diff options
Diffstat (limited to 'src/client')
| -rw-r--r-- | src/client/QXmppJingleMessageInitiationManager.cpp | 584 | ||||
| -rw-r--r-- | src/client/QXmppJingleMessageInitiationManager.h | 126 |
2 files changed, 710 insertions, 0 deletions
diff --git a/src/client/QXmppJingleMessageInitiationManager.cpp b/src/client/QXmppJingleMessageInitiationManager.cpp new file mode 100644 index 00000000..d7a4cea1 --- /dev/null +++ b/src/client/QXmppJingleMessageInitiationManager.cpp @@ -0,0 +1,584 @@ +// SPDX-FileCopyrightText: 2023 Tibor Csötönyi <work@taibsu.de> +// SPDX-FileCopyrightText: 2023 Melvin Keskin <melvo@olomono.de> +// +// SPDX-License-Identifier: LGPL-2.1-or-later + +#include "QXmppJingleMessageInitiationManager.h" + +#include "QXmppClient.h" +#include "QXmppConstants_p.h" +#include "QXmppMessage.h" +#include "QXmppPromise.h" +#include "QXmppUtils.h" + +#include <QStringBuilder> +#include <QUuid> + +using namespace QXmpp; +using Jmi = QXmppJingleMessageInitiation; +using JmiManager = QXmppJingleMessageInitiationManager; +using JmiElement = QXmppJingleMessageInitiationElement; +using JmiType = JmiElement::Type; + +class QXmppJingleMessageInitiationPrivate +{ +public: + QXmppJingleMessageInitiationPrivate(JmiManager *manager) + : manager(manager) + { + } + + QXmppTask<SendResult> request(JmiElement &&jmiElement); + + QXmppJingleMessageInitiationManager *manager; + QString id; + QString callPartnerJid; + bool isProceeded { false }; +}; + +/// +/// \brief Creates a Jingle Message Initiation request based on given type. +/// \param type The request type (proceed, accept, reject, retract, finish). +/// +QXmppTask<SendResult> QXmppJingleMessageInitiationPrivate::request(JmiElement &&jmiElement) +{ + jmiElement.setId(id); + return manager->sendMessage(jmiElement, callPartnerJid); +} + +/// +/// \class QXmppJingleMessageInitiation +/// +/// \brief The QXmppJingleMessageInitiation class holds information about the JMI element in the +/// current context. +/// +/// \since QXmpp 1.6 +/// + +/// +/// \brief Constructs a Jingle Message Initiation object. +/// +QXmppJingleMessageInitiation::QXmppJingleMessageInitiation(QXmppJingleMessageInitiationManager *manager) + : d(new QXmppJingleMessageInitiationPrivate(manager)) +{ +} + +QXmppJingleMessageInitiation::~QXmppJingleMessageInitiation() = default; + +/// +/// Creates a JMI element of type "ringing" and sends a request containing the element. +/// +QXmppTask<SendResult> QXmppJingleMessageInitiation::ring() +{ + QXmppJingleMessageInitiationElement jmiElement; + jmiElement.setType(JmiType::Ringing); + + return d->request(std::move(jmiElement)); +} + +/// +/// Creates a JMI element of type "proceed" and sends a request containing the element. +/// +QXmppTask<SendResult> QXmppJingleMessageInitiation::proceed() +{ + QXmppJingleMessageInitiationElement jmiElement; + jmiElement.setType(JmiType::Proceed); + + return d->request(std::move(jmiElement)); +} + +/// +/// Creates a JMI element of type "reject" and sends a request containing the element. +/// The default reason tag/type will be "busy" with text "Busy". +/// +/// \param reason Reason object for reject element +/// \param containsTieBreak Whether the reject element contains a tie-break tag or not +/// +QXmppTask<SendResult> QXmppJingleMessageInitiation::reject(std::optional<QXmppJingleReason> reason, bool containsTieBreak) +{ + JmiElement jmiElement; + jmiElement.setType(JmiType::Reject); + + if (!reason) { + reason = QXmppJingleReason(); + reason->setType(QXmppJingleReason::Busy); + reason->setText(QStringLiteral("Busy")); + } + + jmiElement.setReason(reason); + jmiElement.setContainsTieBreak(containsTieBreak); + + return d->request(std::move(jmiElement)); +} + +/// +/// Creates a JMI element of type "retract" and sends a request containing the element. +/// The default reason tag/type will be "cancel" with text "Retracted". +/// +/// \param reason Reason object for retract element +/// \param containsTieBreak Whether the retract element