tdesktop/Telegram/SourceFiles/facades.cpp

/*
This file is part of Telegram Desktop,
the official desktop version of Telegram messaging app, see https://telegram.org

Telegram Desktop is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.

It is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.

In addition, as a special exception, the copyright holders give permission
to link the code of portions of this program with the OpenSSL library.

Full license: https://github.com/telegramdesktop/tdesktop/blob/master/LICENSE
Copyright (c) 2014-2017 John Preston, https://desktop.telegram.org
*/
#include "facades.h"

#include "info/info_memento.h"
#include "core/click_handler_types.h"
#include "media/media_clip_reader.h"
#include "window/window_controller.h"
#include "history/history_item_components.h"
#include "observer_peer.h"
#include "mainwindow.h"
#include "mainwidget.h"
#include "apiwrap.h"
#include "messenger.h"
#include "auth_session.h"
#include "boxes/confirm_box.h"
#include "window/layer_widget.h"
#include "lang/lang_keys.h"
#include "base/observer.h"
#include "base/task_queue.h"
#include "history/history_media.h"
#include "styles/style_history.h"

Q_DECLARE_METATYPE(ClickHandlerPtr);
Q_DECLARE_METATYPE(Qt::MouseButton);

namespace App {
namespace internal {

void CallDelayed(int duration, base::lambda_once<void()> &&lambda) {
	Messenger::Instance().callDelayed(duration, std::move(lambda));
}

} // namespace internal

void sendBotCommand(PeerData *peer, UserData *bot, const QString &cmd, MsgId replyTo) {
	if (auto m = main()) {
		m->sendBotCommand(peer, bot, cmd, replyTo);
	}
}

void hideSingleUseKeyboard(const HistoryItem *msg) {
	if (auto m = main()) {
		m->hideSingleUseKeyboard(msg->history()->peer, msg->id);
	}
}

bool insertBotCommand(const QString &cmd) {
	if (auto m = main()) {
		return m->insertBotCommand(cmd);
	}
	return false;
}

void activateBotCommand(
		not_null<const HistoryItem*> msg,
		int row,
		int column) {
	const HistoryMessageMarkupButton *button = nullptr;
	if (auto markup = msg->Get<HistoryMessageReplyMarkup>()) {
		if (row < markup->rows.size()) {
			auto &buttonRow = markup->rows[row];
			if (column < buttonRow.size()) {
				button = &buttonRow[column];
			}
		}
	}
	if (!button) return;

	using ButtonType = HistoryMessageMarkupButton::Type;
	switch (button->type) {
	case ButtonType::Default: {
		// Copy string before passing it to the sending method
		// because the original button can be destroyed inside.
		MsgId replyTo = (msg->id > 0) ? msg->id : 0;
		sendBotCommand(msg->history()->peer, msg->fromOriginal()->asUser(), QString(button->text), replyTo);
	} break;

	case ButtonType::Callback:
	case ButtonType::Game: {
		if (auto m = main()) {
			m->app_sendBotCallback(button, msg, row, column);
		}
	} break;

	case ButtonType::Buy: {
		Ui::show(Box<InformBox>(lang(lng_payments_not_supported)));
	} break;

	case ButtonType::Url: {
		auto url = QString::fromUtf8(button->data);
		auto skipConfirmation = false;
		if (auto bot = msg->getMessageBot()) {
			if (bot->isVerified()) {
				skipConfirmation = true;
			}
		}
		if (skipConfirmation) {
			UrlClickHandler::doOpen(url);
		} else {
			HiddenUrlClickHandler::doOpen(url);
		}
	} break;

	case ButtonType::RequestLocation: {
		hideSingleUseKeyboard(msg);
		Ui::show(Box<InformBox>(lang(lng_bot_share_location_unavailable)));
	} break;

