void NeoCallProvider::clcc(bool, const QAtResult & result)
{
QModemCall *ic = incomingCall();
bool icMissing = true;
int count = 0;
// Find the current state of the call in the AT+CLCC results.
QAtResultParser parser(result);
while (parser.next("+CLCC:")) {
uint id = parser.readNumeric();
parser.readNumeric(); // dir
uint state = parser.readNumeric();
uint mode = parser.readNumeric();
parser.readNumeric(); // mpty
QString number = QAtUtils::decodeNumber(parser);
QString callType = resolveCallMode(mode);
//qDebug() << "=============== CLCC id=" << id << ", state =" << state <<
// ", mode=" << mode << ", number=" << number << "callType=" << callType;
if (state == 4) { // incoming
if (ic && ic->number() == number) {
icMissing = false; // still ringing
} else { // new incoming call
QModemCallProvider::ringing(number, callType, id);
announceCall();
clccTimer.start(CLCC_POLL_INTERVAL);
return;
}
}
count++;
}
// We still have call in incoming state
if (ic) {
if (icMissing) {
qLog(Modem) << "Reporting missed call."; // but it's missing in CLCC list
ic->setState(QPhoneCall::Missed); // make the call missed
return;
}
clccTimer.start(CLCC_POLL_INTERVAL); // continue with polling
return;
}
// We still have some connected calls
if (count > 0) {
clccTimer.start(CLCC_POLL_INTERVAL); // continue with polling
return;
}
qLog(Modem) << "No more calls left";
QList < QPhoneCallImpl * >list = calls();
QList < QPhoneCallImpl * >::ConstIterator it;
for (it = list.begin(); it != list.end(); ++it) {
(*it)->setState(QPhoneCall::HangupRemote);
}
}
