// Copyright (c) 2003-2009 Nokia Corporation and/or its subsidiary(-ies).
// All rights reserved.
// This component and the accompanying materials are made available
// under the terms of "Eclipse Public License v1.0"
// which accompanies this distribution, and is available
// at the URL "http://www.eclipse.org/legal/epl-v10.html".
//
// Initial Contributors:
// Nokia Corporation - initial contribution.
//
// Contributors:
//
// Description:
// umtsapi.h - UMTS QoS API
//
#include "umtsextn.h"
#include "qosextn_constants.h"
#include "qosextn_log.h"
#include <networking/pfqos.h>
//
// TUmtsQoSParameters
//
//lint -e{1927} would like initializing in initializer list instead of in body.
EXPORT_C TUmtsQoSParameters::TUmtsQoSParameters()
{
iTrafficClass = ETrafficClassUnspecified;
iDeliveryOrder = EDeliveryOrderUnspecified;
iDeliveryOfErroneusSdu = EErroneousSDUDeliveryUnspecified;
iResidualBer = EBERUnspecified;
iErrorRatio = ESDUErrorRatioUnspecified;
iPriority = ETrafficPriorityUnspecified;
iTransferDelay = KTransferDelayUnspecified;
iMaxSduSize = KMaxSDUUnspecified;
iMaxBitrateUplink = KMaxBitRateUnspecified;
iMaxBitrateDownlink = KMaxBitRateUnspecified;
iGuaBitrateUplink = KGrtdBitRateUnspecified;
iGuaBitrateDownlink = KGrtdBitRateUnspecified;
}
EXPORT_C TUmtsTrafficClass TUmtsQoSParameters::TrafficClass() const
{
return iTrafficClass;
}
EXPORT_C TUmtsDeliveryOrder TUmtsQoSParameters::DeliveryOrder() const
{
return iDeliveryOrder;
}
EXPORT_C TUmtsErroneousSDUDelivery TUmtsQoSParameters::DeliveryOfErroneusSdu() const
{
return iDeliveryOfErroneusSdu;
}
EXPORT_C TUmtsBitErrorRatio TUmtsQoSParameters::ResidualBer() const
{
return iResidualBer;
}
EXPORT_C TUmtsSDUErrorRatio TUmtsQoSParameters::ErrorRatio() const
{
return iErrorRatio;
}
EXPORT_C TUmtsTrafficHandlingPriority TUmtsQoSParameters::Priority() const
{
return iPriority;
}
EXPORT_C TInt TUmtsQoSParameters::TransferDelay() const
{
return iTransferDelay;
}
EXPORT_C TInt TUmtsQoSParameters::MaxSduSize() const
{
return iMaxSduSize;
}
EXPORT_C TInt TUmtsQoSParameters::MaxBitrateUplink() const
{
return iMaxBitrateUplink;
}
EXPORT_C TInt TUmtsQoSParameters::MaxBitrateDownlink() const
{
return iMaxBitrateDownlink;
}
EXPORT_C TInt TUmtsQoSParameters::GuaranteedBitrateUplink() const
{
return iGuaBitrateUplink;
}
EXPORT_C TInt TUmtsQoSParameters::GuaranteedBitrateDownlink() const
{
return iGuaBitrateDownlink;
}
EXPORT_C TInt TUmtsQoSParameters::SetTrafficClass(TUmtsTrafficClass aTrafficClass)
{
iTrafficClass = aTrafficClass;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetDeliveryOrder(TUmtsDeliveryOrder aDeliveryOrder)
{
iDeliveryOrder = aDeliveryOrder;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetDeliveryOfErroneusSdu(TUmtsErroneousSDUDelivery aDeliveryOfErroneusSdu)
{
iDeliveryOfErroneusSdu = aDeliveryOfErroneusSdu;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetResidualBer(TUmtsBitErrorRatio aResidualBer)
{
iResidualBer = aResidualBer;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetErrorRatio(TUmtsSDUErrorRatio aErrorRatio)
{
iErrorRatio = aErrorRatio;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetPriority(TUmtsTrafficHandlingPriority aPriority)
{
iPriority = aPriority;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetTransferDelay(TUint aTransferDelay)
{
if (aTransferDelay > KTransferDelayMax)
return KErrArgument;
iTransferDelay = aTransferDelay;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetMaxSduSize(TUint aMaxSduSize)
{
if (aMaxSduSize > KMaxSDUMaximum)
return KErrArgument;
iMaxSduSize = aMaxSduSize;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetMaxBitrateUplink(TUint aMaxBitrateUplink)
{
if (aMaxBitrateUplink > KMaxBitRateMaximum)
return KErrArgument;
iMaxBitrateUplink = aMaxBitrateUplink;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetMaxBitrateDownlink(TUint aMaxBitrateDownlink)
{
if (aMaxBitrateDownlink > KMaxBitRateMaximum)
return KErrArgument;
iMaxBitrateDownlink = aMaxBitrateDownlink;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetGuaranteedBitrateUplink(TUint aGuaBitrateUplink)
{
if (aGuaBitrateUplink > KGrtdBitRateMaximum)
return KErrArgument;
iGuaBitrateUplink = aGuaBitrateUplink;
return KErrNone;
}
EXPORT_C TInt TUmtsQoSParameters::SetGuaranteedBitrateDownlink(TUint aGuaBitrateDownlink)
{
if (aGuaBitrateDownlink > KGrtdBitRateMaximum)
return KErrArgument;
iGuaBitrateDownlink = aGuaBitrateDownlink;
return KErrNone;
}
//
// TNegotiatedUmtsQoSParameters
//
EXPORT_C TNegotiatedUmtsQoSParameters::TNegotiatedUmtsQoSParameters() : iCompression(0), iErrorCode(KErrNone)
{
}
EXPORT_C TUint TNegotiatedUmtsQoSParameters::HeaderCompression() const
{
return iCompression;
}
EXPORT_C TInt TNegotiatedUmtsQoSParameters::ErrorCode() const
{
return iErrorCode;
}
// Buffer size
const TUint KUmtsApiBufSize = 8192;
//
// TUmtsQoSPolicy
//
EXPORT_C CUmtsQoSPolicy* CUmtsQoSPolicy::NewL()
{
CUmtsQoSPolicy* policy = new (ELeave) CUmtsQoSPolicy();
CleanupStack::PushL(policy);
policy->ConstructL();
CleanupStack::Pop();
return policy;
}
CUmtsQoSPolicy::CUmtsQoSPolicy() : iBufPtr(0,0)
{
iType = KPfqosExtensionUmts;
}
void CUmtsQoSPolicy::ConstructL()
{
iData = HBufC8::NewL(KUmtsApiBufSize);
TPtr8 tmp(iData->Des());
iBufPtr.Set(tmp);
}
EXPORT_C CUmtsQoSPolicy::~CUmtsQoSPolicy()
{
delete iData;
iData = 0;
}
static void SetIntValue(pfqos_configblock_int& data, TInt aValue, const TDesC8& aName)
{
data.len = sizeof(pfqos_configblock_int)/8;
data.padding = data.reserved = 0;
data.type = KPfqosTypeInteger;
