def get_data(self):
data = copy.deepcopy({
'city':
self.location,
'sun':
self.sun,
'day':
self.is_day(),
'windspeed':
self.get_windspeed_indicator(),
'temperature_indicator':
self.get_temperature_indicator(),
'hour_forecast':
self.hour_forecast,
'week_forecast':
self.week_forecast,
'credits':
self.credits
})
for item in data['hour_forecast']:
item['wind_speed'] *= (3.6 if self.get_windspeed_indicator()
== 'kmh' else 1.0)
item['temperature'] = item[
'temperature'] if self.get_temperature_indicator(
) == 'C' else terrariumUtils.to_fahrenheit(item['temperature'])
for item in data['week_forecast']:
item['wind_speed'] *= (3.6 if self.get_windspeed_indicator()
== 'kmh' else 1.0)
item['temperature'] = item[
'temperature'] if self.get_temperature_indicator(
) == 'C' else terrariumUtils.to_fahrenheit(item['temperature'])
return data
def get_current(self, force=False):
current = self.current
indicator = self.get_indicator().lower()
if 'f' == indicator:
current = terrariumUtils.to_fahrenheit(self.current)
elif 'inch' == indicator:
current = terrariumUtils.to_inches(self.current)
return float(current)
def get_data(self):
data = {
'city': self.location,
'sun': self.sun,
'day': self.is_day(),
'windspeed': self.get_windspeed_indicator(),
'temperature_indicator': self.get_temperature_indicator(),
'hour_forecast': [],
'week_forecast': [],
'credits': self.credits
}
for period in sorted(self.hour_forecast.keys(), key=int):
item = copy.deepcopy(self.hour_forecast[period])
item['wind_speed'] *= (3.6 if self.get_windspeed_indicator()
== 'kmh' else 1.0)
if self.get_temperature_indicator() == 'F':
item['temperature'] = terrariumUtils.to_fahrenheit(
item['temperature'])
elif self.get_temperature_indicator() == 'K':
item['temperature'] = terrariumUtils.to_kelvin(
item['temperature'])
data['hour_forecast'].append(item)
for period in sorted(self.week_forecast.keys(), key=int):
item = copy.deepcopy(self.week_forecast[period])
item['wind_speed'] *= (3.6 if self.get_windspeed_indicator()
== 'kmh' else 1.0)
if self.get_temperature_indicator() == 'F':
item['temperature'] = terrariumUtils.to_fahrenheit(
item['temperature'])
elif self.get_temperature_indicator() == 'K':
item['temperature'] = terrariumUtils.to_kelvin(
item['temperature'])
data['week_forecast'].append(item)
return data
def get_current(self, force=False):
current = 0 if self.current is None else self.current
indicator = self.get_indicator().lower()
if 'f' == indicator:
current = terrariumUtils.to_fahrenheit(current)
elif 'k' == indicator:
current = terrariumUtils.to_kelvin(current)
elif 'inch' == indicator:
current = terrariumUtils.to_inches(current)
elif 'usgall' == indicator:
current = terrariumUtils.to_us_gallons(current)
elif 'ukgall' == indicator:
current = terrariumUtils.to_uk_gallons(current)
return float(current)
def get_current(self, force=False):
if self.__current_value is None:
return None
indicator = self.get_indicator().lower()
if 'f' == indicator:
current = terrariumUtils.to_fahrenheit(self.__current_value)
elif 'k' == indicator:
current = terrariumUtils.to_kelvin(self.__current_value)
elif 'inch' == indicator:
current = terrariumUtils.to_inches(self.__current_value)
elif 'usgall' == indicator:
current = terrariumUtils.to_us_gallons(self.__current_value)
elif 'ukgall' == indicator:
current = terrariumUtils.to_uk_gallons(self.__current_value)
return float(self.__current_value)
def get_system_stats(self, socket = False):
memory = psutil.virtual_memory()
uptime = self.get_uptime()
disk = psutil.disk_usage('/')
cpu_temp = -1
with open('/sys/class/thermal/thermal_zone0/temp') as temperature:
cpu_temp = float(temperature.read()) / 1000.0
data = {'memory' : {'total' : memory.total,
'used' : memory.total - memory.available,
'free' : memory.available},
'disk' : {'total' : disk.total,
'used' : disk.used,
'free' : disk.free},
'load' : {'load1' : uptime['load'][0],
'load5' : uptime['load'][1],
'load15' : uptime['load'][2]},
'uptime' : uptime['uptime'],
'cores' : psutil.cpu_count(),
'temperature' : cpu_temp,
'external_calendar_url': self.config.get_external_calender_url()}
indicator = self.__unit_type('temperature').lower()
if 'f' == indicator:
data['temperature'] = terrariumUtils.to_fahrenheit(data['temperature'])
elif 'k' == indicator:
data['temperature'] = terrariumUtils.to_kelvin(data['temperature'])
if socket:
gauge_data = {'system_load' : {'current' : data['load']['load1'] * 100, 'alarm_min' : 0, 'alarm_max': 80, 'limit_min' : 0, 'limit_max': 100, 'cores' : data['cores']},
'system_temperature' : {'current' : data['temperature'], 'alarm_min' : 30, 'alarm_max': 60, 'limit_min' : 0, 'limit_max': 80},
'system_memory' : {'current' : data['memory']['used'], 'alarm_min' : data['memory']['total'] * 0.1, 'alarm_max': data['memory']['total'] * 0.9, 'limit_min' : 0, 'limit_max': data['memory']['total']},
'system_disk' : {'current' : data['disk']['used'], 'alarm_min' : data['disk']['total'] * 0.1, 'alarm_max': data['disk']['total'] * 0.9, 'limit_min' : 0, 'limit_max': data['disk']['total']}}
gauge_data['system_load']['alarm'] = not(gauge_data['system_load']['alarm_min'] <= gauge_data['system_load']['current'] / data['cores'] <= gauge_data['system_load']['alarm_max'])
gauge_data['system_temperature']['alarm'] = not(gauge_data['system_temperature']['alarm_min'] <= gauge_data['system_temperature']['current'] <= gauge_data['system_temperature']['alarm_max'])
gauge_data['system_memory']['alarm'] = not(gauge_data['system_memory']['alarm_min'] <= gauge_data['system_memory']['current'] <= gauge_data['system_memory']['alarm_max'])
gauge_data['system_disk']['alarm'] = not(gauge_data['system_disk']['alarm_min'] <= gauge_data['system_disk']['current'] <= gauge_data['system_disk']['alarm_max'])
self.__send_message({'type':'sensor_gauge','data':gauge_data})
else:
return data
def get_current(self, force=False):
return float(
terrariumUtils.to_fahrenheit(self.current) if self.get_indicator(
) == 'F' else self.current)