	case ButtonType::RequestPhone: {
		hideSingleUseKeyboard(msg);
		const auto msgId = msg->id;
		const auto history = msg->history();
		Ui::show(Box<ConfirmBox>(lang(lng_bot_share_phone), lang(lng_bot_share_phone_confirm), [=] {
			Ui::showPeerHistory(history, ShowAtTheEndMsgId);
			auto options = ApiWrap::SendOptions(history);
			options.replyTo = msgId;
			Auth().api().shareContact(App::self(), options);
		}));
	} break;

	case ButtonType::SwitchInlineSame:
	case ButtonType::SwitchInline: {
		if (auto m = App::main()) {
			if (auto bot = msg->getMessageBot()) {
				auto tryFastSwitch = [bot, &button, msgId = msg->id]() -> bool {
					auto samePeer = (button->type == ButtonType::SwitchInlineSame);
					if (samePeer) {
						Notify::switchInlineBotButtonReceived(QString::fromUtf8(button->data), bot, msgId);
						return true;
					} else if (bot->botInfo && bot->botInfo->inlineReturnPeerId) {
						if (Notify::switchInlineBotButtonReceived(QString::fromUtf8(button->data))) {
							return true;
						}
					}
					return false;
				};
				if (!tryFastSwitch()) {
					m->inlineSwitchLayer('@' + bot->username + ' ' + QString::fromUtf8(button->data));
				}
			}
		}
	} break;
	}
}

void searchByHashtag(const QString &tag, PeerData *inPeer) {
	if (MainWidget *m = main()) {
		Ui::hideSettingsAndLayer();
		Messenger::Instance().hideMediaView();
		if (inPeer && (!inPeer->isChannel() || inPeer->isMegagroup())) {
			inPeer = nullptr;
		}
		m->searchMessages(tag + ' ', inPeer);
	}
}

void openPeerByName(const QString &username, MsgId msgId, const QString &startToken) {
	if (MainWidget *m = main()) m->openPeerByName(username, msgId, startToken);
}

void joinGroupByHash(const QString &hash) {
	if (MainWidget *m = main()) m->joinGroupByHash(hash);
}

void removeDialog(History *history) {
	if (MainWidget *m = main()) {
		m->removeDialog(history);
	}
}

void showSettings() {
	if (auto w = wnd()) {
		w->showSettings();
	}
}

void activateClickHandler(ClickHandlerPtr handler, Qt::MouseButton button) {
	if (auto w = wnd()) {
		qRegisterMetaType<ClickHandlerPtr>();
		qRegisterMetaType<Qt::MouseButton>();
		QMetaObject::invokeMethod(w, "app_activateClickHandler", Qt::QueuedConnection, Q_ARG(ClickHandlerPtr, handler), Q_ARG(Qt::MouseButton, button));
	}
}

void logOutDelayed() {
	InvokeQueued(QCoreApplication::instance(), [] {
		App::logOut();
	});
}

} // namespace App

namespace Ui {
namespace internal {

void showBox(
		object_ptr<BoxContent> content,
		LayerOptions options,
		anim::type animated) {
	if (auto w = App::wnd()) {
		w->ui_showBox(std::move(content), options, animated);
	}
}

} // namespace internal

void showMediaPreview(DocumentData *document) {
	if (auto w = App::wnd()) {
		w->ui_showMediaPreview(document);
	}
}

void showMediaPreview(PhotoData *photo) {
	if (auto w = App::wnd()) {
		w->ui_showMediaPreview(photo);
	}
}

void hideMediaPreview() {
	if (auto w = App::wnd()) {
		w->ui_hideMediaPreview();
	}
}

void hideLayer(anim::type animated) {
	if (auto w = App::wnd()) {
		w->ui_showBox(
			{ nullptr },
			LayerOption::CloseOther,
			animated);
	}
}

void hideSettingsAndLayer(anim::type animated) {
	if (auto w = App::wnd()) {
		w->ui_hideSettingsAndLayer(animated);
	}
}

bool isLayerShown() {
	if (auto w = App::wnd()) return w->ui_isLayerShown();
	return false;
}

