diff --git a/plugins/torrent/deluge_ b/plugins/torrent/deluge_ new file mode 100644 index 000000000..3387f5186 --- /dev/null +++ b/plugins/torrent/deluge_ @@ -0,0 +1,397 @@ +#! /usr/bin/env python2 + +"""=cut +=head1 NAME + +deluge_ - Munin wildcard plugin to monitor Deluge torrent client + +=head1 REQUIREMENTS + + - Python2.5+ (Deluge itself won't work with python3) + - Deluge + +This plugin also uses + - deluge.ui.client + - deluge.log + - twisted +These modules are required by Deluge itself. + +=head1 INSTALLATION + +This plugin has 3 modes : + - connections : monitors the number of connections + - bandwidth : monitors the bandwidth (up, up overhead, down, down overhead) + - states : monitors the torrents' states + +To use one of these modes, link the this plugin as 'deluge_' +For example : +ln -s /path/to/deluge_ /etc/munin/plugins/deluge_connections + +=head1 CONFIGURATION + +Use your "/etc/munin/plugin-conf.d/munin-node" to configure this plugin. +You must at least add : + [deluge_*] + user + env.HOME + +By default, this plugin will try to access the deluge daemon with the following +settings : + host 127.0.0.1 + port 58846 + no username + no password + +You can change these settings in "plugin-conf.d/munin-node" : + [deluge_*] + user + env.HOME + env.host 127.0.0.1 + env.port 58846 + env.username user + env.password pass + +By default, deluge configuration files will be searched under $XDG_CONFIG_HOME, +which is by default set to $HOME/.config +Setting env.HOME allows this default to work. However, you can also explicitly +set the env.XDG_CONFIG_HOME if needed. + +=head1 INTERPRETATION + +=head2 connections + +In the "connections" mode, this plugin shows a graph with the number of +connections + +=head2 bandwidth + +In the "bandwidth" mode, this plugin show graphs for the download and upload +bandwidths. +Each of them has "payload" and "overhead" value. + - with positive values : the upload values + - with negative values : the download values + +=head2 states + +In the "states" mode, this plugin shows the number of torrents in each state : +Downloading, Seeding, Paused, Error, Queued, Checking, Other + +=head1 MAGIC MARKERS + + #%# family=auto + #%# capabilities=autoconf suggest + +=head1 VERSION + +1.0.0 + +=head1 AUTHOR + +Neraud (https://github.com/Neraud) + +=head1 LICENSE + +GPLv2 + +=cut""" + + +from __future__ import print_function + +import logging +import os +import string +import sys + + +try: + from deluge.log import setupLogger + from deluge.ui.client import client + from twisted.internet import reactor, defer + setupLogger() +except (ImportError, NameError): + successful_import = False +else: + successful_import = True + + +plugin_version = "1.0.0" + +log = logging.getLogger("delugeStats") +log.setLevel(logging.WARNING) + +conf = { + 'host': os.getenv('host', '127.0.0.1'), + 'port': int(os.getenv('port', '58846')), + 'username': os.getenv('username', ''), + 'password': os.getenv('password', '') +} + +names_for_munin = { + 'numConnections': 'numConnections', + 'payloadUploadRate': 'payloadUploadRate', + 'overheadUploadRate': 'overheadUploadRate', + 'payloadDownloadRate': 'payloadDownloadRate', + 'overheadDownloadRate': 'overheadDownloadRate', + 'state.Seeding': 'seeding', + 'state.Downloading': 'downloading', + 'state.Paused': 'paused', + 'state.Error': 'error', + 'state.Queued': 'queued', + 'state.Checking': 'checking', + 'state.Other': 'other' +} + +torrent_states = ["Downloading", + "Seeding", + "Paused", + "Error", + "Queued", + "Checking", + "Other"] + +modes = ["bandwidth", "connections", "states"] + + +class StatClient: + + def __init__(self, conf, mode): + self.conf = conf + self.mode = mode + self.connected = False + + def end_session(self, msg): + log.debug("end_session : %s", msg) + + if self.connected: + log.debug("Disconnecting") + client.disconnect() + + reactor.stop() + + def fetch_info(self): + log.debug("Connecting to %s:%d ...", + self.conf['host'], self.conf['port']) + client.connect( + self.conf['host'], + self.conf['port'], + self.conf['username'], + self.conf['password']).addCallbacks( + self.on_connect_success, + self.end_session, + errbackArgs=("Connection failed: check settings and try again.")) + reactor.run() + + def on_connect_success(self, result): + log.debug("Connection was successful") + self.connected = True + + if self.mode == "connections": + log.debug("Calling get_num_connections") + client.core.get_num_connections().addCallbacks( + self.on_num_connections, + self.end_session, errbackArgs=("get_num_connections failed")) + elif self.mode == "bandwidth": + log.debug("Calling get_session_status") + interesting_status = [ + 'upload_rate', 'payload_upload_rate', + 'download_rate', 'payload_download_rate'] + client.core.get_session_status(interesting_status).addCallbacks( + self.on_bandwidth, + self.end_session, + errbackArgs=("get_session_status failed")) + elif self.mode == "states": + log.debug("Calling get_session_state") + client.core.get_session_state().addCallbacks( + self.on_session_state, + self.end_session, + errbackArgs=("get_session_state failed")) + + def on_num_connections(self, num_connections): + log.debug("Got num_connections from the daemon : %s", num_connections) + print("{0}.value {1}".format( + names_for_munin["numConnections"], num_connections)) + self.end_session("Done") + + def on_bandwidth(self, values): + log.debug("Got bandwidth info from the daemon : %s", values) + + download_rate = values['download_rate'] + payload_download_rate = values['payload_download_rate'] + overhead_download_rate = download_rate - payload_download_rate + upload_rate = values['upload_rate'] + payload_upload_rate = values['payload_upload_rate'] + overhead_upload_rate = upload_rate - payload_upload_rate + + print("{0}.value {1}".format( + names_for_munin["payloadDownloadRate"], payload_download_rate)) + print("{0}.value {1}".format( + names_for_munin["overheadDownloadRate"], overhead_download_rate)) + print("{0}.value {1}".format( + names_for_munin["payloadUploadRate"], payload_upload_rate)) + print("{0}.value {1}".format( + names_for_munin["overheadUploadRate"], overhead_upload_rate)) + self.end_session("Done") + + def on_session_state(self, torrent_ids): + log.debug("Got session state from the daemon") + + self.states = {} + for state_name in torrent_states: + self.states[state_name] = 0 + + deferred_list = [] + for torrent_id in torrent_ids: + log.debug(" - TorrentId : %s", torrent_id) + d = client.core.get_torrent_status(torrent_id, ['state']) + d.addCallback(self.on_one_torrent_info, torrent_id) + d.addErrback(self.on_one_torrent_info_failed, torrent_id) + deferred_list.append(d) + + defer.DeferredList(deferred_list).addCallback( + self.on_all_torrent_info_fetched) + + def on_one_torrent_info_failed(self, torrent_id): + log.debug("Failed fetching torrent info %s", torrent_id) + self.state["Error"] = self.state["Error"] + 1 + + def on_one_torrent_info(self, value, torrent_id): + log.debug("Got torrent info : %s -> %s", torrent_id, value) + state = value.get("state", "Error") + + if state not in self.states: + log.warn("State '%s' is unknown !", state) + state = "Other" + + self.states[state] += 1 + + def on_all_torrent_info_fetched(self, res): + log.debug("on_all_torrent_info_fetched : %s", self.states) + + for state in self.states: + print("{0}.value {1}".format( + names_for_munin["state." + state], self.states[state])) + + self.end_session("Done") + + +def get_mode(): + script_name = os.path.basename(sys.argv[0]) + mode = script_name[string.rindex(script_name, '_') + 1:] + + log.debug("Mode : %s", mode) + + if mode not in modes: + log.error("Unknown mode '%s'", mode) + log.info("Available modes are : %s", modes) + sys.exit(1) + + return mode + + +def print_config(mode): + if mode == "connections": + print("graph_title Number of connections") + print("graph_args --base 1000 -l 0") + print("graph_vlabel connections") + print("graph_scale yes") + print("graph_category filetransfer") + print( + "graph_info This graph shows the number of connections used by Deluge Torrent") + print(names_for_munin["numConnections"] + ".label connections") + print(names_for_munin["numConnections"] + ".min 0") + print(names_for_munin["numConnections"] + + ".info The number of connections used by Deluge Torrent") + elif mode == "bandwidth": + print("graph_title Bandwidth usage") + print("graph_order payloadDownloadRate overheadDownloadRate payloadUploadRate overheadUploadRate") + print("graph_args --base 1024 -r") + print("graph_vlabel bytes/s : down(-) and up(+)") + print("graph_scale yes") + print("graph_info This graph shows the bandwidth used by Deluge Torrent") + print("graph_category filetransfer") + print("graph_period second") + + print("payloadDownloadRate.label payload") + print("payloadDownloadRate.draw AREA") + print("payloadDownloadRate.min 0") + print("payloadDownloadRate.graph no") + print("payloadDownloadRate.info Bandwidth used to download / upload torrents") + + print("overheadDownloadRate.label overhead") + print("overheadDownloadRate.draw STACK") + print("overheadDownloadRate.min 0") + print("overheadDownloadRate.graph no") + print("overheadDownloadRate.info Bandwidth 'lost' due to overhead while downloading and uploading torrents") + + print("payloadUploadRate.label payload") + print("payloadUploadRate.draw AREA") + print("payloadUploadRate.min 0") + print("payloadUploadRate.negative payloadDownloadRate") + print("payloadUploadRate.info Bandwidth used to upload torrents") + + print("overheadUploadRate.label overhead") + print("overheadUploadRate.draw STACK") + print("overheadUploadRate.min 0") + print("overheadUploadRate.negative overheadDownloadRate") + print("overheadUploadRate.info Bandwidth 'lost' due to overhead while downloading and uploading torrents") + elif mode == "states": + print("graph_title Torrents states") + + graph_order = " ".join( + [names_for_munin["state.{}".format(name)] for name in torrent_states]) + + print("graph_order " + graph_order) + print("graph_args --base 1000 -r --lower-limit 0") + print("graph_vlabel number of torrents") + print("graph_scale yes") + print("graph_info This graph shows the states of the torrents in Deluge Torrent") + print("graph_category filetransfer") + print("graph_period second") + + for state_name in torrent_states: + print(names_for_munin["state." + + state_name] + ".label " + state_name) + print(names_for_munin["state." + state_name] + ".draw AREASTACK") + print(names_for_munin["state." + state_name] + ".type GAUGE") + print(names_for_munin["state." + state_name] + ".min 0") + print(names_for_munin["state." + state_name] + + ".info Number of torrents in the '" + state_name + "' state") + + +def fetch_info(mode): + if not successful_import: + print('Missing imports, cannot run !', file=sys.stderr) + sys.exit(1) + + log.debug("Launching tests") + c = StatClient(conf, mode) + c.fetch_info() + + +# Parse arguments +if len(sys.argv) > 1: + action = sys.argv[1] + if action == "config": + print_config(get_mode()) + sys.exit(0) + elif action == "autoconf": + if not successful_import: + print('no (required modules not found)') + sys.exit(0) + print('yes') + elif action == "suggest": + for mode in modes: + print(mode) + sys.exit(0) + elif action == "version": + print('Deluge Torrent Munin plugin, version {0}'.format( + plugin_version)) + sys.exit(0) + elif action: + log.warn("Unknown argument '%s'", action) + sys.exit(1) + else: + fetch_info(get_mode()) +else: + fetch_info(get_mode())