def pegaDadosSolar():
global gDadosSolar
global gEnvios
''' pega dados solar '''
dados_solar = pega_solar(HOYMILES_PLANT_ID)
gEnvios['load_time'] = dl.strDateTimeZone(
'now').isoformat() # datetime.today().strftime('%Y-%m-%d %H:%M:%S')
gEnvios['load_cnt'] = gEnvios['load_cnt'] + 1
if DEVELOPERS_MODE:
print("dados_solar: " + str(dados_solar))
gDadosSolar = dados_solar['data']
capacidade = dl.float2number(gDadosSolar['capacitor'])
real_power = dl.float2number(gDadosSolar['real_power'])
if real_power == 0:
# é igual a 0
printC(Color.B_Red, "REAL_POWER = 0")
time.sleep(60) # espera 60 segundos
printC(Color.F_Blue, "Getting data again")
dados_solar = pega_solar(HOYMILES_PLANT_ID)
gDadosSolar = dados_solar['data']
capacidade = dl.float2number(gDadosSolar['capacitor'])
real_power = dl.float2number(gDadosSolar['real_power'])
if capacidade == 0:
# é um erro
print(Color.B_Red + "Erro capacitor: " + str(capacidade) +
Color.B_Default)
else:
ajustaDadosSolar()
return gDadosSolar
def get_secrets():
''' GET configuration data '''
global HOYMILES_USER
global HOYMILES_PASSWORD
global HOYMILES_PLANT_ID
global MQTT_HOST
global MQTT_PASSWORD
global MQTT_USERNAME
global DEVELOPERS_MODE
config = dl.getConfigParser(SECRETS)
printC(Color.F_LightGreen, "Reading secrets.ini")
# le os dados
HOYMILES_USER = dl.get_config(config, 'secrets', 'HOYMILES_USER',
HOYMILES_USER)
HOYMILES_PASSWORD = dl.get_config(config, 'secrets', 'HOYMILES_PASSWORD',
HOYMILES_PASSWORD)
HOYMILES_PLANT_ID = dl.get_config(config,
'secrets',
'HOYMILES_PLANT_ID',
HOYMILES_PLANT_ID,
getInt=True)
MQTT_PASSWORD = dl.get_config(config, 'secrets', 'MQTT_PASS',
MQTT_PASSWORD)
MQTT_USERNAME = dl.get_config(config, 'secrets', 'MQTT_USER',
MQTT_USERNAME)
MQTT_HOST = dl.get_config(config, 'secrets', 'MQTT_HOST', MQTT_HOST)
dev_mode = dl.get_config(config, 'developers', 'DEVELOPERS_MODE', "")
if bool(dev_mode) == True:
DEVELOPERS_MODE = True
else:
DEVELOPERS_MODE = False
def pega_solar(uid):
# pega dados da usina
ret = False
T2 = Template(PAYLOAD_T2)
payload_t2 = T2.substitute(sid=uid)
header = headers_h2
# header['Cookie'] = COOKIE_UID + "; " + COOKIE_EGG_SESS + "; hm_token=" + token + "; Path=/; Domain=.global.hoymiles.com; Expires=Sat, 19 Mar 2022 22:11:48 GMT;" + "'"
header[
'Cookie'] = COOKIE_UID + "; hm_token=" + token + "; Path=/; Domain=.global.hoymiles.com; Expires=Sat, 30 Mar 2024 22:11:48 GMT;" + "'"
solar = pega_url_jsonDic(URL2, payload_t2, header, 2)
if 'status' in solar.keys():
solar_status = solar['status']
if solar_status == "0":
ret = solar.copy()
if solar_status != "0":
ret = solar_status
if DEVELOPERS_MODE:
printC(Color.B_Red, 'Solar Status Error: ' + str(solar_status))
if solar_status == "100":
# erro no token
# pede um novo
if (pega_token()):
# chama pega solar novamente
ret = pega_solar(uid)
else:
print(Color.B_Red + "I can't connect!" + Color.B_Default)
return ret
def ajustaDadosSolar():
''' ajusta dados solar '''
global gDadosSolar
realPower = dl.float2number(gDadosSolar['real_power'], 0)
capacidade = dl.float2number(gDadosSolar['capacitor'])
plant_tree = dl.float2number(gDadosSolar['plant_tree'], 0)
month_eq = dl.float2number(gDadosSolar['month_eq']) / 1000
month_eq = round(month_eq, 2)
total_eq = dl.float2number(gDadosSolar['total_eq']) / 1000000
total_eq = round(total_eq, 2)
co2 = dl.float2number(gDadosSolar['co2_emission_reduction']) / 1000000
co2 = round(co2, 2)
# corrige escala e digitos
if capacidade > 0 and capacidade < 100:
capacidade = capacidade * 1000
capacidade = round(capacidade)
power = (realPower / capacidade) * 100
power = round(power, 1)
if power == 0:
printC(Color.F_Magenta, "Power = 0")
printC(Color.B_LightMagenta, dl.hoje())
if DEVELOPERS_MODE:
