def print_totals(totals):
for name, value in totals.items():
print(name, fsize(value))
print('overhead:')
print('up:', fsize(totals['total_upload'] - totals['total_payload_upload']))
print('down:', fsize(totals['total_download'] - totals['total_payload_download']))
def print_totals(totals):
for name, value in totals.iteritems():
print name , fsize(value)
print "overhead:"
print "up:", fsize(totals["total_upload"] - totals["total_payload_upload"] )
print "down:", fsize(totals["total_download"] - totals["total_payload_download"] )
def print_totals(totals):
for name, value in totals.iteritems():
print name, fsize(value)
print "overhead:"
print "up:", fsize(totals["total_upload"] - totals["total_payload_upload"])
print "down:", fsize(totals["total_download"] -
totals["total_payload_download"])
def on_part(data, current_length, total_length):
if total_length:
percent = current_length / total_length
pb.set_fraction(percent)
pb.set_text('%.2f%% (%s / %s)' %
(percent * 100, fsize(current_length),
fsize(total_length)))
else:
pb.pulse()
pb.set_text('%s' % fsize(current_length))
def log_rpc_stats(self):
"""Log RPC statistics for thinclient mode."""
if not client.connected():
return
t = time.time()
recv = client.get_bytes_recv()
sent = client.get_bytes_sent()
delta_time = t - self.daemon_bps[0]
delta_sent = sent - self.daemon_bps[1]
delta_recv = recv - self.daemon_bps[2]
self.daemon_bps = (t, sent, recv)
sent_rate = fspeed(delta_sent / delta_time)
recv_rate = fspeed(delta_recv / delta_time)
log.debug('RPC: Sent %s (%s) Recv %s (%s)', fsize(sent), sent_rate, fsize(recv), recv_rate)
def _on_get_free_space(self, space):
if space >= 0:
self.diskspace_item.set_markup('<small>%s</small>' %
fsize(space, shortform=True))
else:
self.diskspace_item.set_markup('<span foreground="red">' +
_('Error') + '</span>')
def log_rpc_stats(self):
"""Log RPC statistics for thinclient mode."""
if not client.connected():
return
t = time.time()
recv = client.get_bytes_recv()
sent = client.get_bytes_sent()
delta_time = t - self.daemon_bps[0]
delta_sent = sent - self.daemon_bps[1]
delta_recv = recv - self.daemon_bps[2]
self.daemon_bps = (t, sent, recv)
sent_rate = fspeed(delta_sent / delta_time)
recv_rate = fspeed(delta_recv / delta_time)
log.debug('RPC: Sent %s (%s) Recv %s (%s)', fsize(sent), sent_rate,
fsize(recv), recv_rate)
def draw_files(self, files, depth, off, idx):
color_selected = 'blue'
color_partially_selected = 'magenta'
color_highlighted = 'white'
for fl in files:
# from sys import stderr
# print >> stderr, fl[6]
# kick out if we're going to draw too low on the screen
if off >= self.rows - 1:
self.more_to_draw = True
return -1, -1
# default color values
fg = 'white'
bg = 'black'
attr = ''
priority_fg_color = {
-2: 'white', # Mixed
0: 'red', # Skip
1: 'yellow', # Low
2: 'yellow',
3: 'yellow',
4: 'white', # Normal
5: 'green',
6: 'green',
7: 'green', # High
}
fg = priority_fg_color[fl[6]]
if idx >= self.file_off:
# set fg/bg colors based on whether the file is selected/marked or not
if fl[1] in self.marked:
bg = color_selected
if fl[3]:
if self.marked[
fl[1]] < self.__get_contained_files_count(
file_list=fl[3]):
bg = color_partially_selected
attr = 'bold'
if idx == self.current_file_idx:
self.current_file = fl
bg = color_highlighted
if fl[1] in self.marked:
fg = color_selected
if fl[3]:
if self.marked[
fl[1]] < self.__get_contained_files_count(
file_list=fl[3]):
fg = color_partially_selected
else:
if fg == 'white':
fg = 'black'
attr = 'bold'
if attr:
color_string = '{!%s,%s,%s!}' % (fg, bg, attr)
else:
color_string = '{!%s,%s!}' % (fg, bg)
# actually draw the dir/file string
if fl[3] and fl[4]: # this is an expanded directory
xchar = 'v'
elif fl[3]: # collapsed directory
xchar = '>'
else: # file
xchar = '-'
r = format_row(
[
'%s%s %s' % (' ' * depth, xchar, fl[0]),
fsize(fl[2]),
fl[5],
format_priority(fl[6]),
],
self.column_widths,
)
self.add_string(off, '%s%s' % (color_string, r), trim=False)
off += 1
if fl[3] and fl[4]:
# recurse if we have children and are expanded
off, idx = self.draw_files(fl[3], depth + 1, off, idx + 1)
if off < 0:
return (off, idx)
else:
idx += 1
return (off, idx)
def fpieces_num_size(num_pieces, piece_size):
return '%s (%s)' % (num_pieces, fsize(piece_size, precision=0))
def writeOutput(self):
try:
self.logInfo("Proceeding with torrent data interpretation...")
torrentDataList = []
torrentItemList = ["num_peers","num_seeds","name","state","total_done","total_size","total_wanted","progress","files","eta","download_payload_rate","upload_payload_rate","total_peers","total_seeds","ratio","queue"]
highesteta = 0
# summary variables
summary_notorrent = 0
summary_totaldone = 0
summary_totalsize = 0
summary_totaldownloadrate = 0.0
summary_totaluploadrate = 0.0
summary_totaleta = 0
summary_currentpeers = 0
summary_currentseeds = 0
summary_totalpeers = 0
summary_totalseeds = 0
summary_totalratio = 0.0
self.logInfo("Preparing templates...")
if self.options.summarytemplate == None:
# create default summary template
summarytemplate = "Total Torrents Queued:[notorrents] \n[totaldone]/[totalsize] - [totalprogress]\n" + "DL: [totaldownloadrate] UL: [totaluploadrate]\n"
else:
# load the template file contents
try:
#fileinput = open(self.options.summarytemplate)
fileinput = codecs.open(os.path.expanduser(self.options.summarytemplate), encoding='utf-8')
summarytemplate = fileinput.read()
fileinput.close()
except:
self.logError("Summary Template file no found!")
sys.exit(2)
if self.options.torrenttemplate == None:
# create default template
torrenttemplate = "[name]\n[state]\n[totaldone]/[totalsize] - [progress]\n" + "DL: [downloadrate] UL: [uploadrate] ETA:[eta]\n"
else:
# load the template file contents
try:
#fileinput = open(self.options.torrenttemplate)
fileinput = codecs.open(os.path.expanduser(self.options.torrenttemplate), encoding='utf-8')
torrenttemplate = fileinput.read()
fileinput.close()
except:
self.logError("Torrent Template file no found!")
sys.exit(2)
if len(self.torrents_status) > 0:
self.logInfo("Processing %s torrent(s)..."%str(len(self.torrents_status)))
for torrentid in self.torrents_status:
torrent_status = self.torrents_status[torrentid]
if torrent_status != None:
if self.options.activeonly == True:
active = False
# check for activity
if "num_peers" in torrent_status:
if torrent_status["num_peers"] > 0:
active = True
if "num_seeds" in torrent_status:
if torrent_status["num_seeds"] > 0:
active = True
# output details if all required or if active
if self.options.activeonly == False or active == True:
if "name" in torrent_status:
name = torrent_status["name"]
else:
name = "Unknown"
if "state" in torrent_status:
state = torrent_status["state"]
if state == "Downloading":
statecode = self.STATE_DOWNLOADING
elif state == "Seeding":
statecode = self.STATE_SEEDING
elif state == "Queued":
statecode = self.STATE_QUEUED
elif state == "Paused":
statecode = self.STATE_PAUSED
else:
statecode = self.STATE_UNKNOWN
else:
state = "Unknown"
statecode = self.STATE_UNKNOWN
if "total_done" in torrent_status:
totaldone = fsize(torrent_status["total_done"])
summary_totaldone = summary_totaldone + int(torrent_status["total_done"])
else:
totaldone = "??.? KiB"
if "total_size" in torrent_status:
totalsize = fsize(torrent_status["total_wanted"])
summary_totalsize = summary_totalsize + int(torrent_status["total_wanted"])
else:
totalsize = "??.? KiB"
if "progress" in torrent_status:
progress = str(round(torrent_status["progress"],2))+"%"
else:
progress = "?.?%"
if "files" in torrent_status:
nofiles = str(len(torrent_status["files"]))
else:
nofiles = "?"
if "eta" in torrent_status:
eta = torrent_status["eta"]
if eta > highesteta:
highesteta = eta
etatext = ftime(eta)
else:
eta = None
etatext = "Unknown"
if "download_payload_rate" in torrent_status:
downloadrate = float(torrent_status["download_payload_rate"])
summary_totaldownloadrate = summary_totaldownloadrate + downloadrate
downloadtext = fspeed(downloadrate)
else:
downloadrate = 0
downloadtext = "?.? KiB/s"
if "upload_payload_rate" in torrent_status:
uploadrate = float(torrent_status["upload_payload_rate"])
summary_totaluploadrate = summary_totaluploadrate + uploadrate
uploadtext = fspeed(uploadrate)
else:
uploadrate = 0
uploadtext = "?.? KiB/s"
if "num_peers" in torrent_status:
currentpeers = str(torrent_status["num_peers"])
summary_currentpeers = summary_currentpeers + int(torrent_status["num_peers"])
else:
currentpeers = "?"
if "num_seeds" in torrent_status:
currentseeds = str(torrent_status["num_seeds"])
summary_currentseeds = summary_currentseeds + int(torrent_status["num_seeds"])
else:
currentseeds = "?"
if "total_peers" in torrent_status:
totalpeers = str(torrent_status["total_peers"])
summary_totalpeers = summary_totalpeers + int(torrent_status["total_peers"])
else:
totalpeers = "?"
if "total_seeds" in torrent_status:
totalseeds = str(torrent_status["total_seeds"])
summary_totalseeds = summary_totalseeds + int(torrent_status["total_seeds"])
else:
totalseeds = "?"
if "ratio" in torrent_status:
ratio = str(round(torrent_status["ratio"],3)).ljust(5,"0")
else:
ratio = "?.???"