void autoplayMediaInlineAsync(const FullMsgId &msgId) {
	if (auto main = App::main()) {
		InvokeQueued(main, [msgId] {
			if (auto item = App::histItemById(msgId)) {
				if (auto media = item->getMedia()) {
					media->playInline(true);
				}
			}
		});
	}
}

void showPeerProfile(const PeerId &peer) {
	if (auto window = App::wnd()) {
		if (auto controller = window->controller()) {
			controller->showPeerInfo(peer);
		}
	}
}

void showPeerHistory(
		const PeerId &peer,
		MsgId msgId) {
	auto ms = getms();
	LOG(("Show Peer Start"));
	if (auto m = App::main()) {
		m->ui_showPeerHistory(
			peer,
			Window::SectionShow::Way::ClearStack,
			msgId);
	}
	LOG(("Show Peer End: %1").arg(getms() - ms));
}

PeerData *getPeerForMouseAction() {
	return Messenger::Instance().ui_getPeerForMouseAction();
}

bool skipPaintEvent(QWidget *widget, QPaintEvent *event) {
	if (auto w = App::wnd()) {
		if (w->contentOverlapped(widget, event)) {
			return true;
		}
	}
	return false;
}

} // namespace Ui

namespace Notify {

void userIsBotChanged(UserData *user) {
	if (MainWidget *m = App::main()) m->notify_userIsBotChanged(user);
}

void userIsContactChanged(UserData *user, bool fromThisApp) {
	if (MainWidget *m = App::main()) m->notify_userIsContactChanged(user, fromThisApp);
}

void botCommandsChanged(UserData *user) {
	if (MainWidget *m = App::main()) {
		m->notify_botCommandsChanged(user);
	}
	peerUpdatedDelayed(user, PeerUpdate::Flag::BotCommandsChanged);
}

void inlineBotRequesting(bool requesting) {
	if (MainWidget *m = App::main()) m->notify_inlineBotRequesting(requesting);
}

void replyMarkupUpdated(const HistoryItem *item) {
	if (MainWidget *m = App::main()) {
		m->notify_replyMarkupUpdated(item);
	}
}

void inlineKeyboardMoved(const HistoryItem *item, int oldKeyboardTop, int newKeyboardTop) {
	if (MainWidget *m = App::main()) {
		m->notify_inlineKeyboardMoved(item, oldKeyboardTop, newKeyboardTop);
	}
}

bool switchInlineBotButtonReceived(const QString &query, UserData *samePeerBot, MsgId samePeerReplyTo) {
	if (auto main = App::main()) {
		return main->notify_switchInlineBotButtonReceived(query, samePeerBot, samePeerReplyTo);
	}
	return false;
}

void migrateUpdated(PeerData *peer) {
	if (MainWidget *m = App::main()) m->notify_migrateUpdated(peer);
}

void historyMuteUpdated(History *history) {
	if (MainWidget *m = App::main()) m->notify_historyMuteUpdated(history);
}

void handlePendingHistoryUpdate() {
	if (!AuthSession::Exists()) {
		return;
	}
	Auth().data().pendingHistoryResize().notify(true);

	for (const auto item : base::take(Global::RefPendingRepaintItems())) {
		Auth().data().requestItemRepaint(item);

		// Start the video if it is waiting for that.
		if (item->pendingInitDimensions()) {
			if (const auto media = item->getMedia()) {
				if (const auto reader = media->getClipReader()) {
					const auto startRequired = [&] {
						if (reader->started()) {
							return false;
						}
						using Mode = Media::Clip::Reader::Mode;
						return (reader->mode() == Mode::Video);
					};
					if (startRequired()) {
						const auto width = std::max(
							item->width(),
							st::historyMinimalWidth);
						item->resizeGetHeight(width);
					}
				}
			}
		}
	}
}

