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connection.cpp
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/**
* Copyright (C) 2013-2016 Canonical, Ltd.
*
* This program is free software: you can redistribute it and/or modify it under
* the terms of the GNU Lesser General Public License version 3, as published by
* the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranties of MERCHANTABILITY,
* SATISFACTORY QUALITY, 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 program. If not, see <http://www.gnu.org/licenses/>.
*
* Authors: Tiago Salem Herrmann <[email protected]>
* Gustavo Pichorim Boiko <[email protected]>
*/
#include <QDebug>
#include <QCryptographicHash>
#include <TelepathyQt/Constants>
#include <TelepathyQt/BaseChannel>
#include <TelepathyQt/DBusObject>
// telepathy-ofono
#include "connection.h"
#include "phoneutils_p.h"
#include "protocol.h"
#include "ofonoconferencecallchannel.h"
#include "mmsdmessage.h"
#include "mmsdservice.h"
#include "mmsgroupcache.h"
#include "sqlitedatabase.h"
#include "pendingmessagesmanager.h"
#include "dbustypes.h"
oFonoConnection::oFonoConnection(const QDBusConnection &dbusConnection,
const QString &cmName,
const QString &protocolName,
const QVariantMap ¶meters) :
Tp::BaseConnection(dbusConnection, cmName, protocolName, parameters),
mOfonoModemManager(new OfonoModemManager(this)),
mHandleCount(0),
mGroupHandleCount(0),
mMmsdManager(new MMSDManager(this)),
mConferenceCall(nullptr)
{
OfonoModem::SelectionSetting setting = OfonoModem::AutomaticSelect;
mModemPath = parameters["modem-objpath"].toString();
if (!mModemPath.isEmpty()) {
setting = OfonoModem::ManualSelect;
}
mOfonoMessageManager = new OfonoMessageManager(setting, mModemPath);
mOfonoVoiceCallManager = new OfonoVoiceCallManager(setting, mModemPath);
mOfonoCallVolume = new OfonoCallVolume(setting, mModemPath);
mOfonoNetworkRegistration = new OfonoNetworkRegistration(setting, mModemPath);
mOfonoMessageWaiting = new OfonoMessageWaiting(setting, mModemPath);
mOfonoSupplementaryServices = new OfonoSupplementaryServices(setting, mModemPath);
mOfonoSimManager = new OfonoSimManager(setting, mModemPath);
mOfonoModem = mOfonoSimManager->modem();
if (mOfonoSimManager->subscriberNumbers().size() > 0) {
setSelfHandle(newHandle(mOfonoSimManager->subscriberNumbers()[0]));
} else {
setSelfHandle(newHandle(""));
}
setConnectCallback(Tp::memFun(this,&oFonoConnection::connect));
setInspectHandlesCallback(Tp::memFun(this,&oFonoConnection::inspectHandles));
setRequestHandlesCallback(Tp::memFun(this,&oFonoConnection::requestHandles));
setCreateChannelCallback(Tp::memFun(this,&oFonoConnection::createChannel));
// initialise requests interface (Connection.Interface.Requests)
requestsIface = Tp::BaseConnectionRequestsInterface::create(this);
// set requestable text channel properties
Tp::RequestableChannelClass text;
text.fixedProperties[TP_QT_IFACE_CHANNEL+".ChannelType"] = TP_QT_IFACE_CHANNEL_TYPE_TEXT;
text.fixedProperties[TP_QT_IFACE_CHANNEL+".TargetHandleType"] = Tp::HandleTypeContact;
text.allowedProperties.append(TP_QT_IFACE_CHANNEL+".TargetHandle");
text.allowedProperties.append(TP_QT_IFACE_CHANNEL+".TargetID");
text.allowedProperties.append(TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeHandles"));
text.allowedProperties.append(TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeIDs"));
Tp::RequestableChannelClass existingGroupChat;
existingGroupChat.fixedProperties[TP_QT_IFACE_CHANNEL + QLatin1String(".ChannelType")] = TP_QT_IFACE_CHANNEL_TYPE_TEXT;
existingGroupChat.fixedProperties[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandleType")] = Tp::HandleTypeRoom;
existingGroupChat.allowedProperties.append(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandle"));
existingGroupChat.allowedProperties.append(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetID"));
Tp::RequestableChannelClass newGroupChat;
newGroupChat.fixedProperties[TP_QT_IFACE_CHANNEL + QLatin1String(".ChannelType")] = TP_QT_IFACE_CHANNEL_TYPE_TEXT;
newGroupChat.fixedProperties[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandleType")] = Tp::HandleTypeNone;
newGroupChat.allowedProperties.append(TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeHandles"));
newGroupChat.allowedProperties.append(TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeIDs"));
newGroupChat.allowedProperties.append(TP_QT_IFACE_CHANNEL_INTERFACE_ROOM + QLatin1String(".RoomName"));
// set requestable call channel properties
Tp::RequestableChannelClass call;
call.fixedProperties[TP_QT_IFACE_CHANNEL+".ChannelType"] = TP_QT_IFACE_CHANNEL_TYPE_CALL;
call.fixedProperties[TP_QT_IFACE_CHANNEL+".TargetHandleType"] = Tp::HandleTypeContact;
call.fixedProperties[TP_QT_IFACE_CHANNEL_TYPE_CALL+".InitialAudio"] = true;
call.allowedProperties.append(TP_QT_IFACE_CHANNEL+".TargetHandle");
