def print_board_info(args):
boards = get_all_board_names()
for bn in boards:
brd = get_board(bn)
has_led = False
led = brd.get_port('led')
if led is None:
led = brd.get_port('leds')
if led is not None:
has_led = True
numled = 0 if led is None else len(led.pins)
ledpins = ' ' if led is None else led.pins
ledname = ' ' if led is None else led.name
# print some information
print("{:12}: has led {:5}: {:5}, # led {}, led pins {} ".format(
bn,
str(has_led),
str(ledname),
numled,
str(ledpins),
))
return
def parseargs():
boards = get_all_board_names() + ["all"]
parser = argparse.ArgumentParser()
parser.add_argument("--board", default="xula", choices=boards, help="select the board to build")
parser.add_argument("--dump", default=False, action="store_true", help="print information on all boards")
args = parser.parse_args()
return args
def parseargs():
boards = get_all_board_names() + ['all']
parser = argparse.ArgumentParser()
parser.add_argument('--board', default='xula', choices=boards,
help="select the board to build")
parser.add_argument('--dump', default=False, action='store_true',
help="print information on all boards")
args = parser.parse_args()
return args
def test_boards():
for bn in get_all_board_names():
brd = get_board(bn)
# map led port for boards without explicit led pins
if bn in led_port_pin_map:
brd.add_port_name(**led_port_pin_map[bn])
flow = build.flow.Yosys(brd=brd, top=blinky)
flow.path = os.path.join('output', flow.path)
flow.run()
def test_boards():
for bn in get_all_board_names():
brd = get_board(bn)
# map led port for boards without explicit led pins
if bn in led_port_pin_map:
brd.add_port_name(**led_port_pin_map[bn])
flow = build.flow.Yosys(brd=brd, top=blinky)
flow.path = os.path.join('output', flow.path)
flow.run()
def build_board(args):
"""
"""
boards = get_all_board_names() if args.board == 'all' else [args.board]
for bn in boards:
brd = get_board(bn)
if brd in led_port_pin_map:
brd.add_port_name(**led_port_pin_map[brd])
ledport = brd.get_port('led')
return
def build_board(args):
"""
"""
boards = get_all_board_names() if args.board == 'all' else [args.board]
for bn in boards:
brd = get_board(bn)
if brd in led_port_pin_map:
brd.add_port(**led_port_pin_map[brd])
# check the board definition has led port, if not add it from
# the board_table
ledport = brd.get_port('led')
return
def build_board(args):
"""
"""
boards = get_all_board_names() if args.board == 'all' else [args.board]
for bn in boards:
brd = get_board(bn)
if brd in led_port_pin_map:
brd.add_port(**led_port_pin_map[brd])
# check the board definition has led port, if not add it from
# the board_table
ledport = brd.get_port('led')
return
def print_board_info(args):
boards = get_all_board_names()
for bn in boards:
brd = get_board(bn)
has_led = False
led = brd.get_port('led')
if led is None:
led = brd.get_port('leds')
if led is not None:
has_led = True
numled = 0 if led is None else len(led.pins)
ledpins = ' ' if led is None else led.pins
ledname = ' ' if led is None else led.name
# print some information
print("{:12}: has led {:5}: {:5}, # led {}, led pins {} ".format(
bn, str(has_led), str(ledname), numled, str(ledpins), ))
return