void unreadCounterUpdated() {
	Global::RefHandleUnreadCounterUpdate().call();
}

} // namespace Notify

#define DefineReadOnlyVar(Namespace, Type, Name) const Type &Name() { \
	AssertCustom(Namespace##Data != nullptr, #Namespace "Data != nullptr in " #Namespace "::" #Name); \
	return Namespace##Data->Name; \
}
#define DefineRefVar(Namespace, Type, Name) DefineReadOnlyVar(Namespace, Type, Name) \
Type &Ref##Name() { \
	AssertCustom(Namespace##Data != nullptr, #Namespace "Data != nullptr in " #Namespace "::Ref" #Name); \
	return Namespace##Data->Name; \
}
#define DefineVar(Namespace, Type, Name) DefineRefVar(Namespace, Type, Name) \
void Set##Name(const Type &Name) { \
	AssertCustom(Namespace##Data != nullptr, #Namespace "Data != nullptr in " #Namespace "::Set" #Name); \
	Namespace##Data->Name = Name; \
}

namespace Sandbox {
namespace internal {

struct Data {
	QByteArray LastCrashDump;
	ProxyData PreLaunchProxy;
};

} // namespace internal
} // namespace Sandbox

std::unique_ptr<Sandbox::internal::Data> SandboxData;
uint64 SandboxUserTag = 0;

namespace Sandbox {

bool CheckBetaVersionDir() {
	QFile beta(cExeDir() + qsl("TelegramBeta_data/tdata/beta"));
	if (cBetaVersion()) {
		cForceWorkingDir(cExeDir() + qsl("TelegramBeta_data/"));
		QDir().mkpath(cWorkingDir() + qstr("tdata"));
		if (*BetaPrivateKey) {
			cSetBetaPrivateKey(QByteArray(BetaPrivateKey));
		}
		if (beta.open(QIODevice::WriteOnly)) {
			QDataStream dataStream(&beta);
			dataStream.setVersion(QDataStream::Qt_5_3);
			dataStream << quint64(cRealBetaVersion()) << cBetaPrivateKey();
		} else {
			LOG(("FATAL: Could not open '%1' for writing private key!").arg(beta.fileName()));
			return false;
		}
	} else if (beta.exists()) {
		cForceWorkingDir(cExeDir() + qsl("TelegramBeta_data/"));
		if (beta.open(QIODevice::ReadOnly)) {
			QDataStream dataStream(&beta);
			dataStream.setVersion(QDataStream::Qt_5_3);

			quint64 v;
			QByteArray k;
			dataStream >> v >> k;
			if (dataStream.status() == QDataStream::Ok) {
				cSetBetaVersion(qMax(v, AppVersion * 1000ULL));
				cSetBetaPrivateKey(k);
				cSetRealBetaVersion(v);
			} else {
				LOG(("FATAL: '%1' is corrupted, reinstall private beta!").arg(beta.fileName()));
				return false;
			}
		} else {
			LOG(("FATAL: could not open '%1' for reading private key!").arg(beta.fileName()));
			return false;
		}
	}
	return true;
}

void WorkingDirReady() {
	if (QFile(cWorkingDir() + qsl("tdata/withtestmode")).exists()) {
		cSetTestMode(true);
	}
	if (!cDebug() && QFile(cWorkingDir() + qsl("tdata/withdebug")).exists()) {
		cSetDebug(true);
	}
	if (cBetaVersion()) {
		cSetAlphaVersion(false);
	} else if (!cAlphaVersion() && QFile(cWorkingDir() + qsl("tdata/devversion")).exists()) {
		cSetAlphaVersion(true);
	} else if (AppAlphaVersion) {
		QFile f(cWorkingDir() + qsl("tdata/devversion"));
		if (!f.exists() && f.open(QIODevice::WriteOnly)) {
			f.write("1");
		}
	}

	srand((int32)time(NULL));

