def size(self, human=False):
""" Calculate and return the size of the torrent
:param human: Return a human readable size string
:type human: str
:return: Torrent Size
:rtype: str,int
"""
try:
total = (len(self['info']['pieces']) // 20) * self['info']['piece length']
except KeyError:
total = self['info']['length']
return util.file_size(total) if human else total
def size(self, human=False):
""" Calculate and return the size of the torrent
:param human: Return a human readable size string
:type human: str
:return: Torrent Size
:rtype: str,int
"""
try:
total = (len(self['info']['pieces']) //
20) * self['info']['piece length']
except KeyError:
total = self['info']['length']
return util.file_size(total) if human else total
def __init__(self, info_hash, name, ratio, up_rate, dn_rate, up_total, dn_total, size, size_completed,
leechers, total_leechers, peers, total_peers, priority, private, is_active, progress, **kwargs):
super(ClientTorrentData, self).__init__(**kwargs)
self['DT_RowId'] = info_hash
self['info_hash'] = info_hash
self['name'] = name
self['ratio'] = util.fmt_ratio(ratio)
self['up_rate'] = up_rate
self['dn_rate'] = dn_rate
self['up_total'] = up_total
self['dn_total'] = dn_total
self['size'] = util.file_size(size)
self['size_completed'] = size_completed
self['leechers'] = leechers
self['total_leechers'] = total_leechers
self['peers'] = peers
self['total_peers'] = total_peers
self['priority'] = priority
self['private'] = private
self['is_active'] = is_active
self['progress'] = util.fmt_ratio(progress)
def human_size(value):
return file_size(value)
def human_size(value):
return file_size(value)