data.value = aValue;
Mem::FillZ(data.id, KPfqosMaxName);
Mem::Copy(data.id, aName.Ptr(), aName.Length());
}
EXPORT_C TDesC8& CUmtsQoSPolicy::Data()
{
iBufPtr.SetLength(0);
const int byte_len = (sizeof(pfqos_configure)+sizeof(pfqos_extension)+sizeof(pfqos_configblock_int)*37);
pfqos_configure iHeader;
iHeader.pfqos_configure_len = (TUint16)((byte_len + 7) / 8);
iHeader.pfqos_ext_type = EPfqosExtExtension;
iHeader.reserved = 0;
iHeader.protocol_id = 0;
iBufPtr.Append((TUint8*)&iHeader, sizeof(pfqos_configure));
pfqos_extension aExtensionType;
aExtensionType.pfqos_ext_len = 0;
aExtensionType.pfqos_ext_type = EPfqosExtExtension;
aExtensionType.pfqos_extension_type = KPfqosExtensionUmts;
iBufPtr.Append((TUint8*)&aExtensionType, sizeof(pfqos_extension));
pfqos_configblock_int iExt;
// Minimum
SetIntValue(iExt, iMinimum.iTrafficClass, KDescTrafficClassMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iDeliveryOrder, KDescDeliveryOrderMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iDeliveryOfErroneusSdu, KDescDeliveryOfErroneusSduMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iResidualBer, KDescResidualBerMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iErrorRatio, KDescErrorRatioMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iPriority, KDescPriorityMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iTransferDelay, KDescTransferDelayMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iMaxSduSize, KDescMaxSduSizeMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iMaxBitrateUplink, KDescMaxBitrateUplinkMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iMaxBitrateDownlink, KDescMaxBitrateDownlinkMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iGuaBitrateUplink, KDescGuaBitrateUplinkMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iGuaBitrateDownlink, KDescGuaBitrateDownlinkMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
// Requested
SetIntValue(iExt, iRequested.iTrafficClass, KDescTrafficClassRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iDeliveryOrder, KDescDeliveryOrderRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iDeliveryOfErroneusSdu, KDescDeliveryOfErroneusSduRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iResidualBer, KDescResidualBerRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iErrorRatio, KDescErrorRatioRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iPriority, KDescPriorityRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iTransferDelay, KDescTransferDelayRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iMaxSduSize, KDescMaxSduSizeRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iMaxBitrateUplink, KDescMaxBitrateUplinkRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iMaxBitrateDownlink, KDescMaxBitrateDownlinkRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iGuaBitrateUplink, KDescGuaBitrateUplinkRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iGuaBitrateDownlink, KDescGuaBitrateDownlinkRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
// Negotiated
SetIntValue(iExt, iNegotiated.iTrafficClass, KDescTrafficClassNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iDeliveryOrder, KDescDeliveryOrderNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iDeliveryOfErroneusSdu, KDescDeliveryOfErroneusSduNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iResidualBer, KDescResidualBerNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iErrorRatio, KDescErrorRatioNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iPriority, KDescPriorityNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iTransferDelay, KDescTransferDelayNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iMaxSduSize, KDescMaxSduSizeNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iMaxBitrateUplink, KDescMaxBitrateUplinkNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iMaxBitrateDownlink, KDescMaxBitrateDownlinkNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iGuaBitrateUplink, KDescGuaBitrateUplinkNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iGuaBitrateDownlink, KDescGuaBitrateDownlinkNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iCompression, KDescHeaderCompression);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
iBufPtr.AppendFill(0, iHeader.pfqos_configure_len * 8 - byte_len);
return iBufPtr;
}
EXPORT_C TInt CUmtsQoSPolicy::ParseMessage(const TDesC8& aData)
{
const TUint8 *p = aData.Ptr();
TInt length = aData.Length();
//lint --e{826} Not a suspicious conversion, as lint thinks (shut off all of them for this function)
struct pfqos_configure *ext = (struct pfqos_configure *) p;
if (length < (TInt)sizeof(pfqos_configure))
return KErrGeneral; // EMSGSIZE (impossible message size)
if (ext->pfqos_configure_len * 8 != length)
return KErrGeneral; // EMSGSIZE (incorrect message length)
if (ext->pfqos_ext_type == EPfqosExtExtension)
{
p += sizeof(struct pfqos_configure);
pfqos_extension *aExtensionType = (pfqos_extension *) p;
if (aExtensionType->pfqos_extension_type != KPfqosExtensionUmts)
return KErrGeneral;
while (length > 0)
{
struct pfqos_configblock *block = (struct pfqos_configblock *)(p + sizeof(pfqos_extension));
int block_len = block->len;
if (block_len < 1)
break;
block_len *= 8;
if (block_len > length)
break;
if (block->type == KPfqosTypeInteger)
{
TPtrC8 tmp((TUint8 *)&block->id[0]);
struct pfqos_configblock_int *block_int = (struct pfqos_configblock_int*) block;
// Negotiated set
//lint -e{961} would like terminating 'else' here...
