def convertor(ut_data: str, qbt_dir: str):
""" Converts from uTorrent resume.dat to qBt
@ut_data Path to uT resum.data
@qbt_dir Path to store results
"""
message = messagebox
"""
backup_data = ".".join((ut_data, "old"))
try:
copy(ut_data, backup_data)
except IOError:
if message.askyesno("Backup error", "Cannot back-up UT data\nIs it ok?"):
backup_data = ""
else:
return
"""
with open(ut_data, 'rb') as ut_fd:
data = ut_fd.read()
try:
torrents = bdecode(data)
except DecodingError as error:
message.showerror(
"Decoding error", "".join(
("Cannot decode uTorrent data\n", "Error: ", str(error))))
return
ut_folder = path.dirname(ut_data)
print(torrents)
for key, value in torrents.items():
torrent_file = path.join(ut_folder, key)
with open(torrent_file, 'rb') as ut_fd:
try:
bdecoded_data = bdecode(ut_fd.read())
except BTFailure:
continue
tor_file = punchup(value, bdecoded_data)
file_hash = sha1(bencode(tor_file["info"])).hexdigest().lower()
#paths
path_torrent_file = path.join(qbt_dir, ".".join(
(file_hash, "torrent")))
path_fast_resume = path.join(qbt_dir, ".".join(
(file_hash, "fastresume")))
if path.exists(path_torrent_file) or path.exists(path_fast_resume):
continue
fast_resume_file = mkfr(value, tor_file)
with open(path_torrent_file, "wb") as tor_file:
tor_file.write(bencode(tor_file))
with open(path_fast_resume, "wb") as tor_file:
tor_file.write(bencode(fast_resume_file))
def convertor(ut_data: str, qbt_dir: str):
""" Converts from uTorrent resume.dat to qBt
@ut_data Path to uT resum.data
@qbt_dir Path to store results
"""
message = messagebox
"""
backup_data = ".".join((ut_data, "old"))
try:
copy(ut_data, backup_data)
except IOError:
if message.askyesno("Backup error", "Cannot back-up UT data\nIs it ok?"):
backup_data = ""
else:
return
"""
with open(ut_data, 'rb') as ut_fd:
data = ut_fd.read()
try:
torrents = bdecode(data)
except DecodingError as error:
message.showerror("Decoding error", "".join(("Cannot decode uTorrent data\n",
"Error: ", str(error))))
return
ut_folder = path.dirname(ut_data)
print(torrents)
for key, value in torrents.items():
torrent_file = path.join(ut_folder, key)
with open(torrent_file, 'rb') as ut_fd:
try:
bdecoded_data = bdecode(ut_fd.read())
except BTFailure:
continue
tor_file = punchup(value, bdecoded_data)
file_hash = sha1(bencode(tor_file["info"])).hexdigest().lower()
#paths
path_torrent_file = path.join(qbt_dir, ".".join((file_hash, "torrent")))
path_fast_resume = path.join(qbt_dir, ".".join((file_hash, "fastresume")))
if path.exists(path_torrent_file) or path.exists(path_fast_resume):
continue
fast_resume_file = mkfr(value, tor_file)
with open(path_torrent_file, "wb") as tor_file:
tor_file.write(bencode(tor_file))
with open(path_fast_resume, "wb") as tor_file:
tor_file.write(bencode(fast_resume_file))
def mkfr(res, tor):
""" Creates libtorrent fast resume file.
@res uTorrent data.
@tor Torrent File.
"""
qbt_torrent = FIELD_MAP
time_now = int(time())
pieces_num = int(tor['info']['pieces'].size / 20) # SHA1 hash is 20 bytes
qbt_torrent['added_time'] = int(res['added_on'])
qbt_torrent['completed_time'] = int(res['completed_on'])
qbt_torrent['active_time'] = int(res['runtime'])
qbt_torrent['seeding_time'] = qbt_torrent['active_time']
qbt_torrent['blocks per piece'] = int(
int(tor['info']['piece length']) / int(res['blocksize']))
qbt_torrent['info-hash'] = sha1(bencode(tor['info'])).digest()
qbt_torrent['paused'] = 1 if res['started'] == 0 else 0
qbt_torrent['auto_managed'] = 0
qbt_torrent['total_downloaded'] = int(res['downloaded'])
qbt_torrent['total_uploaded'] = int(res['uploaded'])
qbt_torrent['upload_rate_limit'] = int(res['upspeed'])
qbt_torrent['trackers'] = [[tracker] for tracker in res['trackers']]
#wat?
qbt_torrent['piece_priority'] = "".join(
bin(hexik)[2:] * pieces_num for hexik in res["have"])
#wat?
qbt_torrent['pieces'] = qbt_torrent['piece_priority']
qbt_torrent['finished_time'] = time_now - qbt_torrent['completed_time']
qbt_torrent['last_seen_complete'] = int(
time_now) if qbt_torrent["finished_time"] else 0
qbt_torrent['last_download'] = qbt_torrent['finished_time']
qbt_torrent['last_scrape'] = qbt_torrent['finished_time']
qbt_torrent['last_upload'] = qbt_torrent['finished_time']
qbt_torrent['mapped_files'] = []
qbt_torrent['file sizes'] = []
# Per file fields:
##########
# mapped_files
# file_priority
# file sizes
#wat?
