#!/usr/bin/env python ######################################################################## # This is transmission-remote-cli, whereas 'cli' stands for 'Curses # # Luminous Interface', a client for the daemon of the BitTorrent # # client Transmission. # # # # This program is free software: you can redistribute it and/or modify # # it under the terms of the GNU General Public License as published by # # the Free Software Foundation, either version 3 of the License, or # # (at your option) any later version. # # # # This program is distributed in the hope that it will be useful, # # but WITHOUT ANY WARRANTY; without even the implied warranty of # # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # # GNU General Public License for more details: # # http://www.gnu.org/licenses/gpl-3.0.txt # ######################################################################## VERSION = '1.5.0' TRNSM_VERSION_MIN = '1.90' TRNSM_VERSION_MAX = '2.80' RPC_VERSION_MIN = 8 RPC_VERSION_MAX = 15 # error codes CONNECTION_ERROR = 1 JSON_ERROR = 2 CONFIGFILE_ERROR = 3 # use simplejson if available because it seems to be faster try: import simplejson as json except ImportError: try: # Python 2.6 comes with a json module ... import json # ...but there is also an old json module that doesn't support .loads/.dumps. json.dumps ; json.dumps except (ImportError,AttributeError): quit("Please install simplejson or Python 2.6 or higher.") import time import re import base64 import httplib import urllib2 import socket socket.setdefaulttimeout(None) import ConfigParser from optparse import OptionParser, SUPPRESS_HELP import sys import os import signal import unicodedata import locale import curses import curses.ascii from textwrap import wrap from subprocess import call, Popen import netrc import glob # optional features provided by non-standard modules features = {'dns':False, 'geoip':False, 'ipy':False} try: import adns; features['dns'] = True # resolve IP to host name except ImportError: features['dns'] = False try: import GeoIP; features['geoip'] = True # show country peer seems to be in except ImportError: features['geoip'] = False try: import IPy; features['ipy'] = True # extract ipv4 from ipv6 addresses except ImportError: features['ipy'] = False if features['ipy']: IPV6_RANGE_6TO4 = IPy.IP('2002::/16') IPV6_RANGE_TEREDO = IPy.IP('2001::/32') IPV4_ONES = 0xffffffff if features['geoip']: def country_code_by_addr_vany(geo_ip, geo_ip6, addr): if '.' in addr: return geo_ip.country_code_by_addr(addr) if not ':' in addr: return None if features['ipy']: ip = IPy.IP(addr) if ip in IPV6_RANGE_6TO4: addr = str(IPy.IP(ip.int() >> 80 & IPV4_ONES)) return geo_ip.country_code_by_addr(addr) elif ip in IPV6_RANGE_TEREDO: addr = str(IPy.IP(ip.int() & IPV4_ONES ^ IPV4_ONES)) return geo_ip.country_code_by_addr(addr) if hasattr(geo_ip6, 'country_code_by_addr_v6'): return geo_ip6.country_code_by_addr_v6(addr) # define config defaults config = ConfigParser.SafeConfigParser() config.add_section('Connection') config.set('Connection', 'password', '') config.set('Connection', 'username', '') config.set('Connection', 'port', '9091') config.set('Connection', 'host', 'localhost') config.set('Connection', 'path', '/transmission/rpc') config.set('Connection', 'ssl', 'False') config.add_section('Sorting') config.set('Sorting', 'order', 'name') config.add_section('Filtering') config.set('Filtering', 'filter', '') config.set('Filtering', 'invert', 'False') config.add_section('Misc') config.set('Misc', 'compact_list', 'False') config.set('Misc', 'torrentname_is_progressbar', 'True') config.set('Misc', 'file_viewer', 'xdg-open %%s') config.add_section('Colors') config.set('Colors', 'title_seed', 'bg:green,fg:black') config.set('Colors', 'title_download', 'bg:blue,fg:black') config.set('Colors', 'title_idle', 'bg:cyan,fg:black') config.set('Colors', 'title_verify', 'bg:magenta,fg:black') config.set('Colors', 'title_paused', 'bg:black,fg:white') config.set('Colors', 'title_error', 'bg:red,fg:white') config.set('Colors', 'download_rate', 'bg:black,fg:blue') config.set('Colors', 'upload_rate', 'bg:black,fg:red') config.set('Colors', 'eta+ratio', 'bg:black,fg:white') config.set('Colors', 'filter_status', 'bg:red,fg:black') config.set('Colors', 'dialog', 'bg:black,fg:white') config.set('Colors', 'dialog_important', 'bg:red,fg:black') config.set('Colors', 'button', 'bg:white,fg:black') config.set('Colors', 'button_focused', 'bg:black,fg:white') config.set('Colors', 'file_prio_high', 'bg:red,fg:black') config.set('Colors', 'file_prio_normal', 'bg:white,fg:black') config.set('Colors', 'file_prio_low', 'bg:yellow,fg:black') config.set('Colors', 'file_prio_off', 'bg:blue,fg:black') class ColorManager: def __init__(self, config): self.config = dict() self.term_has_colors = curses.has_colors() curses.start_color() if self.term_has_colors: curses.use_default_colors() for name in config.keys(): self.config[name] = self._parse_color_pair(config[name]) if self.term_has_colors: curses.init_pair(self.config[name]['id'], self.config[name]['fg'], self.config[name]['bg']) def _parse_color_pair(self, pair): # BG and FG are intentionally switched here because colors are always # used with curses.A_REVERSE. (To be honest, I forgot why, probably # has something to do with how highlighting focus works.) bg_name = pair.split(',')[1].split(':')[1].upper() fg_name = pair.split(',')[0].split(':')[1].upper() color_pair = { 'id': len(self.config.keys()) + 1 } try: color_pair['bg'] = eval('curses.COLOR_' + bg_name) except AttributeError: color_pair['bg'] = -1 try: color_pair['fg'] = eval('curses.COLOR_' + fg_name) except AttributeError: color_pair['fg'] = -1 return color_pair def id(self, name): return self.config[name]['id'] class Normalizer: def __init__(self): self.values = {} def add(self, id, value, max): if not id in self.values.keys(): self.values[id] = [ float(value) ] else: if len(self.values[id]) >= max: self.values[id].pop(0) self.values[id].append(float(value)) return self.get(id) def get(self, id): if not id in self.values.keys(): return 0.0 return sum(self.values[id]) / len(self.values[id]) authhandler = None session_id = 0 # Handle communication with Transmission server. class TransmissionRequest: def __init__(self, host, port, path, method=None, tag=None, arguments=None): self.url = create_url(host, port, path) self.open_request = None self.last_update = 0 if method and tag: self.set_request_data(method, tag, arguments) def set_request_data(self, method, tag, arguments=None): request_data = {'method':method, 'tag':tag} if arguments: request_data['arguments'] = arguments self.http_request = urllib2.Request(url=self.url, data=json.dumps(request_data)) def send_request(self): """Ask for information from server OR submit command.""" global session_id try: if session_id: self.http_request.add_header('X-Transmission-Session-Id', session_id) self.open_request = urllib2.urlopen(self.http_request) except AttributeError: # request data (http_request) isn't specified yet -- data will be available on next call pass # authentication except urllib2.HTTPError, e: try: msg = html2text(str(e.read())) except: msg = str(e) # extract session id and send request again m = re.search('X-Transmission-Session-Id:\s*(\w+)', msg) try: session_id = m.group(1) self.send_request() except AttributeError: quit(str(msg) + "\n", CONNECTION_ERROR) except urllib2.URLError, msg: try: reason = msg.reason[1] except IndexError: reason = str(msg.reason) quit("Cannot connect to %s: %s\n" % (self.http_request.host, reason), CONNECTION_ERROR) def get_response(self): """Get response to previously sent request.""" if self.open_request == None: return {'result': 'no open request'} response = self.open_request.read() # work around regression in Python 2.6.5, caused by http://bugs.python.org/issue8797 if authhandler: authhandler.retried = 0 try: data = json.loads(unicode(response)) except ValueError: quit("Cannot parse response: %s\n" % response, JSON_ERROR) self.open_request = None return data # End of Class TransmissionRequest # Higher level of data exchange class Transmission: STATUS_STOPPED = 0 # Torrent is stopped STATUS_CHECK_WAIT = 1 # Queued to check files STATUS_CHECK = 2 # Checking files STATUS_DOWNLOAD_WAIT = 3 # Queued to download STATUS_DOWNLOAD = 4 # Downloading STATUS_SEED_WAIT = 5 # Queued to seed STATUS_SEED = 6 # Seeding TAG_TORRENT_LIST = 7 TAG_TORRENT_DETAILS = 77 TAG_SESSION_STATS = 21 TAG_SESSION_GET = 22 LIST_FIELDS = [ 'id', 'name', 'downloadDir', 'status', 'trackerStats', 'desiredAvailable', 'rateDownload', 'rateUpload', 'eta', 'uploadRatio', 'sizeWhenDone', 'haveValid', 'haveUnchecked', 'addedDate', 'uploadedEver', 'errorString', 'recheckProgress', 'peersConnected', 'uploadLimit', 'downloadLimit', 'uploadLimited', 'downloadLimited', 'bandwidthPriority', 'peersSendingToUs', 'peersGettingFromUs', 'seedRatioLimit', 'seedRatioMode', 'isPrivate' ] DETAIL_FIELDS = [ 'files', 'priorities', 'wanted', 'peers', 'trackers', 'activityDate', 'dateCreated', 'startDate', 'doneDate', 'totalSize', 'leftUntilDone', 'comment', 'hashString', 'pieceCount', 'pieceSize', 'pieces', 'downloadedEver', 'corruptEver', 'peersFrom' ] + LIST_FIELDS def __init__(self, host, port, path, username, password): self.host = host self.port = port self.path = path if username and password: password_mgr = urllib2.HTTPPasswordMgrWithDefaultRealm() password_mgr.add_password(None, create_url(host, port, path), username, password) global authhandler authhandler = urllib2.HTTPBasicAuthHandler(password_mgr) opener = urllib2.build_opener(authhandler) urllib2.install_opener(opener) # check rpc version request = TransmissionRequest(host, port, path, 'session-get', self.TAG_SESSION_GET) request.send_request() response = request.get_response() self.rpc_version = response['arguments']['rpc-version'] # rpc version too old? version_error = "Unsupported Transmission version: " + str(response['arguments']['version']) + \ " -- RPC protocol version: " + str(response['arguments']['rpc-version']) + "\n" min_msg = "Please install Transmission version " + TRNSM_VERSION_MIN + " or higher.\n" try: if response['arguments']['rpc-version'] < RPC_VERSION_MIN: quit(version_error + min_msg) except KeyError: quit(version_error + min_msg) # rpc version too new? if response['arguments']['rpc-version'] > RPC_VERSION_MAX: quit(version_error + "Please install Transmission version " + TRNSM_VERSION_MAX + " or lower.\n") # setup compatibility to Transmission <2.40 if self.rpc_version < 14: Transmission.STATUS_CHECK_WAIT = 1 << 0 Transmission.STATUS_CHECK = 1 << 1 Transmission.STATUS_DOWNLOAD_WAIT = 1 << 2 Transmission.STATUS_DOWNLOAD = 1 << 2 Transmission.STATUS_SEED_WAIT = 1 << 3 Transmission.STATUS_SEED = 1 << 3 Transmission.STATUS_STOPPED = 1 << 4 # Queue was implemented in Transmission v2.4 if self.rpc_version >= 14: self.LIST_FIELDS.append('queuePosition'); self.DETAIL_FIELDS.append('queuePosition'); # set up request list self.requests = {'torrent-list': TransmissionRequest(host, port, path, 'torrent-get', self.TAG_TORRENT_LIST, {'fields': self.LIST_FIELDS}), 'session-stats': TransmissionRequest(host, port, path, 'session-stats', self.TAG_SESSION_STATS, 21), 'session-get': TransmissionRequest(host, port, path, 'session-get', self.TAG_SESSION_GET), 'torrent-details': TransmissionRequest(host, port, path)} self.torrent_cache = [] self.status_cache = dict() self.torrent_details_cache = dict() self.peer_progress_cache = dict() self.hosts_cache = dict() self.geo_ips_cache = dict() if features['dns']: self.resolver = adns.init() if features['geoip']: self.geo_ip = GeoIP.new(GeoIP.GEOIP_MEMORY_CACHE) try: self.geo_ip6 = GeoIP.open_type(GeoIP.GEOIP_COUNTRY_EDITION_V6, GeoIP.GEOIP_MEMORY_CACHE); except AttributeError: self.geo_ip6 = None except GeoIP.error: self.geo_ip6 = None # make sure there are no undefined values self.wait_for_torrentlist_update() self.requests['torrent-details'] = TransmissionRequest(self.host, self.port, self.path) def update(self, delay, tag_waiting_for=0): """Maintain up-to-date data.""" tag_waiting_for_occurred = False for request in self.requests.values(): if time.time() - request.last_update >= delay: request.last_update = time.time() response = request.get_response() if response['result'] == 'no open request': request.send_request() elif response['result'] == 'success': tag = self.parse_response(response) if tag == tag_waiting_for: tag_waiting_for_occurred = True if tag_waiting_for: return tag_waiting_for_occurred else: return None def parse_response(self, response): # response is a reply to torrent-get if response['tag'] == self.TAG_TORRENT_LIST or response['tag'] == self.TAG_TORRENT_DETAILS: for t in response['arguments']['torrents']: t['uploadRatio'] = round(float(t['uploadRatio']), 2) t['percentDone'] = percent(float(t['sizeWhenDone']), float(t['haveValid'] + t['haveUnchecked'])) t['available'] = t['desiredAvailable'] + t['haveValid'] + t['haveUnchecked'] if t['downloadDir'][-1] != '/': t['downloadDir'] += '/' try: t['seeders'] = max(map(lambda x: x['seederCount'], t['trackerStats'])) t['leechers'] = max(map(lambda x: x['leecherCount'], t['trackerStats'])) except ValueError: t['seeders'] = t['leechers'] = -1 t['isIsolated'] = not self.can_has_peers(t) if response['tag'] == self.TAG_TORRENT_LIST: self.torrent_cache = response['arguments']['torrents'] elif response['tag'] == self.TAG_TORRENT_DETAILS: # torrent list may be empty sometimes after deleting # torrents. no idea why and why the server sends us # TAG_TORRENT_DETAILS, but just passing seems to help.