# for sorting in the same way as progress, we need to order from high to low
if "queue" in torrent_status:
queueorder = torrent_status["queue"]
else:
queueorder = -1
sortby = self.options.sortby
summary_notorrent = summary_notorrent + 1
# add torrent data to list
torrentData = TorrentData(name, state, statecode, totaldone, totalsize, progress, nofiles, downloadrate, downloadtext, uploadrate, uploadtext, eta, etatext, currentpeers, currentseeds, totalpeers, totalseeds, ratio, queueorder, sortby)
torrentDataList.append(torrentData)
else:
self.logInfo("No torrent status data available for torrentid: "+torrentid)
if summary_notorrent > 0:
output = u""
if self.options.showsummary == True:
# sort out summary data for output
summary_notorrent = str(summary_notorrent)
summary_totalprogress = str(round((float(summary_totaldone) / float(summary_totalsize)) *100,2))+"%"
summary_totaldone = fsize(summary_totaldone)
summary_totalsize = fsize(summary_totalsize)
summary_totaldownloadrate = fspeed(summary_totaldownloadrate)
summary_totaluploadrate = fspeed(summary_totaluploadrate)
summary_totaleta = ftime(highesteta)
summary_currentpeers = str(summary_currentpeers)
summary_currentseeds = str(summary_currentseeds)
summary_totalpeers = str(summary_totalpeers)
summary_totalseeds = str(summary_totalseeds)
summary_totalratio = "?.???"
output = self.getSummaryTemplateOutput(summarytemplate, summary_notorrent, summary_totalprogress, summary_totaldone, summary_totalsize, summary_totaldownloadrate, summary_totaluploadrate, summary_totaleta, summary_currentpeers, summary_currentseeds, summary_totalpeers, summary_totalseeds, summary_totalratio)
if self.options.hidetorrentdetail == False:
outputCount = 0
# sort list, eta based
self.logInfo("Sorting torrent list using: %s"%self.options.sortby)
torrentDataList.sort(reverse = True)
# output torrent data using the template
for torrentData in torrentDataList:
# keep a tally of torrent output, if past the limit then exit
if self.options.limit <> 0:
outputCount = outputCount + 1
if outputCount > self.options.limit:
break
output = output + self.getTorrentTemplateOutput(torrenttemplate, torrentData.name, torrentData.state, torrentData.totaldone, torrentData.totalsize, torrentData.progress, torrentData.nofiles, torrentData.downloadtext, torrentData.uploadtext, torrentData.etatext, torrentData.currentpeers, torrentData.currentseeds, torrentData.totalpeers, torrentData.totalseeds, torrentData.ratio)+"\n"
print output.encode("utf-8")
else:
print u"No torrent info to display"
else:
self.logInfo("No torrents found")
except Exception,e:
self.logError("writeOutput:Unexpected error:" + e.__str__())
def cell_data_size(column, cell, model, row, data):
"""Display value in terms of size, eg. 2 MB"""
size = model.get_value(row, data)
cell.set_property('text', common.fsize(size, shortform=True))
'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]
def is_int(s):
'added': 'Added',
'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]
def show_info(self, torrent_id, status, verbose=False, detailed=False):
"""
Writes out the torrents information to the screen.
Format depends on switches given.
"""
self.console.set_batch_write(True)
if hasattr(self.console, 'screen'):
cols = self.console.screen.cols
else:
cols = 80
sep = ' '
if verbose or detailed:
self.console.write('{!info!}Name: {!input!}%s' % (status['name']))
self.console.write('{!info!}ID: {!input!}%s' % (torrent_id))
s = '{!info!}State: %s%s' % (
colors.state_color[status['state']],
status['state'],
)
# Only show speed if active
if status['state'] in ('Seeding', 'Downloading'):
if status['state'] != 'Seeding':
s += sep
s += '{!info!}Down Speed: {!input!}%s' % fspeed(
status['download_payload_rate'], shortform=True)
s += sep
s += '{!info!}Up Speed: {!input!}%s' % fspeed(
status['upload_payload_rate'], shortform=True)
self.console.write(s)
if status['state'] in ('Seeding', 'Downloading', 'Queued'):
s = '{!info!}Seeds: {!input!}%s (%s)' % (
status['num_seeds'],
status['total_seeds'],
)
s += sep
s += '{!info!}Peers: {!input!}%s (%s)' % (
status['num_peers'],
status['total_peers'],
)
s += sep
s += ('{!info!}Availability: {!input!}%.2f' %
status['distributed_copies'])
s += sep
s += '{!info!}Seed Rank: {!input!}%s' % f_seedrank_dash(
status['seed_rank'], status['seeding_time'])
self.console.write(s)
total_done = fsize(status['total_done'], shortform=True)
total_size = fsize(status['total_size'], shortform=True)
if total_done == total_size:
s = '{!info!}Size: {!input!}%s' % (total_size)
else:
s = '{!info!}Size: {!input!}%s/%s' % (total_done, total_size)
s += sep
s += '{!info!}Downloaded: {!input!}%s' % fsize(
status['all_time_download'], shortform=True)
s += sep
s += '{!info!}Uploaded: {!input!}%s' % fsize(
status['total_uploaded'], shortform=True)
s += sep
s += '{!info!}Share Ratio: {!input!}%.2f' % status['ratio']
self.console.write(s)
s = '{!info!}ETA: {!input!}%s' % format_time(status['eta'])
s += sep
s += '{!info!}Seeding: {!input!}%s' % format_time(
status['seeding_time'])
s += sep
s += '{!info!}Active: {!input!}%s' % format_time(
status['active_time'])
self.console.write(s)
s = '{!info!}Last Transfer: {!input!}%s' % format_time(
status['time_since_transfer'])
s += sep
s += '{!info!}Complete Seen: {!input!}%s' % format_date_never(
status['last_seen_complete'])
self.console.write(s)
s = '{!info!}Tracker: {!input!}%s' % status['tracker_host']
self.console.write(s)
self.console.write('{!info!}Tracker status: {!input!}%s' %
status['tracker_status'])
if not status['is_finished']:
pbar = f_progressbar(
status['progress'],
cols - (13 + len('%.2f%%' % status['progress'])))
s = '{!info!}Progress: {!input!}%.2f%% %s' % (
status['progress'], pbar)
self.console.write(s)
s = '{!info!}Download Folder: {!input!}%s' % status[
'download_location']
self.console.write(s + '\n')
if detailed:
self.console.write('{!info!}Files in torrent')
self.show_file_info(torrent_id, status)
self.console.write('{!info!}Connected peers')
self.show_peer_info(torrent_id, status)
else:
up_color = colors.state_color['Seeding']
down_color = colors.state_color['Downloading']
s = '%s%s' % (
colors.state_color[status['state']],
'[' + status['state'][0] + ']',
)
s += ' {!info!}' + format_progress(status['progress']).rjust(
6, ' ')
s += ' {!input!}%s' % (status['name'])
# Shorten the ID if it's necessary. Pretty hacky
# XXX: should make a nice function for it that can partition and shorten stuff
space_left = cols - strwidth('[S] 99.99% ' + status['name'])
if self.console.interactive and space_left >= len(sep +
torrent_id):
# Not enough line space so shorten the hash (for interactive mode).
torrent_id = shorten_hash(torrent_id, space_left)
s += sep
s += '{!cyan!}%s' % torrent_id
self.console.write(s)
dl_info = '{!info!}DL: {!input!}'
dl_info += '%s' % ftotal_sized(status['all_time_download'],
status['total_payload_download'])
if status['download_payload_rate'] > 0:
dl_info += ' @ %s%s' % (
down_color,
fspeed(status['download_payload_rate'], shortform=True),
)
ul_info = ' {!info!}UL: {!input!}'
ul_info += '%s' % ftotal_sized(status['total_uploaded'],
status['total_payload_upload'])
if status['upload_payload_rate'] > 0:
ul_info += ' @ %s%s' % (
up_color,
fspeed(status['upload_payload_rate'], shortform=True),
)
eta = ' {!info!}ETA: {!magenta!}%s' % format_time(status['eta'])
self.console.write(' ' + dl_info + ul_info + eta + '\n')
self.console.set_batch_write(False)
def fpieces_num_size(num_pieces, piece_size):
return '%s (%s)' % (num_pieces, fsize(piece_size, precision=0))
def cell_data_size(column, cell, model, row, data):
"""Display value in terms of size, eg. 2 MB"""
size = model.get_value(row, data)
cell.set_property('text', common.fsize(size, shortform=True))
def test_fsize(self):
self.assertEqual(fsize(0), '0 B')
self.assertEqual(fsize(100), '100 B')
self.assertEqual(fsize(1023), '1023 B')
self.assertEqual(fsize(1024), '1.0 KiB')
self.assertEqual(fsize(1048575), '1024.0 KiB')
self.assertEqual(fsize(1048576), '1.0 MiB')
self.assertEqual(fsize(1073741823), '1024.0 MiB')
self.assertEqual(fsize(1073741824), '1.0 GiB')
self.assertEqual(fsize(112245), '109.6 KiB')
self.assertEqual(fsize(110723441824), '103.1 GiB')
self.assertEqual(fsize(1099511627775), '1024.0 GiB')
self.assertEqual(fsize(1099511627777), '1.0 TiB')
self.assertEqual(fsize(766148267453245), '696.8 TiB')
def writeOutput(self):
try:
self.logInfo("Proceeding with torrent data interpretation...")