printC('parada 1/0', str(1 / 0))
gDadosSolar['real_power'] = str(realPower)
gDadosSolar['power_ratio'] = str(power)
gDadosSolar['capacitor'] = str(capacidade)
gDadosSolar['co2_emission_reduction'] = str(co2)
gDadosSolar['plant_tree'] = str(plant_tree)
gDadosSolar['total_eq'] = str(total_eq)
gDadosSolar['month_eq'] = str(month_eq)
def send_hass():
''' Envia parametros para incluir device no hass.io '''
global sensor_dic
global gDevices_enviados
# var comuns
varComuns = {
'sw_version': VERSAO,
'model': SOLAR_MODEL,
'manufacturer': MANUFACTURER,
'device_name': APP_NAME,
'identifiers': SHORT_NAME + "_" + str(HOYMILES_PLANT_ID),
'via_device': SOLAR_MODEL,
'sid': SID,
'plant_id': HOYMILES_PLANT_ID,
'last_reset_topic': 'home/$sid/json_$plant_id',
'uniq_id': UUID
}
if DEVELOPERS_MODE:
log().debug('Sensor_dic: ' + str(len(sensor_dic)))
if len(sensor_dic) == 0:
for k in json_hass.items():
json_file_path = k[0] + '.json'
if dl.IN_HASSIO():
json_file_path = '/' + json_file_path # to run on HASS.IO
if not os.path.isfile(json_file_path):
log().error(json_file_path + " not found!")
printC(Color.F_Cyan, json_file_path)
json_file = open(json_file_path)
if not json_file.readable():
printC(Color.B_Red, "I can't read file")
json_str = json_file.read()
sensor_dic[k[0]] = json.loads(json_str)
if len(sensor_dic) == 0:
printC(Color.B_Red, "Sensor_dic error")
rc = 0
for k in sensor_dic.items():
# print('Componente:' + k[0])
rc = monta_publica_topico(k[0], sensor_dic[k[0]], varComuns)
if not rc == 0:
printC(Color.B_LightRed, 'Hass publish error: ' + str(rc))
if rc == 0:
gDevices_enviados['b'] = True
gDevices_enviados['t'] = datetime.now()
log().debug('Hass Sended')
def pega_token():
# pega o token
global token
global TOKEN
global HOYMILES_PASSWORD
global HOYMILES_USER
pass_hash = hashlib.md5(HOYMILES_PASSWORD.encode()) # b'senhadohoymiles'
pass_hex = pass_hash.hexdigest()
# print(pass_hex)
ret = False
T1 = Template(PAYLOAD_T1)
payload_T1 = T1.substitute(user=HOYMILES_USER, password=pass_hex)
#print(payload_T1)
header = headers_h1
header['Cookie'] = "'" + COOKIE_UID + "; " + COOKIE_EGG_SESS + "'"
login, sCode = pega_url(URL1, payload_T1, header)
if sCode == 200:
json_res = json.loads(login)
if json_res['status'] == '0':
data_body = json_res['data']
token = json_res['data']['token']
TOKEN = token
ret = True
printC(Color.F_Blue, 'I got the token!! :-)')
if token == "":
print('erro na resposta')
ret = False
elif json_res['status'] == '1':
TOKEN = ''
token = ''
print(Color.F_Red + "Wrong user/password" + Color.F_Default)
else:
TOKEN = ''
token = ''
print(Color.F_Red + "HTTP Error: " + str(sCode) + Color.F_Default +
" " + dl.httpStatusCode(sCode))
return ret
def monta_publica_topico(component, sDict, varComuns):
''' monta e envia topico - sensores'''
ret_rc = 0
key_todos = sDict['todos']
newDict = sDict.copy()
newDict.pop('todos')
for key, dic in newDict.items():
# print(key,dic)
if key[:1] != '#':
varComuns['uniq_id'] = varComuns['identifiers'] + "_" + key
if not ('val_tpl' in dic):
dic['val_tpl'] = dic['name']
dic['name'] = varComuns['uniq_id']
dic['device_dict'] = device_dict
dic['publish_time'] = datetime.today().strftime(
'%Y-%m-%d %H:%M:%S')
dic['expire_after'] = int(INTERVALO_EXPIRE) # quando deve expirar
dados = Template(json_hass[component]) # sensor
dados = Template(dados.safe_substitute(dic))
varComuns_template = Template(json.dumps(varComuns))
varComuns_template = varComuns_template.safe_substitute(varComuns)
#dados = Template(dados.safe_substitute(varComuns)) # faz ultimas substituições
dados = Template(
dados.safe_substitute(json.loads(
varComuns_template))) # faz ultimas substituições
dados = dados.safe_substitute(
key_todos) # remove os não substituidos.