(?) try: torrent_details = response['arguments']['torrents'][0] torrent_details['pieces'] = base64.decodestring(torrent_details['pieces']) self.torrent_details_cache = torrent_details self.upgrade_peerlist() except IndexError: pass elif response['tag'] == self.TAG_SESSION_STATS: self.status_cache.update(response['arguments']) elif response['tag'] == self.TAG_SESSION_GET: self.status_cache.update(response['arguments']) return response['tag'] def upgrade_peerlist(self): for index,peer in enumerate(self.torrent_details_cache['peers']): ip = peer['address'] peerid = ip + self.torrent_details_cache['hashString'] # make sure peer cache exists if not self.peer_progress_cache.has_key(peerid): self.peer_progress_cache[peerid] = {'last_progress':peer['progress'], 'last_update':time.time(), 'download_speed':0, 'time_left':0} this_peer = self.peer_progress_cache[peerid] this_torrent = self.torrent_details_cache # estimate how fast a peer is downloading if peer['progress'] < 1: this_time = time.time() time_diff = this_time - this_peer['last_update'] progress_diff = peer['progress'] - this_peer['last_progress'] if this_peer['last_progress'] and progress_diff > 0 and time_diff > 5: download_left = this_torrent['totalSize'] - \ (this_torrent['totalSize']*peer['progress']) downloaded = this_torrent['totalSize'] * progress_diff this_peer['download_speed'] = \ norm.add(peerid+':download_speed', downloaded/time_diff, 10) this_peer['time_left'] = download_left/this_peer['download_speed'] this_peer['last_update'] = this_time # infrequent progress updates lead to increasingly inaccurate # estimates, so we go back to elif time_diff > 60: this_peer['download_speed'] = 0 this_peer['time_left'] = 0 this_peer['last_update'] = time.time() this_peer['last_progress'] = peer['progress'] # remember progress this_torrent['peers'][index].update(this_peer) # resolve and locate peer's ip if features['dns'] and not self.hosts_cache.has_key(ip): try: self.hosts_cache[ip] = self.resolver.submit_reverse(ip, adns.rr.PTR) except adns.Error: pass if features['geoip'] and not self.geo_ips_cache.has_key(ip): self.geo_ips_cache[ip] = country_code_by_addr_vany(self.geo_ip, self.geo_ip6, ip) if self.geo_ips_cache[ip] == None: self.geo_ips_cache[ip] = '?' def get_rpc_version(self): return self.rpc_version def get_global_stats(self): return self.status_cache def get_torrent_list(self, sort_orders): try: for sort_order in sort_orders: if isinstance(self.torrent_cache[0][sort_order['name']], (str, unicode)): self.torrent_cache.sort(key=lambda x: x[sort_order['name']].lower(), reverse=sort_order['reverse']) else: self.torrent_cache.sort(key=lambda x: x[sort_order['name']], reverse=sort_order['reverse']) except IndexError: return [] return self.torrent_cache def get_torrent_by_id(self, id): i = 0 while self.torrent_cache[i]['id'] != id: i += 1 if self.torrent_cache[i]['id'] == id: return self.torrent_cache[i] else: return None def get_torrent_details(self): return self.torrent_details_cache def set_torrent_details_id(self, id): if id < 0: self.requests['torrent-details'] = TransmissionRequest(self.host, self.port, self.path) else: self.requests['torrent-details'].set_request_data('torrent-get', self.TAG_TORRENT_DETAILS, {'ids':id, 'fields': self.DETAIL_FIELDS}) def get_hosts(self): return self.hosts_cache def get_geo_ips(self): return self.geo_ips_cache def set_option(self, option_name, option_value): request = TransmissionRequest(self.host, self.port, self.path, 'session-set', 1, {option_name: option_value}) request.send_request() self.wait_for_status_update() def set_rate_limit(self, direction, new_limit, torrent_id=-1): data = dict() if new_limit <= -1: new_limit = None limit_enabled = False else: limit_enabled = True if torrent_id < 0: type = 'session-set' data['speed-limit-'+direction] = new_limit data['speed-limit-'+direction+'-enabled'] = limit_enabled else: type = 'torrent-set' data['ids'] = [torrent_id] data[direction+'loadLimit'] = new_limit data[direction+'loadLimited'] = limit_enabled request = TransmissionRequest(self.host, self.port, self.path, type, 1, data) request.send_request() self.wait_for_torrentlist_update() def set_seed_ratio(self, ratio, torrent_id=-1): data = dict() if ratio == -1: ratio = None mode = 0 # Use global settings elif ratio == 0: ratio = None mode = 2 # Seed regardless of ratio elif ratio >= 0: mode = 1 # Stop seeding at seedRatioLimit else: return data['ids'] = [torrent_id] data['seedRatioLimit'] = ratio data['seedRatioMode'] = mode request = TransmissionRequest(self.host, self.port, self.path, 'torrent-set', 1, data) request.send_request() self.wait_for_torrentlist_update() def increase_bandwidth_priority(self, torrent_id): torrent = self.get_torrent_by_id(torrent_id) if torrent == None or torrent['bandwidthPriority'] >= 1: return False else: new_priority = torrent['bandwidthPriority'] + 1 request = TransmissionRequest(self.host, self.port, self.path, 'torrent-set', 1, {'ids': [torrent_id], 'bandwidthPriority':new_priority}) request.send_request() self.wait_for_torrentlist_update() def decrease_bandwidth_priority(self, torrent_id): torrent = self.get_torrent_by_id(torrent_id) if torrent == None or torrent['bandwidthPriority'] <= -1: return False else: new_priority = torrent['bandwidthPriority'] - 1 request = TransmissionRequest(self.host, self.port, self.path, 'torrent-set', 1, {'ids': [torrent_id], 'bandwidthPriority':new_priority}) request.send_request() self.wait_for_torrentlist_update() def decrease_queue_position(self, torrent_id): request = TransmissionRequest(self.host, self.port, self.path, 'queue-move-up', 1, {'ids': [torrent_id]}) request.send_request() self.wait_for_torrentlist_update() def increase_queue_position(self, torrent_id): request = TransmissionRequest(self.host, self.port, self.path, 'queue-move-down', 1, {'ids': [torrent_id]}) request.send_request() self.wait_for_torrentlist_update() def toggle_turtle_mode(self): self.set_option('alt-speed-enabled', not self.status_cache['alt-speed-enabled']) def add_torrent(self, location): args = {} try: with open(location, 'rb') as fp: args['metainfo'] = unicode(base64.b64encode(fp.read())) # If the file doesnt exist or we cant open it, then it is either a url or needs to # be open by the server except IOError: args['filename'] = location request = TransmissionRequest(self.host, self.port, self.path, 'torrent-add', 1, args) request.send_request() response = request.get_response() if response['result'] != 'success': return response['result'] else: return '' def stop_torrent(self, id): request = TransmissionRequest(self.host, self.port, self.path, 'torrent-stop', 1, {'ids': [id]}) request.send_request() self.wait_for_torrentlist_update() def start_torrent(self, id): request = TransmissionRequest(self.host, self.port, self.path, 'torrent-start', 1, {'ids': [id]}) request.send_request() self.wait_for_torrentlist_update() def verify_torrent(self, id): request = TransmissionRequest(self.host, self.port, self.path, 'torrent-verify', 1, {'ids': [id]}) request.send_request() self.wait_for_torrentlist_update() def reannounce_torrent(self, id): request = TransmissionRequest(self.host, self.port, self.path, 'torrent-reannounce', 1, {'ids': [id]}) request.send_request() self.wait_for_torrentlist_update() def move_torrent(self, torrent_id, new_location): request = TransmissionRequest(self.host, self.port, self.path, 'torrent-set-location', 1, {'ids': torrent_id, 'location': new_location, 'move': True}) request.send_request() self.wait_for_torrentlist_update() def remove_torrent(self, id): request = TransmissionRequest(self.host, self.port, self.path, 'torrent-remove', 1, {'ids': [id]}) request.send_request() self.wait_for_torrentlist_update() def remove_torrent_local_data(self, id): request = TransmissionRequest(self.host, self.port, self.path, 'torrent-remove', 1, {'ids': [id], 'delete-local-data':True}) request.send_request() self.wait_for_torrentlist_update() def add_torrent_tracker(self, id, tracker): data = { 'ids' : [id], 'trackerAdd' : [tracker] } request = TransmissionRequest(self.host, self.port, self.path, 'torrent-set', 1, data) request.send_request() response = request.get_response() return response['result'] if response['result'] != 'success' else '' def remove_torrent_tracker(self, id, tracker): data = { 'ids' : [id], 'trackerRemove' : [tracker] } request = TransmissionRequest(self.host, self.port, self.path, 'torrent-set', 1, data) request.send_request() response = request.get_response() self.wait_for_torrentlist_update() return response['result'] if response['result'] != 'success' else '' def increase_file_priority(self, file_nums): file_nums = list(file_nums) ref_num = file_nums[0] for num in file_nums: if not self.torrent_details_cache['wanted'][num]: ref_num = num break elif self.torrent_details_cache['priorities'][num] < \ self.torrent_details_cache['priorities'][ref_num]: ref_num = num current_priority = self.torrent_details_cache['priorities'][ref_num] if not self.torrent_details_cache['wanted'][ref_num]: self.set_file_priority(self.torrent_details_cache['id'], file_nums, 'low') elif current_priority == -1: self.set_file_priority(self.torrent_details_cache['id'], file_nums, 'normal') elif current_priority == 0: self.set_file_priority(self.torrent_details_cache['id'], file_nums, 'high') def decrease_file_priority(self, file_nums): file_nums = list(file_nums) ref_num = file_nums[0] for num in file_nums: if self.torrent_details_cache['priorities'][num] > \ self.torrent_details_cache['priorities'][ref_num]: ref_num = num current_priority = self.torrent_details_cache['priorities'][ref_num] if current_priority >= 1: self.set_file_priority(self.torrent_details_cache['id'], file_nums, 'normal') elif current_priority == 0: self.set_file_priority(self.torrent_details_cache['id'], file_nums, 'low') elif current_priority == -1: self.set_file_priority(self.torrent_details_cache['id'], file_nums, 'off') def set_file_priority(self, torrent_id, file_nums, priority): request_data = {'ids': [torrent_id]} if priority == 'off': request_data['files-unwanted'] = file_nums else: request_data['files-wanted'] = file_nums request_data['priority-' + priority] = file_nums request = TransmissionRequest(self.host, self.port, self.path, 'torrent-set', 1, request_data) request.send_request() self.wait_for_details_update() def get_file_priority(self, torrent_id, file_num): priority = self.torrent_details_cache['priorities'][file_num] if not self.torrent_details_cache['wanted'][file_num]: return 'off' elif priority <= -1: return 'low' elif priority == 0: return 'normal' elif priority >= 1: return 'high' return '?' def wait_for_torrentlist_update(self): self.wait_for_update(7) def wait_for_details_update(self): self.wait_for_update(77) def wait_for_status_update(self): self.wait_for_update(22) def wait_for_update(self, update_id): self.update(0) # send request while True: # wait for response if self.update(0, update_id): break time.sleep(0.1) def get_status(self, torrent): if torrent['status'] == Transmission.STATUS_STOPPED: status = 'paused' elif torrent['status'] == Transmission.STATUS_CHECK: status = 'verifying' elif torrent['status'] == Transmission.STATUS_CHECK_WAIT: status = 'will verify' elif torrent['isIsolated']: status = 'isolated' elif torrent['status'] == Transmission.STATUS_DOWNLOAD: status = ('idle','downloading')[torrent['rateDownload'] > 0] elif torrent['status'] == Transmission.STATUS_DOWNLOAD_WAIT: status = 'will download (%d)' % torrent['queuePosition'] elif torrent['status'] == Transmission.STATUS_SEED: status = 'seeding' elif torrent['status'] == Transmission.STATUS_SEED_WAIT: status = 'will seed (%d)' % torrent['queuePosition'] else: status = 'unknown state' return status def can_has_peers(self, torrent): """ Will return True if at least one tracker was successfully queried recently, or if DHT is enabled for this torrent and globally, False otherwise. """ # Torrent has trackers? if torrent['trackerStats']: # Did we try to connect a tracker? if any([tracker['hasAnnounced'] for tracker in torrent['trackerStats']]): for tracker in torrent['trackerStats']: if tracker['lastAnnounceSucceeded']: return True # We didn't try yet; assume at least one is online else: return True # Torrent can use DHT? # ('dht-enabled' may be missing; assume DHT is available until we can say for sure) if not self.status_cache.has_key('dht-enabled') or \ (self.status_cache['dht-enabled'] and not torrent['isPrivate']): return True # No ways of finding peers remaining return False def get_bandwidth_priority(self, torrent): if torrent['bandwidthPriority'] == -1: return '-' elif torrent['bandwidthPriority'] == 0: return ' ' elif torrent['bandwidthPriority'] == 1: return '+' else: return '?' # End of Class Transmission # User Interface class Interface: TRACKER_ITEM_HEIGHT = 6 def __init__(self): self.filter_list = config.get('Filtering', 'filter') self.filter_inverse = config.getboolean('Filtering', 'invert') self.sort_orders = parse_sort_str(config.get('Sorting', 'order')) self.compact_list = config.getboolean('Misc', 'compact_list') self.torrentname_is_progressbar = config.getboolean('Misc', 'torrentname_is_progressbar') self.file_viewer = config.get('Misc', 'file_viewer') self.torrents = server.get_torrent_list(self.sort_orders) self.stats = server.get_global_stats() self.torrent_details = [] self.selected_torrent = -1 # changes to >-1 when focus >-1 & user hits return self.all_paused = False self.highlight_dialog = False self.search_focus = 0 # like self.focus but for searches in torrent list self.focused_id = -1 # the id (provided by Transmission) of self.torrents[self.focus] self.focus = -1 # -1: nothing focused; 0: top of list; <# of torrents>-1: bottom of list self.scrollpos = 0 # start of torrentlist self.torrents_per_page = 0 # will be set by manage_layout() self.rateDownload_width = self.rateUpload_width = 2 self.details_category_focus = 0 # overview/files/peers/tracker in details self.focus_detaillist = -1 # same as focus but for details self.selected_files = [] # marked files in details self.file_index_map = {} # Maps local torrent's file indices to server file indices self.scrollpos_detaillist = 0 # same as scrollpos but for details self.compact_torrentlist = False # draw only one line for each torrent in compact mode self.exit_now = False locale.setlocale(locale.LC_ALL, '') self.encoding = locale.getpreferredencoding() self.keybindings = { ord('?'): self.call_list_key_bindings, curses.KEY_F1: self.call_list_key_bindings, 27: self.go_back_or_unfocus, curses.KEY_BREAK: self.go_back_or_unfocus, 12: self.go_back_or_unfocus, curses.KEY_BACKSPACE: self.leave_details, ord('q'): self.go_back_or_quit, ord('o'): self.o_key, ord('\n'): self.enter_key, curses.KEY_RIGHT: self.right_key, ord('l'): self.l_key, ord('s'): self.show_sort_order_menu, ord('f'): self.f_key, ord('u'): self.global_upload, ord('d'): self.global_download, ord('U'): self.torrent_upload, ord('D'): self.torrent_download, ord('L'): self.seed_ratio, ord('t'): self.t_key, ord('+'): self.bandwidth_priority, ord('-'): self.bandwidth_priority, ord('J'): lambda c: self.move_queue('up'), ord('K'): lambda c: self.move_queue('down'), ord('p'): self.pause_unpause_torrent, ord('P'): self.pause_unpause_all_torrent, ord('v'): self.verify_torrent, ord('y'): self.verify_torrent, ord('r'): self.r_key, curses.KEY_DC: self.r_key, ord('R'): self.remove_torrent_local_data, curses.KEY_SDC: self.remove_torrent_local_data, curses.KEY_UP: self.movement_keys, ord('k'): self.movement_keys, curses.KEY_DOWN: self.movement_keys, ord('j'): self.movement_keys, curses.KEY_PPAGE: self.movement_keys, curses.KEY_NPAGE: self.movement_keys, curses.KEY_HOME: self.movement_keys, curses.KEY_END: self.movement_keys, ord('g'): self.movement_keys, ord('G'): self.movement_keys, curses.ascii.ctrl(ord('f')): self.movement_keys, curses.ascii.ctrl(ord('b')): self.movement_keys, curses.ascii.ctrl(ord('n')): self.movement_keys, curses.ascii.ctrl(ord('p')): self.movement_keys, ord("\t"): self.move_in_details, curses.KEY_BTAB: self.move_in_details, ord('e'): self.move_in_details, ord('c'): self.move_in_details, ord('C'): self.toggle_compact_torrentlist, ord('h'): self.file_pritority_or_switch_details, curses.KEY_LEFT: self.file_pritority_or_switch_details, ord(' '): self.space_key, ord('a'): self.a_key, ord('m'): self.move_torrent, ord('n'): self.reannounce_torrent, ord('/'): self.dialog_search_torrentlist } self.sort_options = [ ('name','_Name'), ('addedDate','_Age'), ('percentDone','_Progress'), ('seeders','_Seeds'), ('leechers','Lee_ches'), ('sizeWhenDone', 'Si_ze'), ('status','S_tatus'), ('uploadedEver','Up_loaded'), ('rateUpload','_Upload Speed'), ('rateDownload','_Download Speed'), ('uploadRatio','_Ratio'), ('peersConnected','P_eers'), ('downloadDir', 'L_ocation') ] # queue was implemmented in transmission 2.4 if server.get_rpc_version() >= 14: self.sort_options.append(('queuePosition', '_Queue Position')) self.sort_options.append(('reverse','Re_verse')) try: self.init_screen() self.run() except: self.restore_screen() (exc_type, exc_value, exc_traceback) = sys.exc_info() raise exc_type, exc_value, exc_traceback else: self.restore_screen() def init_screen(self): os.environ['ESCDELAY'] = '0' # make escape usable self.screen = curses.initscr() curses.noecho() ; curses.cbreak() ; self.screen.keypad(1) curses.halfdelay(10) # STDIN timeout hide_cursor() self.colors = ColorManager(dict(config.items('Colors'))) # http://bugs.python.org/issue2675 try: del os.environ['LINES'] del os.environ['COLUMNS'] except: pass # http://bugs.python.org/issue2675 try: del os.environ['LINES'] del os.environ['COLUMNS'] except: pass signal.signal(signal.SIGWINCH, lambda y,frame: self.get_screen_size()) self.get_screen_size() def restore_screen(self): curses.endwin() def enc(self, text): return text.encode(self.encoding, 'replace') def get_screen_size(self): time.sleep(0.1) # prevents curses.error on rapid resizing while True: curses.endwin() self.screen.refresh() self.height, self.width = self.screen.getmaxyx() # Tracker list breaks if width smaller than 73 if self.width < 73 or self.height < 16: self.screen.erase() self.screen.addstr(0,0, "Terminal too small", curses.A_REVERSE + curses.A_BOLD) time.sleep(1) else: break self.manage_layout() def manage_layout(self): self.recalculate_torrents_per_page() self.pad_height = max((len(self.torrents)+1) * self.tlist_item_height, self.height) self.pad = curses.newpad(self.pad_height, self.width) self.detaillistitems_per_page = self.height - 8 if self.selected_torrent > -1: self.rateDownload_width = self.get_rateDownload_width([self.torrent_details]) self.rateUpload_width = self.get_rateUpload_width([self.torrent_details]) self.torrent_title_width = self.width - self.rateUpload_width - 2 # show downloading column only if torrents is downloading if self.torrent_details['status'] == Transmission.STATUS_DOWNLOAD: self.torrent_title_width -= self.rateDownload_width + 2 elif self.torrents: self.visible_torrents_start = self.scrollpos/self.tlist_item_height self.visible_torrents = self.torrents[self.visible_torrents_start : self.scrollpos/self.tlist_item_height + self.torrents_per_page + 1] self.rateDownload_width = self.get_rateDownload_width(self.visible_torrents) self.rateUpload_width = self.get_rateUpload_width(self.visible_torrents) self.torrent_title_width = self.width - self.rateUpload_width - 2 # show downloading column only if any downloading torrents are visible if filter(lambda x: x['status']==Transmission.STATUS_DOWNLOAD, self.visible_torrents): self.torrent_title_width -= self.rateDownload_width + 2 else: self.visible_torrents = [] self.torrent_title_width = 80 def get_rateDownload_width(self, torrents): new_width = max(map(lambda x: len(scale_bytes(x['rateDownload'])), torrents)) new_width = max(max(map(lambda x: len(scale_time(x['eta'])), torrents)), new_width) new_width = max(len(scale_bytes(self.stats['downloadSpeed'])), new_width) new_width = max(self.rateDownload_width, new_width) # don't shrink return new_width def get_rateUpload_width(self, torrents): new_width = max(map(lambda x: len(scale_bytes(x['rateUpload'])), torrents)) new_width = max(max(map(lambda x: len(num2str(x['uploadRatio'], '%.02f')), torrents)), new_width) new_width = max(len(scale_bytes(self.stats['uploadSpeed'])), new_width) new_width = max(self.rateUpload_width, new_width) # don't shrink return new_width def recalculate_torrents_per_page(self): self.tlist_item_height = 3 if not self.compact_list else 1 self.mainview_height = self.height - 2 self.torrents_per_page = self.mainview_height / self.tlist_item_height def run(self): self.draw_title_bar() self.draw_stats() self.draw_torrent_list() while True: server.update(1) # display torrentlist if self.selected_torrent == -1: self.draw_torrent_list() # display some torrent's details else: self.draw_details() self.stats = server.get_global_stats() self.draw_title_bar() # show shortcuts and stuff self.draw_stats() # show global states self.screen.move(0,0) # in case cursor can't be invisible self.handle_user_input() if self.exit_now: sort_str = ','.join(map(lambda x: ('','reverse:')[x['reverse']] + x['name'], self.sort_orders)) config.set('Sorting', 'order', sort_str) config.set('Filtering', 'filter', self.filter_list) config.set('Filtering', 'invert', str(self.filter_inverse)) config.set('Misc', 'compact_list', str(self.compact_list)) config.set('Misc', 'torrentname_is_progressbar', str(self.torrentname_is_progressbar)) save_config(cmd_args.configfile) return def go_back_or_unfocus(self, c): if self.focus_detaillist > -1: # unfocus and deselect file self.focus_detaillist = -1 self.scrollpos_detaillist = 0 self.selected_files = [] elif self.selected_torrent > -1: # return from details self.details_category_focus = 0 self.selected_torrent = -1 self.selected_files = [] else: if self.focus > -1: self.scrollpos = 0 # unfocus main list self.focus = -1 elif self.filter_list: self.filter_list = '' # reset filter def leave_details(self, c): if self.selected_torrent > -1: server.set_torrent_details_id(-1) self.selected_torrent = -1 self.details_category_focus = 0 self.scrollpos_detaillist = 0 self.selected_files = [] def go_back_or_quit(self, c): if self.selected_torrent == -1: self.exit_now = True else: # return to list view server.set_torrent_details_id(-1) self.selected_torrent = -1 self.details_category_focus = 0 self.focus_detaillist = -1 self.scrollpos_detaillist = 0 self.selected_files = [] def space_key(self, c): # File list if self.selected_torrent > -1 and self.details_category_focus == 1: self.select_unselect_file(c) # Torrent list elif self.selected_torrent == -1: self.enter_key(c) def a_key(self, c): # File list if self.selected_torrent > -1 and self.details_category_focus == 1: self.select_unselect_file(c) # Trackers elif self.selected_torrent > -1 and self.details_category_focus == 3: self.add_tracker() # Do nothing in other detail tabs elif self.selected_torrent > -1: pass else: self.add_torrent() def o_key(self, c): if self.selected_torrent == -1: self.draw_options_dialog() elif self.selected_torrent > -1: self.details_category_focus = 0 def l_key(self, c): if self.focus > -1 and self.selected_torrent == -1: self.enter_key(c) elif self.selected_torrent > -1: self.file_pritority_or_switch_details(c) def t_key(self, c): if self.selected_torrent == -1: server.toggle_turtle_mode() elif self.selected_torrent > -1: self.details_category_focus = 3 def f_key(self, c): if self.selected_torrent == -1: self.show_state_filter_menu(c) elif self.selected_torrent > -1: self.details_category_focus = 1 def r_key(self, c): # Torrent list if self.selected_torrent == -1: self.remove_torrent(c) # Trackers elif self.selected_torrent > -1 and self.details_category_focus == 3: self.remove_tracker() def right_key(self, c): if self.focus > -1 and self.selected_torrent == -1: self.enter_key(c) else: self.file_pritority_or_switch_details(c) def add_torrent(self): location = self.dialog_input_text("Add torrent from file or URL", homedir2tilde(os.getcwd()+os.sep), tab_complete='all') if location: error = server.add_torrent(tilde2homedir(location)) if error: msg = wrap("Couldn't add torrent \"%s\":" % location) msg.extend(wrap(error, self.width-4)) self.dialog_ok("\n".join(msg)) def enter_key(self, c): # Torrent list if self.focus > -1 and self.selected_torrent == -1: self.screen.clear() self.selected_torrent = self.focus server.set_torrent_details_id(self.torrents[self.focus]['id']) server.wait_for_details_update() # File list elif self.selected_torrent > -1 and self.details_category_focus == 1: self.open_torrent_file(c) def show_sort_order_menu(self, c): if self.selected_torrent == -1: choice = self.dialog_menu('Sort order', self.sort_options, map(lambda x: x[0]==self.sort_orders[-1]['name'], self.sort_options).index(True)+1) if choice != -128: if choice == 'reverse': self.sort_orders[-1]['reverse'] = not self.sort_orders[-1]['reverse'] else: self.sort_orders.append({'name':choice, 'reverse':False}) while len(self.sort_orders) > 2: self.sort_orders.pop(0) def show_state_filter_menu(self, c): if self.selected_torrent == -1: options = [('uploading','_Uploading'), ('downloading','_Downloading'), ('active','Ac_tive'), ('paused','_Paused'), ('seeding','_Seeding'), ('incomplete','In_complete'), ('verifying','Verif_ying'), ('private','P_rivate'), ('isolated', '_Isolated'), ('invert','In_vert'), ('','_All')] choice = self.dialog_menu(('Show only','Filter all')[self.filter_inverse], options, map(lambda x: x[0]==self.filter_list, options).index(True)+1) if choice != -128: if choice == 'invert': self.filter_inverse = not self.filter_inverse else: if choice == '': self.filter_inverse = False self.filter_list = choice def global_upload(self, c): current_limit = (-1,self.stats['speed-limit-up'])[self.stats['speed-limit-up-enabled']] limit = self.dialog_input_number("Global upload limit in kilobytes per second", current_limit) if limit == -128: return server.set_rate_limit('up', limit) def global_download(self, c): current_limit = (-1,self.stats['speed-limit-down'])[self.stats['speed-limit-down-enabled']] limit = self.dialog_input_number("Global download limit in kilobytes per second", current_limit) if limit == -128: return server.set_rate_limit('down', limit) def torrent_upload(self, c): if self.focus > -1: current_limit = (-1,self.torrents[self.focus]['uploadLimit'])[self.torrents[self.focus]['uploadLimited']] limit = self.dialog_input_number("Upload limit in kilobytes per second for\n%s" % \ self.torrents[self.focus]['name'], current_limit) if limit == -128: return server.set_rate_limit('up', limit, self.torrents[self.focus]['id']) def torrent_download(self, c): if self.focus > -1: current_limit = (-1,self.torrents[self.focus]['downloadLimit'])[self.torrents[self.focus]['downloadLimited']] limit = self.dialog_input_number("Download limit in Kilobytes per second for\n%s" % \ self.torrents[self.focus]['name'], current_limit) if limit == -128: return server.set_rate_limit('down', limit, self.torrents[self.focus]['id']) def seed_ratio(self, c): if self.focus > -1: if self.torrents[self.focus]['seedRatioMode'] == 0: # Use global settings current_limit = '' elif self.torrents[self.focus]['seedRatioMode'] == 1: # Stop seeding at seedRatioLimit current_limit = self.torrents[self.focus]['seedRatioLimit'] elif self.torrents[self.focus]['seedRatioMode'] == 2: # Seed regardless of ratio current_limit = -1 limit = self.dialog_input_number("Seed ratio limit for\n%s" % self.torrents[self.focus]['name'], current_limit, floating_point=True, allow_empty=True) if limit == -1: limit = 0 if limit == -2: # -2 means 'empty' in dialog_input_number return codes limit = -1 server.set_seed_ratio(float(limit), self.torrents[self.focus]['id']) def bandwidth_priority(self, c): if c == ord('-') and self.focus > -1: server.decrease_bandwidth_priority(self.torrents[self.focus]['id']) elif c == ord('+') and self.focus > -1: server.increase_bandwidth_priority(self.torrents[self.focus]['id']) def move_queue(self, direction): # queue was implemmented in Transmission v2.4 if server.get_rpc_version() >= 14: if direction == 'up' and self.focus > -1: server.increase_queue_position(self.torrents[self.focus]['id']) elif direction == 'down' and self.focus > -1: server.decrease_queue_position(self.torrents[self.focus]['id']) def pause_unpause_torrent(self, c): if self.focus > -1: if self.selected_torrent > -1: t = self.torrent_details else: t = self.torrents[self.focus] if t['status'] == Transmission.STATUS_STOPPED: server.start_torrent(t['id']) else: server.stop_torrent(t['id']) def pause_unpause_all_torrent(self, c): if self.all_paused: for t in self.torrents: server.start_torrent(t['id']) self.all_paused = False else: for t in self.torrents: server.stop_torrent(t['id']) self.all_paused = True def verify_torrent(self, c): if self.focus > -1: if self.torrents[self.focus]['status'] != Transmission.STATUS_CHECK \ and self.torrents[self.focus]['status'] != Transmission.STATUS_CHECK_WAIT: server.verify_torrent(self.torrents[self.focus]['id']) def reannounce_torrent(self, c): if self.focus > -1: server.reannounce_torrent(self.torrents[self.focus]['id']) def remove_torrent(self, c): if self.focus > -1: name = self.torrents[self.focus]['name'][0:self.width - 15] if self.dialog_yesno("Remove %s?" % name) == True: if self.selected_torrent > -1: # leave details server.set_torrent_details_id(-1) self.selected_torrent = -1 self.details_category_focus = 0 server.remove_torrent(self.torrents[self.focus]['id']) self.focus_next_after_delete() def remove_torrent_local_data(self, c): if self.focus > -1: name = self.torrents[self.focus]['name'][0:self.width - 15] if self.dialog_yesno("Remove and delete %s?" % name, important=True) == True: if self.selected_torrent > -1: # leave details server.set_torrent_details_id(-1) self.selected_torrent = -1 self.details_category_focus = 0 server.remove_torrent_local_data(self.torrents[self.focus]['id']) self.focus_next_after_delete() def focus_next_after_delete(self): """ Focus next torrent after user deletes torrent """ new_focus = min(self.focus + 1, len(self.torrents) - 2) self.focused_id = self.torrents[new_focus]['id'] def add_tracker(self): if server.get_rpc_version() < 10: self.dialog_ok("You need Transmission v2.10 or higher to add trackers.") return tracker = self.dialog_input_text('Add tracker URL:') if tracker: t = self.torrent_details response = server.add_torrent_tracker(t['id'], tracker) if response: msg = wrap("Couldn't add tracker: %s" % response) self.dialog_ok("\n".join(msg)) def remove_tracker(self): if server.get_rpc_version() < 10: self.dialog_ok("You need Transmission v2.10 or higher to remove trackers.") return t = self.torrent_details if (self.scrollpos_detaillist >= 0 and \ self.scrollpos_detaillist < len(t['trackerStats']) and \ self.dialog_yesno("Do you want to remove this tracker?") is True): tracker = t['trackerStats'][self.scrollpos_detaillist] response = server.remove_torrent_tracker(t['id'], tracker['id']) if response: msg = wrap("Couldn't remove tracker: %s" % response) self.dialog_ok("\n".join(msg)) def movement_keys(self, c): if self.selected_torrent == -1 and len(self.torrents) > 0: if c == curses.KEY_UP or c == ord('k') or c == curses.ascii.ctrl(ord('p')): self.focus, self.scrollpos = self.move_up(self.focus, self.scrollpos, self.tlist_item_height) elif c == curses.KEY_DOWN or c == ord('j') or c == curses.ascii.ctrl(ord('n')): self.focus, self.scrollpos = self.move_down(self.focus, self.scrollpos, self.tlist_item_height, self.torrents_per_page, len(self.torrents)) elif c == curses.KEY_PPAGE or c == curses.ascii.ctrl(ord('b')): self.focus, self.scrollpos = self.move_page_up(self.focus, self.scrollpos, self.tlist_item_height, self.torrents_per_page) elif c == curses.KEY_NPAGE or c == curses.ascii.ctrl(ord('f')): self.focus, self.scrollpos = self.move_page_down(self.focus, self.scrollpos, self.tlist_item_height, self.torrents_per_page, len(self.torrents)) elif c == curses.KEY_HOME or c == ord('g'): self.focus, self.scrollpos = self.move_to_top() elif c == curses.KEY_END or c == ord('G'): self.focus, self.scrollpos = self.move_to_end(self.tlist_item_height, self.torrents_per_page, len(self.torrents)) self.focused_id = self.torrents[self.focus]['id'] elif self.selected_torrent > -1: # file list if self.details_category_focus == 1: # focus/movement if c == curses.KEY_UP or c == ord('k') or c == curses.ascii.ctrl(ord('p')): self.focus_detaillist, self.scrollpos_detaillist = \ self.move_up(self.focus_detaillist, self.scrollpos_detaillist, 1) elif c == curses.KEY_DOWN or c == ord('j') or c == curses.ascii.ctrl(ord('n')): self.focus_detaillist, self.scrollpos_detaillist = \ self.move_down(self.focus_detaillist, self.scrollpos_detaillist, 1, self.detaillistitems_per_page, len(self.torrent_details['files'])) elif c == curses.KEY_PPAGE or c == curses.ascii.ctrl(ord('b')): self.focus_detaillist, self.scrollpos_detaillist = \ self.move_page_up(self.focus_detaillist, self.scrollpos_detaillist, 1, self.detaillistitems_per_page) elif c == curses.KEY_NPAGE or c == curses.ascii.ctrl(ord('f')): self.focus_detaillist, self.scrollpos_detaillist = \ self.move_page_down(self.focus_detaillist, self.scrollpos_detaillist, 1, self.detaillistitems_per_page, len(self.torrent_details['files'])) elif c == curses.KEY_HOME or c == ord('g'): self.focus_detaillist, self.scrollpos_detaillist = self.move_to_top() elif c == curses.KEY_END or c == ord('G'): self.focus_detaillist, self.scrollpos_detaillist = \ self.move_to_end(1, self.detaillistitems_per_page, len(self.torrent_details['files'])) list_len = 0 # peer list movement if self.details_category_focus == 2: list_len = len(self.torrent_details['peers']) # tracker list movement elif self.details_category_focus == 3: list_len = len(self.torrent_details['trackerStats']) # pieces list movement elif self.details_category_focus == 4: piece_count = self.torrent_details['pieceCount'] margin = len(str(piece_count)) + 2 map_width = int(str(self.width-margin-1)[0:-1] + '0') list_len = int(piece_count / map_width) + 1 if list_len: if c == curses.KEY_UP or c == ord('k') or c == curses.ascii.ctrl(ord('p')): if self.scrollpos_detaillist > 0: self.scrollpos_detaillist -= 1 elif c == curses.KEY_DOWN or c == ord('j') or c == curses.ascii.ctrl(ord('n')): if self.scrollpos_detaillist < list_len - 1: self.scrollpos_detaillist += 1 elif c == curses.KEY_PPAGE or c == curses.ascii.ctrl(ord('b')): self.scrollpos_detaillist = \ max(self.scrollpos_detaillist - self.detaillistitems_per_page - 1, 0) elif c == curses.KEY_NPAGE or c == curses.ascii.ctrl(ord('f')): if self.scrollpos_detaillist + self.detaillistitems_per_page >= list_len: self.scrollpos_detaillist = list_len - 1 else: self.scrollpos_detaillist += self.detaillistitems_per_page elif c == curses.KEY_HOME or c == ord('g'): self.scrollpos_detaillist = 0 elif c == curses.KEY_END or c == ord('G'): self.scrollpos_detaillist = list_len - 1 # Disallow scrolling past the last item that would cause blank # space to be displayed in pieces and peer lists. if self.details_category_focus in (2, 4): self.scrollpos_detaillist = min(self.scrollpos_detaillist, max(0, list_len - self.detaillistitems_per_page)) def file_pritority_or_switch_details(self, c): if self.selected_torrent > -1: # file priority OR walk through details if c == curses.KEY_RIGHT or c == ord('l'): if self.details_category_focus == 1 and \ (self.selected_files or self.focus_detaillist > -1): if self.selected_files: files = set([self.file_index_map[index] for index in self.selected_files]) server.increase_file_priority(files) elif self.focus_detaillist > -1: server.increase_file_priority([self.file_index_map[self.focus_detaillist]]) else: self.scrollpos_detaillist = 0 self.next_details() elif c == curses.KEY_LEFT or c == ord('h'): if self.details_category_focus == 1 and \ (self.selected_files or self.focus_detaillist > -1): if self.selected_files: files = set([self.file_index_map[index] for index in self.selected_files]) server.decrease_file_priority(files) elif self.focus_detaillist > -1: server.decrease_file_priority([self.file_index_map[self.focus_detaillist]]) else: self.scrollpos_detaillist = 0 self.prev_details() def select_unselect_file(self, c): if self.selected_torrent > -1 and self.details_category_focus == 1 and self.focus_detaillist >= 0: # file selection with space if c == ord(' '): try: self.selected_files.pop(self.selected_files.index(self.focus_detaillist)) except ValueError: self.selected_files.append(self.focus_detaillist) curses.ungetch(curses.KEY_DOWN) # move down # (un)select all files elif c == ord('a'): if self.selected_files: self.selected_files = [] else: self.selected_files = range(0, len(self.torrent_details['files'])) def open_torrent_file(self, c): if self.focus_detaillist >= 0: details = server.get_torrent_details() file_server_index = self.file_index_map[self.focus_detaillist] file_name = details['files'][file_server_index]['name'] download_dir = details['downloadDir'] viewer_cmd=[] for argstr in self.file_viewer.split(" "): viewer_cmd.append(argstr.replace('%s',download_dir + file_name)) try: self.restore_screen() call(viewer_cmd) self.get_screen_size() except OSError, err: self.get_screen_size() self.dialog_ok("%s:\n%s" % (" ".join(viewer_cmd), err)) def move_in_details(self, c): if self.selected_torrent > -1: if c == ord("\t"): self.next_details() elif c == curses.KEY_BTAB: self.prev_details() elif c == ord('e'): self.details_category_focus = 2 elif c == ord('c'): self.details_category_focus = 4 def call_list_key_bindings(self, c): self.list_key_bindings() def toggle_compact_torrentlist(self, c): self.compact_list = not self.compact_list self.recalculate_torrents_per_page() self.follow_list_focus() def move_torrent(self, c): if self.focus > -1: location = homedir2tilde(self.torrents[self.focus]['downloadDir']) msg = 'Move "%s" from\n%s to' % (self.torrents[self.focus]['name'], location) path = self.dialog_input_text(msg, location, tab_complete='dirs') if path: server.move_torrent(self.torrents[self.focus]['id'], tilde2homedir(path)) def handle_user_input(self): c = self.screen.getch() if c == -1: return 0 f = self.keybindings.get(c, None) if f: f(c) # update view if self.selected_torrent == -1: self.draw_torrent_list() else: self.draw_details() def filter_torrent_list(self): unfiltered = self.torrents if self.filter_list == 'downloading': self.torrents = [t for t in self.torrents if t['rateDownload'] > 0] elif self.filter_list == 'uploading': self.torrents = [t for t in self.torrents if t['rateUpload'] > 0] elif self.filter_list == 'paused': self.torrents = [t for t in self.torrents if t['status'] == Transmission.STATUS_STOPPED] elif self.filter_list == 'seeding': self.torrents = [t for t in self.torrents if t['status'] == Transmission.STATUS_SEED \ or t['status'] == Transmission.STATUS_SEED_WAIT] elif self.filter_list == 'incomplete': self.torrents = [t for t in self.torrents if t['percentDone'] < 100] elif self.filter_list == 'private': self.torrents = [t for t in self.torrents if t['isPrivate']] elif self.filter_list == 'active': self.torrents = [t for t in self.torrents if t['peersGettingFromUs'] > 0 \ or t['peersSendingToUs'] > 0 \ or t['status'] == Transmission.STATUS_CHECK] elif self.filter_list == 'verifying': self.torrents = [t for t in self.torrents if t['status'] == Transmission.STATUS_CHECK \ or t['status'] == Transmission.STATUS_CHECK_WAIT] elif self.filter_list == 'isolated': self.torrents = [t for t in self.torrents if t['isIsolated']] # invert list? if self.filter_inverse: self.torrents = [t for t in unfiltered if t not in self.torrents] def follow_list_focus(self): if self.focus == -1: return # check if list is empty or id to look for isn't in list ids = [t['id'] for t in self.torrents] if len(self.torrents) == 0 or self.focused_id not in ids: self.focus, self.scrollpos = -1, 0 return # find focused_id self.focus = min(self.focus, len(self.torrents)-1) if self.torrents[self.focus]['id'] != self.focused_id: for i,t in enumerate(self.torrents): if t['id'] == self.focused_id: self.focus = i break # make sure the focus is not above the visible area while self.focus < (self.scrollpos/self.tlist_item_height): self.scrollpos -= self.tlist_item_height # make sure the focus is not below the visible area while self.focus > (self.scrollpos/self.tlist_item_height) + self.torrents_per_page-1: self.scrollpos += self.tlist_item_height # keep min and max bounds self.scrollpos = min(self.scrollpos, (len(self.torrents) - self.torrents_per_page) * self.tlist_item_height) self.scrollpos = max(0, self.scrollpos) def draw_torrent_list(self, search_keyword=''): self.torrents = server.get_torrent_list(self.sort_orders) self.filter_torrent_list() if search_keyword: matched_torrents = [t for t in self.torrents if search_keyword.lower() in t['name'].lower()] if matched_torrents: self.focus = 0 if self.search_focus >= len(matched_torrents): self.search_focus = 0 self.focused_id = matched_torrents[self.search_focus]['id'] self.highlight_dialog = False else: self.highlight_dialog = True curses.beep() else: self.search_focus = 0 self.follow_list_focus() self.manage_layout() ypos = 0 for i in range(len(self.visible_torrents)): ypos += self.draw_torrentlist_item(self.visible_torrents[i], (i == self.focus-self.visible_torrents_start), self.compact_list, ypos) self.pad.refresh(0,0, 1,0, self.mainview_height,self.width-1) self.screen.refresh() def draw_torrentlist_item(self, torrent, focused, compact, y): # the torrent name is also a progress bar self.draw_torrentlist_title(torrent, focused, self.torrent_title_width, y) rates = '' if torrent['status'] == Transmission.STATUS_DOWNLOAD: self.draw_downloadrate(torrent, y) if torrent['status'] == Transmission.STATUS_DOWNLOAD or torrent['status'] == Transmission.STATUS_SEED: self.draw_uploadrate(torrent, y) if not compact: # the line below the title/progress if torrent['percentDone'] < 100 and torrent['status'] == Transmission.STATUS_DOWNLOAD: self.draw_eta(torrent, y) self.draw_ratio(torrent, y) self.draw_torrentlist_status(torrent, focused, y) return 3 # number of lines that were used for drawing the list item else: # Draw ratio in place of upload rate if upload rate = 0 if not torrent['rateUpload']: self.draw_ratio(torrent, y - 1) return 1 def draw_downloadrate(self, torrent, ypos): self.pad.move(ypos, self.width-self.rateDownload_width-self.rateUpload_width-3) self.pad.addch(curses.ACS_DARROW, (0,curses.A_BOLD)[torrent['downloadLimited']]) rate = ('',scale_bytes(torrent['rateDownload']))[torrent['rateDownload']>0] self.pad.addstr(rate.rjust(self.rateDownload_width), curses.color_pair(self.colors.id('download_rate')) + curses.A_BOLD + curses.A_REVERSE) def draw_uploadrate(self, torrent, ypos): self.pad.move(ypos, self.width-self.rateUpload_width-1) self.pad.addch(curses.ACS_UARROW, (0,curses.A_BOLD)[torrent['uploadLimited']]) rate = ('',scale_bytes(torrent['rateUpload']))[torrent['rateUpload']>0] self.pad.addstr(rate.rjust(self.rateUpload_width), curses.color_pair(self.colors.id('upload_rate')) + curses.A_BOLD + curses.A_REVERSE) def draw_ratio(self, torrent, ypos): self.pad.addch(ypos+1, self.width-self.rateUpload_width-1, curses.ACS_DIAMOND, (0,curses.A_BOLD)[torrent['uploadRatio'] < 1 and torrent['uploadRatio'] >= 0]) self.pad.addstr(ypos+1, self.width-self.rateUpload_width, num2str(torrent['uploadRatio'], '%.02f').rjust(self.rateUpload_width), curses.color_pair(self.colors.id('eta+ratio')) + curses.A_BOLD + curses.A_REVERSE) def draw_eta(self, torrent, ypos): self.pad.addch(ypos+1, self.width-self.rateDownload_width-self.rateUpload_width-3, curses.ACS_PLMINUS) self.pad.addstr(ypos+1, self.width-self.rateDownload_width-self.rateUpload_width-2, scale_time(torrent['eta']).rjust(self.rateDownload_width), curses.color_pair(self.colors.id('eta+ratio')) + curses.A_BOLD + curses.A_REVERSE) def draw_torrentlist_title(self, torrent, focused, width, ypos): if torrent['status'] == Transmission.STATUS_CHECK: percentDone = float(torrent['recheckProgress']) * 100 else: percentDone = torrent['percentDone'] bar_width = int(float(width) * (float(percentDone)/100)) size = "%6s" % scale_bytes(torrent['sizeWhenDone']) if torrent['percentDone'] < 100: if torrent['seeders'] <= 0 and torrent['status'] != Transmission.STATUS_CHECK: size = "%6s / " % scale_bytes(torrent['available']) + size size = "%6s / " % scale_bytes(torrent['haveValid'] + torrent['haveUnchecked']) + size size = '| ' + size title = ljust_columns(torrent['name'], width - len(size)) + size if torrent['isIsolated']: color = curses.color_pair(self.colors.id('title_error')) elif torrent['status'] == Transmission.STATUS_SEED or \ torrent['status'] == Transmission.STATUS_SEED_WAIT: color = curses.color_pair(self.colors.id('title_seed')) elif torrent['status'] == Transmission.STATUS_STOPPED: color = curses.color_pair(self.colors.id('title_paused')) elif torrent['status'] == Transmission.STATUS_CHECK or \ torrent['status'] == Transmission.STATUS_CHECK_WAIT: color = curses.color_pair(self.colors.id('title_verify')) elif torrent['rateDownload'] == 0: color = curses.color_pair(self.colors.id('title_idle')) elif torrent['percentDone'] < 100: color = curses.color_pair(self.colors.id('title_download')) else: color = 0 tag = curses.A_REVERSE tag_done = tag + color if focused: tag += curses.A_BOLD tag_done += curses.A_BOLD if self.torrentname_is_progressbar: # addstr() dies when you tell it to draw on the last column of the # terminal, so we have to catch this exception. try: self.pad.addstr(ypos, 0, self.enc(title[0:bar_width]), tag_done) self.pad.addstr(ypos, len_columns(title[0:bar_width]), self.enc(title[bar_width:]), tag) except: pass else: self.pad.addstr(ypos, 0, self.enc(title), tag_done) def draw_torrentlist_status(self, torrent, focused, ypos): peers = '' parts = [server.get_status(torrent)] if torrent['isIsolated'] and torrent['peersConnected'] <= 0: if not torrent['trackerStats']: parts[0] = "Unable to find peers without trackers and DHT disabled" else: tracker_errors = [tracker['lastAnnounceResult'] or tracker['lastScrapeResult'] for tracker in torrent['trackerStats']] parts[0] = self.enc([te for te in tracker_errors if te][0]) else: if torrent['status'] == Transmission.STATUS_CHECK: parts[0] += " (%d%%)" % int(float(torrent['recheckProgress']) * 100) elif torrent['status'] == Transmission.STATUS_DOWNLOAD: parts[0] += " (%d%%)" % torrent['percentDone'] parts[0] = parts[0].ljust(20) # seeds and leeches will be appended right justified later peers = "%5s seed%s " % (num2str(torrent['seeders']), ('s', ' ')[torrent['seeders']==1]) peers += "%5s leech%s" % (num2str(torrent['leechers']), ('es', ' ')[torrent['leechers']==1]) # show additional information if enough room if self.torrent_title_width - sum(map(lambda x: len(x), parts)) - len(peers) > 18: uploaded = scale_bytes(torrent['uploadedEver']) parts.append("%7s uploaded" % ('nothing',uploaded)[uploaded != '0B']) if self.torrent_title_width - sum(map(lambda x: len(x), parts)) - len(peers) > 22: parts.append("%4s peer%s connected" % (torrent['peersConnected'], ('s',' ')[torrent['peersConnected'] == 1])) if focused: tags = curses.A_REVERSE + curses.A_BOLD else: tags = 0 remaining_space = self.torrent_title_width - sum(map(lambda x: len(x), parts), len(peers)) - 2 delimiter = ' ' * int(remaining_space / (len(parts))) line = server.get_bandwidth_priority(torrent) + ' ' + delimiter.join(parts) # make sure the peers element is always right justified line += ' ' * int(self.torrent_title_width - len(line) - len(peers)) + peers self.pad.addstr(ypos+1, 0, line, tags) def draw_details(self): self.torrent_details = server.get_torrent_details() self.manage_layout() # details could need more space than the torrent list self.pad_height = max(50, len(self.torrent_details['files'])+10, (len(self.torrents)+1)*3, self.height) self.pad = curses.newpad(self.pad_height, self.width) # torrent name + progress bar self.draw_torrentlist_item(self.torrent_details, False, False, 0) # divider + menu menu_items = ['_Overview', "_Files", 'P_eers', '_Trackers', 'Pie_ces' ] xpos = int((self.width - sum(map(lambda x: len(x), menu_items))-len(menu_items)) / 2) for item in menu_items: self.pad.move(3, xpos) tags = curses.A_BOLD if menu_items.index(item) == self.details_category_focus: tags += curses.A_REVERSE title = item.split('_') self.pad.addstr(title[0], tags) self.pad.addstr(title[1][0], tags + curses.A_UNDERLINE) self.pad.addstr(title[1][1:], tags) xpos += len(item)+1 # which details to display if self.details_category_focus == 0: self.draw_details_overview(5) elif self.details_category_focus == 1: self.draw_filelist(5) elif self.details_category_focus == 2: self.draw_peerlist(5) elif self.details_category_focus == 3: self.draw_trackerlist(5) elif self.details_category_focus == 4: self.draw_pieces_map(5) self.pad.refresh(0,0, 1,0, self.height-2,self.width) self.screen.refresh() def draw_details_overview(self, ypos): t = self.torrent_details info = [] info.append(['Hash: ', "%s" % t['hashString']]) info.append(['ID: ', "%s" % t['id']]) wanted = 0 for i, file_info in enumerate(t['files']): if t['wanted'][i] == True: wanted += t['files'][i]['length'] sizes = ['Size: ', "%s; " % scale_bytes(t['totalSize'], 'long'), "%s wanted; " % (scale_bytes(wanted, 'long'),'everything') [t['totalSize'] == wanted]] if t['available'] < t['totalSize']: sizes.append("%s available; " % scale_bytes(t['available'], 'long')) sizes.extend(["%s left" % scale_bytes(t['leftUntilDone'], 'long')]) info.append(sizes) info.append(['Files: ', "%d; " % len(t['files'])]) complete = map(lambda x: x['bytesCompleted'] == x['length'], t['files']).count(True) not_complete = filter(lambda x: x['bytesCompleted'] != x['length'], t['files']) partial = map(lambda x: x['bytesCompleted'] > 0, not_complete).count(True) if complete == len(t['files']): info[-1].append("all complete") else: info[-1].append("%d complete; " % complete) info[-1].append("%d commenced" % partial) info.append(['Pieces: ', "%s; " % t['pieceCount'], "%s each" % scale_bytes(t['pieceSize'], 'long')]) info.append(['Download: ']) info[-1].append("%s" % scale_bytes(t['downloadedEver'], 'long') + \ " (%d%%) received; " % int(percent(t['sizeWhenDone'], t['downloadedEver']))) info[-1].append("%s" % scale_bytes(t['haveValid'], 'long') + \ " (%d%%) verified; " % int(percent(t['sizeWhenDone'], t['haveValid']))) info[-1].append("%s corrupt" % scale_bytes(t['corruptEver'], 'long')) if t['percentDone'] < 100: info[-1][-1] += '; ' if t['rateDownload']: info[-1].append("receiving %s per second" % scale_bytes(t['rateDownload'], 'long')) if t['downloadLimited']: info[-1][-1] += " (throttled to %s)" % scale_bytes(t['downloadLimit']*1024, 'long') else: info[-1].append("no reception in progress") try: copies_distributed = (float(t['uploadedEver']) / float(t['sizeWhenDone'])) except ZeroDivisionError: copies_distributed = 0 info.append(['Upload: ', "%s (%d%%) transmitted; " % (scale_bytes(t['uploadedEver'], 'long'), t['uploadRatio']*100)]) if t['rateUpload']: info[-1].append("sending %s per second" % scale_bytes(t['rateUpload'], 'long')) if t['uploadLimited']: info[-1][-1] += " (throttled to %s)" % scale_bytes(t['uploadLimit']*1024, 'long') else: info[-1].append("no transmission in progress") info.append(['Ratio: ', '%.2f copies distributed' % copies_distributed]) norm_upload_rate = norm.add('%s:rateUpload' % t['id'], t['rateUpload'], 50) if norm_upload_rate > 0: target_ratio = self.get_target_ratio() bytes_left = (max(t['downloadedEver'],t['sizeWhenDone']) * target_ratio) - t['uploadedEver'] time_left = bytes_left / norm_upload_rate info[-1][-1] += '; ' if time_left < 86400: # 1 day info[-1].append('approaching %.2f at %s' % \ (target_ratio, timestamp(time.time() + time_left, "%R"))) else: info[-1].append('approaching %.2f on %s' % \ (target_ratio, timestamp(time.time() + time_left, "%x"))) info.append(['Seed limit: ']) if t['seedRatioMode'] == 0: if self.stats['seedRatioLimited']: info[-1].append('default (pause torrent after distributing %s copies)' % self.stats['seedRatioLimit']) else: info[-1].append('default (unlimited)') elif t['seedRatioMode'] == 1: info[-1].append('pause torrent after distributing %s copies' % t['seedRatioLimit']) elif t['seedRatioMode'] == 2: info[-1].append('unlimited (ignore global limits)') info.append(['Peers: ', "connected to %d; " % t['peersConnected'], "downloading from %d; " % t['peersSendingToUs'], "uploading to %d" % t['peersGettingFromUs']]) # average peer speed incomplete_peers = [peer for peer in self.torrent_details['peers'] if peer['progress'] < 1] if incomplete_peers: # use at least 2/3 or 10 of incomplete peers to make an estimation active_peers = [peer for peer in incomplete_peers if peer['download_speed']] min_active_peers = min(10, max(1, round(len(incomplete_peers)*0.666))) if 1 <= len(active_peers) >= min_active_peers: swarm_speed = sum([peer['download_speed'] for peer in active_peers]) / len(active_peers) info.append(['Swarm speed: ', "%s on average; " % scale_bytes(swarm_speed), "distribution of 1 copy takes %s" % \ scale_time(int(t['totalSize'] / swarm_speed), 'long')]) else: info.append(['Swarm speed: ', "" % \ (min_active_peers, len(active_peers))]) else: info.append(['Swarm speed: ', ""]) info.append(['Privacy: ']) if t['isPrivate']: info[-1].append('Private to this tracker -- DHT and PEX disabled') else: info[-1].append('Public torrent') info.append(['Location: ',"%s" % homedir2tilde(t['downloadDir'])]) ypos = self.draw_details_list(ypos, info) self.draw_details_eventdates(ypos+1) return ypos+1 def get_target_ratio(self): t = self.torrent_details if t['seedRatioMode'] == 1: return t['seedRatioLimit'] # individual limit elif t['seedRatioMode'] == 0 and self.stats['seedRatioLimited']: return self.stats['seedRatioLimit'] # global limit else: # round up to next 10/5/1 if t['uploadRatio'] >= 100: step_size = 10.0 elif t['uploadRatio'] >= 10: step_size = 5.0 else: step_size = 1.0 return int(round((t['uploadRatio'] + step_size/2) / step_size) * step_size) def draw_details_eventdates(self, ypos): t = self.torrent_details self.pad.addstr(ypos, 1, ' Created: ' + timestamp(t['dateCreated'])) self.pad.addstr(ypos+1, 1, ' Added: ' + timestamp(t['addedDate'])) self.pad.addstr(ypos+2, 1, ' Started: ' + timestamp(t['startDate'])) self.pad.addstr(ypos+3, 1, ' Activity: ' + timestamp(t['activityDate'])) if t['percentDone'] < 100 and t['eta'] > 0: self.pad.addstr(ypos+4, 1, 'Finishing: ' + timestamp(time.time() + t['eta'])) elif t['doneDate'] <= 0: self.pad.addstr(ypos+4, 1, 'Finishing: sometime') else: self.pad.addstr(ypos+4, 1, ' Finished: ' + timestamp(t['doneDate'])) if t['comment']: if self.width >= 90: width = self.width - 50 comment = wrap_multiline(t['comment'], width, initial_indent='Comment: ') for i, line in enumerate(comment): if(ypos+i > self.height-1): break self.pad.addstr(ypos+i, 50, self.enc(line)) else: width = self.width - 2 comment = wrap_multiline(t['comment'], width, initial_indent='Comment: ') for i, line in enumerate(comment): self.pad.addstr(ypos+6+i, 2, self.enc(line)) def draw_filelist(self, ypos): column_names = ' # Progress Size Priority Filename' self.pad.addstr(ypos, 0, column_names.ljust(self.width), curses.A_UNDERLINE) ypos += 1 for line in self.create_filelist(): curses_tags = 0 # highlight focused/selected line(s) while line.startswith('_'): if line[1] == 'S': curses_tags = curses.A_BOLD line = line[2:] if line[1] == 'F': curses_tags += curses.A_REVERSE line = line[2:] try: self.pad.addstr(ypos, 0, ' '*self.width, curses_tags) except: pass # colored priority (only in the first 30 chars, the rest is filename) xpos = 0 for part in re.split('(high|normal|low|off)', line[0:30], 1): if part == 'high': self.pad.addstr(ypos, xpos, self.enc(part), curses_tags + curses.color_pair(self.colors.id('file_prio_high'))) elif part == 'normal': self.pad.addstr(ypos, xpos, self.enc(part), curses_tags + curses.color_pair(self.colors.id('file_prio_normal'))) elif part == 'low': self.pad.addstr(ypos, xpos, self.enc(part), curses_tags + curses.color_pair(self.colors.id('file_prio_low'))) elif part == 'off': self.pad.addstr(ypos, xpos, self.enc(part), curses_tags + curses.color_pair(self.colors.id('file_prio_off'))) else: self.pad.addstr(ypos, xpos, self.enc(part), curses_tags) xpos += len(part) self.pad.addstr(ypos, xpos, self.enc(line[30:]), curses_tags) ypos += 1 if ypos > self.height: break def create_filelist(self): files = sorted(self.torrent_details['files'], cmp=lambda x,y: cmp(x['name'], y['name'])) # Build new mapping between sorted local files and transmission-daemon's unsorted files self.file_index_map = {} for index,file in enumerate(files): self.file_index_map[index] = self.torrent_details['files'].index(file) filelist = [] current_folder = [] current_depth = 0 pos = 0 pos_before_focus = 0 index = 0 for file in files: f = file['name'].split('/') f_len = len(f) - 1 if f[:f_len] != current_folder: [current_depth, pos] = self.create_filelist_transition(f, current_folder, filelist, current_depth, pos) current_folder = f[:f_len] filelist.append(self.create_filelist_line(f[-1], index, percent(file['length'], file['bytesCompleted']), file['length'], current_depth)) index += 1 if self.focus_detaillist == index - 1: pos_before_focus = pos if index + pos >= self.focus_detaillist + 1 + pos + self.detaillistitems_per_page/2 \ and index + pos >= self.detaillistitems_per_page: if self.focus_detaillist + 1 + pos_before_focus < self.detaillistitems_per_page / 2: return filelist return filelist[self.focus_detaillist + 1 + pos_before_focus - self.detaillistitems_per_page / 2 : self.focus_detaillist + 1 + pos_before_focus + self.detaillistitems_per_page / 2] begin = len(filelist) - self.detaillistitems_per_page return filelist[begin > 0 and begin or 0:] def create_filelist_transition(self, f, current_folder, filelist, current_depth, pos): """ Create directory transition from to , both of which are an array of strings, each one representing one subdirectory in their path (e.g. /tmp/a/c would result in [temp, a, c]). is a list of strings that will later be drawn to screen. This function only creates directory strings, and is responsible for managing depth (i.e. indentation) between different directories. """ f_len = len(f) - 1 # Amount of subdirectories in f current_folder_len = len(current_folder) # Amount of subdirectories in # current_folder # Number of directory parts from f and current_directory