torrentDataList = []
torrentItemList = [
"num_peers", "num_seeds", "name", "state", "total_done",
"total_size", "total_wanted", "progress", "files", "eta",
"download_payload_rate", "upload_payload_rate", "total_peers",
"total_seeds", "ratio", "queue"
]
highesteta = 0
# summary variables
summary_notorrent = 0
summary_totaldone = 0
summary_totalsize = 0
summary_totaldownloadrate = 0.0
summary_totaluploadrate = 0.0
summary_totaleta = 0
summary_currentpeers = 0
summary_currentseeds = 0
summary_totalpeers = 0
summary_totalseeds = 0
summary_totalratio = 0.0
self.logInfo("Preparing templates...")
if self.options.summarytemplate == None:
# create default summary template
summarytemplate = "Total Torrents Queued:[notorrents] \n[totaldone]/[totalsize] - [totalprogress]\n" + "DL: [totaldownloadrate] UL: [totaluploadrate]\n"
else:
# load the template file contents
try:
#fileinput = open(self.options.summarytemplate)
fileinput = codecs.open(
os.path.expanduser(self.options.summarytemplate),
encoding='utf-8')
summarytemplate = fileinput.read()
fileinput.close()
except:
self.logError("Summary Template file no found!")
sys.exit(2)
if self.options.torrenttemplate == None:
# create default template
torrenttemplate = "[name]\n[state]\n[totaldone]/[totalsize] - [progress]\n" + "DL: [downloadrate] UL: [uploadrate] ETA:[eta]\n"
else:
# load the template file contents
try:
#fileinput = open(self.options.torrenttemplate)
fileinput = codecs.open(
os.path.expanduser(self.options.torrenttemplate),
encoding='utf-8')
torrenttemplate = fileinput.read()
fileinput.close()
except:
self.logError("Torrent Template file no found!")
sys.exit(2)
if len(self.torrents_status) > 0:
self.logInfo("Processing %s torrent(s)..." % str(
len(self.torrents_status)))
for torrentid in self.torrents_status:
torrent_status = self.torrents_status[torrentid]
if torrent_status != None:
if self.options.activeonly == True:
active = False
# check for activity
if "num_peers" in torrent_status:
if torrent_status["num_peers"] > 0:
active = True
if "num_seeds" in torrent_status:
if torrent_status["num_seeds"] > 0:
active = True
# output details if all required or if active
if self.options.activeonly == False or active == True:
if "name" in torrent_status:
name = torrent_status["name"]
else:
name = "Unknown"
if "state" in torrent_status:
state = torrent_status["state"]
if state == "Downloading":
statecode = self.STATE_DOWNLOADING
elif state == "Seeding":
statecode = self.STATE_SEEDING
elif state == "Queued":
statecode = self.STATE_QUEUED
elif state == "Paused":
statecode = self.STATE_PAUSED
else:
statecode = self.STATE_UNKNOWN
else:
state = "Unknown"
statecode = self.STATE_UNKNOWN
if "total_done" in torrent_status:
totaldone = fsize(torrent_status["total_done"])
summary_totaldone = summary_totaldone + int(
torrent_status["total_done"])
else:
totaldone = "??.? KiB"
if "total_size" in torrent_status:
totalsize = fsize(
torrent_status["total_wanted"])
summary_totalsize = summary_totalsize + int(
torrent_status["total_wanted"])
else:
totalsize = "??.? KiB"
if "progress" in torrent_status:
progress = str(
round(torrent_status["progress"], 2)) + "%"
else:
progress = "?.?%"
if "files" in torrent_status:
nofiles = str(len(torrent_status["files"]))
else:
nofiles = "?"
if "eta" in torrent_status:
eta = torrent_status["eta"]
if eta > highesteta:
highesteta = eta
etatext = ftime(eta)
else:
eta = None
etatext = "Unknown"
if "download_payload_rate" in torrent_status:
downloadrate = float(
torrent_status["download_payload_rate"])
summary_totaldownloadrate = summary_totaldownloadrate + downloadrate
downloadtext = fspeed(downloadrate)
else:
downloadrate = 0
downloadtext = "?.? KiB/s"
if "upload_payload_rate" in torrent_status:
uploadrate = float(
torrent_status["upload_payload_rate"])
summary_totaluploadrate = summary_totaluploadrate + uploadrate
uploadtext = fspeed(uploadrate)
else:
uploadrate = 0
uploadtext = "?.? KiB/s"
if "num_peers" in torrent_status:
currentpeers = str(torrent_status["num_peers"])
summary_currentpeers = summary_currentpeers + int(
torrent_status["num_peers"])
else:
currentpeers = "?"
if "num_seeds" in torrent_status:
currentseeds = str(torrent_status["num_seeds"])
summary_currentseeds = summary_currentseeds + int(
torrent_status["num_seeds"])
else:
currentseeds = "?"
if "total_peers" in torrent_status:
totalpeers = str(torrent_status["total_peers"])
summary_totalpeers = summary_totalpeers + int(
torrent_status["total_peers"])
else:
totalpeers = "?"
if "total_seeds" in torrent_status:
totalseeds = str(torrent_status["total_seeds"])
summary_totalseeds = summary_totalseeds + int(
torrent_status["total_seeds"])
else:
totalseeds = "?"
if "ratio" in torrent_status:
ratio = str(round(torrent_status["ratio"],
3)).ljust(5, "0")
else:
ratio = "?.???"
# for sorting in the same way as progress, we need to order from high to low
if "queue" in torrent_status:
queueorder = torrent_status["queue"]
else:
queueorder = -1
sortby = self.options.sortby
summary_notorrent = summary_notorrent + 1
# add torrent data to list
torrentData = TorrentData(
name, state, statecode, totaldone, totalsize,
progress, nofiles, downloadrate, downloadtext,
uploadrate, uploadtext, eta, etatext,
currentpeers, currentseeds, totalpeers,
totalseeds, ratio, queueorder, sortby)
torrentDataList.append(torrentData)
else:
self.logInfo(
"No torrent status data available for torrentid: "
+ torrentid)
if summary_notorrent > 0:
output = u""
if self.options.showsummary == True:
# sort out summary data for output
summary_notorrent = str(summary_notorrent)
summary_totalprogress = str(
round((float(summary_totaldone) /
float(summary_totalsize)) * 100, 2)) + "%"
summary_totaldone = fsize(summary_totaldone)
summary_totalsize = fsize(summary_totalsize)
summary_totaldownloadrate = fspeed(
summary_totaldownloadrate)
summary_totaluploadrate = fspeed(
summary_totaluploadrate)
summary_totaleta = ftime(highesteta)
summary_currentpeers = str(summary_currentpeers)
summary_currentseeds = str(summary_currentseeds)
summary_totalpeers = str(summary_totalpeers)
summary_totalseeds = str(summary_totalseeds)
summary_totalratio = "?.???"
output = self.getSummaryTemplateOutput(
summarytemplate, summary_notorrent,
summary_totalprogress, summary_totaldone,
summary_totalsize, summary_totaldownloadrate,
summary_totaluploadrate, summary_totaleta,
summary_currentpeers, summary_currentseeds,
summary_totalpeers, summary_totalseeds,
summary_totalratio)
if self.options.hidetorrentdetail == False:
outputCount = 0
# sort list, eta based
self.logInfo("Sorting torrent list using: %s" %
self.options.sortby)
torrentDataList.sort(reverse=True)
# output torrent data using the template
for torrentData in torrentDataList:
# keep a tally of torrent output, if past the limit then exit
if self.options.limit <> 0:
outputCount = outputCount + 1
if outputCount > self.options.limit:
break
output = output + self.getTorrentTemplateOutput(
torrenttemplate, torrentData.name,
torrentData.state, torrentData.totaldone,
torrentData.totalsize, torrentData.progress,
torrentData.nofiles, torrentData.downloadtext,
torrentData.uploadtext, torrentData.etatext,
torrentData.currentpeers,
torrentData.currentseeds,
torrentData.totalpeers, torrentData.totalseeds,
torrentData.ratio) + "\n"
print output.encode("utf-8")
else:
print u"No torrent info to display"
else:
self.logInfo("No torrents found")
except Exception, e:
self.logError("writeOutput:Unexpected error:" + e.__str__())
def show_info(self, torrent_id, status, verbose=False, detailed=False):
"""
Writes out the torrents information to the screen.
Format depends on switches given.
