inverter and 'pv4_manufacturer' in inverter else ''}
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# check if inverter has 'pv5_type' and 'pv5_manufacturer' keys. if not, skip pv5
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{f"pv5 = {{type = '{inverter['pv5_type']}', manufacturer = '{inverter['pv5_manufacturer']}'}}" if 'pv5_type' in inverter and 'pv5_manufacturer' in inverter else ''}
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# check if inverter has 'pv6_type' and 'pv6_manufacturer' keys. if not, skip pv6
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{f"pv6 = {{type = '{inverter['pv6_type']}', manufacturer = '{inverter['pv6_manufacturer']}'}}" if 'pv6_type' in inverter and 'pv6_manufacturer' in inverter else ''}
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""") # noqa: E501
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# add filters
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f.write("""
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[gen3plus.at_acl]
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# filter for received commands from the internet
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tsun.allow = [""")
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if 'gen3plus.at_acl.tsun.allow' in data:
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for rule in data['gen3plus.at_acl.tsun.allow']:
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f.write(f"'{rule}',")
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f.write("]\ntsun.block = [")
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if 'gen3plus.at_acl.tsun.block' in data:
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for rule in data['gen3plus.at_acl.tsun.block']:
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f.write(f"'{rule}',")
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f.write("""]
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# filter for received commands from the MQTT broker
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mqtt.allow = [""")
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if 'gen3plus.at_acl.mqtt.allow' in data:
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for rule in data['gen3plus.at_acl.mqtt.allow']:
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f.write(f"'{rule}',")
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f.write("]\nmqtt.block = [")
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if 'gen3plus.at_acl.mqtt.block' in data:
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for rule in data['gen3plus.at_acl.mqtt.block']:
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f.write(f"'{rule}',")
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f.write("]")
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if __name__ == "__main__": # pragma: no cover
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create_config()
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