that are identical same = 0 while (same < current_folder_len and same < f_len and f[same] == current_folder[same]): same += 1 # Reduce depth for each directory f has less than current_folder for i in range(current_folder_len - same): current_depth -= 1 filelist.append(' '*current_depth + ' '*31 + '/') pos += 1 # Stepping out of a directory, but not into a new directory if f_len < current_folder_len and f_len == same: return [current_depth, pos] # Increase depth for each new directory that appears in f, # but not in current_directory while current_depth < f_len: filelist.append('%s\\ %s' % (' '*current_depth + ' '*31 , f[current_depth])) current_depth += 1 pos += 1 return [current_depth, pos] def create_filelist_line(self, name, index, percent, length, current_depth): line = "%s %6.1f%%" % (str(index+1).rjust(3), percent) + \ ' '+scale_bytes(length).rjust(5) + \ ' '+server.get_file_priority(self.torrent_details['id'], self.file_index_map[index]).center(8) + \ " %s| %s" % (' '*current_depth, name[0:self.width-31-current_depth]) if index == self.focus_detaillist: line = '_F' + line if index in self.selected_files: line = '_S' + line return line def draw_peerlist(self, ypos): # Start drawing list either at the "selected" index, or at the index # that is required to display all remaining items without further scrolling. last_possible_index = max(0, len(self.torrent_details['peers']) - self.detaillistitems_per_page) start = min(self.scrollpos_detaillist, last_possible_index) end = start + self.detaillistitems_per_page peers = self.torrent_details['peers'][start:end] # Find width of columns clientname_width = 0 address_width = 0 for peer in peers: if len(peer['clientName']) > clientname_width: clientname_width = len(peer['clientName']) if len(peer['address']) > address_width: address_width = len(peer['address']) # Column names column_names = 'Flags %3d Down %3d Up Progress ETA ' % \ (self.torrent_details['peersSendingToUs'], self.torrent_details['peersGettingFromUs']) column_names += 'Client'.ljust(clientname_width + 1) \ + 'Address'.ljust(address_width) if features['geoip']: column_names += 'Country' if features['dns']: column_names += ' Host' self.pad.addstr(ypos, 0, column_names.ljust(self.width), curses.A_UNDERLINE) ypos += 1 # Peers hosts = server.get_hosts() geo_ips = server.get_geo_ips() for index, peer in enumerate(peers): if features['dns']: try: try: host = hosts[peer['address']].check() host_name = host[3][0] except (IndexError, KeyError): host_name = "" except adns.NotReady: host_name = "" except adns.Error, msg: host_name = msg upload_tag = download_tag = line_tag = 0 if peer['rateToPeer']: upload_tag = curses.A_BOLD if peer['rateToClient']: download_tag = curses.A_BOLD self.pad.move(ypos, 0) # Flags self.pad.addstr("%-6s " % peer['flagStr']) # Down self.pad.addstr("%5s " % scale_bytes(peer['rateToClient']), download_tag) # Up self.pad.addstr("%5s " % scale_bytes(peer['rateToPeer']), upload_tag) # Progress if peer['progress'] < 1: self.pad.addstr("%3d%%" % (float(peer['progress'])*100)) else: self.pad.addstr("%3d%%" % (float(peer['progress'])*100), curses.A_BOLD) # ETA if peer['progress'] < 1 and peer['download_speed'] > 1024: self.pad.addstr(" %6s %4s " % \ ('~' + scale_bytes(peer['download_speed']), '~' + scale_time(peer['time_left']))) else: if peer['progress'] < 1: self.pad.addstr(" ") else: self.pad.addstr(" ") # Client self.pad.addstr(self.enc(peer['clientName'].ljust(clientname_width + 1))) # Address self.pad.addstr(peer['address'].ljust(address_width + 1)) # Country if features['geoip']: self.pad.addstr(" %2s " % geo_ips[peer['address']]) # Host if features['dns']: self.pad.addstr(self.enc(host_name), curses.A_DIM) ypos += 1 def draw_trackerlist(self, ypos): top = ypos - 1 def addstr(ypos, xpos, *args): if ypos > top and ypos < self.height - 2: self.pad.addstr(ypos, xpos, *args) tracker_per_page = self.detaillistitems_per_page // self.TRACKER_ITEM_HEIGHT page = self.scrollpos_detaillist // tracker_per_page start = tracker_per_page * page end = tracker_per_page * (page + 1) tlist = self.torrent_details['trackerStats'][start:end] # keep position in range when last tracker gets deleted self.scrollpos_detaillist = min(self.scrollpos_detaillist, len(self.torrent_details['trackerStats'])-1) # show newly added tracker when list was empty before if self.torrent_details['trackerStats']: self.scrollpos_detaillist = max(0, self.scrollpos_detaillist) current_tier = -1 for index, t in enumerate(tlist): announce_msg_size = scrape_msg_size = 0 selected = t == self.torrent_details['trackerStats'][self.scrollpos_detaillist] if current_tier != t['tier']: current_tier = t['tier'] tiercolor = curses.A_BOLD + curses.A_REVERSE \ if selected else curses.A_REVERSE addstr(ypos, 0, ("Tier %d" % (current_tier+1)).ljust(self.width), tiercolor) ypos += 1 if selected: for i in range(4): addstr(ypos+i, 0, ' ', curses.A_BOLD + curses.A_REVERSE) addstr(ypos+1, 4, "Last announce: %s" % timestamp(t['lastAnnounceTime'])) addstr(ypos+1, 54, "Last scrape: %s" % timestamp(t['lastScrapeTime'])) if t['lastAnnounceSucceeded']: peers = "%s peer%s" % (num2str(t['lastAnnouncePeerCount']), ('s', '')[t['lastAnnouncePeerCount']==1]) addstr(ypos, 2, t['announce'], curses.A_BOLD + curses.A_UNDERLINE) addstr(ypos+2, 11, "Result: ") addstr(ypos+2, 19, "%s received" % peers, curses.A_BOLD) else: addstr(ypos, 2, t['announce'], curses.A_UNDERLINE) addstr(ypos+2, 9, "Response:") announce_msg_size = self.wrap_and_draw_result(top, ypos+2, 19, self.enc(t['lastAnnounceResult'])) if t['lastScrapeSucceeded']: seeds = "%s seed%s" % (num2str(t['seederCount']), ('s', '')[t['seederCount']==1]) leeches = "%s leech%s" % (num2str(t['leecherCount']), ('es', '')[t['leecherCount']==1]) addstr(ypos+2, 52, "Tracker knows:") addstr(ypos+2, 67, "%s and %s" % (seeds, leeches), curses.A_BOLD) else: addstr(ypos+2, 57, "Response:") scrape_msg_size += self.wrap_and_draw_result(top, ypos+2, 67, t['lastScrapeResult']) ypos += max(announce_msg_size, scrape_msg_size) addstr(ypos+3, 4, "Next announce: %s" % timestamp(t['nextAnnounceTime'])) addstr(ypos+3, 52, " Next scrape: %s" % timestamp(t['nextScrapeTime'])) ypos += 5 def wrap_and_draw_result(self, top, ypos, xpos, result): result = wrap(result, 30) i = 0 for i, line in enumerate(result): if ypos+i > top and ypos+i < self.height - 2: self.pad.addstr(ypos+i, xpos, line, curses.A_UNDERLINE) return i def draw_pieces_map(self, ypos): pieces = self.torrent_details['pieces'] piece_count = self.torrent_details['pieceCount'] margin = len(str(piece_count)) + 2 map_width = int(str(self.width-margin-1)[0:-1] + '0') for x in range(10, map_width, 10): self.pad.addstr(ypos, x+margin-1, str(x), curses.A_BOLD) start = self.scrollpos_detaillist * map_width end = min(start + (self.height - ypos - 3) * map_width, piece_count) if end <= start: return block = ord(pieces[start >> 3]) << (start & 7) format = "%%%dd" % (margin - 2) for counter in xrange(start, end): if counter % map_width == 0: ypos += 1 ; xpos = margin self.pad.addstr(ypos, 1, format % counter, curses.A_BOLD) else: xpos += 1 if counter & 7 == 0: block = ord(pieces[counter >> 3]) piece = block & 0x80 if piece: self.pad.addch(ypos, xpos, ' ', curses.A_REVERSE) else: self.pad.addch(ypos, xpos, '_') block <<= 1 missing_pieces = piece_count - counter - 1 if missing_pieces: line = "%d further piece%s" % (missing_pieces, ('','s')[missing_pieces>1]) xpos = (self.width - len(line)) / 2 self.pad.addstr(self.height-3, xpos, line, curses.A_REVERSE) def draw_details_list(self, ypos, info): key_width = max(map(lambda x: len(x[0]), info)) for i in info: self.pad.addstr(ypos, 1, self.enc(i[0].rjust(key_width))) # key # value part may be wrapped if it gets too long for v in i[1:]: y, x = self.pad.getyx() if x + len(v) >= self.width: ypos += 1 self.pad.move(ypos, key_width+1) self.pad.addstr(self.enc(v)) ypos += 1 return ypos def next_details(self): if self.details_category_focus >= 4: self.details_category_focus = 0 else: self.details_category_focus += 1 self.focus_detaillist = -1 self.scrollpos_detaillist = 0 self.pad.erase() def prev_details(self): if self.details_category_focus <= 0: self.details_category_focus = 4 else: self.details_category_focus -= 1 self.pad.erase() def move_up(self, focus, scrollpos, step_size): if focus < 0: focus = -1 else: focus -= 1 if scrollpos/step_size - focus > 0: scrollpos -= step_size scrollpos = max(0, scrollpos) while scrollpos % step_size: scrollpos -= 1 return focus, scrollpos def move_down(self, focus, scrollpos, step_size, elements_per_page, list_height): if focus < list_height - 1: focus += 1 if focus+1 - scrollpos/step_size > elements_per_page: scrollpos += step_size return focus, scrollpos def move_page_up(self, focus, scrollpos, step_size, elements_per_page): for x in range(elements_per_page - 1): focus, scrollpos = self.move_up(focus, scrollpos, step_size) if focus < 0: focus = 0 return focus, scrollpos def move_page_down(self, focus, scrollpos, step_size, elements_per_page, list_height): if focus < 0: focus = 0 for x in range(elements_per_page - 1): focus, scrollpos = self.move_down(focus, scrollpos, step_size, elements_per_page, list_height) return focus, scrollpos def move_to_top(self): return 0, 0 def move_to_end(self, step_size, elements_per_page, list_height): focus = list_height - 1 scrollpos = max(0, (list_height - elements_per_page) * step_size) return focus, scrollpos def draw_stats(self): self.screen.insstr(self.height-1, 0, ' '.center(self.width), curses.A_REVERSE) self.draw_torrents_stats() self.draw_global_rates() def draw_torrents_stats(self): if self.selected_torrent > -1 and self.details_category_focus == 2: self.screen.insstr((self.height-1), 0, "%d peer%s connected (" % (self.torrent_details['peersConnected'], ('s','')[self.torrent_details['peersConnected'] == 1]) + \ "Trackers:%d " % self.torrent_details['peersFrom']['fromTracker'] + \ "DHT:%d " % self.torrent_details['peersFrom']['fromDht'] + \ "LTEP:%d " % self.torrent_details['peersFrom']['fromLtep'] + \ "PEX:%d " % self.torrent_details['peersFrom']['fromPex'] + \ "Incoming:%d " % self.torrent_details['peersFrom']['fromIncoming'] + \ "Cache:%d)" % self.torrent_details['peersFrom']['fromCache'], curses.A_REVERSE) else: self.screen.addstr((self.height-1), 0, "Torrent%s:" % ('s','')[len(self.torrents) == 1], curses.A_REVERSE) self.screen.addstr("%d (" % len(self.torrents), curses.A_REVERSE) downloading = len(filter(lambda x: x['status']==Transmission.STATUS_DOWNLOAD, self.torrents)) seeding = len(filter(lambda x: x['status']==Transmission.STATUS_SEED, self.torrents)) paused = self.stats['pausedTorrentCount'] self.screen.addstr("Downloading:", curses.A_REVERSE) self.screen.addstr("%d " % downloading, curses.A_REVERSE) self.screen.addstr("Seeding:", curses.A_REVERSE) self.screen.addstr("%d " % seeding, curses.A_REVERSE) self.screen.addstr("Paused:", curses.A_REVERSE) self.screen.addstr("%d) " % paused, curses.A_REVERSE) if self.filter_list: self.screen.addstr("Filter:", curses.A_REVERSE) self.screen.addstr("%s%s" % (('','not ')[self.filter_inverse], self.filter_list), curses.color_pair(self.colors.id('filter_status')) + curses.A_REVERSE) # show last sort order (if terminal size permits it) curpos_y, curpos_x = self.screen.getyx() if self.sort_orders and self.width - curpos_x > 20: self.screen.addstr(" Sort by:", curses.A_REVERSE) name = [name[1] for name in self.sort_options if name[0] == self.sort_orders[-1]['name']][0] name = name.replace('_', '').lower() curses_tags = curses.color_pair(self.colors.id('filter_status')) + curses.A_REVERSE if self.sort_orders[-1]['reverse']: self.screen.addch(curses.ACS_DARROW, curses_tags) else: self.screen.addch(curses.ACS_UARROW, curses_tags) try: # 'name' may be too long self.screen.addstr(name, curses_tags) except curses.error: pass def draw_global_rates(self): rates_width = self.rateDownload_width + self.rateUpload_width + 3 if self.stats['alt-speed-enabled']: upload_limit = "/%dK" % self.stats['alt-speed-up'] download_limit = "/%dK" % self.stats['alt-speed-down'] else: upload_limit = ('', "/%dK" % self.stats['speed-limit-up'])[self.stats['speed-limit-up-enabled']] download_limit = ('', "/%dK" % self.stats['speed-limit-down'])[self.stats['speed-limit-down-enabled']] limits = {'dn_limit' : download_limit, 'up_limit' : upload_limit} limits_width = len(limits['dn_limit']) + len(limits['up_limit']) if self.stats['alt-speed-enabled']: self.screen.move(self.height-1, self.width-rates_width - limits_width - len('Turtle mode ')) self.screen.addstr('Turtle mode', curses.A_REVERSE + curses.A_BOLD) self.screen.addch(' ', curses.A_REVERSE) self.screen.move(self.height - 1, self.width - rates_width - limits_width) self.screen.addch(curses.ACS_DARROW, curses.A_REVERSE) self.screen.addstr(scale_bytes(self.stats['downloadSpeed']).rjust(self.rateDownload_width), curses.color_pair(self.colors.id('download_rate')) + curses.A_REVERSE + curses.A_BOLD) self.screen.addstr(limits['dn_limit'], curses.A_REVERSE) self.screen.addch(' ', curses.A_REVERSE) self.screen.addch(curses.ACS_UARROW, curses.A_REVERSE) self.screen.insstr(limits['up_limit'], curses.A_REVERSE) self.screen.insstr(scale_bytes(self.stats['uploadSpeed']).rjust(self.rateUpload_width), curses.color_pair(self.colors.id('upload_rate')) + curses.A_REVERSE + curses.A_BOLD) def draw_title_bar(self): self.screen.insstr(0, 0, ' '.center(self.width), curses.A_REVERSE) self.draw_connection_status() self.draw_quick_help() def draw_connection_status(self): status = "Transmission @ %s:%s" % (server.host, server.port) if cmd_args.DEBUG: status = "%d x %d " % (self.width, self.height) + status self.screen.addstr(0, 0, self.enc(status), curses.A_REVERSE) def draw_quick_help(self): help = [('?','Show Keybindings')] if self.selected_torrent == -1: if self.focus >= 0: help = [('enter','View Details'), ('p','Pause/Unpause'), ('r','Remove'), ('v','Verify')] else: help = [('/','Search'), ('f','Filter'), ('s','Sort')] + help + [('o','Options'), ('q','Quit')] else: help = [('Move with','cursor keys'), ('q','Back to List')] if self.details_category_focus == 1 and self.focus_detaillist > -1: help = [('enter', 'Open File'), ('space','(De)Select File'), ('left/right','De-/Increase Priority'), ('escape','Unfocus/-select')] + help elif self.details_category_focus == 2: help = [('F1/?','Explain flags')] + help elif self.details_category_focus == 3: help = [('a','Add