def _create_uart_object():
ret_value = True
for bus_name, bus in Profile.get_buses().iteritems():
try:
if bus['bus'] == 'uart':
device_path = bus['path']
if utility.mount_on_fpga(device_path):
class_name = 'Axi4Uart'
createok = XObject.create_object(bus_name, class_name,
device_path)
else:
class_name = 'UartBus'
createok = XObject.create_object(bus_name, class_name,
device_path)
if createok:
logger.boot("create the %s uart object %s" %
(bus_name, class_name))
else:
logger.boot(
"warning: can not find the %s uart class %s in this project code"
% (bus_name, class_name))
ret_value = False
except Exception as e:
logger.boot("error: create %s uart object fail:\n%s" %
(bus_name, traceback.format_exc()))
ret_value = False
return ret_value
def test_read_profile(jsonfile):
classes = globals()
XObject.set_classes(classes)
parser = ProfileParser()
parser.read_profile(jsonfile)
boards = Profile.get_boards()
boards[power_profile['id']] = power_profile
assert len(Profile.get_extendio()) == 1
assert len(Profile.get_busswitch()) == 9
assert len(Profile.get_eeprom()) == 8
assert len(Profile.get_boards()) == 5
assert len(Profile.get_buses()) == 8
assert len(Profile.get_chips()) == 12
def create_uart_server():
for name, bus in Profile.get_buses().iteritems():
if bus['bus'] == 'uart' and bus.has_key('port'):
uartserver = UartServer(name, bus['port'])
uartserver.start()