def get_temp():
temp_result = []
sensors = rest_sensors.get_sensors()
result = sensors["Information"]
i = 0
for temp_sensor in result:
i += 1
for info in temp_sensor.keys():
if ("Temp" in info):
temp_data = {}
temp_data["TemperatureSensorID"] = i
temp_data["Name"] = info
components = info.split(' ')
str = " "
position = str.join(components[:-1])
temp_data["Position"] = position
temperature = temp_sensor[info].split(" ")[0]
temp_data["Temperature"] = temperature
if (float(temperature) > 0):
temp_data["OperationalStatus"] = "UP"
else:
temp_data["OperationalStatus"] = "DOWM"
temp_result.append(temp_data)
fresult = {"TemperatureState": temp_result}
return fresult
def get_fan():
fan_result = []
sensors = rest_sensors.get_sensors()
result = sensors["Information"]
i = 0
for fan_sensor in result:
i += 1
for info, rpms in fan_sensor.items():
if ("Fan" in info):
fan_data = {}
id = info.split("Fan ")[1].split(" ")[0]
position = info.split(':')[0].split()[2]
if (" RPM" in rpms):
speed = rpms.split(" RPM")[0]
speed = int(speed)
if (speed > 0):
fan_data["OperationalState"] = "UP"
fan_data["Status"] = "Present"
else:
fan_data["OperationalState"] = "DOWN"
fan_data["Status"] = "Absent"
# print("Id: %s, Position: %s, Speed %d" % (id, position, speed))
fan_data["FanID"] = id
fan_data["Position"] = position
fan_data["OperationalSpeed"] = speed
fan_result.append(fan_data)
fresult = {"FanState": fan_result}
return fresult
def rest_sensors_hdl():
return rest_sensors.get_sensors()
def helper_rest_sensors_hdl(self, request):
return web.json_response(rest_sensors.get_sensors(),
dumps=dumps_bytestr)
def rest_sensors_hdl():
return rest_sensors.get_sensors()
async def rest_sensors_hdl(self, request):
return web.json_response(rest_sensors.get_sensors())
