def update():
temperatures = psutil.sensors_temperatures()
chips = list(temperatures.keys())
sensor = temperatures[chips[0]][0].current
update_max_temp(last_value)
self.last_temp = last_value
Source.update(self)
def update():
last_value = psutil.sensors_temperatures(
)['coretemp'][0].current
# Update max temp
update_max_temp(last_value)
self.last_temp = last_value
Source.update(self)
def __init__(self, custom_temp=None, temp_thresh=None):
Source.__init__(self)
self.max_temp = 10
self.measurement_unit = 'C'
self.last_temp = 0
logging.debug("arg temp " + str(custom_temp))
self.custom_temp = custom_temp
self.is_available = True
# Set update function
self.update = self.init_update() # Initial update
# Set temperature threshold if a custom one is set
if temp_thresh is not None:
try:
if int(temp_thresh) > 0:
self.temp_thresh = int(temp_thresh)
logging.debug("Updated custom threshold to " +
str(self.temp_thresh))
else:
self.temp_thresh = self.THRESHOLD_TEMP
except ValueError:
self.temp_thresh = self.THRESHOLD_TEMP
else:
self.temp_thresh = self.THRESHOLD_TEMP
self.update()
logging.debug("Update is updated to " + str(self.update))
def update():
sensors_info = self.custom_temp.split(",")
sensor_major = sensors_info[0]
sensor_minor = sensors_info[1]
last_value = psutil.sensors_temperatures()[sensor_major][
int(sensor_minor)].current
update_max_temp(last_value)
self.last_temp = last_value
Source.update(self)
def update():
with os.popen(cmd) as temp_file:
last_value = temp_file.read()
logging.info("Recorded temp " + last_value)
try:
last_value = int(last_value) / 1000
except (ValueError):
logging.debug("Thermal zone contains no data")
self.is_available = False
return empty_func
update_max_temp(last_value)
self.last_temp = last_value
Source.update(self)
def __init__(self, custom_temp=None):
Source.__init__(self)
self.max_temp = 0
self.measurement_unit = 'C'
self.last_temp = 0
self.custom_temp = custom_temp
self.is_available = True
self.update() # Initial update
# If not relevant sensor found, do not register temperature
if int(self.max_temp) <= 0:
self.is_available = False
logging.debug("Temperature sensor unavailable")
def update():
last_value = os.popen(
'cat /sys/class/thermal/thermal_zone0/temp 2> /dev/null'
).read()
logging.info("Recorded temp " + last_value)
try:
last_value = int(last_value) / 1000
except (ValueError):
logging.debug("Thermal zone contains no data")
self.is_available = False
return empty_func
update_max_temp(last_value)
self.last_temp = last_value
Source.update(self)
def __init__(self):
self.is_available = True
self.last_util_list = [0]
try:
self.last_util_list = [0] * psutil.cpu_count()
except AttributeError:
logging.debug("cpu_freq is not available from psutil")
self.is_available = False
return
self.update()
Source.__init__(self)
def __init__(self, temp_thresh=None):
Source.__init__(self)
self.max_temp = 10
self.measurement_unit = 'C'
self.last_temp = 0
self.temp_thresh = self.THRESHOLD_TEMP
self.is_available = True
self.available_sensors = []
sensors_dict = dict()
try:
sensors_dict = psutil.sensors_temperatures()
except (AttributeError, IOError):
logging.debug("Unable to create sensors dict")
self.is_available = False
return
for key, value in sensors_dict.items():
sensor_name = "".join(key.title().split(" "))
for sensor_idx, sensor in enumerate(value):
sensor_label = sensor.label
full_name = ""
if not sensor_label:
full_name = sensor_name + "," + str(sensor_idx)
else:
full_name = ("".join(sensor_label.title().split(" ")) +
"," + sensor_name)
logging.debug("Temp sensor name " + full_name)
self.available_sensors.append(full_name)
# Set temperature threshold if a custom one is set
if temp_thresh is not None:
if int(temp_thresh) > 0:
self.temp_thresh = int(temp_thresh)
logging.debug("Updated custom threshold to " +
str(self.temp_thresh))
self.update()
def __init__(self):
self.is_available = True
self.top_freq = -1
self.last_freq_list = [0]
self.samples_taken = 0
self.stress_started = False
try:
self.last_freq_list = [0] * len(psutil.cpu_freq(True))
except AttributeError:
logging.debug("cpu_freq is not available from psutil")
self.is_available = False
return
self.update()
try:
# If top freq not available, take the current as top
if max(self.last_freq_list) >= 0 and self.top_freq == -1:
self.top_freq = max(self.last_freq_list)
except ValueError:
self.is_available = False
Source.__init__(self)
def update(self):
"""
Read the latest Temperature reading.
