else:
return True
# An example of a filter function
@staticmethod
def filter_non_ipv4(buf):
eth_typ = struct.unpack_from(">H", buf, 12)[0]
if eth_typ != ETH_PROTO_IPV4:
return False
return True
if __name__ == "__main__":
import timeit
log.conf_logger("DEBUG")
logger.info("* Run tests.")
buf = bytearray(4096) # CPU cache slot size
sock = PacketSocket(buf, "lo")
sock.bind()
buf_shallow = sock.get_buf()
assert id(buf_shallow) == id(buf)
buf_copy = sock.get_buf(deep_copy=True)
assert id(buf_copy) != id(buf)
sock._buf[:10] = b"a" * 10
def dummpy_filter(buf):
if buf[:10] != b"a" * 10:
return False
return True
logger = logging.getLogger(__name__)
a = time.time()
term = self.Terminated
nb = 0
while not term.value:
nb += 1
# logger.info("nb : %i" % nb)
logger.info("nb : %i - time : %d" % (nb, time.time() - a))
# print "-%i-" % nb
# print "time : ", time.time() - a
if __name__ == "__main__":
log.conf_logger()
logger = logging.getLogger(__name__)
# m = ModP()
# logger.info("start")
# m.start()
# time.sleep(5)
# m.stop()
# m.join()
# logger.info("stop")
import rawsock_helpers as rsh
from common import (
BUFFER_SIZE,
CODER_LOG_LEVEL,
FIELD,
INIT_REDUNDANCY,
IO_SLEEP,
META_DATA_LEN,
MTU,
SYMBOL_SIZE,
SYMBOLS,
UDP_PORT_DATA,
UDP_PORT_OAM,
)
log.conf_logger(CODER_LOG_LEVEL)
logger = log.logger
def run_recoder(ifce, action, dst_mac):
buf = bytearray(BUFFER_SIZE)
udp_cnt = 0
if dst_mac:
logger.info(
"The destination MAC address of all frames are changed to %s" %
dst_mac)
try:
logger.info("Create the raw packet socket.")