//
// Receive an SMS
//
void CWapSmsProtocol::ProcessSmsL(const CSmsMessage& aSmsMessage)
{
OstTraceDef0(OST_TRACE_CATEGORY_DEBUG, TRACE_INTERNALS, CWAPSMSPROTOCOL_PROCESSSMSL_1, "CWapSmsProtocol::ProcessSmsL");
TInt index=0;
TBool storeDatagramComplete = EFalse;
TBool isNewStyleClient = EFalse;
__ASSERT_DEBUG(aSmsMessage.IsComplete(),Panic(EWapSmsIncompleteSms));
CWapDatagram* wapDatagram = CWapDatagram::NewL(aSmsMessage);
CleanupStack::PushL(wapDatagram);
TBool isCompleteDatagram = wapDatagram->IsComplete();
if (!isCompleteDatagram)
{
storeDatagramComplete = iWapStore->AddMessageL(index,*wapDatagram);
if (!storeDatagramComplete)
{
CleanupStack::PopAndDestroy(wapDatagram);
return;
}
iWapStore->GetDatagramL(index,*wapDatagram);
}
CWapSmsProvider* wapsmsProvider = LookupSAP(wapDatagram);
if (wapsmsProvider)
{
isNewStyleClient= wapsmsProvider->IsNewStyleClient();
if(isCompleteDatagram && isNewStyleClient)//8 bit datagram or complete messages, Need to store it for new clients
{
storeDatagramComplete = iWapStore->AddMessageL(index,*wapDatagram);
if (!storeDatagramComplete)
{
CleanupStack::PopAndDestroy(wapDatagram);
return;
}
}
if(!isNewStyleClient && !isCompleteDatagram)
{
iWapStore->BeginTransactionLC();
iWapStore->DeleteEntryL(index);
iWapStore->CommitTransactionL();
}
CleanupStack::Pop(wapDatagram);
wapsmsProvider->AddToQueue(wapDatagram);
return;
}
else if(!isCompleteDatagram)
{
iWapStore->BeginTransactionLC();
iWapStore->DeleteEntryL(index);
iWapStore->CommitTransactionL();
}
CleanupStack::PopAndDestroy(wapDatagram);
User::Leave(KErrNotFound);
} // CWapSmsProtocol::ProcessSmsL
void CWapDgrmTestStep::_Print(CSmsMessage& aSms)
/**
* print a SMS message to the console
*/
{
TSmsUserDataSettings UserDataSettings;
TBool IsComplete = EFalse;
const TPtrC& Address = aSms.ToFromAddress();
TInt ToPort = 0;
TInt FromPort = 0;
TInt Is16BitPorts = 0;
TBool IsPorts = EFalse;
TSmsDataCodingScheme::TSmsAlphabet Alphabet;
// Print CSmsMessage settings
CSmsPDU& Pdu = aSms.SmsPDU();
IsComplete = aSms.IsComplete();
aSms.UserDataSettings(UserDataSettings);
Alphabet = UserDataSettings.Alphabet();
_Print(_L8("CSmsMessage:: IsComplete: ToFromAddress: Alphabet\n"));
_PrintBool(IsComplete);
_Print(_L8(": "));
_Print(Address);
_Print(_L8(": "));
_Print(Alphabet);
_Print(_L8("\n"));
IsPorts = Pdu.ApplicationPortAddressing(ToPort,FromPort,&Is16BitPorts);
_Print(_L8("IsPorts: FromPort: ToPort: Is16BitPorts\n"));
_PrintBool(IsPorts);
_Print(_L8(": "));
_Print(FromPort);
_Print(_L8(": "));
_Print(ToPort);
_Print(_L8(": "));
_PrintBool(Is16BitPorts);
_Print(_L8("\n"));
}
/**
It adds the message segment to the reassembly store.
This function first checks on which re-assembly store the message should be stored and then add
the message to appropriate re-assembly store.
@note Only SUBMIT or DELIVER PDUs can be added to the reassembly store.
@param aSmsMessage a reference to the SMS message.
It acts both as input & output. At the time of function call it contains the message.
When the function returns it contains full decoded message if it is complete.
But in case of class 0 messages it might not contain complete class 0 messages.
@param aGsmSms a reference to GsmSms object which contain actual PDU.
It acts as pure input.
@param aIsComplete boolean value indicating whether the message is complete or not.
It acts both as input & output.
In case of multi-segment message, the value of aIsComplete will be true when function returns
if the added segment makes the messsage complete.
@param aIsEnumeration boolean value indicating whether the function is called at the time of enumeration.
It acts as only input.
@param aCount value indicating the number of current PDUs in the re-assembly store for the given SMS message.
It acts as only output.
@param aTotal value indicating the total number of PDUs for the given sms message.
It acts as only output.
@internalComponent
NOTE:
When function returns, if the value of aIsComplete is True, then aSmsMesssage will contain the
complete decoded SMS message.
But the above statement might not be always true:
In case of class 0 messages, it is possible to forward the incomplete messages. So after forwarding
the incomplete message, if we receive other constituent PDU of that message then in that case we
might receive all the constituent PDU of that message but aSmsMesssage will contain partial complete message.
To find out complete/incompletness of the message, CSmsMessage::IsComplete() message function has to be called.
*/
void CFacadeSmsReassemblyStore::AddSegmentToReassemblyStoreL(CSmsMessage& aSmsMessage,const TGsmSms& aGsmSms, TInt& aIndex, TBool& aIsComplete, TBool aIsEnumeration, TInt& aCount, TInt& aTotal)
{
OstTraceDef1(OST_TRACE_CATEGORY_DEBUG, TRACE_INTERNALS, CFACADESMSREASSEMBLYSTORE_ADDSEGMENTTOREASSEMBLYSTOREL_1, "CFacadeSmsReassemblyStore::AddSegmentToReassemblyStoreL(): isComplete Message=%d",aSmsMessage.IsComplete());
TBool toBeStoredInClass0ReassemblyStore = IsForClass0ReassemblyStore(aSmsMessage);
if (toBeStoredInClass0ReassemblyStore)
{
iClass0ReassemblyStore->AddSegmentToReassemblyStoreL(aSmsMessage, aGsmSms, aIndex, aIsComplete, aIsEnumeration, aCount, aTotal);
}
else
{
AddSegmentToNonClass0ReassemblyStoreL(aSmsMessage, aGsmSms, aIndex, aIsComplete, aIsEnumeration, aCount, aTotal);
}
}