def run(emparts,config):
global mqtt_last_update
global mqtt_debug
# Only update every X seconds
if time.time() < mqtt_last_update + int(config.get('min_update', 20)):
if (mqtt_debug > 1):
print("mqtt: data skipping")
return
# prepare mqtt settings
mqtthost = config.get('mqtthost', 'mqtt')
mqttport = config.get('mqttport', 1883)
mqttuser = config.get('mqttuser', None)
mqttpass = config.get('mqttpass', None)
mqtttopic = config.get('mqtttopic',"SMA-EM/status")
mqttfields = config.get('mqttfields', 'pconsume,psupply')
publish_single = int(config.get('publish_single',0))
# mqtt client settings
myhostname = platform.node()
mqtt_clientID = 'SMA-EM@' + myhostname
client = mqtt.Client(mqtt_clientID)
if None not in [mqttuser,mqttpass]:
client.username_pw_set(username=mqttuser, password=mqttpass)
#last aupdate
mqtt_last_update = time.time()
serial = emparts['serial']
data = {}
for f in mqttfields.split(','):
data[f] = emparts[f]
#add pv data
try:
#add summ value to
from features.pvdata import pv_data
pvpower=pv_data.get("AC Power",0)
if pvpower is None: pvpower = 0
pconsume=emparts.get('pconsume',0)
psupply=emparts.get('psupply',0)
pusage=pvpower+pconsume-psupply
data['pvsum']=pvpower
data['pusage']=pusage
except:
pv_data = None
pass
data['timestamp']=mqtt_last_update
payload=json.dumps(data)
topic=mqtttopic+'/'+str(serial)
try:
# mqtt connect
client.connect(str(mqtthost), int(mqttport))
client.on_publish = on_publish
client.publish(topic, payload)
# publish each value as separate topic
if publish_single == 1:
for item in data.keys():
itemtopic=topic+'/'+item
if mqtt_debug > 0:
print("mqtt: publishing %s:%s" % (itemtopic,data[item]) )
client.publish(itemtopic,str(data[item]))
if mqtt_debug > 0:
print("mqtt: sma-em data published %s:%s" % (
format(time.strftime("%H:%M:%S", time.localtime(mqtt_last_update))),payload))
#pvoption
mqttpvtopic = config.get('pvtopic', None)
if None not in [pv_data,mqttpvtopic] :
if pv_data is not None:
pvserial = pv_data.get("serial")
pvtopic=mqttpvtopic+'/'+str(pvserial)
payload=json.dumps(pv_data)
client.publish(pvtopic, payload)
if mqtt_debug > 0:
print("mqtt: sma-pv data published %s:%s" % (
format(time.strftime("%H:%M:%S", time.localtime(mqtt_last_update))),payload))
except Exception as e:
print("mqtt: Error publishing")
print(e)
pass
def run(emparts, config):
global symcon_last_update
global symcon_debug
# Only update every X seconds
if time.time() < symcon_last_update + int(config.get('min_update', 20)):
if (symcon_debug > 1):
print("Symcon: data skipping")
return
# prepare hook settings
host = config.get('host', 'ips')
port = config.get('port', 3777)
timeout = config.get('timeout', 5)
emhook = config.get('emhook', '/hook/smaem')
user = config.get('user', None)
password = config.get('password', None)
fields = config.get('fields', 'pconsume,psupply')
# mqtt client settings
myhostname = platform.node()
symcon_last_update = time.time()
url = 'http://' + host + ':' + str(port) + emhook
#last aupdate
symcon_last_update = time.time()
serial = emparts['serial']
data = {}
for f in fields.split(','):
data[f] = emparts[f]
data['timestamp'] = symcon_last_update
data['sender'] = myhostname
data['serial'] = str(serial)
payload = json.dumps(data)
#prepare request
req = urllib.request.Request(url)
req.add_header('Content-Type', 'application/json; charset=utf-8')
dataasbytes = payload.encode('utf-8') # needs to be bytes
req.add_header('Content-Length', len(dataasbytes))
#print(dataasbytes)
req.add_header("User-Agent", "SMEM")
#prepare auth
if None not in [user, password]:
passman = urllib.request.HTTPPasswordMgrWithDefaultRealm()
passman.add_password(None, url, user, password)
authhandler = urllib.request.HTTPBasicAuthHandler(passman)
