tdesktop/Telegram/SourceFiles/window/notifications_manager.cpp

1239 lines
34 KiB
C++

/*
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 "window/notifications_manager.h"
#include "base/options.h"
#include "platform/platform_notifications_manager.h"
#include "window/notifications_manager_default.h"
#include "media/audio/media_audio_track.h"
#include "media/audio/media_audio.h"
#include "mtproto/mtproto_config.h"
#include "history/history.h"
#include "history/history_item_components.h"
#include "history/view/history_view_replies_section.h"
#include "lang/lang_keys.h"
#include "data/notify/data_notify_settings.h"
#include "data/stickers/data_custom_emoji.h"
#include "data/data_document_media.h"
#include "data/data_session.h"
#include "data/data_channel.h"
#include "data/data_forum_topic.h"
#include "data/data_user.h"
#include "data/data_document.h"
#include "data/data_poll.h"
#include "base/unixtime.h"
#include "window/window_controller.h"
#include "window/window_session_controller.h"
#include "core/application.h"
#include "mainwindow.h"
#include "api/api_updates.h"
#include "apiwrap.h"
#include "main/main_account.h"
#include "main/main_session.h"
#include "main/main_domain.h"
#include "ui/text/text_utilities.h"
#include <QtGui/QWindow>
#if __has_include(<gio/gio.hpp>)
#include <gio/gio.hpp>
#endif // __has_include(<gio/gio.hpp>)
namespace Window {
namespace Notifications {
namespace {
// not more than one sound in 500ms from one peer - grouping
constexpr auto kMinimalDelay = crl::time(100);
constexpr auto kMinimalForwardDelay = crl::time(500);
constexpr auto kMinimalAlertDelay = crl::time(500);
constexpr auto kWaitingForAllGroupedDelay = crl::time(1000);
constexpr auto kReactionNotificationEach = 60 * 60 * crl::time(1000);
#ifdef Q_OS_MAC
constexpr auto kSystemAlertDuration = crl::time(1000);
#else // !Q_OS_MAC
constexpr auto kSystemAlertDuration = crl::time(0);
#endif // Q_OS_MAC
[[nodiscard]] QString PlaceholderReactionText() {
static const auto result = QString::fromUtf8("\xf0\x9f\x92\xad");
return result;
}
[[nodiscard]] QString TextWithForwardedChar(
const QString &text,
bool forwarded) {
static const auto result = QString::fromUtf8("\xE2\x9E\xA1\xEF\xB8\x8F");
return forwarded ? result + text : text;
}
[[nodiscard]] QString TextWithPermanentSpoiler(
const TextWithEntities &textWithEntities) {
auto text = textWithEntities.text;
for (const auto &e : textWithEntities.entities) {
if (e.type() == EntityType::Spoiler) {
auto replacement = QString().fill(QChar(0x259A), e.length());
text = text.replace(
e.offset(),
e.length(),
std::move(replacement));
}
}
return text;
}
[[nodiscard]] QByteArray ReadRingtoneBytes(
const std::shared_ptr<Data::DocumentMedia> &media) {
const auto result = media->bytes();
if (!result.isEmpty()) {
return result;
}
const auto &location = media->owner()->location();
if (!location.isEmpty() && location.accessEnable()) {
const auto guard = gsl::finally([&] {
location.accessDisable();
});
auto f = QFile(location.name());
if (f.open(QIODevice::ReadOnly)) {
return f.readAll();
}
}
return {};
}
} // namespace
const char kOptionGNotification[] = "gnotification";
base::options::toggle OptionGNotification({
.id = kOptionGNotification,
.name = "GNotification",
.description = "Force enable GLib's GNotification."