"""
self.console.set_batch_write(True)
if hasattr(self.console, "screen"):
cols = self.console.screen.cols
else:
cols = 80
if verbose or detailed:
self.console.write(" ")
self.console.write("{!info!}Name: {!input!}%s" % (status["name"]))
self.console.write("{!info!}ID: {!input!}%s" % (torrent_id))
s = "{!info!}State: %s%s" % (colors.state_color[status["state"]],
status["state"])
# Only show speed if active
if status["state"] in ("Seeding", "Downloading"):
if status["state"] != "Seeding":
s += " {!info!}Down Speed: {!input!}%s" % common.fspeed(
status["download_payload_rate"])
s += " {!info!}Up Speed: {!input!}%s" % common.fspeed(
status["upload_payload_rate"])
if common.ftime(status["eta"]):
s += " {!info!}ETA: {!input!}%s" % common.ftime(
status["eta"])
self.console.write(s)
if status["state"] in ("Seeding", "Downloading", "Queued"):
s = "{!info!}Seeds: {!input!}%s (%s)" % (status["num_seeds"],
status["total_seeds"])
s += " {!info!}Peers: {!input!}%s (%s)" % (
status["num_peers"], status["total_peers"])
s += " {!info!}Availibility: {!input!}%.2f" % status[
"distributed_copies"]
self.console.write(s)
total_done = common.fsize(status["total_done"])
total_size = common.fsize(status["total_size"])
if total_done == total_size:
s = "{!info!}Size: {!input!}%s" % (total_size)
else:
s = "{!info!}Size: {!input!}%s/%s" % (total_done, total_size)
s += " {!info!}Ratio: {!input!}%.3f" % status["ratio"]
s += " {!info!}Uploaded: {!input!}%s" % common.fsize(
status["ratio"] * status["total_done"])
self.console.write(s)
s = "{!info!}Tracker: {!input!}%s" % status["tracker"]
self.console.write(s)
if not status["is_finished"]:
pbar = format_progressbar(
status["progress"],
cols - (13 + len("%.2f%%" % status["progress"])))
s = "{!info!}Progress: {!input!}%.2f%% %s" % (
status["progress"], pbar)
self.console.write(s)
s = "{!info!}Download location: {!input!}%s" % status["save_path"]
self.console.write(s)
if detailed:
self.console.write("{!info!}Files in torrent")
self.show_file_info(torrent_id, status)
self.console.write("{!info!}Connected peers")
self.show_peer_info(torrent_id, status)
else:
self.console.write(" ")
up_color = colors.state_color["Seeding"]
down_color = colors.state_color["Downloading"]
s = "%s%s" % (colors.state_color[status["state"]],
"[" + status["state"][0] + "]")
s += " {!info!}" + ("%.2f%%" % status["progress"]).ljust(7, " ")
s += " {!input!}%s" % (status["name"])
#Shorten the ID if it's necessary. Pretty hacky
#I _REALLY_ should make a nice function for it that can partition and shorten stuff
space_left = cols - strwidth("[s] 100.00% " + status["name"] +
" " * 3) - 2
if space_left >= len(torrent_id) - 2:
#There's enough space, print it
s += " {!cyan!}%s" % torrent_id
else:
#Shorten the ID
a = int(space_left * 2 / 3.0)
b = space_left - a
if a < 8:
b = b - (8 - a)
a = 8
if b < 0:
a += b
b = 0
if a > 8:
#Print the shortened ID
s += " {!cyan!}%s" % (torrent_id[0:a] + ".." +
torrent_id[-b - 1:-1])
else:
#It has wrapped over to the second row anyway
s += " {!cyan!}%s" % torrent_id
self.console.write(s)
dl_info = "{!info!}DL: {!input!}"
dl_info += "%s" % common.fsize(status["total_done"])
if status["total_done"] != status["total_size"]:
dl_info += "/%s" % common.fsize(status["total_size"])
if status["download_payload_rate"] > 0:
dl_info += " @ %s%s" % (
down_color, common.fspeed(status["download_payload_rate"]))
ul_info = " {!info!}UL: {!input!}"
ul_info += "%s" % common.fsize(
status["ratio"] * status["total_done"])
if status["upload_payload_rate"] > 0:
ul_info += " @ %s%s" % (
up_color, common.fspeed(status["upload_payload_rate"]))
eta = ""
if common.ftime(status["eta"]):
eta = " {!info!}ETA: {!magenta!}%s" % common.ftime(
status["eta"])
self.console.write(" " + dl_info + ul_info + eta)
self.console.set_batch_write(False)
def show_file_info(self, torrent_id, status):
SPACES_PER_LEVEL = 2
if hasattr(self.console, "screen"):
cols = self.console.screen.cols
else:
cols = 80
dirs = []
prevpath = []
for i, file in enumerate(status["files"]):
filename = file["path"].split(dirsep)[-1]
filepath = file["path"].split(dirsep)[:-1]
for depth, subdir in enumerate(filepath):
indent = " " * depth * SPACES_PER_LEVEL
if depth >= len(prevpath):
self.console.write("%s{!cyan!}%s" % (indent, subdir))
elif subdir != prevpath[depth]:
self.console.write("%s{!cyan!}%s" % (indent, subdir))
depth = len(filepath)
indent = " " * depth * SPACES_PER_LEVEL
col_filename = indent + filename
col_size = " ({!cyan!}%s{!input!})" % common.fsize(file["size"])
col_progress = " {!input!}%.2f%%" % (status["file_progress"][i] *
100)
col_priority = " {!info!}Priority: "
fp = common.FILE_PRIORITY[status["file_priorities"][i]].replace(
"Priority", "")
if status["file_progress"][i] != 1.0:
if fp == "Do Not Download":
col_priority += "{!error!}"
else:
col_priority += "{!success!}"
else:
col_priority += "{!input!}"
col_priority += fp
rf = format_utils.remove_formatting
tlen = lambda s: strwidth(rf(s))
if not isinstance(col_filename, unicode):
col_filename = unicode(col_filename, 'utf-8')
col_all_info = col_size + col_progress + col_priority
#Check how much space we've got left after writing all the info
space_left = cols - tlen(col_all_info)
#And how much we will potentially have with the longest possible column
maxlen_space_left = cols - tlen(
" (1000.0 MiB) 100.00% Priority: Do Not Download")
if maxlen_space_left > tlen(col_filename) + 1:
#If there is enough space, pad it all nicely
col_all_info = ""
col_all_info += " ("
spaces_to_add = tlen(" (1000.0 MiB)") - tlen(col_size)
col_all_info += " " * spaces_to_add
col_all_info += col_size[2:]
spaces_to_add = tlen(" 100.00%") - tlen(col_progress)
col_all_info += " " * spaces_to_add
col_all_info += col_progress
spaces_to_add = tlen(" Priority: Do Not Download") - tlen(
col_priority)
col_all_info += col_priority
col_all_info += " " * spaces_to_add
#And remember to put it to the left!
col_filename = format_utils.pad_string(col_filename,
maxlen_space_left - 2,
side="right")
elif space_left > tlen(col_filename) + 1:
#If there is enough space, put the info to the right
col_filename = format_utils.pad_string(col_filename,
space_left - 2,
side="right")
else:
#And if there is not, shorten the name
col_filename = format_utils.trim_string(
col_filename, space_left, True)
self.console.write(col_filename + col_all_info)
prevpath = filepath
def render_header(self, row):
status = self.torrent_state
download_color = '{!info!}'
if status['download_payload_rate'] > 0:
download_color = colors.state_color['Downloading']
def add_field(name, row, pre_color='{!info!}', post_color='{!input!}'):
s = '%s%s: %s%s' % (
pre_color,
torrent_data_fields[name]['name'],
post_color,
get_column_value(name, status),
)
if row:
row = self.add_string(row, s)
return row
return s
# Name
row = add_field('name', row)
# State
row = add_field('state', row)
# Print DL info and ETA
s = add_field('downloaded', 0, download_color)
if status['progress'] != 100.0:
s += '/%s' % fsize(status['total_wanted'])
if status['download_payload_rate'] > 0:
s += ' {!yellow!}@ %s%s' % (
download_color,
fsize(status['download_payload_rate']),
)
s += add_field('eta', 0)
if s:
row = self.add_string(row, s)
# Print UL info and ratio
s = add_field('uploaded', 0, download_color)
if status['upload_payload_rate'] > 0:
s += ' {!yellow!}@ %s%s' % (
colors.state_color['Seeding'],
fsize(status['upload_payload_rate']),
)
s += ' ' + add_field('ratio', 0)
row = self.add_string(row, s)
# Seed/peer info
s = '{!info!}%s:{!green!} %s {!input!}(%s)' % (
torrent_data_fields['seeds']['name'],
status['num_seeds'],
status['total_seeds'],
)
row = self.add_string(row, s)
s = '{!info!}%s:{!red!} %s {!input!}(%s)' % (
torrent_data_fields['peers']['name'],
status['num_peers'],
status['total_peers'],
)
row = self.add_string(row, s)
# Tracker
tracker_color = '{!green!}' if status['message'] == 'OK' else '{!red!}'
s = '{!info!}%s: {!magenta!}%s{!input!} says "%s%s{!input!}"' % (
torrent_data_fields['tracker']['name'],
status['tracker_host'],
tracker_color,
status['message'],
)
row = self.add_string(row, s)
# Pieces and availability
s = '{!info!}%s: {!yellow!}%s {!input!}x {!yellow!}%s' % (
torrent_data_fields['pieces']['name'],
status['num_pieces'],
fsize(status['piece_length']),
)
if status['distributed_copies']:
s += '{!info!}%s: {!input!}%s' % (
torrent_data_fields['seed_rank']['name'],
status['seed_rank'],
)
row = self.add_string(row, s)
# Time added
row = add_field('time_added', row)
# Time active
row = add_field('active_time', row)
if status['seeding_time']:
row = add_field('seeding_time', row)
# Download Folder
row = add_field('download_location', row)
# Seed Rank
row = add_field('seed_rank', row)
# Super Seeding
row = add_field('super_seeding', row)
# Last seen complete
row = add_field('last_seen_complete', row)
# Last activity
row = add_field('time_since_transfer', row)
# Owner
if status['owner']:
row = add_field('owner', row)
return row
def show_file_info(self, torrent_id, status):
SPACES_PER_LEVEL = 2
if hasattr(self.console, "screen"):
cols = self.console.screen.cols
else:
cols = 80
dirs = []
prevpath = []
for i, file in enumerate(status["files"]):
filename = file["path"].split(dirsep)[-1]
filepath = file["path"].split(dirsep)[:-1]
for depth, subdir in enumerate(filepath):
indent = " "*depth*SPACES_PER_LEVEL
if depth >= len(prevpath):
self.console.write("%s{!cyan!}%s" % (indent, subdir))
elif subdir != prevpath[depth]:
self.console.write("%s{!cyan!}%s" % (indent, subdir))
depth = len(filepath)
indent = " " * depth * SPACES_PER_LEVEL
col_filename = indent + filename
col_size = " ({!cyan!}%s{!input!})" % common.fsize(file["size"])
col_progress = " {!input!}%.2f%%" % (status["file_progress"][i] * 100)
col_priority = " {!info!}Priority: "
fp = common.FILE_PRIORITY[status["file_priorities"][i]].replace("Priority", "")
if status["file_progress"][i] != 1.0:
if fp == "Do Not Download":
col_priority += "{!error!}"
else:
col_priority += "{!success!}"
else:
col_priority += "{!input!}"
col_priority+= fp
rf = format_utils.remove_formatting
tlen = lambda s: strwidth(rf(s))
if not isinstance(col_filename, unicode):
col_filename = unicode(col_filename, 'utf-8')
col_all_info = col_size + col_progress + col_priority
#Check how much space we've got left after writing all the info
space_left = cols - tlen(col_all_info)
#And how much we will potentially have with the longest possible column
maxlen_space_left = cols - tlen(" (1000.0 MiB) 100.00% Priority: Do Not Download")
if maxlen_space_left > tlen(col_filename) + 1:
#If there is enough space, pad it all nicely
col_all_info = ""
col_all_info += " ("
spaces_to_add = tlen(" (1000.0 MiB)") - tlen(col_size)
col_all_info += " " * spaces_to_add
col_all_info += col_size[2:]
spaces_to_add = tlen(" 100.00%") - tlen(col_progress)
col_all_info += " " * spaces_to_add
col_all_info += col_progress
spaces_to_add = tlen(" Priority: Do Not Download") - tlen(col_priority)
col_all_info += col_priority
col_all_info += " " * spaces_to_add
#And remember to put it to the left!