call.allowedProperties.append(TP_QT_IFACE_CHANNEL+".TargetID");
call.allowedProperties.append(TP_QT_IFACE_CHANNEL_TYPE_CALL+".InitialAudio");
call.allowedProperties.append(TP_QT_IFACE_CHANNEL_TYPE_CALL+".InitialVideo");
call.allowedProperties.append(TP_QT_IFACE_CHANNEL_TYPE_CALL+".InitialAudioName");
call.allowedProperties.append(TP_QT_IFACE_CHANNEL_TYPE_CALL+".InitialVideoName");
call.allowedProperties.append(TP_QT_IFACE_CHANNEL_TYPE_CALL+".InitialTransport");
call.allowedProperties.append(TP_QT_IFACE_CHANNEL_TYPE_CALL+".HardwareStreaming");
call.allowedProperties.append(TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialChannels"));
requestsIface->requestableChannelClasses << text << call << existingGroupChat << newGroupChat;
plugInterface(Tp::AbstractConnectionInterfacePtr::dynamicCast(requestsIface));
// init presence interface
simplePresenceIface = Tp::BaseConnectionSimplePresenceInterface::create();
simplePresenceIface->setSetPresenceCallback(Tp::memFun(this,&oFonoConnection::setPresence));
plugInterface(Tp::AbstractConnectionInterfacePtr::dynamicCast(simplePresenceIface));
// init custom emergency mode interface (not provided by telepathy
emergencyModeIface = BaseConnectionEmergencyModeInterface::create();
emergencyModeIface->setEmergencyNumbersCallback(Tp::memFun(this,&oFonoConnection::emergencyNumbers));
QObject::connect(mOfonoVoiceCallManager, &OfonoVoiceCallManager::emergencyNumbersChanged,
emergencyModeIface.data(), &BaseConnectionEmergencyModeInterface::setEmergencyNumbers);
plugInterface(Tp::AbstractConnectionInterfacePtr::dynamicCast(emergencyModeIface));
emergencyModeIface->setEmergencyNumbers(mOfonoVoiceCallManager->emergencyNumbers());
emergencyModeIface->setFakeEmergencyNumber(parameters["fakeEmergencyNumber"].toString());
// init custom voicemail interface (not provided by telepathy)
voicemailIface = BaseConnectionVoicemailInterface::create();
voicemailIface->setVoicemailCountCallback(Tp::memFun(this,&oFonoConnection::voicemailCount));
voicemailIface->setVoicemailIndicatorCallback(Tp::memFun(this,&oFonoConnection::voicemailIndicator));
voicemailIface->setVoicemailNumberCallback(Tp::memFun(this,&oFonoConnection::voicemailNumber));
plugInterface(Tp::AbstractConnectionInterfacePtr::dynamicCast(voicemailIface));
supplementaryServicesIface = BaseConnectionUSSDInterface::create();
supplementaryServicesIface->setInitiateCallback(Tp::memFun(this,&oFonoConnection::USSDInitiate));
supplementaryServicesIface->setRespondCallback(Tp::memFun(this,&oFonoConnection::USSDRespond));
supplementaryServicesIface->setCancelCallback(Tp::memFun(this,&oFonoConnection::USSDCancel));
supplementaryServicesIface->StateChanged(mOfonoSupplementaryServices->state());
supplementaryServicesIface->setSerial(mOfonoModem->serial());
plugInterface(Tp::AbstractConnectionInterfacePtr::dynamicCast(supplementaryServicesIface));
// Set Presence
Tp::SimpleStatusSpec presenceOnline;
presenceOnline.type = Tp::ConnectionPresenceTypeAvailable;
presenceOnline.maySetOnSelf = false;
presenceOnline.canHaveMessage = true;
Tp::SimpleStatusSpec presenceOffline;
presenceOffline.type = Tp::ConnectionPresenceTypeOffline;
presenceOffline.maySetOnSelf = false;
presenceOffline.canHaveMessage = true;
Tp::SimpleStatusSpec presenceAway;
presenceAway.type = Tp::ConnectionPresenceTypeAway;
presenceAway.maySetOnSelf = false;
presenceAway.canHaveMessage = true;
Tp::SimpleStatusSpecMap statuses;
statuses.insert(QLatin1String("registered"), presenceOnline);
statuses.insert(QLatin1String("roaming"), presenceOnline);
statuses.insert(QLatin1String("flightmode"), presenceOffline);
statuses.insert(QLatin1String("nosim"), presenceOffline);
statuses.insert(QLatin1String("nomodem"), presenceOffline);
statuses.insert(QLatin1String("simlocked"), presenceAway);
statuses.insert(QLatin1String("unregistered"), presenceAway);
statuses.insert(QLatin1String("denied"), presenceAway);
statuses.insert(QLatin1String("unknown"), presenceAway);
statuses.insert(QLatin1String("searching"), presenceAway);
simplePresenceIface->setStatuses(statuses);
if (mOfonoModem->isValid()) {
supplementaryServicesIface->setSerial(mOfonoModem->serial());
}
// force update current presence
updateOnlineStatus();
contactsIface = Tp::BaseConnectionContactsInterface::create();
contactsIface->setGetContactAttributesCallback(Tp::memFun(this,&oFonoConnection::getContactAttributes));
contactsIface->setContactAttributeInterfaces(QStringList()
<< TP_QT_IFACE_CONNECTION
<< TP_QT_IFACE_CONNECTION_INTERFACE_SIMPLE_PRESENCE);
plugInterface(Tp::AbstractConnectionInterfacePtr::dynamicCast(contactsIface));
QObject::connect(mOfonoModem, &OfonoModem::onlineChanged, this, &oFonoConnection::updateOnlineStatus);
QObject::connect(mOfonoModem, &OfonoModem::serialChanged, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::setSerial);
QObject::connect(mOfonoModem, &OfonoModem::interfacesChanged, this, &oFonoConnection::updateOnlineStatus);