	SandboxUserTag = 0;
	QFile usertag(cWorkingDir() + qsl("tdata/usertag"));
	if (usertag.open(QIODevice::ReadOnly)) {
		if (usertag.read(reinterpret_cast<char*>(&SandboxUserTag), sizeof(uint64)) != sizeof(uint64)) {
			SandboxUserTag = 0;
		}
		usertag.close();
	}
	if (!SandboxUserTag) {
		do {
			memsetrnd_bad(SandboxUserTag);
		} while (!SandboxUserTag);

		if (usertag.open(QIODevice::WriteOnly)) {
			usertag.write(reinterpret_cast<char*>(&SandboxUserTag), sizeof(uint64));
			usertag.close();
		}
	}
}

object_ptr<SingleQueuedInvokation> MainThreadTaskHandler = { nullptr };

void MainThreadTaskAdded() {
	if (!started()) {
		return;
	}

	MainThreadTaskHandler->call();
}

void start() {
	MainThreadTaskHandler.create([] {
		base::TaskQueue::ProcessMainTasks();
	});
	SandboxData = std::make_unique<internal::Data>();
}

bool started() {
	return (SandboxData != nullptr);
}

void finish() {
	SandboxData.reset();
	MainThreadTaskHandler.destroy();
}

uint64 UserTag() {
	return SandboxUserTag;
}

DefineVar(Sandbox, QByteArray, LastCrashDump);
DefineVar(Sandbox, ProxyData, PreLaunchProxy);

} // namespace Sandbox

namespace Global {
namespace internal {

struct Data {
	SingleQueuedInvokation HandleHistoryUpdate = { [] { Messenger::Instance().call_handleHistoryUpdate(); } };
	SingleQueuedInvokation HandleUnreadCounterUpdate = { [] { Messenger::Instance().call_handleUnreadCounterUpdate(); } };
	SingleQueuedInvokation HandleDelayedPeerUpdates = { [] { Messenger::Instance().call_handleDelayedPeerUpdates(); } };
	SingleQueuedInvokation HandleObservables = { [] { Messenger::Instance().call_handleObservables(); } };

	Adaptive::WindowLayout AdaptiveWindowLayout = Adaptive::WindowLayout::Normal;
	Adaptive::ChatLayout AdaptiveChatLayout = Adaptive::ChatLayout::Normal;
	bool AdaptiveForWide = true;
	base::Observable<void> AdaptiveChanged;

	bool DialogsModeEnabled = false;
	Dialogs::Mode DialogsMode = Dialogs::Mode::All;
	bool ModerateModeEnabled = false;

	bool ScreenIsLocked = false;

	int32 DebugLoggingFlags = 0;

	float64 RememberedSongVolume = kDefaultVolume;
	float64 SongVolume = kDefaultVolume;
	base::Observable<void> SongVolumeChanged;
	float64 VideoVolume = kDefaultVolume;
	base::Observable<void> VideoVolumeChanged;

	// config
	int32 ChatSizeMax = 200;
	int32 MegagroupSizeMax = 10000;
	int32 ForwardedCountMax = 100;
	int32 OnlineUpdatePeriod = 120000;
	int32 OfflineBlurTimeout = 5000;
	int32 OfflineIdleTimeout = 30000;
	int32 OnlineFocusTimeout = 1000;
	int32 OnlineCloudTimeout = 300000;
	int32 NotifyCloudDelay = 30000;
	int32 NotifyDefaultDelay = 1500;
	int32 ChatBigSize = 10;
	int32 PushChatPeriod = 60000;
	int32 PushChatLimit = 2;
	int32 SavedGifsLimit = 200;
	int32 EditTimeLimit = 172800;
	int32 StickersRecentLimit = 30;
	int32 StickersFavedLimit = 5;
	int32 PinnedDialogsCountMax = 5;
	QString InternalLinksDomain = qsl("https://t.me/");
	int32 ChannelsReadMediaPeriod = 86400 * 7;
	int32 CallReceiveTimeoutMs = 20000;
	int32 CallRingTimeoutMs = 90000;
	int32 CallConnectTimeoutMs = 30000;
	int32 CallPacketTimeoutMs = 10000;
	bool PhoneCallsEnabled = true;
	base::Observable<void> PhoneCallsEnabledChanged;

