if args.password == '-':

args.password = getpass('Password: ')

if args.cookies == '-':

args._args['cookies'] = None

if args.cookies == '-':

args._args['cookies'] = None

if len(args) < 1:

args.username = args.username or XunleiClient(cookie_path=args.cookies, login=False).get_username() or get_config('username') or raw_input('ID: ')

args.password = args.password or get_config('password') or getpass('Password: ')

elif len(args) == 1:

args.username = args.username or XunleiClient(cookie_path=args.cookies, login=False).get_username() or get_config('username')

args.password = args[0]

if args.password == '-':

args.password = getpass('Password: ')

elif len(args) == 2:

args.username, args.password = list(args)

if args.password == '-':

args.password = getpass('Password: ')

elif len(args) == 3:

args.username, args.password, args.cookies = list(args)

if args.password == '-':

args.password = getpass('Password: ')

elif len(args) > 3:

raise RuntimeError('Too many arguments')

if not args.username:

raise RuntimeError("What's your name?")

if args.cookies:

print 'Saving login session to', args.cookies

else:

print 'Testing login without saving session'

args = parse_command_line(args, ['cookies'], default={'cookies': LIXIAN_DEFAULT_COOKIES}, help=lixian_help.logout)

if len(args):

raise RuntimeError('Too many arguments')

print 'logging out from', args.cookies

assert args.cookies

client = XunleiClient(cookie_path=args.cookies, login=False)

amp = re.compile(r'&(amp;)+', flags=re.I)

name = re.sub(amp, '&', name)

name = re.sub(r'[\\/:*?"<>|]', '-', name)

if os.path.getsize(path) != task['size']:

print 'hash error: incorrect file size'

return False

if verify_basic_hash(path, task):

if task['type'] == 'ed2k':

return lixian_hash_ed2k.verify_ed2k_link(path, task['original_url'])

else:

for f in files:

name = f['name'].encode(default_encoding)

path = os.path.join(dirname, *name.split('\\'))

if not verify_mini_hash(path, f):

return False

output = options.get('output')

output_dir = options.get('output_dir')

delete = options.get('delete')

resuming = options.get('resuming')

overwrite = options.get('overwrite')

mini_hash = options.get('mini_hash')

no_hash = options.get('no_hash')

assert client.get_gdriveid()

if task['status_text'] != 'completed':

if 'files' not in task:

print 'skip task %s as the status is %s' % (task['name'].encode(default_encoding), task['status_text'])

return

def download1(client, url, path, size):

if not os.path.exists(path):

download(client, url, path)

elif not resuming:

if overwrite:

download(client, url, path)

else:

raise Exception('%s already exists. Please try --continue or --overwrite' % path)

else:

assert os.path.getsize(path) <= size, 'existing file bigger than expected, unsafe to continue nor overwrite'

if os.path.getsize(path) < size:

download(client, url, path, resuming)

elif os.path.getsize(path) == size:

pass

else:

raise NotImplementedError()

def download2(client, url, path, task):

size = task['size']

if mini_hash and resuming and verify_mini_hash(path, task):

return

download1(client, url, path, size)

verify = verify_basic_hash if no_hash else verify_hash

if not verify(path, task):

print 'hash error, redownloading...'

os.remove(path)

download1(client, url, path, size)

if not verify(path, task):

raise Exception('hash check failed')

download_url = str(task['xunlei_url'])

if output:

output_path = output

output_dir = os.path.dirname(output)

output_name = os.path.basename(output)

else:

output_name = escape_filename(task['name']).encode(default_encoding)

output_dir = output_dir or '.'

output_path = os.path.join(output_dir, output_name)

referer = str(client.get_referer())

gdriveid = str(client.get_gdriveid())

if task['type'] == 'bt':

files, skipped, single_file = expand_bt_sub_tasks(client, task)

if single_file:

dirname = output_dir

else:

dirname = output_path

assert dirname # dirname must be non-empty, otherwise dirname + os.path.sep + ... might be dangerous

if dirname and not os.path.exists(dirname):

os.makedirs(dirname)

for t in skipped:

print 'skip task %s/%s (%s) as the status is %s' % (t['id'], t['index'], t['name'].encode(default_encoding), t['status_text'])

if mini_hash and resuming and verify_mini_bt_hash(dirname, files):

print task['name'].encode(default_encoding), 'is already done'

if delete and 'files' not in task:

client.delete_task(task)

return

for f in files:

name = f['name']

if f['status_text'] != 'completed':

print 'Skipped %s file %s ...' % (f['status_text'], name.encode(default_encoding))

continue

print 'Downloading', name.encode(default_encoding), '...'