Reading for temperature might be different between systems
Support for additional systems can be added here
"""
last_value = 0
# NOTE: Negative values might not be supported
# Temperature on most common systems is in coretemp
last_value = 0
if self.custom_temp is not None:
# Use the manual sensor
try:
sensors_info = self.custom_temp.split(",")
sensor_major = sensors_info[0]
sensor_minor = sensors_info[1]
logging.debug("Major" + str(sensor_major) + "Minor" +
str(sensor_minor))
last_value = psutil.sensors_temperatures()[sensor_major][int(
sensor_minor)].current
except:
self.is_available = False
logging.debug("Illegal sensor")
self.last_temp = 1
else: # Choose out a list of known sensors
if last_value <= 0:
try:
last_value = psutil.sensors_temperatures(
)['coretemp'][0].current
except:
last_value = 0
# Support for Ryzen 1700X
if last_value <= 0:
try:
last_value = psutil.sensors_temperatures(
)['k10temp'][0].current
except:
last_value = 0
# Support for Ryzen 7 + asus
if last_value <= 0:
try:
last_value = psutil.sensors_temperatures(
)['it8655'][0].current
except:
last_value = 0
# Support for specific systems
if last_value <= 0:
try:
last_value = psutil.sensors_temperatures(
)['it8622'][0].current
except:
last_value = 0
# Support for specific systems
if last_value <= 0:
try:
last_value = psutil.sensors_temperatures(
)['it8721'][0].current
except:
last_value = 0
# Raspberry pi 3 running Ubuntu 16.04
if last_value <= 0:
try:
last_value = psutil.sensors_temperatures(
)['bcm2835_thermal'][0].current
except:
last_value = 0
# Raspberry pi + raspiban CPU temp
if last_value <= 0:
try:
last_value = os.popen(
'cat /sys/class/thermal/thermal_zone0/temp 2> /dev/null'
).read()
logging.info("Recorded temp " + last_value)
last_value = int(last_value) / 1000
except:
last_value = 0
# Fall back for most single processor systems
# Take the first value of the first processor
if last_value <= 0:
try:
temperatures = psutil.sensors_temperatures()
chips = list(temperatures.keys())
last_value = temperatures[chips[0]][0].current
except:
last_value = 0
# self.cpu_temp = self.append_latest_value(self.cpu_temp, last_value)
# Update max temp
try:
if int(last_value) > int(self.max_temp):
self.max_temp = last_value
except:
self.max_temp = 0
self.last_temp = last_value
# Run base update routines
Source.update(self)
def update_func(sensor, idx):
sample = psutil.sensors_temperatures()
last_value = sample[sensor][idx].current
update_max_temp(last_value)
self.last_temp = last_value
Source.update(self)
def update():
last_value = psutil.sensors_temperatures(
)['bcm2835_thermal'][0].current
update_max_temp(last_value)
self.last_temp = last_value
Source.update(self)
def update():
last_value = psutil.sensors_temperatures()['it8721'][0].current
update_max_temp(last_value)
self.last_temp = last_value
Source.update(self)