1 /***************************************************************************
2 * Copyright (C) 2005-2020 by the Quassel Project *
3 * devel@quassel-irc.org *
4 * *
5 * This program is free software; you can redistribute it and/or modify *
6 * it under the terms of the GNU General Public License as published by *
7 * the Free Software Foundation; either version 2 of the License, or *
8 * (at your option) version 3. *
9 * *
10 * This program is distributed in the hope that it will be useful, *
11 * but WITHOUT ANY WARRANTY; without even the implied warranty of *
12 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *
13 * GNU General Public License for more details. *
14 * *
15 * You should have received a copy of the GNU General Public License *
16 * along with this program; if not, write to the *
17 * Free Software Foundation, Inc., *
18 * 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. *
19 ***************************************************************************/
20
21 #include "network.h"
22
23 #include <algorithm>
24
25 #include <QTextCodec>
26
27 #include "peer.h"
28
29 QTextCodec* Network::_defaultCodecForServer = nullptr;
30 QTextCodec* Network::_defaultCodecForEncoding = nullptr;
31 QTextCodec* Network::_defaultCodecForDecoding = nullptr;
32
33 // ====================
34 // Public:
35 // ====================
36
Network(const NetworkId & networkid,QObject * parent)37 Network::Network(const NetworkId& networkid, QObject* parent)
38 : SyncableObject(parent)
39 , _proxy(nullptr)
40 , _networkId(networkid)
41 , _identity(0)
42 , _myNick(QString())
43 , _latency(0)
44 , _networkName(QString("<not initialized>"))
45 , _currentServer(QString())
46 , _connected(false)
47 , _connectionState(Disconnected)
48 , _prefixes(QString())
49 , _prefixModes(QString())
50 , _useRandomServer(false)
51 , _useAutoIdentify(false)
52 , _useSasl(false)
53 , _useAutoReconnect(false)
54 , _autoReconnectInterval(60)
55 , _autoReconnectRetries(10)
56 , _unlimitedReconnectRetries(false)
57 , _useCustomMessageRate(false)
58 , _messageRateBurstSize(5)
59 , _messageRateDelay(2200)
60 , _unlimitedMessageRate(false)
61 , _codecForServer(nullptr)
62 , _codecForEncoding(nullptr)
63 , _codecForDecoding(nullptr)
64 , _autoAwayActive(false)
65 {
66 setObjectName(QString::number(networkid.toInt()));
67 }
68
~Network()69 Network::~Network()
70 {
71 emit aboutToBeDestroyed();
72 }
73
isChannelName(const QString & channelname) const74 bool Network::isChannelName(const QString& channelname) const
75 {
76 if (channelname.isEmpty())
77 return false;
78
79 if (supports("CHANTYPES"))
80 return support("CHANTYPES").contains(channelname[0]);
81 else
82 return QString("#&!+").contains(channelname[0]);
83 }
84
isStatusMsg(const QString & target) const85 bool Network::isStatusMsg(const QString& target) const
86 {
87 if (target.isEmpty())
88 return false;
89
90 if (supports("STATUSMSG"))
91 return support("STATUSMSG").contains(target[0]);
92 else
93 return QString("@+").contains(target[0]);
94 }
95
networkInfo() const96 NetworkInfo Network::networkInfo() const
97 {
98 NetworkInfo info;
99 info.networkName = networkName();
100 info.networkId = networkId();
101 info.identity = identity();
102 info.codecForServer = codecForServer();
103 info.codecForEncoding = codecForEncoding();
104 info.codecForDecoding = codecForDecoding();
105 info.serverList = serverList();
106 info.useRandomServer = useRandomServer();
107 info.perform = perform();
108 info.skipCaps = skipCaps();
109 info.useAutoIdentify = useAutoIdentify();
110 info.autoIdentifyService = autoIdentifyService();
111 info.autoIdentifyPassword = autoIdentifyPassword();
112 info.useSasl = useSasl();
113 info.saslAccount = saslAccount();
114 info.saslPassword = saslPassword();
115 info.useAutoReconnect = useAutoReconnect();
116 info.autoReconnectInterval = autoReconnectInterval();
117 info.autoReconnectRetries = autoReconnectRetries();
118 info.unlimitedReconnectRetries = unlimitedReconnectRetries();
119 info.rejoinChannels = rejoinChannels();
120 info.useCustomMessageRate = useCustomMessageRate();
121 info.messageRateBurstSize = messageRateBurstSize();
122 info.messageRateDelay = messageRateDelay();
123 info.unlimitedMessageRate = unlimitedMessageRate();
124 return info;
125 }
126
setNetworkInfo(const NetworkInfo & info)127 void Network::setNetworkInfo(const NetworkInfo& info)
128 {
129 // we don't set our ID!
130 if (!info.networkName.isEmpty() && info.networkName != networkName())
131 setNetworkName(info.networkName);
132 if (info.identity > 0 && info.identity != identity())
133 setIdentity(info.identity);
134 if (info.codecForServer != codecForServer())
135 setCodecForServer(QTextCodec::codecForName(info.codecForServer));
136 if (info.codecForEncoding != codecForEncoding())
137 setCodecForEncoding(QTextCodec::codecForName(info.codecForEncoding));
138 if (info.codecForDecoding != codecForDecoding())
139 setCodecForDecoding(QTextCodec::codecForName(info.codecForDecoding));
140 if (info.serverList.count())
141 setServerList(toVariantList(info.serverList)); // FIXME compare components
142 if (info.useRandomServer != useRandomServer())
143 setUseRandomServer(info.useRandomServer);
144 if (info.perform != perform())
145 setPerform(info.perform);
146 if (info.skipCaps != skipCaps())
147 setSkipCaps(info.skipCaps);
148 if (info.useAutoIdentify != useAutoIdentify())
149 setUseAutoIdentify(info.useAutoIdentify);
150 if (info.autoIdentifyService != autoIdentifyService())
151 setAutoIdentifyService(info.autoIdentifyService);
152 if (info.autoIdentifyPassword != autoIdentifyPassword())
153 setAutoIdentifyPassword(info.autoIdentifyPassword);
154 if (info.useSasl != useSasl())
155 setUseSasl(info.useSasl);
156 if (info.saslAccount != saslAccount())
157 setSaslAccount(info.saslAccount);
158 if (info.saslPassword != saslPassword())
159 setSaslPassword(info.saslPassword);
160 if (info.useAutoReconnect != useAutoReconnect())
161 setUseAutoReconnect(info.useAutoReconnect);
162 if (info.autoReconnectInterval != autoReconnectInterval())
163 setAutoReconnectInterval(info.autoReconnectInterval);
164 if (info.autoReconnectRetries != autoReconnectRetries())
165 setAutoReconnectRetries(info.autoReconnectRetries);
166 if (info.unlimitedReconnectRetries != unlimitedReconnectRetries())
167 setUnlimitedReconnectRetries(info.unlimitedReconnectRetries);
168 if (info.rejoinChannels != rejoinChannels())
169 setRejoinChannels(info.rejoinChannels);
170 // Custom rate limiting
171 if (info.useCustomMessageRate != useCustomMessageRate())
172 setUseCustomMessageRate(info.useCustomMessageRate);
173 if (info.messageRateBurstSize != messageRateBurstSize())
174 setMessageRateBurstSize(info.messageRateBurstSize);
175 if (info.messageRateDelay != messageRateDelay())
176 setMessageRateDelay(info.messageRateDelay);
177 if (info.unlimitedMessageRate != unlimitedMessageRate())
178 setUnlimitedMessageRate(info.unlimitedMessageRate);
179 }
180
prefixToMode(const QString & prefix) const181 QString Network::prefixToMode(const QString& prefix) const
182 {
183 if (prefixes().contains(prefix))
184 return QString(prefixModes()[prefixes().indexOf(prefix)]);
185 else
186 return QString();
187 }
188
modeToPrefix(const QString & mode) const189 QString Network::modeToPrefix(const QString& mode) const
190 {
191 if (prefixModes().contains(mode))
192 return QString(prefixes()[prefixModes().indexOf(mode)]);
193 else
194 return QString();
195 }
196
sortPrefixModes(const QString & modes) const197 QString Network::sortPrefixModes(const QString& modes) const
198 {
199 // If modes is empty or we don't have any modes, nothing can be sorted, bail out early
200 if (modes.isEmpty() || prefixModes().isEmpty()) {
201 return modes;
202 }
203
204 // Store a copy of the modes for modification
205 // QString should be efficient and not copy memory if nothing changes, but if mistaken,
206 // std::is_sorted could be called first.