" When disabled, autodetect is used.",
.scope = [] {
#if __has_include(<gio/gio.hpp>)
using namespace gi::repository;
return bool(Gio::Application::get_default());
#else // __has_include(<gio/gio.hpp>)
return false;
#endif // __has_include(<gio/gio.hpp>)
},
.restartRequired = true,
});
struct System::Waiter {
NotificationInHistoryKey key;
UserData *reactionSender = nullptr;
Data::ItemNotificationType type = Data::ItemNotificationType::Message;
crl::time when = 0;
};
System::NotificationInHistoryKey::NotificationInHistoryKey(
Data::ItemNotification notification)
: NotificationInHistoryKey(notification.item->id, notification.type) {
}
System::NotificationInHistoryKey::NotificationInHistoryKey(
MsgId messageId,
Data::ItemNotificationType type)
: messageId(messageId)
, type(type) {
}
System::System()
: _waitTimer([=] { showNext(); })
, _waitForAllGroupedTimer([=] { showGrouped(); })
, _manager(std::make_unique<DummyManager>(this)) {
settingsChanged(
) | rpl::start_with_next([=](ChangeType type) {
if (type == ChangeType::DesktopEnabled) {
clearAll();
} else if (type == ChangeType::ViewParams) {
updateAll();
} else if (type == ChangeType::IncludeMuted
|| type == ChangeType::CountMessages) {
Core::App().domain().notifyUnreadBadgeChanged();
}
}, lifetime());
}
void System::createManager() {
Platform::Notifications::Create(this);
}
void System::setManager(std::unique_ptr<Manager> manager) {
_manager = std::move(manager);
if (!_manager) {
_manager = std::make_unique<Default::Manager>(this);
}
}
Manager &System::manager() const {
Expects(_manager != nullptr);
return *_manager;
}
Main::Session *System::findSession(uint64 sessionId) const {
for (const auto &[index, account] : Core::App().domain().accounts()) {
if (const auto session = account->maybeSession()) {
if (session->uniqueId() == sessionId) {
return session;
}
}
}
return nullptr;
}
bool System::skipReactionNotification(not_null<HistoryItem*> item) const {
const auto id = ReactionNotificationId{
.itemId = item->fullId(),
.sessionId = item->history()->session().uniqueId(),
};
const auto now = crl::now();
const auto clearBefore = now - kReactionNotificationEach;
for (auto i = begin(_sentReactionNotifications)
; i != end(_sentReactionNotifications)
;) {
if (i->second <= clearBefore) {
i = _sentReactionNotifications.erase(i);
} else {
++i;
}
}
return !_sentReactionNotifications.emplace(id, now).second;
}
System::SkipState System::skipNotification(
Data::ItemNotification notification) const {
const auto item = notification.item;
const auto type = notification.type;
const auto messageType = (type == Data::ItemNotificationType::Message);
if (!item->notificationThread()->currentNotification()
|| (messageType && item->skipNotification())
|| (type == Data::ItemNotificationType::Reaction
&& skipReactionNotification(item))) {
return { SkipState::Skip };
}
return computeSkipState(notification);
}
System::SkipState System::computeSkipState(
Data::ItemNotification notification) const {
const auto type = notification.type;
const auto item = notification.item;
const auto thread = item->notificationThread();
const auto notifySettings = &thread->owner().notifySettings();
const auto messageType = (type == Data::ItemNotificationType::Message);
const auto withSilent = [&](
SkipState::Value value,
bool forceSilent = false) {
return SkipState{
.value = value,
.silent = (forceSilent
|| !messageType
|| item->isSilent()
|| notifySettings->sound(thread).none),
};
};
const auto showForMuted = messageType
&& item->out()
&& item->isFromScheduled();
const auto notifyBy = messageType
? item->specialNotificationPeer()
: notification.reactionSender;
if (Core::Quitting()) {
return { SkipState::Skip };
} else if (!Core::App().settings().notifyFromAll()
&& &thread->session().account() != &Core::App().domain().active()) {
return { SkipState::Skip };
}
if (messageType) {
notifySettings->request(thread);
} else if (notifyBy->blockStatus() == PeerData::BlockStatus::Unknown) {
notifyBy->updateFull();
}
if (notifyBy) {
notifySettings->request(notifyBy);
}
if (messageType && notifySettings->muteUnknown(thread)) {
return { SkipState::Unknown };
} else if (messageType && !notifySettings->isMuted(thread)) {
return withSilent(SkipState::DontSkip);
} else if (!notifyBy) {
return withSilent(
showForMuted ? SkipState::DontSkip : SkipState::Skip,
