def test_to_file():
t0 = Torrent({})
with pytest.raises(TorrentError):
t0.to_file()
t1 = Torrent.from_file(FPATH_TORRENT_SIMPLE)
fpath = join(mkdtemp(), str(uuid4()))
t1.to_file(fpath)
t2 = Torrent.from_file(fpath)
assert t1._struct == t2._struct
def monitor_update(TorrentPath, value, remove=False):
elementum_setting, elementum_host, TorrentPath = setting()
json = jsontools.load(open(monitor, "r").read())
Monitor = json['monitor']
info = Torrent.from_file(filetools.join(TorrentPath, value + '.torrent'))
path = xbmc.translatePath(config.get_setting('downloadlistpath'))
if not value in Monitor:
Monitor[value]={}
Monitor[value]['name'] = info.name
Monitor[value]['size'] = info.total_size
File = find_file(value)
Monitor[value]['file'] = File
json = jsontools.dump(json)
filetools.write(monitor, json, silent=True)
backupFilename = jsontools.load(open(filetools.join(path, File), "r").read())['downloadFilename']
jsontools.update_node(value, File, 'TorrentName', path, silent=True)
jsontools.update_node(info.total_size, File, 'downloadSize', path, silent=True)
jsontools.update_node(backupFilename, File, 'backupFilename', path, silent=True)
jsontools.update_node(info.name, File, 'downloadFilename', path, silent=True)
elif remove:
Monitor.pop(value)
jsontools.dump(json)
filetools.write(monitor, jsontools.dump(json), silent=True)
if len(Monitor) == 0: set_elementum()
def get_torrent_file(sha256):
#### 1. Locate the sample for downloading
f_src = DIR_DATA + sha256[0] + "/" + sha256[1] + "/" + sha256[2] + "/" + sha256[3] + "/" + sha256
f_src = os.path.abspath(f_src)
print("[p2p] Download sample: {}".format(f_src))
#### 2. Create a folder to store sample
dir_download = DIR_DOWNLOAD_TORRENT + sha256 + "/"
dir_download = os.path.abspath(dir_download) + "/"
os.makedirs(dir_download, exist_ok=True)
print("[p2p] Download folder: {}".format(dir_download))
#### 3. Copy the sample into download folder
f_dst = dir_download + sha256
f_dst = os.path.abspath(f_dst)
shutil.copyfile(f_src, f_dst)
print("[p2p] Copy sample to {}".format(f_dst))
#### 4. Generate torrent file
new_torrent = Torrent.create_from(dir_download)
f_torrent = DIR_DOWNLOAD_TORRENT + sha256 + ".torrent"
f_torrent = os.path.abspath(f_torrent)
new_torrent.to_file(f_torrent)
print("[p2p] Create torrent file {}".format(f_torrent))
#### 5. Return torrent file
return f_torrent
def get_torrent_files(list_sha256):
if not list_sha256:
return ""
#### 1. Clean TEMP folder
del_dir_files()
#### 2. Mov files into TEMP folder
for sha256 in list_sha256:
# 1.1 locate source file
f_src = DIR_DATA + sha256[0] + "/" + sha256[1] + "/" + sha256[2] + "/" + sha256[3] + "/" + sha256
f_src = os.path.abspath(f_src)
if not os.path.exists(f_src):
continue
# 1.2 locate destination file
f_dst = DIR_TEMP + sha256
f_dst = os.path.abspath(f_dst)
# 1.3 copy samples into TEMP folder
shutil.copy(f_src, f_dst)
#### 3. Generate torrent file
new_torrent = Torrent.create_from(DIR_TEMP)
f_torrent = DIR_DOWNLOAD + "list.torrent"
f_torrent = os.path.abspath(f_torrent)
new_torrent.to_file(f_torrent)
print("[p2p] Create torrent file {}".format(f_torrent))
#### 4. Return torrent file
return f_torrent
def test_str(torr_test_file):
""" Tests Torrent.__str__ method """
t = Torrent.from_file(torr_test_file)
assert str(t) == 'Torrent: root.txt'
t.name = 'Мой торрент'
assert str(t) == 'Torrent: Мой торрент'
def transfer_files(filename, base_folder):
if filename.find(".") != -1:
ext = get_extension(filename)
# torrent file check
# watch torrent which will be checked when processing directories
if (ext == ".torrent"):
torrent_folder = Torrent.from_file(base_folder + "/" +
filename).name.encode('ascii')
# convert name property of torrent file to a normal string
global folder_torrent
folder_torrent.append(torrent_folder)
folder = get_folder(ext)
# print "folder = " + folder
if folder != "NA":
folder_path = base_folder + "/" + folder
# check if a sorting folder directory exists
if os.path.exists(folder_path) == False:
os.mkdir(folder_path)
#move file to sorting folder
try:
shutil.move(base_folder + "/" + filename, folder_path)
global move_count
move_count += 1
# print "moved " + filename + " to " + folder
except:
print("\nERROR: File transfer error: " + filename + "\n")
def parse_torrent(torrent: bytes) -> Torrent:
"""Returns Torrent object from torrent contents.