col_filename = format_utils.pad_string(col_filename, maxlen_space_left - 2, side = "right")
elif space_left > tlen(col_filename) + 1:
#If there is enough space, put the info to the right
col_filename = format_utils.pad_string(col_filename, space_left - 2, side = "right")
else:
#And if there is not, shorten the name
col_filename = format_utils.trim_string( col_filename, space_left, True)
self.console.write(col_filename + col_all_info)
prevpath = filepath
def show_file_info(self, torrent_id, status):
spaces_per_level = 2
if hasattr(self.console, 'screen'):
cols = self.console.screen.cols
else:
cols = 80
prevpath = []
for index, torrent_file in enumerate(status['files']):
filename = torrent_file['path'].split(dirsep)[-1]
filepath = torrent_file['path'].split(dirsep)[:-1]
for depth, subdir in enumerate(filepath):
indent = ' ' * depth * spaces_per_level
if depth >= len(prevpath):
self.console.write('%s{!cyan!}%s' % (indent, subdir))
elif subdir != prevpath[depth]:
self.console.write('%s{!cyan!}%s' % (indent, subdir))
depth = len(filepath)
indent = ' ' * depth * spaces_per_level
col_filename = indent + filename
col_size = ' ({!cyan!}%s{!input!})' % fsize(torrent_file['size'])
col_progress = ' {!input!}%.2f%%' % (
status['file_progress'][index] * 100)
col_priority = ' {!info!}Priority: '
file_priority = FILE_PRIORITY[status['file_priorities'][index]]
if status['file_progress'][index] != 1.0:
if file_priority == 'Skip':
col_priority += '{!error!}'
else:
col_priority += '{!success!}'
else:
col_priority += '{!input!}'
col_priority += file_priority
def tlen(string):
return strwidth(remove_formatting(string))
col_all_info = col_size + col_progress + col_priority
# Check how much space we've got left after writing all the info
space_left = cols - tlen(col_all_info)
# And how much we will potentially have with the longest possible column
maxlen_space_left = cols - tlen(
' (1000.0 MiB) 100.00% Priority: Normal')
if maxlen_space_left > tlen(col_filename) + 1:
# If there is enough space, pad it all nicely
col_all_info = ''
col_all_info += ' ('
spaces_to_add = tlen(' (1000.0 MiB)') - tlen(col_size)
col_all_info += ' ' * spaces_to_add
col_all_info += col_size[2:]
spaces_to_add = tlen(' 100.00%') - tlen(col_progress)
col_all_info += ' ' * spaces_to_add
col_all_info += col_progress
spaces_to_add = tlen(' Priority: Normal') - tlen(col_priority)
col_all_info += col_priority
col_all_info += ' ' * spaces_to_add
# And remember to put it to the left!
col_filename = pad_string(col_filename,
maxlen_space_left - 2,
side='right')
elif space_left > tlen(col_filename) + 1:
# If there is enough space, put the info to the right
col_filename = pad_string(col_filename,
space_left - 2,
side='right')
else:
# And if there is not, shorten the name
col_filename = trim_string(col_filename, space_left, True)
self.console.write(col_filename + col_all_info)
prevpath = filepath
def fsize2(size, second_size=None):
if second_size:
return "%s (%s)" % (fsize(size), fsize(second_size))
return fsize(size)
def show_file_info(self, torrent_id, status):
spaces_per_level = 2
if hasattr(self.console, 'screen'):
cols = self.console.screen.cols
else:
cols = 80
prevpath = []
for index, torrent_file in enumerate(status['files']):
filename = torrent_file['path'].split(dirsep)[-1]
filepath = torrent_file['path'].split(dirsep)[:-1]
for depth, subdir in enumerate(filepath):
indent = ' ' * depth * spaces_per_level
if depth >= len(prevpath):
self.console.write('%s{!cyan!}%s' % (indent, subdir))
elif subdir != prevpath[depth]:
self.console.write('%s{!cyan!}%s' % (indent, subdir))
depth = len(filepath)
indent = ' ' * depth * spaces_per_level
col_filename = indent + filename
col_size = ' ({!cyan!}%s{!input!})' % fsize(torrent_file['size'])
col_progress = ' {!input!}%.2f%%' % (status['file_progress'][index] * 100)
col_priority = ' {!info!}Priority: '
file_priority = FILE_PRIORITY[status['file_priorities'][index]].replace('Priority', '')
if status['file_progress'][index] != 1.0:
if file_priority == 'Do Not Download':
col_priority += '{!error!}'
else:
col_priority += '{!success!}'
else:
col_priority += '{!input!}'
col_priority += file_priority
def tlen(string):
return strwidth(remove_formatting(string))
col_all_info = col_size + col_progress + col_priority
# Check how much space we've got left after writing all the info
space_left = cols - tlen(col_all_info)
# And how much we will potentially have with the longest possible column
maxlen_space_left = cols - tlen(' (1000.0 MiB) 100.00% Priority: Do Not Download')
if maxlen_space_left > tlen(col_filename) + 1:
# If there is enough space, pad it all nicely
col_all_info = ''
col_all_info += ' ('
spaces_to_add = tlen(' (1000.0 MiB)') - tlen(col_size)
col_all_info += ' ' * spaces_to_add
col_all_info += col_size[2:]
spaces_to_add = tlen(' 100.00%') - tlen(col_progress)
col_all_info += ' ' * spaces_to_add
col_all_info += col_progress
spaces_to_add = tlen(' Priority: Do Not Download') - tlen(col_priority)
col_all_info += col_priority
col_all_info += ' ' * spaces_to_add
# And remember to put it to the left!
col_filename = pad_string(col_filename, maxlen_space_left - 2, side='right')
elif space_left > tlen(col_filename) + 1:
# If there is enough space, put the info to the right
col_filename = pad_string(col_filename, space_left - 2, side='right')
else:
# And if there is not, shorten the name
col_filename = trim_string(col_filename, space_left, True)
self.console.write(col_filename + col_all_info)
prevpath = filepath
def show_info(self, torrent_id, status, verbose=False, detailed=False):
"""
Writes out the torrents information to the screen.
Format depends on switches given.