QObject::connect(mOfonoMessageManager, &OfonoMessageManager::incomingMessage, this, &oFonoConnection::onOfonoIncomingMessage);
QObject::connect(mOfonoMessageManager, &OfonoMessageManager::immediateMessage, this, &oFonoConnection::onOfonoImmediateMessage);
QObject::connect(mOfonoMessageManager, &OfonoMessageManager::statusReport, this, &oFonoConnection::onDeliveryReportReceived);
QObject::connect(mOfonoVoiceCallManager, &OfonoVoiceCallManager::callAdded, this, &oFonoConnection::onOfonoCallAdded);
/// \TODO: this is actually a misnamed slot in ofono-qt/OfonoVoiceCallManager
QObject::connect(mOfonoVoiceCallManager, SIGNAL(validityChanged(bool)), SLOT(onValidityChanged(bool)));
QObject::connect(mOfonoSimManager, &OfonoSimManager::validityChanged, this, &oFonoConnection::onValidityChanged);
QObject::connect(mOfonoSimManager, &OfonoSimManager::presenceChanged, this, &oFonoConnection::updateOnlineStatus);
QObject::connect(mOfonoSimManager, &OfonoSimManager::pinRequiredChanged, this, &oFonoConnection::updateOnlineStatus);
QObject::connect(mOfonoSimManager, &OfonoSimManager::subscriberNumbersChanged, this, &oFonoConnection::updateOnlineStatus);
QObject::connect(mOfonoNetworkRegistration, &OfonoNetworkRegistration::statusChanged, this, &oFonoConnection::updateOnlineStatus);
QObject::connect(mOfonoNetworkRegistration, &OfonoNetworkRegistration::nameChanged, this, &oFonoConnection::updateOnlineStatus);
QObject::connect(mOfonoNetworkRegistration, &OfonoNetworkRegistration::mccChanged, this, &oFonoConnection::updateOnlineStatus);
QObject::connect(mOfonoNetworkRegistration, &OfonoNetworkRegistration::validityChanged, this, &oFonoConnection::onValidityChanged);
QObject::connect(mOfonoMessageWaiting, &OfonoMessageWaiting::voicemailMessageCountChanged, voicemailIface.data(), &BaseConnectionVoicemailInterface::setVoicemailCount);
QObject::connect(mOfonoMessageWaiting, &OfonoMessageWaiting::voicemailWaitingChanged, voicemailIface.data(), &BaseConnectionVoicemailInterface::setVoicemailIndicator);
QObject::connect(mOfonoMessageWaiting, &OfonoMessageWaiting::voicemailMailboxNumberChanged, voicemailIface.data(), &BaseConnectionVoicemailInterface::setVoicemailNumber);
QObject::connect(mMmsdManager, &MMSDManager::serviceAdded, this, &oFonoConnection::onMMSDServiceAdded);
QObject::connect(mMmsdManager, &MMSDManager::serviceRemoved, this, &oFonoConnection::onMMSDServiceRemoved);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::notificationReceived, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::NotificationReceived);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::requestReceived, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::RequestReceived);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::initiateUSSDComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::InitiateUSSDComplete);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::barringComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::BarringComplete);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::forwardingComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::ForwardingComplete);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::waitingComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::WaitingComplete);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::callingLinePresentationComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::CallingLinePresentationComplete);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::connectedLinePresentationComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::ConnectedLinePresentationComplete);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::callingLineRestrictionComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::CallingLineRestrictionComplete);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::connectedLineRestrictionComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::ConnectedLineRestrictionComplete);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::initiateFailed, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::InitiateFailed);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::stateChanged, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::StateChanged);
QObject::connect(mOfonoSupplementaryServices, &OfonoSupplementaryServices::respondComplete, supplementaryServicesIface.data(), &BaseConnectionUSSDInterface::RespondComplete);
QObject::connect(this, &oFonoConnection::disconnected, this, &oFonoConnection::onDisconnected);
// workaround: we can't add services here as tp-ofono interfaces are not exposed on dbus
// todo: use QDBusServiceWatcher
QTimer::singleShot(1000, this, &oFonoConnection::onCheckMMSServices);
}
void oFonoConnection::onDisconnected()
{
setStatus(Tp::ConnectionStatusDisconnected, Tp::ConnectionStatusReasonRequested);
}