:param torrent: Torrent file contents.
"""
return Torrent.from_string(torrent)
def test_getters_dir():
t = Torrent.from_file(FPATH_TORRENT_WITH_DIR)
assert t._filepath == FPATH_TORRENT_WITH_DIR
assert t.created_by == 'Transmission/2.84 (14307)'
assert t.files == [(normpath('torrtest/root.txt'), 4),
(normpath('torrtest/sub1/sub11.txt'), 4),
(normpath(u'torrtest/sub1/sub2/кириллица.txt'), 11),
(normpath('torrtest/sub1/sub2/sub22.txt'), 4)]
assert t.total_size == 23
assert t.announce_urls == [[
'http://track1.org/1/', 'http://track2.org/2/'
]]
assert t.creation_date.isoformat() == '2015-10-25T09:42:04'
assert t.comment == u'примечание'
hash_expected = 'c815be93f20bf8b12fed14bee35c14b19b1d1984'
assert t.info_hash == hash_expected
magnet = t.magnet_link
assert hash_expected in magnet
assert 'btih' in magnet
assert 'magnet:' in magnet
magnet = t.get_magnet(detailed=True)
assert (
magnet ==
'magnet:?xt=urn:btih:c815be93f20bf8b12fed14bee35c14b19b1d1984'
'&tr=http%3A%2F%2Ftrack1.org%2F1%2F&tr=http%3A%2F%2Ftrack2.org%2F2%2F')
def test_str():
""" Tests Torrent.__str__ method """
t = Torrent.from_file(FPATH_TORRENT_SIMPLE)
assert str(t) == 'Torrent: root.txt'
t.name = 'Мой торрент'
assert str(t) == 'Torrent: Мой торрент'
def test_getters_simple():
t = Torrent.from_file(FPATH_TORRENT_SIMPLE)
assert t._filepath == FPATH_TORRENT_SIMPLE
assert t.created_by == 'Transmission/2.84 (14307)'
files = t.files
assert len(files) == 1
assert files[0].name == files[0][0] == 'root.txt'
assert files[0].length == 4
assert t.total_size == 4
assert t.name == u'root.txt'
assert t.announce_urls == [['udp://123.123.123.123']]
assert t.creation_date.isoformat() == '2015-10-21T17:40:05'
assert t.comment is None
hash_expected = '238967c8417cc6ccc378df16687d1958277f270b'
assert t.info_hash == hash_expected
magnet = t.magnet_link
assert hash_expected in magnet
assert 'btih' in magnet
assert 'magnet:' in magnet
def getHashinfor():
dir = "/home/pyHome/download/"
file_path = dir+"down.torrent"
file_name = ""
#print file_path
my_torrent = None
my_torrent = Torrent.from_file(file_path)
#print type(my_torrent)
print my_torrent.magnet_link
files = my_torrent.files
con = getConnect()
print files
print "------------------------------------------"
try:
uuid1 = str(uuid.uuid1())
for file in files:
sqlStr = "insert into torrent_info (name, size, mangent, fkey) VALUES('v1', v2, 'v3', 'v4')"
name = file[0].replace("'", "\'");
sqlStr = sqlStr.replace("v1", name)
sqlStr = sqlStr.replace("v2", str(file[1]))
sqlStr = sqlStr.replace("v3", "#")
sqlStr = sqlStr.replace("v4", uuid1)
print sqlStr
cur = con.cursor()
cur.execute(sqlStr)
con.commit()
finally:
cur.close()
def test_str():
""" Tests Torrent.__str__ method """
t = Torrent.from_file(FPATH_TORRENT_SIMPLE)
assert str(t) == 'Torrent: root.txt'
t.name = 'Мой торрент'
assert str(t) == 'Torrent: Мой торрент'
def test_create():
fp = join(CURRENT_DIR, 'torrtest', 'root.txt')
t = Torrent.create_from(fp)
t.private = True
assert t._struct['info'] == STRUCT_TORRENT_SIMPLE['info']
