def _socket_rx():
global _socket
while True:
data, address = _socket.recvfrom(config.FRAME_MAX_LEN)
if len(data) == 0:
continue
lagan.info(config.TAG, 'udp rx:%r len:%d', address, len(data))
lagan.print_hex(config.TAG, lagan.LEVEL_DEBUG, bytearray(data))
pipe_receive(dcom.addr_to_pipe(address[0], address[1]), data)
def case1():
lagan.load()
lagan.set_filter_level(lagan.LEVEL_DEBUG)
lagan.enable_color(False)
lagan.println('case1', lagan.LEVEL_OFF, 'TestPrintOut1:%d', 100)
lagan.println('case1', lagan.LEVEL_DEBUG, 'TestPrintOut1:%d', 100)
lagan.println('case1', lagan.LEVEL_INFO, 'TestPrintOut1:%d', 100)
lagan.println('case1', lagan.LEVEL_WARN, 'TestPrintOut1:%d', 100)
lagan.println('case1', lagan.LEVEL_ERROR, 'TestPrintOut1:%d', 100)
s = bytearray()
for i in range(100):
s.append(i)
lagan.print_hex('case1', lagan.LEVEL_INFO, s)
def _socket_rx():
global _socket, _item
while True:
data, address = _socket.recvfrom(config.FRAME_MAX_LEN)
if len(data) == 0:
continue
lagan.info(config.TAG, 'udp rx:%r len:%d', address, len(data))
lagan.print_hex(config.TAG, lagan.LEVEL_DEBUG, bytearray(data))
if _item.is_rx:
lagan.warn(config.TAG, 'udp rx:%r len:%d.deal is too slow!!!',
address, len(data))
continue
_item.pipe = dcom.addr_to_pipe(address[0], address[1])
_item.data = data
_item.is_rx = True
def case2():
lagan.load()
s = bytearray()
for i in range(100):
s.append(i)
lagan.print_hex('case2', lagan.LEVEL_ERROR, s)
def _socket_tx(pipe: int, data: bytearray):
ip, port = dcom.pipe_to_addr(pipe)
_socket.sendto(data, (ip, port))
lagan.info(config.TAG, "udp send:ip:%s port:%d len:%d", ip, port,
len(data))
lagan.print_hex(config.TAG, lagan.LEVEL_DEBUG, data)