kotatogram/kotatogram-desktop
kotatogram/kotatogram-desktop
1
0
Fork 0
Code Issues Releases 45 Packages Wiki Activity
kotatogram-desktop/Telegram/SourceFiles/api/api_updates.cpp
John Preston 79a361ba43 Move call management to Core::App.
2020-06-25 21:57:36 +04:00

2045 lines
60 KiB
C++
Raw Blame History

/*
This file is part of Telegram Desktop,
the official desktop application for the Telegram messaging service.
For license and copyright information please follow this link:
https://github.com/telegramdesktop/tdesktop/blob/master/LEGAL
*/
#include "api/api_updates.h"
#include "api/api_text_entities.h"
#include "main/main_session.h"
#include "main/main_account.h"
#include "mtproto/mtp_instance.h"
#include "mtproto/mtproto_config.h"
#include "mtproto/mtproto_dc_options.h"
#include "data/stickers/data_stickers.h"
#include "data/data_session.h"
#include "data/data_user.h"
#include "data/data_chat.h"
#include "data/data_changes.h"
#include "data/data_channel.h"
#include "data/data_chat_filters.h"
#include "data/data_cloud_themes.h"
#include "data/data_drafts.h"
#include "data/data_histories.h"
#include "data/data_folder.h"
#include "data/data_scheduled_messages.h"
#include "lang/lang_cloud_manager.h"
#include "history/history.h"
#include "history/history_item.h"
#include "core/application.h"
#include "storage/storage_account.h"
#include "storage/storage_facade.h"
#include "storage/storage_user_photos.h"
#include "storage/storage_shared_media.h"
#include "calls/calls_instance.h"
#include "base/unixtime.h"
#include "window/window_session_controller.h"
#include "window/window_controller.h"
#include "boxes/confirm_box.h"
#include "apiwrap.h"
#include "app.h" // App::formatPhone
namespace Api {
namespace {
constexpr auto kChannelGetDifferenceLimit = 100;
// 1s wait after show channel history before sending getChannelDifference.
constexpr auto kWaitForChannelGetDifference = crl::time(1000);
// If nothing is received in 1 min we ping.
constexpr auto kNoUpdatesTimeout = 60 * 1000;
// If nothing is received in 1 min when was a sleepmode we ping.
constexpr auto kNoUpdatesAfterSleepTimeout = 60 * crl::time(1000);
enum class DataIsLoadedResult {
NotLoaded = 0,
FromNotLoaded = 1,
MentionNotLoaded = 2,
Ok = 3,
};
bool IsForceLogoutNotification(const MTPDupdateServiceNotification &data) {
return qs(data.vtype()).startsWith(qstr("AUTH_KEY_DROP_"));
}
bool HasForceLogoutNotification(const MTPUpdates &updates) {
const auto checkUpdate = [](const MTPUpdate &update) {
if (update.type() != mtpc_updateServiceNotification) {
return false;
}
return IsForceLogoutNotification(
update.c_updateServiceNotification());
};
const auto checkVector = [&](const MTPVector<MTPUpdate> &list) {
for (const auto &update : list.v) {
if (checkUpdate(update)) {
return true;
}
}
return false;
};
switch (updates.type()) {
case mtpc_updates:
return checkVector(updates.c_updates().vupdates());
case mtpc_updatesCombined:
return checkVector(updates.c_updatesCombined().vupdates());
case mtpc_updateShort:
return checkUpdate(updates.c_updateShort().vupdate());
}
return false;
}
bool ForwardedInfoDataLoaded(
not_null<Main::Session*> session,
const MTPMessageFwdHeader &header) {
return header.match([&](const MTPDmessageFwdHeader &data) {
if (const auto channelId = data.vchannel_id()) {
if (!session->data().channelLoaded(channelId->v)) {
return false;
}
if (const auto fromId = data.vfrom_id()) {
const auto from = session->data().user(fromId->v);
// Minimal loaded is fine in this case.
if (from->loadedStatus == PeerData::NotLoaded) {
return false;
}
}
} else if (const auto fromId = data.vfrom_id()) {
// Fully loaded is required in this case.
if (!session->data().userLoaded(fromId->v)) {
return false;
}
}
return true;
});
}
bool MentionUsersLoaded(
not_null<Main::Session*> session,
const MTPVector<MTPMessageEntity> &entities) {
for (const auto &entity : entities.v) {
auto type = entity.type();
if (type == mtpc_messageEntityMentionName) {
if (!session->data().userLoaded(entity.c_messageEntityMentionName().vuser_id().v)) {
return false;
}
} else if (type == mtpc_inputMessageEntityMentionName) {
auto &inputUser = entity.c_inputMessageEntityMentionName().vuser_id();
if (inputUser.type() == mtpc_inputUser) {
if (!session->data().userLoaded(inputUser.c_inputUser().vuser_id().v)) {
return false;
}
}
}
}
return true;
}
DataIsLoadedResult AllDataLoadedForMessage(
not_null<Main::Session*> session,
const MTPMessage &message) {
return message.match([&](const MTPDmessage &message) {
if (const auto fromId = message.vfrom_id()) {
if (!message.is_post()
&& !session->data().userLoaded(fromId->v)) {
return DataIsLoadedResult::FromNotLoaded;
}
}
if (const auto viaBotId = message.vvia_bot_id()) {
if (!session->data().userLoaded(viaBotId->v)) {
return DataIsLoadedResult::NotLoaded;
}
}
if (const auto fwd = message.vfwd_from()) {
if (!ForwardedInfoDataLoaded(session, *fwd)) {
return DataIsLoadedResult::NotLoaded;
}
}
if (const auto entities = message.ventities()) {
if (!MentionUsersLoaded(session, *entities)) {
return DataIsLoadedResult::MentionNotLoaded;
}
}
return DataIsLoadedResult::Ok;
}, [&](const MTPDmessageService &message) {
if (const auto fromId = message.vfrom_id()) {
if (!message.is_post()
&& !session->data().userLoaded(fromId->v)) {
return DataIsLoadedResult::FromNotLoaded;
}
}
return message.vaction().match(
[&](const MTPDmessageActionChatAddUser &action) {
for (const MTPint &userId : action.vusers().v) {
if (!session->data().userLoaded(userId.v)) {
return DataIsLoadedResult::NotLoaded;
}
}
return DataIsLoadedResult::Ok;
}, [&](const MTPDmessageActionChatJoinedByLink &action) {
if (!session->data().userLoaded(action.vinviter_id().v)) {
return DataIsLoadedResult::NotLoaded;
}
return DataIsLoadedResult::Ok;
}, [&](const MTPDmessageActionChatDeleteUser &action) {
if (!session->data().userLoaded(action.vuser_id().v)) {
return DataIsLoadedResult::NotLoaded;
}
return DataIsLoadedResult::Ok;
}, [](const auto &) {
return DataIsLoadedResult::Ok;
});
}, [](const MTPDmessageEmpty &message) {
return DataIsLoadedResult::Ok;
});
}
} // namespace
Updates::Updates(not_null<Main::Session*> session)
: _session(session)
, _noUpdatesTimer([=] { sendPing(); })
, _onlineTimer([=] { updateOnline(); })
, _ptsWaiter(this)
, _byPtsTimer([=] { getDifferenceByPts(); })
, _bySeqTimer([=] { getDifference(); })
, _byMinChannelTimer([=] { getDifference(); })
, _failDifferenceTimer([=] { getDifferenceAfterFail(); })
, _idleFinishTimer([=] { checkIdleFinish(); }) {
_ptsWaiter.setRequesting(true);
session->account().mtpUpdates(
) | rpl::start_with_next([=](const MTPUpdates &updates) {
mtpUpdateReceived(updates);
}, _lifetime);
session->account().mtpNewSessionCreated(
) | rpl::start_with_next([=] {
mtpNewSessionCreated();
}, _lifetime);
api().request(MTPupdates_GetState(
)).done([=](const MTPupdates_State &result) {
stateDone(result);
}).send();
}
Main::Session &Updates::session() const {
return *_session;
}
ApiWrap &Updates::api() const {
return _session->api();
}
void Updates::checkLastUpdate(bool afterSleep) {
const auto now = crl::now();
const auto skip = afterSleep
? kNoUpdatesAfterSleepTimeout
: kNoUpdatesTimeout;
if (_lastUpdateTime && now > _lastUpdateTime + skip) {
_lastUpdateTime = now;
sendPing();
}
}
void Updates::feedUpdateVector(
const MTPVector<MTPUpdate> &updates,
bool skipMessageIds) {
for (const auto &update : updates.v) {
if (skipMessageIds && update.type() == mtpc_updateMessageID) {
continue;
}
feedUpdate(update);
}
session().data().sendHistoryChangeNotifications();
}
void Updates::feedMessageIds(const MTPVector<MTPUpdate> &updates) {
for (const auto &update : updates.v) {
if (update.type() == mtpc_updateMessageID) {
feedUpdate(update);
}
}
}
void Updates::setState(int32 pts, int32 date, int32 qts, int32 seq) {
if (pts) {
_ptsWaiter.init(pts);
}
if (_updatesDate < date && !_byMinChannelTimer.isActive()) {
_updatesDate = date;
}
if (qts && _updatesQts < qts) {
_updatesQts = qts;
}
if (seq && seq != _updatesSeq) {
_updatesSeq = seq;
if (_bySeqTimer.isActive()) {
_bySeqTimer.cancel();
}
while (!_bySeqUpdates.empty()) {
const auto s = _bySeqUpdates.front().first;
if (s <= seq + 1) {
const auto v = _bySeqUpdates.front().second;
_bySeqUpdates.erase(_bySeqUpdates.begin());
if (s == seq + 1) {
return applyUpdates(v);
}
} else {
if (!_bySeqTimer.isActive()) {
_bySeqTimer.callOnce(PtsWaiter::kWaitForSkippedTimeout);
}
break;
}
}
}
}
void Updates::channelDifferenceDone(
not_null<ChannelData*> channel,
const MTPupdates_ChannelDifference &difference) {
_channelFailDifferenceTimeout.remove(channel);
const auto timeout = difference.match([&](const auto &data) {
return data.vtimeout().value_or_empty();
});
const auto isFinal = difference.match([&](const auto &data) {
return data.is_final();
});
difference.match([&](const MTPDupdates_channelDifferenceEmpty &data) {
channel->ptsInit(data.vpts().v);
}, [&](const MTPDupdates_channelDifferenceTooLong &data) {
session().data().processUsers(data.vusers());
session().data().processChats(data.vchats());
const auto history = session().data().historyLoaded(channel->id);
if (history) {
history->setNotLoadedAtBottom();
requestChannelRangeDifference(history);
}
data.vdialog().match([&](const MTPDdialog &data) {
if (const auto pts = data.vpts()) {
channel->ptsInit(pts->v);
}
}, [&](const MTPDdialogFolder &) {
});
session().data().applyDialogs(
nullptr,
data.vmessages().v,
QVector<MTPDialog>(1, data.vdialog()));
session().data().channelDifferenceTooLong(channel);
}, [&](const MTPDupdates_channelDifference &data) {
feedChannelDifference(data);
channel->ptsInit(data.vpts().v);
});
channel->ptsSetRequesting(false);
if (!isFinal) {
MTP_LOG(0, ("getChannelDifference "
"{ good - after not final channelDifference was received }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
getChannelDifference(channel);
} else if (ranges::contains(
_activeChats,
channel,
[](const auto &pair) { return pair.second.peer; })) {
channel->ptsWaitingForShortPoll(timeout
? (timeout * crl::time(1000))
: kWaitForChannelGetDifference);
}
}
void Updates::feedChannelDifference(
const MTPDupdates_channelDifference &data) {
session().data().processUsers(data.vusers());
session().data().processChats(data.vchats());
_handlingChannelDifference = true;
feedMessageIds(data.vother_updates());
session().data().processMessages(
data.vnew_messages(),
NewMessageType::Unread);
feedUpdateVector(data.vother_updates(), true);
_handlingChannelDifference = false;
}
void Updates::channelDifferenceFail(
not_null<ChannelData*> channel,
const RPCError &error) {
LOG(("RPC Error in getChannelDifference: %1 %2: %3"
).arg(error.code()
).arg(error.type()
).arg(error.description()));
failDifferenceStartTimerFor(channel);
}
void Updates::stateDone(const MTPupdates_State &state) {
const auto &d = state.c_updates_state();
setState(d.vpts().v, d.vdate().v, d.vqts().v, d.vseq().v);
_lastUpdateTime = crl::now();
_noUpdatesTimer.callOnce(kNoUpdatesTimeout);
_ptsWaiter.setRequesting(false);
session().api().requestDialogs();
updateOnline();
}
void Updates::differenceDone(const MTPupdates_Difference &result) {
_failDifferenceTimeout = 1;
switch (result.type()) {
case mtpc_updates_differenceEmpty: {
auto &d = result.c_updates_differenceEmpty();
setState(_ptsWaiter.current(), d.vdate().v, _updatesQts, d.vseq().v);
_lastUpdateTime = crl::now();
_noUpdatesTimer.callOnce(kNoUpdatesTimeout);
_ptsWaiter.setRequesting(false);
} break;
case mtpc_updates_differenceSlice: {
auto &d = result.c_updates_differenceSlice();
feedDifference(d.vusers(), d.vchats(), d.vnew_messages(), d.vother_updates());
auto &s = d.vintermediate_state().c_updates_state();
setState(s.vpts().v, s.vdate().v, s.vqts().v, s.vseq().v);
_ptsWaiter.setRequesting(false);
MTP_LOG(0, ("getDifference "
"{ good - after a slice of difference was received }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
getDifference();
} break;
case mtpc_updates_difference: {
auto &d = result.c_updates_difference();
feedDifference(d.vusers(), d.vchats(), d.vnew_messages(), d.vother_updates());
stateDone(d.vstate());
} break;
case mtpc_updates_differenceTooLong: {
auto &d = result.c_updates_differenceTooLong();
LOG(("API Error: updates.differenceTooLong is not supported by Telegram Desktop!"));
} break;
};
}
bool Updates::whenGetDiffChanged(
ChannelData *channel,
int32 ms,
base::flat_map<not_null<ChannelData*>, crl::time> &whenMap,
crl::time &curTime) {
if (channel) {
if (ms <= 0) {
const auto i = whenMap.find(channel);
if (i != whenMap.cend()) {
whenMap.erase(i);
} else {
return false;
}
} else {
auto when = crl::now() + ms;
const auto i = whenMap.find(channel);
if (i != whenMap.cend()) {
if (i->second > when) {
i->second = when;
} else {
return false;
}
} else {
whenMap.emplace(channel, when);
}
}
} else {
if (ms <= 0) {
if (curTime) {
curTime = 0;
} else {
return false;
}
} else {
auto when = crl::now() + ms;
if (!curTime || curTime > when) {
curTime = when;
} else {
return false;
}
}
}
return true;
}
void Updates::ptsWaiterStartTimerFor(ChannelData *channel, crl::time ms) {
if (whenGetDiffChanged(channel, ms, _whenGetDiffByPts, _getDifferenceTimeByPts)) {
getDifferenceByPts();
}
}
void Updates::failDifferenceStartTimerFor(ChannelData *channel) {
auto &timeout = [&]() -> crl::time & {
if (!channel) {
return _failDifferenceTimeout;
}
const auto i = _channelFailDifferenceTimeout.find(channel);
return (i == _channelFailDifferenceTimeout.end())
? _channelFailDifferenceTimeout.emplace(channel, 1).first->second
: i->second;
}();
if (whenGetDiffChanged(channel, timeout * 1000, _whenGetDiffAfterFail, _getDifferenceTimeAfterFail)) {
getDifferenceAfterFail();
}
if (timeout < 64) timeout *= 2;
}
bool Updates::updateAndApply(
int32 pts,
int32 ptsCount,
const MTPUpdates &updates) {
return _ptsWaiter.updateAndApply(nullptr, pts, ptsCount, updates);
}
bool Updates::updateAndApply(
int32 pts,
int32 ptsCount,
const MTPUpdate &update) {
return _ptsWaiter.updateAndApply(nullptr, pts, ptsCount, update);
}
bool Updates::updateAndApply(int32 pts, int32 ptsCount) {
return _ptsWaiter.updateAndApply(nullptr, pts, ptsCount);
}
void Updates::feedDifference(
const MTPVector<MTPUser> &users,
const MTPVector<MTPChat> &chats,
const MTPVector<MTPMessage> &msgs,
const MTPVector<MTPUpdate> &other) {
Core::App().checkAutoLock();
session().data().processUsers(users);
session().data().processChats(chats);
feedMessageIds(other);
session().data().processMessages(msgs, NewMessageType::Unread);
feedUpdateVector(other, true);
}
void Updates::differenceFail(const RPCError &error) {
LOG(("RPC Error in getDifference: %1 %2: %3"
).arg(error.code()
).arg(error.type()
).arg(error.description()));
failDifferenceStartTimerFor(nullptr);
}
void Updates::getDifferenceByPts() {
auto now = crl::now(), wait = crl::time(0);
if (_getDifferenceTimeByPts) {
if (_getDifferenceTimeByPts > now) {
wait = _getDifferenceTimeByPts - now;
} else {
getDifference();
}
}
for (auto i = _whenGetDiffByPts.begin(); i != _whenGetDiffByPts.cend();) {
if (i->second > now) {
wait = wait ? std::min(wait, i->second - now) : (i->second - now);
++i;
} else {
getChannelDifference(
i->first,
ChannelDifferenceRequest::PtsGapOrShortPoll);
i = _whenGetDiffByPts.erase(i);
}
}
if (wait) {
_byPtsTimer.callOnce(wait);
} else {
_byPtsTimer.cancel();
}
}
void Updates::getDifferenceAfterFail() {
auto now = crl::now(), wait = crl::time(0);
if (_getDifferenceTimeAfterFail) {
if (_getDifferenceTimeAfterFail > now) {
wait = _getDifferenceTimeAfterFail - now;
} else {
_ptsWaiter.setRequesting(false);
MTP_LOG(0, ("getDifference "
"{ force - after get difference failed }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
getDifference();
}
}
for (auto i = _whenGetDiffAfterFail.begin(); i != _whenGetDiffAfterFail.cend();) {
if (i->second > now) {
wait = wait ? std::min(wait, i->second - now) : (i->second - now);
++i;
} else {
getChannelDifference(i->first, ChannelDifferenceRequest::AfterFail);
i = _whenGetDiffAfterFail.erase(i);
}
}
if (wait) {
_failDifferenceTimer.callOnce(wait);
} else {
_failDifferenceTimer.cancel();
}
}
void Updates::getDifference() {
_getDifferenceTimeByPts = 0;
if (requestingDifference()) {
return;
}
_bySeqUpdates.clear();
_bySeqTimer.cancel();
_noUpdatesTimer.cancel();
_getDifferenceTimeAfterFail = 0;
_ptsWaiter.setRequesting(true);
api().request(MTPupdates_GetDifference(
MTP_flags(0),
MTP_int(_ptsWaiter.current()),
MTPint(),
MTP_int(_updatesDate),
MTP_int(_updatesQts)
)).done([=](const MTPupdates_Difference &result) {
differenceDone(result);
}).fail([=](const RPCError &error) {
differenceFail(error);
}).send();
}
void Updates::getChannelDifference(
not_null<ChannelData*> channel,
ChannelDifferenceRequest from) {
if (from != ChannelDifferenceRequest::PtsGapOrShortPoll) {
_whenGetDiffByPts.remove(channel);
}
if (!channel->ptsInited() || channel->ptsRequesting()) return;
if (from != ChannelDifferenceRequest::AfterFail) {
_whenGetDiffAfterFail.remove(channel);
}
channel->ptsSetRequesting(true);
auto filter = MTP_channelMessagesFilterEmpty();
auto flags = MTPupdates_GetChannelDifference::Flag::f_force | 0;
if (from != ChannelDifferenceRequest::PtsGapOrShortPoll) {
if (!channel->ptsWaitingForSkipped()) {
flags = 0; // No force flag when requesting for short poll.
}
}
api().request(MTPupdates_GetChannelDifference(
MTP_flags(flags),
channel->inputChannel,
filter,
MTP_int(channel->pts()),
MTP_int(kChannelGetDifferenceLimit)
)).done([=](const MTPupdates_ChannelDifference &result) {
channelDifferenceDone(channel, result);
}).fail([=](const RPCError &error) {
channelDifferenceFail(channel, error);
}).send();
}
void Updates::sendPing() {
_session->mtp().ping();
}
void Updates::addActiveChat(rpl::producer<PeerData*> chat) {
const auto key = _activeChats.empty() ? 0 : _activeChats.back().first + 1;
std::move(
chat
) | rpl::start_with_next_done([=](PeerData *peer) {
_activeChats[key].peer = peer;
if (const auto channel = peer ? peer->asChannel() : nullptr) {
channel->ptsWaitingForShortPoll(
kWaitForChannelGetDifference);
}
}, [=] {
_activeChats.erase(key);
}, _activeChats[key].lifetime);
}
void Updates::requestChannelRangeDifference(not_null<History*> history) {
Expects(history->isChannel());
const auto channel = history->peer->asChannel();
if (const auto requestId = _rangeDifferenceRequests.take(channel)) {
api().request(*requestId).cancel();
}
const auto range = history->rangeForDifferenceRequest();
if (!(range.from < range.till) || !channel->pts()) {
return;
}
MTP_LOG(0, ("getChannelDifference "
"{ good - after channelDifferenceTooLong was received, "
"validating history part }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
channelRangeDifferenceSend(channel, range, channel->pts());
}
void Updates::channelRangeDifferenceSend(
not_null<ChannelData*> channel,
MsgRange range,
int32 pts) {
Expects(range.from < range.till);
const auto limit = range.till - range.from;
const auto filter = MTP_channelMessagesFilter(
MTP_flags(0),
MTP_vector<MTPMessageRange>(1, MTP_messageRange(
MTP_int(range.from),
MTP_int(range.till - 1))));
const auto requestId = api().request(MTPupdates_GetChannelDifference(
MTP_flags(MTPupdates_GetChannelDifference::Flag::f_force),
channel->inputChannel,
filter,
MTP_int(pts),
MTP_int(limit)
)).done([=](const MTPupdates_ChannelDifference &result) {
_rangeDifferenceRequests.remove(channel);
channelRangeDifferenceDone(channel, range, result);
}).fail([=](const RPCError &error) {
_rangeDifferenceRequests.remove(channel);
}).send();
_rangeDifferenceRequests.emplace(channel, requestId);
}
void Updates::channelRangeDifferenceDone(
not_null<ChannelData*> channel,
MsgRange range,
const MTPupdates_ChannelDifference &result) {
auto nextRequestPts = int32(0);
auto isFinal = true;
switch (result.type()) {
case mtpc_updates_channelDifferenceEmpty: {
const auto &d = result.c_updates_channelDifferenceEmpty();
nextRequestPts = d.vpts().v;
isFinal = d.is_final();
} break;
case mtpc_updates_channelDifferenceTooLong: {
const auto &d = result.c_updates_channelDifferenceTooLong();
_session->data().processUsers(d.vusers());
_session->data().processChats(d.vchats());
nextRequestPts = d.vdialog().match([&](const MTPDdialog &data) {
return data.vpts().value_or_empty();
}, [&](const MTPDdialogFolder &data) {
return 0;
});
isFinal = d.is_final();
} break;
case mtpc_updates_channelDifference: {
const auto &d = result.c_updates_channelDifference();
feedChannelDifference(d);
nextRequestPts = d.vpts().v;
isFinal = d.is_final();
} break;
}
if (!isFinal && nextRequestPts) {
MTP_LOG(0, ("getChannelDifference "
"{ good - after not final channelDifference was received, "
"validating history part }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
channelRangeDifferenceSend(channel, range, nextRequestPts);
}
}
void Updates::mtpNewSessionCreated() {
Core::App().checkAutoLock();
_updatesSeq = 0;
MTP_LOG(0, ("getDifference { after new_session_created }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
getDifference();
}
void Updates::mtpUpdateReceived(const MTPUpdates &updates) {
Core::App().checkAutoLock();
_lastUpdateTime = crl::now();
_noUpdatesTimer.callOnce(kNoUpdatesTimeout);
if (!requestingDifference()
|| HasForceLogoutNotification(updates)) {
applyUpdates(updates);
}
}
void Updates::updateOnline() {
updateOnline(false);
}
bool Updates::isIdle() const {
return _isIdle;
}
void Updates::updateOnline(bool gotOtherOffline) {
crl::on_main(&session(), [] { Core::App().checkAutoLock(); });
const auto &config = _session->serverConfig();
bool isOnline = Core::App().hasActiveWindow(&session());
int updateIn = config.onlineUpdatePeriod;
Assert(updateIn >= 0);
if (isOnline) {
const auto idle = crl::now() - Core::App().lastNonIdleTime();
if (idle >= config.offlineIdleTimeout) {
isOnline = false;
if (!_isIdle) {
_isIdle = true;
_idleFinishTimer.callOnce(900);
}
} else {
updateIn = qMin(updateIn, int(config.offlineIdleTimeout - idle));
Assert(updateIn >= 0);
}
}
auto ms = crl::now();
if (isOnline != _lastWasOnline
|| (isOnline && _lastSetOnline + config.onlineUpdatePeriod <= ms)
|| (isOnline && gotOtherOffline)) {
api().request(base::take(_onlineRequest)).cancel();
_lastWasOnline = isOnline;
_lastSetOnline = ms;
if (!App::quitting()) {
_onlineRequest = api().request(MTPaccount_UpdateStatus(
MTP_bool(!isOnline)
)).send();
} else {
_onlineRequest = api().request(MTPaccount_UpdateStatus(
MTP_bool(!isOnline)
)).done([=](const MTPBool &result) {
Core::App().quitPreventFinished();
}).fail([=](const RPCError &error) {
Core::App().quitPreventFinished();
}).send();
}
const auto self = session().user();
self->onlineTill = base::unixtime::now() + (isOnline ? (config.onlineUpdatePeriod / 1000) : -1);
session().changes().peerUpdated(
self,
Data::PeerUpdate::Flag::OnlineStatus);
if (!isOnline) { // Went offline, so we need to save message draft to the cloud.
api().saveCurrentDraftToCloud();
}
_lastSetOnline = ms;
} else if (isOnline) {
updateIn = qMin(updateIn, int(_lastSetOnline + config.onlineUpdatePeriod - ms));
Assert(updateIn >= 0);
}
_onlineTimer.callOnce(updateIn);
}
void Updates::checkIdleFinish() {
if (crl::now() - Core::App().lastNonIdleTime()
< _session->serverConfig().offlineIdleTimeout) {
_idleFinishTimer.cancel();
_isIdle = false;
updateOnline();
App::wnd()->checkHistoryActivation();
} else {
_idleFinishTimer.callOnce(900);
}
}
bool Updates::lastWasOnline() const {
return _lastWasOnline;
}
crl::time Updates::lastSetOnline() const {
return _lastSetOnline;
}
bool Updates::isQuitPrevent() {
if (!_lastWasOnline) {
return false;
}
LOG(("Api::Updates prevents quit, sending offline status..."));
updateOnline();
return true;
}
void Updates::applyUpdatesNoPtsCheck(const MTPUpdates &updates) {
switch (updates.type()) {
case mtpc_updateShortMessage: {
const auto &d = updates.c_updateShortMessage();
const auto flags = mtpCastFlags(d.vflags().v)
| MTPDmessage::Flag::f_from_id;
const auto peerUserId = d.is_out()
? d.vuser_id()
: MTP_int(_session->userId());
const auto fwd = d.vfwd_from();
_session->data().addNewMessage(
MTP_message(
MTP_flags(flags),
d.vid(),
d.is_out() ? MTP_int(_session->userId()) : d.vuser_id(),
MTP_peerUser(peerUserId),
fwd ? (*fwd) : MTPMessageFwdHeader(),
MTP_int(d.vvia_bot_id().value_or_empty()),
MTP_int(d.vreply_to_msg_id().value_or_empty()),
d.vdate(),
d.vmessage(),
MTP_messageMediaEmpty(),
MTPReplyMarkup(),
MTP_vector<MTPMessageEntity>(d.ventities().value_or_empty()),
MTPint(),
MTPint(),
MTPstring(),
MTPlong(),
//MTPMessageReactions(),
MTPVector<MTPRestrictionReason>()),
MTPDmessage_ClientFlags(),
NewMessageType::Unread);
} break;
case mtpc_updateShortChatMessage: {
const auto &d = updates.c_updateShortChatMessage();
const auto flags = mtpCastFlags(d.vflags().v) | MTPDmessage::Flag::f_from_id;
const auto fwd = d.vfwd_from();
_session->data().addNewMessage(
MTP_message(
MTP_flags(flags),
d.vid(),
d.vfrom_id(),
MTP_peerChat(d.vchat_id()),
fwd ? (*fwd) : MTPMessageFwdHeader(),
MTP_int(d.vvia_bot_id().value_or_empty()),
MTP_int(d.vreply_to_msg_id().value_or_empty()),
d.vdate(),
d.vmessage(),
MTP_messageMediaEmpty(),
MTPReplyMarkup(),
MTP_vector<MTPMessageEntity>(d.ventities().value_or_empty()),
MTPint(),
MTPint(),
MTPstring(),
MTPlong(),
//MTPMessageReactions(),
MTPVector<MTPRestrictionReason>()),
MTPDmessage_ClientFlags(),
NewMessageType::Unread);
} break;
case mtpc_updateShortSentMessage: {
auto &d = updates.c_updateShortSentMessage();
Q_UNUSED(d); // Sent message data was applied anyway.
} break;
default: Unexpected("Type in applyUpdatesNoPtsCheck()");
}
}
void Updates::applyUpdateNoPtsCheck(const MTPUpdate &update) {
switch (update.type()) {
case mtpc_updateNewMessage: {
auto &d = update.c_updateNewMessage();
auto needToAdd = true;
if (d.vmessage().type() == mtpc_message) { // index forwarded messages to links _overview
const auto &data = d.vmessage().c_message();
if (_session->data().checkEntitiesAndViewsUpdate(data)) { // already in blocks
LOG(("Skipping message, because it is already in blocks!"));
needToAdd = false;
}
if (needToAdd && !data.is_from_scheduled()) {
// If we still need to add a new message,
// we should first check if this message is in
// the list of scheduled messages.
// This is necessary to correctly update the file reference.
// Note that when a message is scheduled until online
// while the recipient is already online, the server sends
// an ordinary new message with skipped "from_scheduled" flag.
_session->data().scheduledMessages().checkEntitiesAndUpdate(
data);
}
}
if (needToAdd) {
_session->data().addNewMessage(
d.vmessage(),
MTPDmessage_ClientFlags(),
NewMessageType::Unread);
}
} break;
case mtpc_updateReadMessagesContents: {
const auto &d = update.c_updateReadMessagesContents();
auto possiblyReadMentions = base::flat_set<MsgId>();
for (const auto &msgId : d.vmessages().v) {
if (const auto item = _session->data().message(NoChannel, msgId.v)) {
if (item->isUnreadMedia() || item->isUnreadMention()) {
item->markMediaRead();
_session->data().requestItemRepaint(item);
if (item->out()
&& item->history()->peer->isUser()
&& !requestingDifference()) {
item->history()->peer->asUser()->madeAction(base::unixtime::now());
}
}
} else {
// Perhaps it was an unread mention!
possiblyReadMentions.insert(msgId.v);
}
}
session().api().checkForUnreadMentions(possiblyReadMentions);
} break;
case mtpc_updateReadHistoryInbox: {
const auto &d = update.c_updateReadHistoryInbox();
const auto peer = peerFromMTP(d.vpeer());
if (const auto history = _session->data().historyLoaded(peer)) {
const auto folderId = d.vfolder_id().value_or_empty();
history->applyInboxReadUpdate(
folderId,
d.vmax_id().v,
d.vstill_unread_count().v);
}
} break;
case mtpc_updateReadHistoryOutbox: {
const auto &d = update.c_updateReadHistoryOutbox();
const auto peer = peerFromMTP(d.vpeer());
if (const auto history = _session->data().historyLoaded(peer)) {
history->outboxRead(d.vmax_id().v);
if (!requestingDifference()) {
if (const auto user = history->peer->asUser()) {
user->madeAction(base::unixtime::now());
}
}
}
} break;
case mtpc_updateWebPage: {
auto &d = update.c_updateWebPage();
Q_UNUSED(d); // Web page was updated anyway.
} break;
case mtpc_updateFolderPeers: {
const auto &data = update.c_updateFolderPeers();
auto &owner = _session->data();
for (const auto &peer : data.vfolder_peers().v) {
peer.match([&](const MTPDfolderPeer &data) {
const auto peerId = peerFromMTP(data.vpeer());
if (const auto history = owner.historyLoaded(peerId)) {
if (const auto folderId = data.vfolder_id().v) {
history->setFolder(owner.folder(folderId));
} else {
history->clearFolder();
}
}
});
}
} break;
case mtpc_updateDeleteMessages: {
auto &d = update.c_updateDeleteMessages();
_session->data().processMessagesDeleted(NoChannel, d.vmessages().v);
} break;
case mtpc_updateNewChannelMessage: {
auto &d = update.c_updateNewChannelMessage();
auto needToAdd = true;
if (d.vmessage().type() == mtpc_message) { // index forwarded messages to links _overview
if (_session->data().checkEntitiesAndViewsUpdate(d.vmessage().c_message())) { // already in blocks
LOG(("Skipping message, because it is already in blocks!"));
needToAdd = false;
}
}
if (needToAdd) {
_session->data().addNewMessage(
d.vmessage(),
MTPDmessage_ClientFlags(),
NewMessageType::Unread);
}
} break;
case mtpc_updateEditChannelMessage: {
auto &d = update.c_updateEditChannelMessage();
_session->data().updateEditedMessage(d.vmessage());
} break;
case mtpc_updateEditMessage: {
auto &d = update.c_updateEditMessage();
_session->data().updateEditedMessage(d.vmessage());
} break;
case mtpc_updateChannelWebPage: {
auto &d = update.c_updateChannelWebPage();
Q_UNUSED(d); // Web page was updated anyway.
} break;
case mtpc_updateDeleteChannelMessages: {
auto &d = update.c_updateDeleteChannelMessages();
_session->data().processMessagesDeleted(d.vchannel_id().v, d.vmessages().v);
} break;
default: Unexpected("Type in applyUpdateNoPtsCheck()");
}
}
void Updates::applyUpdates(
const MTPUpdates &updates,
uint64 sentMessageRandomId) {
const auto randomId = sentMessageRandomId;
switch (updates.type()) {
case mtpc_updates: {
auto &d = updates.c_updates();
if (d.vseq().v) {
if (d.vseq().v <= _updatesSeq) {
return;
}
if (d.vseq().v > _updatesSeq + 1) {
_bySeqUpdates.emplace(d.vseq().v, updates);
_bySeqTimer.callOnce(PtsWaiter::kWaitForSkippedTimeout);
return;
}
}
session().data().processUsers(d.vusers());
session().data().processChats(d.vchats());
feedUpdateVector(d.vupdates());
setState(0, d.vdate().v, _updatesQts, d.vseq().v);
} break;
case mtpc_updatesCombined: {
auto &d = updates.c_updatesCombined();
if (d.vseq_start().v) {
if (d.vseq_start().v <= _updatesSeq) {
return;
}
if (d.vseq_start().v > _updatesSeq + 1) {
_bySeqUpdates.emplace(d.vseq_start().v, updates);
_bySeqTimer.callOnce(PtsWaiter::kWaitForSkippedTimeout);
return;
}
}
session().data().processUsers(d.vusers());
session().data().processChats(d.vchats());
feedUpdateVector(d.vupdates());
setState(0, d.vdate().v, _updatesQts, d.vseq().v);
} break;
case mtpc_updateShort: {
auto &d = updates.c_updateShort();
feedUpdate(d.vupdate());
setState(0, d.vdate().v, _updatesQts, _updatesSeq);
} break;
case mtpc_updateShortMessage: {
auto &d = updates.c_updateShortMessage();
const auto viaBotId = d.vvia_bot_id();
const auto entities = d.ventities();
const auto fwd = d.vfwd_from();
if (!session().data().userLoaded(d.vuser_id().v)
|| (viaBotId && !session().data().userLoaded(viaBotId->v))
|| (entities && !MentionUsersLoaded(&session(), *entities))
|| (fwd && !ForwardedInfoDataLoaded(&session(), *fwd))) {
MTP_LOG(0, ("getDifference "
"{ good - getting user for updateShortMessage }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
return getDifference();
}
if (updateAndApply(d.vpts().v, d.vpts_count().v, updates)) {
// Update date as well.
setState(0, d.vdate().v, _updatesQts, _updatesSeq);
}
} break;
case mtpc_updateShortChatMessage: {
auto &d = updates.c_updateShortChatMessage();
const auto noFrom = !session().data().userLoaded(d.vfrom_id().v);
const auto chat = session().data().chatLoaded(d.vchat_id().v);
const auto viaBotId = d.vvia_bot_id();
const auto entities = d.ventities();
const auto fwd = d.vfwd_from();
if (!chat
|| noFrom
|| (viaBotId && !session().data().userLoaded(viaBotId->v))
|| (entities && !MentionUsersLoaded(&session(), *entities))
|| (fwd && !ForwardedInfoDataLoaded(&session(), *fwd))) {
MTP_LOG(0, ("getDifference "
"{ good - getting user for updateShortChatMessage }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
if (chat && noFrom) {
session().api().requestFullPeer(chat);
}
return getDifference();
}
if (updateAndApply(d.vpts().v, d.vpts_count().v, updates)) {
// Update date as well.
setState(0, d.vdate().v, _updatesQts, _updatesSeq);
}
} break;
case mtpc_updateShortSentMessage: {
auto &d = updates.c_updateShortSentMessage();
if (!IsServerMsgId(d.vid().v)) {
LOG(("API Error: Bad msgId got from server: %1").arg(d.vid().v));
} else if (randomId) {
auto &owner = session().data();
const auto sent = owner.messageSentData(randomId);
const auto lookupMessage = [&] {
return sent.peerId
? owner.message(peerToChannel(sent.peerId), d.vid().v)
: nullptr;
};
if (const auto id = owner.messageIdByRandomId(randomId)) {
const auto local = owner.message(id);
if (local && local->isScheduled()) {
owner.scheduledMessages().sendNowSimpleMessage(d, local);
}
}
const auto wasAlready = (lookupMessage() != nullptr);
feedUpdate(MTP_updateMessageID(d.vid(), MTP_long(randomId))); // ignore real date
if (const auto item = lookupMessage()) {
const auto list = d.ventities();
if (list && !MentionUsersLoaded(&session(), *list)) {
session().api().requestMessageData(
item->history()->peer->asChannel(),
item->id,
ApiWrap::RequestMessageDataCallback());
}
item->updateSentContent({
sent.text,
Api::EntitiesFromMTP(&session(), list.value_or_empty())
}, d.vmedia());
item->contributeToSlowmode(d.vdate().v);
if (!wasAlready) {
item->indexAsNewItem();
}
}
}
if (updateAndApply(d.vpts().v, d.vpts_count().v, updates)) {
// Update date as well.
setState(0, d.vdate().v, _updatesQts, _updatesSeq);
}
} break;
case mtpc_updatesTooLong: {
MTP_LOG(0, ("getDifference "
"{ good - updatesTooLong received }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
return getDifference();
} break;
}
session().data().sendHistoryChangeNotifications();
}
void Updates::feedUpdate(const MTPUpdate &update) {
switch (update.type()) {
// New messages.
case mtpc_updateNewMessage: {
auto &d = update.c_updateNewMessage();
const auto isDataLoaded = AllDataLoadedForMessage(&session(), d.vmessage());
if (!requestingDifference() && isDataLoaded != DataIsLoadedResult::Ok) {
MTP_LOG(0, ("getDifference "
"{ good - after not all data loaded in updateNewMessage }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
// This can be if this update was created by grouping
// some short message update into an updates vector.
return getDifference();
}
updateAndApply(d.vpts().v, d.vpts_count().v, update);
} break;
case mtpc_updateNewChannelMessage: {
auto &d = update.c_updateNewChannelMessage();
auto channel = session().data().channelLoaded(peerToChannel(PeerFromMessage(d.vmessage())));
const auto isDataLoaded = AllDataLoadedForMessage(&session(), d.vmessage());
if (!requestingDifference() && (!channel || isDataLoaded != DataIsLoadedResult::Ok)) {
MTP_LOG(0, ("getDifference "
"{ good - after not all data loaded in updateNewChannelMessage }%1"
).arg(_session->mtp().isTestMode() ? " TESTMODE" : ""));
// Request last active supergroup participants if the 'from' user was not loaded yet.
// This will optimize similar getDifference() calls for almost all next messages.
if (isDataLoaded == DataIsLoadedResult::FromNotLoaded && channel && channel->isMegagroup()) {
if (channel->mgInfo->lastParticipants.size() < _session->serverConfig().chatSizeMax
&& (channel->mgInfo->lastParticipants.empty()
|| channel->mgInfo->lastParticipants.size() < channel->membersCount())) {
session().api().requestLastParticipants(channel);
}
}
if (!_byMinChannelTimer.isActive()) { // getDifference after timeout
_byMinChannelTimer.callOnce(PtsWaiter::kWaitForSkippedTimeout);
}
return;
}
if (channel && !_handlingChannelDifference) {
if (channel->ptsRequesting()) { // skip global updates while getting channel difference
return;
}
channel->ptsUpdateAndApply(d.vpts().v, d.vpts_count().v, update);
} else {
applyUpdateNoPtsCheck(update);
}
} break;
case mtpc_updateMessageID: {
const auto &d = update.c_updateMessageID();
const auto randomId = d.vrandom_id().v;
if (const auto id = session().data().messageIdByRandomId(randomId)) {
const auto newId = d.vid().v;
if (const auto local = session().data().message(id)) {
if (local->isScheduled()) {
session().data().scheduledMessages().apply(d, local);
} else {
const auto channel = id.channel;
const auto existing = session().data().message(
channel,
newId);
if (existing && !local->mainView()) {
const auto history = local->history();
local->destroy();
history->requestChatListMessage();
} else {
if (existing) {
existing->destroy();
}
local->setRealId(d.vid().v);
}
}
}
session().data().unregisterMessageRandomId(randomId);
}
session().data().unregisterMessageSentData(randomId);
} break;
// Message contents being read.
case mtpc_updateReadMessagesContents: {
auto &d = update.c_updateReadMessagesContents();
updateAndApply(d.vpts().v, d.vpts_count().v, update);
} break;
case mtpc_updateChannelReadMessagesContents: {
auto &d = update.c_updateChannelReadMessagesContents();
auto channel = session().data().channelLoaded(d.vchannel_id().v);
if (!channel) {
if (!_byMinChannelTimer.isActive()) {
// getDifference after timeout.
_byMinChannelTimer.callOnce(PtsWaiter::kWaitForSkippedTimeout);
}
return;
}
auto possiblyReadMentions = base::flat_set<MsgId>();
for_const (auto &msgId, d.vmessages().v) {
if (auto item = session().data().message(channel, msgId.v)) {
if (item->isUnreadMedia() || item->isUnreadMention()) {
item->markMediaRead();
session().data().requestItemRepaint(item);
}
} else {
// Perhaps it was an unread mention!
possiblyReadMentions.insert(msgId.v);
}
}
session().api().checkForUnreadMentions(possiblyReadMentions, channel);
} break;
// Edited messages.
case mtpc_updateEditMessage: {
auto &d = update.c_updateEditMessage();
updateAndApply(d.vpts().v, d.vpts_count().v, update);
} break;
case mtpc_updateEditChannelMessage: {
auto &d = update.c_updateEditChannelMessage();
auto channel = session().data().channelLoaded(peerToChannel(PeerFromMessage(d.vmessage())));
if (channel && !_handlingChannelDifference) {
if (channel->ptsRequesting()) { // skip global updates while getting channel difference
return;
} else {
channel->ptsUpdateAndApply(d.vpts().v, d.vpts_count().v, update);
}
} else {
applyUpdateNoPtsCheck(update);
}
} break;
// Messages being read.
case mtpc_updateReadHistoryInbox: {
auto &d = update.c_updateReadHistoryInbox();
updateAndApply(d.vpts().v, d.vpts_count().v, update);
} break;
case mtpc_updateReadHistoryOutbox: {
auto &d = update.c_updateReadHistoryOutbox();
updateAndApply(d.vpts().v, d.vpts_count().v, update);
} break;
case mtpc_updateReadChannelInbox: {
const auto &d = update.c_updateReadChannelInbox();
const auto peer = peerFromChannel(d.vchannel_id().v);
if (const auto history = session().data().historyLoaded(peer)) {
history->applyInboxReadUpdate(
d.vfolder_id().value_or_empty(),
d.vmax_id().v,
d.vstill_unread_count().v,
d.vpts().v);
}
} break;
case mtpc_updateReadChannelOutbox: {
const auto &d = update.c_updateReadChannelOutbox();
const auto peer = peerFromChannel(d.vchannel_id().v);
if (const auto history = session().data().historyLoaded(peer)) {
history->outboxRead(d.vmax_id().v);
if (!requestingDifference()) {
if (const auto user = history->peer->asUser()) {
user->madeAction(base::unixtime::now());
}
}
}
} break;
//case mtpc_updateReadFeed: { // #feed
// const auto &d = update.c_updateReadFeed();
// const auto feedId = d.vfeed_id().v;
// if (const auto feed = session().data().feedLoaded(feedId)) {
// feed->setUnreadPosition(
// Data::FeedPositionFromMTP(d.vmax_position()));
// if (d.vunread_count() && d.vunread_muted_count()) {
// feed->setUnreadCounts(
// d.vunread_count()->v,
// d.vunread_muted_count()->v);
// } else {
// session().data().histories().requestDialogEntry(feed);
// }
// }
//} break;
case mtpc_updateDialogUnreadMark: {
const auto &data = update.c_updateDialogUnreadMark();
data.vpeer().match(
[&](const MTPDdialogPeer &dialog) {
const auto id = peerFromMTP(dialog.vpeer());
if (const auto history = session().data().historyLoaded(id)) {
history->setUnreadMark(data.is_unread());
}
}, [&](const MTPDdialogPeerFolder &dialog) {
const auto id = dialog.vfolder_id().v; // #TODO archive
//if (const auto folder = session().data().folderLoaded(id)) {
// folder->setUnreadMark(data.is_unread());
//}
});
} break;
case mtpc_updateFolderPeers: {
const auto &data = update.c_updateFolderPeers();
updateAndApply(data.vpts().v, data.vpts_count().v, update);
} break;
case mtpc_updateDialogFilter:
case mtpc_updateDialogFilterOrder:
case mtpc_updateDialogFilters: {
session().data().chatsFilters().apply(update);
} break;
// Deleted messages.
case mtpc_updateDeleteMessages: {
auto &d = update.c_updateDeleteMessages();
updateAndApply(d.vpts().v, d.vpts_count().v, update);
} break;
case mtpc_updateDeleteChannelMessages: {
auto &d = update.c_updateDeleteChannelMessages();
auto channel = session().data().channelLoaded(d.vchannel_id().v);
if (channel && !_handlingChannelDifference) {
if (channel->ptsRequesting()) { // skip global updates while getting channel difference
return;
}
channel->ptsUpdateAndApply(d.vpts().v, d.vpts_count().v, update);
} else {
applyUpdateNoPtsCheck(update);
}
} break;
case mtpc_updateNewScheduledMessage: {
const auto &d = update.c_updateNewScheduledMessage();
session().data().scheduledMessages().apply(d);
} break;
case mtpc_updateDeleteScheduledMessages: {
const auto &d = update.c_updateDeleteScheduledMessages();
session().data().scheduledMessages().apply(d);
} break;
case mtpc_updateWebPage: {
auto &d = update.c_updateWebPage();
// Update web page anyway.
session().data().processWebpage(d.vwebpage());
session().data().sendWebPageGamePollNotifications();
updateAndApply(d.vpts().v, d.vpts_count().v, update);
} break;
case mtpc_updateChannelWebPage: {
auto &d = update.c_updateChannelWebPage();
// Update web page anyway.
session().data().processWebpage(d.vwebpage());
session().data().sendWebPageGamePollNotifications();
auto channel = session().data().channelLoaded(d.vchannel_id().v);
if (channel && !_handlingChannelDifference) {
if (channel->ptsRequesting()) { // skip global updates while getting channel difference
return;
} else {
channel->ptsUpdateAndApply(d.vpts().v, d.vpts_count().v, update);
}
} else {
applyUpdateNoPtsCheck(update);
}
} break;
case mtpc_updateMessagePoll: {
session().data().applyUpdate(update.c_updateMessagePoll());
} break;
case mtpc_updateUserTyping: {
auto &d = update.c_updateUserTyping();
const auto userId = peerFromUser(d.vuser_id());
const auto history = session().data().historyLoaded(userId);
const auto user = session().data().userLoaded(d.vuser_id().v);
if (history && user) {
const auto when = requestingDifference() ? 0 : base::unixtime::now();
session().data().registerSendAction(history, user, d.vaction(), when);
}
} break;
case mtpc_updateChatUserTyping: {
auto &d = update.c_updateChatUserTyping();
const auto history = [&]() -> History* {
if (const auto chat = session().data().chatLoaded(d.vchat_id().v)) {
return session().data().historyLoaded(chat->id);
} else if (const auto channel = session().data().channelLoaded(d.vchat_id().v)) {
return session().data().historyLoaded(channel->id);
}
return nullptr;
}();
const auto user = (d.vuser_id().v == session().userId())
? nullptr
: session().data().userLoaded(d.vuser_id().v);
if (history && user) {
const auto when = requestingDifference() ? 0 : base::unixtime::now();
session().data().registerSendAction(history, user, d.vaction(), when);
}
} break;
case mtpc_updateChatParticipants: {
session().data().applyUpdate(update.c_updateChatParticipants());
} break;
case mtpc_updateChatParticipantAdd: {
session().data().applyUpdate(update.c_updateChatParticipantAdd());
} break;
case mtpc_updateChatParticipantDelete: {
session().data().applyUpdate(update.c_updateChatParticipantDelete());
} break;
case mtpc_updateChatParticipantAdmin: {
session().data().applyUpdate(update.c_updateChatParticipantAdmin());
} break;
case mtpc_updateChatDefaultBannedRights: {
session().data().applyUpdate(update.c_updateChatDefaultBannedRights());
} break;
case mtpc_updateUserStatus: {
auto &d = update.c_updateUserStatus();
if (auto user = session().data().userLoaded(d.vuser_id().v)) {
switch (d.vstatus().type()) {
case mtpc_userStatusEmpty: user->onlineTill = 0; break;
case mtpc_userStatusRecently:
if (user->onlineTill > -10) { // don't modify pseudo-online
user->onlineTill = -2;
}
break;
case mtpc_userStatusLastWeek: user->onlineTill = -3; break;
case mtpc_userStatusLastMonth: user->onlineTill = -4; break;
case mtpc_userStatusOffline: user->onlineTill = d.vstatus().c_userStatusOffline().vwas_online().v; break;
case mtpc_userStatusOnline: user->onlineTill = d.vstatus().c_userStatusOnline().vexpires().v; break;
}
session().changes().peerUpdated(
user,
Data::PeerUpdate::Flag::OnlineStatus);
}
if (d.vuser_id().v == session().userId()) {
if (d.vstatus().type() == mtpc_userStatusOffline
|| d.vstatus().type() == mtpc_userStatusEmpty) {
updateOnline(true);
if (d.vstatus().type() == mtpc_userStatusOffline) {
cSetOtherOnline(
d.vstatus().c_userStatusOffline().vwas_online().v);
}
} else if (d.vstatus().type() == mtpc_userStatusOnline) {
cSetOtherOnline(
d.vstatus().c_userStatusOnline().vexpires().v);
}
}
} break;
case mtpc_updateUserName: {
auto &d = update.c_updateUserName();
if (auto user = session().data().userLoaded(d.vuser_id().v)) {
if (!user->isContact()) {
user->setName(
TextUtilities::SingleLine(qs(d.vfirst_name())),
TextUtilities::SingleLine(qs(d.vlast_name())),
user->nameOrPhone,
TextUtilities::SingleLine(qs(d.vusername())));
} else {
user->setName(
TextUtilities::SingleLine(user->firstName),
TextUtilities::SingleLine(user->lastName),
user->nameOrPhone,
TextUtilities::SingleLine(qs(d.vusername())));
}
}
} break;
case mtpc_updateUserPhoto: {
auto &d = update.c_updateUserPhoto();
if (auto user = session().data().userLoaded(d.vuser_id().v)) {
user->setPhoto(d.vphoto());
user->loadUserpic();
if (mtpIsTrue(d.vprevious()) || !user->userpicPhotoId()) {
session().storage().remove(Storage::UserPhotosRemoveAfter(
user->bareId(),
user->userpicPhotoId()));
} else {
session().storage().add(Storage::UserPhotosAddNew(
user->bareId(),
user->userpicPhotoId()));
}
}
} break;
case mtpc_updatePeerSettings: {
const auto &d = update.c_updatePeerSettings();
const auto peerId = peerFromMTP(d.vpeer());
if (const auto peer = session().data().peerLoaded(peerId)) {
const auto settings = d.vsettings().match([](
const MTPDpeerSettings &data) {
return data.vflags().v;
});
peer->setSettings(settings);
}
} break;
case mtpc_updateNotifySettings: {
auto &d = update.c_updateNotifySettings();
session().data().applyNotifySetting(d.vpeer(), d.vnotify_settings());
} break;
case mtpc_updateDcOptions: {
auto &d = update.c_updateDcOptions();
session().mtp().dcOptions().addFromList(d.vdc_options());
} break;
case mtpc_updateConfig: {
session().mtp().requestConfig();
} break;
case mtpc_updateUserPhone: {
const auto &d = update.c_updateUserPhone();
if (const auto user = session().data().userLoaded(d.vuser_id().v)) {
const auto newPhone = qs(d.vphone());
if (newPhone != user->phone()) {
user->setPhone(newPhone);
user->setName(
user->firstName,
user->lastName,
((user->isContact()
|| user->isServiceUser()
|| user->isSelf()
|| user->phone().isEmpty())
? QString()
: App::formatPhone(user->phone())),
user->username);
session().changes().peerUpdated(
user,
Data::PeerUpdate::Flag::PhoneNumber);
}
}
} break;
case mtpc_updateNewEncryptedMessage: {
auto &d = update.c_updateNewEncryptedMessage();
} break;
case mtpc_updateEncryptedChatTyping: {
auto &d = update.c_updateEncryptedChatTyping();
} break;
case mtpc_updateEncryption: {
auto &d = update.c_updateEncryption();
} break;
case mtpc_updateEncryptedMessagesRead: {
auto &d = update.c_updateEncryptedMessagesRead();
} break;
case mtpc_updatePhoneCall: {
Core::App().calls().handleUpdate(&session(), update.c_updatePhoneCall());
} break;
case mtpc_updateUserBlocked: {
const auto &d = update.c_updateUserBlocked();
if (const auto user = session().data().userLoaded(d.vuser_id().v)) {
user->setIsBlocked(mtpIsTrue(d.vblocked()));
}
} break;
case mtpc_updateServiceNotification: {
const auto &d = update.c_updateServiceNotification();
const auto text = TextWithEntities {
qs(d.vmessage()),
Api::EntitiesFromMTP(&session(), d.ventities().v)
};
if (IsForceLogoutNotification(d)) {
Core::App().forceLogOut(&session().account(), text);
} else if (d.is_popup()) {
const auto &windows = session().windows();
if (!windows.empty()) {
windows.front()->window().show(Box<InformBox>(text));
}
} else {
session().data().serviceNotification(text, d.vmedia());
session().data().checkNewAuthorization();
}
} break;
case mtpc_updatePrivacy: {
auto &d = update.c_updatePrivacy();
const auto allChatsLoaded = [&](const MTPVector<MTPint> &ids) {
for (const auto &chatId : ids.v) {
if (!session().data().chatLoaded(chatId.v)
&& !session().data().channelLoaded(chatId.v)) {
return false;
}
}
return true;
};
const auto allLoaded = [&] {
for (const auto &rule : d.vrules().v) {
const auto loaded = rule.match([&](
const MTPDprivacyValueAllowChatParticipants & data) {
return allChatsLoaded(data.vchats());
}, [&](const MTPDprivacyValueDisallowChatParticipants & data) {
return allChatsLoaded(data.vchats());
}, [](auto &&) { return true; });
if (!loaded) {
return false;
}
}
return true;
};
if (const auto key = ApiWrap::Privacy::KeyFromMTP(d.vkey().type())) {
if (allLoaded()) {
session().api().handlePrivacyChange(*key, d.vrules());
} else {
session().api().reloadPrivacy(*key);
}
}
} break;
case mtpc_updatePinnedDialogs: {
const auto &d = update.c_updatePinnedDialogs();
const auto folderId = d.vfolder_id().value_or_empty();
const auto loaded = !folderId
|| (session().data().folderLoaded(folderId) != nullptr);
const auto folder = folderId
? session().data().folder(folderId).get()
: nullptr;
const auto done = [&] {
const auto list = d.vorder();
if (!list) {
return false;
}
const auto &order = list->v;
const auto notLoaded = [&](const MTPDialogPeer &peer) {
return peer.match([&](const MTPDdialogPeer &data) {
return !session().data().historyLoaded(
peerFromMTP(data.vpeer()));
}, [&](const MTPDdialogPeerFolder &data) {
if (folderId) {
LOG(("API Error: "
"updatePinnedDialogs has nested folders."));
return true;
}
return !session().data().folderLoaded(data.vfolder_id().v);
});
};
if (!ranges::none_of(order, notLoaded)) {
return false;
}
session().data().applyPinnedChats(folder, order);
return true;
}();
if (!done) {
session().api().requestPinnedDialogs(folder);
}
if (!loaded) {
session().data().histories().requestDialogEntry(folder);
}
} break;
case mtpc_updateDialogPinned: {
const auto &d = update.c_updateDialogPinned();
const auto folderId = d.vfolder_id().value_or_empty();
const auto folder = folderId
? session().data().folder(folderId).get()
: nullptr;
const auto done = d.vpeer().match([&](const MTPDdialogPeer &data) {
const auto id = peerFromMTP(data.vpeer());
if (const auto history = session().data().historyLoaded(id)) {
history->applyPinnedUpdate(d);
return true;
}
DEBUG_LOG(("API Error: "
"pinned chat not loaded for peer %1, folder: %2"
).arg(id
).arg(folderId
));
return false;
}, [&](const MTPDdialogPeerFolder &data) {
if (folderId != 0) {
DEBUG_LOG(("API Error: Nested folders updateDialogPinned."));
return false;
}
const auto id = data.vfolder_id().v;
if (const auto folder = session().data().folderLoaded(id)) {
folder->applyPinnedUpdate(d);
return true;
}
DEBUG_LOG(("API Error: "
"pinned folder not loaded for folderId %1, folder: %2"
).arg(id
).arg(folderId
));
return false;
});
if (!done) {
session().api().requestPinnedDialogs(folder);
}
} break;
case mtpc_updateChannel: {
auto &d = update.c_updateChannel();
if (const auto channel = session().data().channelLoaded(d.vchannel_id().v)) {
channel->inviter = UserId(0);
if (channel->amIn()) {
if (channel->isMegagroup()
&& !channel->amCreator()
&& !channel->hasAdminRights()) {
channel->updateFullForced();
}
const auto history = channel->owner().history(channel);
//if (const auto feed = channel->feed()) { // #feed
// feed->requestChatListMessage();
// if (!feed->unreadCountKnown()) {
// feed->owner().histories().requestDialogEntry(feed);
// }
//} else {
history->requestChatListMessage();
if (!history->unreadCountKnown()) {
history->owner().histories().requestDialogEntry(history);
}
//}
if (!channel->amCreator()) {
session().api().requestSelfParticipant(channel);
}
}
}
} break;
case mtpc_updateChannelTooLong: {
const auto &d = update.c_updateChannelTooLong();
if (const auto channel = session().data().channelLoaded(d.vchannel_id().v)) {
const auto pts = d.vpts();
if (!pts || channel->pts() < pts->v) {
getChannelDifference(channel);
}
}
} break;
case mtpc_updateChannelMessageViews: {
auto &d = update.c_updateChannelMessageViews();
if (auto item = session().data().message(d.vchannel_id().v, d.vid().v)) {
item->setViewsCount(d.vviews().v);
}
} break;
case mtpc_updateChannelAvailableMessages: {
auto &d = update.c_updateChannelAvailableMessages();
if (const auto channel = session().data().channelLoaded(d.vchannel_id().v)) {
channel->setAvailableMinId(d.vavailable_min_id().v);
if (const auto history = session().data().historyLoaded(channel)) {
history->clearUpTill(d.vavailable_min_id().v);
}
}
} break;
// Pinned message.
case mtpc_updateUserPinnedMessage: {
const auto &d = update.c_updateUserPinnedMessage();
if (const auto user = session().data().userLoaded(d.vuser_id().v)) {
user->setPinnedMessageId(d.vid().v);
}
} break;
case mtpc_updateChatPinnedMessage: {
const auto &d = update.c_updateChatPinnedMessage();
if (const auto chat = session().data().chatLoaded(d.vchat_id().v)) {
const auto status = chat->applyUpdateVersion(d.vversion().v);
if (status == ChatData::UpdateStatus::Good) {
chat->setPinnedMessageId(d.vid().v);
}
}
} break;
case mtpc_updateChannelPinnedMessage: {
const auto &d = update.c_updateChannelPinnedMessage();
if (const auto channel = session().data().channelLoaded(d.vchannel_id().v)) {
channel->setPinnedMessageId(d.vid().v);
}
} break;
////// Cloud sticker sets
case mtpc_updateNewStickerSet: {
const auto &d = update.c_updateNewStickerSet();
session().data().stickers().newSetReceived(d.vstickerset());
} break;
case mtpc_updateStickerSetsOrder: {
auto &d = update.c_updateStickerSetsOrder();
if (!d.is_masks()) {
const auto &order = d.vorder().v;
const auto &sets = session().data().stickers().sets();
Data::StickersSetsOrder result;
for (const auto &item : order) {
if (sets.find(item.v) == sets.cend()) {
break;
}
result.push_back(item.v);
}
if (result.size() != session().data().stickers().setsOrder().size()
|| result.size() != order.size()) {
session().data().stickers().setLastUpdate(0);
session().api().updateStickers();
} else {
session().data().stickers().setsOrderRef() = std::move(result);
session().local().writeInstalledStickers();
session().data().stickers().notifyUpdated();
}
}
} break;
case mtpc_updateStickerSets: {
session().data().stickers().setLastUpdate(0);
session().api().updateStickers();
} break;
case mtpc_updateRecentStickers: {
session().data().stickers().setLastRecentUpdate(0);
session().api().updateStickers();
} break;
case mtpc_updateFavedStickers: {
session().data().stickers().setLastFavedUpdate(0);
session().api().updateStickers();
} break;
case mtpc_updateReadFeaturedStickers: {
// We read some of the featured stickers, perhaps not all of them.
// Here we don't know what featured sticker sets were read, so we
// request all of them once again.
session().data().stickers().setLastFeaturedUpdate(0);
session().api().updateStickers();
} break;
////// Cloud saved GIFs
case mtpc_updateSavedGifs: {
session().data().stickers().setLastSavedGifsUpdate(0);
session().api().updateStickers();
} break;
////// Cloud drafts
case mtpc_updateDraftMessage: {
const auto &data = update.c_updateDraftMessage();
const auto peerId = peerFromMTP(data.vpeer());
data.vdraft().match([&](const MTPDdraftMessage &data) {
Data::ApplyPeerCloudDraft(&session(), peerId, data);
}, [&](const MTPDdraftMessageEmpty &data) {
Data::ClearPeerCloudDraft(
&session(),
peerId,
data.vdate().value_or_empty());
});
} break;
////// Cloud langpacks
case mtpc_updateLangPack: {
const auto &data = update.c_updateLangPack();
Lang::CurrentCloudManager().applyLangPackDifference(data.vdifference());
} break;
case mtpc_updateLangPackTooLong: {
const auto &data = update.c_updateLangPackTooLong();
const auto code = qs(data.vlang_code());
if (!code.isEmpty()) {
Lang::CurrentCloudManager().requestLangPackDifference(code);
}
} break;
////// Cloud themes
case mtpc_updateTheme: {
const auto &data = update.c_updateTheme();
session().data().cloudThemes().applyUpdate(data.vtheme());
} break;
}
}
} // namespace Api
View git blame Copy permalink