# Note that STRUCT_TORRENT_WITH_DIR will probably
# differ from struct created during this test (due to different file ordering - Transmission-torrentool),
# so all we do is checking all files are present.
t = Torrent.create_from(join(CURRENT_DIR, 'torrtest'))
info = t._struct['info']
expected_info = STRUCT_TORRENT_WITH_DIR['info']
def get_fpaths(info):
return {'|'.join(f['path']) for f in info['files']}
assert get_fpaths(info) == get_fpaths(expected_info)
def test_create(datafix_dir, struct_torr_dir, struct_torr_file):
fp = datafix_dir / 'torrtest' / 'root.txt'
t = Torrent.create_from(str(fp))
t.private = True
assert t._struct['info'] == struct_torr_file['info']
# Note that STRUCT_TORRENT_WITH_DIR will probably
# differ from struct created during this test (due to different file ordering - Transmission-torrentool),
# so all we do is checking all files are present.
t = Torrent.create_from(str(datafix_dir / 'torrtest'))
info = t._struct['info']
expected_info = struct_torr_dir['info']
def get_fpaths(info):
return {'|'.join(f['path']) for f in info['files']}
assert get_fpaths(info) == get_fpaths(expected_info)
def test_create():
fp = join(CURRENT_DIR, 'torrtest', 'root.txt')
t = Torrent.create_from(fp)
t.private = True
assert t._struct['info'] == STRUCT_TORRENT_SIMPLE['info']
# Note that STRUCT_TORRENT_WITH_DIR will probably
# differ from struct created during this test (due to different file ordering - Transmission-torrentool),
# so all we do is checking all files are present.
t = Torrent.create_from(join(CURRENT_DIR, 'torrtest'))
info = t._struct['info']
expected_info = STRUCT_TORRENT_WITH_DIR['info']
def get_fpaths(info):
return {'|'.join(f['path']) for f in info['files']}
assert get_fpaths(info) == get_fpaths(expected_info)
def to_torrent(self, save_path=None):
if save_path is None:
save_path = os.path.join(os.getcwd(), (self.name + '.torrent')) # Fix me!
new_torrent = Torrent.create_from(self.fp) #
#new_torrent.announce_urls = 'udp://tracker.openbittorrent.com:80'
new_torrent.to_file(save_path) # fix me
self.torrent_name = os.path.basename(save_path)
return new_torrent, save_path
"""0-250MB: 256KB (262144 bytes)
def parse_torrent(torrent: bytes) -> Optional[Torrent]:
"""Returns Torrent object from torrent contents.
:param torrent: Torrent file contents.
"""
try:
return Torrent.from_string(torrent)
except BencodeDecodingError as e:
LOGGER.error(f'Unable to parse torrent: {e}')
return None
def parse_torrent(torrent):
"""Returns a dictionary with basic information from torrent contents.
:param torrent:
:return: torrent info dict - keys: hash; name; files; torrent (torrent file contents just from input).
:rtype: dict
"""
torrent_info = Torrent.from_string(torrent)
files_from_torrent = [a_file[0] for a_file in torrent_info.files]
info = {
'hash': str(torrent_info.info_hash),
'name': torrent_info.name,
'files': files_from_torrent,
'torrent': torrent
}
return info
def parse_torrent(torrent):
"""Returns a dictionary with basic information from torrent contents.
:param torrent:
:return: torrent info dict - keys: hash; name; files; torrent (torrent file contents just from input).
