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Nicolas Werner authored
There is not really a reason to stop tracking them, just because the server says so. We might still want to show a users profile, etc.
Nicolas Werner authoredThere is not really a reason to stop tracking them, just because the server says so. We might still want to show a users profile, etc.
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Cache_p.h 32.23 KiB
// SPDX-FileCopyrightText: 2017 Konstantinos Sideris <siderisk@auth.gr>
// SPDX-FileCopyrightText: 2019 The nheko authors
// SPDX-FileCopyrightText: 2021 Nheko Contributors
//
// SPDX-License-Identifier: GPL-3.0-or-later
#pragma once
#include <limits>
#include <optional>
#include <QDateTime>
#include <QDir>
#include <QImage>
#include <QString>
#if __has_include(<lmdbxx/lmdb++.h>)
#include <lmdbxx/lmdb++.h>
#else
#include <lmdb++.h>
#endif
#include <nlohmann/json.hpp>
#include <mtx/responses/messages.hpp>
#include <mtx/responses/notifications.hpp>
#include <mtx/responses/sync.hpp>
#include <mtxclient/crypto/client.hpp>
#include <mtxclient/http/client.hpp>
#include "CacheCryptoStructs.h"
#include "CacheStructs.h"
class Cache : public QObject
{
Q_OBJECT
public:
Cache(const QString &userId, QObject *parent = nullptr);
std::string displayName(const std::string &room_id, const std::string &user_id);
QString displayName(const QString &room_id, const QString &user_id);
QString avatarUrl(const QString &room_id, const QString &user_id);
// presence
mtx::presence::PresenceState presenceState(const std::string &user_id);
std::string statusMessage(const std::string &user_id);
// user cache stores user keys
std::map<std::string, std::optional<UserKeyCache>> getMembersWithKeys(
const std::string &room_id,
bool verified_only);
void updateUserKeys(const std::string &sync_token,
const mtx::responses::QueryKeys &keyQuery);
void markUserKeysOutOfDate(lmdb::txn &txn,
lmdb::dbi &db,
const std::vector<std::string> &user_ids,
const std::string &sync_token);
void query_keys(const std::string &user_id,
std::function<void(const UserKeyCache &, mtx::http::RequestErr)> cb);
// device & user verification cache
std::optional<UserKeyCache> userKeys(const std::string &user_id);
VerificationStatus verificationStatus(const std::string &user_id);
void markDeviceVerified(const std::string &user_id, const std::string &device);
void markDeviceUnverified(const std::string &user_id, const std::string &device);
crypto::Trust roomVerificationStatus(const std::string &room_id);
std::vector<std::string> joinedRooms();
QMap<QString, RoomInfo> roomInfo(bool withInvites = true); std::optional<mtx::events::state::CanonicalAlias> getRoomAliases(const std::string &roomid);
QHash<QString, RoomInfo> invites();
std::optional<RoomInfo> invite(std::string_view roomid);
QMap<QString, std::optional<RoomInfo>> spaces();
//! Calculate & return the name of the room.
QString getRoomName(lmdb::txn &txn, lmdb::dbi &statesdb, lmdb::dbi &membersdb);
//! Get room join rules
mtx::events::state::JoinRule getRoomJoinRule(lmdb::txn &txn, lmdb::dbi &statesdb);
bool getRoomGuestAccess(lmdb::txn &txn, lmdb::dbi &statesdb);
//! Retrieve the topic of the room if any.
QString getRoomTopic(lmdb::txn &txn, lmdb::dbi &statesdb);
//! Retrieve the room avatar's url if any.
QString getRoomAvatarUrl(lmdb::txn &txn, lmdb::dbi &statesdb, lmdb::dbi &membersdb);
//! Retrieve the version of the room if any.
