KDEConnectTelepathyProtocol::KDEConnectTelepathyProtocol(const QDBusConnection &dbusConnection, const QString &name)
: BaseProtocol(dbusConnection, name)
{
setParameters(Tp::ProtocolParameterList()
<< Tp::ProtocolParameter(QLatin1String("device_id"), QLatin1String("s"), Tp::ConnMgrParamFlagRequired)
<< Tp::ProtocolParameter(QLatin1String("self_name"), QLatin1String("s"), 0));
setRequestableChannelClasses(Tp::RequestableChannelClassSpecList() << Tp::RequestableChannelClassSpec::textChat());
// callbacks
setCreateConnectionCallback(memFun(this, &KDEConnectTelepathyProtocol::createConnection));
setIdentifyAccountCallback(memFun(this, &KDEConnectTelepathyProtocol::identifyAccount));
setNormalizeContactCallback(memFun(this, &KDEConnectTelepathyProtocol::normalizeContact));
addrIface = Tp::BaseProtocolAddressingInterface::create();
addrIface->setAddressableVCardFields(QStringList() << QLatin1String("tel"));
addrIface->setAddressableUriSchemes(QStringList() << QLatin1String("tel") << QLatin1String("sms"));
addrIface->setNormalizeVCardAddressCallback(memFun(this, &KDEConnectTelepathyProtocol::normalizeVCardAddress));
addrIface->setNormalizeContactUriCallback(memFun(this, &KDEConnectTelepathyProtocol::normalizeContactUri));
plugInterface(Tp::AbstractProtocolInterfacePtr::dynamicCast(addrIface));
presenceIface = Tp::BaseProtocolPresenceInterface::create();
presenceIface->setStatuses(ConnectConnection::getSimpleStatusSpecMap());
plugInterface(Tp::AbstractProtocolInterfacePtr::dynamicCast(presenceIface));
auto bus = QDBusConnection::sessionBus();
bus.registerObject("/kdeconnect", this, QDBusConnection::ExportAllSignals | QDBusConnection::ExportAllSlots);
Tp::DBusError err;
}
KDEConnectTelepathyProtocol::KDEConnectTelepathyProtocol(const QDBusConnection &dbusConnection, const QString &name)
: BaseProtocol(dbusConnection, name)
{
// setParameters(Tp::ProtocolParameterList()
// << Tp::ProtocolParameter(QLatin1String("device_id"), QLatin1String("s"), Tp::ConnMgrParamFlagRequired)
// << Tp::ProtocolParameter(QLatin1String("self_name"), QLatin1String("s"), 0));
setRequestableChannelClasses(Tp::RequestableChannelClassSpecList() << Tp::RequestableChannelClassSpec::textChat());
// callbacks
setCreateConnectionCallback(memFun(this, &KDEConnectTelepathyProtocol::createConnection));
setIdentifyAccountCallback(memFun(this, &KDEConnectTelepathyProtocol::identifyAccount));
setNormalizeContactCallback(memFun(this, &KDEConnectTelepathyProtocol::normalizeContact));
addrIface = Tp::BaseProtocolAddressingInterface::create();
addrIface->setAddressableVCardFields(QStringList() << QLatin1String("x-example-vcard-field"));
addrIface->setAddressableUriSchemes(QStringList() << QLatin1String("example-uri-scheme"));
addrIface->setNormalizeVCardAddressCallback(memFun(this, &KDEConnectTelepathyProtocol::normalizeVCardAddress));
addrIface->setNormalizeContactUriCallback(memFun(this, &KDEConnectTelepathyProtocol::normalizeContactUri));
plugInterface(Tp::AbstractProtocolInterfacePtr::dynamicCast(addrIface));
/*
presenceIface = Tp::BaseProtocolPresenceInterface::create();
presenceIface->setStatuses(Tp::PresenceSpecList(ConnectConnection::getConnectStatusSpecMap()));
plugInterface(Tp::AbstractProtocolInterfacePtr::dynamicCast(presenceIface));*/
Tp::DBusError err;
}
XMPPStream::XMPPStream() {
SF_REGISTER_ME;
mState = XMS_Null;
mCurrentOp = XMO_Null;
mReceivedFeatures = false;
mSkipInit = false;;
// XmlStreamDecoder is not asynchronous, doesn't need dMemFun
// Calls directly into locked state.
mXmlStreamDecoder.stateChange() = memFun (this, &XMPPStream::onXmlStreamStateChange);
mXmlStreamDecoder.chunkRead() = memFun (this, &XMPPStream::onXmlChunkRead);
}
Error XMPPStream::requestTls (const ResultCallback & callback) {
if (!mReceivedFeatures) {
Log (LogWarning) << LOGID << "Cannot request TLS, no stream features" << std::endl;
return error::WrongState;
}
if (!mFeatures.hasChildWithName("starttls")){
Log (LogWarning) << LOGID << "Cannot request TLS, not supported by stream features" << std::endl;
return error::NotSupported;
}
Error e = startOp (XMO_RequestTls, callback);
if (e) return e;
String tlsRequest ("<starttls xmlns='urn:ietf:params:xml:ns:xmpp-tls'/>");
e = send (tlsRequest);
if (e) return e;
mNextChunkHandler = memFun (this, &XMPPStream::onStartTlsReply);
return NoError;
}
Error XMPPStream::authenticate (const String & username, const String & password, const ResultCallback & result) {
if (!mReceivedFeatures){
Log (LogWarning) << LOGID << "Cannot authenticate, no stream features" << std::endl;
return error::WrongState;
}
if (!hasMechanism ("PLAIN", mFeatures)){
Log (LogWarning) << LOGID << "Authentication mechanism PLAIN not supported!" << std::endl;
return error::NotSupported;
}
Error e = startOp (XMO_Authenticate, result);
if (e) return e;
String secret = plainSecret (username, password);
String auth = "<auth xmlns='urn:ietf:params:xml:ns:xmpp-sasl' mechanism='PLAIN'>" + secret + "</auth>";
e = send (auth);
if (e) return e;
mNextChunkHandler = memFun (this, &XMPPStream::onAuthReply);
return NoError;
}