if event == "_generate_UART_":
BR = UART.BUDRATE(int(values["_BAUDRATE_"]))
PARITY = UART.Parit_Bit(values["_Parity_"])
STOP = UART.StopBits(values["_Stop_"])
DATA = UART.Data_Bits(values["_Data_"])
UART.UART_write_file(BR, PARITY, STOP, DATA)
file = open("UART.c", "r")
data = file.read()
window['-CODE_UART-'].update(value=data, justification="left")
if event == "_generate_Timer_":
ret = Timer.modes(Timer_mode_layout)
Timer.Intr(Timer_mode_layout, values["_Interrupt_"])
Timer.Prescalar(values["_Prescaler_"])
if ret == 'Nor':
Timer.oc0(Timer_mode_layout, values["_optionsNor_"])
if ret == 'OC':
Timer.oc0(Timer_mode_layout, values["_optionsOC_"])
if ret == 'fast':
Timer.Duty_fun(values["_DC_fast_"])
Timer.oc0(Timer_mode_layout, values["_options_PWMF_"])
if ret == 'phase':
Timer.oc0(Timer_mode_layout, values["_options_PWMP_"])
Timer.Duty_fun(values["_DC_phase_"])
file = open("Timer.c", "r")
data = file.read()
window['-CODE_Timer-'].update(value=data, justification="left")