QString getRoomVersion(lmdb::txn &txn, lmdb::dbi &statesdb);
//! Retrieve if the room is a space
bool getRoomIsSpace(lmdb::txn &txn, lmdb::dbi &statesdb);
//! Get a specific state event
template<typename T>
std::optional<mtx::events::StateEvent<T>> getStateEvent(const std::string &room_id,
std::string_view state_key = "")
{
auto txn = lmdb::txn::begin(env_, nullptr, MDB_RDONLY);
return getStateEvent<T>(txn, room_id, state_key);
}
//! retrieve a specific event from account data
//! pass empty room_id for global account data
std::optional<mtx::events::collections::RoomAccountDataEvents> getAccountData(
mtx::events::EventType type,
const std::string &room_id = "");
//! Retrieve member info from a room.
std::vector<RoomMember> getMembers(const std::string &room_id,
std::size_t startIndex = 0,
std::size_t len = 30);
size_t memberCount(const std::string &room_id);
void saveState(const mtx::responses::Sync &res);
bool isInitialized();
bool isDatabaseReady() { return databaseReady_ && isInitialized(); }
std::string nextBatchToken();
void deleteData();
void removeInvite(lmdb::txn &txn, const std::string &room_id);
void removeInvite(const std::string &room_id);
void removeRoom(lmdb::txn &txn, const std::string &roomid);
void removeRoom(const std::string &roomid);
void setup();
cache::CacheVersion formatVersion();
void setCurrentFormat();
bool runMigrations();
std::vector<QString> roomIds();
QMap<QString, mtx::responses::Notifications> getTimelineMentions();
//! Retrieve all the user ids from a room.
std::vector<std::string> roomMembers(const std::string &room_id);
//! Check if the given user has power leve greater than than
//! lowest power level of the given events.
bool hasEnoughPowerLevel(const std::vector<mtx::events::EventType> &eventTypes,
const std::string &room_id,
const std::string &user_id);
//! Adds a user to the read list for the given event.
//!
//! There should be only one user id present in a receipt list per room.
//! The user id should be removed from any other lists.
using Receipts = std::map<std::string, std::map<std::string, uint64_t>>;
void updateReadReceipt(lmdb::txn &txn,
const std::string &room_id,
const Receipts &receipts);
//! Retrieve all the read receipts for the given event id and room.
//!
//! Returns a map of user ids and the time of the read receipt in milliseconds.
using UserReceipts = std::multimap<uint64_t, std::string, std::greater<uint64_t>>;
UserReceipts readReceipts(const QString &event_id, const QString &room_id);
RoomInfo singleRoomInfo(const std::string &room_id);
std::vector<std::string> roomsWithStateUpdates(const mtx::responses::Sync &res);
std::map<QString, RoomInfo> getRoomInfo(const std::vector<std::string> &rooms);
//! Calculates which the read status of a room.
//! Whether all the events in the timeline have been read.
bool calculateRoomReadStatus(const std::string &room_id);
void calculateRoomReadStatus();
void markSentNotification(const std::string &event_id);
//! Removes an event from the sent notifications.
void removeReadNotification(const std::string &event_id);
//! Check if we have sent a desktop notification for the given event id.
bool isNotificationSent(const std::string &event_id);
//! Add all notifications containing a user mention to the db.
void saveTimelineMentions(const mtx::responses::Notifications &res);
//! retrieve events in timeline and related functions
struct Messages
{
mtx::responses::Timeline timeline;
uint64_t next_index;
bool end_of_cache = false;
};
Messages getTimelineMessages(lmdb::txn &txn,
const std::string &room_id,
uint64_t index = std::numeric_limits<uint64_t>::max(),
bool forward = false);
std::optional<mtx::events::collections::TimelineEvent> getEvent(
const std::string &room_id,
const std::string &event_id);
void storeEvent(const std::string &room_id,
const std::string &event_id,
const mtx::events::collections::TimelineEvent &event);
void replaceEvent(const std::string &room_id,
const std::string &event_id,
const mtx::events::collections::TimelineEvent &event);
std::vector<std::string> relatedEvents(const std::string &room_id,
const std::string &event_id);
struct TimelineRange
{
uint64_t first, last;
};
std::optional<TimelineRange> getTimelineRange(const std::string &room_id);
std::optional<uint64_t> getTimelineIndex(const std::string &room_id,
std::string_view event_id);
std::optional<uint64_t> getEventIndex(const std::string &room_id,
std::string_view event_id);
std::optional<std::pair<uint64_t, std::string>> lastInvisibleEventAfter(
const std::string &room_id,
std::string_view event_id);
std::optional<std::string> getTimelineEventId(const std::string &room_id, uint64_t index); std::optional<uint64_t> getArrivalIndex(const std::string &room_id,
std::string_view event_id);
std::string previousBatchToken(const std::string &room_id);
uint64_t saveOldMessages(const std::string &room_id, const mtx::responses::Messages &res);
void savePendingMessage(const std::string &room_id,
const mtx::events::collections::TimelineEvent &message);
std::optional<mtx::events::collections::TimelineEvent> firstPendingMessage(
const std::string &room_id);
void removePendingStatus(const std::string &room_id, const std::string &txn_id);
//! clear timeline keeping only the latest batch
void clearTimeline(const std::string &room_id);
//! Remove old unused data.
