When it comes to CPUs there is not really good or bad temperature. Let’s start with the importance of temperature monitoring. It’s not something that you will need to do daily in your computer usage, but definitively will help you understand if something is going wrong with your system. Alongside the explanation, we will show you step by step how you can do it as well. Once complete simply write and run a temperature_server.py from your privileged user, and temperature_client.py from your unprivileged user.In this how-to article, we will explain why it’s important that you monitor some parameters of your computer, such as the temperature of CPU or GPU. This will generate a file named temperature_pb2_grpc.py, which is where you'll define functionality and response for GetTemperature, note, that you can implement logic branches contextual upon TemperatureRequest options passed from the client. python -m grpc_tools.protoc -proto_path=. Rpc GetTemperature (TemperatureRequest) returns (TemperatureReply) Ĭompile the aforementioned with protoc from protobuf library. Option java_outer_classname = "TemperatureProto" If you haven't used gRPC before, here's an example of what this entails:Ĭreate a temperature.proto: syntax = "proto3" SolutionĬreate an server-client interface where functionality is decoupled from the actual system as to prevent security issues (ie: don't just pipe commands or options directly from client for execution by the server).Ĭonsider using gRPC for this server-client interface. I am also fine with using C/C++ extensions with Python, portable command-line apps (which will be run with subprocess.Popen), DLLs, and commands (which will be run with subprocess.Popen).Īn unprivileged user needs access to functionality only available by a privileged user in a secure manner. HardwareHandle = initialize_openhardwaremonitor() Print(u"%s %s Temperature Sensor #%i %s - %s°C" % (hardwaretypes,, sensor.Index, sensor.Name, sensor.Value)) ![]() If sensor.SensorType = sensortypes.index('Temperature'): Hardwaretypes = openhardwaremonitor_hwtypes Sensortypes = openhardwaremonitor_sensortypes If type(sensor)._module_ = 'CPUThermometer.Hardware':Įlif type(sensor)._module_ = 'OpenHardwareMonitor.Hardware': Openhardwaremonitor_sensortypes = Ĭputhermometer_sensortypes = Openhardwaremonitor_hwtypes = Ĭputhermometer_hwtypes = I tried this code, but it also needed admin (from here - ): import clr #package pythonnet, not clr I tried this code, and it worked, but it needs admin (from here - ): import clr # the pythonnet module.įrom OpenHardwareMonitor.Hardware import ComputerĬ.CPUEnabled = True # get the Info about CPUĬ.GPUEnabled = True # get the Info about GPUįor a in range(0, len(c.Hardware.Sensors)): When I tried doing the below, I got (from here - ): import ctypesĭef CTL_CODE(DeviceType, Function, Method, Access): return (DeviceType ), ('CPU Temp', ), ('Board Temp2', ), ('temp4', ), ('temp5', )] Print(temperature_info.CurrentTemperature) Temperature_info = w.MSAcpi_ThermalZoneTemperature() ![]() ![]() When I try doing the below, I get an error (from here - ): import wmi Prin(w.Win32_TemperatureProbe().CurrentReading) When I try doing the below, I get None (from here - ): import wmi ![]() Python: Python 3.8.3 64-bit (So no 32 bit DLLs) I have already found a way for Linux (using nsors_temperature), and I wanted to find a way for Windows. I was wondering if there was a way to get the CPU and the GPU temperature in python. A mod rolled back to a previous version of my question, and asked me to post a new question, so I have done that. I then modified my question to invalidate answers that need admin access (which the only working answer then). For that question, I didn't include the restriction (at least when I first posted the answer, and for quite a bit after that) for no admin access. I posted this question, asking how to get the CPU and GPU temp on Windows 10: Get CPU and GPU Temp using Python Windows.
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