contains a tie-break tag or not +/// +QXmppTask<SendResult> QXmppJingleMessageInitiation::retract(std::optional<QXmppJingleReason> reason, bool containsTieBreak) +{ + JmiElement jmiElement; + jmiElement.setType(JmiType::Retract); + + if (!reason) { + reason = QXmppJingleReason(); + reason->setType(QXmppJingleReason::Cancel); + reason->setText(QStringLiteral("Retracted")); + } + + jmiElement.setReason(reason); + jmiElement.setContainsTieBreak(containsTieBreak); + + return d->request(std::move(jmiElement)); +} + +/// +/// Creates a JMI element of type "finish" and sends a request containing the element. +/// The default reason type/tag will be "success" with text "Success". +/// +/// \param reason Reason object for finish element +/// \param migratedTo JMI id the session has been migrated to +/// +QXmppTask<SendResult> QXmppJingleMessageInitiation::finish(std::optional<QXmppJingleReason> reason, const QString &migratedTo) +{ + JmiElement jmiElement; + jmiElement.setType(JmiType::Finish); + + if (!reason) { + reason = QXmppJingleReason(); + reason->setType(QXmppJingleReason::Success); + reason->setText(QStringLiteral("Success")); + } + + jmiElement.setReason(reason); + jmiElement.setMigratedTo(migratedTo); + + return d->request(std::move(jmiElement)); +} + +/// +/// Returns the JMI ID. +/// +QString QXmppJingleMessageInitiation::id() const +{ + return d->id; +} + +/// +/// Sets the JMI ID. +/// +void QXmppJingleMessageInitiation::setId(const QString &id) +{ + d->id = id; +} + +/// +/// Sets the call partner's bare JID. +/// +/// Normally, the JMI ID would be sufficient in order to differentiate the JMIs. +/// However, attackers pretending to be the call partner can be mitigated by caching the call +/// partner's JID. +/// +/// \param callPartnerJid bare JID of the call partner +/// +void QXmppJingleMessageInitiation::setCallPartnerJid(const QString &callPartnerJid) +{ + d->callPartnerJid = callPartnerJid; +} + +/// +/// Returns the call partner's bare JID. +/// +/// \return the call partner's bare JID. +/// +QString QXmppJingleMessageInitiation::callPartnerJid() const +{ + return d->callPartnerJid; +} + +/// +/// Returns the "isProceeded" flag, e.g., if the Jingle Message Initiation has already been +/// proceeded. +/// +bool QXmppJingleMessageInitiation::isProceeded() const +{ + return d->isProceeded; +} + +/// +/// Sets the "isProceeded" flag, e.g., if the Jingle Message Initiation has already been +/// proceeded. +/// +void QXmppJingleMessageInitiation::setIsProceeded(bool isProceeded) +{ + d->isProceeded = isProceeded; +} + +/// +/// \fn QXmppJingleMessageInitiation::ringing() +/// +/// Emitted when a propose request was accepted and the device starts ringing. +/// + +/// +/// \fn QXmppJingleMessageInitiation::proceeded(const QString &, const QString &) +/// +/// Emitted when a propose request was successfully processed and accepted. +/// +/// \param id belonging JMI id +/// \param callPartnerResource resource of the call partner about to be called +/// + +/// +/// \fn QXmppJingleMessageInitiation::closed(const Result &) +/// +/// Emitted when a call was ended either through rejection, retraction, finish or an error. +/// +/// \param result close reason +/// + +class QXmppJingleMessageInitiationManagerPrivate +{ +public: + QVector<std::shared_ptr<Jmi>> jmis; +}; + +/// +/// \typedef QXmppJingleMessageInitiationManager::ProposeResult +/// +/// Contains JMI object or an error if sending the propose message failed. +/// + +/// +/// \class QXmppJingleMessageInitiationManager +/// +/// \brief The QXmppJingleMessageInitiationManager class makes it possible to retrieve +/// Jingle Message Initiation elements as defined by \xep{0353, Jingle Message Initiation}. +/// +/// \since QXmpp 1.6 +/// +QXmppJingleMessageInitiationManager::QXmppJingleMessageInitiationManager() + : d(std::make_unique<QXmppJingleMessageInitiationManagerPrivate>()) +{ +} + +QXmppJingleMessageInitiationManager::~QXmppJingleMessageInitiationManager() = default; + +/// \cond +QStringList QXmppJingleMessageInitiationManager::discoveryFeatures() const +{ + return { ns_jingle_message_initiation }; +} +/// \endcond + +/// +/// Creates a proposal JMI element and passes it as a message. +/// +QXmppTask<QXmppJingleMessageInitiationManager::ProposeResult> QXmppJingleMessageInitiationManager::propose(const QString &callPartnerJid, const QXmppJingleDescription &description) +{ + QXmppPromise<ProposeResult> promise; + + QXmppJingleMessageInitiationElement jmiElement; + jmiElement.setType(JmiType::Propose); + jmiElement.setId(QXmppUtils::generateStanzaUuid()); + jmiElement.setDescription(description); + + sendMessage(jmiElement, callPartnerJid).then(this, [this, promise, callPartnerJid](SendResult result) mutable { + if (auto error = std::get_if<QXmppError>(&result)) { + warning(u"Error sending Jingle Message Initiation proposal: " % error->description); + promise.finish(*error); + } else { + promise.finish(addJmi(callPartnerJid)); + } + }); + + return promise.task(); +} + +/// \cond +bool QXmppJingleMessageInitiationManager::handleMessage(const QXmppMessage &message) +{ + // JMI messages must be of type "chat" and contain a <store/> hint. + if (message.type() != QXmppMessage::Chat || !message.hasHint(QXmppMessage::Store)) { + return false; + } + + // Only continue if the message contains a JMI element. + if (auto jmiElement = message.jingleMessageInitiationElement()) { + return handleJmiElement(std::move(*jmiElement), message.from()); + } + + return false; +} + +void QXmppJingleMessageInitiationManager::setClient(QXmppClient *client) +{ + QXmppClientExtension::setClient(client); +} +/// \endcond + +/// +/// Lets the client send a message to user with given callPartnerJid containing the JMI element. +/// +/// \param jmiElement the JMI element to be passed +/// \param callPartnerJid bare JID of the call partner +/// +QXmppTask<SendResult> QXmppJingleMessageInitiationManager::sendMessage(const QXmppJingleMessageInitiationElement &jmiElement, const QString &callPartnerJid) +{ + QXmppMessage message; + message.setTo(callPartnerJid); + message.addHint(QXmppMessage::Store); + message.setJingleMessageInitiationElement(jmiElement); + + return client()->send(std::move(message)); +} + +/// +/// Removes a JMI object from the JMIs vector. +/// +/// \param jmi object to be removed +/// +void QXmppJingleMessageInitiationManager::clear(const std::shared_ptr<QXmppJingleMessageInitiation> &jmi) +{ + d->jmis.erase( + std::remove_if( + d->jmis.begin(), + d->jmis.end(), + [&jmi](const auto &storedJmi) { + return jmi->id() == storedJmi->id() && jmi->callPartnerJid() == storedJmi->callPartnerJid(); + }), + d->jmis.end()); +} + +/// +/// Removes all JMI objects from the JMI vector. +/// +void QXmppJingleMessageInitiationManager::clearAll() +{ + d->jmis.clear(); +} + +bool QXmppJingleMessageInitiationManager::handleJmiElement(QXmppJingleMessageInitiationElement &&jmiElement, const QString &senderJid) +{ + auto jmiElementId = jmiElement.id(); + auto callPartnerJid = QXmppUtils::jidToBareJid(senderJid); + + // Check if there's already a JMI object with jmiElementId and callPartnerJid in JMIs vector. + // That means that a JMI has already been created with given (J)IDs. + auto itr = std::find_if(d->jmis.begin(), d->jmis.end(), [&jmiElementId, &callPartnerJid](const auto &jmi) { + return jmi->id() == jmiElementId && jmi->callPartnerJid() == callPartnerJid; + }); + + if (itr != d->jmis.end()) { + return handleExistingJmi(*itr, jmiElement, QXmppUtils::jidToResource(senderJid)); + } + + if (jmiElement.type() == JmiType::Propose) { + return handleProposeJmiElement(jmiElement, callPartnerJid); + } + + return false; +} + +/// +/// Handles a JMI object which already exists in the JMIs vector. +/// +/// \param existingJmi JMI object to be handled +/// \param jmiElement JMI element to be processed with the JMI object +/// \param callPartnerResource resource of the call partner (i.e., phone, tablet etc.) +/// \return success (true) or failure +/// +bool QXmppJingleMessageInitiationManager::handleExistingJmi(const std::shared_ptr<Jmi> &existingJmi, const QXmppJingleMessageInitiationElement &jmiElement, const QString &callPartnerResource) +{ + switch (jmiElement.type()) { + case JmiType::Ringing: + Q_EMIT existingJmi->ringing(); + return true; + case JmiType::Proceed: + Q_EMIT existingJmi->proceeded(jmiElement.id(), callPartnerResource); + existingJmi->setIsProceeded(true); + return true; + case JmiType::Reject: + Q_EMIT existingJmi->closed( + Jmi::Rejected { jmiElement.reason(), jmiElement.containsTieBreak() }); + return true; + case JmiType::Retract: + Q_EMIT existingJmi->closed( + Jmi::Retracted { jmiElement.reason(), jmiElement.containsTieBreak() }); + return true; + case JmiType::Finish: + existingJmi->finish(jmiElement.reason(), jmiElement.migratedTo()); + Q_EMIT existingJmi->closed( + Jmi::Finished { jmiElement.reason(), jmiElement.migratedTo() }); + return true; + default: + return false; + } +} + +/// +/// Handles a propose JMI element. +/// +/// \param jmiElement to be handled +/// \param callPartnerJid bare JID of the call partner +/// \return success (true) or failure +/// +bool QXmppJingleMessageInitiationManager::handleProposeJmiElement(const QXmppJingleMessageInitiationElement &jmiElement, const QString &callPartnerJid) +{ + // Check if there's already a JMI object with provided callPartnerJid in JMIs vector. + // That means that a propose has already been sent. + auto itr = std::find_if( + d->jmis.cbegin(), + d->jmis.cend(), + [&callPartnerJid](const auto &jmi) { + return jmi->callPartnerJid() == callPartnerJid; + }); + + // Tie break case or usual JMI proposal? + if (itr != d->jmis.end()) { + return handleTieBreak(*itr, jmiElement, callPartnerJid); + } + + Q_EMIT proposed(addJmi(callPartnerJid), jmiElement.id(), jmiElement.description()); + return true; +} + +/// +/// Handles a tie break case as defined in https://xmpp.org/extensions/xep-0353.html#tie-breaking. +/// \param existingJmi existing JMI object to be handled +/// \param jmiElement JMI element to be processed with existing JMI object +/// \param callPartnerResource resource of the call partner (i.e., phone, tablet etc.) +/// \return success (true) or failure +/// +bool QXmppJingleMessageInitiationManager::handleTieBreak(const std::shared_ptr<Jmi> &existingJmi, const QXmppJingleMessageInitiationElement &jmiElement, const QString &callPartnerResource) +{ + // Tie break -> session is set to be expired + QXmppJingleReason reason; + reason.setType(QXmppJingleReason::Expired); + + // Existing (proceeded) or non-existing session? + if (existingJmi->isProceeded()) { + return handleExistingSession(existingJmi, jmiElement.id()); + } + + // Tie break in propose state (no existing session) - two parties try calling each other + // at the same time, the proposal with the lower ID overrules the other one. + return handleNonExistingSession(existingJmi, jmiElement.id(), callPartnerResource); +} + +/// +/// Device switch: session already exists and will be migrated to new device with id jmiElementId. +/// +/// \param existingJmi Current JMI object +/// \param jmiElementId New (counterpart's) session JMI element ID +/// +bool QXmppJingleMessageInitiationManager::handleExistingSession(const std::shared_ptr<Jmi> &existingJmi, const QString &jmiElementId) +{ + // Old session will be finished with reason "Expired". + QXmppJingleReason reason; + reason.setType(QXmppJingleReason::Expired); + reason.setText(QStringLiteral("Session migrated")); + + // Tell the old session to be finished. + Q_EMIT existingJmi->closed(Jmi::Finished { reason, jmiElementId }); + + existingJmi->finish(reason, jmiElementId).then(this, [this, existingJmi, jmiElementId](SendResult result) { + if (auto *error = std::get_if<QXmppError>(&result)) { + Q_EMIT existingJmi->closed(*error); + } else { + // Then, proceed (accept) the new proposal and set the JMI ID + // to the ID of the received JMI element. + existingJmi->setId(jmiElementId); + existingJmi->proceed().then(this, [existingJmi](SendResult