:rtype: dict
"""
torrent_info = Torrent.from_string(torrent)
files_from_torrent = [a_file[0] for a_file in torrent_info.files]
info = {
'hash': str(torrent_info.info_hash),
'name': torrent_info.name,
'files': files_from_torrent,
'torrent': torrent
}
return info
def test_setters_webseed():
t = Torrent()
t.name = 'mytorrent'
t.webseeds = None
assert t.webseeds == []
t.webseeds = 'http://host.some/file'
assert t.webseeds == ['http://host.some/file']
assert (t.get_magnet() ==
'magnet:?xt=urn:btih:0f967b3f021421750069f93d256e319f13c404b1'
'&ws=http%3A%2F%2Fhost.some%2Ffile')
seeds = ['seed1', 'seed2']
t.webseeds = seeds
assert t.webseeds == seeds
assert t.get_magnet(
) == 'magnet:?xt=urn:btih:0f967b3f021421750069f93d256e319f13c404b1&ws=seed1&ws=seed2'
t.webseeds = None
assert t.webseeds == []
assert 'url-list' not in t._struct
def test_to_file():
t0 = Torrent({})
with pytest.raises(TorrentError):
t0.to_file()
t1 = Torrent.from_file(FPATH_TORRENT_SIMPLE)
fpath = join(mkdtemp(), str(uuid4()))
t1.to_file(fpath)
t2 = Torrent.from_file(fpath)
assert t1._struct == t2._struct
def test_to_file(torr_test_file):
t0 = Torrent({})
with pytest.raises(TorrentError):
t0.to_file()
t1 = Torrent.from_file(torr_test_file)
fpath = join(mkdtemp(), str(uuid4()))
t1.to_file(fpath)
t2 = Torrent.from_file(fpath)
assert t1._struct == t2._struct
def create(source, dest, tracker, open_trackers, comment, cache):
"""Create torrent file from a single file or a directory."""
def check_path(fpath):
fpath = path.abspath(fpath)
if not path.exists(fpath):
click.secho('Path is not found: %s' % fpath, fg='red', err=True)
exit(1)
return fpath
if not dest:
dest = getcwd()
source = check_path(source)
source_title = path.basename(source).replace('.', '_').replace(' ', '_')
dest = check_path(dest)
dest = '%s.torrent' % path.join(dest, source_title)
click.secho('Creating torrent from %s ...' % source)
my_torrent = Torrent.create_from(source)
if comment:
my_torrent.comment = comment
urls = []
if tracker:
urls = tracker.split(',')
if open_trackers:
urls.extend(get_open_trackers())
if urls:
my_torrent.announce_urls = urls
my_torrent.to_file(dest)
click.secho('Torrent file created: %s' % dest, fg='green')
click.secho('Torrent info hash: %s' % my_torrent.info_hash, fg='blue')
if cache:
upload_cache(dest)
def test_setters_httpseed():
t = Torrent()
t.name = 'mytorrent'
t.httpseeds = None
assert t.httpseeds == []
t.httpseeds = 'http://host.some/file'
assert t.httpseeds == ['http://host.some/file']
seeds = ['seed1', 'seed2']
t.httpseeds = seeds
assert t.httpseeds == seeds
t.httpseeds = None
assert t.httpseeds == []
assert 'httpseeds' not in t._struct
def test_getters_simple():
t = Torrent.from_file(FPATH_TORRENT_SIMPLE)
assert t._filepath == FPATH_TORRENT_SIMPLE
assert t.created_by == 'Transmission/2.84 (14307)'
assert t.files == [('root.txt', 4)]
assert t.total_size == 4
assert t.name == u'root.txt'
assert t.announce_urls == [['udp://123.123.123.123']]
assert t.creation_date.isoformat() == '2015-10-21T17:40:05'
assert t.comment is None
hash_expected = '238967c8417cc6ccc378df16687d1958277f270b'
assert t.info_hash == hash_expected
magnet = t.magnet_link
assert hash_expected in magnet
assert 'btih' in magnet
assert 'magnet:' in magnet
def get_torrent(infohash):
downloadUrl = "http://torcache.net/torrent/value1.torrent"
