def fuck_yourself(self):
# set ipv6 address if needed
if self.use_ipv6:
ipv6 = ipv6_addr()
if not ipv6:
ptl_error("cannot get ipv6 address")
self.str_ipv6 = "&ipv6=%s" % urlencode(ipv6)
# generate a port number if not given
if not self.port:
self.port = randint(MIN_PORT, MAX_PORT)
# generate client key
self.client_key = client_key()
client_info = BT_CLIENTS[self.client_id]
# generate peer_id : based on client chosen
prefix = client_info["prefix"]
pid = peer_id(prefix)
self.quoted_peer_id = urlencode(pid)
# generate http header[user-agent] : based on client chosen
user_agent = client_info["user-agent"]
self.headers.update({"User-Agent": user_agent})
# supports scrape?
self.scrapable = not self.no_scrape and client_info["scrape"]
# create directories if not exist
for up_down in (UP, DOWN):
mkdir(DIR[up_down])
log.setLevel(DEBUG)
log.debug("ptliar started, version: %s" % __version__)
log.info("verbose : %s" % (self.logging_level == DEBUG))
log.info("ipv6 : %s" % self.use_ipv6)
log.info("zero_rate : %s" % self.use_zero_rate)
log.info("timer : %s" % ptime(self.timer))
log.info("max up bandwidth : %s/s" % psize(self.max_up_speed))
log.info("max down bandwidth : %s/s" % psize(self.max_down_speed))
log.info("max torrent speed : %s/s" % psize(self.max_torrent_speed))
log.info("fake bt client : %s" % self.client_id)
def main(argv):
interrupt_off()
try:
opts, args = getopt(argv, "c:DefhM:m:nlp:s:t:vz")
except GetoptError:
_usage()
ptl_exit(2)
def parse_int(i):
if i.isdigit():
return int(i)
return 0
for opt, arg in opts:
if opt == "-h":
_usage()
ptl_exit(0)
if opt == "-l":
client_list()
ptl_exit(0)
if opt == "-m":
ps.max_up_speed = parse_int(arg) * KILO
if ps.max_up_speed <= 0:
ptl_error(
"max upload bandwidth must be a positive integer, in KB/s")
elif opt == "-M":
ps.max_down_speed = parse_int(arg) * KILO
if ps.max_down_speed <= 0:
ptl_error(
"max download bandwidth must be a positive integer, in KB/s"
)
elif opt == "-s":
ps.max_torrent_speed = parse_int(arg) * KILO
if ps.max_torrent_speed <= 0:
ptl_error(
"max torrent speed must be a positive integer, in KB/s")
elif opt == "-p":
ps.port = parse_int(arg)
if ps.port < MIN_PORT or ps.port > MAX_PORT:
ptl_error("port number should be within (%s, %s)" % \
(MIN_PORT, MAX_PORT))
elif opt == "-v":
ps.logging_level = DEBUG
elif opt == "-e":
ps.use_ipv6 = True
elif opt == "-z":
ps.use_zero_rate = True
elif opt == "-f":
ps.no_sleep = True
elif opt == "-n":
ps.no_scrape = True
elif opt == "-c":
if arg not in BT_CLIENTS:
ptl_error("client not in supported client-list, see option -l")
ps.client_id = arg
elif opt == "-t":
ps.timer = parse_int(arg) * HOUR
if ps.timer < 1:
ptl_error("timer must be a positive integer, in hours")
print BANNER % {"version": __version__, "date": __date__, "url": __url__}
if not ps.no_sleep:
sleep(SLEEP_BANNER)
ps.fuck_yourself()
ts.fuck_yourself()
if not ps.no_sleep:
sleep(SLEEP_SETTINGS)
tm.fool_around()
def _fool_around(self):
def run_threads(box):
for th in box:
th.start()
for th in box:
th.join()
thread_box = []
for torrent in self.torrents.values():
if not torrent.is_ready:
continue
thread_box.append(Thread(target=torrent.commit))
if len(thread_box) == CONNECTION_PER_BOX:
run_threads(thread_box)
thread_box = []
if not ps.no_sleep:
sleep(SLEEP_THREAD)
run_threads(thread_box)
# calculate committed values
all_torrents = self.torrents.values()
uploaded = 0
downloaded = 0
for torrent in all_torrents:
uploaded += torrent.uploaded
downloaded += torrent.downloaded
log.info("time: %s up_speed: %s/s down_speed: %s/s "\
"committed [up: %s down: %s]" % \
(ptime(time() - self.started),
psize(ts.up_speed),
psize(ts.down_speed),
psize(uploaded),
psize(downloaded)))
if self.done:
# say goodbye
elapsed = time() - self.started
log.info("time elapsed: %s" % ptime(elapsed))
log.info("avg up speed: %s/s" % psize(uploaded / elapsed))
log.info("avg down speed: %s/s" % psize(downloaded / elapsed))
log.debug("<= PTLiar ended")
print "Bye~"
ptl_exit(0)
active_torrents = filter(lambda t: t.status != "error", all_torrents)
if len(active_torrents) < 1:
ptl_error("no torrents available")
# calculate how long should we sleep
next_commit = min(map(lambda t: t.next_commit_time, active_torrents))
left = max(0, next_commit - time())
# sleep one more second than needed
zzz = min(SLEEP_SCAN, left + 1)
log.info("next commit: %s from now, sleep for %s.." % \
(ptime(left), ptime(zzz)))
print "press [Ctrl+C] to leave"
try:
interrupt_on()
sleep(zzz)
interrupt_off()
except (KeyboardInterrupt, SystemExit):
# gracefully shutdown
interrupt_off()
self.done = True
if time() >= self.started + ps.timer:
# timer
self.done = True
if self.done:
log.info("stopping...")
for torrent in active_torrents:
torrent.status = "stopped"
return
# check whether we've got new torrent
self._load_torrents()