def _create(metainfo): # TODO: replace with constructor
# raises ValueErrors if not good
validTorrentFile(metainfo)
t = TorrentDef()
t.metainfo = metainfo
t.metainfo_valid = True
# copy stuff into self.input
maketorrent.copy_metainfo_to_input(t.metainfo, t.input)
# For testing EXISTING LIVE, or EXISTING MERKLE: DISABLE, i.e. keep true infohash
if t.get_url_compat():
t.infohash = makeurl.metainfo2swarmid(t.metainfo)
else:
# Two places where infohash calculated, here and in maketorrent.py
# Elsewhere: must use TorrentDef.get_infohash() to allow P2PURLs.
t.infohash = sha(bencode(metainfo['info'])).digest()
assert isinstance(
t.infohash,
str), "INFOHASH has invalid type: %s" % type(t.infohash)
assert len(
t.infohash
) == INFOHASH_LENGTH, "INFOHASH has invalid length: %d" % len(
t.infohash)
#print >>sys.stderr,"INFOHASH",`t.infohash`
return t
def _create(metainfo): # TODO: replace with constructor
# raises ValueErrors if not good
validTorrentFile(metainfo)
t = TorrentDef()
t.metainfo = metainfo
t.metainfo_valid = True
# copy stuff into self.input
maketorrent.copy_metainfo_to_input(t.metainfo, t.input)
# For testing EXISTING LIVE, or EXISTING MERKLE: DISABLE, i.e. keep true infohash
if t.get_url_compat():
t.infohash = makeurl.metainfo2swarmid(t.metainfo)
else:
# Two places where infohash calculated, here and in maketorrent.py
# Elsewhere: must use TorrentDef.get_infohash() to allow P2PURLs.
t.infohash = sha(bencode(metainfo["info"])).digest()
# print >>sys.stderr,time.asctime(),'-', "INFOHASH",`t.infohash`
return t
def _create(metainfo): # TODO: replace with constructor
# raises ValueErrors if not good
validTorrentFile(metainfo)
t = TorrentDef()
t.metainfo = metainfo
t.metainfo_valid = True
# copy stuff into self.input
maketorrent.copy_metainfo_to_input(t.metainfo,t.input)
# For testing EXISTING LIVE, or EXISTING MERKLE: DISABLE, i.e. keep true infohash
if t.get_url_compat():
t.infohash = makeurl.metainfo2swarmid(t.metainfo)
else:
# Two places where infohash calculated, here and in maketorrent.py
# Elsewhere: must use TorrentDef.get_infohash() to allow P2PURLs.
t.infohash = sha(bencode(metainfo['info'])).digest()
assert isinstance(t.infohash, str), "INFOHASH has invalid type: %s" % type(t.infohash)
assert len(t.infohash) == INFOHASH_LENGTH, "INFOHASH has invalid length: %d" % len(t.infohash)
#print >>sys.stderr,"INFOHASH",`t.infohash`
return t
def finalize(self, userabortflag=None, userprogresscallback=None):
""" Create BT torrent file by reading the files added with
add_content() and calculate the torrent file's infohash.
Creating the torrent file can take a long time and will be carried out
by the calling thread. The process can be made interruptable by passing
a threading.Event() object via the userabortflag and setting it when
the process should be aborted. The also optional userprogresscallback
will be called by the calling thread periodically, with a progress
percentage as argument.
The userprogresscallback function will be called by the calling thread.
@param userabortflag threading.Event() object
@param userprogresscallback Function accepting a fraction as first
argument.
"""
if self.readonly:
raise OperationNotPossibleAtRuntimeException()
if self.metainfo_valid:
return
if "live" in self.input:
# Make sure the duration is an integral number of pieces, for
# security (live source auth).
secs = parse_playtime_to_secs(self.input["playtime"])
pl = float(self.get_piece_length())
length = float(self.input["bps"] * secs)
print >>sys.stderr, time.asctime(), "-", "TorrentDef: finalize", length, pl
diff = length % pl
add = (pl - diff) % pl
newlen = int(length + add)
# print >>sys.stderr,time.asctime(),'-', "CHECK INFO LENGTH",secs,newlen
d = self.input["files"][0]
d["length"] = newlen
# Note: reading of all files and calc of hashes is done by calling
# thread.
(infohash, metainfo) = maketorrent.make_torrent_file(
self.input, userabortflag=userabortflag, userprogresscallback=userprogresscallback
)
if infohash is not None:
if self.get_url_compat():
url = makeurl.metainfo2p2purl(metainfo)
# Make sure metainfo is preserved, in particular, the url-compat field.
swarmid = makeurl.metainfo2swarmid(metainfo)
self.infohash = swarmid
else:
self.infohash = infohash
self.metainfo = metainfo
self.input["name"] = metainfo["info"]["name"]
# May have been 0, meaning auto.
self.input["piece length"] = metainfo["info"]["piece length"]
self.metainfo_valid = True
def finalize(self, userabortflag=None, userprogresscallback=None):
""" Create BT torrent file by reading the files added with
add_content() and calculate the torrent file's infohash.
Creating the torrent file can take a long time and will be carried out
by the calling thread. The process can be made interruptable by passing
a threading.Event() object via the userabortflag and setting it when
the process should be aborted. The also optional userprogresscallback
will be called by the calling thread periodically, with a progress
percentage as argument.
The userprogresscallback function will be called by the calling thread.
@param userabortflag threading.Event() object
@param userprogresscallback Function accepting a fraction as first
argument.
"""
if self.readonly:
raise OperationNotPossibleAtRuntimeException()
if self.metainfo_valid:
return
if 'live' in self.input:
# Make sure the duration is an integral number of pieces, for
# security (live source auth).
secs = parse_playtime_to_secs(self.input['playtime'])
pl = float(self.get_piece_length())
length = float(self.input['bps'] * secs)
if DEBUG:
print >> sys.stderr, "TorrentDef: finalize: length", length, "piecelen", pl
diff = length % pl
add = (pl - diff) % pl
newlen = int(length + add)
#print >>sys.stderr,"CHECK INFO LENGTH",secs,newlen
d = self.input['files'][0]
d['length'] = newlen
# Note: reading of all files and calc of hashes is done by calling
# thread.
(infohash, metainfo) = maketorrent.make_torrent_file(
self.input,
userabortflag=userabortflag,
userprogresscallback=userprogresscallback)
if infohash is not None:
if self.get_url_compat():
url = makeurl.metainfo2p2purl(metainfo)
# Make sure metainfo is preserved, in particular, the url-compat field.
swarmid = makeurl.metainfo2swarmid(metainfo)
self.infohash = swarmid
else:
self.infohash = infohash
self.metainfo = metainfo
self.input['name'] = metainfo['info']['name']
# May have been 0, meaning auto.
self.input['piece length'] = metainfo['info']['piece length']
self.metainfo_valid = True
assert self.infohash is None or isinstance(
self.infohash,
str), "INFOHASH has invalid type: %s" % type(self.infohash)
assert self.infohash is None or len(
self.infohash
) == INFOHASH_LENGTH, "INFOHASH has invalid length: %d" % len(
self.infohash)