tdesktop/Telegram/SourceFiles/app.cpp

2655 lines
85 KiB
C++

/*
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) 2014-2016 John Preston, https://desktop.telegram.org
*/
#include "stdafx.h"
#include "lang.h"
#include "audio.h"
#include "application.h"
#include "fileuploader.h"
#include "mainwidget.h"
#if QT_VERSION < QT_VERSION_CHECK(5, 5, 0)
#include <libexif/exif-data.h>
#endif
#include "localstorage.h"
#include "numbers.h"
namespace {
App::LaunchState _launchState = App::Launched;
UserData *self = 0;
typedef QHash<PeerId, PeerData*> PeersData;
PeersData peersData;
typedef QMap<PeerData*, bool> MutedPeers;
MutedPeers mutedPeers;
typedef QMap<PeerData*, bool> UpdatedPeers;
UpdatedPeers updatedPeers;
PhotosData photosData;
DocumentsData documentsData;
typedef QHash<LocationCoords, LocationData*> LocationsData;
LocationsData locationsData;
typedef QHash<WebPageId, WebPageData*> WebPagesData;
WebPagesData webPagesData;
PhotoItems photoItems;
DocumentItems documentItems;
WebPageItems webPageItems;
SharedContactItems sharedContactItems;
GifItems gifItems;
typedef OrderedSet<HistoryItem*> DependentItemsSet;
typedef QMap<HistoryItem*, DependentItemsSet> DependentItems;
DependentItems dependentItems;
Histories histories;
typedef QHash<MsgId, HistoryItem*> MsgsData;
MsgsData msgsData;
typedef QMap<ChannelId, MsgsData> ChannelMsgsData;
ChannelMsgsData channelMsgsData;
typedef QMap<uint64, FullMsgId> RandomData;
RandomData randomData;
typedef QMap<uint64, QPair<PeerId, QString> > SentData;
SentData sentData;
HistoryItem *hoveredItem = 0, *pressedItem = 0, *hoveredLinkItem = 0, *pressedLinkItem = 0, *contextItem = 0, *mousedItem = 0;
QPixmap *sprite = 0, *emoji = 0, *emojiLarge = 0;
style::font monofont;
struct CornersPixmaps {
CornersPixmaps() {
memset(p, 0, sizeof(p));
}
QPixmap *p[4];
};
CornersPixmaps corners[RoundCornersCount];
typedef QMap<uint32, CornersPixmaps> CornersMap;
CornersMap cornersMap;
QImage *cornersMask[4] = { 0 };
typedef QMap<uint64, QPixmap> EmojiMap;
EmojiMap mainEmojiMap;
QMap<int32, EmojiMap> otherEmojiMap;
int32 serviceImageCacheSize = 0;
typedef QLinkedList<PhotoData*> LastPhotosList;
LastPhotosList lastPhotos;
typedef QHash<PhotoData*, LastPhotosList::iterator> LastPhotosMap;
LastPhotosMap lastPhotosMap;
style::color _msgServiceBg;
style::color _msgServiceSelectBg;
style::color _historyScrollBarColor;
style::color _historyScrollBgColor;
style::color _historyScrollBarOverColor;
style::color _historyScrollBgOverColor;
style::color _introPointHoverColor;
}
namespace App {
QString formatPhone(QString phone) {
if (phone.isEmpty()) return QString();
QString number = phone;
for (const QChar *ch = phone.constData(), *e = ch + phone.size(); ch != e; ++ch) {
if (ch->unicode() < '0' || ch->unicode() > '9') {
number = phone.replace(QRegularExpression(qsl("[^\\d]")), QString());
}
}
QVector<int> groups = phoneNumberParse(number);
if (groups.isEmpty()) return '+' + number;
QString result;
result.reserve(number.size() + groups.size() + 1);
result.append('+');
int32 sum = 0;
for (int32 i = 0, l = groups.size(); i < l; ++i) {
result.append(number.midRef(sum, groups.at(i)));
sum += groups.at(i);
if (sum < number.size()) result.append(' ');
}
if (sum < number.size()) result.append(number.midRef(sum));
return result;
}
AppClass *app() {
return AppClass::app();
}
Window *wnd() {
return AppClass::wnd();
}
MainWidget *main() {
Window *w(wnd());
return w ? w->mainWidget() : 0;
}
SettingsWidget *settings() {
Window *w(wnd());
return w ? w->settingsWidget() : 0;
}
bool passcoded() {
Window *w(wnd());
return w ? w->passcodeWidget() : 0;
}
FileUploader *uploader() {
return app() ? app()->uploader() : 0;
}
ApiWrap *api() {
return main() ? main()->api() : 0;
}
namespace {
bool loggedOut() {
if (cHasPasscode()) {
cSetHasPasscode(false);
}
if (audioPlayer()) {
audioPlayer()->stopAndClear();
}
if (Window *w = wnd()) {
w->tempDirDelete(Local::ClearManagerAll);
w->notifyClearFast();
w->setupIntro(true);
}
MTP::authed(0);
Local::reset();
cSetOtherOnline(0);
histories().clear();
globalNotifyAllPtr = UnknownNotifySettings;
globalNotifyUsersPtr = UnknownNotifySettings;
globalNotifyChatsPtr = UnknownNotifySettings;
if (App::uploader()) App::uploader()->clear();
clearStorageImages();
if (Window *w = wnd()) {
w->getTitle()->updateBackButton();
w->updateTitleStatus();
w->getTitle()->resizeEvent(0);
}
return true;
}
} // namespace
void logOut() {
if (MTP::started()) {
MTP::logoutKeys(rpcDone(&loggedOut), rpcFail(&loggedOut));
} else {
loggedOut();
MTP::start();
}
}
int32 onlineForSort(UserData *user, int32 now) {
if (isServiceUser(user->id) || user->botInfo) {
return -1;
}
int32 online = user->onlineTill;
if (online <= 0) {
switch (online) {
case 0:
case -1: return online;
case -2: {
QDate yesterday(date(now).date());
return int32(QDateTime(yesterday.addDays(-3)).toTime_t()) + (unixtime() - myunixtime());
} break;
case -3: {
QDate weekago(date(now).date());
return int32(QDateTime(weekago.addDays(-7)).toTime_t()) + (unixtime() - myunixtime());
} break;
case -4: {
QDate monthago(date(now).date());
return int32(QDateTime(monthago.addDays(-30)).toTime_t()) + (unixtime() - myunixtime());
} break;
}
return -online;
}
return online;
}
int32 onlineWillChangeIn(UserData *user, int32 now) {
if (isServiceUser(user->id) || user->botInfo) {
return 86400;
}
int32 online = user->onlineTill;
if (online <= 0) {
if (-online > now) return -online - now;
return 86400;
}
if (online > now) {
return online - now;
}
int32 minutes = (now - online) / 60;
if (minutes < 60) {
return (minutes + 1) * 60 - (now - online);
}
int32 hours = (now - online) / 3600;
if (hours < 12) {
return (hours + 1) * 3600 - (now - online);
}
QDateTime dNow(date(now)), dTomorrow(dNow.date().addDays(1));
return dNow.secsTo(dTomorrow);
}
QString onlineText(UserData *user, int32 now, bool precise) {
if (isNotificationsUser(user->id)) {
return lang(lng_status_service_notifications);
} else if (isServiceUser(user->id)) {
return lang(lng_status_support);
} else if (user->botInfo) {
return lang(lng_status_bot);
}
int32 online = user->onlineTill;
if (online <= 0) {
switch (online) {
case 0: return lang(lng_status_offline);
case -1: return lang(lng_status_invisible);
case -2: return lang(lng_status_recently);
case -3: return lang(lng_status_last_week);
case -4: return lang(lng_status_last_month);
}
return (-online > now) ? lang(lng_status_online) : lang(lng_status_recently);
}
if (online > now) {
return lang(lng_status_online);
}
QString when;
if (precise) {
QDateTime dOnline(date(online)), dNow(date(now));
if (dOnline.date() == dNow.date()) {
return lng_status_lastseen_today(lt_time, dOnline.time().toString(cTimeFormat()));
} else if (dOnline.date().addDays(1) == dNow.date()) {
return lng_status_lastseen_yesterday(lt_time, dOnline.time().toString(cTimeFormat()));
}
return lng_status_lastseen_date_time(lt_date, dOnline.date().toString(qsl("dd.MM.yy")), lt_time, dOnline.time().toString(cTimeFormat()));
}
int32 minutes = (now - online) / 60;
if (!minutes) {
return lang(lng_status_lastseen_now);
} else if (minutes < 60) {
return lng_status_lastseen_minutes(lt_count, minutes);
}
int32 hours = (now - online) / 3600;
if (hours < 12) {
return lng_status_lastseen_hours(lt_count, hours);
}
QDateTime dOnline(date(online)), dNow(date(now));
if (dOnline.date() == dNow.date()) {
return lng_status_lastseen_today(lt_time, dOnline.time().toString(cTimeFormat()));
} else if (dOnline.date().addDays(1) == dNow.date()) {
return lng_status_lastseen_yesterday(lt_time, dOnline.time().toString(cTimeFormat()));
}
return lng_status_lastseen_date(lt_date, dOnline.date().toString(qsl("dd.MM.yy")));
}
namespace {
// we should get a full restriction in "{fulltype}: {reason}" format and we
// need to find a "-all" tag in {fulltype}, otherwise ignore this restriction
QString extractRestrictionReason(const QString &fullRestriction) {
int fullTypeEnd = fullRestriction.indexOf(':');
if (fullTypeEnd <= 0) {
return QString();
}
// {fulltype} is in "{type}-{tag}-{tag}-{tag}" format
// if we find "all" tag we return the restriction string
QStringList typeTags = fullRestriction.mid(0, fullTypeEnd).split('-').mid(1);
if (typeTags.contains(qsl("all"))) {
return fullRestriction.midRef(fullTypeEnd + 1).trimmed().toString();
}
return QString();
}
}
bool onlineColorUse(UserData *user, int32 now) {
if (isServiceUser(user->id) || user->botInfo) {
return false;
}
int32 online = user->onlineTill;
if (online <= 0) {
switch (online) {
case 0:
case -1:
case -2:
case -3:
case -4: return false;
}
return (-online > now);
}
return (online > now);
}
UserData *feedUsers(const MTPVector<MTPUser> &users, bool emitPeerUpdated) {
UserData *data = 0;
const QVector<MTPUser> &v(users.c_vector().v);
for (QVector<MTPUser>::const_iterator i = v.cbegin(), e = v.cend(); i != e; ++i) {
const MTPuser &user(*i);
data = 0;
bool wasContact = false, minimal = false;
const MTPUserStatus *status = 0, emptyStatus = MTP_userStatusEmpty();
switch (user.type()) {
case mtpc_userEmpty: {
const MTPDuserEmpty &d(user.c_userEmpty());
PeerId peer(peerFromUser(d.vid.v));
data = App::user(peer);
data->input = MTP_inputPeerUser(d.vid, MTP_long(0));
data->inputUser = MTP_inputUser(d.vid, MTP_long(0));
data->setName(lang(lng_deleted), QString(), QString(), QString());
data->setPhoto(MTP_userProfilePhotoEmpty());
data->access = UserNoAccess;
data->flags = 0;
data->setBotInfoVersion(-1);
wasContact = (data->contact > 0);
status = &emptyStatus;
data->contact = -1;
} break;
case mtpc_user: {
const MTPDuser &d(user.c_user());
minimal = d.is_min();
PeerId peer(peerFromUser(d.vid.v));
data = App::user(peer);
if (!minimal) {
data->flags = d.vflags.v;
if (d.is_self()) {
data->input = MTP_inputPeerSelf();
data->inputUser = MTP_inputUserSelf();
} else if (!d.has_access_hash()) {
data->input = MTP_inputPeerUser(d.vid, MTP_long((data->access == UserNoAccess) ? 0 : data->access));
data->inputUser = MTP_inputUser(d.vid, MTP_long((data->access == UserNoAccess) ? 0 : data->access));
} else {
data->input = MTP_inputPeerUser(d.vid, d.vaccess_hash);
data->inputUser = MTP_inputUser(d.vid, d.vaccess_hash);
}
if (d.is_restricted()) {
data->setRestrictionReason(extractRestrictionReason(qs(d.vrestriction_reason)));
} else {
data->setRestrictionReason(QString());
}
}
if (d.is_deleted()) {
data->setPhone(QString());
data->setName(lang(lng_deleted), QString(), QString(), QString());
data->setPhoto(MTP_userProfilePhotoEmpty());
data->access = UserNoAccess;
status = &emptyStatus;
} else {
// apply first_name and last_name from minimal user only if we don't have
// local values for first name and last name already, otherwise skip
bool noLocalName = data->firstName.isEmpty() && data->lastName.isEmpty();
QString fname = (!minimal || noLocalName) ? (d.has_first_name() ? textOneLine(qs(d.vfirst_name)) : QString()) : data->firstName;
QString lname = (!minimal || noLocalName) ? (d.has_last_name() ? textOneLine(qs(d.vlast_name)) : QString()) : data->lastName;
QString phone = minimal ? data->phone : (d.has_phone() ? qs(d.vphone) : QString());
QString uname = minimal ? data->username : (d.has_username() ? textOneLine(qs(d.vusername)) : QString());
bool phoneChanged = (data->phone != phone);
if (phoneChanged) data->setPhone(phone);
bool nameChanged = (data->firstName != fname) || (data->lastName != lname);
bool showPhone = !isServiceUser(data->id) && !d.is_self() && !d.is_contact() && !d.is_mutual_contact();
bool showPhoneChanged = !isServiceUser(data->id) && !d.is_self() && ((showPhone && data->contact) || (!showPhone && !data->contact));
if (minimal) {
showPhoneChanged = false;
showPhone = !isServiceUser(data->id) && (data->id != peerFromUser(MTP::authedId())) && !data->contact;
}
// see also Local::readPeer
QString pname = (showPhoneChanged || phoneChanged || nameChanged) ? ((showPhone && !phone.isEmpty()) ? formatPhone(phone) : QString()) : data->nameOrPhone;
if (!minimal && d.is_self() && uname != data->username) {
SignalHandlers::setCrashAnnotation("Username", uname);
}
data->setName(fname, lname, pname, uname);
if (d.has_photo()) {
data->setPhoto(d.vphoto);
} else {
data->setPhoto(MTP_userProfilePhotoEmpty());
}
if (d.has_access_hash()) data->access = d.vaccess_hash.v;
status = d.has_status() ? &d.vstatus : &emptyStatus;
}
wasContact = (data->contact > 0);
if (!minimal) {
if (d.has_bot_info_version()) {
data->setBotInfoVersion(d.vbot_info_version.v);
data->botInfo->readsAllHistory = d.is_bot_chat_history();
data->botInfo->cantJoinGroups = d.is_bot_nochats();
data->botInfo->inlinePlaceholder = d.has_bot_inline_placeholder() ? '_' + qs(d.vbot_inline_placeholder) : QString();
} else {
data->setBotInfoVersion(-1);
}
data->contact = (d.is_contact() || d.is_mutual_contact()) ? 1 : (data->phone.isEmpty() ? -1 : 0);
if (data->contact == 1 && cReportSpamStatuses().value(data->id, dbiprsHidden) != dbiprsHidden) {
cRefReportSpamStatuses().insert(data->id, dbiprsHidden);
Local::writeReportSpamStatuses();
}
if (d.is_self() && ::self != data) {
::self = data;
if (App::wnd()) App::wnd()->updateGlobalMenu();
}
}
} break;
}
if (!data) continue;
if (minimal) {
if (data->loadedStatus == PeerData::NotLoaded) {
data->loadedStatus = PeerData::MinimalLoaded;
}
} else if (data->loadedStatus != PeerData::FullLoaded) {
data->loadedStatus = PeerData::FullLoaded;
}
if (status && !minimal) switch (status->type()) {
case mtpc_userStatusEmpty: data->onlineTill = 0; break;
case mtpc_userStatusRecently:
if (data->onlineTill > -10) { // don't modify pseudo-online
data->onlineTill = -2;
}
break;
case mtpc_userStatusLastWeek: data->onlineTill = -3; break;
case mtpc_userStatusLastMonth: data->onlineTill = -4; break;
case mtpc_userStatusOffline: data->onlineTill = status->c_userStatusOffline().vwas_online.v; break;
case mtpc_userStatusOnline: data->onlineTill = status->c_userStatusOnline().vexpires.v; break;
}
if (data->contact < 0 && !data->phone.isEmpty() && peerToUser(data->id) != MTP::authedId()) {
data->contact = 0;
}
if (App::main()) {
if ((data->contact > 0 && !wasContact) || (wasContact && data->contact < 1)) {
Notify::userIsContactChanged(data);
}
if (emitPeerUpdated) {
App::main()->peerUpdated(data);
} else {
markPeerUpdated(data);
}
}
}
return data;
}
PeerData *feedChats(const MTPVector<MTPChat> &chats, bool emitPeerUpdated) {
PeerData *data = 0;
const QVector<MTPChat> &v(chats.c_vector().v);
for (QVector<MTPChat>::const_iterator i = v.cbegin(), e = v.cend(); i != e; ++i) {
const MTPchat &chat(*i);
data = 0;
bool minimal = false;
switch (chat.type()) {
case mtpc_chat: {
const MTPDchat &d(chat.c_chat());
data = App::chat(peerFromChat(d.vid.v));
data->input = MTP_inputPeerChat(d.vid);
data->updateName(qs(d.vtitle), QString(), QString());
ChatData *cdata = data->asChat();
cdata->setPhoto(d.vphoto);
cdata->date = d.vdate.v;
if (d.has_migrated_to() && d.vmigrated_to.type() == mtpc_inputChannel) {
const MTPDinputChannel &c(d.vmigrated_to.c_inputChannel());
ChannelData *channel = App::channel(peerFromChannel(c.vchannel_id));
if (!channel->mgInfo) {
channel->flags |= MTPDchannel::Flag::f_megagroup;
channel->flagsUpdated();
}
if (!channel->access) {
channel->input = MTP_inputPeerChannel(c.vchannel_id, c.vaccess_hash);
channel->inputChannel = d.vmigrated_to;
channel->access = d.vmigrated_to.c_inputChannel().vaccess_hash.v;
}
bool updatedTo = (cdata->migrateToPtr != channel), updatedFrom = (channel->mgInfo->migrateFromPtr != cdata);
if (updatedTo) {
cdata->migrateToPtr = channel;
}
if (updatedFrom) {
channel->mgInfo->migrateFromPtr = cdata;
if (History *h = App::historyLoaded(cdata->id)) {
if (History *hto = App::historyLoaded(channel->id)) {
if (!h->isEmpty()) {
h->clear(true);
}
if (hto->inChatList() && h->inChatList()) {
App::removeDialog(h);
}
}
}
Notify::migrateUpdated(channel);
}
if (updatedTo) {
Notify::migrateUpdated(cdata);
}
}
if (!(cdata->flags & MTPDchat::Flag::f_admins_enabled) && (d.vflags.v & MTPDchat::Flag::f_admins_enabled)) {
cdata->invalidateParticipants();
}
cdata->flags = d.vflags.v;
cdata->count = d.vparticipants_count.v;
cdata->isForbidden = false;
if (cdata->version < d.vversion.v) {
cdata->version = d.vversion.v;
cdata->invalidateParticipants();
}
} break;
case mtpc_chatForbidden: {
const MTPDchatForbidden &d(chat.c_chatForbidden());
data = App::chat(peerFromChat(d.vid.v));
data->input = MTP_inputPeerChat(d.vid);
data->updateName(qs(d.vtitle), QString(), QString());
ChatData *cdata = data->asChat();
cdata->setPhoto(MTP_chatPhotoEmpty());
cdata->date = 0;
cdata->count = -1;
cdata->invalidateParticipants();
cdata->flags = 0;
cdata->isForbidden = true;
} break;
case mtpc_channel: {
const MTPDchannel &d(chat.c_channel());
PeerId peer(peerFromChannel(d.vid.v));
minimal = d.is_min();
if (minimal) {
data = App::channelLoaded(peer);
if (!data) {
continue; // minimal is not loaded, need to make getDifference
}
} else {
data = App::channel(peer);
data->input = MTP_inputPeerChannel(d.vid, d.has_access_hash() ? d.vaccess_hash : MTP_long(0));
}
ChannelData *cdata = data->asChannel();
if (minimal) {
int32 mask = MTPDchannel::Flag::f_broadcast | MTPDchannel::Flag::f_verified | MTPDchannel::Flag::f_megagroup | MTPDchannel::Flag::f_democracy;
cdata->flags = (cdata->flags & ~mask) | (d.vflags.v & mask);
} else {
cdata->inputChannel = MTP_inputChannel(d.vid, d.vaccess_hash);
cdata->access = d.vaccess_hash.v;
cdata->date = d.vdate.v;
cdata->flags = d.vflags.v;
if (cdata->version < d.vversion.v) {
cdata->version = d.vversion.v;
}
if (d.is_restricted()) {
cdata->setRestrictionReason(extractRestrictionReason(qs(d.vrestriction_reason)));
} else {
cdata->setRestrictionReason(QString());
}
}
QString uname = d.has_username() ? textOneLine(qs(d.vusername)) : QString();
cdata->setName(qs(d.vtitle), uname);
cdata->isForbidden = false;
cdata->flagsUpdated();
cdata->setPhoto(d.vphoto);
} break;
case mtpc_channelForbidden: {
const MTPDchannelForbidden &d(chat.c_channelForbidden());
PeerId peer(peerFromChannel(d.vid.v));
data = App::channel(peer);
data->input = MTP_inputPeerChannel(d.vid, d.vaccess_hash);
ChannelData *cdata = data->asChannel();
cdata->inputChannel = MTP_inputChannel(d.vid, d.vaccess_hash);
cdata->setName(qs(d.vtitle), QString());
cdata->access = d.vaccess_hash.v;
cdata->setPhoto(MTP_chatPhotoEmpty());
cdata->date = 0;
cdata->count = 0;
cdata->isForbidden = true;
} break;
}
if (!data) continue;
if (minimal) {
if (data->loadedStatus == PeerData::NotLoaded) {
data->loadedStatus = PeerData::MinimalLoaded;
}
} else if (data->loadedStatus != PeerData::FullLoaded) {
data->loadedStatus = PeerData::FullLoaded;
}
if (App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(data);
} else {
markPeerUpdated(data);
}
}
}
return data;
}
void feedParticipants(const MTPChatParticipants &p, bool requestBotInfos, bool emitPeerUpdated) {
ChatData *chat = 0;
switch (p.type()) {
case mtpc_chatParticipantsForbidden: {
const MTPDchatParticipantsForbidden &d(p.c_chatParticipantsForbidden());
chat = App::chat(d.vchat_id.v);
chat->count = -1;
chat->invalidateParticipants();
} break;
case mtpc_chatParticipants: {
const MTPDchatParticipants &d(p.c_chatParticipants());
chat = App::chat(d.vchat_id.v);
if (!requestBotInfos || chat->version <= d.vversion.v) { // !requestBotInfos is true on getFullChat result
chat->version = d.vversion.v;
const QVector<MTPChatParticipant> &v(d.vparticipants.c_vector().v);
chat->count = v.size();
int32 pversion = chat->participants.isEmpty() ? 1 : (chat->participants.begin().value() + 1);
chat->invitedByMe = ChatData::InvitedByMe();
chat->admins = ChatData::Admins();
chat->flags &= ~MTPDchat::Flag::f_admin;
for (QVector<MTPChatParticipant>::const_iterator i = v.cbegin(), e = v.cend(); i != e; ++i) {
int32 uid = 0, inviter = 0;
switch (i->type()) {
case mtpc_chatParticipantCreator: {
const MTPDchatParticipantCreator &p(i->c_chatParticipantCreator());
uid = p.vuser_id.v;
chat->creator = uid;
} break;
case mtpc_chatParticipantAdmin: {
const MTPDchatParticipantAdmin &p(i->c_chatParticipantAdmin());
uid = p.vuser_id.v;
inviter = p.vinviter_id.v;
} break;
case mtpc_chatParticipant: {
const MTPDchatParticipant &p(i->c_chatParticipant());
uid = p.vuser_id.v;
inviter = p.vinviter_id.v;
} break;
}
if (!uid) continue;
UserData *user = App::userLoaded(uid);
if (user) {
chat->participants[user] = pversion;
if (inviter == MTP::authedId()) {
chat->invitedByMe.insert(user);
}
if (i->type() == mtpc_chatParticipantAdmin) {
chat->admins.insert(user);
if (user->isSelf()) {
chat->flags |= MTPDchat::Flag::f_admin;
}
}
} else {
chat->invalidateParticipants();
break;
}
}
if (!chat->participants.isEmpty()) {
History *h = App::historyLoaded(chat->id);
bool found = !h || !h->lastKeyboardFrom;
int32 botStatus = -1;
for (ChatData::Participants::iterator i = chat->participants.begin(), e = chat->participants.end(); i != e;) {
if (i.value() < pversion) {
i = chat->participants.erase(i);
} else {
if (i.key()->botInfo) {
botStatus = 2;// (botStatus > 0/* || !i.key()->botInfo->readsAllHistory*/) ? 2 : 1;
if (requestBotInfos && !i.key()->botInfo->inited && App::api()) App::api()->requestFullPeer(i.key());
}
if (!found && i.key()->id == h->lastKeyboardFrom) {
found = true;
}
++i;
}
}
chat->botStatus = botStatus;
if (!found) {
h->clearLastKeyboard();
if (App::main()) App::main()->updateBotKeyboard(h);
}
}
}
} break;
}
if (chat && App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(chat);
} else {
markPeerUpdated(chat);
}
}
}
void feedParticipantAdd(const MTPDupdateChatParticipantAdd &d, bool emitPeerUpdated) {
ChatData *chat = App::chat(d.vchat_id.v);
if (chat->version + 1 < d.vversion.v) {
chat->version = d.vversion.v;
chat->invalidateParticipants();
App::api()->requestPeer(chat);
if (App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(chat);
} else {
markPeerUpdated(chat);
}
}
} else if (chat->version <= d.vversion.v && chat->count >= 0) {
chat->version = d.vversion.v;
UserData *user = App::userLoaded(d.vuser_id.v);
if (user) {
if (chat->participants.isEmpty() && chat->count) {
chat->count++;
chat->botStatus = 0;
} else if (chat->participants.find(user) == chat->participants.end()) {
chat->participants[user] = (chat->participants.isEmpty() ? 1 : chat->participants.begin().value());
if (d.vinviter_id.v == MTP::authedId()) {
chat->invitedByMe.insert(user);
} else {
chat->invitedByMe.remove(user);
}
chat->count++;
if (user->botInfo) {
chat->botStatus = 2;// (chat->botStatus > 0/* || !user->botInfo->readsAllHistory*/) ? 2 : 1;
if (!user->botInfo->inited && App::api()) App::api()->requestFullPeer(user);
}
}
} else {
chat->invalidateParticipants();
chat->count++;
}
if (App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(chat);
} else {
markPeerUpdated(chat);
}
}
}
}
void feedParticipantDelete(const MTPDupdateChatParticipantDelete &d, bool emitPeerUpdated) {
ChatData *chat = App::chat(d.vchat_id.v);
if (chat->version + 1 < d.vversion.v) {
chat->version = d.vversion.v;
chat->invalidateParticipants();
App::api()->requestPeer(chat);
if (App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(chat);
} else {
markPeerUpdated(chat);
}
}
} else if (chat->version <= d.vversion.v && chat->count > 0) {
chat->version = d.vversion.v;
UserData *user = App::userLoaded(d.vuser_id.v);
if (user) {
if (chat->participants.isEmpty()) {
if (chat->count > 0) {
chat->count--;
}
} else {
ChatData::Participants::iterator i = chat->participants.find(user);
if (i != chat->participants.end()) {
chat->participants.erase(i);
chat->count--;
chat->invitedByMe.remove(user);
chat->admins.remove(user);
if (user->isSelf()) {
chat->flags &= ~MTPDchat::Flag::f_admin;
}
History *h = App::historyLoaded(chat->id);
if (h && h->lastKeyboardFrom == user->id) {
h->clearLastKeyboard();
if (App::main()) App::main()->updateBotKeyboard(h);
}
}
if (chat->botStatus > 0 && user->botInfo) {
int32 botStatus = -1;
for (ChatData::Participants::const_iterator j = chat->participants.cbegin(), e = chat->participants.cend(); j != e; ++j) {
if (j.key()->botInfo) {
if (true || botStatus > 0/* || !j.key()->botInfo->readsAllHistory*/) {
botStatus = 2;
break;
}
botStatus = 1;
}
}
chat->botStatus = botStatus;
}
}
} else {
chat->invalidateParticipants();
chat->count--;
}
if (App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(chat);
} else {
markPeerUpdated(chat);
}
}
}
}
void feedChatAdmins(const MTPDupdateChatAdmins &d, bool emitPeerUpdated) {
ChatData *chat = App::chat(d.vchat_id.v);
if (chat->version <= d.vversion.v) {
bool badVersion = (chat->version + 1 < d.vversion.v);
if (badVersion) {
chat->invalidateParticipants();
App::api()->requestPeer(chat);
}
chat->version = d.vversion.v;
if (mtpIsTrue(d.venabled)) {
chat->flags |= MTPDchat::Flag::f_admins_enabled;
if (!badVersion) {
chat->invalidateParticipants();
}
} else {
chat->flags &= ~MTPDchat::Flag::f_admins_enabled;
}
if (emitPeerUpdated) {
App::main()->peerUpdated(chat);
} else {
markPeerUpdated(chat);
}
}
}
void feedParticipantAdmin(const MTPDupdateChatParticipantAdmin &d, bool emitPeerUpdated) {
ChatData *chat = App::chat(d.vchat_id.v);
if (chat->version + 1 < d.vversion.v) {
chat->version = d.vversion.v;
chat->invalidateParticipants();
App::api()->requestPeer(chat);
if (App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(chat);
} else {
markPeerUpdated(chat);
}
}
} else if (chat->version <= d.vversion.v && chat->count > 0) {
chat->version = d.vversion.v;
UserData *user = App::userLoaded(d.vuser_id.v);
if (user) {
if (mtpIsTrue(d.vis_admin)) {
if (user->isSelf()) {
chat->flags |= MTPDchat::Flag::f_admin;
}
if (chat->noParticipantInfo()) {
App::api()->requestFullPeer(chat);
} else {
chat->admins.insert(user);
}
} else {
if (user->isSelf()) {
chat->flags &= ~MTPDchat::Flag::f_admin;
}
chat->admins.remove(user);
}
} else {
chat->invalidateParticipants();
}
if (App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(chat);
} else {
markPeerUpdated(chat);
}
}
}
}
bool checkEntitiesAndViewsUpdate(const MTPDmessage &m) {
PeerId peerId = peerFromMTP(m.vto_id);
if (m.has_from_id() && peerToUser(peerId) == MTP::authedId()) {
peerId = peerFromUser(m.vfrom_id);
}
if (HistoryItem *existing = App::histItemById(peerToChannel(peerId), m.vid.v)) {
existing->setText(qs(m.vmessage), m.has_entities() ? entitiesFromMTP(m.ventities.c_vector().v) : EntitiesInText());
existing->updateMedia(m.has_media() ? (&m.vmedia) : nullptr);
existing->setViewsCount(m.has_views() ? m.vviews.v : -1);
existing->addToOverview(AddToOverviewNew);
if (!existing->detached()) {
App::checkSavedGif(existing);
return true;
}
return false;
}
return false;
}
void updateEditedMessage(const MTPDmessage &m) {
PeerId peerId = peerFromMTP(m.vto_id);
if (m.has_from_id() && peerToUser(peerId) == MTP::authedId()) {
peerId = peerFromUser(m.vfrom_id);
}
if (HistoryItem *existing = App::histItemById(peerToChannel(peerId), m.vid.v)) {
existing->applyEdition(m);
}
}
void addSavedGif(DocumentData *doc) {
SavedGifs &saved(cRefSavedGifs());
int32 index = saved.indexOf(doc);
if (index) {
if (index > 0) saved.remove(index);
saved.push_front(doc);
if (saved.size() > Global::SavedGifsLimit()) saved.pop_back();
Local::writeSavedGifs();
if (App::main()) emit App::main()->savedGifsUpdated();
cSetLastSavedGifsUpdate(0);
App::main()->updateStickers();
}
}
void checkSavedGif(HistoryItem *item) {
if (!item->Has<HistoryMessageForwarded>() && (item->out() || item->history()->peer == App::self())) {
if (HistoryMedia *media = item->getMedia()) {
if (DocumentData *doc = media->getDocument()) {
if (doc->isGifv()) {
addSavedGif(doc);
}
}
}
}
}
void feedMsgs(const QVector<MTPMessage> &msgs, NewMessageType type) {
QMap<uint64, int32> msgsIds;
for (int32 i = 0, l = msgs.size(); i < l; ++i) {
const MTPMessage &msg(msgs.at(i));
switch (msg.type()) {
case mtpc_message: {
const MTPDmessage &d(msg.c_message());
bool needToAdd = true;
if (type == NewMessageUnread) { // new message, index my forwarded messages to links overview
if (checkEntitiesAndViewsUpdate(d)) { // already in blocks
LOG(("Skipping message, because it is already in blocks!"));
needToAdd = false;
}
}
if (needToAdd) {
msgsIds.insert((uint64(uint32(d.vid.v)) << 32) | uint64(i), i);
}
} break;
case mtpc_messageEmpty: msgsIds.insert((uint64(uint32(msg.c_messageEmpty().vid.v)) << 32) | uint64(i), i); break;
case mtpc_messageService: msgsIds.insert((uint64(uint32(msg.c_messageService().vid.v)) << 32) | uint64(i), i); break;
}
}
for (QMap<uint64, int32>::const_iterator i = msgsIds.cbegin(), e = msgsIds.cend(); i != e; ++i) {
histories().addNewMessage(msgs.at(i.value()), type);
}
}
void feedMsgs(const MTPVector<MTPMessage> &msgs, NewMessageType type) {
return feedMsgs(msgs.c_vector().v, type);
}
ImagePtr image(const MTPPhotoSize &size) {
switch (size.type()) {
case mtpc_photoSize: {
const MTPDphotoSize &d(size.c_photoSize());
if (d.vlocation.type() == mtpc_fileLocation) {
const MTPDfileLocation &l(d.vlocation.c_fileLocation());
return ImagePtr(StorageImageLocation(d.vw.v, d.vh.v, l.vdc_id.v, l.vvolume_id.v, l.vlocal_id.v, l.vsecret.v), d.vsize.v);
}
} break;
case mtpc_photoCachedSize: {
const MTPDphotoCachedSize &d(size.c_photoCachedSize());
if (d.vlocation.type() == mtpc_fileLocation) {
const MTPDfileLocation &l(d.vlocation.c_fileLocation());
const string &s(d.vbytes.c_string().v);
QByteArray bytes(s.data(), s.size());
return ImagePtr(StorageImageLocation(d.vw.v, d.vh.v, l.vdc_id.v, l.vvolume_id.v, l.vlocal_id.v, l.vsecret.v), bytes);
} else if (d.vlocation.type() == mtpc_fileLocationUnavailable) {
const string &s(d.vbytes.c_string().v);
QByteArray bytes(s.data(), s.size());
return ImagePtr(StorageImageLocation(d.vw.v, d.vh.v, 0, 0, 0, 0), bytes);
}
} break;
}
return ImagePtr();
}
StorageImageLocation imageLocation(int32 w, int32 h, const MTPFileLocation &loc) {
if (loc.type() == mtpc_fileLocation) {
const MTPDfileLocation &l(loc.c_fileLocation());
return StorageImageLocation(w, h, l.vdc_id.v, l.vvolume_id.v, l.vlocal_id.v, l.vsecret.v);
}
return StorageImageLocation(w, h, 0, 0, 0, 0);
}
StorageImageLocation imageLocation(const MTPPhotoSize &size) {
switch (size.type()) {
case mtpc_photoSize: {
const MTPDphotoSize &d(size.c_photoSize());
return imageLocation(d.vw.v, d.vh.v, d.vlocation);
} break;
case mtpc_photoCachedSize: {
const MTPDphotoCachedSize &d(size.c_photoCachedSize());
return imageLocation(d.vw.v, d.vh.v, d.vlocation);
} break;
}
return StorageImageLocation();
}
void feedInboxRead(const PeerId &peer, MsgId upTo) {
History *h = App::historyLoaded(peer);
if (h) {
h->inboxRead(upTo);
}
}
void feedOutboxRead(const PeerId &peer, MsgId upTo) {
History *h = App::historyLoaded(peer);
if (h) {
h->outboxRead(upTo);
if (h->peer->isUser()) {
h->peer->asUser()->madeAction();
}
}
}
inline MsgsData *fetchMsgsData(ChannelId channelId, bool insert = true) {
if (channelId == NoChannel) return &msgsData;
ChannelMsgsData::iterator i = channelMsgsData.find(channelId);
if (i == channelMsgsData.cend()) {
if (insert) {
i = channelMsgsData.insert(channelId, MsgsData());
} else {
return 0;
}
}
return &(*i);
}
void feedWereDeleted(ChannelId channelId, const QVector<MTPint> &msgsIds) {
MsgsData *data = fetchMsgsData(channelId, false);
if (!data) return;
ChannelHistory *channelHistory = (channelId == NoChannel) ? 0 : App::historyLoaded(peerFromChannel(channelId))->asChannelHistory();
QMap<History*, bool> historiesToCheck;
for (QVector<MTPint>::const_iterator i = msgsIds.cbegin(), e = msgsIds.cend(); i != e; ++i) {
MsgsData::const_iterator j = data->constFind(i->v);
if (j != data->cend()) {
History *h = (*j)->history();
(*j)->destroy();
if (!h->lastMsg) historiesToCheck.insert(h, true);
} else {
if (channelHistory) {
channelHistory->messageWithIdDeleted(i->v);
if (channelHistory->unreadCount > 0 && i->v >= channelHistory->inboxReadBefore) {
channelHistory->setUnreadCount(channelHistory->unreadCount - 1);
}
}
}
}
if (main()) {
for (QMap<History*, bool>::const_iterator i = historiesToCheck.cbegin(), e = historiesToCheck.cend(); i != e; ++i) {
main()->checkPeerHistory(i.key()->peer);
}
}
}
void feedUserLinks(const MTPVector<MTPcontacts_Link> &links, bool emitPeerUpdated) {
const QVector<MTPcontacts_Link> &v(links.c_vector().v);
for (QVector<MTPcontacts_Link>::const_iterator i = v.cbegin(), e = v.cend(); i != e; ++i) {
const MTPDcontacts_link &dv(i->c_contacts_link());
UserData *user = feedUsers(MTP_vector<MTPUser>(1, dv.vuser), false);
MTPint userId(MTP_int(0));
switch (dv.vuser.type()) {
case mtpc_userEmpty: userId = dv.vuser.c_userEmpty().vid; break;
case mtpc_user: userId = dv.vuser.c_user().vid; break;
}
if (userId.v) {
feedUserLink(userId, dv.vmy_link, dv.vforeign_link, false);
}
if (user && App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(user);
} else {
markPeerUpdated(user);
}
}
}
}
void feedUserLink(MTPint userId, const MTPContactLink &myLink, const MTPContactLink &foreignLink, bool emitPeerUpdated) {
UserData *user = userLoaded(userId.v);
if (user) {
bool wasContact = (user->contact > 0);
bool wasShowPhone = !user->contact;
switch (myLink.type()) {
case mtpc_contactLinkContact:
user->contact = 1;
if (user->contact == 1 && cReportSpamStatuses().value(user->id, dbiprsHidden) != dbiprsHidden) {
cRefReportSpamStatuses().insert(user->id, dbiprsHidden);
Local::writeReportSpamStatuses();
}
break;
case mtpc_contactLinkHasPhone:
user->contact = 0;
break;
case mtpc_contactLinkNone:
case mtpc_contactLinkUnknown:
user->contact = -1;
break;
}
if (user->contact < 1) {
if (user->contact < 0 && !user->phone.isEmpty() && peerToUser(user->id) != MTP::authedId()) {
user->contact = 0;
}
}
if ((user->contact > 0 && !wasContact) || (wasContact && user->contact < 1)) {
Notify::userIsContactChanged(user);
}
bool showPhone = !isServiceUser(user->id) && !user->isSelf() && !user->contact;
bool showPhoneChanged = !isServiceUser(user->id) && !user->isSelf() && ((showPhone && !wasShowPhone) || (!showPhone && wasShowPhone));
if (showPhoneChanged) {
user->setName(textOneLine(user->firstName), textOneLine(user->lastName), showPhone ? App::formatPhone(user->phone) : QString(), textOneLine(user->username));
}
if (App::main()) {
if (emitPeerUpdated) {
App::main()->peerUpdated(user);
} else {
markPeerUpdated(user);
}
}
}
}
void markPeerUpdated(PeerData *data) {
updatedPeers.insert(data, true);
}
void clearPeerUpdated(PeerData *data) {
updatedPeers.remove(data);
}
void emitPeerUpdated() {
if (!updatedPeers.isEmpty() && App::main()) {
UpdatedPeers upd = updatedPeers;
updatedPeers.clear();
for (UpdatedPeers::const_iterator i = upd.cbegin(), e = upd.cend(); i != e; ++i) {
App::main()->peerUpdated(i.key());
}
}
}
PhotoData *feedPhoto(const MTPPhoto &photo, PhotoData *convert) {
switch (photo.type()) {
case mtpc_photo: {
return feedPhoto(photo.c_photo(), convert);
} break;
case mtpc_photoEmpty: {
return App::photoSet(photo.c_photoEmpty().vid.v, convert, 0, 0, ImagePtr(), ImagePtr(), ImagePtr());
} break;
}
return App::photo(0);
}
PhotoData *feedPhoto(const MTPPhoto &photo, const PreparedPhotoThumbs &thumbs) {
const QPixmap *thumb = 0, *medium = 0, *full = 0;
int32 thumbLevel = -1, mediumLevel = -1, fullLevel = -1;
for (PreparedPhotoThumbs::const_iterator i = thumbs.cbegin(), e = thumbs.cend(); i != e; ++i) {
int32 newThumbLevel = -1, newMediumLevel = -1, newFullLevel = -1;
switch (i.key()) {
case 's': newThumbLevel = 0; newMediumLevel = 5; newFullLevel = 4; break; // box 100x100
case 'm': newThumbLevel = 2; newMediumLevel = 0; newFullLevel = 3; break; // box 320x320
case 'x': newThumbLevel = 5; newMediumLevel = 3; newFullLevel = 1; break; // box 800x800
case 'y': newThumbLevel = 6; newMediumLevel = 6; newFullLevel = 0; break; // box 1280x1280
case 'w': newThumbLevel = 8; newMediumLevel = 8; newFullLevel = 2; break; // box 2560x2560 // if loading this fix HistoryPhoto::updateFrom
case 'a': newThumbLevel = 1; newMediumLevel = 4; newFullLevel = 8; break; // crop 160x160
case 'b': newThumbLevel = 3; newMediumLevel = 1; newFullLevel = 7; break; // crop 320x320
case 'c': newThumbLevel = 4; newMediumLevel = 2; newFullLevel = 6; break; // crop 640x640
case 'd': newThumbLevel = 7; newMediumLevel = 7; newFullLevel = 5; break; // crop 1280x1280
}
if (newThumbLevel < 0 || newMediumLevel < 0 || newFullLevel < 0) {
continue;
}
if (thumbLevel < 0 || newThumbLevel < thumbLevel) {
thumbLevel = newThumbLevel;
thumb = &i.value();
}
if (mediumLevel < 0 || newMediumLevel < mediumLevel) {
mediumLevel = newMediumLevel;
medium = &i.value();
}
if (fullLevel < 0 || newFullLevel < fullLevel) {
fullLevel = newFullLevel;
full = &i.value();
}
}
if (!thumb || !medium || !full) {
return App::photo(0);
}
switch (photo.type()) {
case mtpc_photo: {
const MTPDphoto &ph(photo.c_photo());
return App::photoSet(ph.vid.v, 0, ph.vaccess_hash.v, ph.vdate.v, ImagePtr(*thumb, "JPG"), ImagePtr(*medium, "JPG"), ImagePtr(*full, "JPG"));
} break;
case mtpc_photoEmpty: return App::photo(photo.c_photoEmpty().vid.v);
}
return App::photo(0);
}
PhotoData *feedPhoto(const MTPDphoto &photo, PhotoData *convert) {
const QVector<MTPPhotoSize> &sizes(photo.vsizes.c_vector().v);
const MTPPhotoSize *thumb = 0, *medium = 0, *full = 0;
int32 thumbLevel = -1, mediumLevel = -1, fullLevel = -1;
for (QVector<MTPPhotoSize>::const_iterator i = sizes.cbegin(), e = sizes.cend(); i != e; ++i) {
char size = 0;
switch (i->type()) {
case mtpc_photoSize: {
const string &s(i->c_photoSize().vtype.c_string().v);
if (s.size()) size = s[0];
} break;
case mtpc_photoCachedSize: {
const string &s(i->c_photoCachedSize().vtype.c_string().v);
if (s.size()) size = s[0];
} break;
}
if (!size) continue;
int32 newThumbLevel = -1, newMediumLevel = -1, newFullLevel = -1;
switch (size) {
case 's': newThumbLevel = 0; newMediumLevel = 5; newFullLevel = 4; break; // box 100x100
case 'm': newThumbLevel = 2; newMediumLevel = 0; newFullLevel = 3; break; // box 320x320
case 'x': newThumbLevel = 5; newMediumLevel = 3; newFullLevel = 1; break; // box 800x800
case 'y': newThumbLevel = 6; newMediumLevel = 6; newFullLevel = 0; break; // box 1280x1280
case 'w': newThumbLevel = 8; newMediumLevel = 8; newFullLevel = 2; break; // box 2560x2560
case 'a': newThumbLevel = 1; newMediumLevel = 4; newFullLevel = 8; break; // crop 160x160
case 'b': newThumbLevel = 3; newMediumLevel = 1; newFullLevel = 7; break; // crop 320x320
case 'c': newThumbLevel = 4; newMediumLevel = 2; newFullLevel = 6; break; // crop 640x640
case 'd': newThumbLevel = 7; newMediumLevel = 7; newFullLevel = 5; break; // crop 1280x1280
}
if (newThumbLevel < 0 || newMediumLevel < 0 || newFullLevel < 0) {
continue;
}
if (thumbLevel < 0 || newThumbLevel < thumbLevel) {
thumbLevel = newThumbLevel;
thumb = &(*i);
}
if (mediumLevel < 0 || newMediumLevel < mediumLevel) {
mediumLevel = newMediumLevel;
medium = &(*i);
}
if (fullLevel < 0 || newFullLevel < fullLevel) {
fullLevel = newFullLevel;
full = &(*i);
}
}
if (thumb && medium && full) {
return App::photoSet(photo.vid.v, convert, photo.vaccess_hash.v, photo.vdate.v, App::image(*thumb), App::image(*medium), App::image(*full));
}
return App::photoSet(photo.vid.v, convert, 0, 0, ImagePtr(), ImagePtr(), ImagePtr());
}
DocumentData *feedDocument(const MTPdocument &document, const QPixmap &thumb) {
switch (document.type()) {
case mtpc_document: {
const MTPDdocument &d(document.c_document());
return App::documentSet(d.vid.v, 0, d.vaccess_hash.v, d.vdate.v, d.vattributes.c_vector().v, qs(d.vmime_type), ImagePtr(thumb, "JPG"), d.vdc_id.v, d.vsize.v, StorageImageLocation());
} break;
case mtpc_documentEmpty: return App::document(document.c_documentEmpty().vid.v);
}
return App::document(0);
}
DocumentData *feedDocument(const MTPdocument &document, DocumentData *convert) {
switch (document.type()) {
case mtpc_document: {
return feedDocument(document.c_document(), convert);
} break;
case mtpc_documentEmpty: {
return App::documentSet(document.c_documentEmpty().vid.v, convert, 0, 0, QVector<MTPDocumentAttribute>(), QString(), ImagePtr(), 0, 0, StorageImageLocation());
} break;
}
return App::document(0);
}
DocumentData *feedDocument(const MTPDdocument &document, DocumentData *convert) {
return App::documentSet(document.vid.v, convert, document.vaccess_hash.v, document.vdate.v, document.vattributes.c_vector().v, qs(document.vmime_type), App::image(document.vthumb), document.vdc_id.v, document.vsize.v, App::imageLocation(document.vthumb));
}
WebPageData *feedWebPage(const MTPDwebPage &webpage, WebPageData *convert) {
return App::webPageSet(webpage.vid.v, convert, webpage.has_type() ? qs(webpage.vtype) : qsl("article"), qs(webpage.vurl), qs(webpage.vdisplay_url), webpage.has_site_name() ? qs(webpage.vsite_name) : QString(), webpage.has_title() ? qs(webpage.vtitle) : QString(), webpage.has_description() ? qs(webpage.vdescription) : QString(), webpage.has_photo() ? App::feedPhoto(webpage.vphoto) : 0, webpage.has_document() ? App::feedDocument(webpage.vdocument) : 0, webpage.has_duration() ? webpage.vduration.v : 0, webpage.has_author() ? qs(webpage.vauthor) : QString(), 0);
}
WebPageData *feedWebPage(const MTPDwebPagePending &webpage, WebPageData *convert) {
return App::webPageSet(webpage.vid.v, convert, QString(), QString(), QString(), QString(), QString(), QString(), 0, 0, 0, QString(), webpage.vdate.v);
}
WebPageData *feedWebPage(const MTPWebPage &webpage) {
switch (webpage.type()) {
case mtpc_webPage: return App::feedWebPage(webpage.c_webPage());
case mtpc_webPageEmpty: {
WebPageData *page = App::webPage(webpage.c_webPageEmpty().vid.v);
if (page->pendingTill > 0) page->pendingTill = -1; // failed
return page;
} break;
case mtpc_webPagePending: return App::feedWebPage(webpage.c_webPagePending());
}
return 0;
}
UserData *curUser() {
return user(MTP::authedId());
}
PeerData *peer(const PeerId &id, PeerData::LoadedStatus restriction) {
if (!id) return nullptr;
auto i = peersData.constFind(id);
if (i == peersData.cend()) {
PeerData *newData = nullptr;
if (peerIsUser(id)) {
newData = new UserData(id);
} else if (peerIsChat(id)) {
newData = new ChatData(id);
} else if (peerIsChannel(id)) {
newData = new ChannelData(id);
}
t_assert(newData != nullptr);
newData->input = MTPinputPeer(MTP_inputPeerEmpty());
i = peersData.insert(id, newData);
}
switch (restriction) {
case PeerData::MinimalLoaded: {
if (i.value()->loadedStatus == PeerData::NotLoaded) {
return nullptr;
}
} break;
case PeerData::FullLoaded: {
if (i.value()->loadedStatus != PeerData::FullLoaded) {
return nullptr;
}
} break;
}
return i.value();
}
UserData *self() {
return ::self;
}
PeerData *peerByName(const QString &username) {
QString uname(username.trimmed());
for_const (PeerData *peer, peersData) {
if (!peer->userName().compare(uname, Qt::CaseInsensitive)) {
return peer;
}
}
return nullptr;
}
void updateImage(ImagePtr &old, ImagePtr now) {
if (now->isNull()) return;
if (old->isNull()) {
old = now;
} else if (DelayedStorageImage *img = old->toDelayedStorageImage()) {
StorageImageLocation loc = now->location();
if (!loc.isNull()) {
img->setStorageLocation(loc);
}
}
}
PhotoData *photo(const PhotoId &photo) {
PhotosData::const_iterator i = ::photosData.constFind(photo);
if (i == ::photosData.cend()) {
i = ::photosData.insert(photo, new PhotoData(photo));
}
return i.value();
}
PhotoData *photoSet(const PhotoId &photo, PhotoData *convert, const uint64 &access, int32 date, const ImagePtr &thumb, const ImagePtr &medium, const ImagePtr &full) {
if (convert) {
if (convert->id != photo) {
PhotosData::iterator i = ::photosData.find(convert->id);
if (i != ::photosData.cend() && i.value() == convert) {
::photosData.erase(i);
}
convert->id = photo;
delete convert->uploadingData;
convert->uploadingData = 0;
}
if (date) {
convert->access = access;
convert->date = date;
updateImage(convert->thumb, thumb);
updateImage(convert->medium, medium);
updateImage(convert->full, full);
}
}
PhotosData::const_iterator i = ::photosData.constFind(photo);
PhotoData *result;
LastPhotosMap::iterator inLastIter = lastPhotosMap.end();
if (i == ::photosData.cend()) {
if (convert) {
result = convert;
} else {
result = new PhotoData(photo, access, date, thumb, medium, full);
}
::photosData.insert(photo, result);
} else {
result = i.value();
if (result != convert && date) {
result->access = access;
result->date = date;
updateImage(result->thumb, thumb);
updateImage(result->medium, medium);
updateImage(result->full, full);
}
inLastIter = lastPhotosMap.find(result);
}
if (inLastIter == lastPhotosMap.end()) { // insert new one
if (lastPhotos.size() == MaxPhotosInMemory) {
lastPhotos.front()->forget();
lastPhotosMap.remove(lastPhotos.front());
lastPhotos.pop_front();
}
lastPhotosMap.insert(result, lastPhotos.insert(lastPhotos.end(), result));
} else {
lastPhotos.erase(inLastIter.value()); // move to back
(*inLastIter) = lastPhotos.insert(lastPhotos.end(), result);
}
return result;
}
DocumentData *document(const DocumentId &document) {
DocumentsData::const_iterator i = ::documentsData.constFind(document);
if (i == ::documentsData.cend()) {
i = ::documentsData.insert(document, new DocumentData(document));
}
return i.value();
}
DocumentData *documentSet(const DocumentId &document, DocumentData *convert, const uint64 &access, int32 date, const QVector<MTPDocumentAttribute> &attributes, const QString &mime, const ImagePtr &thumb, int32 dc, int32 size, const StorageImageLocation &thumbLocation) {
bool sentSticker = false;
if (convert) {
if (convert->id != document) {
DocumentsData::iterator i = ::documentsData.find(convert->id);
if (i != ::documentsData.cend() && i.value() == convert) {
::documentsData.erase(i);
}
// inline bot sent gifs caching
if (!convert->voice() && !convert->isVideo()) {
Local::copyStickerImage(mediaKey(DocumentFileLocation, convert->dc, convert->id), mediaKey(DocumentFileLocation, dc, document));
}
convert->id = document;
convert->status = FileReady;
sentSticker = (convert->sticker() != 0);
}
if (date) {
convert->access = access;
convert->date = date;
convert->setattributes(attributes);
convert->mime = mime;
if (!thumb->isNull() && (convert->thumb->isNull() || convert->thumb->width() < thumb->width() || convert->thumb->height() < thumb->height())) {
updateImage(convert->thumb, thumb);
}
convert->dc = dc;
convert->size = size;
convert->recountIsImage();
if (convert->sticker() && convert->sticker()->loc.isNull() && !thumbLocation.isNull()) {
convert->sticker()->loc = thumbLocation;
}
}
if (cSavedGifs().indexOf(convert) >= 0) { // id changed
Local::writeSavedGifs();
}
const FileLocation &loc(convert->location(true));
if (!loc.isEmpty()) {
Local::writeFileLocation(convert->mediaKey(), loc);
}
}
DocumentsData::const_iterator i = ::documentsData.constFind(document);
DocumentData *result;
if (i == ::documentsData.cend()) {
if (convert) {
result = convert;
} else {
result = new DocumentData(document, access, date, attributes, mime, thumb, dc, size);
result->recountIsImage();
if (result->sticker()) {
result->sticker()->loc = thumbLocation;
}
}
::documentsData.insert(document, result);
} else {
result = i.value();
if (result != convert && date) {
result->access = access;
result->date = date;
result->setattributes(attributes);
result->mime = mime;
if (!thumb->isNull() && (result->thumb->isNull() || result->thumb->width() < thumb->width() || result->thumb->height() < thumb->height())) {
result->thumb = thumb;
}
result->dc = dc;
result->size = size;
result->recountIsImage();
if (result->sticker() && result->sticker()->loc.isNull() && !thumbLocation.isNull()) {
result->sticker()->loc = thumbLocation;
}
}
}
if (sentSticker && App::main()) {
App::main()->incrementSticker(result);
}
return result;
}
WebPageData *webPage(const WebPageId &webPage) {
WebPagesData::const_iterator i = webPagesData.constFind(webPage);
if (i == webPagesData.cend()) {
i = webPagesData.insert(webPage, new WebPageData(webPage));
}
return i.value();
}
WebPageData *webPageSet(const WebPageId &webPage, WebPageData *convert, const QString &type, const QString &url, const QString &displayUrl, const QString &siteName, const QString &title, const QString &description, PhotoData *photo, DocumentData *doc, int32 duration, const QString &author, int32 pendingTill) {
if (convert) {
if (convert->id != webPage) {
WebPagesData::iterator i = webPagesData.find(convert->id);
if (i != webPagesData.cend() && i.value() == convert) {
webPagesData.erase(i);
}
convert->id = webPage;
}
if ((convert->url.isEmpty() && !url.isEmpty()) || (convert->pendingTill && convert->pendingTill != pendingTill && pendingTill >= -1)) {
convert->type = toWebPageType(type);
convert->url = url;
convert->displayUrl = displayUrl;
convert->siteName = siteName;
convert->title = title;
convert->description = description;
convert->photo = photo;
convert->doc = doc;
convert->duration = duration;
convert->author = author;
if (convert->pendingTill > 0 && pendingTill <= 0 && api()) api()->clearWebPageRequest(convert);
convert->pendingTill = pendingTill;
if (App::main()) App::main()->webPageUpdated(convert);
}
}
WebPagesData::const_iterator i = webPagesData.constFind(webPage);
WebPageData *result;
if (i == webPagesData.cend()) {
if (convert) {
result = convert;
} else {
result = new WebPageData(webPage, toWebPageType(type), url, displayUrl, siteName, title, description, photo, doc, duration, author, (pendingTill >= -1) ? pendingTill : -1);
if (pendingTill > 0 && api()) {
api()->requestWebPageDelayed(result);
}
}
webPagesData.insert(webPage, result);
} else {
result = i.value();
if (result != convert) {
if ((result->url.isEmpty() && !url.isEmpty()) || (result->pendingTill && result->pendingTill != pendingTill && pendingTill >= -1)) {
result->type = toWebPageType(type);
result->url = url;
result->displayUrl = displayUrl;
result->siteName = siteName;
result->title = title;
result->description = description;
result->photo = photo;
result->doc = doc;
result->duration = duration;
result->author = author;
if (result->pendingTill > 0 && pendingTill <= 0 && api()) api()->clearWebPageRequest(result);
result->pendingTill = pendingTill;
if (App::main()) App::main()->webPageUpdated(result);
}
}
}
return result;
}
LocationData *location(const LocationCoords &coords) {
LocationsData::const_iterator i = locationsData.constFind(coords);
if (i == locationsData.cend()) {
i = locationsData.insert(coords, new LocationData(coords));
}
return i.value();
}
void forgetMedia() {
lastPhotos.clear();
lastPhotosMap.clear();
for (PhotosData::const_iterator i = ::photosData.cbegin(), e = ::photosData.cend(); i != e; ++i) {
i.value()->forget();
}
for (DocumentsData::const_iterator i = ::documentsData.cbegin(), e = ::documentsData.cend(); i != e; ++i) {
i.value()->forget();
}
for (LocationsData::const_iterator i = ::locationsData.cbegin(), e = ::locationsData.cend(); i != e; ++i) {
i.value()->thumb->forget();
}
}
MTPPhoto photoFromUserPhoto(MTPint userId, MTPint date, const MTPUserProfilePhoto &photo) {
if (photo.type() == mtpc_userProfilePhoto) {
const MTPDuserProfilePhoto &uphoto(photo.c_userProfilePhoto());
QVector<MTPPhotoSize> photoSizes;
photoSizes.push_back(MTP_photoSize(MTP_string("a"), uphoto.vphoto_small, MTP_int(160), MTP_int(160), MTP_int(0)));
photoSizes.push_back(MTP_photoSize(MTP_string("c"), uphoto.vphoto_big, MTP_int(640), MTP_int(640), MTP_int(0)));
return MTP_photo(uphoto.vphoto_id, MTP_long(0), date, MTP_vector<MTPPhotoSize>(photoSizes));
}
return MTP_photoEmpty(MTP_long(0));
}
QString peerName(const PeerData *peer, bool forDialogs) {
return peer ? ((forDialogs && peer->isUser() && !peer->asUser()->nameOrPhone.isEmpty()) ? peer->asUser()->nameOrPhone : peer->name) : lang(lng_deleted);
}
Histories &histories() {
return ::histories;
}
History *history(const PeerId &peer) {
return ::histories.findOrInsert(peer, 0, 0);
}
History *historyFromDialog(const PeerId &peer, int32 unreadCnt, int32 maxInboxRead) {
return ::histories.findOrInsert(peer, unreadCnt, maxInboxRead);
}
History *historyLoaded(const PeerId &peer) {
return ::histories.find(peer);
}
HistoryItem *histItemById(ChannelId channelId, MsgId itemId) {
MsgsData *data = fetchMsgsData(channelId, false);
if (!data) return 0;
MsgsData::const_iterator i = data->constFind(itemId);
if (i != data->cend()) {
return i.value();
}
return 0;
}
void historyRegItem(HistoryItem *item) {
MsgsData *data = fetchMsgsData(item->channelId());
MsgsData::const_iterator i = data->constFind(item->id);
if (i == data->cend()) {
data->insert(item->id, item);
} else if (i.value() != item) {
LOG(("App Error: trying to historyRegItem() an already registered item"));
i.value()->destroy();
data->insert(item->id, item);
}
}
void historyItemDetached(HistoryItem *item) {
if (::hoveredItem == item) {
hoveredItem(0);
}
if (::pressedItem == item) {
pressedItem(0);
}
if (::hoveredLinkItem == item) {
hoveredLinkItem(0);
}
if (::pressedLinkItem == item) {
pressedLinkItem(0);
}
if (::contextItem == item) {
contextItem(0);
}
if (::mousedItem == item) {
mousedItem(0);
}
if (App::wnd()) {
App::wnd()->notifyItemRemoved(item);
}
}
void historyUnregItem(HistoryItem *item) {
MsgsData *data = fetchMsgsData(item->channelId(), false);
if (!data) return;
auto i = data->find(item->id);
if (i != data->cend()) {
if (i.value() == item) {
data->erase(i);
}
}
historyItemDetached(item);
auto j = ::dependentItems.find(item);
if (j != ::dependentItems.cend()) {
DependentItemsSet items;
std::swap(items, j.value());
::dependentItems.erase(j);
for_const (HistoryItem *dependent, items) {
dependent->dependencyItemRemoved(item);
}
}
if (App::main() && !App::quitting()) {
App::main()->itemRemoved(item);
}
}
void historyUpdateDependent(HistoryItem *item) {
DependentItems::iterator j = ::dependentItems.find(item);
if (j != ::dependentItems.cend()) {
for_const (HistoryItem *dependent, j.value()) {
dependent->updateDependencyItem();
}
}
if (App::main()) {
App::main()->itemEdited(item);
}
}
void historyClearMsgs() {
::dependentItems.clear();
QVector<HistoryItem*> toDelete;
for_const (HistoryItem *item, msgsData) {
if (item->detached()) {
toDelete.push_back(item);
}
}
for_const (const MsgsData &chMsgsData, channelMsgsData) {
for_const (HistoryItem *item, chMsgsData) {
if (item->detached()) {
toDelete.push_back(item);
}
}
}
msgsData.clear();
channelMsgsData.clear();
for (int32 i = 0, l = toDelete.size(); i < l; ++i) {
delete toDelete[i];
}
::hoveredItem = ::pressedItem = ::hoveredLinkItem = ::pressedLinkItem = ::contextItem = 0;
}
void historyClearItems() {
randomData.clear();
sentData.clear();
mutedPeers.clear();
updatedPeers.clear();
cSetSavedPeers(SavedPeers());
cSetSavedPeersByTime(SavedPeersByTime());
cSetRecentInlineBots(RecentInlineBots());
for_const (PeerData *peer, peersData) {
delete peer;
}
peersData.clear();
for_const (PhotoData *photo, ::photosData) {
delete photo;
}
::photosData.clear();
for_const (DocumentData *document, ::documentsData) {
delete document;
}
::documentsData.clear();
for_const (WebPageData *webpage, webPagesData) {
delete webpage;
}
webPagesData.clear();
if (api()) api()->clearWebPageRequests();
cSetRecentStickers(RecentStickerPack());
Global::SetStickerSets(Stickers::Sets());
Global::SetStickerSetsOrder(Stickers::Order());
Global::SetLastStickersUpdate(0);
cSetSavedGifs(SavedGifs());
cSetLastSavedGifsUpdate(0);
cSetReportSpamStatuses(ReportSpamStatuses());
cSetAutoDownloadPhoto(0);
cSetAutoDownloadAudio(0);
cSetAutoDownloadGif(0);
::photoItems.clear();
::documentItems.clear();
::webPageItems.clear();
::sharedContactItems.clear();
::gifItems.clear();
lastPhotos.clear();
lastPhotosMap.clear();
::self = 0;
if (App::wnd()) App::wnd()->updateGlobalMenu();
}
void historyRegDependency(HistoryItem *dependent, HistoryItem *dependency) {
::dependentItems[dependency].insert(dependent);
}
void historyUnregDependency(HistoryItem *dependent, HistoryItem *dependency) {
auto i = ::dependentItems.find(dependency);
if (i != ::dependentItems.cend()) {
i.value().remove(dependent);
if (i.value().isEmpty()) {
::dependentItems.erase(i);
}
}
}
void historyRegRandom(uint64 randomId, const FullMsgId &itemId) {
randomData.insert(randomId, itemId);
}
void historyUnregRandom(uint64 randomId) {
randomData.remove(randomId);
}
FullMsgId histItemByRandom(uint64 randomId) {
RandomData::const_iterator i = randomData.constFind(randomId);
if (i != randomData.cend()) {
return i.value();
}
return FullMsgId();
}
void historyRegSentData(uint64 randomId, const PeerId &peerId, const QString &text) {
sentData.insert(randomId, qMakePair(peerId, text));
}
void historyUnregSentData(uint64 randomId) {
sentData.remove(randomId);
}
void histSentDataByItem(uint64 randomId, PeerId &peerId, QString &text) {
QPair<PeerId, QString> d = sentData.value(randomId);
peerId = d.first;
text = d.second;
}
void prepareCorners(RoundCorners index, int32 radius, const style::color &color, const style::color *shadow = 0, QImage *cors = 0) {
int32 r = radius * cIntRetinaFactor(), s = st::msgShadow * cIntRetinaFactor();
QImage rect(r * 3, r * 3 + (shadow ? s : 0), QImage::Format_ARGB32_Premultiplied), localCors[4];
{
QPainter p(&rect);
p.setCompositionMode(QPainter::CompositionMode_Source);
p.fillRect(QRect(0, 0, rect.width(), rect.height()), st::transparent->b);
p.setCompositionMode(QPainter::CompositionMode_SourceOver);
p.setRenderHint(QPainter::HighQualityAntialiasing);
p.setPen(Qt::NoPen);
if (shadow) {
p.setBrush((*shadow)->b);
p.drawRoundedRect(0, s, r * 3, r * 3, r, r);
}
p.setBrush(color->b);
p.drawRoundedRect(0, 0, r * 3, r * 3, r, r);
}
if (!cors) cors = localCors;
cors[0] = rect.copy(0, 0, r, r);
cors[1] = rect.copy(r * 2, 0, r, r);
cors[2] = rect.copy(0, r * 2, r, r + (shadow ? s : 0));
cors[3] = rect.copy(r * 2, r * 2, r, r + (shadow ? s : 0));
if (index != NoneCorners) {
for (int i = 0; i < 4; ++i) {
::corners[index].p[i] = new QPixmap(QPixmap::fromImage(cors[i], Qt::ColorOnly));
::corners[index].p[i]->setDevicePixelRatio(cRetinaFactor());
}
}
}
void tryFontFamily(QString &family, const QString &tryFamily) {
if (family.isEmpty()) {
if (!QFontInfo(QFont(tryFamily)).family().trimmed().compare(tryFamily, Qt::CaseInsensitive)) {
family = tryFamily;
}
}
}
void initMedia() {
audioInit();
if (!::monofont) {
QString family;
tryFontFamily(family, qsl("Consolas"));
tryFontFamily(family, qsl("Liberation Mono"));
tryFontFamily(family, qsl("Menlo"));
tryFontFamily(family, qsl("Courier"));
if (family.isEmpty()) family = QFontDatabase::systemFont(QFontDatabase::FixedFont).family();
::monofont = style::font(st::normalFont->f.pixelSize(), 0, family);
}
if (!::sprite) {
if (rtl()) {
::sprite = new QPixmap(QPixmap::fromImage(QImage(st::spriteFile).mirrored(true, false)));
} else {
::sprite = new QPixmap(st::spriteFile);
}
if (cRetina()) ::sprite->setDevicePixelRatio(cRetinaFactor());
}
emojiInit();
if (!::emoji) {
::emoji = new QPixmap(QLatin1String(EName));
if (cRetina()) ::emoji->setDevicePixelRatio(cRetinaFactor());
}
if (!::emojiLarge) {
::emojiLarge = new QPixmap(QLatin1String(EmojiNames[EIndex + 1]));
if (cRetina()) ::emojiLarge->setDevicePixelRatio(cRetinaFactor());
}
QImage mask[4];
prepareCorners(NoneCorners, st::msgRadius, st::white, 0, mask);
for (int i = 0; i < 4; ++i) {
::cornersMask[i] = new QImage(mask[i].convertToFormat(QImage::Format_ARGB32_Premultiplied));
::cornersMask[i]->setDevicePixelRatio(cRetinaFactor());
}
prepareCorners(BlackCorners, st::msgRadius, st::black);
prepareCorners(WhiteCorners, st::msgRadius, st::white);
prepareCorners(ServiceCorners, st::msgRadius, st::msgServiceBg);
prepareCorners(ServiceSelectedCorners, st::msgRadius, st::msgServiceSelectBg);
prepareCorners(SelectedOverlayCorners, st::msgRadius, st::msgSelectOverlay);
prepareCorners(DateCorners, st::msgRadius, st::msgDateImgBg);
prepareCorners(DateSelectedCorners, st::msgRadius, st::msgDateImgBgSelected);
prepareCorners(InShadowCorners, st::msgRadius, st::msgInShadow);
prepareCorners(InSelectedShadowCorners, st::msgRadius, st::msgInShadowSelected);
prepareCorners(ForwardCorners, st::msgRadius, st::forwardBg);
prepareCorners(MediaviewSaveCorners, st::msgRadius, st::medviewSaveMsg);
prepareCorners(EmojiHoverCorners, st::msgRadius, st::emojiPanHover);
prepareCorners(StickerHoverCorners, st::msgRadius, st::emojiPanHover);
prepareCorners(BotKeyboardCorners, st::msgRadius, st::botKbBg);
prepareCorners(BotKeyboardOverCorners, st::msgRadius, st::botKbOverBg);
prepareCorners(BotKeyboardDownCorners, st::msgRadius, st::botKbDownBg);
prepareCorners(PhotoSelectOverlayCorners, st::msgRadius, st::overviewPhotoSelectOverlay);
prepareCorners(DocBlueCorners, st::msgRadius, st::msgFileBlueColor);
prepareCorners(DocGreenCorners, st::msgRadius, st::msgFileGreenColor);
prepareCorners(DocRedCorners, st::msgRadius, st::msgFileRedColor);
prepareCorners(DocYellowCorners, st::msgRadius, st::msgFileYellowColor);
prepareCorners(MessageInCorners, st::msgRadius, st::msgInBg, &st::msgInShadow);
prepareCorners(MessageInSelectedCorners, st::msgRadius, st::msgInBgSelected, &st::msgInShadowSelected);
prepareCorners(MessageOutCorners, st::msgRadius, st::msgOutBg, &st::msgOutShadow);
prepareCorners(MessageOutSelectedCorners, st::msgRadius, st::msgOutBgSelected, &st::msgOutShadowSelected);
}
void clearHistories() {
ClickHandler::clearActive();
ClickHandler::unpressed();
histories().clear();
clearStorageImages();
cSetServerBackgrounds(WallPapers());
serviceImageCacheSize = imageCacheSize();
}
void deinitMedia() {
audioFinish();
delete ::sprite;
::sprite = 0;
delete ::emoji;
::emoji = 0;
delete ::emojiLarge;
::emojiLarge = 0;
for (int32 j = 0; j < 4; ++j) {
for (int32 i = 0; i < RoundCornersCount; ++i) {
delete ::corners[i].p[j]; ::corners[i].p[j] = 0;
}
delete ::cornersMask[j]; ::cornersMask[j] = 0;
}
for (CornersMap::const_iterator i = ::cornersMap.cbegin(), e = ::cornersMap.cend(); i != e; ++i) {
for (int32 j = 0; j < 4; ++j) {
delete i->p[j];
}
}
::cornersMap.clear();
mainEmojiMap.clear();
otherEmojiMap.clear();
clearAllImages();
}
void hoveredItem(HistoryItem *item) {
::hoveredItem = item;
}
HistoryItem *hoveredItem() {
return ::hoveredItem;
}
void pressedItem(HistoryItem *item) {
::pressedItem = item;
}
HistoryItem *pressedItem() {
return ::pressedItem;
}
void hoveredLinkItem(HistoryItem *item) {
::hoveredLinkItem = item;
}
HistoryItem *hoveredLinkItem() {
return ::hoveredLinkItem;
}
void pressedLinkItem(HistoryItem *item) {
::pressedLinkItem = item;
}
HistoryItem *pressedLinkItem() {
return ::pressedLinkItem;
}
void contextItem(HistoryItem *item) {
::contextItem = item;
}
HistoryItem *contextItem() {
return ::contextItem;
}
void mousedItem(HistoryItem *item) {
::mousedItem = item;
}
HistoryItem *mousedItem() {
return ::mousedItem;
}
const style::font &monofont() {
return ::monofont;
}
const QPixmap &sprite() {
return *::sprite;
}
const QPixmap &emoji() {
return *::emoji;
}
const QPixmap &emojiLarge() {
return *::emojiLarge;
}
const QPixmap &emojiSingle(EmojiPtr emoji, int32 fontHeight) {
EmojiMap *map = &(fontHeight == st::taDefFlat.font->height ? mainEmojiMap : otherEmojiMap[fontHeight]);
EmojiMap::const_iterator i = map->constFind(emojiKey(emoji));
if (i == map->cend()) {
QImage img(ESize + st::emojiPadding * cIntRetinaFactor() * 2, fontHeight * cIntRetinaFactor(), QImage::Format_ARGB32_Premultiplied);
if (cRetina()) img.setDevicePixelRatio(cRetinaFactor());
{
QPainter p(&img);
QPainter::CompositionMode m = p.compositionMode();
p.setCompositionMode(QPainter::CompositionMode_Source);
p.fillRect(0, 0, img.width(), img.height(), Qt::transparent);
p.setCompositionMode(m);
emojiDraw(p, emoji, st::emojiPadding * cIntRetinaFactor(), (fontHeight * cIntRetinaFactor() - ESize) / 2);
}
i = map->insert(emojiKey(emoji), QPixmap::fromImage(img, Qt::ColorOnly));
}
return i.value();
}
void playSound() {
if (cSoundNotify() && !psSkipAudioNotify()) audioPlayNotify();
}
void checkImageCacheSize() {
int64 nowImageCacheSize = imageCacheSize();
if (nowImageCacheSize > serviceImageCacheSize + MemoryForImageCache) {
App::forgetMedia();
serviceImageCacheSize = imageCacheSize();
}
}
bool isValidPhone(QString phone) {
phone = phone.replace(QRegularExpression(qsl("[^\\d]")), QString());
return phone.length() >= 8 || phone == qsl("777") || phone == qsl("333") || phone == qsl("111") || (phone.startsWith(qsl("42")) && (phone.length() == 2 || phone.length() == 5 || phone == qsl("4242")));
}
void quit() {
if (quitting()) return;
setLaunchState(QuitRequested);
Application::quit();
}
bool quitting() {
return _launchState != Launched;
}
LaunchState launchState() {
return _launchState;
}
void setLaunchState(LaunchState state) {
_launchState = state;
}
QImage readImage(QByteArray data, QByteArray *format, bool opaque, bool *animated) {
QByteArray tmpFormat;
QImage result;
QBuffer buffer(&data);
if (!format) {
format = &tmpFormat;
}
{
QImageReader reader(&buffer, *format);
#if QT_VERSION >= QT_VERSION_CHECK(5, 5, 0)
reader.setAutoTransform(true);
#endif
if (animated) *animated = reader.supportsAnimation() && reader.imageCount() > 1;
QByteArray fmt = reader.format();
if (!fmt.isEmpty()) *format = fmt;
if (!reader.read(&result)) {
return QImage();
}
fmt = reader.format();
if (!fmt.isEmpty()) *format = fmt;
}
buffer.seek(0);
QString fmt = QString::fromUtf8(*format).toLower();
if (fmt == "jpg" || fmt == "jpeg") {
#if QT_VERSION < QT_VERSION_CHECK(5, 5, 0)
ExifData *exifData = exif_data_new_from_data((const uchar*)(data.constData()), data.size());
if (exifData) {
ExifByteOrder byteOrder = exif_data_get_byte_order(exifData);
ExifEntry *exifEntry = exif_data_get_entry(exifData, EXIF_TAG_ORIENTATION);
if (exifEntry) {
QTransform orientationFix;
int orientation = exif_get_short(exifEntry->data, byteOrder);
switch (orientation) {
case 2: orientationFix = QTransform(-1, 0, 0, 1, 0, 0); break;
case 3: orientationFix = QTransform(-1, 0, 0, -1, 0, 0); break;
case 4: orientationFix = QTransform(1, 0, 0, -1, 0, 0); break;
case 5: orientationFix = QTransform(0, -1, -1, 0, 0, 0); break;
case 6: orientationFix = QTransform(0, 1, -1, 0, 0, 0); break;
case 7: orientationFix = QTransform(0, 1, 1, 0, 0, 0); break;
case 8: orientationFix = QTransform(0, -1, 1, 0, 0, 0); break;
}
result = result.transformed(orientationFix);
}
exif_data_free(exifData);
}
#endif
} else if (opaque && result.hasAlphaChannel()) {
QImage solid(result.width(), result.height(), QImage::Format_ARGB32_Premultiplied);
solid.fill(st::white->c);
{
QPainter(&solid).drawImage(0, 0, result);
}
result = solid;
}
return result;
}
QImage readImage(const QString &file, QByteArray *format, bool opaque, bool *animated, QByteArray *content) {
QFile f(file);
if (!f.open(QIODevice::ReadOnly)) {
if (animated) *animated = false;
return QImage();
}
QByteArray img = f.readAll();
QImage result = readImage(img, format, opaque, animated);
if (content && !result.isNull()) *content = img;
return result;
}
void regPhotoItem(PhotoData *data, HistoryItem *item) {
::photoItems[data].insert(item, NullType());
}
void unregPhotoItem(PhotoData *data, HistoryItem *item) {
::photoItems[data].remove(item);
}
const PhotoItems &photoItems() {
return ::photoItems;
}
const PhotosData &photosData() {
return ::photosData;
}
void regDocumentItem(DocumentData *data, HistoryItem *item) {
::documentItems[data].insert(item, NullType());
}
void unregDocumentItem(DocumentData *data, HistoryItem *item) {
::documentItems[data].remove(item);
}
const DocumentItems &documentItems() {
return ::documentItems;
}
const DocumentsData &documentsData() {
return ::documentsData;
}
void regWebPageItem(WebPageData *data, HistoryItem *item) {
::webPageItems[data].insert(item, NullType());
}
void unregWebPageItem(WebPageData *data, HistoryItem *item) {
::webPageItems[data].remove(item);
}
const WebPageItems &webPageItems() {
return ::webPageItems;
}
void regSharedContactItem(int32 userId, HistoryItem *item) {
::sharedContactItems[userId].insert(item, NullType());
}
void unregSharedContactItem(int32 userId, HistoryItem *item) {
::sharedContactItems[userId].remove(item);
}
const SharedContactItems &sharedContactItems() {
return ::sharedContactItems;
}
void regGifItem(ClipReader *reader, HistoryItem *item) {
::gifItems.insert(reader, item);
}
void unregGifItem(ClipReader *reader) {
::gifItems.remove(reader);
}
void stopGifItems() {
if (!::gifItems.isEmpty()) {
GifItems gifs = ::gifItems;
for (GifItems::const_iterator i = gifs.cbegin(), e = gifs.cend(); i != e; ++i) {
if (HistoryMedia *media = i.value()->getMedia()) {
media->stopInline(i.value());
}
}
}
}
QString phoneFromSharedContact(int32 userId) {
SharedContactItems::const_iterator i = ::sharedContactItems.constFind(userId);
if (i != ::sharedContactItems.cend() && !i->isEmpty()) {
HistoryMedia *media = i->cbegin().key()->getMedia();
if (media && media->type() == MediaTypeContact) {
return static_cast<HistoryContact*>(media)->phone();
}
}
return QString();
}
void regMuted(PeerData *peer, int32 changeIn) {
::mutedPeers.insert(peer, true);
if (App::main()) App::main()->updateMutedIn(changeIn);
}
void unregMuted(PeerData *peer) {
::mutedPeers.remove(peer);
}
void updateMuted() {
int32 changeInMin = 0;
for (MutedPeers::iterator i = ::mutedPeers.begin(); i != ::mutedPeers.end();) {
int32 changeIn = 0;
History *h = App::history(i.key()->id);
if (isNotifyMuted(i.key()->notify, &changeIn)) {
h->setMute(true);
if (changeIn && (!changeInMin || changeIn < changeInMin)) {
changeInMin = changeIn;
}
++i;
} else {
h->setMute(false);
i = ::mutedPeers.erase(i);
}
}
if (changeInMin) App::main()->updateMutedIn(changeInMin);
}
void setProxySettings(QNetworkAccessManager &manager) {
#ifndef TDESKTOP_DISABLE_NETWORK_PROXY
manager.setProxy(getHttpProxySettings());
#endif
}
#ifndef TDESKTOP_DISABLE_NETWORK_PROXY
QNetworkProxy getHttpProxySettings() {
const ConnectionProxy *proxy = 0;
if (Global::started()) {
proxy = (cConnectionType() == dbictHttpProxy) ? (&cConnectionProxy()) : 0;
} else {
proxy = Sandbox::PreLaunchProxy().host.isEmpty() ? 0 : (&Sandbox::PreLaunchProxy());
}
if (proxy) {
return QNetworkProxy(QNetworkProxy::HttpProxy, proxy->host, proxy->port, proxy->user, proxy->password);
}
return QNetworkProxy(QNetworkProxy::DefaultProxy);
}
#endif
void setProxySettings(QTcpSocket &socket) {
#ifndef TDESKTOP_DISABLE_NETWORK_PROXY
if (cConnectionType() == dbictTcpProxy) {
const ConnectionProxy &p(cConnectionProxy());
socket.setProxy(QNetworkProxy(QNetworkProxy::Socks5Proxy, p.host, p.port, p.user, p.password));
} else {
socket.setProxy(QNetworkProxy(QNetworkProxy::NoProxy));
}
#endif
}
QImage **cornersMask() {
return ::cornersMask;
}
void roundRect(Painter &p, int32 x, int32 y, int32 w, int32 h, const style::color &bg, const CornersPixmaps &c, const style::color *sh) {
int32 cw = c.p[0]->width() / cIntRetinaFactor(), ch = c.p[0]->height() / cIntRetinaFactor();
if (w < 2 * cw || h < 2 * ch) return;
if (w > 2 * cw) {
p.fillRect(QRect(x + cw, y, w - 2 * cw, ch), bg->b);
p.fillRect(QRect(x + cw, y + h - ch, w - 2 * cw, ch), bg->b);
if (sh) p.fillRect(QRect(x + cw, y + h, w - 2 * cw, st::msgShadow), (*sh)->b);
}
if (h > 2 * ch) {
p.fillRect(QRect(x, y + ch, w, h - 2 * ch), bg->b);
}
p.drawPixmap(QPoint(x, y), *c.p[0]);
p.drawPixmap(QPoint(x + w - cw, y), *c.p[1]);
p.drawPixmap(QPoint(x, y + h - ch), *c.p[2]);
p.drawPixmap(QPoint(x + w - cw, y + h - ch), *c.p[3]);
}
void roundRect(Painter &p, int32 x, int32 y, int32 w, int32 h, const style::color &bg, RoundCorners index, const style::color *sh) {
roundRect(p, x, y, w, h, bg, ::corners[index], sh);
}
void roundShadow(Painter &p, int32 x, int32 y, int32 w, int32 h, const style::color &sh, RoundCorners index) {
const CornersPixmaps &c = ::corners[index];
int32 cw = c.p[0]->width() / cIntRetinaFactor(), ch = c.p[0]->height() / cIntRetinaFactor();
p.fillRect(x + cw, y + h, w - 2 * cw, st::msgShadow, sh->b);
p.fillRect(x, y + h - ch, cw, st::msgShadow, sh->b);
p.fillRect(x + w - cw, y + h - ch, cw, st::msgShadow, sh->b);
p.drawPixmap(x, y + h - ch + st::msgShadow, *c.p[2]);
p.drawPixmap(x + w - cw, y + h - ch + st::msgShadow, *c.p[3]);
}
void roundRect(Painter &p, int32 x, int32 y, int32 w, int32 h, const style::color &bg) {
uint32 colorKey = ((uint32(bg->c.alpha()) & 0xFF) << 24) | ((uint32(bg->c.red()) & 0xFF) << 16) | ((uint32(bg->c.green()) & 0xFF) << 8) | ((uint32(bg->c.blue()) & 0xFF) << 24);
CornersMap::const_iterator i = cornersMap.find(colorKey);
if (i == cornersMap.cend()) {
QImage images[4];
prepareCorners(NoneCorners, st::msgRadius, bg, 0, images);
CornersPixmaps pixmaps;
for (int j = 0; j < 4; ++j) {
pixmaps.p[j] = new QPixmap(QPixmap::fromImage(images[j], Qt::ColorOnly));
pixmaps.p[j]->setDevicePixelRatio(cRetinaFactor());
}
i = cornersMap.insert(colorKey, pixmaps);
}
roundRect(p, x, y, w, h, bg, i.value(), 0);
}
void initBackground(int32 id, const QImage &p, bool nowrite) {
if (Local::readBackground()) return;
QImage img(p);
bool remove = false;
if (p.isNull()) {
if (id == DefaultChatBackground) {
img.load(st::msgBG);
} else {
img.load(st::msgBG0);
if (cRetina()) {
img = img.scaledToWidth(img.width() * 2, Qt::SmoothTransformation);
} else if (cScale() != dbisOne) {
img = img.scaledToWidth(convertScale(img.width()), Qt::SmoothTransformation);
}
id = 0;
}
remove = true;
}
if (img.format() != QImage::Format_ARGB32 && img.format() != QImage::Format_ARGB32_Premultiplied && img.format() != QImage::Format_RGB32) {
img = img.convertToFormat(QImage::Format_RGB32);
}
img.setDevicePixelRatio(cRetinaFactor());
if (!nowrite) {
Local::writeBackground(id, remove ? QImage() : img);
}
delete cChatBackground();
cSetChatBackground(new QPixmap(QPixmap::fromImage(img, Qt::ColorOnly)));
cSetChatBackgroundId(id);
if (App::main()) App::main()->clearCachedBackground();
uint64 components[3] = { 0 }, componentsScroll[3] = { 0 }, componentsPoint[3] = { 0 };
int w = img.width(), h = img.height(), size = w * h;
const uchar *pix = img.constBits();
if (pix) {
for (int32 i = 0, l = size * 4; i < l; i += 4) {
components[2] += pix[i + 0];
components[1] += pix[i + 1];
components[0] += pix[i + 2];
}
}
if (size) {
for (int32 i = 0; i < 3; ++i) components[i] /= size;
}
int maxtomin[3] = { 0, 1, 2 };
if (components[maxtomin[0]] < components[maxtomin[1]]) {
qSwap(maxtomin[0], maxtomin[1]);
}
if (components[maxtomin[1]] < components[maxtomin[2]]) {
qSwap(maxtomin[1], maxtomin[2]);
if (components[maxtomin[0]] < components[maxtomin[1]]) {
qSwap(maxtomin[0], maxtomin[1]);
}
}
uint64 max = qMax(1ULL, components[maxtomin[0]]), mid = qMax(1ULL, components[maxtomin[1]]), min = qMax(1ULL, components[maxtomin[2]]);
QImage dog = App::sprite().toImage().copy(st::msgDogImg);
QImage::Format f = dog.format();
if (f != QImage::Format_ARGB32 && f != QImage::Format_ARGB32_Premultiplied) {
dog = dog.convertToFormat(QImage::Format_ARGB32_Premultiplied);
}
uchar *dogBits = dog.bits();
if (max != min) {
float64 coef = float64(mid - min) / float64(max - min);
for (int i = 0, s = dog.width() * dog.height() * 4; i < s; i += 4) {
int dogmaxtomin[3] = { i, i + 1, i + 2 };
if (dogBits[dogmaxtomin[0]] < dogBits[dogmaxtomin[1]]) {
qSwap(dogmaxtomin[0], dogmaxtomin[1]);
}
if (dogBits[dogmaxtomin[1]] < dogBits[dogmaxtomin[2]]) {
qSwap(dogmaxtomin[1], dogmaxtomin[2]);
if (dogBits[dogmaxtomin[0]] < dogBits[dogmaxtomin[1]]) {
qSwap(dogmaxtomin[0], dogmaxtomin[1]);
}
}
uchar result[3];
result[maxtomin[0]] = dogBits[dogmaxtomin[0]];
result[maxtomin[2]] = dogBits[dogmaxtomin[2]];
result[maxtomin[1]] = uchar(qRound(result[maxtomin[2]] + (result[maxtomin[0]] - result[maxtomin[2]]) * coef));
dogBits[i] = result[2];
dogBits[i + 1] = result[1];
dogBits[i + 2] = result[0];
}
} else {
for (int i = 0, s = dog.width() * dog.height() * 4; i < s; i += 4) {
uchar b = dogBits[i], g = dogBits[i + 1], r = dogBits[i + 2];
dogBits[i] = dogBits[i + 1] = dogBits[i + 2] = (r + r + b + g + g + g) / 6;
}
}
delete cChatDogImage();
cSetChatDogImage(new QPixmap(QPixmap::fromImage(dog)));
memcpy(componentsScroll, components, sizeof(components));
memcpy(componentsPoint, components, sizeof(components));
if (max != min) {
if (min > uint64(qRound(0.77 * max))) {
uint64 newmin = qRound(0.77 * max); // min saturation 23%
uint64 newmid = max - ((max - mid) * (max - newmin)) / (max - min);
components[maxtomin[1]] = newmid;
components[maxtomin[2]] = newmin;
}
uint64 newmin = qRound(0.77 * max); // saturation 23% for scroll
uint64 newmid = max - ((max - mid) * (max - newmin)) / (max - min);
componentsScroll[maxtomin[1]] = newmid;
componentsScroll[maxtomin[2]] = newmin;
uint64 pmax = 227; // 89% brightness
uint64 pmin = qRound(0.75 * pmax); // 41% saturation
uint64 pmid = pmax - ((max - mid) * (pmax - pmin)) / (max - min);
componentsPoint[maxtomin[0]] = pmax;
componentsPoint[maxtomin[1]] = pmid;
componentsPoint[maxtomin[2]] = pmin;
} else {
componentsPoint[0] = componentsPoint[1] = componentsPoint[2] = 227; // 89% brightness
}
float64 luminance = 0.299 * componentsScroll[0] + 0.587 * componentsScroll[1] + 0.114 * componentsScroll[2];
uint64 maxScroll = max;
if (luminance < 0.5 * 0xFF) {
maxScroll += qRound(0.2 * 0xFF);
} else {
maxScroll -= qRound(0.2 * 0xFF);
}
componentsScroll[maxtomin[2]] = qMin(uint64(float64(componentsScroll[maxtomin[2]]) * maxScroll / float64(componentsScroll[maxtomin[0]])), 0xFFULL);
componentsScroll[maxtomin[1]] = qMin(uint64(float64(componentsScroll[maxtomin[1]]) * maxScroll / float64(componentsScroll[maxtomin[0]])), 0xFFULL);
componentsScroll[maxtomin[0]] = qMin(maxScroll, 0xFFULL);
if (max > uint64(qRound(0.2 * 0xFF))) { // brightness greater than 20%
max -= qRound(0.2 * 0xFF);
} else {
max = 0;
}
components[maxtomin[2]] = uint64(float64(components[maxtomin[2]]) * max / float64(components[maxtomin[0]]));
components[maxtomin[1]] = uint64(float64(components[maxtomin[1]]) * max / float64(components[maxtomin[0]]));
components[maxtomin[0]] = max;
uchar r = uchar(components[0]), g = uchar(components[1]), b = uchar(components[2]);
float64 alpha = st::msgServiceBg->c.alphaF();
_msgServiceBg = style::color(r, g, b, qRound(alpha * 0xFF));
float64 alphaSel = st::msgServiceSelectBg->c.alphaF(), addSel = (1. - ((1. - alphaSel) / (1. - alpha))) * 0xFF;
uchar rsel = snap(qRound(((1. - alphaSel) * r + addSel) / alphaSel), 0, 0xFF);
uchar gsel = snap(qRound(((1. - alphaSel) * g + addSel) / alphaSel), 0, 0xFF);
uchar bsel = snap(qRound(((1. - alphaSel) * b + addSel) / alphaSel), 0, 0xFF);
_msgServiceSelectBg = style::color(r, g, b, qRound(alphaSel * 0xFF));
prepareCorners(ServiceCorners, st::msgRadius, _msgServiceBg);
prepareCorners(ServiceSelectedCorners, st::msgRadius, _msgServiceSelectBg);
uchar rScroll = uchar(componentsScroll[0]), gScroll = uchar(componentsScroll[1]), bScroll = uchar(componentsScroll[2]);
_historyScrollBarColor = style::color(rScroll, gScroll, bScroll, qRound(st::historyScroll.barColor->c.alphaF() * 0xFF));
_historyScrollBgColor = style::color(rScroll, gScroll, bScroll, qRound(st::historyScroll.bgColor->c.alphaF() * 0xFF));
_historyScrollBarOverColor = style::color(rScroll, gScroll, bScroll, qRound(st::historyScroll.barOverColor->c.alphaF() * 0xFF));
_historyScrollBgOverColor = style::color(rScroll, gScroll, bScroll, qRound(st::historyScroll.bgOverColor->c.alphaF() * 0xFF));
uchar rPoint = uchar(componentsPoint[0]), gPoint = uchar(componentsPoint[1]), bPoint = uchar(componentsPoint[2]);
_introPointHoverColor = style::color(rPoint, gPoint, bPoint);
if (App::main()) App::main()->updateScrollColors();
}
const style::color &msgServiceBg() {
return _msgServiceBg;
}
const style::color &msgServiceSelectBg() {
return _msgServiceSelectBg;
}
const style::color &historyScrollBarColor() {
return _historyScrollBarColor;
}
const style::color &historyScrollBgColor() {
return _historyScrollBgColor;
}
const style::color &historyScrollBarOverColor() {
return _historyScrollBarOverColor;
}
const style::color &historyScrollBgOverColor() {
return _historyScrollBgOverColor;
}
const style::color &introPointHoverColor() {
return _introPointHoverColor;
}
WallPapers gServerBackgrounds;
}