def add_peer(self, peer):
with self._peers:
if not peer in self._peers and self.need_more():
self._peers.append(peer)
peer.bitfield(self._storage.bitfield)
def add_peer(self, peer):
with self._peers:
if not peer in self._peers and self.need_more():
self._peers.append(peer)
peer.bitfield(self._storage.bitfield)
self._torrent = t
def has(self, piece):
return False
def completed(self):
return False
def piece(self, index):
return storage.Piece.create_empty_piece(\
index, 256000, self._torrent.piece_hash(index))
def write_piece(self, piece):
print("Writting piece ", piece)
manager = PeerManager(peer_id, t, None, None, StorageMock(t))
peer = peer.handshake(sock, addr, peer_id, t, manager)
field = bitfield.Bitfield(t.number_of_pieces)
#for i in range(len(field)):
# if random.random() < 0.5:
# field.set(i)
field.set(8)
peer.bitfield(field)
peer.choke(True)
peer.choke(False)
peer.have(9)
time.sleep(5)
peer.close()
self._torrent = t
def has(self, piece):
return False
def completed(self):
return False
def piece(self, index):
return storage.Piece.create_empty_piece(\
index, 256000, self._torrent.piece_hash(index))
def write_piece(self, piece):
print("Writting piece ", piece)
manager = PeerManager(peer_id, t, None, None, StorageMock(t))
peer = peer.handshake(sock, addr, peer_id, t, manager)
field = bitfield.Bitfield(t.number_of_pieces)
#for i in range(len(field)):
# if random.random() < 0.5:
# field.set(i)
field.set(8)
peer.bitfield(field)
peer.choke(True)
peer.choke(False)
peer.have(9)
time.sleep(5)
peer.close()