topico = MQTT_HASS + "/" + component + "/" + NODE_ID + "/" + varComuns[
'uniq_id'] + "/config"
# print(topico)
# print(dados)
dados = dl.json_remove_vazio(dados)
(rc, mid) = publicaMqtt(topico, dados)
if rc == 0:
if DEVELOPERS_MODE:
topicoResumo = topico.replace(
MQTT_HASS + "/" + component + "/" + NODE_ID, '...')
topicoResumo = topicoResumo.replace("/config", '')
printC(Color.F_Cyan, topicoResumo)
printC(Color.F_Red, dados)
else:
# deu erro na publicação
printC(Color.B_Red, "Erro monta_publica_topico")
printC(Color.F_Red, topico)
ret_rc = ret_rc + rc
# print ("rc: ", rc)
return rc
def iniciaWebServer():
''' inicia o webserver '''
printC(Color.B_LightMagenta, "WEB SERVER Starting ...")
path_index = comum.PATH_TEMPLATE
if IN_HASSIO():
path_index = comum.PATH_TEMPLATE_HAS
bl_existe_index = os.path.isfile(path_index + '/index.html')
if not bl_existe_index:
''' não existe o index '''
printC(Color.B_Red, "Index not found. I can't start webserver. ")
arr = os.listdir(path_index)
printC(Color.F_Magenta, path_index)
print(arr)
else:
# existe index
p = multiprocessing.Process(target=iniciaWebServerB,
args=({
"Something": "SomethingElese"
}, ))
p.start()
def index():
resposta = dl.loadJsonFile(comum.FILE_COMM)
user = {'username': '******'}
user = {'username': resposta}
posts = [{
'author': {
'username': '******'
},
'body': 'Beautiful day in Portland!'
}, {
'author': {
'username': '******'
},
'body': 'The Avengers movie was so cool!'
}]
return render_template('index copy.html',
title='Home',
user=user,
posts=posts)
if __name__ == "__main__":
#app.run()
#app.run(debug=True, host="0.0.0.0")
dl.printC(dl.Color.B_Green, 'Iniciando WEBSERVER __main__')
app.run(debug=True,
host=os.getenv('IP', '0.0.0.0'),
port=int(os.getenv('PORT', 4444)))
def ajustaDadosSolar():
''' ajusta dados solar '''
global gDadosSolar
global gLastReset
realPower = dl.float2number(gDadosSolar['real_power'], 0)
capacidade = dl.float2number(gDadosSolar['capacitor'])
plant_tree = dl.float2number(gDadosSolar['plant_tree'], 0)
today_eqW = dl.float2number(gDadosSolar['today_eq'])
today_eq = dl.float2number(gDadosSolar['today_eq']) / 1000
today_eq = round(today_eq, 2)
month_eq = dl.float2number(gDadosSolar['month_eq']) / 1000
month_eq = round(month_eq, 2)
total_eq = dl.float2number(gDadosSolar['total_eq']) / 1000
total_eq = round(total_eq, 2)
co2 = dl.float2number(gDadosSolar['co2_emission_reduction']) / 1000000
co2 = round(co2, 2)
last_data_time = gDadosSolar['last_data_time']
# corrige escala e digitos
if capacidade > 0 and capacidade < 100:
capacidade = capacidade * 1000
capacidade = round(capacidade)
power = (realPower / capacidade) * 100
power = round(power, 1)
if realPower == 0:
printC(Color.F_Magenta, "realPower = 0")
printC(Color.B_LightMagenta, dl.hoje())
if DEVELOPERS_MODE:
#printC ('parada 1/0', str(1/0))
printC(Color.B_Red, 'parada')
gDadosSolar['real_power'] = str(realPower)
gDadosSolar['real_power_measurement'] = str(realPower)
gDadosSolar['real_power_total_increasing'] = str(realPower)
gDadosSolar['power_ratio'] = str(power)
