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gerrit.opencord.org / MME2 / 991c206d57445777595f4125a83c53f14aea6294 / . / src / gtpV2Codec / msgClasses / createSessionRequestMsg.cpp
blob: 943558abea2599c3e924e99db76e3e4a46585003 [file] [log] [blame]
/*
* Copyright 2019-present Infosys Limited  
*   
* SPDX-License-Identifier: Apache-2.0    
*/
/******************************************************************************
*
* This is an auto generated file.
* Please do not edit this file.
* All edits to be made through template source file
* <TOP-DIR/scripts/GtpV2StackCodeGen/tts/msgtemplate.cpp.tt>
******************************************************************************/
#include "createSessionRequestMsg.h"
#include "../ieClasses/manual/gtpV2Ie.h"
#include "../ieClasses/gtpV2IeFactory.h"
#include "../ieClasses/imsiIe.h"
#include "../ieClasses/msisdnIe.h"
#include "../ieClasses/meiIe.h"
#include "../ieClasses/uliIe.h"
#include "../ieClasses/servingNetworkIe.h"
#include "../ieClasses/ratTypeIe.h"
#include "../ieClasses/indicationIe.h"
#include "../ieClasses/fTeidIe.h"
#include "../ieClasses/fTeidIe.h"
#include "../ieClasses/apnIe.h"
#include "../ieClasses/selectionModeIe.h"
#include "../ieClasses/pdnTypeIe.h"
#include "../ieClasses/paaIe.h"
#include "../ieClasses/apnRestrictionIe.h"
#include "../ieClasses/ambrIe.h"
#include "../ieClasses/ebiIe.h"
#include "../ieClasses/twmiIe.h"
#include "../ieClasses/pcoIe.h"
#include "../ieClasses/bearerContextIe.h"
#include "../ieClasses/bearerContextsToBeCreatedInCreateSessionRequest.h"
#include "../ieClasses/bearerContextIe.h"
#include "../ieClasses/bearerContextsToBeRemovedInCreateSessionRequest.h"
#include "../ieClasses/traceInformationIe.h"
#include "../ieClasses/recoveryIe.h"
#include "../ieClasses/fqCsidIe.h"
#include "../ieClasses/fqCsidIe.h"
#include "../ieClasses/fqCsidIe.h"
#include "../ieClasses/fqCsidIe.h"
#include "../ieClasses/ueTimeZoneIe.h"
#include "../ieClasses/uciIe.h"
#include "../ieClasses/chargingCharacteristicsIe.h"
#include "../ieClasses/localDistinguishedNameIe.h"
#include "../ieClasses/localDistinguishedNameIe.h"
#include "../ieClasses/localDistinguishedNameIe.h"
#include "../ieClasses/localDistinguishedNameIe.h"
#include "../ieClasses/signallingPriorityIndicationIe.h"
#include "../ieClasses/ipAddressIe.h"
#include "../ieClasses/portNumberIe.h"
#include "../ieClasses/additionalProtocolConfigurationOptionsIe.h"
#include "../ieClasses/ipAddressIe.h"
#include "../ieClasses/portNumberIe.h"
#include "../ieClasses/ipAddressIe.h"
#include "../ieClasses/twanIdentifierIe.h"
#include "../ieClasses/ipAddressIe.h"
#include "../ieClasses/cnOperatorSelectionEntityIe.h"
#include "../ieClasses/overloadControlInformationIe.h"
#include "../ieClasses/mmeS4SgsnsOverloadControlInformationInCreateSessionRequest.h"
#include "../ieClasses/overloadControlInformationIe.h"
#include "../ieClasses/sgwsOverloadControlInformationInCreateSessionRequest.h"
#include "../ieClasses/overloadControlInformationIe.h"
#include "../ieClasses/twanEpdgsOverloadControlInformationInCreateSessionRequest.h"
#include "../ieClasses/millisecondTimeStampIe.h"
#include "../ieClasses/integerNumberIe.h"
#include "../ieClasses/twanIdentifierIe.h"
#include "../ieClasses/twanIdentifierTimestampIe.h"
#include "../ieClasses/fContainerIe.h"
#include "../ieClasses/remoteUeContextIe.h"
#include "../ieClasses/remoteUeContextConnectedInCreateSessionRequest.h"
#include "../ieClasses/nodeIdentifierIe.h"
#include "../ieClasses/epcoIe.h"
#include "../ieClasses/servingPlmnRateControlIe.h"
#include "../ieClasses/counterIe.h"
#include "../ieClasses/portNumberIe.h"
#include "../ieClasses/mappedUeUsageTypeIe.h"
#include "../ieClasses/uliIe.h"
#include "../ieClasses/fqdnIe.h"
#include "../ieClasses/secondaryRatUsageDataReportIe.h"
#include "../ieClasses/upFunctionSelectionIndicationFlagsIe.h"
CreateSessionRequestMsg::CreateSessionRequestMsg()
{
msgType = CreateSessionRequestMsgType;
Uint16 mandIe;
mandIe = RatTypeIeType;
mandIe = (mandIe << 8) | 0; // ratType
mandatoryIeSet.insert(mandIe); mandIe = FTeidIeType;
mandIe = (mandIe << 8) | 0; // senderFTeidForControlPlane
mandatoryIeSet.insert(mandIe); mandIe = ApnIeType;
mandIe = (mandIe << 8) | 0; // accessPointName
mandatoryIeSet.insert(mandIe); mandIe = BearerContextIeType;
mandIe = (mandIe << 8) | 0; // bearerContextsToBeCreated
mandatoryIeSet.insert(mandIe);
}
CreateSessionRequestMsg::~CreateSessionRequestMsg()
{
}
bool CreateSessionRequestMsg::encodeCreateSessionRequestMsg(MsgBuffer &buffer,
CreateSessionRequestMsgData
const &data)
{
bool rc = false;
GtpV2IeHeader header;
Uint16 startIndex = 0;
Uint16 endIndex = 0;
Uint16 length = 0;
if (data.imsiIePresent)
{
// Encode the Ie Header
header.ieType = ImsiIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
ImsiIe imsi=
dynamic_cast<
ImsiIe&>(GtpV2IeFactory::getInstance().getIeObject(ImsiIeType));
rc = imsi.encodeImsiIe(buffer, data.imsi);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: imsi\n");
return false;
}
}
if (data.msisdnIePresent)
{
// Encode the Ie Header
header.ieType = MsisdnIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
MsisdnIe msisdn=
dynamic_cast<
MsisdnIe&>(GtpV2IeFactory::getInstance().getIeObject(MsisdnIeType));
rc = msisdn.encodeMsisdnIe(buffer, data.msisdn);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: msisdn\n");
return false;
}
}
if (data.meIdentityIePresent)
{
// Encode the Ie Header
header.ieType = MeiIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
MeiIe mei=
dynamic_cast<
MeiIe&>(GtpV2IeFactory::getInstance().getIeObject(MeiIeType));
rc = mei.encodeMeiIe(buffer, data.meIdentity);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: meIdentity\n");
return false;
}
}
if (data.userLocationInformationIePresent)
{
// Encode the Ie Header
header.ieType = UliIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
UliIe uli=
dynamic_cast<
UliIe&>(GtpV2IeFactory::getInstance().getIeObject(UliIeType));
rc = uli.encodeUliIe(buffer, data.userLocationInformation);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: userLocationInformation\n");
return false;
}
}
if (data.servingNetworkIePresent)
{
// Encode the Ie Header
header.ieType = ServingNetworkIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
ServingNetworkIe servingNetwork=
dynamic_cast<
ServingNetworkIe&>(GtpV2IeFactory::getInstance().getIeObject(ServingNetworkIeType));
rc = servingNetwork.encodeServingNetworkIe(buffer, data.servingNetwork);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: servingNetwork\n");
return false;
}
}
// Encode the Ie Header
header.ieType = RatTypeIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
RatTypeIe ratType=
dynamic_cast<
RatTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(RatTypeIeType));
rc = ratType.encodeRatTypeIe(buffer, data.ratType);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: ratType\n");
return false;
}
if (data.indicationFlagsIePresent)
{
// Encode the Ie Header
header.ieType = IndicationIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
IndicationIe indication=
dynamic_cast<
IndicationIe&>(GtpV2IeFactory::getInstance().getIeObject(IndicationIeType));
rc = indication.encodeIndicationIe(buffer, data.indicationFlags);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: indicationFlags\n");
return false;
}
}
// Encode the Ie Header
header.ieType = FTeidIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
FTeidIe fTeid=
dynamic_cast<
FTeidIe&>(GtpV2IeFactory::getInstance().getIeObject(FTeidIeType));
rc = fTeid.encodeFTeidIe(buffer, data.senderFTeidForControlPlane);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: senderFTeidForControlPlane\n");
return false;
}
if (data.pgwS5S8AddressForControlPlaneOrPmipIePresent)
{
// Encode the Ie Header
header.ieType = FTeidIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
FTeidIe fTeid=
dynamic_cast<
FTeidIe&>(GtpV2IeFactory::getInstance().getIeObject(FTeidIeType));
rc = fTeid.encodeFTeidIe(buffer, data.pgwS5S8AddressForControlPlaneOrPmip);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: pgwS5S8AddressForControlPlaneOrPmip\n");
return false;
}
}
// Encode the Ie Header
header.ieType = ApnIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
ApnIe apn=
dynamic_cast<
ApnIe&>(GtpV2IeFactory::getInstance().getIeObject(ApnIeType));
rc = apn.encodeApnIe(buffer, data.accessPointName);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: accessPointName\n");
return false;
}
if (data.selectionModeIePresent)
{
// Encode the Ie Header
header.ieType = SelectionModeIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
SelectionModeIe selectionMode=
dynamic_cast<
SelectionModeIe&>(GtpV2IeFactory::getInstance().getIeObject(SelectionModeIeType));
rc = selectionMode.encodeSelectionModeIe(buffer, data.selectionMode);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: selectionMode\n");
return false;
}
}
if (data.pdnTypeIePresent)
{
// Encode the Ie Header
header.ieType = PdnTypeIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
PdnTypeIe pdnType=
dynamic_cast<
PdnTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(PdnTypeIeType));
rc = pdnType.encodePdnTypeIe(buffer, data.pdnType);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: pdnType\n");
return false;
}
}
if (data.pdnAddressAllocationIePresent)
{
// Encode the Ie Header
header.ieType = PaaIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
PaaIe paa=
dynamic_cast<
PaaIe&>(GtpV2IeFactory::getInstance().getIeObject(PaaIeType));