void deleteOldMessages();
void deleteOldData() noexcept;
//! Retrieve all saved room ids.
std::vector<std::string> getRoomIds(lmdb::txn &txn);
std::vector<std::string> getParentRoomIds(const std::string &room_id);
std::vector<std::string> getChildRoomIds(const std::string &room_id);
std::vector<ImagePackInfo> getImagePacks(const std::string &room_id,
std::optional<bool> stickers);
//! Mark a room that uses e2e encryption.
void setEncryptedRoom(lmdb::txn &txn, const std::string &room_id);
bool isRoomEncrypted(const std::string &room_id);
std::optional<mtx::events::state::Encryption> roomEncryptionSettings(
const std::string &room_id);
//! Check if a user is a member of the room.
bool isRoomMember(const std::string &user_id, const std::string &room_id);
//
// Outbound Megolm Sessions
//
void saveOutboundMegolmSession(const std::string &room_id,
const GroupSessionData &data,
mtx::crypto::OutboundGroupSessionPtr &session);
OutboundGroupSessionDataRef getOutboundMegolmSession(const std::string &room_id);
bool outboundMegolmSessionExists(const std::string &room_id) noexcept;
void updateOutboundMegolmSession(const std::string &room_id,
const GroupSessionData &data,
mtx::crypto::OutboundGroupSessionPtr &session);
void dropOutboundMegolmSession(const std::string &room_id);
void importSessionKeys(const mtx::crypto::ExportedSessionKeys &keys);
mtx::crypto::ExportedSessionKeys exportSessionKeys();
//
// Inbound Megolm Sessions
//
void saveInboundMegolmSession(const MegolmSessionIndex &index,
mtx::crypto::InboundGroupSessionPtr session,
const GroupSessionData &data);
mtx::crypto::InboundGroupSessionPtr getInboundMegolmSession(
const MegolmSessionIndex &index);
bool inboundMegolmSessionExists(const MegolmSessionIndex &index);
std::optional<GroupSessionData> getMegolmSessionData(const MegolmSessionIndex &index);
//
// Olm Sessions
//
void saveOlmSession(const std::string &curve25519,
mtx::crypto::OlmSessionPtr session,
uint64_t timestamp);
std::vector<std::string> getOlmSessions(const std::string &curve25519);
std::optional<mtx::crypto::OlmSessionPtr> getOlmSession(const std::string &curve25519,
const std::string &session_id); std::optional<mtx::crypto::OlmSessionPtr> getLatestOlmSession(
const std::string &curve25519);
void saveOlmAccount(const std::string &pickled);
std::string restoreOlmAccount();
void saveBackupVersion(const OnlineBackupVersion &data);
void deleteBackupVersion();
std::optional<OnlineBackupVersion> backupVersion();
void storeSecret(const std::string name, const std::string secret, bool internal = false);
void deleteSecret(const std::string name, bool internal = false);
std::optional<std::string> secret(const std::string name, bool internal = false);
std::string pickleSecret();
template<class T>
constexpr static bool isStateEvent_ =
std::is_same_v<std::remove_cv_t<std::remove_reference_t<T>>,
mtx::events::StateEvent<decltype(std::declval<T>().content)>>;
static int compare_state_key(const MDB_val *a, const MDB_val *b)
{
auto get_skey = [](const MDB_val *v) {
return nlohmann::json::parse(
std::string_view(static_cast<const char *>(v->mv_data),
v->mv_size))
.value("key", "");
};
return get_skey(a).compare(get_skey(b));
}
signals:
void newReadReceipts(const QString &room_id, const std::vector<QString> &event_ids);
void roomReadStatus(const std::map<QString, bool> &status);
void removeNotification(const QString &room_id, const QString &event_id);
void userKeysUpdate(const std::string &sync_token,
const mtx::responses::QueryKeys &keyQuery);
void verificationStatusChanged(const std::string &userid);
void secretChanged(const std::string name);
private:
//! Save an invited room.