opener = urllib.request.build_opener(authhandler)
urllib.request.install_opener(opener)
if symcon_debug > 2:
print('Symcon EM: use Basic auth')
#send it
try:
response = urllib.request.urlopen(req,
data=dataasbytes,
timeout=int(timeout))
except urllib.error.HTTPError as e:
if symcon_debug > 0:
print('Symcon EM: HTTPError: {%s} to %s' % (format(e.code), url))
pass
except urllib.error.URLError as e:
if symcon_debug > 0:
print('Symcon EM: URLError: {%s} to %s ' % (format(e.reason), url))
pass
except Exception as e:
if symcon_debug > 0:
print("Symcon EM: Error from symcon request")
print(e)
pass
else:
if symcon_debug > 0:
print("Symcon EM: data published %s:%s to %s" % (format(
time.strftime("%H:%M:%S", time.localtime(symcon_last_update))),
payload, url))
#send pv data
pvhook = config.get('pvhook')
pvfields = config.get('pvfields', 'AC Power,daily yield')
if None in [pvhook, pvfields]: return
try:
from features.pvdata import pv_data
except:
return
serial = pv_data['serial']
data = {}
pvurl = 'http://' + host + ':' + str(port) + pvhook
pvpower = pv_data.get("AC Power")
if None in [serial, pvpower]: return
for f in pvfields.split(','):
data[f] = pv_data.get(f, 0)
data['timestamp'] = symcon_last_update
data['sender'] = myhostname
data['serial'] = str(serial)
pvpayload = json.dumps(data)
# prepare request
pvreq = urllib.request.Request(pvurl)
pvreq.add_header('Content-Type', 'application/json; charset=utf-8')
pvdataasbytes = pvpayload.encode('utf-8') # needs to be bytes
pvreq.add_header('Content-Length', len(pvdataasbytes))
# print(dataasbytes)
pvreq.add_header("User-Agent", "SMWR")
# prepare auth
if None not in [user, password]:
passman = urllib.request.HTTPPasswordMgrWithDefaultRealm()
passman.add_password(None, pvurl, user, password)
authhandler = urllib.request.HTTPBasicAuthHandler(passman)
opener = urllib.request.build_opener(authhandler)
urllib.request.install_opener(opener)
if symcon_debug > 2:
print('Symcon PV: use Basic auth')
# send it
try:
response = urllib.request.urlopen(pvreq,
data=pvdataasbytes,
timeout=int(timeout))
except urllib.error.HTTPError as e:
if symcon_debug > 0:
print('Symcon PV : HTTPError: {%s} to %s ' %
(format(e.reason), pvurl))
pass
except urllib.error.URLError as e:
if symcon_debug > 0:
print('Symcon PV: URLError: {%s} to %s ' %
(format(e.reason), pvurl))
pass
except Exception as e:
if symcon_debug > 0:
print("Symcon PV: Error from symcon request")
print(e)
pass
else:
if symcon_debug > 0:
print("Symcon PV: data published %s:%s to %s" % (format(
time.strftime("%H:%M:%S", time.localtime(symcon_last_update))),
pvpayload, pvurl))
def run(emparts, config):
global mqtt_last_update
global mqtt_debug
# Only update every X seconds
if time.time() < mqtt_last_update + int(config.get('min_update', 20)):
if (mqtt_debug > 1):
print("mqtt: data skipping")
return
# prepare mqtt settings
mqtthost = config.get('mqtthost', 'mqtt')
mqttport = config.get('mqttport', 1883)
mqttuser = config.get('mqttuser', None)
mqttpass = config.get('mqttpass', None)
mqtttopic = config.get('mqtttopic', "SMA-EM/status")
mqttfields = config.get('mqttfields', 'pconsume,psupply')
publish_single = int(config.get('publish_single', 0))
ssl_activate = config.get('ssl_activate', False)
ssl_ca_file = config.get('ssl_ca_file', None)
ssl_certfile = config.get('ssl_certfile', None)
ssl_keyfile = config.get('ssl_keyfile', None)
tls_protocol = config.get('tls_protocol', "2")
if tls_protocol == "1":
tls = ssl.PROTOCOL_TLSv1_1
elif tls_protocol == "2":
tls = ssl.PROTOCOL_TLSv1_2
else:
tls = ssl.PROTOCOL_TLSv1_2
if mqtt_debug > 0:
print("tls_protocol %s unsupported, use (TLSv1.)2" % tls_protocol)
# mqtt client settings
myhostname = platform.node()
mqtt_clientID = 'SMA-EM@' + myhostname
client = mqtt.Client(mqtt_clientID)
