def keep_the_buffer_full(self):
# {{{
Peer_IMS.keep_the_buffer_full(self)
if (self.played_chunk % self.debt_memory) == 0:
for i in self.debt:
self.debt[i] /= 2
def keep_the_buffer_full(self):
# {{{
Peer_IMS.keep_the_buffer_full(self)
if (self.played_chunk % self.debt_memory) == 0:
for i in self.debt:
self.debt[i] /= 2
def buffer_data(self):
# {{{
# Number of times that the previous received chunk has been sent
# to the team. If this counter is smaller than the number
# of peers in the team, the previous chunk must be sent in the
# burst mode because a new chunk from the splitter has arrived
# and the previous received chunk has not been sent to all the
# peers of the team. This can happen when one or more chunks
# that were routed towards this peer have been lost.
self.receive_and_feed_counter = 0
# This "private and static" variable holds the previous chunk
# received from the splitter. It is used to send the previous
# received chunk in the congestion avoiding mode. In that
# mode, the peer sends a chunk only when it received a chunk
# from another peer or from the splitter.
self.receive_and_feed_previous = ""
self.sendto_counter = 0
self.debt_memory = 1 << self.MAX_CHUNK_DEBT
Peer_IMS.buffer_data(self)
def buffer_data(self):
# {{{
# Number of times that the previous received chunk has been sent
# to the team. If this counter is smaller than the number
# of peers in the team, the previous chunk must be sent in the
# burst mode because a new chunk from the splitter has arrived
# and the previous received chunk has not been sent to all the
# peers of the team. This can happen when one or more chunks
# that were routed towards this peer have been lost.
self.receive_and_feed_counter = 0
# This "private and static" variable holds the previous chunk
# received from the splitter. It is used to send the previous
# received chunk in the congestion avoiding mode. In that
# mode, the peer sends a chunk only when it received a chunk
# from another peer or from the splitter.
self.receive_and_feed_previous = ""
self.sendto_counter = 0
self.debt_memory = 1 << self.MAX_CHUNK_DEBT
Peer_IMS.buffer_data(self)
def run(self):
# {{{
#Peer_IMS.peers_life(self)
Peer_IMS.run(self)
self.polite_farewell()
def run(self):
# {{{
#Peer_IMS.peers_life(self)
Peer_IMS.run(self)
self.polite_farewell()