void saveInvite(lmdb::txn &txn,
lmdb::dbi &statesdb,
lmdb::dbi &membersdb,
const mtx::responses::InvitedRoom &room);
//! Add a notification containing a user mention to the db.
void saveTimelineMentions(lmdb::txn &txn,
const std::string &room_id,
const QList<mtx::responses::Notification> &res);
//! Get timeline items that a user was mentions in for a given room
mtx::responses::Notifications getTimelineMentionsForRoom(lmdb::txn &txn,
const std::string &room_id);
QString getInviteRoomName(lmdb::txn &txn, lmdb::dbi &statesdb, lmdb::dbi &membersdb);
QString getInviteRoomTopic(lmdb::txn &txn, lmdb::dbi &statesdb);
QString getInviteRoomAvatarUrl(lmdb::txn &txn, lmdb::dbi &statesdb, lmdb::dbi &membersdb);
bool getInviteRoomIsSpace(lmdb::txn &txn, lmdb::dbi &db);
std::optional<MemberInfo> getMember(const std::string &room_id, const std::string &user_id);
std::string getLastEventId(lmdb::txn &txn, const std::string &room_id);
void saveTimelineMessages(lmdb::txn &txn,
lmdb::dbi &eventsDb,
const std::string &room_id,
const mtx::responses::Timeline &res);
//! retrieve a specific event from account data
//! pass empty room_id for global account data
std::optional<mtx::events::collections::RoomAccountDataEvents>
getAccountData(lmdb::txn &txn, mtx::events::EventType type, const std::string &room_id);
bool isHiddenEvent(lmdb::txn &txn,
mtx::events::collections::TimelineEvents e,
const std::string &room_id);
//! Remove a room from the cache.
// void removeLeftRoom(lmdb::txn &txn, const std::string &room_id);
template<class T>
void saveStateEvents(lmdb::txn &txn,
lmdb::dbi &statesdb,
lmdb::dbi &stateskeydb,
lmdb::dbi &membersdb,
lmdb::dbi &eventsDb,
const std::string &room_id,
const std::vector<T> &events)
{
for (const auto &e : events)
saveStateEvent(txn, statesdb, stateskeydb, membersdb, eventsDb, room_id, e);
}
template<class T>
void saveStateEvent(lmdb::txn &txn,
lmdb::dbi &statesdb,
lmdb::dbi &stateskeydb,
lmdb::dbi &membersdb,
lmdb::dbi &eventsDb,
const std::string &room_id,
const T &event)
{
using namespace mtx::events;
using namespace mtx::events::state;
if (auto e = std::get_if<StateEvent<Member>>(&event); e != nullptr) {
switch (e->content.membership) {
//
// We only keep users with invite or join membership.
//
case Membership::Invite:
case Membership::Join: {
auto display_name = e->content.display_name.empty()
? e->state_key
: e->content.display_name;
// Lightweight representation of a member.
