My mini desk PC, state

output

SMART Information for /dev/nvme0n1
--------------------------------------------------
| Metric               | Value                     |
| -------------------- | ------------------------- |
| Temperature          | 46                        |
| Data Written         | 4.38 TB                   |
| Data Read            | 30.9 TB                   |
| Power On Hours       | 19                        |
--------------------------------------------------
Temperature Sensors: 50, 51, 52, 53, 54, 55, 56, 57
Average Temp: 53.5°C, Max Temp: 57°C


Sensors Information
--------------------------------------------------
| Metric               | Value                     |
| -------------------- | ------------------------- |
| CPU Temperature      | 42.9°C                    |
| GPU Temperature      | 39.0°C                    |
| NVMe Temperature     | 45.9°C                    |
| Fan2 Speed           | 1618 RPM                  |
--------------------------------------------------

state.py

#!/usr/bin/env python3
import subprocess
import re

def smart_info(dev: str):
    cmd = f"smartctl -a {dev}"
    output = subprocess.check_output(cmd, shell=True).decode('utf-8')

    # Extract required information
    temperature = re.search(r'Temperature:\s+(\d+) Celsius', output)
    data_written = re.search(r'Data Units Written:\s+([\d,]+) \[([\d.]+) ([TGMK])B\]', output)
    data_read = re.search(r'Data Units Read:\s+([\d,]+) \[([\d.]+) ([TGMK])B\]', output)
    power_on_hours = re.search(r'Power On Hours:\s+(\d+)', output)

    # Extract temperature sensors
    temp_sensors = re.findall(r'Temperature Sensor \d+:\s+(\d+) Celsius', output)

    # Prepare data for printing
    temp = temperature.group(1) if temperature else 'N/A'
    written = f"{data_written.group(2)} {data_written.group(3)}B" if data_written else 'N/A'
    read = f"{data_read.group(2)} {data_read.group(3)}B" if data_read else 'N/A'
    hours = power_on_hours.group(1) if power_on_hours else 'N/A'

    # Print table
    print(f"SMART Information for {dev}")
    print("-" * 50)
    print(f"| {'Metric':<20} | {'Value':<25} |")
    print(f"| {'-'*20} | {'-'*25} |")
    print(f"| {'Temperature':<20} | {temp:<25} |")
    print(f"| {'Data Written':<20} | {written:<25} |")
    print(f"| {'Data Read':<20} | {read:<25} |")
    print(f"| {'Power On Hours':<20} | {hours:<25} |")
    print("-" * 50)

    # Print temperature sensors outside the table
    if temp_sensors:
        sensor_temps = [int(t) for t in temp_sensors]
        avg_temp = sum(sensor_temps) / len(sensor_temps)
        max_temp = max(sensor_temps)
        print(f"Temperature Sensors: {', '.join(temp_sensors)}")
        print(f"Average Temp: {avg_temp:.1f}°C, Max Temp: {max_temp}°C")


def sensors_info():
    cmd = "sensors"
    output = subprocess.check_output(cmd, shell=True).decode('utf-8')

    # Extract required information
    cpu_temp = re.search(r'Tctl:\s+\+(\d+\.\d+)°C', output)
    gpu_temp = re.search(r'edge:\s+\+(\d+\.\d+)°C', output)
    nvme_temp = re.search(r'Composite:\s+\+(\d+\.\d+)°C', output)
    fan2_speed = re.search(r'fan2:\s+(\d+) RPM', output)

    # Prepare data for printing
    cpu_temp = f"{cpu_temp.group(1)}°C" if cpu_temp else 'N/A'
    gpu_temp = f"{gpu_temp.group(1)}°C" if gpu_temp else 'N/A'
    nvme_temp = f"{nvme_temp.group(1)}°C" if nvme_temp else 'N/A'
    fan2_speed = f"{fan2_speed.group(1)} RPM" if fan2_speed else 'N/A'

    # Print table
    print("Sensors Information")
    print("-" * 50)
    print(f"| {'Metric':<20} | {'Value':<25} |")
    print(f"| {'-'*20} | {'-'*25} |")
    print(f"| {'CPU Temperature':<20} | {cpu_temp:<25} |")
    print(f"| {'GPU Temperature':<20} | {gpu_temp:<25} |")
    print(f"| {'NVMe Temperature':<20} | {nvme_temp:<25} |")
    print(f"| {'Fan2 Speed':<20} | {fan2_speed:<25} |")
    print("-" * 50)

if __name__ == "__main__":
    smart_info('/dev/nvme0n1')
    print("\n")
    sensors_info()