if None not in [mqttuser, mqttpass]:
client.username_pw_set(username=mqttuser, password=mqttpass)
if ssl_activate == "1":
# and ssl_ca_file:
if ssl_certfile and ssl_keyfile and ssl_ca_file:
# use client cert
client.tls_set(ssl_ca_file, certfile=ssl_certfile, keyfile=ssl_keyfile, tls_version=tls)
if mqtt_debug > 0:
print("mqtt: ssl ca and client verify enabled")
elif ssl_ca_file:
# no client cert
client.tls_set(ssl_ca_file, tls_version=tls)
if mqtt_debug > 0:
print("mqtt: ssl ca verify enabled")
else:
# disable certificat verify as there is no certificate
client.tls_set(tls_version=tls)
client.tls_insecure_set(True)
if mqtt_debug > 0:
print("mqtt: ssl verify disabled")
else:
if mqtt_debug > 0:
print("mqtt: ssl disabled")
# last aupdate
# last aupdate
mqtt_last_update = time.time()
serial = emparts['serial']
data = {}
for f in mqttfields.split(','):
data[f] = emparts.get(f, 0)
# add pv data
try:
# add summ value to
from features.pvdata import pv_data
pvpower = pv_data.get("AC Power", 0)
if pvpower is None: pvpower = 0
pconsume = emparts.get('pconsume', 0)
psupply = emparts.get('psupply', 0)
pusage = pvpower + pconsume - psupply
data['pvsum'] = pvpower
data['pusage'] = pusage
# daily sum
daily = pv_data.get("daily yield", 0)
if daily is None: daily = 0
data['pvdaily'] = daily
except:
pv_data = None
pass
data['timestamp'] = mqtt_last_update
payload = json.dumps(data)
topic = mqtttopic + '/' + str(serial)
try:
# mqtt connect
client.connect(str(mqtthost), int(mqttport))
client.on_publish = on_publish
client.publish(topic, payload)
if mqtt_debug > 0:
print("mqtt: sma-em topic %s data published %s:%s" % (topic,
format(time.strftime("%H:%M:%S", time.localtime(
mqtt_last_update))), payload))
# publish each value as separate topic
if publish_single == 1:
for item in data.keys():
itemtopic = topic + '/' + item
if mqtt_debug > 0:
print("mqtt: publishing %s:%s" % (itemtopic, data[item]))
client.publish(itemtopic, str(data[item]))
# pvoption
mqttpvtopic = config.get('pvtopic', None)
if None not in [pv_data, mqttpvtopic]:
if pv_data is not None:
pvserial = pv_data.get("serial")
pvtopic = mqttpvtopic + '/' + str(pvserial)
payload = json.dumps(pv_data)
# process last publish
client.loop(1)
# sendf pv topic
client.publish(pvtopic, payload)
if mqtt_debug > 0:
print("mqtt: sma-pv topic %s data published %s:%s" % (pvtopic,
format(time.strftime("%H:%M:%S",
time.localtime(
mqtt_last_update))),
payload))
except Exception as e:
print("mqtt: Error publishing")
print(traceback.format_exc())
pass
def run(emparts, config):
global influx_last_update
global influx_debug
# Only update every X seconds
if time.time() < influx_last_update + int(config.get('min_update', 20)):
if (influx_debug > 1):
print("InfluxDB: data skipping")
return
# db connect
db = config.get('db', 'SMA')
host = config.get('host', 'influxdb')
port = int(config.get('port', 8086))
ssl = bool(config.get('ssl'))
timeout = int(config.get('timeout', 5))
user = config.get('user', None)
password = config.get('password', None)
mesurement = config.get('measurement', 'SMAEM')
fields = config.get('fields', 'pconsume,psupply')
pvfields = config.get('pvfields')
influx = None
# connect to db, create one if needed
try:
if ssl == True:
influx = InfluxDBClient(host=host,
port=port,
ssl=ssl,
verify_ssl=ssl,
username=user,
password=password,
timeout=timeout)
if influx_debug > 0:
print("Influxdb: use ssl")
else:
influx = InfluxDBClient(host=host,
port=port,
username=user,
password=password,
timeout=timeout)
dbs = influx.get_list_database()
if influx_debug > 1:
print(dbs)
if not {"name": db} in dbs:
print(db + ' not in list, create')
influx.create_database(db)
influx.switch_database(db)
if influx_debug > 1:
print("Influxdb connected to '%s' @ '%s'(%s)" %