get_hex = re_compile("[0-9A-Fa-f][0-9A-Fa-f]")
qbt_torrent["file_priority"] = [
(1 if int(hex_number, 16) in range(1, 9) else
(2 if int(hex_number, 16) in range(9, 16) else (0)))
for hex_number in get_hex.split(res["prio"])
]
fmt = 0
if "files" in tor['info']:
for file_index in range(len(tor['info']['files'])):
tor_file = tor['info']['files'][file_index]
qbt_torrent['mapped_files'].append(path.normpath(tor_file))
if not "modtimes" in res:
fmt = int(res['modtimes'][file_index])
else:
fmt = 0
res_file = path.join(res['path'], qbt_torrent['mapped_files'][-1])
if path.isfile(res_file) and not fmt:
fmt = int(path.getmtime(res_file))
if qbt_torrent['file_priority'][file_index]:
qbt_torrent['file sizes'].append(
[int(tor_file['length']), fmt])
else:
qbt_torrent['file sizes'].append([0, 0])
qbt_torrent['qBt-savePath'] = res['path']
else:
qbt_torrent['qBt-savePath'] = path.dirname(res['path'])
if "modtimes" in res:
fmt = int(res['modtimes']
[0]) # file time to avoid checking / not presen in ut2.2
else:
fmt = 0
res_file = res['path']
if path.isfile(res_file) and not fmt:
fmt = int(path.getmtime(res_file))
if qbt_torrent['file_priority'][0]:
qbt_torrent['file sizes'].append([int(tor['info']['length']), fmt])
else:
qbt_torrent['file sizes'].append([0, 0])
##########
# qBittorrent 3.1+ Fields
##########
if "label" in res:
qbt_torrent['qBt-label'] = res['label']
qbt_torrent['qBt-queuePosition'] = -1 # -1 for completed
qbt_torrent['qBt-seedDate'] = qbt_torrent['completed_time']
qbt_torrent[
'qBt-ratioLimit'] = "-2" # -2 = Use Global, -1 = No limit, other number = actual ratio?
return qbt_torrent
def mkfr(res, tor):
""" Creates libtorrent fast resume file.
@res uTorrent data.
@tor Torrent File.
"""
qbt_torrent = FIELD_MAP
time_now = int(time())
pieces_num = int(tor['info']['pieces'].size / 20) # SHA1 hash is 20 bytes
qbt_torrent['added_time'] = int(res['added_on'])
qbt_torrent['completed_time'] = int(res['completed_on'])
qbt_torrent['active_time'] = int(res['runtime'])
qbt_torrent['seeding_time'] = qbt_torrent['active_time']
qbt_torrent['blocks per piece'] = int(int(tor['info']['piece length']) / int(res['blocksize']))
qbt_torrent['info-hash'] = sha1(bencode(tor['info'])).digest()
qbt_torrent['paused'] = 1 if res['started'] == 0 else 0
qbt_torrent['auto_managed'] = 0
qbt_torrent['total_downloaded'] = int(res['downloaded'])
qbt_torrent['total_uploaded'] = int(res['uploaded'])
qbt_torrent['upload_rate_limit'] = int(res['upspeed'])
qbt_torrent['trackers'] = [[tracker] for tracker in res['trackers']]
#wat?
qbt_torrent['piece_priority'] = "".join(bin(hexik)[2:]*pieces_num for hexik in res["have"])
#wat?
qbt_torrent['pieces'] = qbt_torrent['piece_priority']
qbt_torrent['finished_time'] = time_now - qbt_torrent['completed_time']
qbt_torrent['last_seen_complete'] = int(time_now) if qbt_torrent["finished_time"] else 0
qbt_torrent['last_download'] = qbt_torrent['finished_time']
qbt_torrent['last_scrape'] = qbt_torrent['finished_time']
qbt_torrent['last_upload'] = qbt_torrent['finished_time']
qbt_torrent['mapped_files'] = []
qbt_torrent['file sizes'] = []
# Per file fields:
##########
# mapped_files
# file_priority
# file sizes
#wat?
get_hex = re_compile("[0-9A-Fa-f][0-9A-Fa-f]")
qbt_torrent["file_priority"] = [(1 if int(hex_number, 16) in range(1, 9) else
(2 if int(hex_number, 16) in range(9, 16) else
(0))) for hex_number in get_hex.split(res["prio"])]
fmt = 0
if "files" in tor['info']:
for file_index in range(len(tor['info']['files'])):
tor_file = tor['info']['files'][file_index]
qbt_torrent['mapped_files'].append(path.normpath(tor_file))
if not "modtimes" in res:
fmt = int(res['modtimes'][file_index])
else:
fmt = 0
res_file = path.join(res['path'], qbt_torrent['mapped_files'][-1])
if path.isfile(res_file) and not fmt:
fmt = int(path.getmtime(res_file))
if qbt_torrent['file_priority'][file_index]:
qbt_torrent['file sizes'].append([int(tor_file['length']), fmt])
else:
qbt_torrent['file sizes'].append([0, 0])
qbt_torrent['qBt-savePath'] = res['path']
else:
qbt_torrent['qBt-savePath'] = path.dirname(res['path'])
if "modtimes" in res:
fmt = int(res['modtimes'][0]) # file time to avoid checking / not presen in ut2.2
else:
fmt = 0
res_file = res['path']
if path.isfile(res_file) and not fmt:
fmt = int(path.getmtime(res_file))
if qbt_torrent['file_priority'][0]:
qbt_torrent['file sizes'].append([int(tor['info']['length']), fmt])
else:
qbt_torrent['file sizes'].append([0, 0])
##########
# qBittorrent 3.1+ Fields
##########
if "label" in res:
qbt_torrent['qBt-label'] = res['label']
qbt_torrent['qBt-queuePosition'] = -1 # -1 for completed
qbt_torrent['qBt-seedDate'] = qbt_torrent['completed_time']
qbt_torrent['qBt-ratioLimit'] = "-2" # -2 = Use Global, -1 = No limit, other number = actual ratio?
return qbt_torrent