if (tmp.Compare(_L8("DeliveryOfErroneusSduNegotiated"))==0)
{
iNegotiated.iDeliveryOfErroneusSdu = (TUmtsErroneousSDUDelivery)block_int->value;
}
else if (tmp.Compare(_L8("DeliveryOrderNegotiated"))==0)
{
iNegotiated.iDeliveryOrder = (TUmtsDeliveryOrder)block_int->value;
}
else if (tmp.Compare(_L8("ErrorRatioNegotiated"))==0)
{
iNegotiated.iErrorRatio = (TUmtsSDUErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateDownlinkNegotiated"))==0)
{
iNegotiated.iGuaBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateUplinkNegotiated"))==0)
{
iNegotiated.iGuaBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateDownlinkNegotiated"))==0)
{
iNegotiated.iMaxBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateUplinkNegotiated"))==0)
{
iNegotiated.iMaxBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxSduSizeNegotiated"))==0)
{
iNegotiated.iMaxSduSize = block_int->value;
}
else if (tmp.Compare(_L8("PriorityNegotiated"))==0)
{
iNegotiated.iPriority = (TUmtsTrafficHandlingPriority)block_int->value;
}
else if (tmp.Compare(_L8("ResidualBerNegotiated"))==0)
{
iNegotiated.iResidualBer = (TUmtsBitErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("TrafficClassNegotiated"))==0)
{
iNegotiated.iTrafficClass = (TUmtsTrafficClass)block_int->value;
}
else if (tmp.Compare(_L8("TransferDelayNegotiated"))==0)
{
iNegotiated.iTransferDelay = block_int->value;
}
// Minimum set
else if (tmp.Compare(_L8("DeliveryOfErroneusSduMinimum"))==0)
{
iMinimum.iDeliveryOfErroneusSdu = (TUmtsErroneousSDUDelivery)block_int->value;
}
else if (tmp.Compare(_L8("DeliveryOrderMinimum"))==0)
{
iMinimum.iDeliveryOrder = (TUmtsDeliveryOrder)block_int->value;
}
else if (tmp.Compare(_L8("ErrorRatioMinimum"))==0)
{
iMinimum.iErrorRatio = (TUmtsSDUErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateDownlinkMinimum"))==0)
{
iMinimum.iGuaBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateUplinkMinimum"))==0)
{
iMinimum.iGuaBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateDownlinkMinimum"))==0)
{
iMinimum.iMaxBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateUplinkMinimum"))==0)
{
iMinimum.iMaxBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxSduSizeMinimum"))==0)
{
iMinimum.iMaxSduSize = block_int->value;
}
else if (tmp.Compare(_L8("PriorityMinimum"))==0)
{
iMinimum.iPriority = (TUmtsTrafficHandlingPriority)block_int->value;
}
else if (tmp.Compare(_L8("ResidualBerMinimum"))==0)
{
iMinimum.iResidualBer = (TUmtsBitErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("TrafficClassMinimum"))==0)
{
iMinimum.iTrafficClass = (TUmtsTrafficClass)block_int->value;
}
else if (tmp.Compare(_L8("TransferDelayMinimum"))==0)
{
iMinimum.iTransferDelay = block_int->value;
}
// Requested set
else if (tmp.Compare(_L8("DeliveryOfErroneusSduRequested"))==0)
{
iRequested.iDeliveryOfErroneusSdu = (TUmtsErroneousSDUDelivery)block_int->value;
}
else if (tmp.Compare(_L8("DeliveryOrderRequested"))==0)
{
iRequested.iDeliveryOrder = (TUmtsDeliveryOrder)block_int->value;
}
else if (tmp.Compare(_L8("ErrorRatioRequested"))==0)
{
iRequested.iErrorRatio = (TUmtsSDUErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateDownlinkRequested"))==0)
{
iRequested.iGuaBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateUplinkRequested"))==0)
{
iRequested.iGuaBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateDownlinkRequested"))==0)
{
iRequested.iMaxBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateUplinkRequested"))==0)
{
iRequested.iMaxBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxSduSizeRequested"))==0)
{
iRequested.iMaxSduSize = block_int->value;
}
else if (tmp.Compare(_L8("PriorityRequested"))==0)
{
iRequested.iPriority = (TUmtsTrafficHandlingPriority)block_int->value;
}
else if (tmp.Compare(_L8("ResidualBerRequested"))==0)
{
iRequested.iResidualBer = (TUmtsBitErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("TrafficClassRequested"))==0)
{
iRequested.iTrafficClass = (TUmtsTrafficClass)block_int->value;
}
else if (tmp.Compare(_L8("TransferDelayRequested"))==0)
{
iRequested.iTransferDelay = block_int->value;
}
else if (tmp.Compare(_L8("HeaderCompression"))==0)
{
iNegotiated.iCompression = block_int->value;
}
else if (tmp.Compare(_L8("ErrorCode"))==0)
{
iNegotiated.iErrorCode = block_int->value;
}
}
p += block_len;
length -= block_len;