downloadUrl = downloadUrl.replace('value1', infohash)
dirHome = "/home/pyHome/download/"
downloadFile = dirHome+infohash+".torrent"
#print downloadFile
#os.chdir(dirHome)
try:
send_headers = {
'User-Agent':'Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/45.0.2454.85 Safari/537.36',
'Accept':'text/html,application/xhtml+xml,application/xml;q=0.9,image/webp,*/*;q=0.8'
}
req = urllib2.Request(downloadUrl,headers=send_headers)
file = urllib2.urlopen(req).read()
open(downloadFile, "w").write(file)
my_torrent = Torrent.from_file(downloadFile)
print my_torrent.files
except NameError, msg:
print msg
def generatingTorrent():
remoteTempTorrent()
if not os.path.exists(f'torrents/{request.args.get("id")}.torrent'):
return "torrent unavailable"
my_torrent = Torrent.from_file(
f'torrents/{request.args.get("id")}.torrent')
# changing passkey for one transmitted as parameter by user
newUrlTracker = re.sub("[a-zA-Z0-9]{32}", request.args.get("passkey"),
((my_torrent.announce_urls[0])[0]))
my_torrent.announce_urls = newUrlTracker
# write it in temp dir for more clarity
my_torrent.to_file(
f'torrents/tmp/{request.args.get("id")}.{request.args.get("passkey")}.torrent'
)
# send torrent file
return send_file(
f'torrents/tmp/{request.args.get("id")}.{request.args.get("passkey")}.torrent',
as_attachment=True,
attachment_filename=(my_torrent.name + ".torrent"),
mimetype='application/x-bittorrent')
def create_seek_data(seed_file, torDir):
if not os.path.exists(seed_file):
print('invalid torrent file')
return
from torrentool.api import Torrent
torrent_info = Torrent.from_file(seed_file)
print('seek for %s' % torrent_info.name)
for it in torrent_info.files:
fit = os.path.join('/tmp', it[0])
pname, fname = os.path.split(fit)
if not os.path.exists(pname):
os.makedirs(pname)
with open(fit, 'wb') as f:
f.seek(max(0, it[1] - 1))
f.write(b'\x00')
entry = os.path.join('/tmp', torrent_info.name)
os.system('rsync -avhP --size-only --bwlimit=32000 "%s" "%s"' %
(entry, torDir))
def vuze_done_move():
res = os.popen("ps aux | grep '[%s]%s'" %
(vuzescpt[0], vuzescpt[1:])).readlines()
if len(res) != 0:
return
L = []
for it in os.listdir(vuzetodo):
if not it.endswith('.torrent') or it.startswith('.'):
continue
seed_file = os.path.join(vuzetodo, it)
torrent_info = Torrent.from_file(seed_file)
tpath = os.path.join('/Volumes/Store/Downloads/complete',
torrent_info.name)
if torrent_info.announce_urls[0][0].find('totheglory.im') < 0:
continue
all_exists = True # 避免重复下载了已有的种子，再次传输到主磁盘
for fit in torrent_info.files:
if not os.path.exists(
os.path.join('/Volumes/Googol/Torrent', fit[0])):
all_exists = False
break
if not all_exists and os.path.exists(tpath):
print('add', torrent_info.name)
L.append(
(tpath, seed_file, torrent_info.total_size, torrent_info.name))
torrent_info.announce_urls = []
torrent_info.to_file(
os.path.join('/Volumes/Store/Downloads/cheat',
torrent_info.name + '.torrent'))
if len(L) > 0:
f = open('/tmp/vuzetext', 'w', encoding='utf-8')
for it in L:
str = '%s###%s###%d###%s\n' % (it[0], it[1], it[2], it[3])
f.write(str)
f.close()
os.system('open -ga iTerm %s' % vuzescpt)
def parse_torrent(torrent: bytes) -> dict:
"""Returns a dictionary with basic information from torrent contents.
keys:
* hash;
* name;
* files;
* torrent (torrent file contents just from input).