QMap<QString, oFonoCallChannel*> oFonoConnection::callChannels()
{
return mCallChannels;
}
void oFonoConnection::onCheckMMSServices()
{
Q_FOREACH(QString servicePath, mMmsdManager->services()) {
onMMSDServiceAdded(servicePath);
}
}
void oFonoConnection::updateMcc()
{
QString mcc;
// check if the network mcc is available first, then try the sim card mcc
if (!mOfonoNetworkRegistration->mcc().isEmpty()) {
mcc = mOfonoNetworkRegistration->mcc();
} else if (!mOfonoSimManager->mobileCountryCode().isEmpty()) {
mcc = mOfonoSimManager->mobileCountryCode();
}
PhoneUtils::setMcc(mcc);
emergencyModeIface->setCountryCode(PhoneUtils::countryCodeForMCC(mcc));
}
void oFonoConnection::onMMSDServiceAdded(const QString &path)
{
MMSDService *service = new MMSDService(path, this);
if (service->modemObjectPath() != mModemPath) {
service->deleteLater();
return;
}
qDebug() << "oFonoConnection::onMMSServiceAdded" << path;
mMmsdServices[path] = service;
QObject::connect(service, &MMSDService::messageAdded, this, &oFonoConnection::onMMSAdded);
QObject::connect(service, &MMSDService::messageRemoved, this, &oFonoConnection::onMMSRemoved);
Q_FOREACH(MessageStruct message, service->messages()) {
addMMSToService(message.path.path(), message.properties, service->path());
}
}
QDBusObjectPath oFonoConnection::sendMMS(const QStringList &numbers, const OutgoingAttachmentList& attachments)
{
// FIXME: dualsim: mms's for now will only be sent using the first modem
if (mMmsdServices.count() > 0) {
return mMmsdServices.first()->sendMessage(numbers, attachments);
}
qDebug() << "No mms service available";
return QDBusObjectPath();
}
void oFonoConnection::onMMSDServiceRemoved(const QString &path)
{
MMSDService *service = mMmsdServices.take(path);
if (!service) {
qWarning() << "oFonoConnection::onMMSServiceRemoved failed" << path;
return;
}
// remove all messages from this service
Q_FOREACH(MMSDMessage *message, mServiceMMSList[service->path()]) {
qDebug() << "removing message " << message->path() << " from service " << service->path();
message->deleteLater();
mServiceMMSList[service->path()].removeAll(message);
}
mServiceMMSList.remove(service->path());
service->deleteLater();
qDebug() << "oFonoConnection::onMMSServiceRemoved" << path;
}
oFonoTextChannel* oFonoConnection::textChannelForId(const QString &id)
{
Q_FOREACH(oFonoTextChannel* channel, mTextChannels) {
if (channel->baseChannel()->targetID() == id) {
return channel;
}
}
return nullptr;
}
oFonoTextChannel* oFonoConnection::textChannelForMembers(const QStringList &members)
{
Q_FOREACH(oFonoTextChannel* channel, mTextChannels) {
int count = 0;
Tp::DBusError error;
if (members.size() != channel->members().size()) {
continue;
}
QStringList phoneNumbersOld = inspectHandles(Tp::HandleTypeContact, channel->members(), &error);
if (error.isValid()) {
continue;
}
Q_FOREACH(const QString &phoneNumberNew, members) {
Q_FOREACH(const QString &phoneNumberOld, phoneNumbersOld) {
if (PhoneUtils::normalizePhoneNumber(phoneNumberOld) == PhoneUtils::normalizePhoneNumber(phoneNumberNew)) {
count++;
}
}
}
if (count == members.size()) {
return channel;
}
}
return nullptr;
}
void oFonoConnection::addMMSToService(const QString &path, const QVariantMap &properties, const QString &servicePath)
{
qDebug() << "addMMSToService " << path << properties << servicePath;
bool isRoom = false;
MMSDMessage *msg = new MMSDMessage(path, properties);
mServiceMMSList[servicePath].append(msg);
if (properties["Status"] == "received") {
QString senderNormalizedNumber = PhoneUtils::normalizePhoneNumber(properties["Sender"].toString());
QStringList recipientList = properties["Recipients"].toStringList();
// we use QSet to avoid having duplicate entries
QSet<QString> recipients;
Tp::UIntList initialInviteeHandles;
// remove empty strings if any
recipientList.removeAll("");
if (recipientList.size() > 1) {
isRoom = true;
// remove ourselves from the recipient list
Q_FOREACH(const QString &myNumber, mOfonoSimManager->subscriberNumbers()) {
Q_FOREACH(const QString &remoteNumber, recipientList) {
if (PhoneUtils::comparePhoneNumbers(remoteNumber, myNumber)) {
recipientList.removeAll(remoteNumber);
break;
}
}
}
Q_FOREACH(const QString &recipient, recipientList) {
recipients << PhoneUtils::normalizePhoneNumber(recipient);
initialInviteeHandles << ensureHandle(recipient);
}
} else if (senderNormalizedNumber.isEmpty() && recipientList.size() == 1) {
// if this is a message coming from the server (no sender), clear the recipient list;
recipientList.clear();
senderNormalizedNumber = "x-ofono-unknown";
}
oFonoTextChannel *channel = nullptr;
MMSGroup group;
if (isRoom) {
group = MMSGroupCache::existingGroup(QStringList() << senderNormalizedNumber << recipients.toList());
if (!group.groupId.isEmpty()) {
// check if there is an open channel for this group and use it
channel = textChannelForId(group.groupId);
}
} else {