(str(user), host, db))
except InfluxDBClientError as e:
if influx_debug > 0:
print("InfluxDB: Connect Error to '%s' @ '%s'(%s)" %
(str(user), host, db))
print(format(e))
return
except Exception as e:
if influx_debug > 0:
print("InfluxDB: Error while connecting to '%s' @ '%s'(%s)" %
(str(user), host, db))
print(e)
return
myhostname = platform.node()
influx_last_update = time.time()
now = datetime.datetime.utcnow().strftime('%Y-%m-%dT%H:%M:%SZ')
# last aupdate
influx_last_update = time.time()
serial = emparts['serial']
# data fields
data = {}
for f in fields.split(','):
data[f] = emparts.get(f)
if data[f] is None: data[f] = 0.0
# data point
influx_data = {}
influx_data['measurement'] = mesurement
influx_data['time'] = now
influx_data['tags'] = {}
influx_data['tags']["serial"] = serial
pvpower = 0
pdirectusage = 0
pbattery = 0
try:
from features.pvdata import pv_data
for inv in pv_data:
# handle missing data during night hours
if inv.get("AC Power") is None:
pass
elif inv.get("DeviceClass") == "Solar Inverter":
pvpower += inv.get("AC Power")
elif inv.get("DeviceClass") == "Battery Inverter":
pbattery += inv.get("AC Power")
pconsume = emparts.get('pconsume', 0)
psupply = emparts.get('psupply', 0)
pusage = pvpower + pconsume - psupply
# total power consumption (grid + battery discharge)
phouse = pvpower + pconsume - psupply + pbattery
if pdirectusage is None: pdirectusage = 0
if pvpower > pusage:
pdirectusage = pusage
else:
pdirectusage = pvpower
data['pdirectusage'] = float(pdirectusage)
data['pvpower'] = float(pvpower)
data['pusage'] = float(pusage)
data['pbattery'] = float(pbattery)
data['phouse'] = float(phouse)
except:
# Kostal inverter? (pvdata_kostal_json)
print("except - no sma - inverter")
try:
from features.pvdata_kostal_json import pv_data
pvpower = pv_data.get("AC Power")
if pvpower is None: pvpower = 0
pconsume = emparts.get('pconsume', 0)
psupply = emparts.get('psupply', 0)
pusage = pvpower + pconsume - psupply
if pdirectusage is None: pdirectusage = 0
if pvpower > pusage:
pdirectusage = pusage
else:
pdirectusage = pvpower
data['pdirectusage'] = pdirectusage
data['pvpower'] = pvpower
data['pusage'] = pusage
except:
pv_data = None
print("no kostal inverter")
pass
influx_data['fields'] = data
points = [influx_data]
# send it
try:
influx.write_points(points, time_precision='s', protocol='json')
except InfluxDBClientError as e:
if influx_debug > 0:
print('InfluxDBError: %s' % (format(e)))
print(
"InfluxDB failed data:" + format(
time.strftime("%H:%M:%S",
time.localtime(influx_last_update))),
format(points))
pass
else:
if influx_debug > 0:
print("InfluxDB: em data published %s:%s" % (format(
time.strftime("%H:%M:%S", time.localtime(influx_last_update))),
format(points)))
pvmeasurement = config.get('pvmeasurement')
if None in [pvfields, pv_data, pvmeasurement]: return
influx_data = []
datapoint = {
'measurement': pvmeasurement,
'time': now,
'tags': {},
'fields': {}
}
taglist = ['serial', 'DeviceID', 'Device Name']
tags = {}
fields = {}
if pv_data is not None:
for inv in pv_data:
# add tag columns and remove from data list
for t in taglist:
tags[t] = inv.get(t)
for f in pvfields.split(','):
fields[f] = inv.get(f)
datapoint['tags'] = tags.copy()
datapoint['fields'] = fields.copy()
influx_data.append(datapoint.copy())
# send it
try:
influx.write_points(influx_data, time_precision='s', protocol='json')
except InfluxDBClientError as e:
if influx_debug > 0:
print('InfluxDBError: %s' % (format(e)))
print(
"InfluxDB failed pv data:" + format(
time.strftime("%H:%M:%S",
time.localtime(influx_last_update))),
format(influx_data))
pass
else:
if influx_debug > 0:
print("InfluxDB: pv data published %s:%s" % (format(
time.strftime("%H:%M:%S", time.localtime(influx_last_update))),