}
}
return KErrNone;
}
EXPORT_C CExtensionBase* CUmtsQoSPolicy::CreateL()
{
CUmtsQoSPolicy *extension = CUmtsQoSPolicy::NewL();
return extension;
}
EXPORT_C TInt CUmtsQoSPolicy::Copy(const CExtensionBase& aExtension)
{
if (aExtension.Type() != iType)
return KErrArgument;
const CUmtsQoSPolicy& policy = (const CUmtsQoSPolicy&)aExtension;
policy.GetQoSMinimum(iMinimum);
policy.GetQoSRequested(iRequested);
policy.GetQoSNegotiated(iNegotiated);
iCompression = policy.HeaderCompression();
return KErrNone;
}
EXPORT_C void CUmtsQoSPolicy::SetQoSRequested(const TUmtsQoSParameters& aRequested)
{
LOG(Log::Printf(_L("<------------------------------------------------\n")));
LOG(Log::Printf(_L("CUmtsQoSPolicy::SetQoSRequested")));
LOG(Log::Printf(_L("\n")));
LOG(Log::Printf(_L("REQUESTED R99 VALUES SUPPLIED BY CLIENT IS \n")));
LOG(Log::Printf(_L("\n")));
LOG(Log::Printf(_L(" [aRequested.iTrafficClass = %d]\n"),aRequested.iTrafficClass));
LOG(Log::Printf(_L(" [aRequested.iDeliveryOrder = %d]\n"),aRequested.iDeliveryOrder));
LOG(Log::Printf(_L(" [aRequested.iDeliveryOfErroneusSdu = %d]\n"),aRequested.iDeliveryOfErroneusSdu));
LOG(Log::Printf(_L(" [aRequested.iMaxSduSize = %d]\n"),aRequested.iMaxSduSize));
LOG(Log::Printf(_L(" [aRequested.iMaxBitrateUplink = %d]\n"),aRequested.iMaxBitrateUplink));
LOG(Log::Printf(_L(" [aRequested.iMaxBitrateDownlink = %d]\n"),aRequested.iMaxBitrateDownlink));
LOG(Log::Printf(_L(" [aRequested.iResidualBer = %d]\n"),aRequested.iResidualBer));
LOG(Log::Printf(_L(" [aRequested.iErrorRatio = %d]\n"),aRequested.iErrorRatio));
LOG(Log::Printf(_L(" [aRequested.iPriority = %d]\n"),aRequested.iPriority));
LOG(Log::Printf(_L(" [aRequested.iTransferDelay = %d]\n"),aRequested.iTransferDelay));
LOG(Log::Printf(_L(" [aRequested.iGuaBitrateUplink = %d]\n"),aRequested.iGuaBitrateUplink));
LOG(Log::Printf(_L(" [aRequested.iGuaBitrateDownlink = %d]\n"),aRequested.iGuaBitrateDownlink));
LOG(Log::Printf(_L("------------------------------------------------>\n")));
iRequested = aRequested;
}
EXPORT_C void CUmtsQoSPolicy::SetQoSMinimum(const TUmtsQoSParameters& aMinimum)
{
LOG(Log::Printf(_L("<------------------------------------------------\n")));
LOG(Log::Printf(_L("CUmtsQoSPolicy::SetQoSMinimum")));
LOG(Log::Printf(_L("\n")));
LOG(Log::Printf(_L("MINIMUM R99 VALUES SUPPLIED BY CLIENT IS \n")));
LOG(Log::Printf(_L("\n")));
LOG(Log::Printf(_L(" [aMinimum.iTrafficClass = %d]\n"),aMinimum.iTrafficClass));
LOG(Log::Printf(_L(" [aMinimum.iDeliveryOrder = %d]\n"),aMinimum.iDeliveryOrder));
LOG(Log::Printf(_L(" [aMinimum.iDeliveryOfErroneusSdu = %d]\n"),aMinimum.iDeliveryOfErroneusSdu));
LOG(Log::Printf(_L(" [aMinimum.iMaxSduSize = %d]\n"),aMinimum.iMaxSduSize));
LOG(Log::Printf(_L(" [aMinimum.iMaxBitrateUplink = %d]\n"),aMinimum.iMaxBitrateUplink));
LOG(Log::Printf(_L(" [aMinimum.iMaxBitrateDownlink = %d]\n"),aMinimum.iMaxBitrateDownlink));
LOG(Log::Printf(_L(" [aMinimum.iResidualBer = %d]\n"),aMinimum.iResidualBer));
LOG(Log::Printf(_L(" [aMinimum.iErrorRatio = %d]\n"),aMinimum.iErrorRatio));
LOG(Log::Printf(_L(" [aMinimum.iPriority = %d]\n"),aMinimum.iPriority));
LOG(Log::Printf(_L(" [aMinimum.iTransferDelay = %d]\n"),aMinimum.iTransferDelay));
LOG(Log::Printf(_L(" [aMinimum.iGuaBitrateUplink = %d]\n"),aMinimum.iGuaBitrateUplink));
LOG(Log::Printf(_L(" [aMinimum.iGuaBitrateDownlink = %d]\n"),aMinimum.iGuaBitrateDownlink));
LOG(Log::Printf(_L("------------------------------------------------>\n")));
iMinimum = aMinimum;
}
EXPORT_C void CUmtsQoSPolicy::GetQoSRequested(TUmtsQoSParameters& aRequested) const
{
aRequested = iRequested;
}
EXPORT_C void CUmtsQoSPolicy::GetQoSMinimum(TUmtsQoSParameters& aMinimum) const
{
aMinimum = iMinimum;
}
EXPORT_C void CUmtsQoSPolicy::GetQoSNegotiated(TNegotiatedUmtsQoSParameters& aNegotiated) const
{
aNegotiated = iNegotiated;
}
EXPORT_C TInt CUmtsQoSPolicy::SetHeaderCompression(TUint aCompression)
{
if (aCompression & ~(KPdpDataCompression|KPdpHeaderCompression))
return KErrNotSupported;
iCompression = aCompression;
return KErrNone;
}
EXPORT_C TUint CUmtsQoSPolicy::HeaderCompression() const
{
return iCompression;
}
//
// TUmtsR5QoSParameters
//
EXPORT_C TUmtsR5QoSParameters::TUmtsR5QoSParameters()
: TUmtsQoSParameters(),
iSignallingIndicator(EFalse),
iSrcStatisticsDesc(ESourceStatisticsDescriptorUnknown)
{
}