// check if there is an open channel for these numbers and use it (1-1 chat here)
channel = textChannelForMembers(QStringList() << senderNormalizedNumber << recipients.toList());
}
if (channel) {
channel->mmsReceived(path, ensureHandle(senderNormalizedNumber), properties);
return;
}
Tp::DBusError error;
bool yours;
QVariantMap request;
uint handle = ensureHandle(senderNormalizedNumber);
qDebug() << "ensure handle" << senderNormalizedNumber << handle;
request[TP_QT_IFACE_CHANNEL + QLatin1String(".ChannelType")] = TP_QT_IFACE_CHANNEL_TYPE_TEXT;
request[TP_QT_IFACE_CHANNEL + QLatin1String(".InitiatorHandle")] = handle;
if (isRoom) {
initialInviteeHandles << handle;
request[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandleType")] = Tp::HandleTypeRoom;
// if the group exists, fill the targetId with the existing id
if (!group.groupId.isEmpty()) {
request[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetID")] = group.groupId;
}
request[TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeHandles")] = QVariant::fromValue(initialInviteeHandles);
ensureChannel(request, yours, false, &error);
} else {
request[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandleType")] = Tp::HandleTypeContact;
request[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandle")] = handle;
ensureChannel(request, yours, false, &error);
}
if (error.isValid()) {
qCritical() << "Error creating channel for incoming message " << error.name() << error.message();
return;
}
if (isRoom) {
channel = textChannelForId(group.groupId);
} else {
channel = textChannelForMembers(QStringList() << senderNormalizedNumber << recipients.toList());
}
if (channel) {
channel->mmsReceived(path, handle, properties);
} else {
qCritical() << "Failed to create channel for incoming mms" << "isRoom" << isRoom << "groupId" << group.groupId;
}
}
}
void oFonoConnection::onMMSAdded(const QString &path, const QVariantMap &properties)
{
qDebug() << "oFonoConnection::onMMSAdded" << path << properties;
MMSDService *service = qobject_cast<MMSDService*>(sender());
if (!service) {
qWarning() << "oFonoConnection::onMMSAdded failed";
return;
}
addMMSToService(path, properties, service->path());
}
void oFonoConnection::onMMSRemoved(const QString &path)
{
qDebug() << "oFonoConnection::onMMSRemoved" << path;
MMSDService *service = qobject_cast<MMSDService*>(sender());
if (!service) {
qWarning() << "oFonoConnection::onMMSRemoved failed";
return;
}
// remove this message from the service
Q_FOREACH(MMSDMessage *message, mServiceMMSList[service->path()]) {
if (message->path() == path) {
message->deleteLater();
mServiceMMSList[service->path()].removeAll(message);
break;
}
}
}
oFonoConnection::~oFonoConnection() {
dbusConnection().unregisterObject(objectPath(), QDBusConnection::UnregisterTree);
dbusConnection().unregisterService(busName());
mOfonoModemManager->deleteLater();
mOfonoMessageManager->deleteLater();
mOfonoVoiceCallManager->deleteLater();
mOfonoCallVolume->deleteLater();
mOfonoMessageWaiting->deleteLater();
mOfonoNetworkRegistration->deleteLater();
mOfonoSupplementaryServices->deleteLater();
mOfonoSimManager->deleteLater();
mMmsdManager->deleteLater();
Q_FOREACH(MMSDService *service, mMmsdServices) {
onMMSDServiceRemoved(service->path());
}
}
bool oFonoConnection::isNetworkRegistered()
{
QString status = mOfonoNetworkRegistration->status();
if (!mOfonoNetworkRegistration->isValid()) {
return false;
}
return !(!mOfonoModem->isValid() ||
!mOfonoModem->online() ||
status == "unregistered" ||
status == "denied" ||
status == "unknown" ||
status == "searching" ||
status.isEmpty());
}
uint oFonoConnection::setPresence(const QString& status, const QString& statusMessage, Tp::DBusError *error)
{
qDebug() << "setPresence" << status;
// this prevents tp-qt to propagate the available status
error->set(TP_QT_ERROR_NOT_AVAILABLE, "Can't change online status: Operation not supported");
return selfHandle();
}
Tp::ContactAttributesMap oFonoConnection::getContactAttributes(const Tp::UIntList &handles, const QStringList &ifaces, Tp::DBusError *error)
{
qDebug() << "getContactAttributes" << handles << ifaces;
Tp::ContactAttributesMap attributesMap;
QVariantMap attributes;
Q_FOREACH(uint handle, handles) {
QStringList inspectedHandles = inspectHandles(Tp::HandleTypeContact, Tp::UIntList() << handle, error);
if (inspectedHandles.size() > 0) {
attributes[TP_QT_IFACE_CONNECTION+"/contact-id"] = inspectedHandles.at(0);
} else {
continue;
}
if (ifaces.contains(TP_QT_IFACE_CONNECTION_INTERFACE_SIMPLE_PRESENCE)) {
attributes[TP_QT_IFACE_CONNECTION_INTERFACE_SIMPLE_PRESENCE+"/presence"] = QVariant::fromValue(mSelfPresence);
}
attributesMap[handle] = attributes;
}
return attributesMap;
}
void oFonoConnection::onValidityChanged(bool valid)
{
// WORKAROUND: ofono-qt does not refresh the properties once the interface
// becomes available, so it contains old values.