MemberInfo tmp{display_name, e->content.avatar_url};
membersdb.put(txn, e->state_key, json(tmp).dump());
break;
}
default: {
membersdb.del(txn, e->state_key, "");
break;
}
}
return;
} else if (std::holds_alternative<StateEvent<Encryption>>(event)) {
setEncryptedRoom(txn, room_id);
return;
}
std::visit(
[&txn, &statesdb, &stateskeydb, &eventsDb, &membersdb](const auto &e) {
if constexpr (isStateEvent_<decltype(e)>) {
eventsDb.put(txn, e.event_id, json(e).dump());
if (e.type != EventType::Unsupported) {
if (std::is_same_v<
std::remove_cv_t<
std::remove_reference_t<decltype(e)>>,
StateEvent<mtx::events::msg::Redacted>>) {
if (e.type == EventType::RoomMember)
membersdb.del(txn, e.state_key, "");
else if (e.state_key.empty())
statesdb.del(txn, to_string(e.type));
else
stateskeydb.del(
txn,
to_string(e.type),
json::object({
{"key", e.state_key},
{"id", e.event_id},
})
.dump());
} else if (e.state_key.empty())
statesdb.put(
txn, to_string(e.type), json(e).dump());
else
stateskeydb.put(
txn,
to_string(e.type),
json::object({
{"key", e.state_key},
{"id", e.event_id},
})
.dump());
}
}
},
event);
}
template<typename T>
std::optional<mtx::events::StateEvent<T>> getStateEvent(lmdb::txn &txn,
const std::string &room_id,
std::string_view state_key = "")
{
constexpr auto type = mtx::events::state_content_to_type<T>;
static_assert(type != mtx::events::EventType::Unsupported,
"Not a supported type in state events.");
if (room_id.empty())
return std::nullopt;
const auto typeStr = to_string(type);
std::string_view value;
if (state_key.empty()) {
auto db = getStatesDb(txn, room_id);
if (!db.get(txn, typeStr, value)) {
return std::nullopt;
}
} else {
auto db = getStatesKeyDb(txn, room_id);
std::string d = json::object({{"key", state_key}}).dump();
std::string_view data = d;
std::string_view typeStrV = typeStr;
auto cursor = lmdb::cursor::open(txn, db);
if (!cursor.get(typeStrV, data, MDB_GET_BOTH))
return std::nullopt;
try {
auto eventsDb = getEventsDb(txn, room_id);
if (!eventsDb.get(
txn, json::parse(data)["id"].get<std::string>(), value))
return std::nullopt; } catch (std::exception &e) {
return std::nullopt;
}
}
try {
return json::parse(value).get<mtx::events::StateEvent<T>>();
} catch (std::exception &e) {
return std::nullopt;
}
}
template<typename T>
std::vector<mtx::events::StateEvent<T>> getStateEventsWithType(lmdb::txn &txn,
const std::string &room_id)
{
constexpr auto type = mtx::events::state_content_to_type<T>;
static_assert(type != mtx::events::EventType::Unsupported,
"Not a supported type in state events.");
if (room_id.empty())
return {};
std::vector<mtx::events::StateEvent<T>> events;
{
auto db = getStatesKeyDb(txn, room_id);
auto eventsDb = getEventsDb(txn, room_id);
const auto typeStr = to_string(type);
std::string_view typeStrV = typeStr;
std::string_view data;
std::string_view value;
auto cursor = lmdb::cursor::open(txn, db);
bool first = true;
if (cursor.get(typeStrV, data, MDB_SET)) {
while (cursor.get(
typeStrV, data, first ? MDB_FIRST_DUP : MDB_NEXT_DUP)) {
first = false;
if (eventsDb.get(txn,
json::parse(data)["id"].get<std::string>(),
value))
events.push_back(
json::parse(value)
.get<mtx::events::StateEvent<T>>());
}
}
}
return events;
}
void saveInvites(lmdb::txn &txn,
const std::map<std::string, mtx::responses::InvitedRoom> &rooms);
void savePresence(
lmdb::txn &txn,
const std::vector<mtx::events::Event<mtx::events::presence::Presence>> &presenceUpdates);
//! Sends signals for the rooms that are removed.
void removeLeftRooms(lmdb::txn &txn,
const std::map<std::string, mtx::responses::LeftRoom> &rooms)
{
for (const auto &room : rooms) {
removeRoom(txn, room.first);
// Clean up leftover invites.