207 QString sortedModes = QString(modes);
208
209 // Sort modes as if a QChar array
210 // See https://en.cppreference.com/w/cpp/algorithm/sort
211 // Defining lambda with [&] implicitly captures variables by reference
212 std::sort(sortedModes.begin(), sortedModes.end(), [&](const QChar& lmode, const QChar& rmode) {
213 // Compare characters according to prefix modes
214 // Return true if lmode comes before rmode (is "less than")
215
216 // Check for unknown modes...
217 if (!prefixModes().contains(lmode)) {
218 // Left mode not in prefix list, send to end
219 return false;
220 }
221 else if (!prefixModes().contains(rmode)) {
222 // Right mode not in prefix list, send to end
223 return true;
224 }
225 else {
226 // Both characters known, sort according to index in prefixModes()
227 return (prefixModes().indexOf(lmode) < prefixModes().indexOf(rmode));
228 }
229 });
230
231 return sortedModes;
232 }
233
nicks() const234 QStringList Network::nicks() const
235 {
236 // we don't use _ircUsers.keys() since the keys may be
237 // not up to date after a nick change
238 QStringList nicks;
239 foreach (IrcUser* ircuser, _ircUsers.values()) {
240 nicks << ircuser->nick();
241 }
242 return nicks;
243 }
244
prefixes() const245 QString Network::prefixes() const
246 {
247 if (_prefixes.isNull())
248 determinePrefixes();
249
250 return _prefixes;
251 }
252
prefixModes() const253 QString Network::prefixModes() const
254 {
255 if (_prefixModes.isNull())
256 determinePrefixes();
257
258 return _prefixModes;
259 }
260
261 // example Unreal IRCD: CHANMODES=beI,kfL,lj,psmntirRcOAQKVCuzNSMTG
channelModeType(const QString & mode)262 Network::ChannelModeType Network::channelModeType(const QString& mode)
263 {
264 if (mode.isEmpty())
265 return NOT_A_CHANMODE;
266
267 QString chanmodes = support("CHANMODES");
268 if (chanmodes.isEmpty())
269 return NOT_A_CHANMODE;
270
271 ChannelModeType modeType = A_CHANMODE;
272 for (int i = 0; i < chanmodes.count(); i++) {
273 if (chanmodes[i] == mode[0])
274 break;
275 else if (chanmodes[i] == ',')
276 modeType = (ChannelModeType)(modeType << 1);
277 }
278 if (modeType > D_CHANMODE) {
279 qWarning() << "Network" << networkId() << "supplied invalid CHANMODES:" << chanmodes;
280 modeType = NOT_A_CHANMODE;
281 }
282 return modeType;
283 }
284
support(const QString & param) const285 QString Network::support(const QString& param) const
286 {
287 QString support_ = param.toUpper();
288 if (_supports.contains(support_))
289 return _supports[support_];
290 else
291 return QString();
292 }
293
saslMaybeSupports(const QString & saslMechanism) const294 bool Network::saslMaybeSupports(const QString& saslMechanism) const
295 {
296 if (!capAvailable(IrcCap::SASL)) {
297 // If SASL's not advertised at all, it's likely the mechanism isn't supported, as per specs.
298 // Unfortunately, we don't know for sure, but Quassel won't request SASL without it being
299 // advertised, anyways.
300 // This may also occur if the network's disconnected or negotiation hasn't yet happened.
301 return false;
302 }
303
304 // Get the SASL capability value
305 QString saslCapValue = capValue(IrcCap::SASL);
306 // SASL mechanisms are only specified in capability values as part of SASL 3.2. In SASL 3.1,
307 // it's handled differently. If we don't know via capability value, assume it's supported to
308 // reduce the risk of breaking existing setups.
309 // See: http://ircv3.net/specs/extensions/sasl-3.1.html
310 // And: http://ircv3.net/specs/extensions/sasl-3.2.html
311 return (saslCapValue.length() == 0) || (saslCapValue.contains(saslMechanism, Qt::CaseInsensitive));
312 }
313
newIrcUser(const QString & hostmask,const QVariantMap & initData)314 IrcUser* Network::newIrcUser(const QString& hostmask, const QVariantMap& initData)
315 {
316 QString nick(nickFromMask(hostmask).toLower());
317 if (!_ircUsers.contains(nick)) {
318 IrcUser* ircuser = ircUserFactory(hostmask);
319 if (!initData.isEmpty()) {
320 ircuser->fromVariantMap(initData);
321 ircuser->setInitialized();
322 }
323
324 if (proxy())
325 proxy()->synchronize(ircuser);
326 else
327 qWarning() << "unable to synchronize new IrcUser" << hostmask << "forgot to call Network::setProxy(SignalProxy *)?";
328
329 connect(ircuser, &IrcUser::nickSet, this, &Network::ircUserNickChanged);
330
331 _ircUsers[nick] = ircuser;
332
333 // This method will be called with a nick instead of hostmask by setInitIrcUsersAndChannels().
334 // Not a problem because initData contains all we need; however, making sure here to get the real
335 // hostmask out of the IrcUser afterwards.
336 QString mask = ircuser->hostmask();
337 SYNC_OTHER(addIrcUser, ARG(mask));
338 // emit ircUserAdded(mask);
339 emit ircUserAdded(ircuser);
340 }
341
342 return _ircUsers[nick];
343 }
344
ircUser(QString nickname) const345 IrcUser* Network::ircUser(QString nickname) const
346 {
347 nickname = nickname.toLower();
348 if (_ircUsers.contains(nickname))
349 return _ircUsers[nickname];
350 else
351 return nullptr;
352 }
353
removeIrcUser(IrcUser * ircuser)354 void Network::removeIrcUser(IrcUser* ircuser)
355 {
356 QString nick = _ircUsers.key(ircuser);
357 if (nick.isNull())
358 return;
359
360 _ircUsers.remove(nick);
361 disconnect(ircuser, nullptr, this, nullptr);
362 ircuser->deleteLater();
363 }
364
removeIrcChannel(IrcChannel * channel)365 void Network::removeIrcChannel(IrcChannel* channel)
366 {
367 QString chanName = _ircChannels.key(channel);
368 if (chanName.isNull())
369 return;
370
371 _ircChannels.remove(chanName);
372 disconnect(channel, nullptr, this, nullptr);
373 channel->deleteLater();
374 }
375
removeChansAndUsers()376 void Network::removeChansAndUsers()
377 {
378 QList<IrcUser*> users = ircUsers();
379 _ircUsers.clear();
380 QList<IrcChannel*> channels = ircChannels();
381 _ircChannels.clear();
382
383 qDeleteAll(users);
384 qDeleteAll(channels);
385 }
386
newIrcChannel(const QString & channelname,const QVariantMap & initData)387 IrcChannel* Network::newIrcChannel(const QString& channelname, const QVariantMap& initData)
388 {
389 if (!_ircChannels.contains(channelname.toLower())) {
390 IrcChannel* channel = ircChannelFactory(channelname);
391 if (!initData.isEmpty()) {
392 channel->fromVariantMap(initData);
393 channel->setInitialized();
394 }
395
396 if (proxy())
397 proxy()->synchronize(channel);
398 else
399 qWarning() << "unable to synchronize new IrcChannel" << channelname << "forgot to call Network::setProxy(SignalProxy *)?";
400
401 _ircChannels[channelname.toLower()] = channel;
402
403 SYNC_OTHER(addIrcChannel, ARG(channelname))
404 // emit ircChannelAdded(channelname);
405 emit ircChannelAdded(channel);
406 }
407 return _ircChannels[channelname.toLower()];
408 }
409
ircChannel(QString channelname) const410 IrcChannel* Network::ircChannel(QString channelname) const
411 {
412 channelname = channelname.toLower();
413 if (_ircChannels.contains(channelname))
414 return _ircChannels[channelname];
415 else
416 return nullptr;
417 }
418
defaultCodecForServer()419 QByteArray Network::defaultCodecForServer()
420 {
421 if (_defaultCodecForServer)
422 return _defaultCodecForServer->name();
423 return QByteArray();
424 }
425
setDefaultCodecForServer(const QByteArray & name)426 void Network::setDefaultCodecForServer(const QByteArray& name)
427 {
428 _defaultCodecForServer = QTextCodec::codecForName(name);
429 }
430
defaultCodecForEncoding()431 QByteArray Network::defaultCodecForEncoding()
432 {
433 if (_defaultCodecForEncoding)
434 return _defaultCodecForEncoding->name();
435 return QByteArray();
436 }
437
setDefaultCodecForEncoding(const QByteArray & name)438 void Network::setDefaultCodecForEncoding(const QByteArray& name)
439 {
440 _defaultCodecForEncoding = QTextCodec::codecForName(name);
441 }
442
defaultCodecForDecoding()443 QByteArray Network::defaultCodecForDecoding()
444 {
445 if (_defaultCodecForDecoding)
446 return _defaultCodecForDecoding->name();
447 return QByteArray();
448 }
449
setDefaultCodecForDecoding(const QByteArray & name)450 void Network::setDefaultCodecForDecoding(const QByteArray& name)
451 {
452 _defaultCodecForDecoding = QTextCodec::codecForName(name);
453 }
454
codecForServer() const455 QByteArray Network::codecForServer() const
456 {
457 if (_codecForServer)
458 return _codecForServer->name();
459 return QByteArray();
460 }
461
setCodecForServer(const QByteArray & name)462 void Network::setCodecForServer(const QByteArray& name)
463 {
464 setCodecForServer(QTextCodec::codecForName(name));
465 }
466
setCodecForServer(QTextCodec * codec)467 void Network::setCodecForServer(QTextCodec* codec)
468 {
469 _codecForServer = codec;
470 QByteArray codecName = codecForServer();
471 SYNC_OTHER(setCodecForServer, ARG(codecName))
472 emit configChanged();
473 }
474
codecForEncoding() const475 QByteArray Network::codecForEncoding() const
476 {
477 if (_codecForEncoding)
478 return _codecForEncoding->name();
479 return QByteArray();
480 }
481
setCodecForEncoding(const QByteArray & name)482 void Network::setCodecForEncoding(const QByteArray& name)
483 {
484 setCodecForEncoding(QTextCodec::codecForName(name));
485 }
486
setCodecForEncoding(QTextCodec * codec)487 void Network::setCodecForEncoding(QTextCodec* codec)
488 {
489 _codecForEncoding = codec;
490 QByteArray codecName = codecForEncoding();
491 SYNC_OTHER(setCodecForEncoding, ARG(codecName))
492 emit configChanged();
493 }
494
codecForDecoding() const495 QByteArray Network::codecForDecoding() const
496 {
497 if (_codecForDecoding)
498 return _codecForDecoding->name();
499 else
500 return QByteArray();
501 }
502
setCodecForDecoding(const QByteArray & name)503 void Network::setCodecForDecoding(const QByteArray& name)
504 {
505 setCodecForDecoding(QTextCodec::codecForName(name));
506 }
507
setCodecForDecoding(QTextCodec * codec)508 void Network::setCodecForDecoding(QTextCodec* codec)
509 {
510 _codecForDecoding = codec;
511 QByteArray codecName = codecForDecoding();
512 SYNC_OTHER(setCodecForDecoding, ARG(codecName))
513 emit configChanged();
514 }
515
516 // FIXME use server encoding if appropriate
decodeString(const QByteArray & text) const517 QString Network::decodeString(const QByteArray& text) const
518 {
519 if (_codecForDecoding)
520 return ::decodeString(text, _codecForDecoding);
521 else
522 return ::decodeString(text, _defaultCodecForDecoding);
523 }
524
encodeString(const QString & string) const525 QByteArray Network::encodeString(const QString& string) const
526 {
527 if (_codecForEncoding) {
528 return _codecForEncoding->fromUnicode(string);
529 }
530 if (_defaultCodecForEncoding) {
531 return _defaultCodecForEncoding->fromUnicode(string);
532 }
533 return string.toLatin1();
534 }
535
decodeServerString(const QByteArray & text) const536 QString Network::decodeServerString(const QByteArray& text) const
537 {
538 if (_codecForServer)
539 return ::decodeString(text, _codecForServer);
540 else
541 return ::decodeString(text, _defaultCodecForServer);
542 }
543
encodeServerString(const QString & string) const544 QByteArray Network::encodeServerString(const QString& string) const
545 {
546 if (_codecForServer) {
547 return _codecForServer->fromUnicode(string);
548 }
549 if (_defaultCodecForServer) {
550 return _defaultCodecForServer->fromUnicode(string);
551 }
552 return string.toLatin1();
553 }
554
555 // ====================
556 // Public Slots:
557 // ====================
setNetworkName(const QString & networkName)558 void Network::setNetworkName(const QString& networkName)
559 {
560 _networkName = networkName;
561 SYNC(ARG(networkName))
562 emit networkNameSet(networkName);
563 emit configChanged();
564 }
565
setCurrentServer(const QString & currentServer)566 void Network::setCurrentServer(const QString& currentServer)
567 {
568 _currentServer = currentServer;
569 SYNC(ARG(currentServer))
570 emit currentServerSet(currentServer);
571 }
572
setConnected(bool connected)573 void Network::setConnected(bool connected)
574 {
575 if (_connected == connected)
576 return;
577
578 _connected = connected;
579 if (!connected) {
580 setMyNick(QString());
581 setCurrentServer(QString());
582 removeChansAndUsers();
583 }
584 SYNC(ARG(connected))
585 emit connectedSet(connected);
586 }
587
588 // void Network::setConnectionState(ConnectionState state) {
setConnectionState(int state)589 void Network::setConnectionState(int state)
590 {
591 _connectionState = (ConnectionState)state;
592 // qDebug() << "netstate" << networkId() << networkName() << state;
593 SYNC(ARG(state))
594 emit connectionStateSet(_connectionState);
595 }
596
setMyNick(const QString & nickname)597 void Network::setMyNick(const QString& nickname)
598 {
599 _myNick = nickname;
600 if (!_myNick.isEmpty() && !ircUser(myNick())) {
601 newIrcUser(myNick());
602 }
603 SYNC(ARG(nickname))
604 emit myNickSet(nickname);
605 }
606
setLatency(int latency)607 void Network::setLatency(int latency)
608 {
609 if (_latency == latency)
610 return;
611 _latency = latency;
612 SYNC(ARG(latency))
613 }
614
setIdentity(IdentityId id)615 void Network::setIdentity(IdentityId id)
616 {
617 _identity = id;
618 SYNC(ARG(id))
619 emit identitySet(id);
620 emit configChanged();
621 }
622
setServerList(const QVariantList & serverList)623 void Network::setServerList(const QVariantList& serverList)
624 {
625 _serverList = fromVariantList<Server>(serverList);
626 SYNC(ARG(serverList))
627 emit configChanged();
628 }
629
setUseRandomServer(bool use)630 void Network::setUseRandomServer(bool use)
631 {
632 _useRandomServer = use;
633 SYNC(ARG(use))
634 emit configChanged();
635 }
636
setPerform(const QStringList & perform)637 void Network::setPerform(const QStringList& perform)
638 {
639 _perform = perform;
640 SYNC(ARG(perform))
641 emit configChanged();
642 }
643
setSkipCaps(const QStringList & skipCaps)644 void Network::setSkipCaps(const QStringList& skipCaps)
645 {
646 _skipCaps = skipCaps;
647 // Ensure the list of skipped capabilities remains sorted
648 //
649 // This becomes important in CoreNetwork::beginCapNegotiation() when finding the intersection of
650 // available capabilities and skipped capabilities. It's a bit more efficient to sort on first
651 // initialization and changes afterwards instead of on every (re)connection to the IRC network.
652 _skipCaps.sort();
653 SYNC(ARG(skipCaps))
654 emit configChanged();
655 }
656
setUseAutoIdentify(bool use)657 void Network::setUseAutoIdentify(bool use)
658 {
659 _useAutoIdentify = use;
660 SYNC(ARG(use))
661 emit configChanged();
662 }
663
setAutoIdentifyService(const QString & service)664 void Network::setAutoIdentifyService(const QString& service)
665 {
666 _autoIdentifyService = service;
667 SYNC(ARG(service))
668 emit configChanged();
669 }
670
setAutoIdentifyPassword(const QString & password)671 void Network::setAutoIdentifyPassword(const QString& password)
672 {
673 _autoIdentifyPassword = password;
674 SYNC(ARG(password))
675 emit configChanged();
676 }
677
setUseSasl(bool use)678 void Network::setUseSasl(bool use)
679 {
680 _useSasl = use;
681 SYNC(ARG(use))
682 emit configChanged();
683 }
684
setSaslAccount(const QString & account)685 void Network::setSaslAccount(const QString& account)
686 {
687 _saslAccount = account;
688 SYNC(ARG(account))
689 emit configChanged();
690 }
691
setSaslPassword(const QString & password)692 void Network::setSaslPassword(const QString& password)
693 {
694 _saslPassword = password;
695 SYNC(ARG(password))
696 emit configChanged();
697 }
698
setUseAutoReconnect(bool use)699 void Network::setUseAutoReconnect(bool use)
700 {
701 _useAutoReconnect = use;
702 SYNC(ARG(use))
703 emit configChanged();
704 }
705
setAutoReconnectInterval(quint32 interval)706 void Network::setAutoReconnectInterval(quint32 interval)
707 {
708 _autoReconnectInterval = interval;
709 SYNC(ARG(interval))
710 emit configChanged();
711 }
712
setAutoReconnectRetries(quint16 retries)713 void Network::setAutoReconnectRetries(quint16 retries)
714 {
715 _autoReconnectRetries = retries;
716 SYNC(ARG(retries))
717 emit configChanged();
718 }
719
setUnlimitedReconnectRetries(bool unlimited)720 void Network::setUnlimitedReconnectRetries(bool unlimited)
721 {
722 _unlimitedReconnectRetries = unlimited;
723 SYNC(ARG(unlimited))
724 emit configChanged();
725 }
726
setRejoinChannels(bool rejoin)727 void Network::setRejoinChannels(bool rejoin)
728 {
729 _rejoinChannels = rejoin;
730 SYNC(ARG(rejoin))
731 emit configChanged();
732 }
733
setUseCustomMessageRate(bool useCustomRate)734 void Network::setUseCustomMessageRate(bool useCustomRate)
735 {
736 if (_useCustomMessageRate != useCustomRate) {
737 _useCustomMessageRate = useCustomRate;
738 SYNC(ARG(useCustomRate))
739 emit configChanged();
740 emit useCustomMessageRateSet(_useCustomMessageRate);
741 }
742 }
743
setMessageRateBurstSize(quint32 burstSize)744 void Network::setMessageRateBurstSize(quint32 burstSize)
745 {
746 if (burstSize < 1) {
747 // Can't go slower than one message at a time. Also blocks old clients from trying to set
748 // this to 0.
749 qDebug() << "Received invalid setMessageRateBurstSize data - message burst size must be "
750 "non-zero positive, given"
751 << burstSize;
752 return;
753 }
754 if (_messageRateBurstSize != burstSize) {
755 _messageRateBurstSize = burstSize;
756 SYNC(ARG(burstSize))
757 emit configChanged();
758 emit messageRateBurstSizeSet(_messageRateBurstSize);
759 }
760 }
761
setMessageRateDelay(quint32 messageDelay)762 void Network::setMessageRateDelay(quint32 messageDelay)
763 {
764 if (messageDelay == 0) {
765 // Nonsensical to have no delay - just check the Unlimited box instead. Also blocks old
766 // clients from trying to set this to 0.
767 qDebug() << "Received invalid setMessageRateDelay data - message delay must be non-zero "
768 "positive, given"
769 << messageDelay;
770 return;
771 }
772 if (_messageRateDelay != messageDelay) {
773 _messageRateDelay = messageDelay;
774 SYNC(ARG(messageDelay))
775 emit configChanged();
776 emit messageRateDelaySet(_messageRateDelay);
777 }
778 }
779
setUnlimitedMessageRate(bool unlimitedRate)780 void Network::setUnlimitedMessageRate(bool unlimitedRate)
781 {
782 if (_unlimitedMessageRate != unlimitedRate) {
783 _unlimitedMessageRate = unlimitedRate;
784 SYNC(ARG(unlimitedRate))
785 emit configChanged();
786 emit unlimitedMessageRateSet(_unlimitedMessageRate);
787 }
788 }
789
addSupport(const QString & param,const QString & value)790 void Network::addSupport(const QString& param, const QString& value)
791 {
792 if (!_supports.contains(param)) {
793 _supports[param] = value;
794 SYNC(ARG(param), ARG(value))
795 }
796 }
797
removeSupport(const QString & param)798 void Network::removeSupport(const QString& param)
799 {
800 if (_supports.contains(param)) {
801 _supports.remove(param);
802 SYNC(ARG(param))
803 }
804 }
805
initSupports() const806 QVariantMap Network::initSupports() const
807 {
808 QVariantMap supports;
809 QHashIterator<QString, QString> iter(_supports);
810 while (iter.hasNext()) {
811 iter.next();
812 supports[iter.key()] = iter.value();
813 }
814 return supports;
815 }
816
addCap(const QString & capability,const QString & value)817 void Network::addCap(const QString& capability, const QString& value)
818 {
819 // IRCv3 specs all use lowercase capability names
820 QString _capLowercase = capability.toLower();
821 if (!_caps.contains(_capLowercase)) {
822 _caps[_capLowercase] = value;
823 SYNC(ARG(capability), ARG(value))
824 emit capAdded(_capLowercase);
825 }
826 }
827
acknowledgeCap(const QString & capability)828 void Network::acknowledgeCap(const QString& capability)
829 {
830 // IRCv3 specs all use lowercase capability names
831 QString _capLowercase = capability.toLower();
832 if (!_capsEnabled.contains(_capLowercase)) {
833 _capsEnabled.append(_capLowercase);
834 SYNC(ARG(capability))
835 emit capAcknowledged(_capLowercase);
836 }
837 }
838
removeCap(const QString & capability)839 void Network::removeCap(const QString& capability)
840 {
841 // IRCv3 specs all use lowercase capability names
842 QString _capLowercase = capability.toLower();
843 if (_caps.contains(_capLowercase)) {
844 // Remove from the list of available capabilities.
845 _caps.remove(_capLowercase);
846 // Remove it from the acknowledged list if it was previously acknowledged. The SYNC call
847 // ensures this propogates to the other side.
848 // Use removeOne() for speed; no more than one due to contains() check in acknowledgeCap().
849 _capsEnabled.removeOne(_capLowercase);
850 SYNC(ARG(capability))
851 emit capRemoved(_capLowercase);
852 }
853 }
854
clearCaps()855 void Network::clearCaps()
856 {
857 // IRCv3 specs all use lowercase capability names
858 if (_caps.empty() && _capsEnabled.empty()) {
859 // Avoid the sync call if there's nothing to clear (e.g. failed reconnects)
860 return;
861 }
862 // To ease core-side configuration, loop through the list and emit capRemoved for each entry.
863 // If performance issues arise, this can be converted to a more-efficient setup without breaking
864 // protocol (in theory).
865 QString _capLowercase;
866 foreach (const QString& capability, _caps) {
867 _capLowercase = capability.toLower();
868 emit capRemoved(_capLowercase);
869 }
870 // Clear capabilities from the stored list
871 _caps.clear();
872 _capsEnabled.clear();
873
874 SYNC(NO_ARG)
875 }
876
initCaps() const877 QVariantMap Network::initCaps() const
878 {
879 QVariantMap caps;
880 QHashIterator<QString, QString> iter(_caps);
881 while (iter.hasNext()) {
882 iter.next();
883 caps[iter.key()] = iter.value();
884 }
885 return caps;
886 }
887
888 // There's potentially a lot of users and channels, so it makes sense to optimize the format of this.
889 // Rather than sending a thousand maps with identical keys, we convert this into one map containing lists
890 // where each list index corresponds to a particular IrcUser. This saves sending the key names a thousand times.
891 // Benchmarks have shown space savings of around 56%, resulting in saving several MBs worth of data on sync
892 // (without compression) with a decent amount of IrcUsers.
initIrcUsersAndChannels() const893 QVariantMap Network::initIrcUsersAndChannels() const
894 {
895 Q_ASSERT(proxy());
896 Q_ASSERT(proxy()->targetPeer());
897 QVariantMap usersAndChannels;
898
899 if (_ircUsers.count()) {
900 QHash<QString, QVariantList> users;
901 QHash<QString, IrcUser*>::const_iterator it = _ircUsers.begin();
902 QHash<QString, IrcUser*>::const_iterator end = _ircUsers.end();
903 while (it != end) {
904 QVariantMap map = it.value()->toVariantMap();
905 // If the peer doesn't support LongTime, replace the lastAwayMessageTime field
906 // with the 32-bit numerical seconds value (lastAwayMessage) used in older versions
907 if (!proxy()->targetPeer()->hasFeature(Quassel::Feature::LongTime)) {
908 #if QT_VERSION >= 0x050800
909 int lastAwayMessage = it.value()->lastAwayMessageTime().toSecsSinceEpoch();
910 #else
911 // toSecsSinceEpoch() was added in Qt 5.8. Manually downconvert to seconds for now.
912 // See https://doc.qt.io/qt-5/qdatetime.html#toMSecsSinceEpoch
913 int lastAwayMessage = it.value()->lastAwayMessageTime().toMSecsSinceEpoch() / 1000;
914 #endif
915 map.remove("lastAwayMessageTime");
916 map["lastAwayMessage"] = lastAwayMessage;
917 }
918
919 QVariantMap::const_iterator mapiter = map.begin();
920 while (mapiter != map.end()) {
921 users[mapiter.key()] << mapiter.value();
922 ++mapiter;
923 }
924 ++it;
925 }
926 // Can't have a container with a value type != QVariant in a QVariant :(
927 // However, working directly on a QVariantMap is awkward for appending, thus the detour via the hash above.
928 QVariantMap userMap;
929 foreach (const QString& key, users.keys())
930 userMap[key] = users[key];
931 usersAndChannels["Users"] = userMap;
932 }
933
934 if (_ircChannels.count()) {
935 QHash<QString, QVariantList> channels;
936 QHash<QString, IrcChannel*>::const_iterator it = _ircChannels.begin();
937 QHash<QString, IrcChannel*>::const_iterator end = _ircChannels.end();
938 while (it != end) {
939 const QVariantMap& map = it.value()->toVariantMap();
940 QVariantMap::const_iterator mapiter = map.begin();
941 while (mapiter != map.end()) {
942 channels[mapiter.key()] << mapiter.value();
943 ++mapiter;
944 }
945 ++it;
946 }
947 QVariantMap channelMap;
948 foreach (const QString& key, channels.keys())
949 channelMap[key] = channels[key];
950 usersAndChannels["Channels"] = channelMap;
951 }
952
953 return usersAndChannels;
954 }
955
initSetIrcUsersAndChannels(const QVariantMap & usersAndChannels)956 void Network::initSetIrcUsersAndChannels(const QVariantMap& usersAndChannels)
957 {
958 Q_ASSERT(proxy());
959 Q_ASSERT(proxy()->sourcePeer());
960 if (isInitialized()) {
961 qWarning() << "Network" << networkId()
962 << "received init data for users and channels although there already are known users or channels!";
963 return;
964 }
965
966 // toMap() and toList() are cheap, so we can avoid copying to lists...
967 // However, we really have to make sure to never accidentally detach from the shared data!
968
969 const QVariantMap& users = usersAndChannels["Users"].toMap();
970
971 // sanity check
972 int count = users["nick"].toList().count();
973 foreach (const QString& key, users.keys()) {
974 if (users[key].toList().count() != count) {
975 qWarning() << "Received invalid usersAndChannels init data, sizes of attribute lists don't match!";
976 return;
977 }
978 }
979
980 // now create the individual IrcUsers
981 for (int i = 0; i < count; i++) {
982 QVariantMap map;
983 foreach (const QString& key, users.keys())
984 map[key] = users[key].toList().at(i);
985
986 // If the peer doesn't support LongTime, upconvert the lastAwayMessageTime field
987 // from the 32-bit numerical seconds value used in older versions to QDateTime
988 if (!proxy()->sourcePeer()->hasFeature(Quassel::Feature::LongTime)) {
989 QDateTime lastAwayMessageTime = QDateTime();
990 lastAwayMessageTime.setTimeSpec(Qt::UTC);
991 #if QT_VERSION >= 0x050800
992 lastAwayMessageTime.fromSecsSinceEpoch(map.take("lastAwayMessage").toInt());
993 #else
994 // toSecsSinceEpoch() was added in Qt 5.8. Manually downconvert to seconds for now.
995 // See https://doc.qt.io/qt-5/qdatetime.html#toMSecsSinceEpoch
996 lastAwayMessageTime.fromMSecsSinceEpoch(map.take("lastAwayMessage").toInt() * 1000);
997 #endif
998 map["lastAwayMessageTime"] = lastAwayMessageTime;
999 }
1000
1001 newIrcUser(map["nick"].toString(), map); // newIrcUser() properly handles the hostmask being just the nick
1002 }
1003
1004 // same thing for IrcChannels
1005 const QVariantMap& channels = usersAndChannels["Channels"].toMap();
1006
1007 // sanity check
1008 count = channels["name"].toList().count();
1009 foreach (const QString& key, channels.keys()) {
1010 if (channels[key].toList().count() != count) {
1011 qWarning() << "Received invalid usersAndChannels init data, sizes of attribute lists don't match!";
1012 return;
1013 }
1014 }
1015 // now create the individual IrcChannels
1016 for (int i = 0; i < count; i++) {
1017 QVariantMap map;
1018 foreach (const QString& key, channels.keys())
1019 map[key] = channels[key].toList().at(i);
1020 newIrcChannel(map["name"].toString(), map);
1021 }
1022 }
1023
initSetSupports(const QVariantMap & supports)1024 void Network::initSetSupports(const QVariantMap& supports)
1025 {
1026 QMapIterator<QString, QVariant> iter(supports);
1027 while (iter.hasNext()) {
1028 iter.next();
1029 addSupport(iter.key(), iter.value().toString());
1030 }
1031 }
1032
initSetCaps(const QVariantMap & caps)1033 void Network::initSetCaps(const QVariantMap& caps)
1034 {
1035 QMapIterator<QString, QVariant> iter(caps);
1036 while (iter.hasNext()) {
1037 iter.next();
1038 addCap(iter.key(), iter.value().toString());
1039 }
1040 }
1041
updateNickFromMask(const QString & mask)1042 IrcUser* Network::updateNickFromMask(const QString& mask)
1043 {
1044 QString nick(nickFromMask(mask).toLower());
1045 IrcUser* ircuser;
1046
1047 if (_ircUsers.contains(nick)) {
1048 ircuser = _ircUsers[nick];
1049 ircuser->updateHostmask(mask);
1050 }
1051 else {
1052 ircuser = newIrcUser(mask);
1053 }
1054 return ircuser;
1055 }
1056
ircUserNickChanged(QString newnick)1057 void Network::ircUserNickChanged(QString newnick)
1058 {
1059 QString oldnick = _ircUsers.key(qobject_cast<IrcUser*>(sender()));
1060
1061 if (oldnick.isNull())
1062 return;
1063
1064 if (newnick.toLower() != oldnick)
1065 _ircUsers[newnick.toLower()] = _ircUsers.take(oldnick);
1066
1067 if (myNick().toLower() == oldnick)
1068 setMyNick(newnick);
1069 }
1070
emitConnectionError(const QString & errorMsg)1071 void Network::emitConnectionError(const QString& errorMsg)
1072 {
1073 emit connectionError(errorMsg);
1074 }
1075
1076 // ====================
1077 // Private:
1078 // ====================
determinePrefixes() const1079 void Network::determinePrefixes() const
1080 {
1081 // seems like we have to construct them first
1082 QString prefix = support("PREFIX");
1083
1084 if (prefix.startsWith("(") && prefix.contains(")")) {
1085 _prefixes = prefix.section(")", 1);
1086 _prefixModes = prefix.mid(1).section(")", 0, 0);
1087 }
1088 else {
1089 QString defaultPrefixes("~&@%+");
1090 QString defaultPrefixModes("qaohv");
1091
1092 if (prefix.isEmpty()) {
1093 _prefixes = defaultPrefixes;
1094 _prefixModes = defaultPrefixModes;
1095 return;
1096 }
1097 // clear the existing modes, just in case we're run multiple times
1098 _prefixes = QString();
1099 _prefixModes = QString();
1100
1101 // we just assume that in PREFIX are only prefix chars stored
1102 for (int i = 0; i < defaultPrefixes.size(); i++) {
1103 if (prefix.contains(defaultPrefixes[i])) {
1104 _prefixes += defaultPrefixes[i];
1105 _prefixModes += defaultPrefixModes[i];
1106 }
1107 }
1108 // check for success
1109 if (!_prefixes.isNull())
1110 return;
1111
1112 // well... our assumption was obviously wrong...
1113 // check if it's only prefix modes
1114 for (int i = 0; i < defaultPrefixes.size(); i++) {
1115 if (prefix.contains(defaultPrefixModes[i])) {
1116 _prefixes += defaultPrefixes[i];
1117 _prefixModes += defaultPrefixModes[i];
1118 }
1119 }
1120 // now we've done all we've could...
1121 }
1122 }
1123
1124 /************************************************************************
1125 * NetworkInfo
1126 ************************************************************************/
1127
skipCapsToString() const1128 QString NetworkInfo::skipCapsToString() const {
1129 // Sort the list of capabilities when rendering to a string. This isn't required as
1130 // Network::setSkipCaps() will sort as well, but this looks nicer when displayed to the user.
1131 // This also results in the list being sorted before storing in the database, too.
1132 auto sortedSkipCaps = skipCaps;
1133 sortedSkipCaps.sort();
1134
1135 // IRCv3 capabilities are transmitted space-separated, so it should be safe to assume spaces
1136 // won't ever be inside them
1137 //
1138 // See https://ircv3.net/specs/core/capability-negotiation
1139 return sortedSkipCaps.join(" ");
1140 }
1141
skipCapsFromString(const QString & flattenedSkipCaps)1142 void NetworkInfo::skipCapsFromString(const QString& flattenedSkipCaps) {
1143 // IRCv3 capabilities should all use lowercase capability names, though it's not strictly
1144 // required by the specification. Quassel currently converts all caps to lowercase before doing
1145 // any comparisons.
1146 //
1147 // This would only become an issue if two capabilities have the same name and only differ by
1148 // case, or if an IRC server transmits an uppercase capability and compares case-sensitively.
1149 //
1150 // (QString::toLower() is always done in the C locale, so locale-dependent case-sensitivity
1151 // won't ever be an issue, thankfully.)
1152 //
1153 // See Network::addCap(), Network::acknowledgeCap(), and friends
1154 // And https://ircv3.net/specs/core/capability-negotiation
1155 skipCaps = flattenedSkipCaps.toLower().split(" ", QString::SplitBehavior::SkipEmptyParts);
1156 }
1157
operator ==(const NetworkInfo & other) const1158 bool NetworkInfo::operator==(const NetworkInfo& other) const
1159 {
1160 return networkName == other.networkName
1161 && serverList == other.serverList
1162 && perform == other.perform
1163 && skipCaps == other.skipCaps
1164 && autoIdentifyService == other.autoIdentifyService
1165 && autoIdentifyPassword == other.autoIdentifyPassword
1166 && saslAccount == other.saslAccount
1167 && saslPassword == other.saslPassword
1168 && codecForServer == other.codecForServer
1169 && codecForEncoding == other.codecForEncoding
1170 && codecForDecoding == other.codecForDecoding
1171 && networkId == other.networkId
1172 && identity == other.identity
1173 && messageRateBurstSize == other.messageRateBurstSize
1174 && messageRateDelay == other.messageRateDelay
1175 && autoReconnectInterval == other.autoReconnectInterval
1176 && autoReconnectRetries == other.autoReconnectRetries
1177 && rejoinChannels == other.rejoinChannels
1178 && useRandomServer == other.useRandomServer
1179 && useAutoIdentify == other.useAutoIdentify
1180 && useSasl == other.useSasl
1181 && useAutoReconnect == other.useAutoReconnect
1182 && unlimitedReconnectRetries == other.unlimitedReconnectRetries
1183 && useCustomMessageRate == other.useCustomMessageRate
1184 && unlimitedMessageRate == other.unlimitedMessageRate
1185 ;
1186 }
1187
operator !=(const NetworkInfo & other) const1188 bool NetworkInfo::operator!=(const NetworkInfo& other) const
1189 {
1190 return !(*this == other);
1191 }
1192
operator <<(QDataStream & out,const NetworkInfo & info)1193 QDataStream& operator<<(QDataStream& out, const NetworkInfo& info)
1194 {
1195 QVariantMap i;
1196 i["NetworkName"] = info.networkName;
1197 i["ServerList"] = toVariantList(info.serverList);
1198 i["Perform"] = info.perform;
1199 i["SkipCaps"] = info.skipCaps;
1200 i["AutoIdentifyService"] = info.autoIdentifyService;
1201 i["AutoIdentifyPassword"] = info.autoIdentifyPassword;
1202 i["SaslAccount"] = info.saslAccount;
1203 i["SaslPassword"] = info.saslPassword;
1204 i["CodecForServer"] = info.codecForServer;
1205 i["CodecForEncoding"] = info.codecForEncoding;
1206 i["CodecForDecoding"] = info.codecForDecoding;
1207 i["NetworkId"] = QVariant::fromValue(info.networkId);
1208 i["Identity"] = QVariant::fromValue(info.identity);
1209 i["MessageRateBurstSize"] = info.messageRateBurstSize;
1210 i["MessageRateDelay"] = info.messageRateDelay;
1211 i["AutoReconnectInterval"] = info.autoReconnectInterval;
1212 i["AutoReconnectRetries"] = info.autoReconnectRetries;
1213 i["RejoinChannels"] = info.rejoinChannels;
1214 i["UseRandomServer"] = info.useRandomServer;
1215 i["UseAutoIdentify"] = info.useAutoIdentify;
1216 i["UseSasl"] = info.useSasl;
1217 i["UseAutoReconnect"] = info.useAutoReconnect;
1218 i["UnlimitedReconnectRetries"] = info.unlimitedReconnectRetries;
1219 i["UseCustomMessageRate"] = info.useCustomMessageRate;
1220 i["UnlimitedMessageRate"] = info.unlimitedMessageRate;
1221 out << i;
1222 return out;
1223 }
1224
operator >>(QDataStream & in,NetworkInfo & info)1225 QDataStream& operator>>(QDataStream& in, NetworkInfo& info)
1226 {
1227 QVariantMap i;
1228 in >> i;
1229 info.networkName = i["NetworkName"].toString();
1230 info.serverList = fromVariantList<Network::Server>(i["ServerList"].toList());
1231 info.perform = i["Perform"].toStringList();
1232 info.skipCaps = i["SkipCaps"].toStringList();
1233 info.autoIdentifyService = i["AutoIdentifyService"].toString();
1234 info.autoIdentifyPassword = i["AutoIdentifyPassword"].toString();
1235 info.saslAccount = i["SaslAccount"].toString();
1236 info.saslPassword = i["SaslPassword"].toString();
1237 info.codecForServer = i["CodecForServer"].toByteArray();
1238 info.codecForEncoding = i["CodecForEncoding"].toByteArray();
1239 info.codecForDecoding = i["CodecForDecoding"].toByteArray();
1240 info.networkId = i["NetworkId"].value<NetworkId>();
1241 info.identity = i["Identity"].value<IdentityId>();
1242 info.messageRateBurstSize = i["MessageRateBurstSize"].toUInt();
1243 info.messageRateDelay = i["MessageRateDelay"].toUInt();
1244 info.autoReconnectInterval = i["AutoReconnectInterval"].toUInt();
1245 info.autoReconnectRetries = i["AutoReconnectRetries"].toInt();
1246 info.rejoinChannels = i["RejoinChannels"].toBool();
1247 info.useRandomServer = i["UseRandomServer"].toBool();
1248 info.useAutoIdentify = i["UseAutoIdentify"].toBool();
1249 info.useSasl = i["UseSasl"].toBool();
1250 info.useAutoReconnect = i["UseAutoReconnect"].toBool();
1251 info.unlimitedReconnectRetries = i["UnlimitedReconnectRetries"].toBool();
1252 info.useCustomMessageRate = i["UseCustomMessageRate"].toBool();
1253 info.unlimitedMessageRate = i["UnlimitedMessageRate"].toBool();
1254 return in;
1255 }
1256
operator <<(QDebug dbg,const NetworkInfo & i)1257 QDebug operator<<(QDebug dbg, const NetworkInfo& i)
1258 {
1259 dbg.nospace() << "(id = " << i.networkId << " name = " << i.networkName << " identity = " << i.identity
1260 << " codecForServer = " << i.codecForServer << " codecForEncoding = " << i.codecForEncoding
1261 << " codecForDecoding = " << i.codecForDecoding << " serverList = " << i.serverList
1262 << " useRandomServer = " << i.useRandomServer << " perform = " << i.perform
1263 << " skipCaps = " << i.skipCaps << " useAutoIdentify = " << i.useAutoIdentify
1264 << " autoIdentifyService = " << i.autoIdentifyService << " autoIdentifyPassword = " << i.autoIdentifyPassword
1265 << " useSasl = " << i.useSasl << " saslAccount = " << i.saslAccount << " saslPassword = " << i.saslPassword
1266 << " useAutoReconnect = " << i.useAutoReconnect << " autoReconnectInterval = " << i.autoReconnectInterval
1267 << " autoReconnectRetries = " << i.autoReconnectRetries << " unlimitedReconnectRetries = " << i.unlimitedReconnectRetries
1268 << " rejoinChannels = " << i.rejoinChannels << " useCustomMessageRate = " << i.useCustomMessageRate
1269 << " messageRateBurstSize = " << i.messageRateBurstSize << " messageRateDelay = " << i.messageRateDelay
1270 << " unlimitedMessageRate = " << i.unlimitedMessageRate << ")";
1271 return dbg.space();
1272 }
1273
operator <<(QDataStream & out,const Network::Server & server)1274 QDataStream& operator<<(QDataStream& out, const Network::Server& server)
1275 {
1276 QVariantMap serverMap;
1277 serverMap["Host"] = server.host;
1278 serverMap["Port"] = server.port;
1279 serverMap["Password"] = server.password;
1280 serverMap["UseSSL"] = server.useSsl;
1281 serverMap["sslVerify"] = server.sslVerify;
1282 serverMap["sslVersion"] = server.sslVersion;
1283 serverMap["UseProxy"] = server.useProxy;
1284 serverMap["ProxyType"] = server.proxyType;
1285 serverMap["ProxyHost"] = server.proxyHost;
1286 serverMap["ProxyPort"] = server.proxyPort;
1287 serverMap["ProxyUser"] = server.proxyUser;
1288 serverMap["ProxyPass"] = server.proxyPass;
1289 out << serverMap;
1290 return out;
1291 }
1292
operator >>(QDataStream & in,Network::Server & server)1293 QDataStream& operator>>(QDataStream& in, Network::Server& server)
1294 {
1295 QVariantMap serverMap;
1296 in >> serverMap;
1297 server.host = serverMap["Host"].toString();
1298 server.port = serverMap["Port"].toUInt();
1299 server.password = serverMap["Password"].toString();
1300 server.useSsl = serverMap["UseSSL"].toBool();
1301 server.sslVerify = serverMap["sslVerify"].toBool();
1302 server.sslVersion = serverMap["sslVersion"].toInt();
1303 server.useProxy = serverMap["UseProxy"].toBool();
1304 server.proxyType = serverMap["ProxyType"].toInt();
1305 server.proxyHost = serverMap["ProxyHost"].toString();
1306 server.proxyPort = serverMap["ProxyPort"].toUInt();
1307 server.proxyUser = serverMap["ProxyUser"].toString();
1308 server.proxyPass = serverMap["ProxyPass"].toString();
1309 return in;
1310 }
1311
operator ==(const Server & other) const1312 bool Network::Server::operator==(const Server& other) const
1313 {
1314 if (host != other.host)
1315 return false;
1316 if (port != other.port)
1317 return false;
1318 if (password != other.password)
1319 return false;
1320 if (useSsl != other.useSsl)
1321 return false;
1322 if (sslVerify != other.sslVerify)
1323 return false;
1324 if (sslVersion != other.sslVersion)
1325 return false;
1326 if (useProxy != other.useProxy)
1327 return false;
1328 if (proxyType != other.proxyType)
1329 return false;
1330 if (proxyHost != other.proxyHost)
1331 return false;
1332 if (proxyPort != other.proxyPort)
1333 return false;
1334 if (proxyUser != other.proxyUser)
1335 return false;
1336 if (proxyPass != other.proxyPass)
1337 return false;
1338 return true;
1339 }
1340
operator !=(const Server & other) const1341 bool Network::Server::operator!=(const Server& other) const
1342 {
1343 return !(*this == other);
1344 }
1345
operator <<(QDebug dbg,const Network::Server & server)1346 QDebug operator<<(QDebug dbg, const Network::Server& server)
1347 {
1348 dbg.nospace() << "Server(host = " << server.host << ":" << server.port << ", useSsl = " << server.useSsl
1349 << ", sslVerify = " << server.sslVerify << ")";
1350 return dbg.space();
1351 }
1352