if (sender() == mOfonoSimManager) {
Q_EMIT mOfonoSimManager->modem()->pathChanged(mOfonoModem->path());
} else if (sender() == mOfonoNetworkRegistration) {
Q_EMIT mOfonoNetworkRegistration->modem()->pathChanged(mOfonoModem->path());
} else if (sender() == mOfonoVoiceCallManager) {
Q_EMIT mOfonoVoiceCallManager->modem()->pathChanged(mOfonoModem->path());
}
QString modemSerial;
if (valid) {
modemSerial = mOfonoModem->serial();
}
supplementaryServicesIface->setSerial(modemSerial);
emergencyModeIface->setEmergencyNumbers(mOfonoVoiceCallManager->emergencyNumbers());
updateOnlineStatus();
}
void oFonoConnection::updateOnlineStatus()
{
Tp::SimpleContactPresences presences;
mSelfPresence.statusMessage = "";
mSelfPresence.type = Tp::ConnectionPresenceTypeOffline;
Tp::DBusError *error;
QString selfHandleId = inspectHandles(Tp::HandleTypeContact, Tp::UIntList() << selfHandle(), error)[0];
if (!mOfonoModem->isValid()) {
mSelfPresence.status = "nomodem";
} else if (!mOfonoModem->online()) {
mSelfPresence.status = "flightmode";
} else if ((mOfonoSimManager->isValid() && !mOfonoSimManager->present()) ||
!mOfonoSimManager->isValid()) {
mSelfPresence.status = "nosim";
} else if (mOfonoSimManager->isValid() && mOfonoSimManager->present() &&
mOfonoSimManager->pinRequired() != "none" && !mOfonoSimManager->pinRequired().isEmpty()) {
mSelfPresence.status = "simlocked";
mSelfPresence.type = Tp::ConnectionPresenceTypeAway;
} else if (isNetworkRegistered()) {
mSelfPresence.status = mOfonoNetworkRegistration->status();
mSelfPresence.statusMessage = mOfonoNetworkRegistration->name();
mSelfPresence.type = Tp::ConnectionPresenceTypeAvailable;
} else {
mSelfPresence.status = mOfonoNetworkRegistration->status();
mSelfPresence.type = Tp::ConnectionPresenceTypeAway;
}
if (mOfonoSimManager->subscriberNumbers().size() > 0 && selfHandleId != mOfonoSimManager->subscriberNumbers()[0]) {
setSelfHandle(newHandle(mOfonoSimManager->subscriberNumbers()[0]));
}
presences[selfHandle()] = mSelfPresence;
simplePresenceIface->setPresences(presences);
updateMcc();
}
uint oFonoConnection::newHandle(const QString &identifier)
{
mHandles[++mHandleCount] = identifier;
return mHandleCount;
}
uint oFonoConnection::newGroupHandle(const QString &identifier)
{
mGroupHandles[++mGroupHandleCount] = identifier;
return mGroupHandleCount;
}
QStringList oFonoConnection::inspectHandles(uint handleType, const Tp::UIntList& handles, Tp::DBusError *error)
{
QStringList identifiers;
switch (handleType) {
case Tp::HandleTypeContact:
qDebug() << "oFonoConnection::inspectHandles contact" << handles;
Q_FOREACH(uint handle, handles) {
if (mHandles.keys().contains(handle)) {
identifiers.append(mHandles.value(handle));
} else {
error->set(TP_QT_ERROR_INVALID_HANDLE, "Contact handle not found");
return QStringList();
}
}
break;
case Tp::HandleTypeRoom:
qDebug() << "oFonoConnection::inspectHandles group" << handles;
Q_FOREACH(uint handle, handles) {
if (mGroupHandles.keys().contains(handle)) {
identifiers.append(mGroupHandles.value(handle));
} else {
error->set(TP_QT_ERROR_INVALID_HANDLE, "Group handle not found");
return QStringList();
}
}
break;
default:
error->set(TP_QT_ERROR_INVALID_ARGUMENT,"Not supported");
break;
}
qDebug() << "oFonoConnection::inspectHandles " << identifiers;
return identifiers;
}
void oFonoConnection::connect(Tp::DBusError *error) {
qDebug() << "oFonoConnection::connect";
setStatus(Tp::ConnectionStatusConnected, Tp::ConnectionStatusReasonRequested);
}
Tp::UIntList oFonoConnection::requestHandles(uint handleType, const QStringList& identifiers, Tp::DBusError* error)
{
qDebug() << "requestHandles";
Tp::UIntList handles;
if( handleType != Tp::HandleTypeContact ) {
error->set(TP_QT_ERROR_INVALID_ARGUMENT, "Not supported");
return Tp::UIntList();
}
Q_FOREACH( const QString& identifier, identifiers) {
const QString normalizedNumber = PhoneUtils::normalizePhoneNumber(identifier);
if (mHandles.values().contains(normalizedNumber)) {
handles.append(mHandles.key(normalizedNumber));
} else if (PhoneUtils::isPhoneNumber(normalizedNumber)) {
handles.append(newHandle(normalizedNumber));
} else {
handles.append(newHandle(identifier));
}
}
qDebug() << "requestHandles" << handles;
return handles;
}
Tp::BaseChannelPtr oFonoConnection::createTextChannel(const QVariantMap &request, Tp::DBusError *error)
{
uint targetHandleType = request.value(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandleType")).toUInt();
uint targetHandle = request.value(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandle")).toUInt();
QString targetId = request.value(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetID")).toString();
bool isRoom = request.contains(TP_QT_IFACE_CHANNEL_INTERFACE_ROOM + QLatin1String(".RoomName"));
QStringList initialInviteeIDs;
if (request.contains(TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeIDs"))) {
initialInviteeIDs = qdbus_cast<QStringList>(request[TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeIDs")]);
} else if (targetHandleType == Tp::HandleTypeRoom && !targetId.isEmpty()) {
// workaround to fill participants when not provided on new groups
// this case can happen on existing groups automatically transformed from None to Room
MMSGroup group = MMSGroupCache::existingGroup(targetId);
if (group.members.isEmpty() && targetId.contains("%") && !targetId.startsWith("mms:")) {
initialInviteeIDs = targetId.split("%");
}
}