removeInvite(txn, room.first);
} }
void updateSpaces(lmdb::txn &txn,
const std::set<std::string> &spaces_with_updates,
std::set<std::string> rooms_with_updates);
lmdb::dbi getPendingReceiptsDb(lmdb::txn &txn)
{
return lmdb::dbi::open(txn, "pending_receipts", MDB_CREATE);
}
lmdb::dbi getEventsDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(txn, std::string(room_id + "/events").c_str(), MDB_CREATE);
}
lmdb::dbi getEventOrderDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/event_order").c_str(), MDB_CREATE | MDB_INTEGERKEY);
}
// inverse of EventOrderDb
lmdb::dbi getEventToOrderDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/event2order").c_str(), MDB_CREATE);
}
lmdb::dbi getMessageToOrderDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/msg2order").c_str(), MDB_CREATE);
}
lmdb::dbi getOrderToMessageDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/order2msg").c_str(), MDB_CREATE | MDB_INTEGERKEY);
}
lmdb::dbi getPendingMessagesDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/pending").c_str(), MDB_CREATE | MDB_INTEGERKEY);
}
lmdb::dbi getRelationsDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/related").c_str(), MDB_CREATE | MDB_DUPSORT);
}
lmdb::dbi getInviteStatesDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/invite_state").c_str(), MDB_CREATE);
}
lmdb::dbi getInviteMembersDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/invite_members").c_str(), MDB_CREATE);
}
lmdb::dbi getStatesDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(txn, std::string(room_id + "/state").c_str(), MDB_CREATE);
}
lmdb::dbi getStatesKeyDb(lmdb::txn &txn, const std::string &room_id)
{
auto db = lmdb::dbi::open(
txn, std::string(room_id + "/state_by_key").c_str(), MDB_CREATE | MDB_DUPSORT);
lmdb::dbi_set_dupsort(txn, db, compare_state_key);
return db;
}
lmdb::dbi getAccountDataDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(
txn, std::string(room_id + "/account_data").c_str(), MDB_CREATE);
}
lmdb::dbi getMembersDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(txn, std::string(room_id + "/members").c_str(), MDB_CREATE);
}
lmdb::dbi getMentionsDb(lmdb::txn &txn, const std::string &room_id)
{
return lmdb::dbi::open(txn, std::string(room_id + "/mentions").c_str(), MDB_CREATE);
}
lmdb::dbi getPresenceDb(lmdb::txn &txn)
{
return lmdb::dbi::open(txn, "presence", MDB_CREATE);
}
lmdb::dbi getUserKeysDb(lmdb::txn &txn)
{
return lmdb::dbi::open(txn, "user_key", MDB_CREATE);
}
lmdb::dbi getVerificationDb(lmdb::txn &txn)
{
return lmdb::dbi::open(txn, "verified", MDB_CREATE);
}
//! Retrieves or creates the database that stores the open OLM sessions between our device
//! and the given curve25519 key which represents another device.
//!
//! Each entry is a map from the session_id to the pickled representation of the session.
lmdb::dbi getOlmSessionsDb(lmdb::txn &txn, const std::string &curve25519_key)
{
return lmdb::dbi::open(
txn, std::string("olm_sessions.v2/" + curve25519_key).c_str(), MDB_CREATE);
}
QString getDisplayName(const mtx::events::StateEvent<mtx::events::state::Member> &event)
{
if (!event.content.display_name.empty())
return QString::fromStdString(event.content.display_name);
return QString::fromStdString(event.state_key);
}
std::optional<VerificationCache> verificationCache(const std::string &user_id,
lmdb::txn &txn);
VerificationStatus verificationStatus_(const std::string &user_id, lmdb::txn &txn);
std::optional<UserKeyCache> userKeys_(const std::string &user_id, lmdb::txn &txn);
void setNextBatchToken(lmdb::txn &txn, const std::string &token);
lmdb::env env_;
lmdb::dbi syncStateDb_;
lmdb::dbi roomsDb_;
lmdb::dbi spacesChildrenDb_, spacesParentsDb_;
lmdb::dbi invitesDb_;
lmdb::dbi readReceiptsDb_; lmdb::dbi notificationsDb_;
lmdb::dbi devicesDb_;
lmdb::dbi deviceKeysDb_;
lmdb::dbi inboundMegolmSessionDb_;
lmdb::dbi outboundMegolmSessionDb_;
lmdb::dbi megolmSessionDataDb_;
lmdb::dbi encryptedRooms_;
QString localUserId_;
QString cacheDirectory_;
std::string pickle_secret_;
VerificationStorage verification_storage;
bool databaseReady_ = false;
};
namespace cache {
Cache *
client();
}