:param torrent:
"""
torrent_info = Torrent.from_string(torrent)
files_from_torrent = [a_file[0] for a_file in torrent_info.files]
info = {
'hash': str(torrent_info.info_hash),
'name': torrent_info.name,
'files': files_from_torrent,
'torrent': torrent
}
return info
def to_torrent(self, save_path=None, announce_urls=None):
"""Create a torrent
Args:
save_path (str, None): save torrent to this location if omitted
its saved to the userdata/torrents foler
announce_urls (str, list): list of trackers
"""
if save_path is None:
save_path = os.path.join(self.save_torrent_path, os.path.basename(self.name) + '.torrent')
self.torrent_name = os.path.basename(save_path)
new_torrent = Torrent.create_from(self.fp)
if announce_urls:
new_torrent.announce_urls = announce_urls
new_torrent.to_file(save_path)
return new_torrent, save_path
"""0-250MB: 256KB (262144 bytes)
def generatingTorrent():
remoteTempTorrent()
if not (os.path.isfile(os.getcwd() + "/blackhole/torrents/" +
request.args.get("id") + ".torrent")):
return "torrent unavailable"
# grab torrent file matching id provided
my_torrent = Torrent.from_file(os.getcwd() + "/blackhole/torrents/" +
request.args.get("id") + ".torrent")
# changing passkey for one transmitted as parameter by user
newUrlTracker = re.sub("[a-zA-Z0-9]{32}", request.args.get("passkey"),
((my_torrent.announce_urls[0])[0]))
my_torrent.announce_urls = newUrlTracker
# write it in temp dir for more clarity
my_torrent.to_file(os.getcwd() + "/blackhole/torrents/tmp/" +
request.args.get("id") + request.args.get("passkey") +
".torrent")
# send torrent file
return send_file(os.getcwd() + "/blackhole/torrents/tmp/" +
request.args.get("id") + request.args.get("passkey") +
".torrent",
as_attachment=True,
attachment_filename=(my_torrent.name + ".torrent"),
mimetype='application/x-bittorrent')
def test_getters_dir():
t = Torrent.from_file(FPATH_TORRENT_WITH_DIR)
assert t._filepath == FPATH_TORRENT_WITH_DIR
assert t.created_by == 'Transmission/2.84 (14307)'
assert t.files == [
(normpath('torrtest/root.txt'), 4),
(normpath('torrtest/sub1/sub11.txt'), 4),
(normpath(u'torrtest/sub1/sub2/кириллица.txt'), 11),
(normpath('torrtest/sub1/sub2/sub22.txt'), 4)
]
assert t.total_size == 23
assert t.announce_urls == [['http://track1.org/1/', 'http://track2.org/2/']]
assert t.creation_date.isoformat() == '2015-10-25T09:42:04'
assert t.comment == u'примечание'
hash_expected = 'c815be93f20bf8b12fed14bee35c14b19b1d1984'
assert t.info_hash == hash_expected
magnet = t.magnet_link
assert hash_expected in magnet
assert 'btih' in magnet
assert 'magnet:' in magnet
def test_from_string():
torrstr = '4:spam'
t = Torrent.from_string(torrstr)
assert t._struct == 'spam'
def test_setters():
t = Torrent()
assert t.info_hash is None
assert t.comment is None
assert t.created_by is None
assert t.creation_date is None
assert t.total_size == 0
assert t.announce_urls == []
assert t.files == []
t.name = 'mytorrent'
assert t.name == 'mytorrent'
t.comment = 'mycomment'
assert t.comment == 'mycomment'
t.created_by = 'some/1.0'
assert t.created_by == 'some/1.0'
now = datetime.now()
t.creation_date = now
assert t.creation_date == now.replace(microsecond=0)
t.announce_urls = 'some1'
assert t.announce_urls == [['some1']]
assert t._struct['announce'] == 'some1'
assert 'announce-list' not in t._struct
t.announce_urls = ['some3', 'some4']
assert t.announce_urls == [['some3'], ['some4']]
assert t._struct['announce'] == 'some3'
t.announce_urls = ['some5']
assert t.announce_urls == [['some5']]
assert t._struct['announce'] == 'some5'
assert 'announce-list' not in t._struct
assert not t.private
t.private = False
assert not t.private
t.private = True
assert t.private
t.private = False