if (mSelfPresence.type != Tp::ConnectionPresenceTypeAvailable) {
error->set(TP_QT_ERROR_NETWORK_ERROR, "No network available");
return Tp::BaseChannelPtr();
}
QStringList phoneNumbers;
bool flash = false;
if (!initialInviteeIDs.isEmpty()) {
Tp::UIntList handles;
Q_FOREACH(const QString& number, initialInviteeIDs) {
handles << ensureHandle(number);
}
phoneNumbers << inspectHandles(Tp::HandleTypeContact, handles, error);
} else if (request.contains(TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeHandles"))) {
phoneNumbers << inspectHandles(Tp::HandleTypeContact, qdbus_cast<Tp::UIntList>(request[TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialInviteeHandles")]), error);
}
// if the handle type is none and RoomName is present, we should try to find an existing MMS group
if (targetHandleType == Tp::HandleTypeNone && isRoom) {
MMSGroup group = MMSGroupCache::existingGroup(phoneNumbers);
if (!group.groupId.isEmpty()) {
targetId = group.groupId;
}
targetHandleType = Tp::HandleTypeRoom;
} else if (targetHandleType == Tp::HandleTypeRoom) {
if (targetId.isEmpty()) {
targetId = mGroupHandles.value(targetHandle);
}
// we got the groupId, now lookup the members and subject in the cache
MMSGroup group = MMSGroupCache::existingGroup(targetId);
if (group.groupId.isEmpty() && !initialInviteeIDs.isEmpty()) {
// save new group if we have initial invitee ids and no group is found in cache
group.groupId = targetId;
group.members = phoneNumbers;
MMSGroupCache::saveGroup(group);
} else if (group.groupId.isEmpty()) {
error->set(TP_QT_ERROR_INVALID_HANDLE, "MMS Group not found in cache.");
return Tp::BaseChannelPtr();
}
phoneNumbers = group.members;
isRoom = true;
// FIXME(MMSGroup): add support for MMS group subject
} else if (targetHandleType == Tp::HandleTypeContact && targetHandle != 0) {
targetId = mHandles.value(targetHandle);
}
// now get the appropriate handle
if (!targetId.isEmpty()) {
switch (targetHandleType) {
case Tp::HandleTypeRoom:
targetHandle = ensureGroupHandle(targetId);
break;
case Tp::HandleTypeContact:
default:
targetHandle = ensureHandle(targetId);
phoneNumbers << mHandles.value(targetHandle);
break;
}
}
if (request.contains(TP_QT_IFACE_CHANNEL_INTERFACE_SMS + QLatin1String(".Flash"))) {
flash = request[TP_QT_IFACE_CHANNEL_INTERFACE_SMS + QLatin1String(".Flash")].toBool();
}
oFonoTextChannel *channel = nullptr;
if (isRoom) {
// FIXME(MMSGroup): if targetId is empty, this means this is a new group, so we need to
// generate the group ID, probably something like "mms:<hash of member IDs>".
// Also, we need to call MMSGroupCache::saveGroup() to save the group in the cache
if (targetId.isEmpty()) {
MMSGroup group;
group.groupId = MMSGroupCache::generateId(phoneNumbers);
group.members = phoneNumbers;
targetId = group.groupId;
MMSGroupCache::saveGroup(group);
}
channel = new oFonoTextChannel(this, targetId, phoneNumbers);
} else {
channel = new oFonoTextChannel(this, QString(), phoneNumbers, flash);
}
mTextChannels << channel;
QObject::connect(channel, &oFonoTextChannel::messageRead, this, &oFonoConnection::onMessageRead);
QObject::connect(channel, &oFonoTextChannel::destroyed, this, &oFonoConnection::onTextChannelClosed);
return channel->baseChannel();
}
void oFonoConnection::onMessageRead(const QString &id)
{
Q_FOREACH(QList<MMSDMessage*> messages, mServiceMMSList.values()) {
Q_FOREACH(MMSDMessage* message, messages) {
if (message->path() == id) {
message->markRead();
message->remove();
return;
}
}
}
}
void oFonoConnection::onConferenceCallChannelClosed()
{
if (mConferenceCall) {
mConferenceCall = nullptr;
}
}
Tp::BaseChannelPtr oFonoConnection::createCallChannel(const QVariantMap &request, Tp::DBusError *error)
{
uint targetHandle = request.value(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandle")).toUInt();
uint initiatorHandle = request.value(TP_QT_IFACE_CHANNEL + QLatin1String(".InitiatorHandle")).toUInt();
QString newPhoneNumber = request.value(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetID")).toString();
if (!newPhoneNumber.isEmpty()) {
targetHandle = ensureHandle(newPhoneNumber);
}
newPhoneNumber = mHandles.value(targetHandle);
bool success = true;
bool available = (mSelfPresence.type == Tp::ConnectionPresenceTypeAvailable);
bool isConference = (request.contains(TP_QT_IFACE_CHANNEL_INTERFACE_CONFERENCE + QLatin1String(".InitialChannels")) &&
(!request.contains(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandleType")) || request[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandleType")] == Tp::HandleTypeNone) &&
(!request.contains(TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandle")) || request[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandle")] == 0));
if (!available && isConference) {
error->set(TP_QT_ERROR_NETWORK_ERROR, "No network available");
return Tp::BaseChannelPtr();
}
if (initiatorHandle == 0 && targetHandle != selfHandle()) {
initiatorHandle = selfHandle();
}
if (isConference) {
// conference call request
if (mConferenceCall) {
error->set(TP_QT_ERROR_NOT_AVAILABLE, "Conference call already exists");
return Tp::BaseChannelPtr();
}
QList<QDBusObjectPath> channels = mOfonoVoiceCallManager->createMultiparty();
if (!channels.isEmpty()) {
mConferenceCall = new oFonoConferenceCallChannel(this);
QObject::connect(mConferenceCall, &oFonoConferenceCallChannel::destroyed, this, &oFonoConnection::onConferenceCallChannelClosed);
mConferenceCall->baseChannel()->setInitiatorHandle(initiatorHandle);
