def __init__(self):
# {{{
Splitter_IMS.__init__(self)
#sys.stdout.write(Color.yellow)
#print("Using DBS")
#sys.stdout.write(Color.none)
#self.number_of_monitors = 0
self.peer_number = 0
# {{{ The list of peers in the team.
# }}}
self.peer_list = []
# }}}
# {{{ Destination peers of the chunk, indexed by a chunk
# number. Used to find the peer to which a chunk has been
# sent.
# }}}
self.destination_of_chunk = [('0.0.0.0',0)] * self.BUFFER_SIZE
#for i in range(self.BUFFER_SIZE):
# self.destination_of_chunk.append(('0.0.0.0',0))
self.losses = {}
_p_("Initialized")
if __debug__:
_p_("max_chunk_loss =", self.MAX_CHUNK_LOSS)
_p_("mcast_addr =", self.MCAST_ADDR)
self.magic_flags = common.DBS
def __init__(self):
# {{{
Splitter_IMS.__init__(self)
sys.stdout.write(Color.yellow)
print("Using DBS")
sys.stdout.write(Color.none)
#self.number_of_monitors = 0
self.peer_number = 0
# {{{ The list of peers in the team.
# }}}
self.peer_list = []
# }}}
# {{{ Destination peers of the chunk, indexed by a chunk
# number. Used to find the peer to which a chunk has been
# sent.
# }}}
self.destination_of_chunk = [('0.0.0.0', 0)] * self.BUFFER_SIZE
#for i in range(self.BUFFER_SIZE):
# self.destination_of_chunk.append(('0.0.0.0',0))
self.losses = {}
print("DBS: max_chunk_loss =", self.MAX_CHUNK_LOSS)
print("DBS: mcast_addr =", self.MCAST_ADDR)