EXPORT_C TBool TUmtsR5QoSParameters::SignallingIndicator() const
{
return iSignallingIndicator;
}
EXPORT_C TUmtsSourceStatisticsDescriptor TUmtsR5QoSParameters::SourceStatisticsDescriptor() const
{
return iSrcStatisticsDesc;
}
EXPORT_C TInt TUmtsR5QoSParameters::SetSignallingIndicator(TBool aSignallingIndicator)
{
iSignallingIndicator = aSignallingIndicator;
return KErrNone;
}
EXPORT_C TInt TUmtsR5QoSParameters::SetSourceStatisticsDescriptor(TUmtsSourceStatisticsDescriptor aSrcStatisticsDesc)
{
iSrcStatisticsDesc = aSrcStatisticsDesc;
return KErrNone;
}
//
// TNegotiatedUmtsR5QoSParameters
//
EXPORT_C TNegotiatedUmtsR5QoSParameters::TNegotiatedUmtsR5QoSParameters() : iCompression(0), iErrorCode(KErrNone)
{
}
EXPORT_C TUint TNegotiatedUmtsR5QoSParameters::HeaderCompression() const
{
return iCompression;
}
EXPORT_C TInt TNegotiatedUmtsR5QoSParameters::ErrorCode() const
{
return iErrorCode;
}
// Buffer size
// const TUint KUmtsApiBufSize = 8192; should be defined in case
// if the umts r5 and r99 needs to be supported seperately
//
// CUmtsR5QoSPolicy
//
EXPORT_C CUmtsR5QoSPolicy* CUmtsR5QoSPolicy::NewL()
{
CUmtsR5QoSPolicy* policy = new (ELeave) CUmtsR5QoSPolicy();
CleanupStack::PushL(policy);
policy->ConstructL();
CleanupStack::Pop();
return policy;
}
CUmtsR5QoSPolicy::CUmtsR5QoSPolicy() : iBufPtr(0,0)
{
iType = KPfqosR5ExtensionUmts;
}
void CUmtsR5QoSPolicy::ConstructL()
{
iData = HBufC8::NewL(KUmtsApiBufSize);
TPtr8 tmp(iData->Des());
iBufPtr.Set(tmp);
}
EXPORT_C CUmtsR5QoSPolicy::~CUmtsR5QoSPolicy()
{
delete iData;
iData = 0;
}
EXPORT_C TDesC8& CUmtsR5QoSPolicy::Data()
{
iBufPtr.SetLength(0);
const int byte_len = (sizeof(pfqos_configure)+sizeof(pfqos_extension)+sizeof(pfqos_configblock_int)*43);
pfqos_configure iHeader;
iHeader.pfqos_configure_len = (TUint16)((byte_len + 7) / 8);
iHeader.pfqos_ext_type = EPfqosExtExtension;
iHeader.reserved = 0;
iHeader.protocol_id = 0;
iBufPtr.Append((TUint8*)&iHeader, sizeof(pfqos_configure));
pfqos_extension aExtensionType;
aExtensionType.pfqos_ext_len = 0;
aExtensionType.pfqos_ext_type = EPfqosExtExtension;
aExtensionType.pfqos_extension_type = KPfqosR5ExtensionUmts;
iBufPtr.Append((TUint8*)&aExtensionType, sizeof(pfqos_extension));
pfqos_configblock_int iExt;
// Minimum
SetIntValue(iExt, iMinimum.iTrafficClass, KDescTrafficClassMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iDeliveryOrder, KDescDeliveryOrderMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iDeliveryOfErroneusSdu, KDescDeliveryOfErroneusSduMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iResidualBer, KDescResidualBerMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iErrorRatio, KDescErrorRatioMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iPriority, KDescPriorityMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iTransferDelay, KDescTransferDelayMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iMaxSduSize, KDescMaxSduSizeMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iMaxBitrateUplink, KDescMaxBitrateUplinkMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iMaxBitrateDownlink, KDescMaxBitrateDownlinkMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iGuaBitrateUplink, KDescGuaBitrateUplinkMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iGuaBitrateDownlink, KDescGuaBitrateDownlinkMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iSignallingIndicator, KDescSignallingIndicatorMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iMinimum.iSrcStatisticsDesc, KDescSrcStatDescMinimum);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
// Requested
SetIntValue(iExt, iRequested.iTrafficClass, KDescTrafficClassRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iDeliveryOrder, KDescDeliveryOrderRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iDeliveryOfErroneusSdu, KDescDeliveryOfErroneusSduRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iResidualBer, KDescResidualBerRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iErrorRatio, KDescErrorRatioRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iPriority, KDescPriorityRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iTransferDelay, KDescTransferDelayRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iMaxSduSize, KDescMaxSduSizeRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iMaxBitrateUplink, KDescMaxBitrateUplinkRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iMaxBitrateDownlink, KDescMaxBitrateDownlinkRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iGuaBitrateUplink, KDescGuaBitrateUplinkRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iGuaBitrateDownlink, KDescGuaBitrateDownlinkRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iSignallingIndicator, KDescSignallingIndicatorRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iRequested.iSrcStatisticsDesc, KDescSrcStatDescRequested);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