	HiddenPinnedMessagesMap HiddenPinnedMessages;

	PendingItemsMap PendingRepaintItems;

	Stickers::Sets StickerSets;
	Stickers::Order StickerSetsOrder;
	TimeMs LastStickersUpdate = 0;
	TimeMs LastRecentStickersUpdate = 0;
	TimeMs LastFavedStickersUpdate = 0;
	Stickers::Order FeaturedStickerSetsOrder;
	int FeaturedStickerSetsUnreadCount = 0;
	base::Observable<void> FeaturedStickerSetsUnreadCountChanged;
	TimeMs LastFeaturedStickersUpdate = 0;
	Stickers::Order ArchivedStickerSetsOrder;

	CircleMasksMap CircleMasks;

	base::Observable<void> SelfChanged;

	bool AskDownloadPath = false;
	QString DownloadPath;
	QByteArray DownloadPathBookmark;
	base::Observable<void> DownloadPathChanged;

	bool SoundNotify = true;
	bool DesktopNotify = true;
	bool RestoreSoundNotifyFromTray = false;
	bool IncludeMuted = true;
	DBINotifyView NotifyView = dbinvShowPreview;
	bool NativeNotifications = false;
	int NotificationsCount = 3;
	Notify::ScreenCorner NotificationsCorner = Notify::ScreenCorner::BottomRight;
	bool NotificationsDemoIsShown = false;

	DBIConnectionType ConnectionType = dbictAuto;
	DBIConnectionType LastProxyType = dbictAuto;
	bool TryIPv6 = (cPlatform() == dbipWindows) ? false : true;
	ProxyData ConnectionProxy;
	base::Observable<void> ConnectionTypeChanged;

	int AutoLock = 3600;
	bool LocalPasscode = false;
	base::Observable<void> LocalPasscodeChanged;

	base::Variable<DBIWorkMode> WorkMode = { dbiwmWindowAndTray };

	base::Observable<void> UnreadCounterUpdate;
	base::Observable<void> PeerChooseCancel;

};

} // namespace internal
} // namespace Global

Global::internal::Data *GlobalData = nullptr;

namespace Global {

bool started() {
	return GlobalData != nullptr;
}

void start() {
	GlobalData = new internal::Data();
}

void finish() {
	delete GlobalData;
	GlobalData = nullptr;
}

DefineRefVar(Global, SingleQueuedInvokation, HandleHistoryUpdate);
DefineRefVar(Global, SingleQueuedInvokation, HandleUnreadCounterUpdate);
DefineRefVar(Global, SingleQueuedInvokation, HandleDelayedPeerUpdates);
DefineRefVar(Global, SingleQueuedInvokation, HandleObservables);

DefineVar(Global, Adaptive::WindowLayout, AdaptiveWindowLayout);
DefineVar(Global, Adaptive::ChatLayout, AdaptiveChatLayout);
DefineVar(Global, bool, AdaptiveForWide);
DefineRefVar(Global, base::Observable<void>, AdaptiveChanged);

DefineVar(Global, bool, DialogsModeEnabled);
DefineVar(Global, Dialogs::Mode, DialogsMode);
DefineVar(Global, bool, ModerateModeEnabled);

DefineVar(Global, bool, ScreenIsLocked);

DefineVar(Global, int32, DebugLoggingFlags);

DefineVar(Global, float64, RememberedSongVolume);
DefineVar(Global, float64, SongVolume);
DefineRefVar(Global, base::Observable<void>, SongVolumeChanged);
DefineVar(Global, float64, VideoVolume);
DefineRefVar(Global, base::Observable<void>, VideoVolumeChanged);