showForMuted);
} else if (notifySettings->muteUnknown(notifyBy)
|| (!messageType
&& notifyBy->blockStatus() == PeerData::BlockStatus::Unknown)) {
return withSilent(SkipState::Unknown);
} else if (!notifySettings->isMuted(notifyBy)
&& (messageType || !notifyBy->isBlocked())) {
return withSilent(SkipState::DontSkip);
} else {
return withSilent(
showForMuted ? SkipState::DontSkip : SkipState::Skip,
showForMuted);
}
}
System::Timing System::countTiming(
not_null<Data::Thread*> thread,
crl::time minimalDelay) const {
auto delay = minimalDelay;
const auto t = base::unixtime::now();
const auto ms = crl::now();
const auto &updates = thread->session().updates();
const auto &config = thread->session().serverConfig();
const bool isOnline = updates.lastWasOnline();
const auto otherNotOld = ((cOtherOnline() * 1000LL) + config.onlineCloudTimeout > t * 1000LL);
const bool otherLaterThanMe = (cOtherOnline() * 1000LL + (ms - updates.lastSetOnline()) > t * 1000LL);
if (!isOnline && otherNotOld && otherLaterThanMe) {
delay = config.notifyCloudDelay;
} else if (cOtherOnline() >= t) {
delay = config.notifyDefaultDelay;
}
return {
.delay = delay,
.when = ms + delay,
};
}
void System::registerThread(not_null<Data::Thread*> thread) {
if (const auto topic = thread->asTopic()) {
const auto &[i, ok] = _watchedTopics.emplace(topic, rpl::lifetime());
if (ok) {
topic->destroyed() | rpl::start_with_next([=] {
clearFromTopic(topic);
}, i->second);
}
}
}
void System::schedule(Data::ItemNotification notification) {
Expects(_manager != nullptr);
const auto item = notification.item;
const auto type = notification.type;
const auto thread = item->notificationThread();
const auto skip = skipNotification(notification);
if (skip.value == SkipState::Skip) {
thread->popNotification(notification);
return;
}
const auto ready = (skip.value != SkipState::Unknown)
&& item->notificationReady();
const auto minimalDelay = (type == Data::ItemNotificationType::Reaction)
? kMinimalDelay
: item->Has<HistoryMessageForwarded>()
? kMinimalForwardDelay
: kMinimalDelay;
const auto timing = countTiming(thread, minimalDelay);
const auto notifyBy = (type == Data::ItemNotificationType::Message)
? item->specialNotificationPeer()
: notification.reactionSender;
if (!skip.silent) {
registerThread(thread);
_whenAlerts[thread].emplace(timing.when, notifyBy);
}
if (Core::App().settings().desktopNotify()
&& !_manager->skipToast()) {
registerThread(thread);
const auto key = NotificationInHistoryKey(notification);
auto &whenMap = _whenMaps[thread];
if (whenMap.find(key) == whenMap.end()) {
whenMap.emplace(key, timing.when);
}
auto &addTo = ready ? _waiters : _settingWaiters;
const auto it = addTo.find(thread);
if (it == addTo.end() || it->second.when > timing.when) {
addTo.emplace(thread, Waiter{
.key = key,
.reactionSender = notification.reactionSender,
.type = notification.type,
.when = timing.when,
});
}
}
if (ready) {
if (!_waitTimer.isActive()
|| _waitTimer.remainingTime() > timing.delay) {
_waitTimer.callOnce(timing.delay);
}
}
}
void System::clearAll() {
if (_manager) {
_manager->clearAll();
}
for (const auto &[thread, _] : _whenMaps) {
thread->clearNotifications();
}
_whenMaps.clear();
_whenAlerts.clear();
_waiters.clear();
_settingWaiters.clear();
_watchedTopics.clear();
}
void System::clearFromTopic(not_null<Data::ForumTopic*> topic) {
if (_manager) {
_manager->clearFromTopic(topic);
}
topic->clearNotifications();
_whenMaps.remove(topic);
_whenAlerts.remove(topic);
_waiters.remove(topic);
_settingWaiters.remove(topic);
_watchedTopics.remove(topic);
_waitTimer.cancel();
showNext();
}
void System::clearForThreadIf(Fn<bool(not_null<Data::Thread*>)> predicate) {
for (auto i = _whenMaps.begin(); i != _whenMaps.end();) {
const auto thread = i->first;
if (!predicate(thread)) {
++i;
continue;
}
i = _whenMaps.erase(i);
thread->clearNotifications();
_whenAlerts.remove(thread);
_waiters.remove(thread);
_settingWaiters.remove(thread);
if (const auto topic = thread->asTopic()) {
_watchedTopics.remove(topic);
}
}
const auto clearFrom = [&](auto &map) {
for (auto i = map.begin(); i != map.end();) {
const auto thread = i->first;
if (predicate(thread)) {
if (const auto topic = thread->asTopic()) {
_watchedTopics.remove(topic);
}
i = map.erase(i);
} else {
++i;
}
}
};
clearFrom(_whenAlerts);
clearFrom(_waiters);