return mConferenceCall->baseChannel();
}
error->set(TP_QT_ERROR_NOT_AVAILABLE, "Impossible to merge calls");
return Tp::BaseChannelPtr();
}
QDBusObjectPath objpath(request["ofonoObjPath"].toString());
if (objpath.path().isEmpty()) {
objpath = mOfonoVoiceCallManager->dial(newPhoneNumber, "", success);
}
qDebug() << "success " << success;
if (objpath.path().isEmpty() || !success) {
if (!success) {
error->set(TP_QT_ERROR_NOT_AVAILABLE, mOfonoVoiceCallManager->errorMessage());
} else {
error->set(TP_QT_ERROR_NOT_AVAILABLE, "Channel could not be created");
}
return Tp::BaseChannelPtr();
}
oFonoCallChannel *channel = new oFonoCallChannel(this, newPhoneNumber, targetHandle, objpath.path());
channel->baseChannel()->setInitiatorHandle(initiatorHandle);
mCallChannels[objpath.path()] = channel;
QObject::connect(channel, &oFonoCallChannel::destroyed, this, &oFonoConnection::onCallChannelDestroyed);
QObject::connect(channel, &oFonoCallChannel::closed, this, &oFonoConnection::onCallChannelClosed);
QObject::connect(channel, &oFonoCallChannel::merged, this, &oFonoConnection::onCallChannelMerged);
QObject::connect(channel, &oFonoCallChannel::splitted, this, &oFonoConnection::onCallChannelSplitted);
QObject::connect(channel, &oFonoCallChannel::multipartyCallHeld, this, &oFonoConnection::onMultipartyCallHeld);
QObject::connect(channel, &oFonoCallChannel::multipartyCallActive, this, &oFonoConnection::onMultipartyCallActive);
qDebug() << channel;
return channel->baseChannel();
}
void oFonoConnection::onMultipartyCallHeld()
{
if (!mConferenceCall) {
return;
}
mConferenceCall->setConferenceActive(false);
}
void oFonoConnection::onMultipartyCallActive()
{
if (!mConferenceCall) {
return;
}
mConferenceCall->setConferenceActive(true);
}
void oFonoConnection::onCallChannelMerged()
{
if (!mConferenceCall) {
return;
}
oFonoCallChannel *channel = static_cast<oFonoCallChannel*>(sender());
Q_EMIT channelMerged(QDBusObjectPath(channel->baseChannel()->objectPath()));
}
void oFonoConnection::onCallChannelSplitted()
{
if (!mConferenceCall) {
return;
}
oFonoCallChannel *channel = static_cast<oFonoCallChannel*>(sender());
Q_EMIT channelSplitted(QDBusObjectPath(channel->baseChannel()->objectPath()));
}
Tp::BaseChannelPtr oFonoConnection::createChannel(const QVariantMap &request, Tp::DBusError *error)
{
const QString channelType = request.value(TP_QT_IFACE_CHANNEL + QLatin1String(".ChannelType")).toString();
if (channelType == TP_QT_IFACE_CHANNEL_TYPE_TEXT) {
return createTextChannel(request, error);
} else if (channelType == TP_QT_IFACE_CHANNEL_TYPE_CALL) {
return createCallChannel(request, error);
} else {
error->set(TP_QT_ERROR_NOT_IMPLEMENTED, "Channel type not available");
}
return Tp::BaseChannelPtr();
}
OfonoMessageManager *oFonoConnection::messageManager()
{
return mOfonoMessageManager;
}
OfonoVoiceCallManager *oFonoConnection::voiceCallManager()
{
return mOfonoVoiceCallManager;
}
OfonoCallVolume *oFonoConnection::callVolume()
{
return mOfonoCallVolume;
}
void oFonoConnection::onDeliveryReportReceived(const QString &messageId, const QVariantMap& info)
{
const QString pendingMessageNumber = PendingMessagesManager::instance()->recipientIdForMessageId(messageId);
if (pendingMessageNumber.isEmpty()) {
return;
}
const QString normalizedNumber = PhoneUtils::normalizePhoneNumber(pendingMessageNumber);
PendingMessagesManager::instance()->removePendingMessage(messageId);
// check if there is an open channel for this sender and use it
oFonoTextChannel *channel = textChannelForMembers(QStringList() << normalizedNumber);
if(channel) {
channel->deliveryReportReceived(messageId, ensureHandle(normalizedNumber), info["Delivered"].toBool());
return;
}
Tp::DBusError error;
bool yours;
uint handle = ensureHandle(normalizedNumber);
QVariantMap request;
request[TP_QT_IFACE_CHANNEL + QLatin1String(".ChannelType")] = TP_QT_IFACE_CHANNEL_TYPE_TEXT;
request[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandleType")] = Tp::HandleTypeContact;
request[TP_QT_IFACE_CHANNEL + QLatin1String(".TargetHandle")] = handle;
request[TP_QT_IFACE_CHANNEL + QLatin1String(".InitiatorHandle")] = handle;
ensureChannel(request, yours, false, &error);
if(error.isValid()) {
qWarning() << "Error creating channel for incoming message" << error.name() << error.message();
return;
}
channel = textChannelForMembers(QStringList() << normalizedNumber);
if(channel) {
channel->deliveryReportReceived(messageId, ensureHandle(normalizedNumber), info["Delivered"].toBool());
return;
}
}
void oFonoConnection::onOfonoIncomingMessage(const QString &message, const QVariantMap &info)
{
ensureTextChannel(message, info, false);
}
void oFonoConnection::onOfonoImmediateMessage(const QString &message, const QVariantMap &info)
{
ensureTextChannel(message, info, true);
}
void oFonoConnection::ensureTextChannel(const QString &message, const QVariantMap &info, bool flash)
{
QString normalizedNumber = PhoneUtils::normalizePhoneNumber(info["Sender"].toString()).trimmed();
if (normalizedNumber.isEmpty()) {
normalizedNumber = "x-ofono-unknown";
}
// check if there is an open channel for this sender and use it
oFonoTextChannel *channel = textChannelForMembers(QStringList() << normalizedNumber);
if(channel) {
channel->messageReceived(message, ensureHandle(normalizedNumber), info);
return;
}
Tp::DBusError error;
bool yours;
uint handle = ensureHandle(normalizedNumber);
QVariantMap request;