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/******************************************************************************
 * Copyright (C) 2018 Kitsune Ral <kitsune-ral@users.sf.net>
 *
 * This library is free software; you can redistribute it and/or
 * modify it under the terms of the GNU Lesser General Public
 * License as published by the Free Software Foundation; either
 * version 2.1 of the License, or (at your option) any later version.
 *
 * This library 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
 * Lesser General Public License for more details.
 *
 * You should have received a copy of the GNU Lesser General Public
 * License along with this library; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301 USA
 */

#pragma once

#include "stateevent.h"

namespace Quotient {
namespace _impl {
    template <typename BaseEventT>
    static inline auto loadEvent(const QJsonObject& json,
                                 const QString& matrixType)
    {
        if (auto e = EventFactory<BaseEventT>::make(json, matrixType))
            return e;
        return makeEvent<BaseEventT>(unknownEventTypeId(), json);
    }
} // namespace _impl

/*! Create an event with proper type from a JSON object
 *
 * Use this factory template to detect the type from the JSON object
 * contents (the detected event type should derive from the template
 * parameter type) and create an event object of that type.
 */
template <typename BaseEventT>
inline event_ptr_tt<BaseEventT> loadEvent(const QJsonObject& fullJson)
{
    return _impl::loadEvent<BaseEventT>(fullJson, fullJson[TypeKeyL].toString());
}

/*! Create an event from a type string and content JSON
 *
 * Use this factory template to resolve the C++ type from the Matrix
 * type string in \p matrixType and create an event of that type that has
 * its content part set to \p content.
 */
template <typename BaseEventT>
inline event_ptr_tt<BaseEventT> loadEvent(const QString& matrixType,
                                          const QJsonObject& content)
{
    return _impl::loadEvent<BaseEventT>(basicEventJson(matrixType, content),
                                        matrixType);
}

/*! Create a state event from a type string, content JSON and state key
 *
 * Use this factory to resolve the C++ type from the Matrix type string
 * in \p matrixType and create a state event of that type with content part
 * set to \p content and state key set to \p stateKey (empty by default).
 */
inline StateEventPtr loadStateEvent(const QString& matrixType,
                                    const QJsonObject& content,
                                    const QString& stateKey = {})
{
    return _impl::loadEvent<StateEventBase>(
        basicStateEventJson(matrixType, content, stateKey), matrixType);
}

template <typename EventT>
struct JsonConverter<event_ptr_tt<EventT>> {
    static auto load(const QJsonValue& jv)
    {
        return loadEvent<EventT>(jv.toObject());
    }
    static auto load(const QJsonDocument& jd)
    {
        return loadEvent<EventT>(jd.object());
    }
};
} // namespace Quotient
ss="n">Room* room = nullptr) const; /** Get user name and id in one string * The constructed string follows the format 'name (id)' * which the spec recommends for users disambiguation in * a room context and in other places. * \sa displayName, Room::roomMembername */ QString fullName(const Room* room = nullptr) const; /** * Returns the name of bridge the user is connected from or empty. */ QString bridged() const; /** Whether the user is a guest * As of now, the function relies on the convention used in Synapse * that guests and only guests have all-numeric IDs. This may or * may not work with non-Synapse servers. */ bool isGuest() const; const Avatar& avatarObject(const Room* room = nullptr) const; Q_INVOKABLE QImage avatar(int dimension, const Room* room = nullptr); Q_INVOKABLE QImage avatar(int requestedWidth, int requestedHeight, const Room* room = nullptr); QImage avatar(int width, int height, const Room* room, const Avatar::get_callback_t& callback); QString avatarMediaId(const Room* room = nullptr) const; QUrl avatarUrl(const Room* room = nullptr) const; void processEvent(const RoomMemberEvent& event, const Room* r); public slots: /** Set a new name in the global user profile */ void rename(const QString& newName); /** Set a new name for the user in one room */ void rename(const QString& newName, const Room* r); /** Upload the file and use it as an avatar */ bool setAvatar(const QString& fileName); /** Upload contents of the QIODevice and set that as an avatar */ bool setAvatar(QIODevice* source); /** Create or find a direct chat with this user * The resulting chat is returned asynchronously via * Connection::directChatAvailable() */ void requestDirectChat(); /** Add the user to the ignore list */ void ignore(); /** Remove the user from the ignore list */ void unmarkIgnore(); /** Check whether the user is in ignore list */ bool isIgnored() const; signals: void nameAboutToChange(QString newName, QString oldName, const Room* roomContext); void nameChanged(QString newName, QString oldName, const Room* roomContext); void avatarChanged(User* user, const Room* roomContext); private slots: void updateName(const QString& newName, const Room* room = nullptr); void updateName(const QString& newName, const QString& oldName, const Room* room = nullptr); void updateAvatarUrl(const QUrl& newUrl, const QUrl& oldUrl, const Room* room = nullptr); private: class Private; QScopedPointer<Private> d; }; } Q_DECLARE_METATYPE(QMatrixClient::User*)