"""
self.console.set_batch_write(True)
if hasattr(self.console, "screen"):
cols = self.console.screen.cols
else:
cols = 80
if verbose or detailed:
self.console.write(" ")
self.console.write("{!info!}Name: {!input!}%s" % (status["name"]))
self.console.write("{!info!}ID: {!input!}%s" % (torrent_id))
s = "{!info!}State: %s%s" % (colors.state_color[status["state"]], status["state"])
# Only show speed if active
if status["state"] in ("Seeding", "Downloading"):
if status["state"] != "Seeding":
s += " {!info!}Down Speed: {!input!}%s" % common.fspeed(status["download_payload_rate"])
s += " {!info!}Up Speed: {!input!}%s" % common.fspeed(status["upload_payload_rate"])
if common.ftime(status["eta"]):
s += " {!info!}ETA: {!input!}%s" % common.ftime(status["eta"])
self.console.write(s)
if status["state"] in ("Seeding", "Downloading", "Queued"):
s = "{!info!}Seeds: {!input!}%s (%s)" % (status["num_seeds"], status["total_seeds"])
s += " {!info!}Peers: {!input!}%s (%s)" % (status["num_peers"], status["total_peers"])
s += " {!info!}Availibility: {!input!}%.2f" % status["distributed_copies"]
self.console.write(s)
total_done = common.fsize(status["total_done"])
total_size = common.fsize(status["total_size"])
if total_done == total_size:
s = "{!info!}Size: {!input!}%s" % (total_size)
else:
s = "{!info!}Size: {!input!}%s/%s" % (total_done, total_size)
s += " {!info!}Ratio: {!input!}%.3f" % status["ratio"]
s += " {!info!}Uploaded: {!input!}%s" % common.fsize(status["ratio"] * status["total_done"])
self.console.write(s)
s = "{!info!}Tracker: {!input!}%s" % status["tracker"]
self.console.write(s)
if not status["is_finished"]:
pbar = format_progressbar(status["progress"], cols - (13 + len("%.2f%%" % status["progress"])))
s = "{!info!}Progress: {!input!}%.2f%% %s" % (status["progress"], pbar)
self.console.write(s)
s = "{!info!}Download location: {!input!}%s" % status["save_path"]
self.console.write(s)
if detailed:
self.console.write("{!info!}Files in torrent")
self.show_file_info(torrent_id, status)
self.console.write("{!info!}Connected peers")
self.show_peer_info(torrent_id, status)
else:
self.console.write(" ")
up_color = colors.state_color["Seeding"]
down_color = colors.state_color["Downloading"]
s = "%s%s" % (colors.state_color[status["state"]], "[" + status["state"][0] + "]")
s+= " {!info!}" + ("%.2f%%" % status["progress"]).ljust(7, " ")
s+= " {!input!}%s" % (status["name"])
#Shorten the ID if it's necessary. Pretty hacky
#I _REALLY_ should make a nice function for it that can partition and shorten stuff
space_left = cols - strwidth("[s] 100.00% " + status["name"] + " "*3) - 2
if space_left >= len(torrent_id) - 2:
#There's enough space, print it
s += " {!cyan!}%s" % torrent_id
else:
#Shorten the ID
a = int(space_left * 2/3.0)
b = space_left - a
if a < 8:
b = b - (8-a)
a = 8
if b < 0:
a+= b
b = 0
if a > 8:
#Print the shortened ID
s += " {!cyan!}%s" % (torrent_id[0:a] + ".." + torrent_id[-b-1:-1])
else:
#It has wrapped over to the second row anyway
s += " {!cyan!}%s" % torrent_id
self.console.write(s)
dl_info = "{!info!}DL: {!input!}"
dl_info+= "%s" % common.fsize(status["total_done"])
if status["total_done"] != status["total_size"]:
dl_info+= "/%s" % common.fsize(status["total_size"])
if status["download_payload_rate"] > 0:
dl_info += " @ %s%s" % (down_color, common.fspeed(status["download_payload_rate"]))
ul_info = " {!info!}UL: {!input!}"
ul_info+= "%s" % common.fsize(status["ratio"] * status["total_done"])
if status["upload_payload_rate"] > 0:
ul_info += " @ %s%s" % (up_color, common.fspeed(status["upload_payload_rate"]))
eta = ""
if common.ftime(status["eta"]):
eta = " {!info!}ETA: {!magenta!}%s" % common.ftime(status["eta"])
self.console.write(" " + dl_info + ul_info + eta)
self.console.set_batch_write(False)
def ftotal_sized(first, second):
return '%s (%s)' % (fsize(first,
shortform=True), fsize(second, shortform=True))
def show_info(self, torrent_id, status, verbose=False, detailed=False):
"""
Writes out the torrents information to the screen.
Format depends on switches given.
"""
self.console.set_batch_write(True)
if hasattr(self.console, 'screen'):
cols = self.console.screen.cols
else:
cols = 80
sep = ' '
if verbose or detailed:
self.console.write('{!info!}Name: {!input!}%s' % (status['name']))
self.console.write('{!info!}ID: {!input!}%s' % (torrent_id))
s = '{!info!}State: %s%s' % (colors.state_color[status['state']], status['state'])
# Only show speed if active
if status['state'] in ('Seeding', 'Downloading'):
if status['state'] != 'Seeding':
s += sep
s += '{!info!}Down Speed: {!input!}%s' % fspeed(
status['download_payload_rate'], shortform=True)
s += sep
s += '{!info!}Up Speed: {!input!}%s' % fspeed(
status['upload_payload_rate'], shortform=True)
self.console.write(s)
if status['state'] in ('Seeding', 'Downloading', 'Queued'):
s = '{!info!}Seeds: {!input!}%s (%s)' % (status['num_seeds'], status['total_seeds'])
s += sep
s += '{!info!}Peers: {!input!}%s (%s)' % (status['num_peers'], status['total_peers'])
s += sep
s += '{!info!}Availability: {!input!}%.2f' % status['distributed_copies']
s += sep
s += '{!info!}Seed Rank: {!input!}%s' % f_seedrank_dash(
status['seed_rank'], status['seeding_time'])
self.console.write(s)
total_done = fsize(status['total_done'], shortform=True)
total_size = fsize(status['total_size'], shortform=True)
if total_done == total_size:
s = '{!info!}Size: {!input!}%s' % (total_size)
else:
s = '{!info!}Size: {!input!}%s/%s' % (total_done, total_size)
s += sep
s += '{!info!}Downloaded: {!input!}%s' % fsize(status['all_time_download'], shortform=True)
s += sep
s += '{!info!}Uploaded: {!input!}%s' % fsize(status['total_uploaded'], shortform=True)
s += sep
s += '{!info!}Share Ratio: {!input!}%.2f' % status['ratio']
self.console.write(s)
s = '{!info!}ETA: {!input!}%s' % format_time(status['eta'])
s += sep
s += '{!info!}Seeding: {!input!}%s' % format_time(status['seeding_time'])
s += sep
s += '{!info!}Active: {!input!}%s' % format_time(status['active_time'])
self.console.write(s)
s = '{!info!}Last Transfer: {!input!}%s' % format_time(status['time_since_transfer'])
s += sep
s += '{!info!}Complete Seen: {!input!}%s' % format_date_never(
status['last_seen_complete'])
self.console.write(s)
s = '{!info!}Tracker: {!input!}%s' % status['tracker_host']
self.console.write(s)
self.console.write('{!info!}Tracker status: {!input!}%s' % status['tracker_status'])
if not status['is_finished']:
pbar = f_progressbar(status['progress'], cols - (13 + len('%.2f%%' % status['progress'])))
s = '{!info!}Progress: {!input!}%.2f%% %s' % (status['progress'], pbar)
self.console.write(s)
s = '{!info!}Download Folder: {!input!}%s' % status['download_location']
self.console.write(s + '\n')
if detailed:
self.console.write('{!info!}Files in torrent')
self.show_file_info(torrent_id, status)
self.console.write('{!info!}Connected peers')
self.show_peer_info(torrent_id, status)
else:
up_color = colors.state_color['Seeding']
down_color = colors.state_color['Downloading']
s = '%s%s' % (colors.state_color[status['state']], '[' + status['state'][0] + ']')
s += ' {!info!}' + format_progress(status['progress']).rjust(6, ' ')
s += ' {!input!}%s' % (status['name'])
# Shorten the ID if it's necessary. Pretty hacky
# XXX: should make a nice function for it that can partition and shorten stuff
space_left = cols - strwidth('[S] 99.99% ' + status['name'])
if self.console.interactive and space_left >= len(sep + torrent_id):
# Not enough line space so shorten the hash (for interactive mode).
torrent_id = shorten_hash(torrent_id, space_left)
s += sep
s += '{!cyan!}%s' % torrent_id
self.console.write(s)
dl_info = '{!info!}DL: {!input!}'
dl_info += '%s' % ftotal_sized(status['all_time_download'], status['total_payload_download'])
if status['download_payload_rate'] > 0:
dl_info += ' @ %s%s' % (down_color, fspeed(
status['download_payload_rate'], shortform=True))
ul_info = ' {!info!}UL: {!input!}'
ul_info += '%s' % ftotal_sized(status['total_uploaded'], status['total_payload_upload'])
if status['upload_payload_rate'] > 0:
ul_info += ' @ %s%s' % (up_color, fspeed(
status['upload_payload_rate'], shortform=True))
eta = ' {!info!}ETA: {!magenta!}%s' % format_time(status['eta'])
self.console.write(' ' + dl_info + ul_info + eta + '\n')
self.console.set_batch_write(False)
def render_header(self, off):
status = self.torrent_state
up_color = colors.state_color["Seeding"]
down_color = colors.state_color["Downloading"]
#Name
s = "{!info!}Name: {!input!}%s" % status["name"]
self.add_string(off, s)
off += 1
#Print DL info and ETA
if status["download_payload_rate"] > 0:
s = "%sDownloading: {!input!}" % down_color
else:
s = "{!info!}Downloaded: {!input!}"
s += common.fsize(status["all_time_download"])
if status["progress"] != 100.0:
s += "/%s" % common.fsize(status["total_wanted"])
if status["download_payload_rate"] > 0:
s += " {!yellow!}@ %s%s" % (
down_color, common.fsize(status["download_payload_rate"]))
s += "{!info!} ETA: {!input!}%s" % format_utils.format_time(
status["eta"])
self.add_string(off, s)
off += 1
#Print UL info and ratio
if status["upload_payload_rate"] > 0:
s = "%sUploading: {!input!}" % up_color
else:
s = "{!info!}Uploaded: {!input!}"
s += common.fsize(status["total_uploaded"])
if status["upload_payload_rate"] > 0:
s += " {!yellow!}@ %s%s" % (
up_color, common.fsize(status["upload_payload_rate"]))
ratio_str = format_utils.format_float(status["ratio"])
if ratio_str == "-": ratio_str = "inf"
s += " {!info!}Ratio: {!input!}%s" % ratio_str
self.add_string(off, s)
off += 1
#Seeder/leecher info
s = "{!info!}Seeders:{!green!} %s {!input!}(%s)" % (
status["num_seeds"], status["total_seeds"])
self.add_string(off, s)
off += 1
s = "{!info!}Leechers:{!red!} %s {!input!}(%s)" % (
status["num_peers"], status["total_peers"])
self.add_string(off, s)
off += 1
#Tracker
if status["message"] == "OK":
color = "{!green!}"
else:
color = "{!red!}"
s = "{!info!}Tracker: {!magenta!}%s{!input!} says \"%s%s{!input!}\"" % (
status["tracker_host"], color, status["message"])
self.add_string(off, s)
off += 1
#Pieces and availability
s = "{!info!}Pieces: {!yellow!}%s {!input!}x {!yellow!}%s" % (
status["num_pieces"], common.fsize(status["piece_length"]))
if status["distributed_copies"]:
s += " {!info!}Availability: {!input!}%s" % format_utils.format_float(
status["distributed_copies"])
self.add_string(off, s)
off += 1
#Time added
s = "{!info!}Added: {!input!}%s" % common.fdate(status["time_added"])
self.add_string(off, s)
off += 1
#Time active
s = "{!info!}Time active: {!input!}%s" % (common.ftime(
status["active_time"]))
if status["seeding_time"]:
s += ", {!cyan!}%s{!input!} seeding" % (common.ftime(
status["seeding_time"]))
self.add_string(off, s)
off += 1
#Save Path
s = "{!info!}Save path: {!input!}%s" % status["save_path"]
self.add_string(off, s)
off += 1
#Owner
if status["owner"]:
s = "{!info!}Owner: {!input!}%s" % status["owner"]
return off
def fsize2(size, second_size=None):
if second_size:
return "%s (%s)" % (fsize(size), fsize(second_size))
return fsize(size)
def show_info(self, torrent_id, status, verbose=False):
"""
Writes out the torrents information to the screen.