rc = paa.encodePaaIe(buffer, data.pdnAddressAllocation);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: pdnAddressAllocation\n");
return false;
}
}
if (data.maximumApnRestrictionIePresent)
{
// Encode the Ie Header
header.ieType = ApnRestrictionIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
ApnRestrictionIe apnRestriction=
dynamic_cast<
ApnRestrictionIe&>(GtpV2IeFactory::getInstance().getIeObject(ApnRestrictionIeType));
rc = apnRestriction.encodeApnRestrictionIe(buffer, data.maximumApnRestriction);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: maximumApnRestriction\n");
return false;
}
}
if (data.aggregateMaximumBitRateIePresent)
{
// Encode the Ie Header
header.ieType = AmbrIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
AmbrIe ambr=
dynamic_cast<
AmbrIe&>(GtpV2IeFactory::getInstance().getIeObject(AmbrIeType));
rc = ambr.encodeAmbrIe(buffer, data.aggregateMaximumBitRate);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: aggregateMaximumBitRate\n");
return false;
}
}
if (data.linkedEpsBearerIdIePresent)
{
// Encode the Ie Header
header.ieType = EbiIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
EbiIe ebi=
dynamic_cast<
EbiIe&>(GtpV2IeFactory::getInstance().getIeObject(EbiIeType));
rc = ebi.encodeEbiIe(buffer, data.linkedEpsBearerId);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: linkedEpsBearerId\n");
return false;
}
}
if (data.trustedWlanModeIndicationIePresent)
{
// Encode the Ie Header
header.ieType = TwmiIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
TwmiIe twmi=
dynamic_cast<
TwmiIe&>(GtpV2IeFactory::getInstance().getIeObject(TwmiIeType));
rc = twmi.encodeTwmiIe(buffer, data.trustedWlanModeIndication);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: trustedWlanModeIndication\n");
return false;
}
}
if (data.protocolConfigurationOptionsIePresent)
{
// Encode the Ie Header
header.ieType = PcoIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
PcoIe pco=
dynamic_cast<
PcoIe&>(GtpV2IeFactory::getInstance().getIeObject(PcoIeType));
rc = pco.encodePcoIe(buffer, data.protocolConfigurationOptions);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: protocolConfigurationOptions\n");
return false;
}
}
// First validate if the applicatoin provided more than the expected cardinality
if (data.bearerContextsToBeCreatedCount > 11)
{
errorStream.add((char *)"Number of entries of bearerContextsToBeCreated exceeded\n");
errorStream.add((char *)"Expected count: 11 Received count: ");
errorStream.add((char *)"data.bearerContextsToBeCreatedCount");
errorStream.endOfLine();
return false;
}
for (Uint8 i = 0; i < data.bearerContextsToBeCreatedCount; i++)
{
// Encode the Ie Header
header.ieType = BearerContextIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
BearerContextIe bearerContext=
dynamic_cast<
BearerContextIe&>(GtpV2IeFactory::getInstance().
getIeObject(BearerContextIeType));
BearerContextsToBeCreatedInCreateSessionRequest groupedIeInstance = dynamic_cast<BearerContextsToBeCreatedInCreateSessionRequest&>(bearerContext.getGroupedIe(msgType, 0));
rc = groupedIeInstance.encodeBearerContextsToBeCreatedInCreateSessionRequest(buffer, data.bearerContextsToBeCreated[i]);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
}
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: bearerContextsToBeCreated\n");
return false;
}
// First validate if the applicatoin provided more than the expected cardinality
if (data.bearerContextsToBeRemovedCount > 11)
{
errorStream.add((char *)"Number of entries of bearerContextsToBeRemoved exceeded\n");
errorStream.add((char *)"Expected count: 11 Received count: ");
errorStream.add((char *)"data.bearerContextsToBeRemovedCount");
errorStream.endOfLine();
return false;
}
for (Uint8 i = 0; i < data.bearerContextsToBeRemovedCount; i++)
{
// Encode the Ie Header
header.ieType = BearerContextIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
BearerContextIe bearerContext=
dynamic_cast<
BearerContextIe&>(GtpV2IeFactory::getInstance().
getIeObject(BearerContextIeType));
BearerContextsToBeRemovedInCreateSessionRequest groupedIeInstance = dynamic_cast<BearerContextsToBeRemovedInCreateSessionRequest&>(bearerContext.getGroupedIe(msgType, 1));
rc = groupedIeInstance.encodeBearerContextsToBeRemovedInCreateSessionRequest(buffer, data.bearerContextsToBeRemoved[i]);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
}
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: bearerContextsToBeRemoved\n");
return false;
}
if (data.traceInformationIePresent)
{
// Encode the Ie Header
header.ieType = TraceInformationIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
TraceInformationIe traceInformation=
dynamic_cast<
TraceInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(TraceInformationIeType));
rc = traceInformation.encodeTraceInformationIe(buffer, data.traceInformation);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: traceInformation\n");
return false;
}
}
if (data.recoveryIePresent)
{
// Encode the Ie Header
header.ieType = RecoveryIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
RecoveryIe recovery=
dynamic_cast<
RecoveryIe&>(GtpV2IeFactory::getInstance().getIeObject(RecoveryIeType));
rc = recovery.encodeRecoveryIe(buffer, data.recovery);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: recovery\n");
return false;
}
}
if (data.mmeFqCsidIePresent)
{
// Encode the Ie Header
header.ieType = FqCsidIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
FqCsidIe fqCsid=
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
rc = fqCsid.encodeFqCsidIe(buffer, data.mmeFqCsid);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: mmeFqCsid\n");
return false;
}
}
if (data.sgwFqCsidIePresent)
{
// Encode the Ie Header
header.ieType = FqCsidIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
FqCsidIe fqCsid=
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
rc = fqCsid.encodeFqCsidIe(buffer, data.sgwFqCsid);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: sgwFqCsid\n");
return false;
}
}
if (data.epdgFqCsidIePresent)
{
// Encode the Ie Header
header.ieType = FqCsidIeType;
header.instance = 2;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
FqCsidIe fqCsid=
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
rc = fqCsid.encodeFqCsidIe(buffer, data.epdgFqCsid);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: epdgFqCsid\n");
return false;
}
}
if (data.twanFqCsidIePresent)
{
// Encode the Ie Header
header.ieType = FqCsidIeType;
header.instance = 3;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
FqCsidIe fqCsid=
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
rc = fqCsid.encodeFqCsidIe(buffer, data.twanFqCsid);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: twanFqCsid\n");
return false;
}
}
if (data.ueTimeZoneIePresent)
{
// Encode the Ie Header
header.ieType = UeTimeZoneIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
UeTimeZoneIe ueTimeZone=
dynamic_cast<
UeTimeZoneIe&>(GtpV2IeFactory::getInstance().getIeObject(UeTimeZoneIeType));
rc = ueTimeZone.encodeUeTimeZoneIe(buffer, data.ueTimeZone);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: ueTimeZone\n");
return false;
}
}
if (data.userCsgInformationIePresent)
{
// Encode the Ie Header
header.ieType = UciIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
UciIe uci=
dynamic_cast<
UciIe&>(GtpV2IeFactory::getInstance().getIeObject(UciIeType));
rc = uci.encodeUciIe(buffer, data.userCsgInformation);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: userCsgInformation\n");
return false;
}
}
if (data.chargingCharacteristicsIePresent)
{
// Encode the Ie Header
header.ieType = ChargingCharacteristicsIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
ChargingCharacteristicsIe chargingCharacteristics=
dynamic_cast<
ChargingCharacteristicsIe&>(GtpV2IeFactory::getInstance().getIeObject(ChargingCharacteristicsIeType));
rc = chargingCharacteristics.encodeChargingCharacteristicsIe(buffer, data.chargingCharacteristics);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: chargingCharacteristics\n");
return false;
}
}
if (data.mmeS4SgsnLdnIePresent)
{
// Encode the Ie Header
header.ieType = LocalDistinguishedNameIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
LocalDistinguishedNameIe localDistinguishedName=
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
rc = localDistinguishedName.encodeLocalDistinguishedNameIe(buffer, data.mmeS4SgsnLdn);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: mmeS4SgsnLdn\n");
return false;
}
}
if (data.sgwLdnIePresent)
{
// Encode the Ie Header
header.ieType = LocalDistinguishedNameIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
LocalDistinguishedNameIe localDistinguishedName=
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
rc = localDistinguishedName.encodeLocalDistinguishedNameIe(buffer, data.sgwLdn);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: sgwLdn\n");
return false;
}
}
if (data.epdgLdnIePresent)
{
// Encode the Ie Header
header.ieType = LocalDistinguishedNameIeType;
header.instance = 2;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
LocalDistinguishedNameIe localDistinguishedName=
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
rc = localDistinguishedName.encodeLocalDistinguishedNameIe(buffer, data.epdgLdn);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: epdgLdn\n");
return false;
}
}
if (data.twanLdnIePresent)
{
// Encode the Ie Header
header.ieType = LocalDistinguishedNameIeType;
