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# Author: Dylan Muller
# Copyright (c) 2025
# All rights reserved.
#
# - Commercial/IP use prohibited.
# - Attribution required.
# See License.txt
import TermTk as ttk
import os
import sys
import msvcrt
import ctypes
import time
import serial
import serial.tools.list_ports
from threading import Thread, Lock
import signal
from setup import *
from device import *
GWL_STYLE = -16
WS_SIZEBOX = 0x00040000
WS_MAXIMIZEBOX = 0x00010000
CLI_TITLE = "RFCLI"
CLI_VER = "1.00.01"
class gate_status:
status = ""
q_volt = 0
q_amp = 0
q_time = 0
v_set = 0
q_drain = 0
class drain_status:
status = ""
v_adc = 0
v_set = 0
amp = 0
class system_status:
status = ""
v_fwd = 0
p_fwd = 0
p_set = 0
t_delta = 0
class global_status:
gate = gate_status()
drain = drain_status()
system = system_status()
status = global_status()
root = ttk.TTk(title= CLI_TITLE + " " + CLI_VER,
sigmask=())
serial_port = None
update_thread = None
lock = Lock()
def cli_inputs_focused():
if (cli_LEDrainOverride.hasFocus() or
cli_LEGateQDrain.hasFocus() or
cli_LESystemPSet.hasFocus() or
cli_LESystemSWRLim.hasFocus()):
return True
return False
def cli_update_thread():
global serial_port
while(True):
with lock:
if(serial_port.is_open):
reply = sys_reply(serial_port)
if (SETUP_CMD_BUSY_RESPONSE in reply):
serial_port.close()
continue
if (cli_inputs_focused() == False):
rv = cli_update_status(serial_port)
if(rv == 0):
serial_port.close()
if(cli_FSystemStatus.color() != le_green):
cli_FSystemStatus.setColor(le_green)
else:
if(cli_FSystemStatus.color() != le_red):
cli_FSystemStatus.setText("USER INPUT")
cli_FSystemStatus.setColor(le_red)
if (cli_BSystemConnect.text() != "Disconnect"):
cli_BSystemConnect.setText("Disconnect")
else:
if (cli_inputs_focused() == False):
cli_FSystemStatus.setText("NO-LINK")
cli_BSystemConnect.setText("Connect")
time.sleep(SETUP_CLI_UPDATE_RATE)
def cli_BSystemConnect_clicked():
global serial_port
global update_thread
with lock:
if (serial_port is None or serial_port.is_open == False):
target = cli_CBSystemPort.currentText()
if (target == SETUP_STR_EMPTY):
display_message("No valid COM port")
return
else:
init_uart_link(target)
if (serial_port and serial_port.is_open):
reply = sys_reply(serial_port)
if (SETUP_CMD_BUSY_RESPONSE in reply):
display_message("Target is busy")
serial_port.close()
return
elif (SETUP_CMD_REPLY_RESPONSE not in reply):
display_message("Target does not respond")
serial_port.close()
return
else:
display_message("Failed establishing link")
serial_port.close()
return
if (update_thread == None):
update_thread = Thread(target=cli_update_thread)
update_thread.start()
else:
serial_port.close()
def cli_update_gate_frame(line, param):
global status
if (SETUP_REPORT_STATUS in line):
status.gate.status = param
cli_FGateStatus.setText(param)
elif (SETUP_REPORT_Q_VOLT in line):
status.gate.q_volt = int(param)
cli_FGateQV.setText(param)
elif (SETUP_REPORT_Q_AMP in line):
status.gate.q_amp = int(param)
cli_FGateQA.setText(param)
elif (SETUP_REPORT_Q_TIME in line):
status.gate.q_time = int(param)
cli_FGateQTime.setText(param)
elif (SETUP_REPORT_V_SET in line):
status.gate.v_set = int(param)
cli_FGateVSet.setText(param)
elif (SETUP_REPORT_Q_DRAIN in line):
status.gate.q_drain = int(param)
def cli_update_drain_frame(line, param):
global status
if (SETUP_REPORT_STATUS in line):
status.drain.status = param
cli_FDrainStatus.setText(param)
elif (SETUP_REPORT_V_ADC in line):
