def torrent(self):
while not self.shutdown:
self.pieces_left = len([m for m in self.pieces if not m['have']])
self.update_peers(self.query_trackers())
# Check whether we still have pieces left to send
if not self.pieces_left:
sys.stdout.write("\nDownload completed, cleaning up...\n")
sys.exit(0)
for peer_index, peer in enumerate(self.peers):
# Process requests
# TODO: Work on strategy for pieces that need be requested multiple times
if peer.can_request():
for piece_index, piece in [(n, m) for (n, m) in enumerate(self.pieces) if not m['have']]:
if peer.can_request() and peer.has_piece(piece_index) and not piece['requested']:
peer.request_piece(piece_index, piece.get('size', self.piece_size))
piece['requested'] = True
piece['attempts'] += 1
# Process completed pieces
if peer.has_complete_pieces():
sys.stdout.write("\r%s/%s ({0:.2f}%%) pieces downloaded. Rate: %s/s".
format((len(self.pieces) - self.pieces_left)/len(self.pieces)*100) %
(len(self.pieces) - self.pieces_left, len(self.pieces),
strmanip.parse_filesize(self.downloaded/(time.time() - self.runtime), 1000)))
sys.stdout.flush()
for piece in peer.complete_pieces():
if self.check_piece(piece['index'], piece['data']):
self.write_piece(piece['index'], piece['data'])
else:
self.log.warn("Piece hash FAILED. Index: %s" % piece['index'])
self.pieces[piece['index']]['requested'] = False
sys.exit(0)
Peer.loop()
print("Exiting BitClient")
sys.exit(1)
def update_peers(self, peer_info_list):
'''Given a list of dictionaries, update the list of peers for this torrent'''
if peer_info_list is not None:
self.backup_peers.extend(peer_info_list)
for peer_info in self.backup_peers:
if self.add_peer(peer_info):
del self.backup_peers[self.backup_peers.index(peer_info)]
Peer.loop()
# Check for anything to remove
for index, peer in enumerate(self.peers):
if peer.can_remove():
self.remove_peer(index)
def update_peers(self, peer_info_list):
'''Given a list of dictionaries, update the list of peers for this torrent'''
if peer_info_list is not None:
self.backup_peers.extend(peer_info_list)
for peer_info in self.backup_peers:
if self.add_peer(peer_info):
del self.backup_peers[self.backup_peers.index(peer_info)]
Peer.loop()
# Check for anything to remove
for index, peer in enumerate(self.peers):
if peer.can_remove():
self.remove_peer(index)
def torrent(self):
while not self.shutdown:
self.pieces_left = len([m for m in self.pieces if not m['have']])
self.update_peers(self.query_trackers())
# Check whether we still have pieces left to send
if not self.pieces_left:
sys.stdout.write("\nDownload completed, cleaning up...\n")
sys.exit(0)
for peer_index, peer in enumerate(self.peers):
# Process requests
# TODO: Work on strategy for pieces that need be requested multiple times
if peer.can_request():
for piece_index, piece in [
(n, m) for (n, m) in enumerate(self.pieces)
if not m['have']
]:
if peer.can_request() and peer.has_piece(
piece_index) and not piece['requested']:
peer.request_piece(
piece_index, piece.get('size',
self.piece_size))
piece['requested'] = True
piece['attempts'] += 1
# Process completed pieces
if peer.has_complete_pieces():
sys.stdout.write(
"\r%s/%s ({0:.2f}%%) pieces downloaded. Rate: %s/s".
format((len(self.pieces) - self.pieces_left) /
len(self.pieces) * 100) %
(len(self.pieces) - self.pieces_left, len(self.pieces),
strmanip.parse_filesize(
self.downloaded /
(time.time() - self.runtime), 1000)))
sys.stdout.flush()
for piece in peer.complete_pieces():
if self.check_piece(piece['index'], piece['data']):
self.write_piece(piece['index'], piece['data'])
else:
self.log.warn("Piece hash FAILED. Index: %s" %
piece['index'])
self.pieces[piece['index']]['requested'] = False
sys.exit(0)
Peer.loop()
print("Exiting BitClient")
sys.exit(1)
def loop():
Peer.loop()
def loop(): Peer.loop()