def render_GET(self, request):
HashTableNew.HashTable.do_clean_up()
start = time.clock()
info_hash_lst = []
if 'info_hash' in request.args:
info_hash_lst = request.args['info_hash']
else:
return bencode_faild_str('Mising info_hash')
ret = {}
for info_hash in info_hash_lst:
peers_cnt = HashTable.get_torrent_peers_count(info_hash)
seeders_cnt = HashTable.get_torrent_seeders_count(info_hash)
leechers_cnt = peers_cnt - seeders_cnt
completed_cnt = HashTable.get_completed_by_info_hash(info_hash)
info_table = {"complete": seeders_cnt, "downloaded": completed_cnt, "incomplete": leechers_cnt}
ret.update({info_hash:info_table})
ret = {'files': ret}
ret = bencode.bencode(ret)
end = time.clock()
logging.debug('process scrape query at:%lf' % (end-start))
Config.process_scrape_query_at = end-start
return ret
def render_GET(self, request):
HashTableNew.HashTable.do_clean_up()
start = time.clock()
info_hash_lst = []
if 'info_hash' in request.args:
info_hash_lst = request.args['info_hash']
else:
return bencode_faild_str('Mising info_hash')
ret = {}
for info_hash in info_hash_lst:
peers_cnt = HashTable.get_torrent_peers_count(info_hash)
seeders_cnt = HashTable.get_torrent_seeders_count(info_hash)
leechers_cnt = peers_cnt - seeders_cnt
completed_cnt = HashTable.get_completed_by_info_hash(info_hash)
info_table = {
"complete": seeders_cnt,
"downloaded": completed_cnt,
"incomplete": leechers_cnt
}
ret.update({info_hash: info_table})
ret = {'files': ret}
ret = bencode.bencode(ret)
end = time.clock()
logging.debug('process scrape query at:%lf' % (end - start))
Config.process_scrape_query_at = end - start
return ret
def render_GET(self, request):
HashTableNew.HashTable.do_clean_up()
# print request.uri
start = time.clock()
# ipv6ip = None
client = request.client
if isinstance(client, address.IPv4Address):
socketIp = client.host
# notice if use ipv6 couldn't get real ipv4 ip
# elif isinstance(client, address.IPv6Address):
# ipv6ip = client.host
# if ipv6ip is None:
ipv6ip = self.get_argument(request, "ipv6")
ip = self.get_argument(request, "ip")
info_hash = self.get_argument(request, "info_hash")
peer_id = self.get_argument(request, "peer_id")
key = self.get_argument(request, "key")
port = self.get_argument(request, "port")
ipv6port = None
downloaded = self.get_argument(request, "downloaded", 0)
uploaded = self.get_argument(request, "uploaded", 0)
left = self.get_argument(request, "left", 0)
passkey = self.get_argument(request, "passkey")
event = self.get_argument(request, "event", "")
numwant = self.get_argument(request, "numwant", 50)
if Config.PRIVETE_TRACKER:
if passkey is None:
return bencode_faild_str("Missing passkey")
# check argments
if info_hash is None:
return bencode_faild_str("Missing info_hash")
if len(info_hash) != 20:
return bencode_faild_str("Valid info_hash")
if peer_id is None:
return bencode_faild_str("Missing peer_id")
if len(peer_id) != 20:
return bencode_faild_str("Valid peer_id")
if port is None:
return bencode_faild_str("Missing port")
if len(port) > 5:
return bencode_faild_str("Valid port")
if ip is not None and len(ip) > 15:
# return bencode_faild_str('Valid ip')
ip = None
if ipv6ip is not None and len(ipv6ip) > 37:
# [0000:0000:0000:0000:0000:0000]:00000
ipv6ip = None
downloaded = self.str2long(downloaded)
uploaded = self.str2long(uploaded)
left = self.str2long(left)
numwant = self.str2int(numwant)
if downloaded is None:
return bencode_faild_str("Missing downloaded")
if uploaded is None:
return bencode_faild_str("Missing uploaded")
if left is None:
return bencode_faild_str("Missing left")
if numwant is None:
return bencode_faild_str("Valid numwant")
if numwant > 100:
numwant = 100
# bep_0007
if ipv6ip is not None:
if ipv6ip[0] == "[":
pos = ipv6ip.rfind("]:")
if pos != -1:
# [::]:0
ipv6port = ipv6ip[pos + 2 :]
ipv6ip = ipv6ip[0 : pos + 1]
else:
# [::]
ipv6port = port
else:
#::
ipv6ip = "[" + ipv6ip + "]"
ipv6port = port
ret_ipv6 = False
if ipv6ip is not None:
if ipv6ip[1:6].lower() != "fe80:":
ret_ipv6 = True
if socketIp is None:
# ipv6 socket
ret_ipv6 = True
if event is None or event == "":
# some client event=&
p = HashTable.update_peer_by_peer_id_and_info_hash(peer_id, info_hash)
p.update(
socketIp, ip, ipv6ip, port, ipv6port, peer_id, info_hash, downloaded, uploaded, left, event, passkey
)
if event == "completed":
p = HashTable.find_peer_by_peer_id_and_info_hash(peer_id, info_hash)
HashTable.add_completed_by_info_hash(info_hash)
p = HashTable.update_peer_by_peer_id_and_info_hash(peer_id, info_hash)
p.update(
socketIp, ip, ipv6ip, port, ipv6port, peer_id, info_hash, downloaded, uploaded, left, event, passkey
)
if event == "started":
# pt need process something else
p = HashTable.update_peer_by_peer_id_and_info_hash(peer_id, info_hash)
p.update(
socketIp, ip, ipv6ip, port, ipv6port, peer_id, info_hash, downloaded, uploaded, left, event, passkey