clearFrom(_settingWaiters);
_waitTimer.cancel();
showNext();
}
void System::clearFromHistory(not_null<History*> history) {
if (_manager) {
_manager->clearFromHistory(history);
}
clearForThreadIf([&](not_null<Data::Thread*> thread) {
return (thread->owningHistory() == history);
});
}
void System::clearFromSession(not_null<Main::Session*> session) {
if (_manager) {
_manager->clearFromSession(session);
}
clearForThreadIf([&](not_null<Data::Thread*> thread) {
return (&thread->session() == session);
});
}
void System::clearIncomingFromHistory(not_null<History*> history) {
if (_manager) {
_manager->clearFromHistory(history);
}
history->clearIncomingNotifications();
_whenAlerts.remove(history);
}
void System::clearIncomingFromTopic(not_null<Data::ForumTopic*> topic) {
if (_manager) {
_manager->clearFromTopic(topic);
}
topic->clearIncomingNotifications();
_whenAlerts.remove(topic);
}
void System::clearFromItem(not_null<HistoryItem*> item) {
if (_manager) {
_manager->clearFromItem(item);
}
}
void System::clearAllFast() {
if (_manager) {
_manager->clearAllFast();
}
_whenMaps.clear();
_whenAlerts.clear();
_waiters.clear();
_settingWaiters.clear();
_watchedTopics.clear();
}
void System::checkDelayed() {
for (auto i = _settingWaiters.begin(); i != _settingWaiters.end();) {
const auto remove = [&] {
const auto thread = i->first;
const auto peer = thread->peer();
const auto fullId = FullMsgId(peer->id, i->second.key.messageId);
const auto item = thread->owner().message(fullId);
if (!item) {
return true;
}
const auto state = computeSkipState({
.item = item,
.reactionSender = i->second.reactionSender,
.type = i->second.type,
});
if (state.value == SkipState::Skip) {
return true;
} else if (state.value == SkipState::Unknown
|| !item->notificationReady()) {
return false;
}
_waiters.emplace(i->first, i->second);
return true;
}();
if (remove) {
i = _settingWaiters.erase(i);
} else {
++i;
}
}
_waitTimer.cancel();
showNext();
}
void System::showGrouped() {
Expects(_manager != nullptr);
if (const auto session = findSession(_lastHistorySessionId)) {
if (const auto lastItem = session->data().message(_lastHistoryItemId)) {
_waitForAllGroupedTimer.cancel();
_manager->showNotification({
.item = lastItem,
.forwardedCount = _lastForwardedCount,
});
_lastForwardedCount = 0;
_lastHistoryItemId = FullMsgId();
_lastHistorySessionId = 0;
}
}
}
void System::showNext() {
Expects(_manager != nullptr);
if (Core::Quitting()) {
return;
}
const auto isSameGroup = [=](HistoryItem *item) {
if (!_lastHistorySessionId || !_lastHistoryItemId || !item) {
return false;
} else if (item->history()->session().uniqueId()
!= _lastHistorySessionId) {
return false;
}
const auto lastItem = item->history()->owner().message(
_lastHistoryItemId);
if (lastItem) {
return (lastItem->groupId() == item->groupId())
|| (lastItem->author() == item->author());
}
return false;
};
auto ms = crl::now(), nextAlert = crl::time(0);
auto alertThread = (Data::Thread*)nullptr;
for (auto i = _whenAlerts.begin(); i != _whenAlerts.end();) {
while (!i->second.empty() && i->second.begin()->first <= ms) {
const auto thread = i->first;
const auto notifySettings = &thread->owner().notifySettings();
const auto threadUnknown = notifySettings->muteUnknown(thread);
const auto threadAlert = !threadUnknown
&& !notifySettings->isMuted(thread);
const auto from = i->second.begin()->second;
const auto fromUnknown = (!from
|| notifySettings->muteUnknown(from));
const auto fromAlert = !fromUnknown
&& !notifySettings->isMuted(from);
if (threadAlert || fromAlert) {
alertThread = thread;
}
while (!i->second.empty()
&& i->second.begin()->first <= ms + kMinimalAlertDelay) {
i->second.erase(i->second.begin());
}
}
if (i->second.empty()) {
i = _whenAlerts.erase(i);
} else {
if (!nextAlert || nextAlert > i->second.begin()->first) {
nextAlert = i->second.begin()->first;
}
++i;
}
}
const auto &settings = Core::App().settings();
if (alertThread) {
if (settings.flashBounceNotify()) {
const auto peer = alertThread->peer();
if (const auto window = Core::App().windowFor(peer)) {
if (const auto controller = window->sessionController()) {
_manager->maybeFlashBounce(crl::guard(controller, [=] {
if (const auto handle = window->widget()->windowHandle()) {
handle->alert(kSystemAlertDuration);
// (handle, SLOT(_q_clearAlert())); in the future.