format(influx_data)))
# Edimax smartplug data #####
from features.ediplugs import edi_data
edimeasurement = config.get('edimeasurement')
if None in [edi_data, edimeasurement]: return
influx_data = []
datapoint = {
'measurement': edimeasurement,
'time': now,
'tags': {},
'fields': {}
}
taglist = ['vendor', 'model', 'mac', 'name']
fieldlist = ['state', 'pconsume', 'aconsume']
tags = {}
fields = {}
for inv in edi_data:
for t in taglist:
tags[t] = inv.get(t)
for f in fieldlist:
fields[f] = inv.get(f)
datapoint['tags'] = tags.copy()
datapoint['fields'] = fields.copy()
influx_data.append(datapoint.copy())
points = influx_data
#send it
try:
influx.write_points(points, time_precision='s', protocol='json')
except InfluxDBClientError as e:
if influx_debug > 0:
print('InfluxDBError: %s' % (format(e)))
print("InfluxDB failed edi data:" + format(
time.strftime("%H:%M:%S", time.localtime(influx_last_update)))
+ format(points))
pass
else:
if influx_debug > 0:
print("InfluxDB: edi data published %s:%s" % (format(
time.strftime("%H:%M:%S", time.localtime(influx_last_update))),
format(points)))
def run(emparts, config):
global influx2_debug
global influx2_last_update
global influx2_client
global influx2_write_api
# Only update every X seconds
if time.time() < influx2_last_update + int(config.get('min_update', 20)):
if (influx2_debug > 1):
print("InfluxDB: data skipping")
return
influx2_last_update = time.time()
mesurement = config.get('measurement', 'SMAEM')
fields = config.get('fields', 'pconsume,psupply')
serial = emparts['serial']
# data fields
data = {}
for f in fields.split(','):
data[f] = emparts.get(f)
if data[f] is None:
data[f] = 0.0
# inverter data
pvpower = 0
pdirectusage = 0
try:
from features.pvdata import pv_data
for inv in pv_data:
# handle missing data during night hours
if inv.get("AC Power") is None:
pass
elif inv.get("DeviceClass") == "Solar Inverter":
pvpower += inv.get("AC Power", 0)
pconsume = emparts.get('pconsume', 0)
psupply = emparts.get('psupply', 0)
pusage = pvpower + pconsume - psupply
if pdirectusage is None:
pdirectusage = 0
if pvpower > pusage:
pdirectusage = pusage
else:
pdirectusage = pvpower
data['pdirectusage'] = float(pdirectusage)
data['pvpower'] = float(pvpower)
data['pusage'] = float(pusage)
except:
# Kostal inverter? (pvdata_kostal_json)
if influx2_debug > 0:
print("InfluxDB2: " + "except - no sma - inverter")
try:
from features.pvdata_kostal_json import pv_data
pvpower = pv_data.get("AC Power")
if pvpower is None:
pvpower = 0
pconsume = emparts.get('pconsume', 0)
psupply = emparts.get('psupply', 0)
pusage = pvpower + pconsume - psupply
if pdirectusage is None:
pdirectusage = 0
if pvpower > pusage:
pdirectusage = pusage
else:
pdirectusage = pvpower
data['pdirectusage'] = float(pdirectusage)
data['pvpower'] = float(pvpower)
data['pusage'] = float(pusage)
except:
pv_data = None
if influx2_debug > 0:
print("InfluxDB2: " + "no kostal inverter")
pass
# data point
influx_data = {}
influx_data['measurement'] = mesurement
influx_data['time'] = datetime.utcnow()
influx_data['tags'] = {}
influx_data['tags']["serial"] = serial
influx_data['fields'] = data
points = [influx_data]
# write em data
org = config.get('org', "my-org")
bucket = config.get('bucket', "my-bucket")
influx2_write_api.write(bucket,
org,
points,
write_precision=WritePrecision.S)
# prepare pv data
pvfields = config.get('pvfields')
pvmeasurement = config.get('pvmeasurement')
if None in [pvfields, pv_data, pvmeasurement]:
return
# pv data are empty on first call
if not pv_data:
if influx2_debug > 0:
print("pv_data empty")
return
points = []
influx_data = []
datapoint = {
'measurement': pvmeasurement,
'time': datetime.utcnow(),
'tags': {},
'fields': {}
}
taglist = ['serial', 'DeviceID']
tags = {}
