# fw = Firmware(path.join(modulePath, "avr", "Button", "Release", "Button.elf")
print("Loading {}".format(fw.filename))
avr = Avr(firmware=fw) # The Button.elf has mcu and freq info embedded
# avr = Avr(firmware=fw, mcu='atmega2560', f_cpu=8000000)
# avr = Avr(firmware=fw, mcu='attiny2313', f_cpu=8000000)
print("Fw loaded")
# Set the GDB port and start simavr GDB
avr.gdb_port = 1234
avr_gdb_init(avr.backend)
# avr.state = cpu_Stopped #To let simavr wait on the first instruction for GDB to connect.
# Get the AVR A3 input pin.
A3IRQ = avr.getirq(('A', 3))
# Create simavr inbuilt button part.
b = Button(avr)
# Get the button's output port and attach it to the AVR input.
pysimavr.connect.avr_connect_irq(b.getirq(0), A3IRQ)
prevState = -1
i = 0
# Main loop.
try:
while True:
# Do multiple simavr simulation steps synchronously.
# fw = Firmware(path.join(modulePath, "avr", "Button", "Release", "Button.elf")
print("Loading {}".format(fw.filename))
avr = Avr(firmware=fw) # The Button.elf has mcu and freq info embedded
# avr = Avr(firmware=fw, mcu='atmega2560', f_cpu=8000000)
# avr = Avr(firmware=fw, mcu='attiny2313', f_cpu=8000000)
print("Fw loaded")
# Set the GDB port and start simavr GDB
avr.gdb_port = 1234;
avr_gdb_init(avr.backend)
# avr.state = cpu_Stopped #To let simavr wait on the first instruction for GDB to connect.
# Get the AVR A3 input pin.
A3IRQ = avr.getirq(('A', 3));
# Create simavr inbuilt button part.
b = Button(avr);
# Get the button's output port and attach it to the AVR input.
pysimavr.connect.avr_connect_irq(b.getirq(0), A3IRQ)
prevState = -1
i = 0
# Main loop.
try:
while True:
# Do multiple simavr simulation steps synchronously.