# XXX: if file name is escaped, hashing bt won't get correct file

splitted_path = map(escape_filename, name.split('\\'))

name = os.path.join(*splitted_path).encode(default_encoding)

path = dirname + os.path.sep + name # fix issue #82

if splitted_path[:-1]:

subdir = os.path.join(*splitted_path[:-1]).encode(default_encoding)

subdir = dirname + os.path.sep + subdir # fix issue #82

if not os.path.exists(subdir):

os.makedirs(subdir)

download_url = str(f['xunlei_url'])

download2(client, download_url, path, f)

if not no_hash:

torrent_file = client.get_torrent_file(task)

print 'Hashing bt ...'

from lixian_progress import SimpleProgressBar

bar = SimpleProgressBar()

file_set = [f['name'].encode('utf-8').split('\\') for f in files] if 'files' in task else None

verified = lixian_hash_bt.verify_bt(output_path, lixian_hash_bt.bdecode(torrent_file)['info'], file_set=file_set, progress_callback=bar.update)

bar.done()

if not verified:

# note that we don't delete bt download folder if hash failed

raise Exception('bt hash check failed')

else:

if output_dir and not os.path.exists(output_dir):

os.makedirs(output_dir)

print 'Downloading', output_name, '...'

download2(client, download_url, output_path, task)

if delete and 'files' not in task:

for task in tasks:

download_single_task(client, download, task, options)

skipped = filter(lambda t: t['status_text'] != 'completed', tasks)

if skipped:

print "Below tasks were skipped as they were not ready:"

for task in skipped:

import lixian_download_tools

download = lixian_download_tools.get_tool(args.tool)

download_args = {'output':args.output, 'output_dir':args.output_dir, 'delete':args.delete, 'resuming':args._args['continue'], 'overwrite':args.overwrite, 'mini_hash':args.mini_hash, 'no_hash': not args.hash}

client = XunleiClient(args.username, args.password, args.cookies)

links = None

if len(args) or args.input:

tasks = find_tasks_to_download(client, args)

if args.output:

assert len(tasks) == 1

download_single_task(client, download, tasks[0], download_args)

else:

download_multiple_tasks(client, download, tasks, download_args)

elif args.all:

tasks = client.read_all_tasks()

download_multiple_tasks(client, download, tasks, download_args)

else:

status = 'all'

if args.completed:

status = 'completed'

elif args.deleted:

status = 'deleted'

elif args.expired:

status = 'expired'

parent_ids = [a[:-1] for a in args if re.match(r'^#?\d+/$', a)]

if parent_ids and not all(re.match(r'^#?\d+/$', a) for a in args):

raise NotImplementedError("Can't mix 'id/' with others")

assert len(parent_ids) <= 1, "sub-tasks listing only supports single task id"

ids = [a[:-1] if re.match(r'^#?\d+/$', a) else a for a in args]

client = XunleiClient(args.username, args.password, args.cookies)

if parent_ids:

args[0] = args[0][:-1]

tasks = search_tasks(client, args, status=status)

assert len(tasks) == 1

tasks = client.list_bt(tasks[0])

#tasks = client.list_bt(client.get_task_by_id(parent_ids[0]))

tasks.sort(key=lambda x: int(x['index']))

elif len(ids):

tasks = search_tasks(client, args, status=status)

elif status == 'all':

tasks = client.read_all_tasks()

elif status == 'completed':

tasks = filter(lambda x: x['status_text'] == 'completed', client.read_all_tasks()) # by #139

elif status == 'deleted':

tasks = client.read_all_deleted()

elif status == 'expired':

tasks = client.read_all_expired()

else:

raise NotImplementedError(status)

columns = ['n', 'id', 'name', 'status', 'size', 'progress', 'speed', 'date', 'dcid', 'gcid', 'original-url', 'download-url']

columns = filter(lambda k: getattr(args, k), columns)

from lixian_colors import colors

for i, t in enumerate(tasks):

status_colors = {

'waiting': 'yellow',

'downloading': 'magenta',

'completed':'green',

'pending':'cyan',

'failed':'red',

}

c = status_colors[t['status_text']]

with colors(args.colors).ansi(c)():

for k in columns:

if k == 'n':

if top:

print '#%d' % t['#'],

elif k == 'id':

print t.get('index', t['id']),

elif k == 'name':

print t['name'].encode(default_encoding),

elif k == 'status':

with colors(args.colors).bold():

print t['status_text'],

elif k == 'size':

if args.format_size:

from lixian_util import format_size

print format_size(t['size']),

else:

print t['size'],

elif k == 'progress':

print t['progress'],

elif k == 'speed':

print t['speed'],

elif k == 'date':

print t['date'],

elif k == 'dcid':

print t['dcid'],

elif k == 'gcid':

print t['gcid'],

elif k == 'original-url':

print t['original_url'],

elif k == 'download-url':

print t['xunlei_url'],

else:

raise NotImplementedError(k)

assert len(args) or args.input

client = XunleiClient(args.username, args.password, args.cookies)

links = []

links.extend(args)

if args.input:

import fileinput

links.extend(line.strip() for line in fileinput.input(args.input) if line.strip())

if not args.torrent:

tasks = find_normal_tasks_to_download(client, links)

else:

tasks = find_torrent_tasks_to_download(client, links)

print 'All tasks added. Checking status...'