}
}));
}
}
}
if (settings.soundNotify()) {
const auto owner = &alertThread->owner();
const auto id = owner->notifySettings().sound(alertThread).id;
_manager->maybePlaySound(crl::guard(&owner->session(), [=] {
const auto track = lookupSound(owner, id);
track->playOnce();
Media::Player::mixer()->suppressAll(track->getLengthMs());
Media::Player::mixer()->scheduleFaderCallback();
}));
}
}
if (_waiters.empty() || !settings.desktopNotify() || _manager->skipToast()) {
if (nextAlert) {
_waitTimer.callOnce(nextAlert - ms);
}
return;
}
while (true) {
auto next = 0LL;
auto notify = std::optional<Data::ItemNotification>();
auto notifyThread = (Data::Thread*)nullptr;
for (auto i = _waiters.begin(); i != _waiters.end();) {
const auto thread = i->first;
auto current = thread->currentNotification();
if (current && current->item->id != i->second.key.messageId) {
auto j = _whenMaps.find(thread);
if (j == _whenMaps.end()) {
thread->clearNotifications();
i = _waiters.erase(i);
continue;
}
do {
auto k = j->second.find(*current);
if (k != j->second.cend()) {
i->second.key = k->first;
i->second.when = k->second;
break;
}
thread->skipNotification();
current = thread->currentNotification();
} while (current);
}
if (!current) {
_whenMaps.remove(thread);
i = _waiters.erase(i);
continue;
}
auto when = i->second.when;
if (!notify || next > when) {
next = when;
notify = current,
notifyThread = thread;
}
++i;
}
if (!notify) {
break;
} else if (next > ms) {
if (nextAlert && nextAlert < next) {
next = nextAlert;
nextAlert = 0;
}
_waitTimer.callOnce(next - ms);
break;
}
const auto notifyItem = notify->item;
const auto messageType = (notify->type
== Data::ItemNotificationType::Message);
const auto isForwarded = messageType
&& notifyItem->Has<HistoryMessageForwarded>();
const auto isAlbum = messageType
&& notifyItem->groupId();
// Forwarded and album notify grouping.
auto groupedItem = (isForwarded || isAlbum)
? notifyItem.get()
: nullptr;
auto forwardedCount = isForwarded ? 1 : 0;
const auto thread = notifyItem->notificationThread();
const auto j = _whenMaps.find(thread);
if (j == _whenMaps.cend()) {
thread->clearNotifications();
} else {
while (true) {
auto nextNotify = std::optional<Data::ItemNotification>();
thread->skipNotification();
if (!thread->hasNotification()) {
break;
}
j->second.remove({
(groupedItem ? groupedItem : notifyItem.get())->id,
notify->type,
});
do {
const auto k = j->second.find(
thread->currentNotification());
if (k != j->second.cend()) {
nextNotify = thread->currentNotification();
_waiters.emplace(notifyThread, Waiter{
.key = k->first,
.when = k->second
});
break;
}
thread->skipNotification();
} while (thread->hasNotification());
if (!nextNotify || !groupedItem) {
break;
}
const auto nextMessageNotification
= (nextNotify->type
== Data::ItemNotificationType::Message);
const auto canNextBeGrouped = nextMessageNotification
&& ((isForwarded
&& nextNotify->item->Has<HistoryMessageForwarded>())
|| (isAlbum && nextNotify->item->groupId()));
const auto nextItem = canNextBeGrouped
? nextNotify->item.get()
: nullptr;
if (nextItem
&& qAbs(int64(nextItem->date()) - int64(groupedItem->date())) < 2) {
if (isForwarded
&& groupedItem->author() == nextItem->author()) {
++forwardedCount;
groupedItem = nextItem;
continue;
}
if (isAlbum
&& groupedItem->groupId() == nextItem->groupId()) {
groupedItem = nextItem;
continue;
}
}
break;
}
}
if (!_lastHistoryItemId && groupedItem) {
_lastHistorySessionId = groupedItem->history()->session().uniqueId();
_lastHistoryItemId = groupedItem->fullId();
}
// If the current notification is grouped.
if (isAlbum || isForwarded) {
// If the previous notification is grouped
// then reset the timer.
if (_waitForAllGroupedTimer.isActive()) {
_waitForAllGroupedTimer.cancel();
// If this is not the same group
// then show the previous group immediately.
if (!isSameGroup(groupedItem)) {
showGrouped();
}
}
// We have to wait until all the messages in this group are loaded.