// config
DefineVar(Global, int32, ChatSizeMax);
DefineVar(Global, int32, MegagroupSizeMax);
DefineVar(Global, int32, ForwardedCountMax);
DefineVar(Global, int32, OnlineUpdatePeriod);
DefineVar(Global, int32, OfflineBlurTimeout);
DefineVar(Global, int32, OfflineIdleTimeout);
DefineVar(Global, int32, OnlineFocusTimeout);
DefineVar(Global, int32, OnlineCloudTimeout);
DefineVar(Global, int32, NotifyCloudDelay);
DefineVar(Global, int32, NotifyDefaultDelay);
DefineVar(Global, int32, ChatBigSize);
DefineVar(Global, int32, PushChatPeriod);
DefineVar(Global, int32, PushChatLimit);
DefineVar(Global, int32, SavedGifsLimit);
DefineVar(Global, int32, EditTimeLimit);
DefineVar(Global, int32, StickersRecentLimit);
DefineVar(Global, int32, StickersFavedLimit);
DefineVar(Global, int32, PinnedDialogsCountMax);
DefineVar(Global, QString, InternalLinksDomain);
DefineVar(Global, int32, ChannelsReadMediaPeriod);
DefineVar(Global, int32, CallReceiveTimeoutMs);
DefineVar(Global, int32, CallRingTimeoutMs);
DefineVar(Global, int32, CallConnectTimeoutMs);
DefineVar(Global, int32, CallPacketTimeoutMs);
DefineVar(Global, bool, PhoneCallsEnabled);
DefineRefVar(Global, base::Observable<void>, PhoneCallsEnabledChanged);

DefineVar(Global, HiddenPinnedMessagesMap, HiddenPinnedMessages);

DefineRefVar(Global, PendingItemsMap, PendingRepaintItems);

DefineVar(Global, Stickers::Sets, StickerSets);
DefineVar(Global, Stickers::Order, StickerSetsOrder);
DefineVar(Global, TimeMs, LastStickersUpdate);
DefineVar(Global, TimeMs, LastRecentStickersUpdate);
DefineVar(Global, TimeMs, LastFavedStickersUpdate);
DefineVar(Global, Stickers::Order, FeaturedStickerSetsOrder);
DefineVar(Global, int, FeaturedStickerSetsUnreadCount);
DefineRefVar(Global, base::Observable<void>, FeaturedStickerSetsUnreadCountChanged);
DefineVar(Global, TimeMs, LastFeaturedStickersUpdate);
DefineVar(Global, Stickers::Order, ArchivedStickerSetsOrder);

DefineRefVar(Global, CircleMasksMap, CircleMasks);

DefineRefVar(Global, base::Observable<void>, SelfChanged);

DefineVar(Global, bool, AskDownloadPath);
DefineVar(Global, QString, DownloadPath);
DefineVar(Global, QByteArray, DownloadPathBookmark);
DefineRefVar(Global, base::Observable<void>, DownloadPathChanged);

DefineVar(Global, bool, SoundNotify);
DefineVar(Global, bool, DesktopNotify);
DefineVar(Global, bool, RestoreSoundNotifyFromTray);
DefineVar(Global, bool, IncludeMuted);
DefineVar(Global, DBINotifyView, NotifyView);
DefineVar(Global, bool, NativeNotifications);
DefineVar(Global, int, NotificationsCount);
DefineVar(Global, Notify::ScreenCorner, NotificationsCorner);
DefineVar(Global, bool, NotificationsDemoIsShown);

DefineVar(Global, DBIConnectionType, ConnectionType);
DefineVar(Global, DBIConnectionType, LastProxyType);
DefineVar(Global, bool, TryIPv6);
DefineVar(Global, ProxyData, ConnectionProxy);
DefineRefVar(Global, base::Observable<void>, ConnectionTypeChanged);

DefineVar(Global, int, AutoLock);
DefineVar(Global, bool, LocalPasscode);
DefineRefVar(Global, base::Observable<void>, LocalPasscodeChanged);

DefineRefVar(Global, base::Variable<DBIWorkMode>, WorkMode);

DefineRefVar(Global, base::Observable<void>, UnreadCounterUpdate);
DefineRefVar(Global, base::Observable<void>, PeerChooseCancel);

} // namespace Global