result) { + if (auto *error = std::get_if<QXmppError>(&result)) { + Q_EMIT existingJmi->closed(*error); + } else { + // The session is now closed as it is finished. + existingJmi->setIsProceeded(true); + } + }); + } + }); + + return true; +} + +/// +/// \brief Tie break in propose state (no existing session) - two parties try calling each other +/// at the same time, the proposal with the lower ID overrules the other one. +/// +/// \param existingJmi Current JMI object +/// \param jmiElementId Counterpart's JMI element ID +/// +bool QXmppJingleMessageInitiationManager::handleNonExistingSession(const std::shared_ptr<Jmi> &existingJmi, const QString &jmiElementId, const QString &callPartnerResource) +{ + QXmppJingleReason reason; + reason.setType(QXmppJingleReason::Expired); + reason.setText(QStringLiteral("Tie-Break")); + + if (QUuid::fromString(existingJmi->id()) < QUuid::fromString(jmiElementId)) { + // Jingle message initiator with lower ID rejects the other proposal. + existingJmi->setId(jmiElementId); + existingJmi->reject(std::move(reason), true).then(this, [existingJmi](auto result) { + if (auto *error = std::get_if<QXmppError>(&result)) { + Q_EMIT existingJmi->closed(*error); + } + }); + } else { + // Jingle message initiator with higher ID retracts its proposal. + existingJmi->retract(std::move(reason), true).then(this, [this, existingJmi, jmiElementId, callPartnerResource](auto result) { + if (auto error = std::get_if<QXmppError>(&result)) { + Q_EMIT existingJmi->closed(*error); + } else { + // Afterwards, JMI ID is changed to lower ID. + existingJmi->setId(jmiElementId); + + // Finally, the call is being accepted. + existingJmi->proceed().then(this, [existingJmi, jmiElementId, callPartnerResource](SendResult result) { + if (auto *error = std::get_if<QXmppError>(&result)) { + Q_EMIT existingJmi->closed(*error); + } else { + existingJmi->setIsProceeded(true); + Q_EMIT existingJmi->proceeded(jmiElementId, callPartnerResource); + } + }); + } + }); + } + + return true; +} + +/// +/// Adds a JMI object to the JMIs vector and sets the bare JID of the call partner in the JMI object. +/// \param callPartnerJid bare JID of the call partner +/// \return The newly created JMI +/// +std::shared_ptr<QXmppJingleMessageInitiation> QXmppJingleMessageInitiationManager::addJmi(const QString &callPartnerJid) +{ + auto jmi { std::make_shared<QXmppJingleMessageInitiation>(this) }; + jmi->setCallPartnerJid(callPartnerJid); + d->jmis.append(jmi); + return jmi; +} + +/// +/// Returns the JMIs vector. +/// +const QVector<std::shared_ptr<QXmppJingleMessageInitiation>> &QXmppJingleMessageInitiationManager::jmis() const +{ + return d->jmis; +} + +/// +/// \fn QXmppJingleMessageInitiationManager::proposed(const std::shared_ptr<QXmppJingleMessageInitiation> &, const QString &, const QXmppJingleDescription &) +/// +/// Emitted when a call has been proposed. +/// +/// \param jmi Jingle Message Initiation object of proposed session +/// \param id JMI element id +/// \param description JMI element's description containing media type (i.e., audio, video) +/// diff --git a/src/client/QXmppJingleMessageInitiationManager.h b/src/client/QXmppJingleMessageInitiationManager.h new file mode 100644 index 00000000..cd5bb494 --- /dev/null +++ b/src/client/QXmppJingleMessageInitiationManager.h @@ -0,0 +1,126 @@ +// SPDX-FileCopyrightText: 2023 Tibor Csötönyi <work@taibsu.de> +// SPDX-FileCopyrightText: 2023 Melvin Keskin <melvo@olomono.de> +// +// SPDX-License-Identifier: LGPL-2.1-or-later + +#ifndef QXMPPJINGLEMESSAGEINITIATIONMANAGER_H +#define QXMPPJINGLEMESSAGEINITIATIONMANAGER_H + +#include "QXmppClientExtension.h" +#include "QXmppError.h" +#include "QXmppJingleIq.h" +#include "QXmppMessageHandler.h" +#include "QXmppSendResult.h" +#include "QXmppTask.h" + +class QXmppJingleMessageInitiationManager; +class QXmppJingleMessageInitiationPrivate; +class QXmppJingleMessageInitiationManagerPrivate; + +class QXMPP_EXPORT