_lastForwardedCount += forwardedCount;
_lastHistorySessionId = groupedItem->history()->session().uniqueId();
_lastHistoryItemId = groupedItem->fullId();
_waitForAllGroupedTimer.callOnce(kWaitingForAllGroupedDelay);
} else {
// If the current notification is not grouped
// then there is no reason to wait for the timer
// to show the previous notification.
showGrouped();
const auto reactionNotification
= (notify->type == Data::ItemNotificationType::Reaction);
const auto reaction = reactionNotification
? notify->item->lookupUnreadReaction(notify->reactionSender)
: Data::ReactionId();
if (!reactionNotification || !reaction.empty()) {
_manager->showNotification({
.item = notify->item,
.forwardedCount = forwardedCount,
.reactionFrom = notify->reactionSender,
.reactionId = reaction,
});
}
}
if (!thread->hasNotification()) {
_waiters.remove(thread);
_whenMaps.remove(thread);
}
}
if (nextAlert) {
_waitTimer.callOnce(nextAlert - ms);
}
}
not_null<Media::Audio::Track*> System::lookupSound(
not_null<Data::Session*> owner,
DocumentId id) {
if (!id) {
ensureSoundCreated();
return _soundTrack.get();
}
const auto i = _customSoundTracks.find(id);
if (i != end(_customSoundTracks)) {
return i->second.get();
}
const auto &notifySettings = owner->notifySettings();
if (const auto custom = notifySettings.lookupRingtone(id)) {
const auto bytes = ReadRingtoneBytes(custom);
if (!bytes.isEmpty()) {
const auto j = _customSoundTracks.emplace(
id,
Media::Audio::Current().createTrack()
).first;
j->second->fillFromData(bytes::make_vector(bytes));
return j->second.get();
}
}
ensureSoundCreated();
return _soundTrack.get();
}
void System::ensureSoundCreated() {
if (_soundTrack) {
return;
}
_soundTrack = Media::Audio::Current().createTrack();
_soundTrack->fillFromFile(
Core::App().settings().getSoundPath(u"msg_incoming"_q));
}
void System::updateAll() {
if (_manager) {
_manager->updateAll();
}
}
rpl::producer<ChangeType> System::settingsChanged() const {
return _settingsChanged.events();
}
void System::notifySettingsChanged(ChangeType type) {
return _settingsChanged.fire(std::move(type));
}
void System::playSound(not_null<Main::Session*> session, DocumentId id) {
lookupSound(&session->data(), id)->playOnce();
}
Manager::DisplayOptions Manager::getNotificationOptions(
HistoryItem *item,
Data::ItemNotificationType type) const {
const auto hideEverything = Core::App().passcodeLocked()
|| forceHideDetails();
const auto view = Core::App().settings().notifyView();
const auto peer = item ? item->history()->peer.get() : nullptr;
const auto topic = item ? item->topic() : nullptr;
auto result = DisplayOptions();
result.hideNameAndPhoto = hideEverything
|| (view > Core::Settings::NotifyView::ShowName);
result.hideMessageText = hideEverything
|| (view > Core::Settings::NotifyView::ShowPreview);
result.hideMarkAsRead = result.hideMessageText
|| (type != Data::ItemNotificationType::Message)
|| !item
|| ((item->out() || peer->isSelf()) && item->isFromScheduled());
result.hideReplyButton = result.hideMarkAsRead
|| (!Data::CanSendTexts(peer)
&& (!topic || !Data::CanSendTexts(topic)))
|| peer->isBroadcast()
|| (peer->slowmodeSecondsLeft() > 0);
result.spoilerLoginCode = item
&& !item->out()
&& peer->isNotificationsUser()
&& Core::App().isSharingScreen();
return result;
}
TextWithEntities Manager::ComposeReactionEmoji(
not_null<Main::Session*> session,
const Data::ReactionId &reaction) {
if (const auto emoji = std::get_if<QString>(&reaction.data)) {
return TextWithEntities{ *emoji };
}
const auto id = v::get<DocumentId>(reaction.data);
const auto document = session->data().document(id);
const auto sticker = document->sticker();
const auto text = sticker ? sticker->alt : PlaceholderReactionText();
return TextWithEntities{
text,
{
EntityInText(
EntityType::CustomEmoji,
0,
text.size(),
Data::SerializeCustomEmojiId(id))
}
};
}
TextWithEntities Manager::ComposeReactionNotification(
not_null<HistoryItem*> item,
const Data::ReactionId &reaction,
bool hideContent) {
const auto reactionWithEntities = ComposeReactionEmoji(
&item->history()->session(),
reaction);
const auto simple = [&](const auto &phrase) {
return phrase(
tr::now,