header.instance = 3;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
LocalDistinguishedNameIe localDistinguishedName=
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
rc = localDistinguishedName.encodeLocalDistinguishedNameIe(buffer, data.twanLdn);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: twanLdn\n");
return false;
}
}
if (data.signallingPriorityIndicationIePresent)
{
// Encode the Ie Header
header.ieType = SignallingPriorityIndicationIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
SignallingPriorityIndicationIe signallingPriorityIndication=
dynamic_cast<
SignallingPriorityIndicationIe&>(GtpV2IeFactory::getInstance().getIeObject(SignallingPriorityIndicationIeType));
rc = signallingPriorityIndication.encodeSignallingPriorityIndicationIe(buffer, data.signallingPriorityIndication);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: signallingPriorityIndication\n");
return false;
}
}
if (data.ueLocalIpAddressIePresent)
{
// Encode the Ie Header
header.ieType = IpAddressIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
IpAddressIe ipAddress=
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
rc = ipAddress.encodeIpAddressIe(buffer, data.ueLocalIpAddress);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: ueLocalIpAddress\n");
return false;
}
}
if (data.ueUdpPortIePresent)
{
// Encode the Ie Header
header.ieType = PortNumberIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
PortNumberIe portNumber=
dynamic_cast<
PortNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(PortNumberIeType));
rc = portNumber.encodePortNumberIe(buffer, data.ueUdpPort);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: ueUdpPort\n");
return false;
}
}
if (data.additionalProtocolConfigurationOptionsIePresent)
{
// Encode the Ie Header
header.ieType = AdditionalProtocolConfigurationOptionsIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
AdditionalProtocolConfigurationOptionsIe additionalProtocolConfigurationOptions=
dynamic_cast<
AdditionalProtocolConfigurationOptionsIe&>(GtpV2IeFactory::getInstance().getIeObject(AdditionalProtocolConfigurationOptionsIeType));
rc = additionalProtocolConfigurationOptions.encodeAdditionalProtocolConfigurationOptionsIe(buffer, data.additionalProtocolConfigurationOptions);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: additionalProtocolConfigurationOptions\n");
return false;
}
}
if (data.hNbLocalIpAddressIePresent)
{
// Encode the Ie Header
header.ieType = IpAddressIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
IpAddressIe ipAddress=
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
rc = ipAddress.encodeIpAddressIe(buffer, data.hNbLocalIpAddress);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: hNbLocalIpAddress\n");
return false;
}
}
if (data.hNbUdpPortIePresent)
{
// Encode the Ie Header
header.ieType = PortNumberIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
PortNumberIe portNumber=
dynamic_cast<
PortNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(PortNumberIeType));
rc = portNumber.encodePortNumberIe(buffer, data.hNbUdpPort);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: hNbUdpPort\n");
return false;
}
}
if (data.mmeS4SgsnIdentifierIePresent)
{
// Encode the Ie Header
header.ieType = IpAddressIeType;
header.instance = 2;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
IpAddressIe ipAddress=
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
rc = ipAddress.encodeIpAddressIe(buffer, data.mmeS4SgsnIdentifier);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: mmeS4SgsnIdentifier\n");
return false;
}
}
if (data.twanIdentifierIePresent)
{
// Encode the Ie Header
header.ieType = TwanIdentifierIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
TwanIdentifierIe twanIdentifier=
dynamic_cast<
TwanIdentifierIe&>(GtpV2IeFactory::getInstance().getIeObject(TwanIdentifierIeType));
rc = twanIdentifier.encodeTwanIdentifierIe(buffer, data.twanIdentifier);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: twanIdentifier\n");
return false;
}
}
if (data.epdgIpAddressIePresent)
{
// Encode the Ie Header
header.ieType = IpAddressIeType;
header.instance = 3;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
IpAddressIe ipAddress=
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
rc = ipAddress.encodeIpAddressIe(buffer, data.epdgIpAddress);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: epdgIpAddress\n");
return false;
}
}
if (data.cnOperatorSelectionEntityIePresent)
{
// Encode the Ie Header
header.ieType = CnOperatorSelectionEntityIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
CnOperatorSelectionEntityIe cnOperatorSelectionEntity=
dynamic_cast<
CnOperatorSelectionEntityIe&>(GtpV2IeFactory::getInstance().getIeObject(CnOperatorSelectionEntityIeType));
rc = cnOperatorSelectionEntity.encodeCnOperatorSelectionEntityIe(buffer, data.cnOperatorSelectionEntity);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: cnOperatorSelectionEntity\n");
return false;
}
}
if (data.mmeS4SgsnsOverloadControlInformationIePresent)
{
// Encode the Ie Header
header.ieType = OverloadControlInformationIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
OverloadControlInformationIe overloadControlInformation=
dynamic_cast<
OverloadControlInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(OverloadControlInformationIeType));
MmeS4SgsnsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
MmeS4SgsnsOverloadControlInformationInCreateSessionRequest&>(overloadControlInformation.getGroupedIe(msgType, 0));
rc = groupedIeInstance.encodeMmeS4SgsnsOverloadControlInformationInCreateSessionRequest(buffer, data.mmeS4SgsnsOverloadControlInformation);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: mmeS4SgsnsOverloadControlInformation\n");
return false;
}
}
if (data.sgwsOverloadControlInformationIePresent)
{
// Encode the Ie Header
header.ieType = OverloadControlInformationIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
OverloadControlInformationIe overloadControlInformation=
dynamic_cast<
OverloadControlInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(OverloadControlInformationIeType));
SgwsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
SgwsOverloadControlInformationInCreateSessionRequest&>(overloadControlInformation.getGroupedIe(msgType, 1));
rc = groupedIeInstance.encodeSgwsOverloadControlInformationInCreateSessionRequest(buffer, data.sgwsOverloadControlInformation);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: sgwsOverloadControlInformation\n");
return false;
}
}
if (data.twanEpdgsOverloadControlInformationIePresent)
{
// Encode the Ie Header
header.ieType = OverloadControlInformationIeType;
header.instance = 2;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
OverloadControlInformationIe overloadControlInformation=
dynamic_cast<
OverloadControlInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(OverloadControlInformationIeType));
TwanEpdgsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
TwanEpdgsOverloadControlInformationInCreateSessionRequest&>(overloadControlInformation.getGroupedIe(msgType, 2));
rc = groupedIeInstance.encodeTwanEpdgsOverloadControlInformationInCreateSessionRequest(buffer, data.twanEpdgsOverloadControlInformation);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: twanEpdgsOverloadControlInformation\n");
return false;
}
}
if (data.originationTimeStampIePresent)
{
// Encode the Ie Header
header.ieType = MillisecondTimeStampIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
MillisecondTimeStampIe millisecondTimeStamp=
dynamic_cast<
MillisecondTimeStampIe&>(GtpV2IeFactory::getInstance().getIeObject(MillisecondTimeStampIeType));
rc = millisecondTimeStamp.encodeMillisecondTimeStampIe(buffer, data.originationTimeStamp);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: originationTimeStamp\n");
return false;
}
}
if (data.maximumWaitTimeIePresent)
{
// Encode the Ie Header
header.ieType = IntegerNumberIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
IntegerNumberIe integerNumber=
dynamic_cast<
IntegerNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(IntegerNumberIeType));
rc = integerNumber.encodeIntegerNumberIe(buffer, data.maximumWaitTime);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: maximumWaitTime\n");
return false;
}
}
if (data.wlanLocationInformationIePresent)
{
// Encode the Ie Header
header.ieType = TwanIdentifierIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
TwanIdentifierIe twanIdentifier=
dynamic_cast<
TwanIdentifierIe&>(GtpV2IeFactory::getInstance().getIeObject(TwanIdentifierIeType));
rc = twanIdentifier.encodeTwanIdentifierIe(buffer, data.wlanLocationInformation);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: wlanLocationInformation\n");
return false;
}
}
if (data.wlanLocationTimestampIePresent)
{
// Encode the Ie Header
header.ieType = TwanIdentifierTimestampIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
TwanIdentifierTimestampIe twanIdentifierTimestamp=
dynamic_cast<
TwanIdentifierTimestampIe&>(GtpV2IeFactory::getInstance().getIeObject(TwanIdentifierTimestampIeType));
rc = twanIdentifierTimestamp.encodeTwanIdentifierTimestampIe(buffer, data.wlanLocationTimestamp);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: wlanLocationTimestamp\n");
return false;
}
}
if (data.nbifomContainerIePresent)
{
// Encode the Ie Header
header.ieType = FContainerIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
FContainerIe fContainer=
dynamic_cast<
FContainerIe&>(GtpV2IeFactory::getInstance().getIeObject(FContainerIeType));
rc = fContainer.encodeFContainerIe(buffer, data.nbifomContainer);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: nbifomContainer\n");
return false;
}
}
if (data.remoteUeContextConnectedIePresent)
{
// Encode the Ie Header
header.ieType = RemoteUeContextIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
RemoteUeContextIe remoteUeContext=
dynamic_cast<
RemoteUeContextIe&>(GtpV2IeFactory::getInstance().getIeObject(RemoteUeContextIeType));
RemoteUeContextConnectedInCreateSessionRequest groupedIeInstance =
dynamic_cast<
RemoteUeContextConnectedInCreateSessionRequest&>(remoteUeContext.getGroupedIe(msgType, 0));
rc = groupedIeInstance.encodeRemoteUeContextConnectedInCreateSessionRequest(buffer, data.remoteUeContextConnected);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: remoteUeContextConnected\n");
return false;
}
}
if (data.a3gppAaaServerIdentifierIePresent)
{
// Encode the Ie Header
header.ieType = NodeIdentifierIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
NodeIdentifierIe nodeIdentifier=
dynamic_cast<
NodeIdentifierIe&>(GtpV2IeFactory::getInstance().getIeObject(NodeIdentifierIeType));
rc = nodeIdentifier.encodeNodeIdentifierIe(buffer, data.a3gppAaaServerIdentifier);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: a3gppAaaServerIdentifier\n");
return false;
}
}
if (data.extendedProtocolConfigurationOptionsIePresent)
{
// Encode the Ie Header
header.ieType = EpcoIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
EpcoIe epco=
dynamic_cast<
EpcoIe&>(GtpV2IeFactory::getInstance().getIeObject(EpcoIeType));
rc = epco.encodeEpcoIe(buffer, data.extendedProtocolConfigurationOptions);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: extendedProtocolConfigurationOptions\n");
return false;
}
}
if (data.servingPlmnRateControlIePresent)
{
// Encode the Ie Header
header.ieType = ServingPlmnRateControlIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
ServingPlmnRateControlIe servingPlmnRateControl=
dynamic_cast<
ServingPlmnRateControlIe&>(GtpV2IeFactory::getInstance().getIeObject(ServingPlmnRateControlIeType));
rc = servingPlmnRateControl.encodeServingPlmnRateControlIe(buffer, data.servingPlmnRateControl);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: servingPlmnRateControl\n");
return false;
}
}
if (data.moExceptionDataCounterIePresent)
{
// Encode the Ie Header
header.ieType = CounterIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
CounterIe counter=
dynamic_cast<
CounterIe&>(GtpV2IeFactory::getInstance().getIeObject(CounterIeType));
rc = counter.encodeCounterIe(buffer, data.moExceptionDataCounter);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: moExceptionDataCounter\n");
return false;
}
}
if (data.ueTcpPortIePresent)
{
// Encode the Ie Header
header.ieType = PortNumberIeType;
header.instance = 2;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
PortNumberIe portNumber=
dynamic_cast<
PortNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(PortNumberIeType));
rc = portNumber.encodePortNumberIe(buffer, data.ueTcpPort);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: ueTcpPort\n");
return false;
}
}
if (data.mappedUeUsageTypeIePresent)
{
// Encode the Ie Header
header.ieType = MappedUeUsageTypeIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
MappedUeUsageTypeIe mappedUeUsageType=
dynamic_cast<
MappedUeUsageTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(MappedUeUsageTypeIeType));
rc = mappedUeUsageType.encodeMappedUeUsageTypeIe(buffer, data.mappedUeUsageType);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: mappedUeUsageType\n");
return false;
}
}
if (data.userLocationInformationForSgwIePresent)
{
// Encode the Ie Header
header.ieType = UliIeType;
header.instance = 1;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
UliIe uli=
dynamic_cast<
UliIe&>(GtpV2IeFactory::getInstance().getIeObject(UliIeType));
rc = uli.encodeUliIe(buffer, data.userLocationInformationForSgw);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: userLocationInformationForSgw\n");
return false;
}
}
if (data.sgwUNodeNameIePresent)
{
// Encode the Ie Header
header.ieType = FqdnIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
FqdnIe fqdn=
dynamic_cast<
FqdnIe&>(GtpV2IeFactory::getInstance().getIeObject(FqdnIeType));
rc = fqdn.encodeFqdnIe(buffer, data.sgwUNodeName);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: sgwUNodeName\n");
return false;
}
}
if (data.secondaryRatUsageDataReportIePresent)
{
// Encode the Ie Header
header.ieType = SecondaryRatUsageDataReportIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
SecondaryRatUsageDataReportIe secondaryRatUsageDataReport=
dynamic_cast<
SecondaryRatUsageDataReportIe&>(GtpV2IeFactory::getInstance().getIeObject(SecondaryRatUsageDataReportIeType));
rc = secondaryRatUsageDataReport.encodeSecondaryRatUsageDataReportIe(buffer, data.secondaryRatUsageDataReport);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: secondaryRatUsageDataReport\n");
return false;
}
}
if (data.upFunctionSelectionIndicationFlagsIePresent)
{
// Encode the Ie Header
header.ieType = UpFunctionSelectionIndicationFlagsIeType;
header.instance = 0;
header.length = 0; // We will encode the IE first and then update the length
GtpV2Ie::encodeGtpV2IeHeader(buffer, header);
startIndex = buffer.getCurrentIndex();
UpFunctionSelectionIndicationFlagsIe upFunctionSelectionIndicationFlags=
dynamic_cast<
UpFunctionSelectionIndicationFlagsIe&>(GtpV2IeFactory::getInstance().getIeObject(UpFunctionSelectionIndicationFlagsIeType));
rc = upFunctionSelectionIndicationFlags.encodeUpFunctionSelectionIndicationFlagsIe(buffer, data.upFunctionSelectionIndicationFlags);
endIndex = buffer.getCurrentIndex();
length = endIndex - startIndex;
// encode the length value now
buffer.goToIndex(startIndex - 3);
buffer.writeUint16(length, false);
buffer.goToIndex(endIndex);
if (!(rc))
{
errorStream.add((char *)"Failed to encode IE: upFunctionSelectionIndicationFlags\n");
return false;
}
}
return rc;
}
bool CreateSessionRequestMsg::decodeCreateSessionRequestMsg(MsgBuffer &buffer,
CreateSessionRequestMsgData
&data, Uint16 length)
{
bool rc = false;
GtpV2IeHeader ieHeader;
set<Uint16> mandatoryIeLocalList = mandatoryIeSet;
while (buffer.lengthLeft() > IE_HEADER_SIZE)
{
GtpV2Ie::decodeGtpV2IeHeader(buffer, ieHeader);
if (ieHeader.length > buffer.lengthLeft())
{
// We do not have enough bytes left in the message for this IE
errorStream.add((char *)"IE Length exceeds beyond message boundary\n");
errorStream.add((char *)" Offending IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.add((char *)"\n Ie Length in Header: ");
errorStream.add(ieHeader.length);
errorStream.add((char *)"\n Bytes left in message: ");
errorStream.add(buffer.lengthLeft());
errorStream.endOfLine();
return false;
}
switch (ieHeader.ieType){
case ImsiIeType:
{
ImsiIe ieObject =
dynamic_cast<
ImsiIe&>(GtpV2IeFactory::getInstance().getIeObject(ImsiIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeImsiIe(buffer, data.imsi, ieHeader.length);
data.imsiIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: imsi\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case MsisdnIeType:
{
MsisdnIe ieObject =
dynamic_cast<
MsisdnIe&>(GtpV2IeFactory::getInstance().getIeObject(MsisdnIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeMsisdnIe(buffer, data.msisdn, ieHeader.length);
data.msisdnIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: msisdn\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case MeiIeType:
{
MeiIe ieObject =
dynamic_cast<
MeiIe&>(GtpV2IeFactory::getInstance().getIeObject(MeiIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeMeiIe(buffer, data.meIdentity, ieHeader.length);
data.meIdentityIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: meIdentity\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case UliIeType:
{
UliIe ieObject =
dynamic_cast<
UliIe&>(GtpV2IeFactory::getInstance().getIeObject(UliIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeUliIe(buffer, data.userLocationInformation, ieHeader.length);
data.userLocationInformationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: userLocationInformation\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
rc = ieObject.decodeUliIe(buffer, data.userLocationInformationForSgw, ieHeader.length);
data.userLocationInformationForSgwIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: userLocationInformationForSgw\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case ServingNetworkIeType:
{
ServingNetworkIe ieObject =
dynamic_cast<
ServingNetworkIe&>(GtpV2IeFactory::getInstance().getIeObject(ServingNetworkIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeServingNetworkIe(buffer, data.servingNetwork, ieHeader.length);
data.servingNetworkIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: servingNetwork\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case RatTypeIeType:
{
RatTypeIe ieObject =
dynamic_cast<
RatTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(RatTypeIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeRatTypeIe(buffer, data.ratType, ieHeader.length);
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: ratType\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case IndicationIeType:
{
IndicationIe ieObject =
dynamic_cast<
IndicationIe&>(GtpV2IeFactory::getInstance().getIeObject(IndicationIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeIndicationIe(buffer, data.indicationFlags, ieHeader.length);
data.indicationFlagsIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: indicationFlags\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case FTeidIeType:
{
FTeidIe ieObject =
dynamic_cast<
FTeidIe&>(GtpV2IeFactory::getInstance().getIeObject(FTeidIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeFTeidIe(buffer, data.senderFTeidForControlPlane, ieHeader.length);
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: senderFTeidForControlPlane\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
rc = ieObject.decodeFTeidIe(buffer, data.pgwS5S8AddressForControlPlaneOrPmip, ieHeader.length);
data.pgwS5S8AddressForControlPlaneOrPmipIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: pgwS5S8AddressForControlPlaneOrPmip\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case ApnIeType:
{
ApnIe ieObject =
dynamic_cast<
ApnIe&>(GtpV2IeFactory::getInstance().getIeObject(ApnIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeApnIe(buffer, data.accessPointName, ieHeader.length);
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: accessPointName\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case SelectionModeIeType:
{
SelectionModeIe ieObject =
dynamic_cast<
SelectionModeIe&>(GtpV2IeFactory::getInstance().getIeObject(SelectionModeIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeSelectionModeIe(buffer, data.selectionMode, ieHeader.length);
data.selectionModeIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: selectionMode\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case PdnTypeIeType:
{
PdnTypeIe ieObject =
dynamic_cast<
PdnTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(PdnTypeIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodePdnTypeIe(buffer, data.pdnType, ieHeader.length);
data.pdnTypeIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: pdnType\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case PaaIeType:
{
PaaIe ieObject =
dynamic_cast<
PaaIe&>(GtpV2IeFactory::getInstance().getIeObject(PaaIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodePaaIe(buffer, data.pdnAddressAllocation, ieHeader.length);
data.pdnAddressAllocationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: pdnAddressAllocation\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case ApnRestrictionIeType:
{
ApnRestrictionIe ieObject =
dynamic_cast<
ApnRestrictionIe&>(GtpV2IeFactory::getInstance().getIeObject(ApnRestrictionIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeApnRestrictionIe(buffer, data.maximumApnRestriction, ieHeader.length);
data.maximumApnRestrictionIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: maximumApnRestriction\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case AmbrIeType:
{
AmbrIe ieObject =
dynamic_cast<
AmbrIe&>(GtpV2IeFactory::getInstance().getIeObject(AmbrIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeAmbrIe(buffer, data.aggregateMaximumBitRate, ieHeader.length);
data.aggregateMaximumBitRateIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: aggregateMaximumBitRate\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case EbiIeType:
{
EbiIe ieObject =
dynamic_cast<
EbiIe&>(GtpV2IeFactory::getInstance().getIeObject(EbiIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeEbiIe(buffer, data.linkedEpsBearerId, ieHeader.length);
data.linkedEpsBearerIdIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: linkedEpsBearerId\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case TwmiIeType:
{
TwmiIe ieObject =
dynamic_cast<
TwmiIe&>(GtpV2IeFactory::getInstance().getIeObject(TwmiIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeTwmiIe(buffer, data.trustedWlanModeIndication, ieHeader.length);
data.trustedWlanModeIndicationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: trustedWlanModeIndication\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case PcoIeType:
{
PcoIe ieObject =
dynamic_cast<
PcoIe&>(GtpV2IeFactory::getInstance().getIeObject(PcoIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodePcoIe(buffer, data.protocolConfigurationOptions, ieHeader.length);
data.protocolConfigurationOptionsIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: protocolConfigurationOptions\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case BearerContextIeType:
{
BearerContextIe ieObject =
dynamic_cast<
BearerContextIe&>(GtpV2IeFactory::getInstance().getIeObject(BearerContextIeType));
if(ieHeader.instance == 0)
{
// First check if we have enough space left to decode and store this instance
if (data.bearerContextsToBeCreatedCount == 11)
{
errorStream.add((char *)"More than 11 instances of bearerContextsToBeCreated received\n");
return false;
}
BearerContextsToBeCreatedInCreateSessionRequest groupedIeInstance =
dynamic_cast<
BearerContextsToBeCreatedInCreateSessionRequest&>(ieObject.getGroupedIe(msgType, 0));
rc = groupedIeInstance.decodeBearerContextsToBeCreatedInCreateSessionRequest(buffer,
data.bearerContextsToBeCreated[data.bearerContextsToBeCreatedCount], ieHeader.length);
data.bearerContextsToBeCreatedCount++; // TODO Count validation
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: bearerContextsToBeCreated\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
// First check if we have enough space left to decode and store this instance
if (data.bearerContextsToBeRemovedCount == 11)
{
errorStream.add((char *)"More than 11 instances of bearerContextsToBeRemoved received\n");
return false;
}
BearerContextsToBeRemovedInCreateSessionRequest groupedIeInstance =
dynamic_cast<
BearerContextsToBeRemovedInCreateSessionRequest&>(ieObject.getGroupedIe(msgType, 1));
rc = groupedIeInstance.decodeBearerContextsToBeRemovedInCreateSessionRequest(buffer,
data.bearerContextsToBeRemoved[data.bearerContextsToBeRemovedCount], ieHeader.length);
data.bearerContextsToBeRemovedCount++; // TODO Count validation
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: bearerContextsToBeRemoved\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case TraceInformationIeType:
{
TraceInformationIe ieObject =
dynamic_cast<
TraceInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(TraceInformationIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeTraceInformationIe(buffer, data.traceInformation, ieHeader.length);
data.traceInformationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: traceInformation\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case RecoveryIeType:
{
RecoveryIe ieObject =
dynamic_cast<
RecoveryIe&>(GtpV2IeFactory::getInstance().getIeObject(RecoveryIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeRecoveryIe(buffer, data.recovery, ieHeader.length);
data.recoveryIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: recovery\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case FqCsidIeType:
{
FqCsidIe ieObject =
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeFqCsidIe(buffer, data.mmeFqCsid, ieHeader.length);
data.mmeFqCsidIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: mmeFqCsid\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
rc = ieObject.decodeFqCsidIe(buffer, data.sgwFqCsid, ieHeader.length);
data.sgwFqCsidIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: sgwFqCsid\n");
return false;
}
}
else if(ieHeader.instance == 2)
{
rc = ieObject.decodeFqCsidIe(buffer, data.epdgFqCsid, ieHeader.length);
data.epdgFqCsidIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: epdgFqCsid\n");
return false;
}
}
else if(ieHeader.instance == 3)
{
rc = ieObject.decodeFqCsidIe(buffer, data.twanFqCsid, ieHeader.length);
data.twanFqCsidIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: twanFqCsid\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case UeTimeZoneIeType:
{
UeTimeZoneIe ieObject =
dynamic_cast<
UeTimeZoneIe&>(GtpV2IeFactory::getInstance().getIeObject(UeTimeZoneIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeUeTimeZoneIe(buffer, data.ueTimeZone, ieHeader.length);
data.ueTimeZoneIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: ueTimeZone\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case UciIeType:
{
UciIe ieObject =
dynamic_cast<
UciIe&>(GtpV2IeFactory::getInstance().getIeObject(UciIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeUciIe(buffer, data.userCsgInformation, ieHeader.length);
data.userCsgInformationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: userCsgInformation\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case ChargingCharacteristicsIeType:
{
ChargingCharacteristicsIe ieObject =
dynamic_cast<
ChargingCharacteristicsIe&>(GtpV2IeFactory::getInstance().getIeObject(ChargingCharacteristicsIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeChargingCharacteristicsIe(buffer, data.chargingCharacteristics, ieHeader.length);
data.chargingCharacteristicsIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: chargingCharacteristics\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case LocalDistinguishedNameIeType:
{
LocalDistinguishedNameIe ieObject =
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeLocalDistinguishedNameIe(buffer, data.mmeS4SgsnLdn, ieHeader.length);
data.mmeS4SgsnLdnIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: mmeS4SgsnLdn\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
rc = ieObject.decodeLocalDistinguishedNameIe(buffer, data.sgwLdn, ieHeader.length);
data.sgwLdnIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: sgwLdn\n");
return false;
}
}
else if(ieHeader.instance == 2)
{
rc = ieObject.decodeLocalDistinguishedNameIe(buffer, data.epdgLdn, ieHeader.length);