QXmppJingleMessageInitiation : public QObject +{ + Q_OBJECT +public: + struct Rejected + { + std::optional<QXmppJingleReason> reason; + bool containsTieBreak; + }; + + struct Retracted + { + std::optional<QXmppJingleReason> reason; + bool containsTieBreak; + }; + + struct Finished + { + std::optional<QXmppJingleReason> reason; + QString migratedTo; + }; + + /// Variant of Rejected, Retracted, Finished or Error result types + using Result = std::variant<Rejected, Retracted, Finished, QXmppError>; + + QXmppJingleMessageInitiation(QXmppJingleMessageInitiationManager *manager); + ~QXmppJingleMessageInitiation(); + + QXmppTask<QXmpp::SendResult> ring(); + QXmppTask<QXmpp::SendResult> proceed(); + QXmppTask<QXmpp::SendResult> reject(std::optional<QXmppJingleReason> reason, bool containsTieBreak = false); + QXmppTask<QXmpp::SendResult> retract(std::optional<QXmppJingleReason> reason, bool containsTieBreak = false); + QXmppTask<QXmpp::SendResult> finish(std::optional<QXmppJingleReason> reason, const QString &migratedTo = {}); + + Q_SIGNAL void ringing(); + Q_SIGNAL void proceeded(const QString &id, const QString &callPartnerResource); + Q_SIGNAL void closed(const Result &result); + +private: + QString id() const; + void setId(const QString &id); + void setCallPartnerJid(const QString &callPartnerJid); + QString callPartnerJid() const; + bool isProceeded() const; + void setIsProceeded(bool isProceeded); + + std::unique_ptr<QXmppJingleMessageInitiationPrivate> d; + + friend class QXmppJingleMessageInitiationManager; + friend class tst_QXmppJingleMessageInitiationManager; +}; + +class QXMPP_EXPORT QXmppJingleMessageInitiationManager : public QXmppClientExtension, public QXmppMessageHandler +{ + Q_OBJECT +public: + using ProposeResult = std::variant<std::shared_ptr<QXmppJingleMessageInitiation>, QXmppError>; + + QXmppJingleMessageInitiationManager(); + ~QXmppJingleMessageInitiationManager(); + + /// \cond + QStringList discoveryFeatures() const override; + /// \endcond + + QXmppTask<ProposeResult> propose( + const QString &callPartnerJid, + const QXmppJingleDescription &description); + + Q_SIGNAL void proposed( + const std::shared_ptr<QXmppJingleMessageInitiation> &jmi, + const QString &id, + const std::optional<QXmppJingleDescription> &description); + +protected: + /// \cond + bool handleMessage(const QXmppMessage &) override; + void setClient(QXmppClient *client) override; + /// \endcond + +private: + QXmppTask<QXmpp::SendResult> sendMessage( + const QXmppJingleMessageInitiationElement &jmiElement, + const QString &callPartnerJid); + + void clear(const std::shared_ptr<QXmppJingleMessageInitiation> &jmi); + void clearAll(); + + bool handleJmiElement(QXmppJingleMessageInitiationElement &&jmiElement, const QString &senderJid); + bool handleExistingJmi(const std::shared_ptr<QXmppJingleMessageInitiation> &existingJmi, const QXmppJingleMessageInitiationElement &jmiElement, const QString &callPartnerResource); + bool handleProposeJmiElement(const QXmppJingleMessageInitiationElement &jmiElement, const QString &callPartnerJid); + bool handleTieBreak(const std::shared_ptr<QXmppJingleMessageInitiation> &existingJmi, const QXmppJingleMessageInitiationElement &jmiElement, const QString &callPartnerResource); + bool handleExistingSession(const std::shared_ptr<QXmppJingleMessageInitiation> &existingJmi, const QString &jmiElementId); + bool handleNonExistingSession(const std::shared_ptr<QXmppJingleMessageInitiation> &existingJmi, const QString &jmiElementId, const QString &callPartnerResource); + std::shared_ptr<QXmppJingleMessageInitiation> addJmi(const QString &callPartnerJid); + const QVector<std::shared_ptr<QXmppJingleMessageInitiation>> &jmis() const; + +private: + std::unique_ptr<QXmppJingleMessageInitiationManagerPrivate> d; + + friend class QXmppJingleMessageInitiationPrivate; + friend class tst_QXmppJingleMessageInitiationManager; +}; + +Q_DECLARE_METATYPE(QXmppJingleMessageInitiation::Result) + +#endif // QXMPPJINGLEMESSAGEINITIATIONMANAGER_H |