kirdy-firmware/eth_cmd_test.py

# Python Test Scripts for Controlling Kirdy
#   Kirdy is written to be controlled via a json object based on miniconf rust crate
#   Json Field:
#       "laser_diode_cmd / thermostat_cmd": Check cmd_handler.rs for the list of cmds
#       "data_f32": Optional f32 Data field depending on cmd
#       "data_f64": Optional f64 Data field depending on cmd

import socket
import json
import time
import signal

# Kirdy IP and Port Number
HOST = "192.168.1.132"
PORT = 1337

dfu_cmd = {
    "device_cmd": "Dfu",
}

ld_cmd = {
    "laser_diode_cmd": "SetI",
    "data_f64": 0.0,
}

tec_power_down = {
    "thermostat_cmd": "PowerDown",
}

tec_set_sh_t0_cmd = {
    "thermostat_cmd": "SetShT0",
    "data_f64": 25.0,
}

tec_set_sh_r0_cmd = {
    "thermostat_cmd": "SetShR0",
    "data_f64": 10.0 * 1000,
}

tec_set_sh_beta_cmd = {
    "thermostat_cmd": "SetShBeta",
    "data_f64": 3900.0,
}

tec_set_temperature_setpoint_cmd = {
    "thermostat_cmd": "SetTemperatureSetpoint",
    "data_f64": 25.0,
}

tec_set_pid_kp_cmd = {
    "thermostat_cmd": "SetPidKp",
    "data_f64": 0.10889684439011593
}

tec_set_pid_ki_cmd = {
    "thermostat_cmd": "SetPidKi",
    "data_f64": 0.0038377132059211646
}

tec_set_pid_kd_cmd = {
    "thermostat_cmd": "SetPidKd",
    "data_f64": 0.22294449514406328
}

tec_set_pid_out_min_cmd = {
    "thermostat_cmd": "SetPidOutMin",
    "data_f64": -1.0,
}

tec_set_pid_out_max_cmd = {
    "thermostat_cmd": "SetPidOutMax",
    "data_f64": 1.0,
}

tec_power_up = {
    "thermostat_cmd": "PowerUp",
}

tec_pid_engage = {
    "thermostat_cmd": "SetPidEngage",
}

tec_get_tec_status = {
    "thermostat_cmd": "GetTecStatus",
}

def send_cmd(input, socket):
    socket.send(bytes(json.dumps(input), "UTF-8"))
    # Give some time for Kirdy to process the cmd
    time.sleep(0.5)

def read_cmd(input, socket):
    socket.send(bytes(json.dumps(input), "UTF-8"))
    data = socket.recv(1024).decode('utf8')
    return json.loads(data)

s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)

def signal_handler(sig, frame):
    ld_cmd["data_f64"] = 0.0
    send_cmd(ld_cmd, s)
    send_cmd(tec_power_down, s)
    s.close()
    exit()

signal.signal(signal.SIGINT, signal_handler)

with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as s:
    s.connect((HOST, PORT))
    send_cmd(ld_cmd, s)
    send_cmd(tec_power_down, s)
    send_cmd(tec_set_sh_t0_cmd, s)
    send_cmd(tec_set_sh_r0_cmd, s)
    send_cmd(tec_set_sh_beta_cmd, s)
    send_cmd(tec_set_temperature_setpoint_cmd, s)
    send_cmd(tec_set_pid_kp_cmd, s)
    send_cmd(tec_set_pid_ki_cmd, s)
    send_cmd(tec_set_pid_kd_cmd, s)
    send_cmd(tec_pid_engage, s)
    send_cmd(tec_power_up, s)

    while True:
        tec_status = read_cmd(tec_get_tec_status, s)
        print(f"Ts: {tec_status['ts']} | Temperature: {tec_status['temperature'] - 273.15}")
    s.close()