data.epdgLdnIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: epdgLdn\n");
return false;
}
}
else if(ieHeader.instance == 3)
{
rc = ieObject.decodeLocalDistinguishedNameIe(buffer, data.twanLdn, ieHeader.length);
data.twanLdnIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: twanLdn\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case SignallingPriorityIndicationIeType:
{
SignallingPriorityIndicationIe ieObject =
dynamic_cast<
SignallingPriorityIndicationIe&>(GtpV2IeFactory::getInstance().getIeObject(SignallingPriorityIndicationIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeSignallingPriorityIndicationIe(buffer, data.signallingPriorityIndication, ieHeader.length);
data.signallingPriorityIndicationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: signallingPriorityIndication\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case IpAddressIeType:
{
IpAddressIe ieObject =
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeIpAddressIe(buffer, data.ueLocalIpAddress, ieHeader.length);
data.ueLocalIpAddressIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: ueLocalIpAddress\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
rc = ieObject.decodeIpAddressIe(buffer, data.hNbLocalIpAddress, ieHeader.length);
data.hNbLocalIpAddressIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: hNbLocalIpAddress\n");
return false;
}
}
else if(ieHeader.instance == 2)
{
rc = ieObject.decodeIpAddressIe(buffer, data.mmeS4SgsnIdentifier, ieHeader.length);
data.mmeS4SgsnIdentifierIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: mmeS4SgsnIdentifier\n");
return false;
}
}
else if(ieHeader.instance == 3)
{
rc = ieObject.decodeIpAddressIe(buffer, data.epdgIpAddress, ieHeader.length);
data.epdgIpAddressIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: epdgIpAddress\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case PortNumberIeType:
{
PortNumberIe ieObject =
dynamic_cast<
PortNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(PortNumberIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodePortNumberIe(buffer, data.ueUdpPort, ieHeader.length);
data.ueUdpPortIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: ueUdpPort\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
rc = ieObject.decodePortNumberIe(buffer, data.hNbUdpPort, ieHeader.length);
data.hNbUdpPortIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: hNbUdpPort\n");
return false;
}
}
else if(ieHeader.instance == 2)
{
rc = ieObject.decodePortNumberIe(buffer, data.ueTcpPort, ieHeader.length);
data.ueTcpPortIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: ueTcpPort\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case AdditionalProtocolConfigurationOptionsIeType:
{
AdditionalProtocolConfigurationOptionsIe ieObject =
dynamic_cast<
AdditionalProtocolConfigurationOptionsIe&>(GtpV2IeFactory::getInstance().getIeObject(AdditionalProtocolConfigurationOptionsIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeAdditionalProtocolConfigurationOptionsIe(buffer, data.additionalProtocolConfigurationOptions, ieHeader.length);
data.additionalProtocolConfigurationOptionsIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: additionalProtocolConfigurationOptions\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case TwanIdentifierIeType:
{
TwanIdentifierIe ieObject =
dynamic_cast<
TwanIdentifierIe&>(GtpV2IeFactory::getInstance().getIeObject(TwanIdentifierIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeTwanIdentifierIe(buffer, data.twanIdentifier, ieHeader.length);
data.twanIdentifierIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: twanIdentifier\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
rc = ieObject.decodeTwanIdentifierIe(buffer, data.wlanLocationInformation, ieHeader.length);
data.wlanLocationInformationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: wlanLocationInformation\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case CnOperatorSelectionEntityIeType:
{
CnOperatorSelectionEntityIe ieObject =
dynamic_cast<
CnOperatorSelectionEntityIe&>(GtpV2IeFactory::getInstance().getIeObject(CnOperatorSelectionEntityIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeCnOperatorSelectionEntityIe(buffer, data.cnOperatorSelectionEntity, ieHeader.length);
data.cnOperatorSelectionEntityIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: cnOperatorSelectionEntity\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case OverloadControlInformationIeType:
{
OverloadControlInformationIe ieObject =
dynamic_cast<
OverloadControlInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(OverloadControlInformationIeType));
if(ieHeader.instance == 0)
{
MmeS4SgsnsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
MmeS4SgsnsOverloadControlInformationInCreateSessionRequest&>(ieObject.getGroupedIe(msgType, 0));
rc = groupedIeInstance.decodeMmeS4SgsnsOverloadControlInformationInCreateSessionRequest(buffer, data.mmeS4SgsnsOverloadControlInformation, ieHeader.length);
data.mmeS4SgsnsOverloadControlInformationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: mmeS4SgsnsOverloadControlInformation\n");
return false;
}
}
else if(ieHeader.instance == 1)
{
SgwsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
SgwsOverloadControlInformationInCreateSessionRequest&>(ieObject.getGroupedIe(msgType, 1));
rc = groupedIeInstance.decodeSgwsOverloadControlInformationInCreateSessionRequest(buffer, data.sgwsOverloadControlInformation, ieHeader.length);
data.sgwsOverloadControlInformationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: sgwsOverloadControlInformation\n");
return false;
}
}
else if(ieHeader.instance == 2)
{
TwanEpdgsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
TwanEpdgsOverloadControlInformationInCreateSessionRequest&>(ieObject.getGroupedIe(msgType, 2));
rc = groupedIeInstance.decodeTwanEpdgsOverloadControlInformationInCreateSessionRequest(buffer, data.twanEpdgsOverloadControlInformation, ieHeader.length);
data.twanEpdgsOverloadControlInformationIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: twanEpdgsOverloadControlInformation\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case MillisecondTimeStampIeType:
{
MillisecondTimeStampIe ieObject =
dynamic_cast<
MillisecondTimeStampIe&>(GtpV2IeFactory::getInstance().getIeObject(MillisecondTimeStampIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeMillisecondTimeStampIe(buffer, data.originationTimeStamp, ieHeader.length);
data.originationTimeStampIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: originationTimeStamp\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case IntegerNumberIeType:
{
IntegerNumberIe ieObject =
dynamic_cast<
IntegerNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(IntegerNumberIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeIntegerNumberIe(buffer, data.maximumWaitTime, ieHeader.length);
data.maximumWaitTimeIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: maximumWaitTime\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case TwanIdentifierTimestampIeType:
{
TwanIdentifierTimestampIe ieObject =
dynamic_cast<
TwanIdentifierTimestampIe&>(GtpV2IeFactory::getInstance().getIeObject(TwanIdentifierTimestampIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeTwanIdentifierTimestampIe(buffer, data.wlanLocationTimestamp, ieHeader.length);
data.wlanLocationTimestampIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: wlanLocationTimestamp\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case FContainerIeType:
{
FContainerIe ieObject =
dynamic_cast<
FContainerIe&>(GtpV2IeFactory::getInstance().getIeObject(FContainerIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeFContainerIe(buffer, data.nbifomContainer, ieHeader.length);
data.nbifomContainerIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: nbifomContainer\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case RemoteUeContextIeType:
{
RemoteUeContextIe ieObject =
dynamic_cast<
RemoteUeContextIe&>(GtpV2IeFactory::getInstance().getIeObject(RemoteUeContextIeType));
if(ieHeader.instance == 0)
{
RemoteUeContextConnectedInCreateSessionRequest groupedIeInstance =
dynamic_cast<
RemoteUeContextConnectedInCreateSessionRequest&>(ieObject.getGroupedIe(msgType, 0));
rc = groupedIeInstance.decodeRemoteUeContextConnectedInCreateSessionRequest(buffer, data.remoteUeContextConnected, ieHeader.length);
data.remoteUeContextConnectedIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: remoteUeContextConnected\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case NodeIdentifierIeType:
{
NodeIdentifierIe ieObject =
dynamic_cast<
NodeIdentifierIe&>(GtpV2IeFactory::getInstance().getIeObject(NodeIdentifierIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeNodeIdentifierIe(buffer, data.a3gppAaaServerIdentifier, ieHeader.length);
data.a3gppAaaServerIdentifierIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: a3gppAaaServerIdentifier\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case EpcoIeType:
{
EpcoIe ieObject =
dynamic_cast<
EpcoIe&>(GtpV2IeFactory::getInstance().getIeObject(EpcoIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeEpcoIe(buffer, data.extendedProtocolConfigurationOptions, ieHeader.length);
data.extendedProtocolConfigurationOptionsIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: extendedProtocolConfigurationOptions\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case ServingPlmnRateControlIeType:
{
ServingPlmnRateControlIe ieObject =
dynamic_cast<