// Negotiated
SetIntValue(iExt, iNegotiated.iTrafficClass, KDescTrafficClassNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iDeliveryOrder, KDescDeliveryOrderNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iDeliveryOfErroneusSdu, KDescDeliveryOfErroneusSduNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iResidualBer, KDescResidualBerNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iErrorRatio, KDescErrorRatioNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iPriority, KDescPriorityNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iTransferDelay, KDescTransferDelayNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iMaxSduSize, KDescMaxSduSizeNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iMaxBitrateUplink, KDescMaxBitrateUplinkNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iMaxBitrateDownlink, KDescMaxBitrateDownlinkNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iGuaBitrateUplink, KDescGuaBitrateUplinkNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iGuaBitrateDownlink, KDescGuaBitrateDownlinkNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iSignallingIndicator, KDescSignallingIndicatorNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iNegotiated.iSrcStatisticsDesc, KDescSrcStatDescNegotiated);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
SetIntValue(iExt, iCompression, KDescHeaderCompression);
iBufPtr.Append((TUint8*)&iExt, sizeof(pfqos_configblock_int));
iBufPtr.AppendFill(0, iHeader.pfqos_configure_len * 8 - byte_len);
return iBufPtr;
}
EXPORT_C TInt CUmtsR5QoSPolicy::ParseMessage(const TDesC8& aData)
{
const TUint8 *p = aData.Ptr();
TInt length = aData.Length();
//lint --e{826} Not a suspicious conversion, as lint thinks (shut off all of them for this function)
struct pfqos_configure *ext = (struct pfqos_configure *) p;
if (length < (TInt)sizeof(pfqos_configure))
return KErrGeneral; // EMSGSIZE (impossible message size)
if (ext->pfqos_configure_len * 8 != length)
return KErrGeneral; // EMSGSIZE (incorrect message length)
if (ext->pfqos_ext_type == EPfqosExtExtension)
{
p += sizeof(struct pfqos_configure);
pfqos_extension *aExtensionType = (pfqos_extension *) p;
if (aExtensionType->pfqos_extension_type != KPfqosR5ExtensionUmts)
return KErrGeneral;
while (length > 0)
{
struct pfqos_configblock *block = (struct pfqos_configblock *)(p + sizeof(pfqos_extension));
int block_len = block->len;
if (block_len < 1)
break;
block_len *= 8;
if (block_len > length)
break;
if (block->type == KPfqosTypeInteger)
{
TPtrC8 tmp((TUint8 *)&block->id[0]);
struct pfqos_configblock_int *block_int = (struct pfqos_configblock_int*) block;
// Negotiated set
//lint -e{961} would like terminating 'else' here...
if (tmp.Compare(_L8("DeliveryOfErroneusSduNegotiated"))==0)
{
iNegotiated.iDeliveryOfErroneusSdu = (TUmtsErroneousSDUDelivery)block_int->value;
}
else if (tmp.Compare(_L8("DeliveryOrderNegotiated"))==0)
{
iNegotiated.iDeliveryOrder = (TUmtsDeliveryOrder)block_int->value;
}
else if (tmp.Compare(_L8("ErrorRatioNegotiated"))==0)
{
iNegotiated.iErrorRatio = (TUmtsSDUErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateDownlinkNegotiated"))==0)
{
iNegotiated.iGuaBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateUplinkNegotiated"))==0)
{
iNegotiated.iGuaBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateDownlinkNegotiated"))==0)
{
iNegotiated.iMaxBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateUplinkNegotiated"))==0)
{
iNegotiated.iMaxBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxSduSizeNegotiated"))==0)
{
iNegotiated.iMaxSduSize = block_int->value;
}
else if (tmp.Compare(_L8("PriorityNegotiated"))==0)
{
iNegotiated.iPriority = (TUmtsTrafficHandlingPriority)block_int->value;
}