gDadosSolar['capacitor'] = str(capacidade)
gDadosSolar['capacitor_kW'] = str(capacidade / 1000)
gDadosSolar['co2_emission_reduction'] = str(co2)
gDadosSolar['plant_tree'] = str(plant_tree)
gDadosSolar['today_eq'] = str(today_eq)
gDadosSolar['today_eq_Wh'] = str(today_eqW)
gDadosSolar['month_eq'] = str(month_eq)
gDadosSolar['total_eq'] = str(total_eq)
#last_data_time = datetime.strptime(last_data_time, '%Y-%m-%d %H:%M:%S')
#last_data_time = last_data_time.replace(tzinfo=LOCAL_TIMEZONE)
last_data_time = dl.strDateTimeZone(last_data_time)
gDadosSolar['last_data_time'] = last_data_time.isoformat()
print(last_data_time.isoformat())
print(last_data_time.tzname())
# dados solar reset
gLastReset['valMes'] = month_eq
#gLastReset['dtMes']=datetime.today().strftime('%Y-%m-01T00:00:00+00:00')
dtMes = datetime.today().strftime('%Y-%m-%d %H:%M:%S')
gLastReset['dtMes'] = dl.strDateTimeZone(dtMes).isoformat()
gLastReset['valDia'] = month_eq
#gLastReset['dtDia']=datetime.today().strftime('%Y-%m-%dT00:00:00+00:00')
gLastReset['dtDia'] = gLastReset['dtMes']
part1 = "reset_"
# TODO: Need to check values source
gDadosSolar[part1 + "today_eq"] = gLastReset['dtDia']
gDadosSolar[part1 + "month_eq"] = gLastReset['dtMes']
# v0.23.
gDadosSolar[part1 + "real_power_measurement"] = gLastReset['dtMes']
gDadosSolar[part1 + "real_power_total_increasing"] = gLastReset['dtMes']
gDadosSolar[part1 + "today_eq_Wh"] = gLastReset['dtMes']
gDadosSolar[part1 + "total_eq"] = gLastReset['dtMes']
def mqttStart():
''' Start MQTT '''
global client
global clientOk
# MQTT Start
# client = mqtt.Client(transport="tcp") # "websockets"
client = mqtt.Client(client_id='',
clean_session=True,
userdata=None,
protocol=MQTTversion,
transport="tcp") # mqtt.MQTTv31
log().info("Starting MQTT " + MQTT_HOST)
printC(Color.B_Blue, "Starting MQTT Client " + MQTT_HOST)
if DEVELOPERS_MODE:
printC(Color.F_Blue, "SSL: " + ssl.OPENSSL_VERSION)
log().debug("mqttStart External: " + str(External_MQTT_Server) + ' ' +
str(type(External_MQTT_Server)))
log().debug("mqttStart TLS: " + str(External_MQTT_TLS) + ' ' +
str(type(External_MQTT_TLS)))
log().debug("mqttStart MQTT_USERNAME: "******"mqttStart MQTT_PASSWORD: "******"mqttStart MQTT_PORT: " + str(MQTT_PORT) + ' ' +
str(type(MQTT_PORT)))
client.username_pw_set(username=MQTT_USERNAME, password=MQTT_PASSWORD)
client.on_connect = on_connect
# client.on_message = on_message
client.on_disconnect = on_disconnect
client.on_publish = on_publish
if DEVELOPERS_MODE:
client.on_log = on_log
#v.0.22 TLS
if (External_MQTT_TLS):
log().debug("Trying TLS: " + str(MQTT_PORT))
printC(Color.F_Green,
"Trying TLS: " + str(MQTT_PORT) + " " + str(type(MQTT_PORT)))
# ssl._create_default_https_context = ssl._create_unverified_context
if DEVELOPERS_MODE:
printC(Color.F_Magenta,
"TLS_protocol_version: " + str(TLS_protocol_version))
context = ssl.SSLContext(
protocol=TLS_protocol_version
) # ssl.PROTOCOL_TLSv1 , ssl.PROTOCOL_TLS_CLIENT
#context.check_hostname = False
client.tls_set_context(context)