assert not t.private
def get_hash_file(path):
tr = Torrent.from_file(path)
mgt = tr.magnet_link
return get_hash_magnet(mgt)
def get_torrents_in_dir(path):
torrent_files = (fn for fn in os.listdir(path) if fn.endswith('.torrent'))
return (Torrent.from_file(name) for name in torrent_files)
def test_setters():
t = Torrent()
assert t.info_hash is None
assert t.comment is None
assert t.created_by is None
assert t.creation_date is None
assert t.total_size == 0
assert t.announce_urls == []
assert t.files == []
t.name = 'mytorrent'
assert t.name == 'mytorrent'
t.comment = 'mycomment'
assert t.comment == 'mycomment'
t.created_by = 'some/1.0'
assert t.created_by == 'some/1.0'
now = datetime.now()
t.creation_date = now
assert t.creation_date == now.replace(microsecond=0)
t.announce_urls = 'some1'
assert t.announce_urls == [['some1']]
assert t._struct['announce'] == 'some1'
assert 'announce-list' not in t._struct
t.announce_urls = ['some3', 'some4']
assert t.announce_urls == [['some3'], ['some4']]
assert t._struct['announce'] == 'some3'
t.announce_urls = ['some5']
assert t.announce_urls == [['some5']]
assert t._struct['announce'] == 'some5'
assert 'announce-list' not in t._struct
assert not t.private
t.private = False
assert not t.private
t.private = True
assert t.private
t.private = False
assert not t.private
activePath = activeDownload.replace(dataSource, dataReturn)
try:
##Debug
#print(activePath)
#input()
##
os.makedirs(activePath)
except:
print("Folder Exists, Skipping...")
activeFile = os.path.normpath(activeFile)
activeTorrent = os.path.normpath(activeTorrent)
##Debug
#print(activeFile)
#input()
##
GlassTorrent = Torrent.create_from(activeFile)
GlassTorrent.announce_urls = urls
GlassTorrent.comment = "Torrent created by the GlassLibrary"
##Debug
#print(activeTorrent)
#input()
##
GlassTorrent.to_file(activeTorrent)
print(f"Made {activeTorrent}")
newTorrents += 1
try:
launchSeed(activeTorrent)
except:
try:
launchSeed(activeTorrent)
except:
def getMagnetLink(filePath):
try:
torrent = Torrent.from_file(filePath)
return torrent.magnet_link
except FileNotFoundError:
return None
except request.HTTPError as e:
print("Error "+str(e.code))
print("Resource not available. Quitting...")
quit()
#latest Desktop Live iso URL
webseed_desktop_live = "https://cdn.download.clearlinux.org/releases/"+latest_version+"/clear/clear-"+latest_version+"-live-desktop.iso"
iso_desktop_live = "/tmp/clear-linux_"+latest_version+"_live-desktop.iso"
#Check if iso is available
try:
print("Downloading latest iso (Version : " + latest_version + ") from mirror (" +
humanize.naturalsize(request.urlopen(webseed_desktop_live).getheader("Content-Length")) +
"). Please wait...")
#TODO : Check if file exists and overwrite
#retrieve iso from clear linux website
request.urlretrieve(webseed_desktop_live,iso_desktop_live)
except request.HTTPError as e:
print("Error "+str(e.code))
print("Resource not available. Quitting...")
quit()
live_desktop_torrent = Torrent.create_from(iso_desktop_live)
live_desktop_torrent.announce_urls = 'udp://tracker.openbittorrent.com:80'
live_desktop_torrent.webseeds = webseed_desktop_live
live_desktop_torrent.comment = "Torrent automatically created on " + datetime.now().strftime("%m/%d/%Y, %H:%M:%S")
live_desktop_torrent.to_file('clear-linux-live-desktop-'+latest_version+'.torrent')
def test_from_string():
torrstr = '4:spam'
t = Torrent.from_string(torrstr)
assert t._struct == 'spam'
def generate_torrent_file(dir_sample, file_torrent):
# d_samples is the directory containing samples
# f_name is the specified name for the new torrent file
print("\n[i] Generating torrent file.")
new_torrent = Torrent.create_from(dir_sample)
new_torrent.to_file(file_torrent)