Tracker'),('r','Remove Tracker')] + help line = ' | '.join(map(lambda x: "%s %s" % (x[0], x[1]), help)) line = line[0:self.width] self.screen.insstr(0, self.width-len(line), line, curses.A_REVERSE) def list_key_bindings(self): title = 'Help Menu' message = " F1/? Show this help\n" + \ " u/d Adjust maximum global upload/download rate\n" + \ " U/D Adjust maximum upload/download rate for focused torrent\n" + \ " L Set seed ratio limit for focused torrent\n" + \ " +/- Adjust bandwidth priority for focused torrent\n" + \ " p Pause/Unpause torrent\n" + \ " P Pause/Unpause all torrents\n" + \ " v/y Verify torrent\n" + \ " m Move torrent\n" + \ " n Reannounce torrent\n" + \ " a Add torrent\n" + \ " Del/r Remove torrent and keep content\n" + \ " Shift+Del/R Remove torrent and delete content\n" # Queue was implemented in Transmission v2.4 if server.get_rpc_version() >= 14: message += " K/J Increase/decrease Queue Position for focused torrent\n" # Torrent list if self.selected_torrent == -1: message += " / Search in torrent list\n" + \ " f Filter torrent list\n" + \ " s Sort torrent list\n" \ " Enter/Right View torrent's details\n" + \ " o Configuration options\n" + \ " t Toggle turtle mode\n" + \ " C Toggle compact list mode\n" + \ " Esc Unfocus\n" + \ " q Quit" else: # Peer list if self.details_category_focus == 2: title = 'Peer status flags' message = " O Optimistic unchoke\n" + \ " D Downloading from this peer\n" + \ " d We would download from this peer if they'd let us\n" + \ " U Uploading to peer\n" + \ " u We would upload to this peer if they'd ask\n" + \ " K Peer has unchoked us, but we're not interested\n" + \ " ? We unchoked this peer, but they're not interested\n" + \ " E Encrypted Connection\n" + \ " H Peer was discovered through DHT\n" + \ " X Peer was discovered through Peer Exchange (PEX)\n" + \ " I Peer is an incoming connection\n" + \ " T Peer is connected via uTP" else: # Viewing torrent details message += " o Jump to overview\n" + \ " f Jump to file list\n" + \ " e Jump to peer list\n" + \ " t Jump to tracker information\n" + \ " Tab/Right Jump to next view\n" + \ " Shift+Tab/Left Jump to previous view\n" if self.details_category_focus == 1: # files if self.focus_detaillist > -1: message += " Left/Right Decrease/Increase file priority\n" message += " Up/Down Select file\n" + \ " Space Select/Deselect focused file\n" + \ " a Select/Deselect all files\n" + \ " Esc Unfocus+Unselect or Back to torrent list\n" + \ " q/Backspace Back to torrent list" else: message += "q/Backspace/Esc Back to torrent list" width = max(map(lambda x: len(x), message.split("\n"))) + 4 width = min(self.width, width) height = min(self.height, message.count("\n")+3) win = self.window(height, width, message=message, title=title) while True: if win.getch() >= 0: return def window(self, height, width, message='', title=''): height = min(self.height, height) width = min(self.width, width) ypos = int( (self.height - height) / 2 ) xpos = int( (self.width - width) / 2 ) win = curses.newwin(height, width, ypos, xpos) win.box() win.bkgd(' ', curses.A_REVERSE + curses.A_BOLD) if width >= 20: win.addch(height-1, width-19, curses.ACS_RTEE) win.addstr(height-1, width-18, " Close with Esc ") win.addch(height-1, width-2, curses.ACS_LTEE) if width >= (len(title) + 6) and title != '': win.addch(0, 1, curses.ACS_RTEE) win.addstr(0, 2, " " + title + " ") win.addch(0, len(title) + 4 , curses.ACS_LTEE) ypos = 1 for line in message.split("\n"): if len_columns(line) > width: line = ljust_columns(line, width-7) + '...' if ypos < height - 1: # ypos == height-1 is frame border win.addstr(ypos, 2, self.enc(line)) ypos += 1 else: # Do not write outside of frame border win.addstr(ypos, 2, " More... ") break return win def dialog_ok(self, message): height = 3 + message.count("\n") width = max(max(map(lambda x: len_columns(x), message.split("\n"))), 40) + 4 win = self.window(height, width, message=message) while True: if win.getch() >= 0: return def dialog_yesno(self, message, important=False): height = 5 + message.count("\n") width = max(len_columns(message), 8) + 4 win = self.window(height, width, message=message) win.keypad(True) if important: win.bkgd(' ', curses.color_pair(self.colors.id('dialog_important')) + curses.A_REVERSE) focus_tags = curses.color_pair(self.colors.id('button_focused')) unfocus_tags = 0 input = False while True: win.move(height-2, (width/2)-4) if input: win.addstr('Y', focus_tags + curses.A_UNDERLINE) win.addstr('es', focus_tags) win.addstr(' ') win.addstr('N', curses.A_UNDERLINE) win.addstr('o') else: win.addstr('Y', curses.A_UNDERLINE) win.addstr('es') win.addstr(' ') win.addstr('N', focus_tags + curses.A_UNDERLINE) win.addstr('o', focus_tags) c = win.getch() if c == ord('y'): return True elif c == ord('n'): return False elif c == ord("\t"): input = not input elif c == curses.KEY_LEFT or c == ord('h'): input = True elif c == curses.KEY_RIGHT or c == ord('l'): input = False elif c == ord("\n") or c == ord(' '): return input elif c == 27 or c == curses.KEY_BREAK: return -1 # tab_complete values: # 'all': complete with any files/directories # 'dirs': complete only with directories # any false value: do not complete def dialog_input_text(self, message, input='', on_change=None, on_enter=None, tab_complete=None): width = self.width - 4 textwidth = self.width - 8 height = message.count("\n") + 4 win = self.window(height, width, message=message) win.keypad(True) show_cursor() index = len(input) while True: # Cut the text into pages, each as long as the text field # The current page is determined by index position page = index // textwidth displaytext = input[textwidth*page:textwidth*(page + 1)] displayindex = index - textwidth*page color = (curses.color_pair(self.colors.id('dialog_important')) if self.highlight_dialog else curses.color_pair(self.colors.id('dialog'))) win.addstr(height - 2, 2, displaytext.ljust(textwidth), color) win.move(height - 2, displayindex + 2) c = win.getch() if c == 27 or c == curses.KEY_BREAK: hide_cursor() return '' elif index < len(input) and ( c == curses.KEY_RIGHT or c == curses.ascii.ctrl(ord('f')) ): index += 1 elif index > 0 and ( c == curses.KEY_LEFT or c == curses.ascii.ctrl(ord('b')) ): index -= 1 elif (c == curses.KEY_BACKSPACE or c == 127) and index > 0: input = input[:index - 1] + (index < len(input) and input[index:] or '') index -= 1 if on_change: on_change(input) elif index < len(input) and ( c == curses.KEY_DC or c == curses.ascii.ctrl(ord('d')) ): input = input[:index] + input[index + 1:] if on_change: on_change(input) elif index < len(input) and c == curses.ascii.ctrl(ord('k')): input = input[:index] if on_change: on_change(input) elif c == curses.ascii.ctrl(ord('u')): # Delete from cursor until beginning of line input = input[index:] index = 0 if on_change: on_change(input) elif c == curses.KEY_HOME or c == curses.ascii.ctrl(ord('a')): index = 0 elif c == curses.KEY_END or c == curses.ascii.ctrl(ord('e')): index = len(input) elif c == ord('\n'): if on_enter: on_enter(input) else: hide_cursor() return input elif c >= 32 and c < 127: input = input[:index] + chr(c) + (index < len(input) and input[index:] or '') index += 1 if on_change: on_change(input) elif c == ord('\t') and tab_complete: possible_choices = glob.glob(tilde2homedir(input)+'*') if tab_complete == 'dirs': possible_choices = [ d for d in possible_choices if os.path.isdir(d) ] if(possible_choices): input = os.path.commonprefix(possible_choices) if len(possible_choices) == 1 and os.path.isdir(input) and input.endswith(os.sep) == False: input += os.sep input = homedir2tilde(input) index = len(input) if on_change: win.redrawwin() def dialog_search_torrentlist(self, c): self.dialog_input_text('Search torrent by title:', on_change=self.draw_torrent_list, on_enter=self.increment_search) def increment_search(self, input): self.search_focus += 1 self.draw_torrent_list(input) def dialog_input_number(self, message, current_value, cursorkeys=True, floating_point=False, allow_empty=False, allow_zero=True, allow_negative_one=True): if not allow_zero: allow_negative_one = False width = max(max(map(lambda x: len(x), message.split("\n"))), 40) + 4 width = min(self.width, width) height = message.count("\n") + (4,6)[cursorkeys] show_cursor() win = self.window(height, width, message=message) win.keypad(True) input = str(current_value) if cursorkeys: if floating_point: bigstep = 1 smallstep = 0.1 else: bigstep = 100 smallstep = 10 win.addstr(height-4, 2, (" up/down +/- %-3s" % bigstep).rjust(width-4)) win.addstr(height-3, 2, ("left/right +/- %3s" % smallstep).rjust(width-4)) if allow_negative_one: win.addstr(height-3, 2, "-1 means unlimited") if allow_empty: win.addstr(height-4, 2, "leave empty for default") while True: win.addstr(height-2, 2, input.ljust(width-4), curses.color_pair(self.colors.id('dialog'))) win.move(height - 2, len(input) + 2) c = win.getch() if c == 27 or c == ord('q') or c == curses.KEY_BREAK: hide_cursor() return -128 elif c == ord("\n"): try: if allow_empty and len(input) <= 0: hide_cursor() return -2 elif floating_point: hide_cursor() return float(input) else: hide_cursor() return int(input) except ValueError: hide_cursor() return -1 elif c == curses.KEY_BACKSPACE or c == curses.KEY_DC or c == 127 or c == 8: input = input[:-1] elif len(input) >= width-5: curses.beep() elif c >= ord('1') and c <= ord('9'): input += chr(c) elif allow_zero and c == ord('0') and input != '-' and not input.startswith('0'): input += chr(c) elif allow_negative_one and c == ord('-') and len(input) == 0: input += chr(c) elif floating_point and c == ord('.') and not '.' in input: input += chr(c) elif cursorkeys and c != -1: try: if input == '': input = 0 if floating_point: number = float(input) else: number = int(input) if c == curses.KEY_LEFT or c == ord('h'): number -= smallstep elif c == curses.KEY_RIGHT or c == ord('l'): number += smallstep elif c == curses.KEY_DOWN or c == ord('j'): number -= bigstep elif c == curses.KEY_UP or c == ord('k'): number += bigstep if not allow_zero and number <= 0: number = 1 elif not allow_negative_one and number < 0: number = 0 elif number < 0: # input like -0.6 isn't useful number = -1 input = str(number) except ValueError: pass def dialog_menu(self, title, options, focus=1): height = len(options) + 2 width = max(max(map(lambda x: len(x[1])+3, options)), len(title)+3) win = self.window(height, width) win.addstr(0,1, title) win.keypad(True) old_focus = focus while True: keymap = self.dialog_list_menu_options(win, width, options, focus) c = win.getch() if c > 96 and c < 123 and chr(c) in keymap: return options[keymap[chr(c)]][0] elif c == 27 or c == ord('q'): return -128 elif c == ord("\n"): return options[focus-1][0] elif c == curses.KEY_DOWN or c == ord('j') or c == curses.ascii.ctrl(ord('n')): focus += 1 if focus > len(options): focus = 1 elif c == curses.KEY_UP or c == ord('k') or c == curses.ascii.ctrl(ord('p')): focus -= 1 if focus < 1: focus = len(options) elif c == curses.KEY_HOME or c == ord('g'): focus = 1 elif c == curses.KEY_END or c == ord('G'): focus = len(options) def dialog_list_menu_options(self, win, width, options, focus): keys = dict() i = 1 for option in options: title = option[1].split('_') if i == focus: tag = curses.color_pair(self.colors.id('dialog')) else: tag = 0 win.addstr(i,2, title[0], tag) win.addstr(title[1][0], tag + curses.A_UNDERLINE) win.addstr(title[1][1:], tag) win.addstr(''.ljust(width - len(option[1]) - 3), tag) keys[title[1][0].lower()] = i-1 i+=1 return keys def draw_options_dialog(self): enc_options = [('required','_required'), ('preferred','_preferred'), ('tolerated','_tolerated')] seed_ratio = self.stats['seedRatioLimit'] while True: options = [] options.append(('Peer _Port', "%d" % self.stats['peer-port'])) options.append(('UP_nP/NAT-PMP', ('disabled','enabled ')[self.stats['port-forwarding-enabled']])) options.append(('Peer E_xchange', ('disabled','enabled ')[self.stats['pex-enabled']])) options.append(('_Distributed Hash Table', ('disabled','enabled ')[self.stats['dht-enabled']])) options.append(('_Local Peer Discovery', ('disabled','enabled ')[self.stats['lpd-enabled']])) options.append(('Protocol En_cryption', "%s" % self.stats['encryption'])) # uTP support was added in Transmission v2.3 if server.get_rpc_version() >= 13: options.append(('_Micro Transport Protocol', ('disabled','enabled')[self.stats['utp-enabled']])) options.append(('_Global Peer Limit', "%d" % self.stats['peer-limit-global'])) options.append(('Peer Limit per _Torrent', "%d" % self.stats['peer-limit-per-torrent'])) options.append(('T_urtle Mode UL Limit', "%dK" % self.stats['alt-speed-up'])) options.append(('Tu_rtle Mode DL Limit', "%dK" % self.stats['alt-speed-down'])) options.append(('_Seed Ratio Limit', "%s" % ('unlimited',self.stats['seedRatioLimit'])[self.stats['seedRatioLimited']])) # queue was implemented in Transmission v2.4 if server.get_rpc_version() >= 14: options.append(('Do_wnload Queue Size', "%s" % ('disabled',self.stats['download-queue-size'])[self.stats['download-queue-enabled']])) options.append(('S_eed Queue Size', "%s" % ('disabled',self.stats['seed-queue-size'])[self.stats['seed-queue-enabled']])) options.append(('Title is Progress _Bar', ('no','yes')[self.torrentname_is_progressbar])) options.append(('File _Viewer', "%s" % self.file_viewer)) max_len = max([sum([len(re.sub('_', '', x)) for x in y[0]]) for y in options]) win_width = min(max(len(self.file_viewer)+5, 15), self.width+max_len) win = self.window(len(options)+2, max_len+win_width, '', "Global Options") line_num = 1 for option in options: parts = re.split('_', option[0]) parts_len = sum([len(x) for x in parts]) win.addstr(line_num, max_len-parts_len+2, parts.pop(0)) for part in parts: win.addstr(part[0], curses.A_UNDERLINE) win.addstr(part[1:] + ': ' + option[1]) line_num += 1 c = win.getch() if c == 27 or c == ord('q') or c == ord("\n"): return elif c == ord('p'): port = self.dialog_input_number("Port for incoming connections", self.stats['peer-port'], cursorkeys=False) if port >= 0 and port <= 65535: server.set_option('peer-port', port) elif port != -128: # user hit ESC self.dialog_ok('Port must be in the range of 0 - 65535') elif c == ord('n'): server.set_option('port-forwarding-enabled', (1,0)[self.stats['port-forwarding-enabled']]) elif c == ord('x'): server.set_option('pex-enabled', (1,0)[self.stats['pex-enabled']]) elif c == ord('d'): server.set_option('dht-enabled', (1,0)[self.stats['dht-enabled']]) elif c == ord('l'): server.set_option('lpd-enabled', (1,0)[self.stats['lpd-enabled']]) # uTP support was added in Transmission v2.3 elif c == ord('m') and server.get_rpc_version() >= 13: server.set_option('utp-enabled', (1,0)[self.stats['utp-enabled']]) elif c == ord('g'): limit = self.dialog_input_number("Maximum number of connected peers", self.stats['peer-limit-global'], allow_negative_one=False) if limit >= 0: server.set_option('peer-limit-global', limit) elif c == ord('t'): limit = self.dialog_input_number("Maximum number of connected peers per torrent", self.stats['peer-limit-per-torrent'], allow_negative_one=False) if limit >= 0: server.set_option('peer-limit-per-torrent', limit) elif c == ord('s'): limit = self.dialog_input_number('Stop seeding with upload/download ratio', (-1,self.stats['seedRatioLimit'])[self.stats['seedRatioLimited']], floating_point=True) if limit >= 0: server.set_option('seedRatioLimit', limit) server.set_option('seedRatioLimited', True) elif limit < 0 and limit != -128: server.set_option('seedRatioLimited', False) elif c == ord('c'): choice = self.dialog_menu('Encryption', enc_options, map(lambda x: x[0]==self.stats['encryption'], enc_options).index(True)+1) if choice != -128: server.set_option('encryption', choice) elif c == ord('u'): limit = self.dialog_input_number('Upload limit for Turtle Mode in kilobytes per second', self.stats['alt-speed-up'], allow_negative_one=False) if limit != -128: server.set_option('alt-speed-up', limit) elif c == ord('r'): limit = self.dialog_input_number('Download limit for Turtle Mode in kilobytes per second', self.stats['alt-speed-down'], allow_negative_one=False) if limit != -128: server.set_option('alt-speed-down', limit) elif c == ord('b'): self.torrentname_is_progressbar = not self.torrentname_is_progressbar # Queue was implemmented in Transmission v2.4 elif c == ord('w') and server.get_rpc_version() >= 14: queue_size = self.dialog_input_number('Download Queue size', (0, self.stats['download-queue-size'])[self.stats['download-queue-enabled']], allow_negative_one = False) if queue_size != -128: if queue_size == 0: server.set_option('download-queue-enabled', False) elif queue_size > 0: if not self.stats['download-queue-enabled']: server.set_option('download-queue-enabled', True) server.set_option('download-queue-size', queue_size) # Queue was implemmented in Transmission v2.4 elif c == ord('e') and server.get_rpc_version() >= 14: queue_size = self.dialog_input_number('Seed Queue size', (0, self.stats['seed-queue-size'])[self.stats['seed-queue-enabled']], allow_negative_one = False) if queue_size != -128: if queue_size == 0: server.set_option('seed-queue-enabled', False) elif queue_size > 0: if not self.stats['seed-queue-enabled']: server.set_option('seed-queue-enabled', True) server.set_option('seed-queue-size', queue_size) elif c == ord('v'): viewer = self.dialog_input_text('File Viewer\nExample: xdg-viewer %s', self.file_viewer) if viewer: config.set('Misc', 'file_viewer', viewer.replace('%s','%%s')) self.file_viewer=viewer self.draw_torrent_list() # End of class Interface def percent(full, part): try: percent = 100/(float(full) / float(part)) except ZeroDivisionError: percent = 0.0 return percent def scale_time(seconds, type='short'): minute_in_sec = float(60) hour_in_sec = float(3600) day_in_sec = float(86400) month_in_sec = 27.321661 * day_in_sec # from wikipedia year_in_sec = 365.25 * day_in_sec # from wikipedia if seconds < 0: return ('?', 'some time')[type=='long'] elif seconds < minute_in_sec: if type == 'long': if seconds < 5: return 'now' else: return "%d second%s" % (seconds, ('', 's')[seconds>1]) else: return "%ds" % seconds elif seconds < hour_in_sec: minutes = round(seconds / minute_in_sec, 0) if type == 'long': return "%d minute%s" % (minutes, ('', 's')[minutes>1]) else: return "%dm" % minutes elif seconds < day_in_sec: hours = round(seconds / hour_in_sec, 0) if type == 'long': return "%d hour%s" % (hours, ('', 's')[hours>1]) else: return "%dh" % hours elif seconds < month_in_sec: days = round(seconds / day_in_sec, 0) if type == 'long': return "%d day%s" % (days, ('', 's')[days>1]) else: return "%dd" % days elif seconds < year_in_sec: months = round(seconds / month_in_sec, 0) if type == 'long': return "%d month%s" % (months, ('', 's')[months>1]) else: return "%dM" % months else: years = round(seconds / year_in_sec, 0) if type == 'long': return "%d year%s" % (years, ('', 's')[years>1]) else: return "%dy" % years def timestamp(timestamp, format="%x %X"): if timestamp < 1: return 'never' absolute = time.strftime(format, time.localtime(timestamp)) if timestamp > time.time(): relative = 'in ' + scale_time(int(timestamp - time.time()), 'long') else: relative = scale_time(int(time.time() - timestamp), 'long') + ' ago' if relative.startswith('now') or relative.endswith('now'): relative = 'now' return "%s (%s)" % (absolute, relative) def scale_bytes(bytes, type='short'): if bytes >= 1073741824: scaled_bytes = round((bytes / 1073741824.0), 2) unit = 'G' elif bytes >= 1048576: scaled_bytes = round((bytes / 1048576.0), 1) if scaled_bytes >= 100: scaled_bytes = int(scaled_bytes) unit = 'M' elif bytes >= 1024: scaled_bytes = int(bytes / 1024) unit = 'K' else: scaled_bytes = round((bytes / 1024.0), 1) unit = 'K' # handle 0 bytes special if bytes == 0 and type == 'long': return 'nothing' # convert to integer if .0 if int(scaled_bytes) == float(scaled_bytes): scaled_bytes = str(int(scaled_bytes)) else: scaled_bytes = str(scaled_bytes).rstrip('0') if type == 'long': return num2str(bytes) + ' [' + scaled_bytes + unit + ']' else: return scaled_bytes + unit def homedir2tilde(path): return re.sub(r'^'+os.environ['HOME'], '~', path) def tilde2homedir(path): return re.sub(r'^~', os.environ['HOME'], path) def html2text(str): str = re.sub(r'', "\n", str) str = re.sub(r'

', ' ', str) str = re.sub(r'<[^>]*?>', '', str) return str def hide_cursor(): try: curses.curs_set(0) # hide cursor if possible except curses.error: pass # some terminals seem to have problems with that def show_cursor(): try: curses.curs_set(1) except curses.error: pass def wrap_multiline(text, width, initial_indent='', subsequent_indent=None): if subsequent_indent is None: subsequent_indent = ' ' * len(initial_indent) for line in text.splitlines(): # this is required because wrap() strips empty lines if not line.strip(): yield line continue for line in wrap(line, width, replace_whitespace=False, initial_indent=initial_indent, subsequent_indent=subsequent_indent): yield line initial_indent = subsequent_indent def ljust_columns(text, max_width, padchar=' '): """ Returns a string that is exactly display columns wide, padded with if necessary. Accounts for characters that are displayed two columns wide, i.e. kanji. """ chars = [] columns = 0 max_width = max(0, max_width) for character in text: width = len_columns(character) if columns + width <= max_width: chars.append(character) columns += width else: break # Fill up any remaining space while columns < max_width: assert len(padchar) == 1 chars.append(padchar) columns += 1 return ''.join(chars) def len_columns(text): """ Returns the amount of columns that would occupy. """ if type(text) == type(str()): text = unicode(text) columns = 0 for character in text: columns += 2 if unicodedata.east_asian_width(character) in ('W', 'F') else 1 return columns def num2str(num, format='%s'): if int(num) == -1: return '?' elif int(num) == -2: return 'oo' else: if num > 999: return (re.sub(r'(\d{3})', '\g<1>,', str(num)[::-1])[::-1]).lstrip(',') else: return format % num def debug(data): if cmd_args.DEBUG: file = open("debug.log", 'a') if type(data) == type(str()): file.write(data) else: import pprint pp = pprint.PrettyPrinter(indent=4) file.write("\n====================\n" + pp.pformat(data) + "\n====================\n\n") file.close def quit(msg='', exitcode=0): try: curses.endwin() except curses.error: pass # if this is a graceful exit and config file is present if not msg and not exitcode: save_config(cmd_args.configfile) else: print >> sys.stderr, msg, os._exit(exitcode) def explode_connection_string(connection): host, port, path = \ config.get('Connection', 'host'), \ config.getint('Connection', 'port'), \ config.get('Connection', 'path') username, password = \ config.get('Connection', 'username'), \ config.get('Connection', 'password') try: if connection.count('@') == 1: auth, connection = connection.split('@') if auth.count(':') == 1: username, password = auth.split(':') if connection.count(':') == 1: host, port = connection.split(':') if port.count('/') >= 1: port, path = port.split('/', 1) port = int(port) else: host = connection except ValueError: quit("Wrong connection pattern: %s\n" % connection) return host, port, path, username, password def create_url(host, port, path): url = '%s:%d/%s' % (host, port, path) url = url.replace('//', '/') # double-/ doesn't work for some reason if config.getboolean('Connection', 'ssl'): return 'https://%s' % url else: return 'http://%s' % url def read_netrc(file=os.environ['HOME'] + '/.netrc', hostname=None): try: login = password = '' try: login, account, password = netrc.netrc(file).authenticators(hostname) except TypeError: pass try: netrc.netrc(file).hosts[hostname] except KeyError: if hostname != 'localhost': print "Unknown machine in %s: %s" % (file, hostname) if login and password: print "Using default login: %s" % login else: exit(CONFIGFILE_ERROR) except netrc.NetrcParseError, e: quit("Error in %s at line %s: %s\n" % (e.filename, e.lineno, e.msg)) except IOError, msg: quit("Cannot read %s: %s\n" % (file, msg)) return login, password # create initial config file def create_config(option, opt_str, value, parser): configfile = parser.values.configfile config.read(configfile) if parser.values.connection: host, port, path, username, password = explode_connection_string(parser.values.connection) config.set('Connection', 'host', host) config.set('Connection', 'port', str(port)) config.set('Connection', 'path', path) config.set('Connection', 'username', username) config.set('Connection', 'password', password) # create directory if necessary dir = os.path.dirname(configfile) if dir != '' and not os.path.isdir(dir): try: os.makedirs(dir) except OSError, msg: print msg exit(CONFIGFILE_ERROR) # write file if not save_config(configfile, force=True): exit(CONFIGFILE_ERROR) print "Wrote config file: %s" % configfile exit(0) def save_config(filepath, force=False): if force or os.path.isfile(filepath): try: config.write(open(filepath, 'w')) os.chmod(filepath, 0600) # config may contain password return 1 except IOError, msg: print >> sys.stderr, "Cannot write config file %s:\n%s" % (filepath, msg) return 0 return -1 def parse_sort_str(sort_str): sort_orders = [] for i in sort_str.split(','): x = i.split(':') if len(x) > 1: sort_orders.append( { 'name':x[1], 'reverse':True } ) else: sort_orders.append( { 'name':x[0], 'reverse':False } ) return sort_orders def show_version(option, opt_str, value, parser): quit("transmission-remote-cli %s (supports Transmission %s-%s)\n" % \ (VERSION, TRNSM_VERSION_MIN, TRNSM_VERSION_MAX)) if __name__ == '__main__': # command line parameters default_config_path = os.environ['HOME'] + '/.config/transmission-remote-cli/settings.cfg' parser = OptionParser(usage="%prog [options] [-- transmission-remote options]", description="%%prog %s" % VERSION) parser.add_option("-v", "--version", action="callback", callback=show_version, help="Show version number and supported Transmission versions.") parser.add_option("-c", "--connect", action="store", dest="connection", default="", help="Point to the server using pattern [username:password@]host[:port]/[path]") parser.add_option("-s", "--ssl", action="store_true", dest="ssl", default=False, help="Connect to Transmission using SSL.") parser.add_option("-f", "--config", action="store", dest="configfile", default=default_config_path, help="Path to configuration file.") parser.add_option("--create-config", action="callback", callback=create_config, help="Create configuration file CONFIGFILE with default values.") parser.add_option("-n", "--netrc", action="store_true", dest="use_netrc", default=False, help="Get authentication info from your ~/.netrc file.") parser.add_option("--debug", action="store_true", dest="DEBUG", default=False, help="Everything passed to the debug() function will be added to the file debug.log.") (cmd_args, transmissionremote_args) = parser.parse_args() # read config from config file config.read(cmd_args.configfile) # command line connection data can override config file if cmd_args.connection: host, port, path, username, password = explode_connection_string(cmd_args.connection) config.set('Connection', 'host', host) config.set('Connection', 'port', str(port)) config.set('Connection', 'path', path) config.set('Connection', 'username', username) config.set('Connection', 'password', password) if cmd_args.use_netrc: username, password = read_netrc(hostname=config.get('Connection','host')) config.set('Connection', 'username', username) config.set('Connection', 'password', password) if cmd_args.ssl: config.set('Connection', 'ssl', 'True') # forward arguments after '--' to transmission-remote if transmissionremote_args: cmd = ['transmission-remote', '%s:%s' % (config.get('Connection', 'host'), config.get('Connection', 'port'))] # one argument and it doesn't start with '-' --> treat it like it's a torrent link/url if len(transmissionremote_args) == 1 and not transmissionremote_args[0].startswith('-'): cmd.extend(['-a', transmissionremote_args[0]]) else: cmd.extend(transmissionremote_args) if config.get('Connection', 'username') and config.get('Connection', 'password'): cmd_print = cmd cmd_print.extend(['--auth', '%s:PASSWORD' % config.get('Connection', 'username')]) print "EXECUTING:\n%s\nRESPONSE:" % ' '.join(cmd_print) cmd.extend(['--auth', '%s:%s' % (config.get('Connection', 'username'), config.get('Connection', 'password'))]) else: print "EXECUTING:\n%s\nRESPONSE:" % ' '.join(cmd) try: retcode = call(cmd) except OSError, msg: quit("Could not execute the above command: %s\n" % msg, 128) quit('', retcode) norm = Normalizer() server = Transmission(config.get('Connection', 'host'), config.getint('Connection', 'port'), config.get('Connection', 'path'), config.get('Connection', 'username'), config.get('Connection', 'password')) Interface()