:param torrent_id: str, the torrent_id
:param status: dict, the torrents status, this should have the same keys
as status_keys
:param verbose: bool, if true, we print out more information about the
the torrent
"""
self.console.set_batch_write(True)
self.console.write(" ")
self.console.write("{!info!}Name: {!input!}%s" % (status["name"]))
self.console.write("{!info!}ID: {!input!}%s" % (torrent_id))
s = "{!info!}State: %s%s" % (colors.state_color[status["state"]], status["state"])
# Only show speed if active
if status["state"] in ("Seeding", "Downloading"):
if status["state"] != "Seeding":
s += " {!info!}Down Speed: {!input!}%s" % common.fspeed(status["download_payload_rate"])
s += " {!info!}Up Speed: {!input!}%s" % common.fspeed(status["upload_payload_rate"])
if common.ftime(status["eta"]):
s += " {!info!}ETA: {!input!}%s" % common.ftime(status["eta"])
self.console.write(s)
if status["state"] in ("Seeding", "Downloading", "Queued"):
s = "{!info!}Seeds: {!input!}%s (%s)" % (status["num_seeds"], status["total_seeds"])
s += " {!info!}Peers: {!input!}%s (%s)" % (status["num_peers"], status["total_peers"])
s += " {!info!}Availibility: {!input!}%.2f" % status["distributed_copies"]
self.console.write(s)
s = "{!info!}Size: {!input!}%s/%s" % (common.fsize(status["total_done"]), common.fsize(status["total_size"]))
s += " {!info!}Ratio: {!input!}%.3f" % status["ratio"]
self.console.write(s)
if not status["is_finished"]:
if hasattr(self.console, "screen"):
cols = self.console.screen.cols
else:
cols = 80
pbar = format_progressbar(status["progress"], cols - (13 + len("%.2f%%" % status["progress"])))
s = "{!info!}Progress: {!input!}%.2f%% %s" % (status["progress"], pbar)
self.console.write(s)
if verbose:
self.console.write(" {!info!}::Files")
for i, f in enumerate(status["files"]):
s = " {!input!}%s (%s)" % (f["path"], common.fsize(f["size"]))
s += " {!info!}Progress: {!input!}%.2f%%" % (status["file_progress"][i] * 100)
s += " {!info!}Priority:"
fp = common.FILE_PRIORITY[status["file_priorities"][i]].replace("Priority", "")
if fp == "Do Not Download":
s += "{!error!}"
else:
s += "{!success!}"
s += " %s" % (fp)
# Check if this is too long for the screen and reduce the path
# if necessary
if hasattr(self.console, "screen"):
cols = self.console.screen.cols
slen = colors.get_line_length(s, self.console.screen.encoding)
if slen > cols:
s = s.replace(f["path"], f["path"][slen - cols + 1:])
self.console.write(s)
self.console.write(" {!info!}::Peers")
if len(status["peers"]) == 0:
self.console.write(" None")
else:
s = ""
for peer in status["peers"]:
if peer["seed"]:
s += "%sSeed\t{!input!}" % colors.state_color["Seeding"]
else:
s += "%sPeer\t{!input!}" % colors.state_color["Downloading"]
s += peer["country"] + "\t"
s += peer["ip"]
c = peer["client"]
s += "\t" + c
if len(c) < 16:
s += "\t\t"
else:
s += "\t"
s += "%s%s\t%s%s" % (
colors.state_color["Seeding"],
common.fspeed(peer["up_speed"]),
colors.state_color["Downloading"],
common.fspeed(peer["down_speed"]))
s += "\n"
self.console.write(s[:-1])
self.console.set_batch_write(False)
def fpieces(pieces, length):
return "%s (%s)" % (pieces, fsize(length))
def fpieces(pieces, length):
return "%s (%s)" % (pieces, fsize(length))
def draw_files(self, files, depth, off, idx):
color_selected = 'blue'
color_partially_selected = 'magenta'
color_highlighted = 'white'
for fl in files:
# from sys import stderr
# print >> stderr, fl[6]
# kick out if we're going to draw too low on the screen
if off >= self.rows - 1:
self.more_to_draw = True
return -1, -1
# default color values
fg = 'white'
bg = 'black'
attr = ''
priority_fg_color = {
-2: 'white', # Mixed
0: 'red', # Ignore
1: 'yellow', # Low
2: 'yellow',
3: 'yellow',
4: 'white', # Normal
5: 'green',
6: 'green',
7: 'green' # High
}
fg = priority_fg_color[fl[6]]
if idx >= self.file_off:
# set fg/bg colors based on whether the file is selected/marked or not
if fl[1] in self.marked:
bg = color_selected
if fl[3]:
if self.marked[fl[1]] < self.__get_contained_files_count(file_list=fl[3]):
bg = color_partially_selected
attr = 'bold'
if idx == self.current_file_idx:
self.current_file = fl
bg = color_highlighted
if fl[1] in self.marked:
fg = color_selected
if fl[3]:
if self.marked[fl[1]] < self.__get_contained_files_count(file_list=fl[3]):
fg = color_partially_selected
else:
if fg == 'white':
fg = 'black'
attr = 'bold'
if attr:
color_string = '{!%s,%s,%s!}' % (fg, bg, attr)
else:
color_string = '{!%s,%s!}' % (fg, bg)
# actually draw the dir/file string
if fl[3] and fl[4]: # this is an expanded directory
xchar = 'v'
elif fl[3]: # collapsed directory
xchar = '>'
else: # file
xchar = '-'
r = format_row(['%s%s %s' % (' ' * depth, xchar, fl[0]),
fsize(fl[2]), fl[5],
format_priority(fl[6])],
self.column_widths)
self.add_string(off, '%s%s' % (color_string, r), trim=False)
off += 1
if fl[3] and fl[4]:
# recurse if we have children and are expanded
off, idx = self.draw_files(fl[3], depth + 1, off, idx + 1)
if off < 0:
return (off, idx)
else:
idx += 1
return (off, idx)
def render_header(self, off):
status = self.torrent_state
up_color = colors.state_color["Seeding"]
down_color = colors.state_color["Downloading"]
#Name
s = "{!info!}Name: {!input!}%s" % status["name"]
self.add_string(off, s); off += 1
#Print DL info and ETA
if status["download_payload_rate"] > 0:
s = "%sDownloading: {!input!}" % down_color
else:
s = "{!info!}Downloaded: {!input!}"
s+= common.fsize(status["all_time_download"])
if status["progress"] != 100.0:
s+= "/%s" % common.fsize(status["total_wanted"])
if status["download_payload_rate"] > 0:
s+= " {!yellow!}@ %s%s" % (down_color, common.fsize(status["download_payload_rate"]))
s+= "{!info!} ETA: {!input!}%s" % format_utils.format_time(status["eta"])
self.add_string(off, s); off += 1
#Print UL info and ratio
if status["upload_payload_rate"] > 0:
s = "%sUploading: {!input!}" % up_color
else:
s = "{!info!}Uploaded: {!input!}"
s+= common.fsize(status["total_uploaded"])
if status["upload_payload_rate"] > 0:
s+= " {!yellow!}@ %s%s" % (up_color, common.fsize(status["upload_payload_rate"]))
ratio_str = format_utils.format_float(status["ratio"])
if ratio_str == "-": ratio_str = "inf"
s+= " {!info!}Ratio: {!input!}%s" % ratio_str
self.add_string(off, s); off += 1
#Seeder/leecher info
s = "{!info!}Seeders:{!green!} %s {!input!}(%s)" % (status["num_seeds"], status["total_seeds"])
self.add_string(off, s); off += 1
s = "{!info!}Leechers:{!red!} %s {!input!}(%s)" % (status["num_peers"], status["total_peers"])
self.add_string(off, s); off += 1
#Tracker
if status["message"] == "OK":
color = "{!green!}"
else:
color = "{!red!}"
s = "{!info!}Tracker: {!magenta!}%s{!input!} says \"%s%s{!input!}\"" % (status["tracker_host"], color, status["message"])
self.add_string(off, s); off += 1
#Pieces and availability
s = "{!info!}Pieces: {!yellow!}%s {!input!}x {!yellow!}%s" % (status["num_pieces"], common.fsize(status["piece_length"]))
if status["distributed_copies"]:
s+= " {!info!}Availability: {!input!}%s" % format_utils.format_float(status["distributed_copies"])
self.add_string(off, s); off += 1
#Time added
s = "{!info!}Added: {!input!}%s" % common.fdate(status["time_added"])
self.add_string(off, s); off += 1
#Time active
s = "{!info!}Time active: {!input!}%s" % ( common.ftime(status["active_time"]) )
if status["seeding_time"]:
s+= ", {!cyan!}%s{!input!} seeding" % ( common.ftime(status["seeding_time"]) )
self.add_string(off, s); off += 1
#Save Path
s = "{!info!}Save path: {!input!}%s" % status["save_path"]
self.add_string(off, s); off += 1
#Owner
if status["owner"]:
s = "{!info!}Owner: {!input!}%s" % status["owner"]
return off
def render_header(self, row):
status = self.torrent_state
download_color = '{!info!}'
if status['download_payload_rate'] > 0:
download_color = colors.state_color['Downloading']
def add_field(name, row, pre_color='{!info!}', post_color='{!input!}'):
s = '%s%s: %s%s' % (pre_color, torrent_data_fields[name]['name'],
post_color, get_column_value(name, status))
if row:
row = self.add_string(row, s)
return row
return s
# Name
row = add_field('name', row)
# State
row = add_field('state', row)
# Print DL info and ETA
s = add_field('downloaded', 0, download_color)
if status['progress'] != 100.0:
s += '/%s' % fsize(status['total_wanted'])
if status['download_payload_rate'] > 0:
s += ' {!yellow!}@ %s%s' % (download_color, fsize(status['download_payload_rate']))
s += add_field('eta', 0)
if s:
row = self.add_string(row, s)
# Print UL info and ratio
s = add_field('uploaded', 0, download_color)
if status['upload_payload_rate'] > 0:
s += ' {!yellow!}@ %s%s' % (colors.state_color['Seeding'], fsize(status['upload_payload_rate']))
s += ' ' + add_field('ratio', 0)
row = self.add_string(row, s)
# Seed/peer info
s = '{!info!}%s:{!green!} %s {!input!}(%s)' % (torrent_data_fields['seeds']['name'],
status['num_seeds'], status['total_seeds'])
row = self.add_string(row, s)
s = '{!info!}%s:{!red!} %s {!input!}(%s)' % (torrent_data_fields['peers']['name'],
status['num_peers'], status['total_peers'])
row = self.add_string(row, s)
# Tracker
tracker_color = '{!green!}' if status['message'] == 'OK' else '{!red!}'
s = '{!info!}%s: {!magenta!}%s{!input!} says "%s%s{!input!}"' % (
torrent_data_fields['tracker']['name'], status['tracker_host'], tracker_color, status['message'])
row = self.add_string(row, s)
# Pieces and availability
s = '{!info!}%s: {!yellow!}%s {!input!}x {!yellow!}%s' % (
torrent_data_fields['pieces']['name'], status['num_pieces'], fsize(status['piece_length']))
if status['distributed_copies']:
s += '{!info!}%s: {!input!}%s' % (torrent_data_fields['seed_rank']['name'], status['seed_rank'])
row = self.add_string(row, s)
# Time added
row = add_field('time_added', row)
# Time active
row = add_field('active_time', row)
if status['seeding_time']:
row = add_field('seeding_time', row)
# Download Folder
row = add_field('download_location', row)
# Seed Rank
row = add_field('seed_rank', row)
# Last seen complete
row = add_field('last_seen_complete', row)
# Last activity
row = add_field('time_since_transfer', row)
# Owner
if status['owner']:
row = add_field('owner', row)
return row
def test_fsize(self):
self.assertEqual(fsize(0), '0 B')
self.assertEqual(fsize(100), '100 B')
self.assertEqual(fsize(1023), '1023 B')
self.assertEqual(fsize(1024), '1.0 KiB')
self.assertEqual(fsize(1048575), '1024.0 KiB')
self.assertEqual(fsize(1048576), '1.0 MiB')
self.assertEqual(fsize(1073741823), '1024.0 MiB')
self.assertEqual(fsize(1073741824), '1.0 GiB')
self.assertEqual(fsize(112245), '109.6 KiB')
self.assertEqual(fsize(110723441824), '103.1 GiB')
self.assertEqual(fsize(1099511627775), '1024.0 GiB')
self.assertEqual(fsize(1099511627777), '1.0 TiB')
self.assertEqual(fsize(766148267453245), '696.8 TiB')
def _on_get_free_space(self, space):
if space >= 0:
self.diskspace_item.set_markup('<small>%s</small>' % fsize(space, shortform=True))
else:
self.diskspace_item.set_markup('<span foreground="red">' + _('Error') + '</span>')
def show_info(self, torrent_id, status, verbose=False):
"""
Writes out the torrents information to the screen.
:param torrent_id: str, the torrent_id
:param status: dict, the torrents status, this should have the same keys
as status_keys
:param verbose: bool, if true, we print out more information about the
the torrent
"""
self.console.set_batch_write(True)
self.console.write(" ")
self.console.write("{!info!}Name: {!input!}%s" % (status["name"]))
self.console.write("{!info!}ID: {!input!}%s" % (torrent_id))
s = "{!info!}State: %s%s" % (colors.state_color[status["state"]],
status["state"])
# Only show speed if active
if status["state"] in ("Seeding", "Downloading"):
if status["state"] != "Seeding":
s += " {!info!}Down Speed: {!input!}%s" % common.fspeed(
status["download_payload_rate"])
s += " {!info!}Up Speed: {!input!}%s" % common.fspeed(
status["upload_payload_rate"])
if common.ftime(status["eta"]):
s += " {!info!}ETA: {!input!}%s" % common.ftime(status["eta"])
self.console.write(s)
if status["state"] in ("Seeding", "Downloading", "Queued"):
s = "{!info!}Seeds: {!input!}%s (%s)" % (status["num_seeds"],
status["total_seeds"])
s += " {!info!}Peers: {!input!}%s (%s)" % (status["num_peers"],
status["total_peers"])
s += " {!info!}Availability: {!input!}%.2f" % status[
"distributed_copies"]
self.console.write(s)
s = "{!info!}Size: {!input!}%s/%s" % (common.fsize(
status["total_done"]), common.fsize(status["total_size"]))
s += " {!info!}Ratio: {!input!}%.3f" % status["ratio"]
self.console.write(s)
s = "{!info!}Seed time: {!input!}%s" % format_time(
status["seeding_time"])
s += " {!info!}Active: {!input!}%s" % format_time(
status["active_time"])
self.console.write(s)
self.console.write("{!info!}Tracker status: {!input!}%s" %
status["tracker_status"])
if not status["is_finished"]:
if hasattr(self.console, "screen"):
cols = self.console.screen.cols
else:
cols = 80
pbar = format_progressbar(
status["progress"],
cols - (13 + len("%.2f%%" % status["progress"])))
s = "{!info!}Progress: {!input!}%.2f%% %s" % (status["progress"],
pbar)
self.console.write(s)
if verbose:
self.console.write(" {!info!}::Files")
for i, f in enumerate(status["files"]):
s = " {!input!}%s (%s)" % (f["path"], common.fsize(
f["size"]))
s += " {!info!}Progress: {!input!}%.2f%%" % (
status["file_progress"][i] * 100)
s += " {!info!}Priority:"
fp = common.FILE_PRIORITY[status["file_priorities"]
[i]].replace("Priority", "")
if fp == "Do Not Download":
s += "{!error!}"
else:
s += "{!success!}"
s += " %s" % (fp)
# Check if this is too long for the screen and reduce the path
# if necessary
if hasattr(self.console, "screen"):
cols = self.console.screen.cols
slen = colors.get_line_length(s,
self.console.screen.encoding)
if slen > cols:
s = s.replace(f["path"], f["path"][slen - cols + 1:])
self.console.write(s)
self.console.write(" {!info!}::Peers")
if len(status["peers"]) == 0:
self.console.write(" None")
else:
s = ""
for peer in status["peers"]:
if peer["seed"]:
s += "%sSeed\t{!input!}" % colors.state_color["Seeding"]
else:
s += "%sPeer\t{!input!}" % colors.state_color[
"Downloading"]
s += peer["country"] + "\t"
if peer["ip"].count(":") == 1:
# IPv4
s += peer["ip"]
else:
# IPv6
s += "[%s]:%s" % (":".join(peer["ip"].split(":")[:-1]),
peer["ip"].split(":")[-1])
c = peer["client"]
s += "\t" + c
if len(c) < 16:
s += "\t\t"
else:
s += "\t"
s += "%s%s\t%s%s" % (colors.state_color["Seeding"],
common.fspeed(peer["up_speed"]),
colors.state_color["Downloading"],
common.fspeed(peer["down_speed"]))
s += "\n"
self.console.write(s[:-1])
self.console.set_batch_write(False)
def ftotal_sized(first, second):
return '%s (%s)' % (fsize(first, shortform=True), fsize(second, shortform=True))
