def test_fpcnt(self):
self.assertTrue(fpcnt(0.9311) == '93.11%')
def test_fpcnt(self):
self.assertTrue(fpcnt(0.9311) == '93.11%')
'error': 'Error',
'not_magnet': 'Aw man... That\'s not a magnet link',
'not_file': 'Aw man... That\'s not a torrent file',
'not_url': 'Aw man... Bad link',
'download_fail': 'Aw man... Download failed',
'no_items': 'No items'
}
INFO_DICT = (
('queue', lambda i, s: i != -1 and str(i) or '#'), ('state', None),
('name', lambda i, s: u' %s *%s* ' %
(s['state']
if s['state'].lower() not in EMOJI else EMOJI[s['state'].lower()], i)),
('total_wanted',
lambda i, s: '(%s) ' % fsize(i)), ('progress',
lambda i, s: '%s\n' % fpcnt(i / 100)),
('num_seeds', None), ('num_peers', None), ('total_seeds', None),
('total_peers', lambda i, s: '%s / %s seeds\n' % tuple(
map(fpeer, (s['num_seeds'], s['num_peers']),
(s['total_seeds'], s['total_peers'])))), ('download_payload_rate',
None),
('upload_payload_rate', lambda i, s: '%s : %s\n' % tuple(
map(fspeed, (s['download_payload_rate'], i)))),
('eta', lambda i, s: i > 0 and '*ETA:* %s ' % ftime(i) or ''),
('time_added', lambda i, s: '*Added:* %s' % fdate(i)))
INFOS = [i[0] for i in INFO_DICT]
def is_int(s):
try:
'eta': 'ETA',
'error': 'Error',
'not_magnet': 'Aw man... That\'s not a magnet link',
'not_file': 'Aw man... That\'s not a torrent file',
'not_url': 'Aw man... Bad link',
'download_fail': 'Aw man... Download failed',
'no_items': 'No items'}
INFO_DICT = (('queue', lambda i, s: i != -1 and str(i) or '#'),
('state', None),
('name', lambda i, s: u' %s *%s* ' %
(s['state'] if s['state'].lower() not in EMOJI
else EMOJI[s['state'].lower()],
i)),
('total_wanted', lambda i, s: '(%s) ' % fsize(i)),
('progress', lambda i, s: '%s\n' % fpcnt(i/100)),
('num_seeds', None),
('num_peers', None),
('total_seeds', None),
('total_peers', lambda i, s: '%s / %s seeds\n' %
tuple(map(fpeer, (s['num_seeds'], s['num_peers']),
(s['total_seeds'], s['total_peers'])))),
('download_payload_rate', None),
('upload_payload_rate', lambda i, s: '%s : %s\n' %
tuple(map(fspeed, (s['download_payload_rate'], i)))),
('eta', lambda i, s: i > 0 and '*ETA:* %s ' % ftime(i) or ''),
('time_added', lambda i, s: '*Added:* %s' % fdate(i)))
INFOS = [i[0] for i in INFO_DICT]