status.drain.v_adc = int(param)
cli_FDrainVADC.setText(param)
elif (SETUP_REPORT_V_SET in line):
status.drain.amp = int(param)
cli_FDrainVSet.setText(param)
def cli_update_system_frame(line, param):
global status
if (SETUP_REPORT_STATUS in line):
status.system.status = param
cli_FSystemStatus.setText(param)
elif (SETUP_REPORT_V_FWD in line):
status.system.v_fwd = int(param)
cli_FSystemVFwd.setText(param)
elif (SETUP_REPORT_P_FWD in line):
status.system.p_fwd = int(param)
cli_FSystemPFwd.setText(param)
elif (SETUP_REPORT_P_SET in line):
status.system.p_set = int(param)
elif (SETUP_REPORT_T_DELTA in line):
status.system.t_delta = int(param)
cli_FSystemTSet.setText(param)
def cli_update_status(serial):
serial.flush()
report = sys_report(serial)
if (report == SETUP_STR_EMPTY or
SETUP_CMD_BUSY_RESPONSE in report):
return 0
current_frame = 0
fields_updated = 0
for line in report:
if (SETUP_REPORT_FRAME_GATE in line):
current_frame = SETUP_REPORT_FRAME_GATE
continue
elif (SETUP_REPORT_FRAME_DRAIN in line):
current_frame = SETUP_REPORT_FRAME_DRAIN
continue
elif (SETUP_REPORT_FRAME_SYSTEM in line):
current_frame = SETUP_REPORT_FRAME_SYSTEM
continue
if (current_frame != 0 and serial_port):
param = extract_param(line)
if (param == False):
return 0
fields_updated += 1
if (current_frame == SETUP_REPORT_FRAME_GATE):
cli_update_gate_frame(line, param)
elif (current_frame == SETUP_REPORT_FRAME_DRAIN):
cli_update_drain_frame(line, param)
elif (current_frame == SETUP_REPORT_FRAME_SYSTEM):
cli_update_system_frame(line, param)
return fields_updated
def signal_handler(sig, frame):
display_message("test")
exit_terminal()
def extract_param(line):
split = line.split(':')
if (len(split) != 2):
return False
return split[1].strip()
def uart_established(serial):
if (serial and serial.is_open):
return True
return False
def init_uart_link(port):
global serial_port
try:
if (serial_port is None):
serial_port = serial.Serial(
port=port,
baudrate=SETUP_SERIAL_BAUD,
timeout=SETUP_SERIAL_TIMEOUT)
serial_port.open()
else:
serial_port.open()
except serial.SerialException as e:
return None
def list_com_ports():
com = []
ports = list(serial.tools.list_ports.comports())
for port in ports:
com.append(port.device)
return com
def set_win_attributes():
hwnd = ctypes.windll.kernel32.GetConsoleWindow()
current_style = ctypes.windll.user32.GetWindowLongW(hwnd, GWL_STYLE)
ctypes.windll.user32.SetWindowLongW(hwnd, GWL_STYLE, current_style &
~WS_SIZEBOX & ~WS_MAXIMIZEBOX)
def cleanup_terminal():
os.system('cls')
os.system('echo \x1b[?25h')
sys.stdout.flush()
sys.stderr.flush()
while msvcrt.kbhit():
msvcrt.getch()
os._exit(0)
def exit_terminal():
root.quit()
cleanup_terminal()
def display_message(text):
messageBox = ttk.TTkMessageBox(text=text)
ttk.TTkHelper.overlay(None, messageBox, 25, 10, True)
cli_ctrl_c = ttk.TTkK.CTRL | ttk.TTkK.Key_C
root.layout().addWidget(main_window)
ttk.TTkShortcut(cli_ctrl_c).activated.connect(exit_terminal)
cli_BSystemConnect.clicked.connect(cli_BSystemConnect_clicked)
cli_CBSystemPort.addItems(list_com_ports())
cli_LEGateQDrain.setInputType(ttk.TTkK.Input_Number)
cli_LESystemSWRLim.setInputType(ttk.TTkK.Input_Number)
cli_LEDrainOverride.setInputType(ttk.TTkK.Input_Number)
cli_LESystemPSet.setInputType(ttk.TTkK.Input_Number)
cli_FSystemStatus.setColor(le_green)
#BSystemExit.clicked.connect(exit_terminal)
#set_win_attributes()
root.mainloop()
#currentIndexChanged
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