def main():
    args = cliparse()
    if args.test:
       tb_fsm = traceSignals(tb,tx,rx)
       sim = Simulation(tb_fsm)
       sim.run()  
    if args.convert:
        convert(args)
    if args.build:
		build(args)
Example #2
0
        regbus = AvalonMM(glbl, data_width=8, address_width=16)
    #elif bus_type == 'X':
    #    regbus = AXI4Lite(glbl, data_wdith=8, address_width=16)
    else:
        raise Exception("Invalid bus type {}".format(bus_type))

    gbtn = button_controller(glbl, regbus, btns)  # memmap controller
    gled = led_peripheral(glbl, regbus, leds)     # memmap peripheral
    gmap = regbus.interconnect()                  # bus combiner

    print(vars(regbus.regfiles['LED_000']))

    return gbtn, gled, gmap


def build(args):
    """ Run the FPGA tools
    """
    pass


def getargs():
    """ get CLI arguments
    """
    pass


if __name__ == '__main__':
    args = getargs()
    build(args)
Example #3
0
    'lcd_on': Signal(bool(1)),
    'lcd_resetn': Signal(bool(1)),
    'lcd_csn': Signal(bool(1)),
    'lcd_rs': Signal(bool(1)),
    'lcd_wrn': Signal(bool(1)),
    'lcd_rdn': Signal(bool(1)),
    'lcd_data': Signal(intbv(0)[16:])
}


def build():
    global brd, flow
    brd = get_board('de1soc')
   # print("get_Board value{}".format(brd))
   # print("get_flow value{}".format(flow))
    flow = brd.get_flow(top=de1_soc_lt24lcd)
    flow.run()

    
def program():
    global flow
    if flow is not None:
        flow.program()


if __name__ == '__main__':
    build()
    program()


Example #4
0
    'adc_sclk': Signal(bool(1)),
    'i2c_sclk': Signal(bool(1)),
    'i2c_sdat': TristateSignal(bool(0)),
    'g_sensor_cs_n': Signal(bool(1)),
    'g_sensor_int': Signal(bool(1)),
    'lcd_on': Signal(bool(1)),
    'lcd_resetn': Signal(bool(1)),
    'lcd_csn': Signal(bool(1)),
    'lcd_rs': Signal(bool(1)),
    'lcd_wrn': Signal(bool(1)),
    'lcd_rdn': Signal(bool(1)),
    'lcd_data': Signal(intbv(0)[16:])
}


def build():
    global brd, flow
    brd = get_board('de0nano')
    flow = brd.get_flow(top=de0nano_converters)
    flow.run()


def program():
    global flow
    if flow is not None:
        flow.program()


if __name__ == '__main__':
    build()
    program()
Example #5
0
def main():
    args = cliparse()
    build(args)
Example #6
0
def main():
    args = cliparse()
    build(args)
Example #7
0
        regbus = AvalonMM(glbl, data_width=8, address_width=16)
    #elif bus_type == 'X':
    #    regbus = AXI4Lite(glbl, data_wdith=8, address_width=16)
    else:
        raise Exception("Invalid bus type {}".format(bus_type))

    gbtn = button_controller(glbl, regbus, btns)  # memmap controller
    gled = led_peripheral(glbl, regbus, leds)  # memmap peripheral
    gmap = regbus.interconnect()  # bus combiner

    print(vars(regbus.regfiles['LED_000']))

    return gbtn, gled, gmap


def build(args):
    """ Run the FPGA tools
    """
    pass


def getargs():
    """ get CLI arguments
    """
    pass


if __name__ == '__main__':
    args = getargs()
    build(args)