lt_reaction,
reactionWithEntities,
Ui::Text::WithEntities);
};
if (hideContent) {
return simple(tr::lng_reaction_notext);
}
const auto media = item->media();
const auto text = [&] {
return tr::lng_reaction_text(
tr::now,
lt_reaction,
reactionWithEntities,
lt_text,
item->notificationText(),
Ui::Text::WithEntities);
};
if (!media || media->webpage()) {
return text();
} else if (media->photo()) {
return simple(tr::lng_reaction_photo);
} else if (const auto document = media->document()) {
if (document->isVoiceMessage()) {
return simple(tr::lng_reaction_voice_message);
} else if (document->isVideoMessage()) {
return simple(tr::lng_reaction_video_message);
} else if (document->isAnimation()) {
return simple(tr::lng_reaction_gif);
} else if (document->isVideoFile()) {
return simple(tr::lng_reaction_video);
} else if (const auto sticker = document->sticker()) {
return tr::lng_reaction_sticker(
tr::now,
lt_reaction,
reactionWithEntities,
lt_emoji,
Ui::Text::WithEntities(sticker->alt),
Ui::Text::WithEntities);
}
return simple(tr::lng_reaction_document);
} else if (const auto contact = media->sharedContact()) {
const auto name = contact->firstName.isEmpty()
? contact->lastName
: contact->lastName.isEmpty()
? contact->firstName
: tr::lng_full_name(
tr::now,
lt_first_name,
contact->firstName,
lt_last_name,
contact->lastName);
return tr::lng_reaction_contact(
tr::now,
lt_reaction,
reactionWithEntities,
lt_name,
Ui::Text::WithEntities(name),
Ui::Text::WithEntities);
} else if (media->location()) {
return simple(tr::lng_reaction_location);
// lng_reaction_live_location not used right now :(
} else if (const auto poll = media->poll()) {
return (poll->quiz()
? tr::lng_reaction_quiz
: tr::lng_reaction_poll)(
tr::now,
lt_reaction,
reactionWithEntities,
lt_title,
Ui::Text::WithEntities(poll->question),
Ui::Text::WithEntities);
} else if (media->game()) {
return simple(tr::lng_reaction_game);
} else if (media->invoice()) {
return simple(tr::lng_reaction_invoice);
}
return text();
}
TextWithEntities Manager::addTargetAccountName(
TextWithEntities title,
not_null<Main::Session*> session) {
const auto add = [&] {
for (const auto &[index, account] : Core::App().domain().accounts()) {
if (const auto other = account->maybeSession()) {
if (other != session) {
return true;
}
}
}
return false;
}();
if (!add) {
return title;
}
return title.append(accountNameSeparator()).append(
(session->user()->username().isEmpty()
? session->user()->name()
: session->user()->username()));
}
QString Manager::addTargetAccountName(
const QString &title,
not_null<Main::Session*> session) {
return addTargetAccountName(TextWithEntities{ title }, session).text;
}
QString Manager::accountNameSeparator() {
return QString::fromUtf8(" \xE2\x9E\x9C ");
}
void Manager::notificationActivated(
NotificationId id,
const TextWithTags &reply) {
onBeforeNotificationActivated(id);
if (const auto session = system()->findSession(id.contextId.sessionId)) {
if (session->windows().empty()) {
Core::App().domain().activate(&session->account());
}
if (!session->windows().empty()) {
const auto window = session->windows().front();
const auto history = session->data().history(
id.contextId.peerId);
const auto item = history->owner().message(
history->peer,
id.msgId);
const auto topic = item ? item->topic() : nullptr;
if (!reply.text.isEmpty()) {
const auto topicRootId = topic
? topic->rootId()
: id.contextId.topicRootId;
const auto replyToId = (id.msgId > 0
&& !history->peer->isUser()
&& id.msgId != topicRootId)
? FullMsgId(history->peer->id, id.msgId)
: FullMsgId();
auto draft = std::make_unique<Data::Draft>(
reply,
FullReplyTo{
.messageId = replyToId,
.topicRootId = topicRootId,
},
MessageCursor{
int(reply.text.size()),
int(reply.text.size()),
Ui::kQFixedMax,
},
Data::WebPageDraft());
history->setLocalDraft(std::move(draft));
}
window->widget()->showFromTray();
window->widget()->reActivateWindow();
if (Core::App().passcodeLocked()) {
window->widget()->setInnerFocus();
system()->clearAll();
} else {
openNotificationMessage(history, id.msgId);
}
onAfterNotificationActivated(id, window);
}
}
}
void Manager::openNotificationMessage(
