# The contents of this file are subject to the BitTorrent Open Source License # Version 1.1 (the License). You may not copy or use this file, in either # source code or executable form, except in compliance with the License. You # may obtain a copy of the License at http://www.bittorrent.com/license/. # # Software distributed under the License is distributed on an AS IS basis, # WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License # for the specific language governing rights and limitations under the # License. # Written by Bram Cohen, Uoti Urpala from __future__ import division class TorrentStats(object): def __init__(self, logger, choker, upfunc, downfunc, uptotal, downtotal, remainingfunc, pcfunc, piece_states, finflag, connection_manager, multidownload, file_priorities, files, ever_got_incoming, rerequester): self.logger = logger self.multidownload = multidownload self.connection_manager = connection_manager self.file_priorities = file_priorities self.picker = multidownload.picker self.storage = multidownload.storage self.choker = choker self.connection_manager = connection_manager self.upfunc = upfunc self.downfunc = downfunc self.uptotal = uptotal self.downtotal = downtotal self.remainingfunc = remainingfunc self.pcfunc = pcfunc self.piece_states = piece_states self.finflag = finflag self.files = files self.ever_got_incoming = ever_got_incoming self.rerequester = rerequester def collect_spew(self, numpieces): l = [] for c in self.connection_manager.complete_connectors: rec = {} rec['id'] = c.id rec['hostname'] = c.hostname rec["ip"] = c.ip rec["is_optimistic_unchoke"] = (c is self.choker.connections[0]) if c.locally_initiated: rec["initiation"] = "L" else: rec["initiation"] = "R" if c._decrypt: rec["initiation"] += '+' u = c.upload rec['upload'] = (u.measure.get_total(), int(u.measure.get_rate()), u.interested, u.choked) d = c.download rec['download'] = (d.measure.get_total(), int(d.measure.get_rate()), d.interested, d.choked, d.is_snubbed()) rec['max_backlog'] = d._backlog() rec['current_backlog'] = len(d.active_requests) rec['client_backlog'] = len(u.buffer) rec['client_buffer'] = sum([ i[0][2] for i in u.buffer ]) rec['total_downloaded'] = d.total_bytes rec['completed'] = 1 - d.have.numfalse / numpieces rec['speed'] = d.connector.download.peermeasure.get_rate() if d.have.numfalse > 0: rec['total_eta'] = self.storage.total_length / max(1, d.connector.download.peermeasure.get_rate()) l.append(rec) return l def get_swarm_speed(self): speed = 0 for c in self.connection_manager.complete_connectors: speed += c.download.connector.download.peermeasure.get_rate() return speed def get_statistics(self, spewflag=False, fileflag=False): status = {} numSeeds = 0 numPeers = 0 for d in self.multidownload.downloads: numPeers += 1 if d.have.numfalse == 0: numSeeds += 1 status['numSeeds'] = numSeeds status['numPeers'] = numPeers if self.rerequester: status['trackerSeeds'] = self.rerequester.tracker_num_seeds status['trackerPeers'] = self.rerequester.tracker_num_peers if status['trackerSeeds'] is not None: if status['trackerPeers'] is not None: status['trackerPeers'] += status['trackerSeeds'] else: status['trackerPeers'] = status['trackerSeeds'] status['announceTime'] = self.rerequester.get_next_announce_time_est() else: status['trackerSeeds'] = None status['trackerPeers'] = None status['announceTime'] = None status['upRate'] = self.upfunc() status['upTotal'] = self.uptotal() status['ever_got_incoming'] = self.ever_got_incoming() status['distributed_copies'] = self.multidownload.get_adjusted_distributed_copies() status['discarded'] = self.multidownload.discarded_bytes status['swarm_speed'] = self.get_swarm_speed() status['pieceStates'] = self.piece_states() if spewflag: status['spew'] = self.collect_spew(self.multidownload.numpieces) status['bad_peers'] = self.multidownload.bad_peers if fileflag: undl = self.storage.storage.undownloaded status['files_left'] = [undl[fname] for fname in self.files] status['file_priorities'] = dict(self.file_priorities()) if self.finflag.isSet(): status['downRate'] = 0 status['downTotal'] = self.downtotal() status['fractionDone'] = 1 return status timeEst = self.remainingfunc() status['timeEst'] = timeEst fractionDone = self.pcfunc() status.update({ "fractionDone" : fractionDone, "downRate" : self.downfunc(), "downTotal" : self.downtotal() }) return status