columns = ['id', 'status', 'name']

if args.size:

columns.append('size')

client = XunleiClient(args.username, args.password, args.cookies)

if len(args):

to_delete = search_tasks(client, args)

elif args.all:

to_delete = client.read_all_tasks()

if not to_delete:

print 'Nothing to delete'

return

from lixian_colors import colors

with colors(args.colors).red.bold():

print "Below files are going to be deleted:"

for x in to_delete:

print x['name'].encode(default_encoding)

if args.i:

yes_or_no = raw_input('Are your sure to delete below files from Xunlei cloud? ')

while yes_or_no.lower() not in ('y', 'yes', 'n', 'no'):

yes_or_no = raw_input('yes or no? ')

if yes_or_no.lower() in ('y', 'yes'):

pass

elif yes_or_no.lower() in ('n', 'no'):

raise RuntimeError('Deletion abort per user request.')

client = XunleiClient(args.username, args.password, args.cookies)

to_pause = search_tasks(client, args)

print "Below files are going to be paused:"

for x in to_pause:

print x['name'].encode(default_encoding)

client = XunleiClient(args.username, args.password, args.cookies)

to_restart = search_tasks(client, args)

print "Below files are going to be restarted:"

for x in to_restart:

print x['name'].encode(default_encoding)

if len(args) != 2 or not re.match(r'\d+$', args[0]):

usage(lixian_help.rename, 'Incorrect arguments')

sys.exit(1)

client = XunleiClient(args.username, args.password, args.cookies)

taskid, new_name = args

task = client.get_task_by_id(taskid)

if args.deleted:

status = 'deleted'

elif args.expired:

status = 'expired'

else:

raise NotImplementedError('Please use --expired or --deleted')

client = XunleiClient(args.username, args.password, args.cookies)

if status == 'expired' and args.all:

return client.readd_all_expired_tasks()

to_readd = search_tasks(client, args, status=status)

non_bt = []

bt = []

if not to_readd:

return

print "Below files are going to be re-added:"

for x in to_readd:

print x['name'].encode(default_encoding)

if x['type'] == 'bt':

bt.append((x['bt_hash'], x['id']))

else:

non_bt.append((x['original_url'], x['id']))

if non_bt:

urls, ids = zip(*non_bt)

client.add_batch_tasks(urls, ids)

for hash, id in bt:

client = XunleiClient(args.username, args.password, args.cookies, login=False)

if args.id:

print client.get_username()

else:

print 'id:', client.get_username()

print 'internalid:', client.get_userid()

if args.delete:

assert len(args) == 1

delete_config(args[0])

elif args['print'] or not len(args):

if len(args):

assert len(args) == 1

print get_config(args[0])

else:

print 'Loading', global_config.path, '...\n'

print source_config()

print global_config

else:

assert len(args) in (1, 2)

if args[0] == 'password':

if len(args) == 1 or args[1] == '-':

password = getpass('Password: ')

else:

password = args[1]

print 'Saving password (encrypted) to', global_config.path

put_config('password', encypt_password(password))

else:

print 'Saving configuration to', global_config.path

if hasattr(doc, '__call__'):

doc = doc()

if message:

print to_str(message)

if len(args) == 1:

helper = getattr(lixian_help, args[0].lower(), lixian_help.help)

usage(helper)

elif len(args) == 0:

usage(lixian_help.welcome_help)

else:

if not args:

usage()

sys.exit(1)

command = args[0]

if command.startswith('-'):

if command in ('-h', '--help'):

usage(lixian_help.welcome_help)

elif command in ('-v', '--version'):

print '0.0.x'

else:

usage()

sys.exit(1)

sys.exit(0)

commands = {'login': login, 'logout': logout, 'download': download_task, 'list': list_task, 'add': add_task, 'delete': delete_task, 'pause': pause_task, 'restart': restart_task, 'rename': rename_task, 'readd': readd_task, 'info': lixian_info, 'config': lx_config, 'help': lx_help}

import lixian_cli_extended

commands.update(lixian_cli_extended.commands)

if command not in commands:

usage()

sys.exit(1)

if '-h' in args or '--help' in args:

lx_help([command])

else: