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diff --git a/src/matrix-sdk.cpp b/src/matrix-sdk.cpp
index 4ffd1ef..4c37c96 100644
--- a/src/matrix-sdk.cpp
+++ b/src/matrix-sdk.cpp
@@ -1,744 +1,747 @@
/*
* This file is part of kazv.
* SPDX-FileCopyrightText: 2020-2024 tusooa <tusooa@kazv.moe>
* SPDX-License-Identifier: AGPL-3.0-or-later
*/
#include <kazv-defs.hpp>
#include <boost/archive/text_oarchive.hpp>
#include <boost/archive/text_iarchive.hpp>
#include <fstream>
#include <filesystem>
#include <chrono>
#include <QMutex>
#include <QMutexLocker>
#include <QtConcurrent>
#include <QThreadPool>
#include <KConfig>
#include <KConfigGroup>
#include <eventemitter/lagerstoreeventemitter.hpp>
#include <client/sdk.hpp>
#include <client/notification-handler.hpp>
#include <crypto/base64.hpp>
#include <zug/util.hpp>
#include <lager/event_loop/qt.hpp>
#include "matrix-sdk.hpp"
#include "matrix-room-list.hpp"
#include "matrix-promise.hpp"
#include "matrix-event.hpp"
#include "helper.hpp"
#include "kazv-path-config.hpp"
#include "kazv-version.hpp"
#include "qt-json.hpp"
#include "qt-rand-adapter.hpp"
#include "qt-promise-handler.hpp"
#include "qt-job-handler.hpp"
#include "device-mgmt/matrix-device-list.hpp"
#include "matrix-sticker-pack-list.hpp"
#include "matrix-user-given-attrs-map.hpp"
#include "kazv-log.hpp"
#include "matrix-utils.hpp"
#include "kazv-session-lock-guard.hpp"
#include "matrix-room.hpp"
#include "matrix-room-member.hpp"
#include "matrix-room-member-list-model.hpp"
using namespace Kazv;
// Sdk with qt event loop, identity transform and no enhancers
using SdkT =
decltype(makeSdk(
SdkModel{},
detail::declref<JobInterface>(),
detail::declref<EventInterface>(),
QtPromiseHandler(detail::declref<QObject>()),
zug::identity,
withRandomGenerator(detail::declref<RandomInterface>())));
struct QtEventLoop
{
QObject *m_obj;
template<class Fn>
void async(Fn &&) { throw std::runtime_error{"not implemented!"}; }
template<class Fn>
void post(Fn &&fn)
{
QMetaObject::invokeMethod(
m_obj, std::forward<Fn>(fn), Qt::QueuedConnection
);
}
void finish() {}
void pause() { throw std::runtime_error{"not implemented!"}; }
void resume() { throw std::runtime_error{"not implemented!"}; }
};
struct MatrixSdkPrivate
{
MatrixSdkPrivate(MatrixSdk *q, bool testing, std::unique_ptr<KazvSessionLockGuard> lockGuard);
MatrixSdkPrivate(MatrixSdk *q, bool testing, SdkModel model, std::unique_ptr<KazvSessionLockGuard> lockGuard);
bool testing;
std::string userDataDir;
std::unique_ptr<KazvSessionLockGuard> lockGuard;
RandomInterface randomGenerator;
QThread *thread;
QObject *obj;
QtJobHandler *jobHandler;
LagerStoreEventEmitter ee;
LagerStoreEventEmitter::Watchable watchable;
SdkT sdk;
QTimer saveTimer;
using SecondaryRootT = decltype(sdk.createSecondaryRoot(std::declval<lager::with_qt_event_loop>()));
SecondaryRootT secondaryRoot;
Client clientOnSecondaryRoot;
NotificationHandler notificationHandler;
void runIoContext() {
thread->start();
}
void stopIoContext() {
thread->quit();
}
void maybeSerialize()
{
if (!testing) {
serializeClientToFile(clientOnSecondaryRoot);
}
}
void serializeClientToFile(Client c);
};
// Cleaning up notes:
// 0. Callback functions may store the context for an indefinite time
// 1. The QThread event loop can be stopped
// 2. QtJobHandler::submit() should only happen in the primary event loop thread
// 3. QtJobHandler lives in the primary event loop thread
// 4. QtJobs live in the primary event loop thread
// 5. Job callbacks are called in the primary event loop thread
// 6. QtPromise::then() callbacks are called in the primary event loop thread
// 7. When the QThread event loop stops, no more callbacks will be executed (there is nothing to post to)
// 8. The QThread should stop before obj is deleted
class CleanupHelper : public QObject
{
Q_OBJECT
public:
explicit CleanupHelper(std::unique_ptr<MatrixSdkPrivate> d)
: oldD(std::move(d))
{
}
std::unique_ptr<MatrixSdkPrivate> oldD;
void cleanup()
{
qCInfo(kazvLog) << "start to clean up everything";
oldD->clientOnSecondaryRoot.stopSyncing()
.then([obj=oldD->obj, thread=oldD->thread](auto &&) {
qCDebug(kazvLog) << "stopped syncing";
QMetaObject::invokeMethod(obj, [thread]() {
thread->quit();
});
});
oldD->thread->wait();
oldD->thread->deleteLater();
// After the thread's event loop is finished, we can delete the root object
oldD->obj->deleteLater();
this->deleteLater();
qCInfo(kazvLog) << "thread is done";
}
};
void MatrixSdkPrivate::serializeClientToFile(Client c)
{
using namespace Kazv::CursorOp;
auto userId = +c.userId();
auto deviceId = +c.deviceId();
if (userId.empty() || deviceId.empty()) {
qDebug() << "Not logged in, nothing to serialize";
return;
}
using StdPath = std::filesystem::path;
auto userDataDir = StdPath(this->userDataDir);
auto encodedUserId = encodeBase64(userId, Base64Opts::urlSafe);
auto sessionDir = userDataDir / "sessions"
/ encodedUserId / deviceId;
auto storeFile = sessionDir / "store";
auto metadataFile = sessionDir / "metadata";
qDebug() << "storeFile=" << QString::fromStdString(storeFile.string());
std::error_code err;
if ((! std::filesystem::create_directories(sessionDir, err))
&& err) {
qDebug() << "Unable to create sessionDir";
return;
}
if (!lockGuard) {
try {
lockGuard = std::make_unique<KazvSessionLockGuard>(sessionDir);
} catch (const std::runtime_error &e) {
qCWarning(kazvLog) << "Error locking session: " << e.what();
return;
}
}
{
auto storeStream = std::ofstream(storeFile);
if (! storeStream) {
qDebug() << "Unable to open storeFile";
return;
}
using OAr = boost::archive::text_oarchive;
auto archive = OAr{storeStream};
c.serializeTo(archive);
qDebug() << "Serialization done";
}
// store metadata
{
KConfig metadata(QString::fromStdString(metadataFile.string()));
KConfigGroup mdGroup(&metadata, "Metadata");
mdGroup.writeEntry("kazvVersion", QString::fromStdString(kazvVersionString()));
mdGroup.writeEntry("archiveFormat", "text");
}
}
MatrixSdkPrivate::MatrixSdkPrivate(MatrixSdk *q, bool testing, std::unique_ptr<KazvSessionLockGuard> lockGuard)
: testing(testing)
, userDataDir{kazvUserDataDir().toStdString()}
, lockGuard(std::move(lockGuard))
, randomGenerator(QtRandAdapter{})
, thread(new QThread())
, obj(new QObject())
, jobHandler(new QtJobHandler(obj))
, ee{QtEventLoop{obj}}
, watchable(ee.watchable())
, sdk(makeDefaultSdkWithCryptoRandom(
randomGenerator.generateRange<std::string>(makeDefaultSdkWithCryptoRandomSize()),
static_cast<JobInterface &>(*jobHandler),
static_cast<EventInterface &>(ee),
QtPromiseHandler(*obj),
zug::identity,
withRandomGenerator(randomGenerator)))
, secondaryRoot(sdk.createSecondaryRoot(QtEventLoop{q}))
, clientOnSecondaryRoot(sdk.clientFromSecondaryRoot(secondaryRoot))
, notificationHandler(clientOnSecondaryRoot.notificationHandler())
{
obj->moveToThread(thread);
}
MatrixSdkPrivate::MatrixSdkPrivate(MatrixSdk *q, bool testing, SdkModel model, std::unique_ptr<KazvSessionLockGuard> lockGuard)
: testing(testing)
, userDataDir{kazvUserDataDir().toStdString()}
, lockGuard(std::move(lockGuard))
, randomGenerator(QtRandAdapter{})
, thread(new QThread())
, obj(new QObject())
, jobHandler(new QtJobHandler(obj))
, ee{QtEventLoop{obj}}
, watchable(ee.watchable())
, sdk(makeSdk(
model,
static_cast<JobInterface &>(*jobHandler),
static_cast<EventInterface &>(ee),
QtPromiseHandler(*obj),
zug::identity,
withRandomGenerator(randomGenerator)))
, secondaryRoot(sdk.createSecondaryRoot(QtEventLoop{q}, std::move(model)))
, clientOnSecondaryRoot(sdk.clientFromSecondaryRoot(secondaryRoot))
, notificationHandler(clientOnSecondaryRoot.notificationHandler())
{
obj->moveToThread(thread);
}
MatrixSdk::MatrixSdk(std::unique_ptr<MatrixSdkPrivate> d, QObject *parent)
: QObject(parent)
, m_userDataDir(kazvUserDataDir())
, m_d(std::move(d))
{
init();
connect(this, &MatrixSdk::trigger,
this, [](KazvEvent e) {
qDebug() << "receiving trigger:";
if (std::holds_alternative<LoginSuccessful>(e)) {
qDebug() << "Login successful";
}
});
}
void MatrixSdk::init()
{
LAGER_QT(serverUrl) = m_d->clientOnSecondaryRoot.serverUrl().xform(strToQt); Q_EMIT serverUrlChanged(serverUrl());
LAGER_QT(userId) = m_d->clientOnSecondaryRoot.userId().xform(strToQt); Q_EMIT userIdChanged(userId());
LAGER_QT(token) = m_d->clientOnSecondaryRoot.token().xform(strToQt); Q_EMIT tokenChanged(token());
LAGER_QT(deviceId) = m_d->clientOnSecondaryRoot.deviceId().xform(strToQt); Q_EMIT deviceIdChanged(deviceId());
m_d->watchable.afterAll(
[this](KazvEvent e) {
Q_EMIT this->trigger(e);
});
m_d->watchable.after<LoginSuccessful>(
[this](LoginSuccessful e) {
Q_EMIT this->loginSuccessful(e);
});
m_d->watchable.after<LoginFailed>(
[this](LoginFailed e) {
Q_EMIT this->loginFailed(
QString::fromStdString(e.errorCode),
QString::fromStdString(e.error)
);
});
m_d->watchable.after<ReceivingRoomTimelineEvent>(
[this](ReceivingRoomTimelineEvent e) {
Q_EMIT this->receivedMessage(
QString::fromStdString(e.roomId),
QString::fromStdString(e.event.id())
);
});
connect(&m_d->saveTimer, &QTimer::timeout, &m_d->saveTimer, [m_d=m_d.get()]() {
m_d->maybeSerialize();
});
const int saveIntervalMs = 1000 * 60 * 5;
m_d->saveTimer.start(std::chrono::milliseconds{saveIntervalMs});
}
MatrixSdk::MatrixSdk(QObject *parent)
: MatrixSdk(std::make_unique<MatrixSdkPrivate>(this, /* testing = */ false, std::unique_ptr<KazvSessionLockGuard>()), parent)
{
}
MatrixSdk::MatrixSdk(SdkModel model, bool testing, QObject *parent)
: MatrixSdk(std::make_unique<MatrixSdkPrivate>(this, testing, std::move(model), std::unique_ptr<KazvSessionLockGuard>()), parent)
{
}
static void cleanupDPointer(std::unique_ptr<MatrixSdkPrivate> oldD)
{
oldD->saveTimer.disconnect();
oldD->saveTimer.stop();
auto helper = new CleanupHelper(std::move(oldD));
helper->cleanup();
}
MatrixSdk::~MatrixSdk()
{
if (m_d) {
serializeToFile();
cleanupDPointer(std::move(m_d));
}
}
QString MatrixSdk::mxcUriToHttp(QString mxcUri) const
{
return QString::fromStdString(m_d->clientOnSecondaryRoot.mxcUriToHttp(mxcUri.toStdString()));
}
MatrixDeviceList *MatrixSdk::devicesOfUser(QString userId) const
{
return new MatrixDeviceList(m_d->clientOnSecondaryRoot.devicesOfUser(userId.toStdString()));
}
void MatrixSdk::login(const QString &userId, const QString &password)
{
m_d->clientOnSecondaryRoot
.autoDiscover(userId.toStdString())
.then([
this,
client=m_d->clientOnSecondaryRoot.toEventLoop(),
userId,
password
](auto res) {
if (!res.success()) {
// FIXME use real error codes and msgs when available in libkazv
Q_EMIT this->discoverFailed("", "");
return res;
}
auto serverUrl = res.dataStr("homeserverUrl");
client.passwordLogin(
serverUrl,
userId.toStdString(),
password.toStdString(),
"kazv"
);
return res;
});
m_d->runIoContext();
}
void MatrixSdk::logout()
{
m_d->clientOnSecondaryRoot.logout()
.then([&] (EffectStatus stat) {
if (stat.success()) {
m_d->stopIoContext();
Q_EMIT this->logoutSuccessful();
} else {
Q_EMIT this->logoutFailed(QString::fromStdString(stat.dataStr("errorCode")), QString::fromStdString(stat.dataStr("error")));
}
});
}
MatrixRoomList *MatrixSdk::roomList() const
{
return new MatrixRoomList(m_d->clientOnSecondaryRoot);
}
QString MatrixSdk::getDMRoomId(QString userId) const
{
- auto id_str = userId.toStdString();
- auto *ev = m_d->clientOnSecondaryRoot.accountData().make().get().find("m_direct");
- if (ev != nullptr) {
- auto json = ev->content().get();
- auto iter = json.find(id_str);
- if (iter != json.end()) {
- std::string roomId = iter.value().at(0);
- return QString::fromStdString(roomId);
- }
+ auto idStr = userId.toStdString();
+ std::string roomId = "";
+ m_d->clientOnSecondaryRoot.accountData()["m_direct"][lager::lenses::or_default]
+ .map([&](Event e) {
+ auto json = e.content().get();
+ auto iter = json.find(idStr);
+ if (iter != json.end()) {
+ roomId = iter.value().at(0);
+ }
+ });
+ if (roomId != "") {
+ return QString::fromStdString(roomId);
}
auto rooms = m_d->clientOnSecondaryRoot.rooms().make().get();
for (auto [roomId, room] : rooms) {
auto ids = room.joinedMemberIds();
if (room.joinedMemberCount == 2 &&
std::find(ids.begin(), ids.end(), idStr) != ids.end()) {
- return QString::fromStdString(roomIds.at(i));
+ return QString::fromStdString(roomId);
}
}
return QString();
}
void MatrixSdk::emplace(std::optional<SdkModel> model, std::unique_ptr<KazvSessionLockGuard> lockGuard)
{
auto testing = m_d->testing;
auto userDataDir = m_d->userDataDir;
if (m_d) {
cleanupDPointer(std::move(m_d));
}
m_d = (model.has_value()
? std::make_unique<MatrixSdkPrivate>(this, testing, std::move(model.value()), std::move(lockGuard))
: std::make_unique<MatrixSdkPrivate>(this, testing, std::move(lockGuard)));
m_d->userDataDir = userDataDir;
// Re-initialize lager-qt cursors and watchable connections
init();
m_d->runIoContext();
m_d->clientOnSecondaryRoot.startSyncing();
Q_EMIT sessionChanged();
}
QStringList MatrixSdk::allSessions() const
{
using StdPath = std::filesystem::path;
auto userDataDir = StdPath(m_d->userDataDir);
auto allSessionsDir = userDataDir / "sessions";
QStringList sessionNames;
try {
for (const auto &p : std::filesystem::directory_iterator(allSessionsDir)) {
if (p.is_directory()) {
auto maybeEncodedUserId = p.path().filename().string();
auto userId = decodeBase64(maybeEncodedUserId, Base64Opts::urlSafe);
if (userId.empty() || userId[0] != '@') {
continue;
}
for (const auto &q : std::filesystem::directory_iterator(p.path())) {
auto path = q.path();
auto deviceId = path.filename().string();
std::error_code err;
if (std::filesystem::exists(path / "store", err)) {
sessionNames.append(QString::fromStdString(userId + "/" + deviceId));
}
}
}
}
} catch (const std::filesystem::filesystem_error &) {
qDebug() << "sessionDir not available, ignoring";
}
return sessionNames;
}
void MatrixSdk::serializeToFile() const
{
m_d->maybeSerialize();
}
auto MatrixSdk::loadSession(QString sessionName) -> LoadSessionResult
{
using StdPath = std::filesystem::path;
std::unique_ptr<KazvSessionLockGuard> lockGuard;
auto loadFromSession = [this, sessionName, &lockGuard](StdPath sessionDir) {
auto storeFile = sessionDir / "store";
auto metadataFile = sessionDir / "metadata";
if (! std::filesystem::exists(storeFile)) {
qDebug() << "storeFile does not exist, skip loading session " << sessionName;
return SessionNotFound;
}
if (std::filesystem::exists(metadataFile)) {
KConfig metadata(QString::fromStdString(metadataFile.string()));
KConfigGroup mdGroup(&metadata, "Metadata");
auto format = mdGroup.readEntry("archiveFormat");
if (format != QStringLiteral("text")) {
qDebug() << "Unknown archive format:" << format;
return SessionFormatUnknown;
}
auto version = mdGroup.readEntry("kazvVersion");
auto curVersion = kazvVersionString();
if (version != QString::fromStdString(curVersion)) {
qDebug() << "A different version from the current one, making a backup";
std::error_code err;
auto now = std::chrono::system_clock::now();
auto backupName =
std::to_string(std::chrono::duration_cast<std::chrono::seconds>(now.time_since_epoch()).count());
auto backupDir = sessionDir / "backup" / backupName;
if (! std::filesystem::create_directories(backupDir, err)
&& err) {
qDebug() << "Cannot create backup directory";
return SessionCannotBackup;
}
std::filesystem::copy_file(storeFile, backupDir / "store");
std::filesystem::copy_file(metadataFile, backupDir / "metadata");
}
}
SdkModel model;
try {
auto storeStream = std::ifstream(storeFile);
if (! storeStream) {
qDebug() << "Unable to open storeFile";
return SessionCannotOpenFile;
}
using IAr = boost::archive::text_iarchive;
auto archive = IAr{storeStream};
archive >> model;
qDebug() << "Finished loading session";
} catch (const std::exception &e) {
qDebug() << "Error when loading session:" << QString::fromStdString(e.what());
return SessionDeserializeFailed;
}
emplace(std::move(model), std::move(lockGuard));
return SessionLoadSuccess;
};
qDebug() << "in loadSession(), sessionName=" << sessionName;
auto userDataDir = StdPath(m_d->userDataDir);
auto parts = sessionName.split('/');
if (parts.size() == 2) {
auto userId = parts[0].toStdString();
auto sessionId = parts[1].toStdString();
auto encodedUserId = encodeBase64(userId, Base64Opts::urlSafe);
auto sessionDir = userDataDir / "sessions" / encodedUserId / sessionId;
try {
lockGuard = std::make_unique<KazvSessionLockGuard>(sessionDir);
} catch (const std::runtime_error &e) {
qCWarning(kazvLog) << "Error locking session: " << e.what();
return SessionLockFailed;
}
return loadFromSession(sessionDir);
}
qDebug(kazvLog) << "no session found for" << sessionName;
return SessionNotFound;
}
bool MatrixSdk::deleteSession(QString sessionName) {
using StdPath = std::filesystem::path;
qDebug() << "in deleteSession(), sessionName=" << sessionName;
auto userDataDir = StdPath(kazvUserDataDir().toStdString());
auto parts = sessionName.split('/');
if (parts.size() == 2) {
auto userId = parts[0].toStdString();
auto sessionId = parts[1].toStdString();
auto encodedUserId = encodeBase64(userId, Base64Opts::urlSafe);
qCDebug(kazvLog) << "trying new path";
auto sessionDir = userDataDir / "sessions" / encodedUserId / sessionId;
if (std::filesystem::exists(sessionDir)) {
qCDebug(kazvLog) << "new path works";
return std::filesystem::remove_all(sessionDir);
}
qCDebug(kazvLog) << "trying legacy path";
auto legacySessionDir = userDataDir / "sessions" / userId / sessionId;
if (std::filesystem::exists(legacySessionDir)) {
qCDebug(kazvLog) << "legacy path works";
return std::filesystem::remove_all(legacySessionDir);
}
}
qDebug(kazvLog) << "no session found for" << sessionName;
return false;
}
bool MatrixSdk::startNewSession()
{
emplace(std::nullopt, std::unique_ptr<KazvSessionLockGuard>());
return true;
}
static std::optional<std::string> optMaybe(QString s)
{
if (s.isEmpty()) {
return std::nullopt;
} else {
return s.toStdString();
}
}
MatrixPromise *MatrixSdk::createRoom(
bool isPrivate,
const QString &name,
const QString &alias,
const QStringList &invite,
bool isDirect,
bool allowFederate,
const QString &topic,
const QJsonValue &powerLevelContentOverride,
CreateRoomPreset preset
)
{
return new MatrixPromise(m_d->clientOnSecondaryRoot.createRoom(
isPrivate ? Kazv::RoomVisibility::Private : Kazv::RoomVisibility::Public,
optMaybe(name),
optMaybe(alias),
qStringListToStdF(invite),
isDirect,
allowFederate,
optMaybe(topic),
nlohmann::json(powerLevelContentOverride),
static_cast<Kazv::CreateRoomPreset>(preset)
));
}
MatrixPromise *MatrixSdk::joinRoom(const QString &idOrAlias, const QStringList &servers)
{
return new MatrixPromise(m_d->clientOnSecondaryRoot.joinRoom(
idOrAlias.toStdString(),
qStringListToStdF(servers)
));
}
MatrixPromise *MatrixSdk::setDeviceTrustLevel(QString userId, QString deviceId, QString trustLevel)
{
return new MatrixPromise(
m_d->clientOnSecondaryRoot.setDeviceTrustLevel(
userId.toStdString(),
deviceId.toStdString(),
qStringToTrustLevelFunc(trustLevel)
)
);
}
MatrixPromise *MatrixSdk::getSelfProfile()
{
return new MatrixPromise(
m_d->clientOnSecondaryRoot.getProfile(userId().toStdString())
);
}
MatrixPromise *MatrixSdk::setDisplayName(QString displayName)
{
return new MatrixPromise(
m_d->clientOnSecondaryRoot.setDisplayName(
displayName.isEmpty() ? std::nullopt : std::optional<std::string>(displayName.toStdString())
)
);
}
MatrixPromise *MatrixSdk::setAvatarUrl(QString avatarUrl)
{
return new MatrixPromise(
m_d->clientOnSecondaryRoot.setAvatarUrl(
avatarUrl.isEmpty() ? std::nullopt : std::optional<std::string>(avatarUrl.toStdString())
)
);
}
void MatrixSdk::startThread()
{
m_d->runIoContext();
}
RandomInterface &MatrixSdk::randomGenerator() const
{
return m_d->randomGenerator;
}
bool MatrixSdk::shouldNotify(MatrixEvent *event) const
{
// Do not notify own event
if (event->sender() == userId()) {
return false;
}
return m_d->notificationHandler.handleNotification(event->underlyingEvent()).shouldNotify;
}
bool MatrixSdk::shouldPlaySound(MatrixEvent *event) const
{
return m_d->notificationHandler.handleNotification(event->underlyingEvent()).sound.has_value();
}
MatrixStickerPackList *MatrixSdk::stickerPackList() const
{
return new MatrixStickerPackList(m_d->clientOnSecondaryRoot);
}
MatrixPromise *MatrixSdk::updateStickerPack(MatrixStickerPackSource source)
{
if (source.source == MatrixStickerPackSource::AccountData) {
auto eventJson = std::move(source.event).raw().get();
eventJson["type"] = source.eventType;
return sendAccountDataImpl(Event(std::move(eventJson)));
} else {
return 0;
}
}
MatrixUserGivenAttrsMap *MatrixSdk::userGivenNicknameMap() const
{
return new MatrixUserGivenAttrsMap(
userGivenNicknameMapFor(m_d->clientOnSecondaryRoot),
[client=m_d->clientOnSecondaryRoot](json content) {
return client.setAccountData(json{
{"type", USER_GIVEN_NICKNAME_EVENT_TYPES[0]},
{"content", std::move(content)},
});
}
);
}
MatrixPromise *MatrixSdk::sendAccountDataImpl(Event event)
{
return new MatrixPromise(m_d->clientOnSecondaryRoot.setAccountData(event));
}
void MatrixSdk::setUserDataDir(const std::string &userDataDir)
{
m_d->userDataDir = userDataDir;
}
#include "matrix-sdk.moc"

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