ServingPlmnRateControlIe&>(GtpV2IeFactory::getInstance().getIeObject(ServingPlmnRateControlIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeServingPlmnRateControlIe(buffer, data.servingPlmnRateControl, ieHeader.length);
data.servingPlmnRateControlIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: servingPlmnRateControl\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case CounterIeType:
{
CounterIe ieObject =
dynamic_cast<
CounterIe&>(GtpV2IeFactory::getInstance().getIeObject(CounterIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeCounterIe(buffer, data.moExceptionDataCounter, ieHeader.length);
data.moExceptionDataCounterIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: moExceptionDataCounter\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case MappedUeUsageTypeIeType:
{
MappedUeUsageTypeIe ieObject =
dynamic_cast<
MappedUeUsageTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(MappedUeUsageTypeIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeMappedUeUsageTypeIe(buffer, data.mappedUeUsageType, ieHeader.length);
data.mappedUeUsageTypeIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: mappedUeUsageType\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case FqdnIeType:
{
FqdnIe ieObject =
dynamic_cast<
FqdnIe&>(GtpV2IeFactory::getInstance().getIeObject(FqdnIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeFqdnIe(buffer, data.sgwUNodeName, ieHeader.length);
data.sgwUNodeNameIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: sgwUNodeName\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case SecondaryRatUsageDataReportIeType:
{
SecondaryRatUsageDataReportIe ieObject =
dynamic_cast<
SecondaryRatUsageDataReportIe&>(GtpV2IeFactory::getInstance().getIeObject(SecondaryRatUsageDataReportIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeSecondaryRatUsageDataReportIe(buffer, data.secondaryRatUsageDataReport, ieHeader.length);
data.secondaryRatUsageDataReportIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: secondaryRatUsageDataReport\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
case UpFunctionSelectionIndicationFlagsIeType:
{
UpFunctionSelectionIndicationFlagsIe ieObject =
dynamic_cast<
UpFunctionSelectionIndicationFlagsIe&>(GtpV2IeFactory::getInstance().getIeObject(UpFunctionSelectionIndicationFlagsIeType));
if(ieHeader.instance == 0)
{
rc = ieObject.decodeUpFunctionSelectionIndicationFlagsIe(buffer, data.upFunctionSelectionIndicationFlags, ieHeader.length);
data.upFunctionSelectionIndicationFlagsIePresent = true;
if (!(rc))
{
errorStream.add((char *)"Failed to decode IE: upFunctionSelectionIndicationFlags\n");
return false;
}
}
else
{
// Unknown IE instance print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
break;
}
default:
{
// Unknown IE print error
errorStream.add((char *)"Unknown IE Type: ");
errorStream.add(ieHeader.ieType);
errorStream.endOfLine();
buffer.skipBytes(ieHeader.length);
}
}
}
return rc; // TODO validations
}
void CreateSessionRequestMsg::
displayCreateSessionRequestMsgData_v(CreateSessionRequestMsgData const &data, Debug &stream)
{
stream.incrIndent();
stream.add((char *)"CreateSessionRequestMsg:");
stream.endOfLine();
stream.incrIndent();
if (data.imsiIePresent)
{
stream.add((char *)"IE - imsi:");
stream.endOfLine();
ImsiIe imsi=
dynamic_cast<
ImsiIe&>(GtpV2IeFactory::getInstance().getIeObject(ImsiIeType));
imsi.displayImsiIe_v(data.imsi, stream);
}
if (data.msisdnIePresent)
{
stream.add((char *)"IE - msisdn:");
stream.endOfLine();
MsisdnIe msisdn=
dynamic_cast<
MsisdnIe&>(GtpV2IeFactory::getInstance().getIeObject(MsisdnIeType));
msisdn.displayMsisdnIe_v(data.msisdn, stream);
}
if (data.meIdentityIePresent)
{
stream.add((char *)"IE - meIdentity:");
stream.endOfLine();
MeiIe mei=
dynamic_cast<
MeiIe&>(GtpV2IeFactory::getInstance().getIeObject(MeiIeType));
mei.displayMeiIe_v(data.meIdentity, stream);
}
if (data.userLocationInformationIePresent)
{
stream.add((char *)"IE - userLocationInformation:");
stream.endOfLine();
UliIe uli=
dynamic_cast<
UliIe&>(GtpV2IeFactory::getInstance().getIeObject(UliIeType));
uli.displayUliIe_v(data.userLocationInformation, stream);
}
if (data.servingNetworkIePresent)
{
stream.add((char *)"IE - servingNetwork:");
stream.endOfLine();
ServingNetworkIe servingNetwork=
dynamic_cast<
ServingNetworkIe&>(GtpV2IeFactory::getInstance().getIeObject(ServingNetworkIeType));
servingNetwork.displayServingNetworkIe_v(data.servingNetwork, stream);
}
stream.add((char *)"IE - ratType:");
stream.endOfLine();
RatTypeIe ratType=
dynamic_cast<
RatTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(RatTypeIeType));
ratType.displayRatTypeIe_v(data.ratType, stream);
if (data.indicationFlagsIePresent)
{
stream.add((char *)"IE - indicationFlags:");
stream.endOfLine();
IndicationIe indication=
dynamic_cast<
IndicationIe&>(GtpV2IeFactory::getInstance().getIeObject(IndicationIeType));
indication.displayIndicationIe_v(data.indicationFlags, stream);
}
stream.add((char *)"IE - senderFTeidForControlPlane:");
stream.endOfLine();
FTeidIe fTeid=
dynamic_cast<
FTeidIe&>(GtpV2IeFactory::getInstance().getIeObject(FTeidIeType));
fTeid.displayFTeidIe_v(data.senderFTeidForControlPlane, stream);
if (data.pgwS5S8AddressForControlPlaneOrPmipIePresent)
{
stream.add((char *)"IE - pgwS5S8AddressForControlPlaneOrPmip:");
stream.endOfLine();
FTeidIe fTeid=
dynamic_cast<
FTeidIe&>(GtpV2IeFactory::getInstance().getIeObject(FTeidIeType));
fTeid.displayFTeidIe_v(data.pgwS5S8AddressForControlPlaneOrPmip, stream);
}
stream.add((char *)"IE - accessPointName:");
stream.endOfLine();
ApnIe apn=
dynamic_cast<
ApnIe&>(GtpV2IeFactory::getInstance().getIeObject(ApnIeType));
apn.displayApnIe_v(data.accessPointName, stream);
if (data.selectionModeIePresent)
{
stream.add((char *)"IE - selectionMode:");
stream.endOfLine();
SelectionModeIe selectionMode=
dynamic_cast<
SelectionModeIe&>(GtpV2IeFactory::getInstance().getIeObject(SelectionModeIeType));
selectionMode.displaySelectionModeIe_v(data.selectionMode, stream);
}
if (data.pdnTypeIePresent)
{
stream.add((char *)"IE - pdnType:");
stream.endOfLine();
PdnTypeIe pdnType=
dynamic_cast<
PdnTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(PdnTypeIeType));
pdnType.displayPdnTypeIe_v(data.pdnType, stream);
}
if (data.pdnAddressAllocationIePresent)
{
stream.add((char *)"IE - pdnAddressAllocation:");
stream.endOfLine();
PaaIe paa=
dynamic_cast<
PaaIe&>(GtpV2IeFactory::getInstance().getIeObject(PaaIeType));
paa.displayPaaIe_v(data.pdnAddressAllocation, stream);
}
if (data.maximumApnRestrictionIePresent)
{
stream.add((char *)"IE - maximumApnRestriction:");
stream.endOfLine();
ApnRestrictionIe apnRestriction=
dynamic_cast<
ApnRestrictionIe&>(GtpV2IeFactory::getInstance().getIeObject(ApnRestrictionIeType));
apnRestriction.displayApnRestrictionIe_v(data.maximumApnRestriction, stream);
}
if (data.aggregateMaximumBitRateIePresent)
{
stream.add((char *)"IE - aggregateMaximumBitRate:");
stream.endOfLine();
AmbrIe ambr=
dynamic_cast<
AmbrIe&>(GtpV2IeFactory::getInstance().getIeObject(AmbrIeType));
ambr.displayAmbrIe_v(data.aggregateMaximumBitRate, stream);
}
if (data.linkedEpsBearerIdIePresent)
{
stream.add((char *)"IE - linkedEpsBearerId:");
stream.endOfLine();
EbiIe ebi=
dynamic_cast<
EbiIe&>(GtpV2IeFactory::getInstance().getIeObject(EbiIeType));
ebi.displayEbiIe_v(data.linkedEpsBearerId, stream);
}
if (data.trustedWlanModeIndicationIePresent)
{
stream.add((char *)"IE - trustedWlanModeIndication:");
stream.endOfLine();
TwmiIe twmi=
dynamic_cast<
TwmiIe&>(GtpV2IeFactory::getInstance().getIeObject(TwmiIeType));
twmi.displayTwmiIe_v(data.trustedWlanModeIndication, stream);
}
if (data.protocolConfigurationOptionsIePresent)
{
stream.add((char *)"IE - protocolConfigurationOptions:");
stream.endOfLine();
PcoIe pco=
dynamic_cast<
PcoIe&>(GtpV2IeFactory::getInstance().getIeObject(PcoIeType));
pco.displayPcoIe_v(data.protocolConfigurationOptions, stream);
}
Uint8 displayCount;
displayCount = data.bearerContextsToBeCreatedCount;
if (displayCount > 11)
{
stream.add((char *)"Invalid data more than 11 instances");
stream.endOfLine();
stream.add((char *)"Displaying only 11");
stream.endOfLine();
displayCount = 11;
}
for (Uint8 i = 0; i < displayCount; i++)
{
stream.add((char *)"IE - bearerContextsToBeCreated:");
stream.endOfLine();
BearerContextIe bearerContext=
dynamic_cast<
BearerContextIe&>(GtpV2IeFactory::getInstance().getIeObject(BearerContextIeType));
BearerContextsToBeCreatedInCreateSessionRequest groupedIeInstance =
dynamic_cast<
BearerContextsToBeCreatedInCreateSessionRequest&>(bearerContext.getGroupedIe(msgType, 0));
groupedIeInstance.displayBearerContextsToBeCreatedInCreateSessionRequestData_v(data.bearerContextsToBeCreated[i], stream);
}
displayCount = data.bearerContextsToBeRemovedCount;
if (displayCount > 11)
{
stream.add((char *)"Invalid data more than 11 instances");
stream.endOfLine();
stream.add((char *)"Displaying only 11");
stream.endOfLine();
displayCount = 11;
}
for (Uint8 i = 0; i < displayCount; i++)
{
stream.add((char *)"IE - bearerContextsToBeRemoved:");
stream.endOfLine();
BearerContextIe bearerContext=
dynamic_cast<
BearerContextIe&>(GtpV2IeFactory::getInstance().getIeObject(BearerContextIeType));
BearerContextsToBeRemovedInCreateSessionRequest groupedIeInstance =
dynamic_cast<
BearerContextsToBeRemovedInCreateSessionRequest&>(bearerContext.getGroupedIe(msgType, 1));
groupedIeInstance.displayBearerContextsToBeRemovedInCreateSessionRequestData_v(data.bearerContextsToBeRemoved[i], stream);
}