#ssl._create_default_https_context = ssl._create_unverified_context
#ssl.create_default_context()
#client.tls_set()
#client.tls_set_context(ssl._create_unverified_context)
#client.tls_insecure_set(True)
#import certifi
#client.tls_set(certifi.where())
try:
clientOk = True
#rc = client.connect(MQTT_HOST, MQTT_PORT, 60) # 1883
rc = client.connect(host=MQTT_HOST, port=int(MQTT_PORT),
keepalive=60) # 1883
except Exception as e: # OSError
if e.__class__.__name__ == 'OSError':
clientOk = False
log().warning("Can't start MQTT")
print(Color.F_Red + "Can't start MQTT" +
Color.F_Default) # e.errno = 51 - 'Network is unreachable'
mostraErro(e, 20, "MQTT Start")
else:
clientOk = False
mostraErro(e, 30, "MQTT Start")
if clientOk: client.loop_start() # start the loop
def substitui_secrets():
"No HASS.IO ADD-ON substitui os dados do secrets.ini pelos do options.json"
global HOYMILES_USER
global HOYMILES_PASSWORD
global HOYMILES_PLANT_ID
global MQTT_HOST
global MQTT_PASSWORD
global MQTT_USERNAME
global MQTT_PORT
global DEVELOPERS_MODE
global FILE_COMM
global WEB_SERVER
global Use_kW_instead_W
global External_MQTT_Server
global External_MQTT_Host
global External_MQTT_User
global External_MQTT_Pass
global External_MQTT_TLS
global External_MQTT_TLS_PORT
global HASS_TIMEZONE
log().debug("Loading env data....")
HOYMILES_USER = dl.pegaEnv("HOYMILES_USER")
HOYMILES_PASSWORD = dl.pegaEnv("HOYMILES_PASSWORD")
HOYMILES_PLANT_ID = dl.pegaEnv("HOYMILES_PLANT_ID")
MQTT_HOST = dl.pegaEnv("MQTT_HOST")
MQTT_PASSWORD = dl.pegaEnv("MQTT_PASSWORD")
MQTT_USERNAME = dl.pegaEnv("MQTT_USER")
DEVELOPERS_MODE = dl.pegaEnv("DEVELOPERS_MODE")
DEVELOPERS_MODE = dl.onOff(DEVELOPERS_MODE, True, False)
if dl.IN_HASSIO():
WEB_SERVER = True
FILE_COMM = '/data/' + comum.FILE_COMM
#Use_kW_instead_W = dl.pegaEnv("Use_kW_instead_W")
External_MQTT_Server = dl.pegaEnv("External_MQTT_Server")
External_MQTT_Server = dl.onOff(External_MQTT_Server, True, False)
External_MQTT_Host = dl.pegaEnv("External_MQTT_Host")
External_MQTT_User = dl.pegaEnv("External_MQTT_User")
External_MQTT_Pass = dl.pegaEnv("External_MQTT_Pass")
#v0.22
External_MQTT_TLS = dl.pegaEnv("External_MQTT_TLS")
External_MQTT_TLS = dl.onOff(External_MQTT_TLS, True, False)
External_MQTT_TLS_PORT = dl.pegaEnv("External_MQTT_TLS_PORT")
printC(Color.B_Red, "MQTT Server: " + str(MQTT_HOST))
printC(Color.B_Green,
"Using External MQTT Server: " + str(External_MQTT_Server == True))
HASS_TIMEZONE = dl.pegaEnv("HASS_TIMEZONE")
if (External_MQTT_Server):
MQTT_HOST = External_MQTT_Host
MQTT_PASSWORD = External_MQTT_Pass
MQTT_USERNAME = External_MQTT_User
printC(Color.B_Green, "Using External MQTT Server: " + str(MQTT_HOST))
if (External_MQTT_TLS):
MQTT_PORT = External_MQTT_TLS_PORT
printC(Color.B_Green,
"Using External MQTT TLS PORT: " + str(MQTT_PORT))
#printC(Color.B_Red, "mqtt_extenal: " + str(External_MQTT_Host))
#printC(Color.B_Red, "Use_kW_instead_W: " + str(Use_kW_instead_W))
#printC(Color.B_Red, "External_MQTT: " + str(External_MQTT_User))
log().debug("Env data loaded.")