fields = {}
for inv in pv_data:
# add tag columns and remove from data list
for t in taglist:
if inv.get(t) is None:
pass
else:
tags[t] = inv.get(t)
inv.pop(t)
# only if we have values
if pv_data is not None:
for f in pvfields.split(','):
if inv.get(f) is None:
pass
else:
fields[f] = inv.get(f)
datapoint['tags'] = tags.copy()
datapoint['fields'] = fields.copy()
influx_data.append(datapoint.copy())
# write pv data
points = influx_data
influx2_write_api.write(bucket,
org,
points,
write_precision=WritePrecision.S)
def run(emparts, config):
global influx_last_update
global influx_debug
# Only update every X seconds
if time.time() < influx_last_update + int(config.get('min_update', 20)):
if (influx_debug > 1):
print("InfluxDB: data skipping")
return
# db connect
db = config.get('db', 'SMA')
host = config.get('host', 'influxdb')
port = int(config.get('port', 8086))
timeout = int(config.get('timeout', 5))
user = config.get('user', None)
password = config.get('password', None)
mesurement = config.get('measurement', 'SMAEM')
fields = config.get('fields', 'pconsume,psupply')
pvfields = config.get('pvfields')
influx = None
#connect to db, create one if needed
try:
influx = InfluxDBClient(host=host,
port=port,
username=user,
password=password,
timeout=timeout)
dbs = influx.get_list_database()
if influx_debug > 1:
print(dbs)
if not {"name": db} in dbs:
print(db + ' not in list, create')
influx.create_database(db)
influx.switch_database(db)
if influx_debug > 1:
print("Influxdb connected to '%s' @ '%s'(%s)" %
(str(user), host, db))
except InfluxDBClientError as e:
if influx_debug > 0:
print("InfluxDB: Connect Error to '%s' @ '%s'(%s)" %
(str(user), host, db))
print(format(e))
return
except Exception as e:
if influx_debug > 0:
print("InfluxDB: Error while connecting to '%s' @ '%s'(%s)" %
(str(user), host, db))
print(e)
return
myhostname = platform.node()
influx_last_update = time.time()
now = datetime.datetime.utcnow().strftime('%Y-%m-%dT%H:%M:%SZ')
#last aupdate
influx_last_update = time.time()
serial = emparts['serial']
#data fields
data = {}
for f in fields.split(','):
data[f] = emparts[f]
# data point
influx_data = {}
influx_data['measurement'] = mesurement
influx_data['time'] = now
influx_data['tags'] = {}
influx_data['tags']["serial"] = serial
pvpower = 0
try:
from features.pvdata import pv_data
pvpower = pv_data.get("AC Power")
if pvpower is None: pvpower = 0
pconsume = emparts.get('pconsume', 0)
psupply = emparts.get('psupply', 0)
pusage = pvpower + pconsume - psupply
data['pvpower'] = pvpower
data['pusage'] = pusage
except:
pv_data = None
pass
influx_data['fields'] = data
points = [influx_data]
# send it
try:
influx.write_points(points, time_precision='s', protocol='json')
except InfluxDBClientError as e:
if influx_debug > 0:
print('InfluxDBError: %s' % (format(e)))
print(
"InfluxDB failed data:" + format(
time.strftime("%H:%M:%S",
time.localtime(influx_last_update))),
format(points))
pass
else:
if influx_debug > 0:
print("InfluxDB: em data published %s:%s" % (format(
time.strftime("%H:%M:%S", time.localtime(influx_last_update))),
format(points)))
pvmeasurement = config.get('pvmeasurement')
if None in [pvfields, pv_data, pvmeasurement]: return
influx_data = {}
data = {}
influx_data['measurement'] = pvmeasurement
influx_data['time'] = now
pvserial = pv_data.get('serial')
influx_data['tags'] = {}
influx_data['tags']["serial"] = pvserial
#unly if we have values
if pvpower is not None:
for f in pvfields.split(','):
data[f] = pv_data.get(f, 0)
influx_data['fields'] = data
points = [influx_data]
#send it
try:
influx.write_points(points, time_precision='s', protocol='json')
except InfluxDBClientError as e:
if influx_debug > 0:
print('InfluxDBError: %s' % (format(e)))
print(