else if (tmp.Compare(_L8("ResidualBerNegotiated"))==0)
{
iNegotiated.iResidualBer = (TUmtsBitErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("TrafficClassNegotiated"))==0)
{
iNegotiated.iTrafficClass = (TUmtsTrafficClass)block_int->value;
}
else if (tmp.Compare(_L8("TransferDelayNegotiated"))==0)
{
iNegotiated.iTransferDelay = block_int->value;
}
else if (tmp.Compare(_L8("SignallingIndicatorNegotiated"))==0)
{
iNegotiated.iSignallingIndicator = block_int->value;
}
else if (tmp.Compare(_L8("SrcStatDescNegotiated"))==0)
{
iNegotiated.iSrcStatisticsDesc = (TUmtsSourceStatisticsDescriptor)block_int->value;
}
// Minimum set
else if (tmp.Compare(_L8("DeliveryOfErroneusSduMinimum"))==0)
{
iMinimum.iDeliveryOfErroneusSdu = (TUmtsErroneousSDUDelivery)block_int->value;
}
else if (tmp.Compare(_L8("DeliveryOrderMinimum"))==0)
{
iMinimum.iDeliveryOrder = (TUmtsDeliveryOrder)block_int->value;
}
else if (tmp.Compare(_L8("ErrorRatioMinimum"))==0)
{
iMinimum.iErrorRatio = (TUmtsSDUErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateDownlinkMinimum"))==0)
{
iMinimum.iGuaBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateUplinkMinimum"))==0)
{
iMinimum.iGuaBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateDownlinkMinimum"))==0)
{
iMinimum.iMaxBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateUplinkMinimum"))==0)
{
iMinimum.iMaxBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxSduSizeMinimum"))==0)
{
iMinimum.iMaxSduSize = block_int->value;
}
else if (tmp.Compare(_L8("PriorityMinimum"))==0)
{
iMinimum.iPriority = (TUmtsTrafficHandlingPriority)block_int->value;
}
else if (tmp.Compare(_L8("ResidualBerMinimum"))==0)
{
iMinimum.iResidualBer = (TUmtsBitErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("TrafficClassMinimum"))==0)
{
iMinimum.iTrafficClass = (TUmtsTrafficClass)block_int->value;
}
else if (tmp.Compare(_L8("TransferDelayMinimum"))==0)
{
iMinimum.iTransferDelay = block_int->value;
}
else if (tmp.Compare(_L8("SignallingIndicatorMinimum"))==0)
{
iMinimum.iSignallingIndicator = block_int->value;
}
else if (tmp.Compare(_L8("SrcStatDescMinimum"))==0)
{
iMinimum.iSrcStatisticsDesc = (TUmtsSourceStatisticsDescriptor)block_int->value;
}
// Requested set
else if (tmp.Compare(_L8("DeliveryOfErroneusSduRequested"))==0)
{
iRequested.iDeliveryOfErroneusSdu = (TUmtsErroneousSDUDelivery)block_int->value;
}
else if (tmp.Compare(_L8("DeliveryOrderRequested"))==0)
{
iRequested.iDeliveryOrder = (TUmtsDeliveryOrder)block_int->value;
}
else if (tmp.Compare(_L8("ErrorRatioRequested"))==0)
{
iRequested.iErrorRatio = (TUmtsSDUErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateDownlinkRequested"))==0)
{
iRequested.iGuaBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("GuaBitrateUplinkRequested"))==0)
{
iRequested.iGuaBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateDownlinkRequested"))==0)
{
iRequested.iMaxBitrateDownlink = block_int->value;
}
else if (tmp.Compare(_L8("MaxBitrateUplinkRequested"))==0)
{
iRequested.iMaxBitrateUplink = block_int->value;
}
else if (tmp.Compare(_L8("MaxSduSizeRequested"))==0)
{
iRequested.iMaxSduSize = block_int->value;
}
else if (tmp.Compare(_L8("PriorityRequested"))==0)
{
iRequested.iPriority = (TUmtsTrafficHandlingPriority)block_int->value;
}
else if (tmp.Compare(_L8("ResidualBerRequested"))==0)
{
iRequested.iResidualBer = (TUmtsBitErrorRatio)block_int->value;
}
else if (tmp.Compare(_L8("TrafficClassRequested"))==0)
{
iRequested.iTrafficClass = (TUmtsTrafficClass)block_int->value;
}
else if (tmp.Compare(_L8("TransferDelayRequested"))==0)
{
iRequested.iTransferDelay = block_int->value;
}
else if (tmp.Compare(_L8("SignallingIndicatorRequested"))==0)
{
iRequested.iSignallingIndicator = block_int->value;
}
else if (tmp.Compare(_L8("SrcStatDescRequested"))==0)
{
iRequested.iSrcStatisticsDesc = (TUmtsSourceStatisticsDescriptor)block_int->value;
}
else if (tmp.Compare(_L8("HeaderCompression"))==0)
{
iNegotiated.iCompression = block_int->value;
}
else if (tmp.Compare(_L8("ErrorCode"))==0)
{
iNegotiated.iErrorCode = block_int->value;
}
}
p += block_len;
length -= block_len;
}
}
return KErrNone;
}
EXPORT_C CExtensionBase* CUmtsR5QoSPolicy::CreateL()
{
CUmtsR5QoSPolicy *extension = CUmtsR5QoSPolicy::NewL();
return extension;
}
EXPORT_C TInt CUmtsR5QoSPolicy::Copy(const CExtensionBase& aExtension)