def get_secrets():
''' GET configuration data '''
global HOYMILES_USER
global HOYMILES_PASSWORD
global HOYMILES_PLANT_ID
global MQTT_HOST
global MQTT_PASSWORD
global MQTT_USERNAME
global MQTT_PORT
global DEVELOPERS_MODE
global WEB_SERVER
global Use_kW_instead_W
global External_MQTT_Server
global External_MQTT_Host
global External_MQTT_User
global External_MQTT_Pass
global External_MQTT_TLS
global External_MQTT_TLS_PORT
config = dl.getConfigParser(SECRETS)
printC(Color.F_LightGreen, "Reading secrets.ini")
# le os dados
HOYMILES_USER = dl.get_config(config, 'secrets', 'HOYMILES_USER',
HOYMILES_USER)
HOYMILES_PASSWORD = dl.get_config(config, 'secrets', 'HOYMILES_PASSWORD',
HOYMILES_PASSWORD)
HOYMILES_PLANT_ID = dl.get_config(config,
'secrets',
'HOYMILES_PLANT_ID',
HOYMILES_PLANT_ID,
getInt=True)
MQTT_PASSWORD = dl.get_config(config, 'secrets', 'MQTT_PASS',
MQTT_PASSWORD)
MQTT_USERNAME = dl.get_config(config, 'secrets', 'MQTT_USER',
MQTT_USERNAME)
MQTT_HOST = dl.get_config(config, 'secrets', 'MQTT_HOST', MQTT_HOST)
dev_mode = dl.get_config(config, 'developers', 'DEVELOPERS_MODE', "")
if bool(dev_mode) == True:
DEVELOPERS_MODE = True
else:
DEVELOPERS_MODE = False
WEB_SERVER = dl.get_config(config, 'secrets', 'WEB_SERVER', WEB_SERVER)
# external server
External_MQTT_Server = dl.get_config(config,
'external',
'External_MQTT_Server',
External_MQTT_Server,
getBool=True)
if (External_MQTT_Server):
External_MQTT_Host = dl.get_config(config, 'external',
'External_MQTT_Host',
External_MQTT_Host)
External_MQTT_User = dl.get_config(config, 'external',
'External_MQTT_User',
External_MQTT_User)
External_MQTT_Pass = dl.get_config(config, 'external',
'External_MQTT_Pass',
External_MQTT_Pass)
External_MQTT_TLS = dl.get_config(config,
'external',
'External_MQTT_TLS',
External_MQTT_TLS,
getBool=True)
External_MQTT_TLS_PORT = dl.get_config(config,
'external',
'External_MQTT_TLS_PORT',
External_MQTT_TLS_PORT,
getInt=True)
if (External_MQTT_Server):
MQTT_HOST = External_MQTT_Host
MQTT_PASSWORD = External_MQTT_Pass
MQTT_USERNAME = External_MQTT_User
printC(Color.B_Green, "Using External MQTT Server: " + str(MQTT_HOST))
if (External_MQTT_TLS):
MQTT_PORT = External_MQTT_TLS_PORT
printC(Color.B_Green,
"Using External MQTT TLS PORT: " + str(MQTT_PORT))
else:
External_MQTT_TLS = False
"Something": "SomethingElese"
}, ))
p.start()
# INICIO, START
print(Color.B_Blue + "********** " + MANUFACTURER + " " + APP_NAME + " v." +
VERSAO + Color.B_Default)
print(Color.B_Green + "Starting up... " +
datetime.today().strftime('%Y-%m-%d %H:%M:%S') + ' ' +
Color.B_Default)
# version check
if int(dl.version()) < int(version_expected['dmslibs']):
printC(Color.B_Red, "Wrong dmslibs version! ")
printC(Color.F_Blue, "Current: " + dl.version())
printC(Color.F_Blue, "Expected: " + version_expected['dmslibs'])
dl.inicia_log(logFile='/var/tmp/hass.hoymiles.log',
logName='hass.hoymiles',
stdOut=True)
# info
dl.dadosOS()
status['ip'] = dl.get_ip()
print(Color.B_Cyan + "IP: " + Color.B_Default + Color.F_Magenta +
status['ip'] + Color.F_Default)
if DEVELOPERS_MODE:
print(Color.B_Red, "DEVELOPERS_MODE", Color.B_Default)