)
p.uploaded_first = uploaded
p.downloaded_first = downloaded
p.left_first = left
elif event == "stopped":
HashTable.remove_peer_by_peer_id_and_info_hash(peer_id, info_hash)
if event == "stopped":
peers = ""
else:
peers = HashTable.find_peers_by_info_hash(info_hash)
peers = self.generate_peer_list(peers, numwant, ret_ipv6)
peers_cnt = HashTable.get_torrent_peers_count(info_hash)
seeders_cnt = HashTable.get_torrent_seeders_count(info_hash)
leechers_cnt = peers_cnt - seeders_cnt
ret = {
"interval": Config.INTERVAL,
"min interval": 15,
"complete": seeders_cnt,
"incomplete": leechers_cnt,
"peers": peers,
}
ret = bencode.bencode(ret)
end = time.clock()
logging.debug("process announce query at:%lf" % (end - start))
Config.process_announce_query_at = end - start
return ret
def render_GET(self, request):
HashTableNew.HashTable.do_clean_up()
#print request.uri
start = time.clock()
#ipv6ip = None
client = request.client
if isinstance(client, address.IPv4Address):
socketIp = client.host
#notice if use ipv6 couldn't get real ipv4 ip
#elif isinstance(client, address.IPv6Address):
# ipv6ip = client.host
#if ipv6ip is None:
ipv6ip = self.get_argument(request, 'ipv6')
ip = self.get_argument(request, 'ip')
info_hash = self.get_argument(request, 'info_hash')
peer_id = self.get_argument(request, 'peer_id')
key = self.get_argument(request, 'key')
port = self.get_argument(request, 'port')
ipv6port = None
downloaded = self.get_argument(request, 'downloaded', 0)
uploaded = self.get_argument(request, 'uploaded', 0)
left = self.get_argument(request, 'left', 0)
passkey = self.get_argument(request, 'passkey')
event = self.get_argument(request, 'event', '')
numwant = self.get_argument(request, 'numwant', 50)
if Config.PRIVETE_TRACKER:
if passkey is None:
return bencode_faild_str('Missing passkey')
#check argments
if info_hash is None:
return bencode_faild_str('Missing info_hash')
if len(info_hash) != 20:
return bencode_faild_str('Valid info_hash')
if peer_id is None:
return bencode_faild_str('Missing peer_id')
if len(peer_id) != 20:
return bencode_faild_str('Valid peer_id')
if port is None:
return bencode_faild_str('Missing port')
if len(port) > 5:
return bencode_faild_str('Valid port')
if ip is not None and len(ip) > 15:
#return bencode_faild_str('Valid ip')
ip = None
if ipv6ip is not None and len(ipv6ip) > 37:
#[0000:0000:0000:0000:0000:0000]:00000
ipv6ip = None
downloaded = self.str2long(downloaded)
uploaded = self.str2long(uploaded)
left = self.str2long(left)
numwant = self.str2int(numwant)
if downloaded is None:
return bencode_faild_str('Missing downloaded')
if uploaded is None:
return bencode_faild_str('Missing uploaded')
if left is None:
return bencode_faild_str('Missing left')
if numwant is None:
return bencode_faild_str('Valid numwant')
if numwant > 100:
numwant = 100
#bep_0007
if ipv6ip is not None:
if ipv6ip[0] == '[':
pos = ipv6ip.rfind(']:')
if pos != -1:
#[::]:0
ipv6port = ipv6ip[pos + 2:]
ipv6ip = ipv6ip[0:pos + 1]
else:
#[::]
ipv6port = port
else:
#::
ipv6ip = '[' + ipv6ip + ']'
ipv6port = port
ret_ipv6 = False
if ipv6ip is not None:
if ipv6ip[1:6].lower() != 'fe80:':
ret_ipv6 = True
if socketIp is None:
#ipv6 socket
ret_ipv6 = True
if event is None or event == '':
#some client event=&
p = HashTable.update_peer_by_peer_id_and_info_hash(
peer_id, info_hash)
p.update(socketIp, ip, ipv6ip, port, ipv6port, peer_id, info_hash,
downloaded, uploaded, left, event, passkey)
if event == 'completed':
p = HashTable.find_peer_by_peer_id_and_info_hash(
peer_id, info_hash)
HashTable.add_completed_by_info_hash(info_hash)
p = HashTable.update_peer_by_peer_id_and_info_hash(
peer_id, info_hash)
p.update(socketIp, ip, ipv6ip, port, ipv6port, peer_id, info_hash,
downloaded, uploaded, left, event, passkey)
if event == 'started':
#pt need process something else
p = HashTable.update_peer_by_peer_id_and_info_hash(
peer_id, info_hash)
p.update(socketIp, ip, ipv6ip, port, ipv6port, peer_id, info_hash,
downloaded, uploaded, left, event, passkey)
p.uploaded_first = uploaded
p.downloaded_first = downloaded
p.left_first = left
elif event == 'stopped':
HashTable.remove_peer_by_peer_id_and_info_hash(peer_id, info_hash)
if event == 'stopped':
peers = ''
else:
peers = HashTable.find_peers_by_info_hash(info_hash)
peers = self.generate_peer_list(peers, numwant, ret_ipv6)
peers_cnt = HashTable.get_torrent_peers_count(info_hash)
seeders_cnt = HashTable.get_torrent_seeders_count(info_hash)
leechers_cnt = peers_cnt - seeders_cnt
ret = {
"interval": Config.INTERVAL,
"min interval": 15,
"complete": seeders_cnt,
"incomplete": leechers_cnt,
"peers": peers,
}
ret = bencode.bencode(ret)
end = time.clock()
logging.debug('process announce query at:%lf' % (end - start))
Config.process_announce_query_at = end - start
return ret