{
if (aExtension.Type() != iType)
return KErrArgument;
const CUmtsR5QoSPolicy& policy = (const CUmtsR5QoSPolicy&)aExtension;
policy.GetQoSMinimum(iMinimum);
policy.GetQoSRequested(iRequested);
policy.GetQoSNegotiated(iNegotiated);
iCompression = policy.HeaderCompression();
return KErrNone;
}
EXPORT_C void CUmtsR5QoSPolicy::SetQoSRequested(const TUmtsR5QoSParameters& aRequested)
{
LOG(Log::Printf(_L("<------------------------------------------------\n")));
LOG(Log::Printf(_L("CUmtsR5QoSPolicy::SetQoSRequested")));
LOG(Log::Printf(_L("\n")));
LOG(Log::Printf(_L("REQUESTED R5 VALUES SUPPLIED BY CLIENT IS \n")));
LOG(Log::Printf(_L("\n")));
LOG(Log::Printf(_L(" [aRequested.iTrafficClass = %d]\n"),aRequested.iTrafficClass));
LOG(Log::Printf(_L(" [aRequested.iDeliveryOrder = %d]\n"),aRequested.iDeliveryOrder));
LOG(Log::Printf(_L(" [aRequested.iDeliveryOfErroneusSdu = %d]\n"),aRequested.iDeliveryOfErroneusSdu));
LOG(Log::Printf(_L(" [aRequested.iMaxSduSize = %d]\n"),aRequested.iMaxSduSize));
LOG(Log::Printf(_L(" [aRequested.iMaxBitrateUplink = %d]\n"),aRequested.iMaxBitrateUplink));
LOG(Log::Printf(_L(" [aRequested.iMaxBitrateDownlink = %d]\n"),aRequested.iMaxBitrateDownlink));
LOG(Log::Printf(_L(" [aRequested.iResidualBer = %d]\n"),aRequested.iResidualBer));
LOG(Log::Printf(_L(" [aRequested.iErrorRatio = %d]\n"),aRequested.iErrorRatio));
LOG(Log::Printf(_L(" [aRequested.iPriority = %d]\n"),aRequested.iPriority));
LOG(Log::Printf(_L(" [aRequested.iTransferDelay = %d]\n"),aRequested.iTransferDelay));
LOG(Log::Printf(_L(" [aRequested.iGuaBitrateUplink = %d]\n"),aRequested.iGuaBitrateUplink));
LOG(Log::Printf(_L(" [aRequested.iGuaBitrateDownlink = %d]\n"),aRequested.iGuaBitrateDownlink));
LOG(Log::Printf(_L(" [aRequested.iSignallingIndicator = %d]\n"),aRequested.iSignallingIndicator));
LOG(Log::Printf(_L(" [aRequested.iSrcStatisticsDesc = %d]\n"),aRequested.iSrcStatisticsDesc));
LOG(Log::Printf(_L("------------------------------------------------>\n")));
iRequested = aRequested;
}
EXPORT_C void CUmtsR5QoSPolicy::SetQoSMinimum(const TUmtsR5QoSParameters& aMinimum)
{
LOG(Log::Printf(_L("<------------------------------------------------\n")));
LOG(Log::Printf(_L("CUmtsR5QoSPolicy::SetQoSMinimum")));
LOG(Log::Printf(_L("\n")));
LOG(Log::Printf(_L("MINIMUM R5 VALUES SUPPLIED BY CLIENT IS \n")));
LOG(Log::Printf(_L("\n")));
LOG(Log::Printf(_L(" [aMinimum.iTrafficClass = %d]\n"),aMinimum.iTrafficClass));
LOG(Log::Printf(_L(" [aMinimum.iDeliveryOrder = %d]\n"),aMinimum.iDeliveryOrder));
LOG(Log::Printf(_L(" [aMinimum.iDeliveryOfErroneusSdu = %d]\n"),aMinimum.iDeliveryOfErroneusSdu));
LOG(Log::Printf(_L(" [aMinimum.iMaxSduSize = %d]\n"),aMinimum.iMaxSduSize));
LOG(Log::Printf(_L(" [aMinimum.iMaxBitrateUplink = %d]\n"),aMinimum.iMaxBitrateUplink));
LOG(Log::Printf(_L(" [aMinimum.iMaxBitrateDownlink = %d]\n"),aMinimum.iMaxBitrateDownlink));
LOG(Log::Printf(_L(" [aMinimum.iResidualBer = %d]\n"),aMinimum.iResidualBer));
LOG(Log::Printf(_L(" [aMinimum.iErrorRatio = %d]\n"),aMinimum.iErrorRatio));
LOG(Log::Printf(_L(" [aMinimum.iPriority = %d]\n"),aMinimum.iPriority));
LOG(Log::Printf(_L(" [aMinimum.iTransferDelay = %d]\n"),aMinimum.iTransferDelay));
LOG(Log::Printf(_L(" [aMinimum.iGuaBitrateUplink = %d]\n"),aMinimum.iGuaBitrateUplink));
LOG(Log::Printf(_L(" [aMinimum.iGuaBitrateDownlink = %d]\n"),aMinimum.iGuaBitrateDownlink));
LOG(Log::Printf(_L(" [aMinimum.iSignallingIndicator = %d]\n"),aMinimum.iSignallingIndicator));
LOG(Log::Printf(_L(" [aMinimum.iSrcStatisticsDesc = %d]\n"),aMinimum.iSrcStatisticsDesc));
LOG(Log::Printf(_L("------------------------------------------------>\n")));
iMinimum = aMinimum;
}
EXPORT_C void CUmtsR5QoSPolicy::GetQoSRequested(TUmtsR5QoSParameters& aRequested) const
{
aRequested = iRequested;
}
EXPORT_C void CUmtsR5QoSPolicy::GetQoSMinimum(TUmtsR5QoSParameters& aMinimum) const
{
aMinimum = iMinimum;
}
EXPORT_C void CUmtsR5QoSPolicy::GetQoSNegotiated(TNegotiatedUmtsR5QoSParameters& aNegotiated) const
{
aNegotiated = iNegotiated;
}
EXPORT_C TInt CUmtsR5QoSPolicy::SetHeaderCompression(TUint aCompression)
{
if (aCompression & ~(KPdpDataCompression|KPdpHeaderCompression))
return KErrNotSupported;
iCompression = aCompression;
return KErrNone;
}
EXPORT_C TUint CUmtsR5QoSPolicy::HeaderCompression() const
{
return iCompression;
}