"InfluxDB failed pv data:" + format(
time.strftime("%H:%M:%S",
time.localtime(influx_last_update))),
format(points))
pass
else:
if influx_debug > 0:
print("InfluxDB: pv data published %s:%s" % (format(
time.strftime("%H:%M:%S", time.localtime(influx_last_update))),
format(points)))
def run(emparts,config):
global influx_last_update
global influx_debug
# Only update every X seconds
if time.time() < influx_last_update + int(config.get('min_update', 20)):
if (influx_debug > 1):
print("InfluxDB: data skipping")
return
# db connect
db = config.get('db', 'SMA')
host = config.get('host', 'influxdb')
port = int(config.get('port', 8086))
timeout = int(config.get('timeout', 5))
user = config.get('user', None)
password = config.get('password',None )
mesurement= config.get('measurement','SMAEM' )
fields = config.get('fields', 'pconsume,psupply')
pvfields=config.get('pvfields')
influx=None
#connect to db, create one if needed
try:
influx = InfluxDBClient(host=host, port=port, username=user, password=password,timeout=timeout)
dbs = influx.get_list_database()
if influx_debug>1:
print(dbs)
if not {"name": db} in dbs:
print(db + ' not in list, create')
influx.create_database(db)
influx.switch_database(db)
if influx_debug > 1:
print("Influxdb connected to '%s' @ '%s'(%s)" % (str(user), host, db))
except InfluxDBClientError as e:
if influx_debug > 0:
print("InfluxDB: Connect Error to '%s' @ '%s'(%s)" % (str(user), host, db))
print(format(e))
return
except Exception as e:
if influx_debug > 0:
print("InfluxDB: Error while connecting to '%s' @ '%s'(%s)" % (str(user), host, db))
print(e)
return
myhostname = platform.node()
influx_last_update = time.time()
now = datetime.datetime.utcnow().strftime('%Y-%m-%dT%H:%M:%SZ')
#last aupdate
influx_last_update = time.time()
serial = emparts['serial']
#data fields
data={}
for f in fields.split(','):
data[f] = emparts[f]
# data point
influx_data = {}
influx_data['measurement'] = mesurement
influx_data['time'] = now
influx_data['tags']={}
influx_data['tags']["serial"]=serial
pvpower=0
try:
from features.pvdata import pv_data
pvpower = pv_data.get("AC Power")
if pvpower is None: pvpower=0
pconsume = emparts.get('pconsume', 0)
psupply = emparts.get('psupply', 0)
pusage = pvpower + pconsume - psupply
data['pvpower'] = pvpower
data['pusage'] = pusage
except:
pv_data = None
pass
influx_data['fields'] = data
points = [influx_data]
# send it
try:
influx.write_points(points, time_precision='s', protocol='json')
except InfluxDBClientError as e:
if influx_debug > 0:
print('InfluxDBError: %s' %(format(e)))
print("InfluxDB failed data:" + format(time.strftime("%H:%M:%S", time.localtime(influx_last_update))),
format(points))
pass
else:
if influx_debug > 0:
print("InfluxDB: em data published %s:%s" % (
format(time.strftime("%H:%M:%S", time.localtime(influx_last_update))), format(points)))
pvmeasurement=config.get('pvmeasurement')
if None in [pvfields,pv_data,pvmeasurement]: return
influx_data = {}
data={}
influx_data['measurement'] = pvmeasurement
influx_data['time'] = now
pvserial=pv_data.get('serial')
influx_data['tags'] = {}
influx_data['tags']["serial"] = pvserial
#unly if we have values
if pvpower is not None:
for f in pvfields.split(','):
data[f] = pv_data.get(f,0)
influx_data['fields'] = data
points=[influx_data]
#send it
try:
influx.write_points(points, time_precision='s', protocol='json')
except InfluxDBClientError as e:
if influx_debug > 0:
print('InfluxDBError: %s' % (format(e)))
print("InfluxDB failed pv data:"+format(time.strftime("%H:%M:%S", time.localtime(influx_last_update))), format(points))
pass
else:
if influx_debug > 0:
print("InfluxDB: pv data published %s:%s" % (format(time.strftime("%H:%M:%S", time.localtime(influx_last_update))),format(points)))