not_null<History*> history,
MsgId messageId) {
const auto item = history->owner().message(history->peer, messageId);
const auto openExactlyMessage = !history->peer->isBroadcast()
&& item
&& item->isRegular()
&& (item->out() || (item->mentionsMe() && !history->peer->isUser()));
const auto topic = item ? item->topic() : nullptr;
const auto separate = Core::App().separateWindowForPeer(history->peer);
const auto window = separate
? separate->sessionController()
: history->session().tryResolveWindow();
const auto itemId = openExactlyMessage ? messageId : ShowAtUnreadMsgId;
if (window) {
if (topic) {
window->showSection(
std::make_shared<HistoryView::RepliesMemento>(
history,
topic->rootId(),
itemId),
SectionShow::Way::Forward);
} else {
window->showPeerHistory(
history->peer->id,
SectionShow::Way::Forward,
itemId);
}
}
if (topic) {
system()->clearFromTopic(topic);
} else {
system()->clearFromHistory(history);
}
}
void Manager::notificationReplied(
NotificationId id,
const TextWithTags &reply) {
if (!id.contextId.sessionId || !id.contextId.peerId) {
return;
}
const auto session = system()->findSession(id.contextId.sessionId);
if (!session) {
return;
}
const auto history = session->data().history(id.contextId.peerId);
const auto item = history->owner().message(history->peer, id.msgId);
const auto topic = item ? item->topic() : nullptr;
const auto topicRootId = topic
? topic->rootId()
: id.contextId.topicRootId;
auto message = Api::MessageToSend(Api::SendAction(history));
message.textWithTags = reply;
const auto replyToId = (id.msgId > 0 && !history->peer->isUser()
&& id.msgId != topicRootId)
? id.msgId
: history->peer->isForum()
? topicRootId
: MsgId(0);
message.action.replyTo = {
.messageId = { replyToId ? history->peer->id : 0, replyToId },
.topicRootId = topic ? topic->rootId() : 0,
};
message.action.clearDraft = false;
history->session().api().sendMessage(std::move(message));
if (item && item->isUnreadMention() && !item->isIncomingUnreadMedia()) {
history->session().api().markContentsRead(item);
}
}
void NativeManager::doShowNotification(NotificationFields &&fields) {
const auto options = getNotificationOptions(
fields.item,
(fields.reactionFrom
? Data::ItemNotificationType::Reaction
: Data::ItemNotificationType::Message));
const auto item = fields.item;
const auto peer = item->history()->peer;
const auto reactionFrom = fields.reactionFrom;
if (reactionFrom && options.hideNameAndPhoto) {
return;
}
const auto scheduled = !options.hideNameAndPhoto
&& !reactionFrom
&& (item->out() || peer->isSelf())
&& item->isFromScheduled();
const auto topicWithChat = [&] {
const auto name = peer->name();
const auto topic = item->topic();
return topic ? (topic->title() + u" ("_q + name + ')') : name;
};
const auto title = options.hideNameAndPhoto
? AppName.utf16()
: (scheduled && peer->isSelf())
? tr::lng_notification_reminder(tr::now)
: topicWithChat();
const auto fullTitle = addTargetAccountName(title, &peer->session());
const auto subtitle = reactionFrom
? (reactionFrom != peer ? reactionFrom->name() : QString())
: options.hideNameAndPhoto
? QString()
: item->notificationHeader();
const auto text = reactionFrom
? TextWithPermanentSpoiler(ComposeReactionNotification(
item,
fields.reactionId,
options.hideMessageText))
: options.hideMessageText
? tr::lng_notification_preview(tr::now)
: (fields.forwardedCount > 1)
? tr::lng_forward_messages(tr::now, lt_count, fields.forwardedCount)
: item->groupId()
? tr::lng_in_dlg_album(tr::now)
: TextWithForwardedChar(
TextWithPermanentSpoiler(item->notificationText({
.spoilerLoginCode = options.spoilerLoginCode,
})),
(fields.forwardedCount == 1));
// #TODO optimize
auto userpicView = item->history()->peer->createUserpicView();
doShowNativeNotification(
item->history()->peer,
item->topicRootId(),
userpicView,
item->id,
scheduled ? WrapFromScheduled(fullTitle) : fullTitle,
subtitle,
text,
options);
}
bool NativeManager::forceHideDetails() const {
return Core::App().screenIsLocked();
}
System::~System() = default;
QString WrapFromScheduled(const QString &text) {
return QString::fromUtf8("\xF0\x9F\x93\x85 ") + text;
}
} // namespace Notifications
} // namespace Window