if (data.traceInformationIePresent)
{
stream.add((char *)"IE - traceInformation:");
stream.endOfLine();
TraceInformationIe traceInformation=
dynamic_cast<
TraceInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(TraceInformationIeType));
traceInformation.displayTraceInformationIe_v(data.traceInformation, stream);
}
if (data.recoveryIePresent)
{
stream.add((char *)"IE - recovery:");
stream.endOfLine();
RecoveryIe recovery=
dynamic_cast<
RecoveryIe&>(GtpV2IeFactory::getInstance().getIeObject(RecoveryIeType));
recovery.displayRecoveryIe_v(data.recovery, stream);
}
if (data.mmeFqCsidIePresent)
{
stream.add((char *)"IE - mmeFqCsid:");
stream.endOfLine();
FqCsidIe fqCsid=
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
fqCsid.displayFqCsidIe_v(data.mmeFqCsid, stream);
}
if (data.sgwFqCsidIePresent)
{
stream.add((char *)"IE - sgwFqCsid:");
stream.endOfLine();
FqCsidIe fqCsid=
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
fqCsid.displayFqCsidIe_v(data.sgwFqCsid, stream);
}
if (data.epdgFqCsidIePresent)
{
stream.add((char *)"IE - epdgFqCsid:");
stream.endOfLine();
FqCsidIe fqCsid=
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
fqCsid.displayFqCsidIe_v(data.epdgFqCsid, stream);
}
if (data.twanFqCsidIePresent)
{
stream.add((char *)"IE - twanFqCsid:");
stream.endOfLine();
FqCsidIe fqCsid=
dynamic_cast<
FqCsidIe&>(GtpV2IeFactory::getInstance().getIeObject(FqCsidIeType));
fqCsid.displayFqCsidIe_v(data.twanFqCsid, stream);
}
if (data.ueTimeZoneIePresent)
{
stream.add((char *)"IE - ueTimeZone:");
stream.endOfLine();
UeTimeZoneIe ueTimeZone=
dynamic_cast<
UeTimeZoneIe&>(GtpV2IeFactory::getInstance().getIeObject(UeTimeZoneIeType));
ueTimeZone.displayUeTimeZoneIe_v(data.ueTimeZone, stream);
}
if (data.userCsgInformationIePresent)
{
stream.add((char *)"IE - userCsgInformation:");
stream.endOfLine();
UciIe uci=
dynamic_cast<
UciIe&>(GtpV2IeFactory::getInstance().getIeObject(UciIeType));
uci.displayUciIe_v(data.userCsgInformation, stream);
}
if (data.chargingCharacteristicsIePresent)
{
stream.add((char *)"IE - chargingCharacteristics:");
stream.endOfLine();
ChargingCharacteristicsIe chargingCharacteristics=
dynamic_cast<
ChargingCharacteristicsIe&>(GtpV2IeFactory::getInstance().getIeObject(ChargingCharacteristicsIeType));
chargingCharacteristics.displayChargingCharacteristicsIe_v(data.chargingCharacteristics, stream);
}
if (data.mmeS4SgsnLdnIePresent)
{
stream.add((char *)"IE - mmeS4SgsnLdn:");
stream.endOfLine();
LocalDistinguishedNameIe localDistinguishedName=
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
localDistinguishedName.displayLocalDistinguishedNameIe_v(data.mmeS4SgsnLdn, stream);
}
if (data.sgwLdnIePresent)
{
stream.add((char *)"IE - sgwLdn:");
stream.endOfLine();
LocalDistinguishedNameIe localDistinguishedName=
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
localDistinguishedName.displayLocalDistinguishedNameIe_v(data.sgwLdn, stream);
}
if (data.epdgLdnIePresent)
{
stream.add((char *)"IE - epdgLdn:");
stream.endOfLine();
LocalDistinguishedNameIe localDistinguishedName=
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
localDistinguishedName.displayLocalDistinguishedNameIe_v(data.epdgLdn, stream);
}
if (data.twanLdnIePresent)
{
stream.add((char *)"IE - twanLdn:");
stream.endOfLine();
LocalDistinguishedNameIe localDistinguishedName=
dynamic_cast<
LocalDistinguishedNameIe&>(GtpV2IeFactory::getInstance().getIeObject(LocalDistinguishedNameIeType));
localDistinguishedName.displayLocalDistinguishedNameIe_v(data.twanLdn, stream);
}
if (data.signallingPriorityIndicationIePresent)
{
stream.add((char *)"IE - signallingPriorityIndication:");
stream.endOfLine();
SignallingPriorityIndicationIe signallingPriorityIndication=
dynamic_cast<
SignallingPriorityIndicationIe&>(GtpV2IeFactory::getInstance().getIeObject(SignallingPriorityIndicationIeType));
signallingPriorityIndication.displaySignallingPriorityIndicationIe_v(data.signallingPriorityIndication, stream);
}
if (data.ueLocalIpAddressIePresent)
{
stream.add((char *)"IE - ueLocalIpAddress:");
stream.endOfLine();
IpAddressIe ipAddress=
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
ipAddress.displayIpAddressIe_v(data.ueLocalIpAddress, stream);
}
if (data.ueUdpPortIePresent)
{
stream.add((char *)"IE - ueUdpPort:");
stream.endOfLine();
PortNumberIe portNumber=
dynamic_cast<
PortNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(PortNumberIeType));
portNumber.displayPortNumberIe_v(data.ueUdpPort, stream);
}
if (data.additionalProtocolConfigurationOptionsIePresent)
{
stream.add((char *)"IE - additionalProtocolConfigurationOptions:");
stream.endOfLine();
AdditionalProtocolConfigurationOptionsIe additionalProtocolConfigurationOptions=
dynamic_cast<
AdditionalProtocolConfigurationOptionsIe&>(GtpV2IeFactory::getInstance().getIeObject(AdditionalProtocolConfigurationOptionsIeType));
additionalProtocolConfigurationOptions.displayAdditionalProtocolConfigurationOptionsIe_v(data.additionalProtocolConfigurationOptions, stream);
}
if (data.hNbLocalIpAddressIePresent)
{
stream.add((char *)"IE - hNbLocalIpAddress:");
stream.endOfLine();
IpAddressIe ipAddress=
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
ipAddress.displayIpAddressIe_v(data.hNbLocalIpAddress, stream);
}
if (data.hNbUdpPortIePresent)
{
stream.add((char *)"IE - hNbUdpPort:");
stream.endOfLine();
PortNumberIe portNumber=
dynamic_cast<
PortNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(PortNumberIeType));
portNumber.displayPortNumberIe_v(data.hNbUdpPort, stream);
}
if (data.mmeS4SgsnIdentifierIePresent)
{
stream.add((char *)"IE - mmeS4SgsnIdentifier:");
stream.endOfLine();
IpAddressIe ipAddress=
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
ipAddress.displayIpAddressIe_v(data.mmeS4SgsnIdentifier, stream);
}
if (data.twanIdentifierIePresent)
{
stream.add((char *)"IE - twanIdentifier:");
stream.endOfLine();
TwanIdentifierIe twanIdentifier=
dynamic_cast<
TwanIdentifierIe&>(GtpV2IeFactory::getInstance().getIeObject(TwanIdentifierIeType));
twanIdentifier.displayTwanIdentifierIe_v(data.twanIdentifier, stream);
}
if (data.epdgIpAddressIePresent)
{
stream.add((char *)"IE - epdgIpAddress:");
stream.endOfLine();
IpAddressIe ipAddress=
dynamic_cast<
IpAddressIe&>(GtpV2IeFactory::getInstance().getIeObject(IpAddressIeType));
ipAddress.displayIpAddressIe_v(data.epdgIpAddress, stream);
}
if (data.cnOperatorSelectionEntityIePresent)
{
stream.add((char *)"IE - cnOperatorSelectionEntity:");
stream.endOfLine();
CnOperatorSelectionEntityIe cnOperatorSelectionEntity=
dynamic_cast<
CnOperatorSelectionEntityIe&>(GtpV2IeFactory::getInstance().getIeObject(CnOperatorSelectionEntityIeType));
cnOperatorSelectionEntity.displayCnOperatorSelectionEntityIe_v(data.cnOperatorSelectionEntity, stream);
}
if (data.mmeS4SgsnsOverloadControlInformationIePresent)
{
stream.add((char *)"IE - mmeS4SgsnsOverloadControlInformation:");
stream.endOfLine();
OverloadControlInformationIe overloadControlInformation=
dynamic_cast<
OverloadControlInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(OverloadControlInformationIeType));
MmeS4SgsnsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
MmeS4SgsnsOverloadControlInformationInCreateSessionRequest&>(overloadControlInformation.getGroupedIe(msgType, 0));
groupedIeInstance.displayMmeS4SgsnsOverloadControlInformationInCreateSessionRequestData_v(data.mmeS4SgsnsOverloadControlInformation, stream);
}
if (data.sgwsOverloadControlInformationIePresent)
{
stream.add((char *)"IE - sgwsOverloadControlInformation:");
stream.endOfLine();
OverloadControlInformationIe overloadControlInformation=
dynamic_cast<
OverloadControlInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(OverloadControlInformationIeType));
SgwsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
SgwsOverloadControlInformationInCreateSessionRequest&>(overloadControlInformation.getGroupedIe(msgType, 1));
groupedIeInstance.displaySgwsOverloadControlInformationInCreateSessionRequestData_v(data.sgwsOverloadControlInformation, stream);
}
if (data.twanEpdgsOverloadControlInformationIePresent)
{
stream.add((char *)"IE - twanEpdgsOverloadControlInformation:");
stream.endOfLine();
OverloadControlInformationIe overloadControlInformation=
dynamic_cast<
OverloadControlInformationIe&>(GtpV2IeFactory::getInstance().getIeObject(OverloadControlInformationIeType));
TwanEpdgsOverloadControlInformationInCreateSessionRequest groupedIeInstance =
dynamic_cast<
TwanEpdgsOverloadControlInformationInCreateSessionRequest&>(overloadControlInformation.getGroupedIe(msgType, 2));
groupedIeInstance.displayTwanEpdgsOverloadControlInformationInCreateSessionRequestData_v(data.twanEpdgsOverloadControlInformation, stream);
}
if (data.originationTimeStampIePresent)
{
stream.add((char *)"IE - originationTimeStamp:");
stream.endOfLine();
MillisecondTimeStampIe millisecondTimeStamp=
dynamic_cast<
MillisecondTimeStampIe&>(GtpV2IeFactory::getInstance().getIeObject(MillisecondTimeStampIeType));
millisecondTimeStamp.displayMillisecondTimeStampIe_v(data.originationTimeStamp, stream);
}
if (data.maximumWaitTimeIePresent)
{
stream.add((char *)"IE - maximumWaitTime:");
stream.endOfLine();
IntegerNumberIe integerNumber=
dynamic_cast<
IntegerNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(IntegerNumberIeType));
integerNumber.displayIntegerNumberIe_v(data.maximumWaitTime, stream);
}
if (data.wlanLocationInformationIePresent)
{
stream.add((char *)"IE - wlanLocationInformation:");
stream.endOfLine();
TwanIdentifierIe twanIdentifier=
dynamic_cast<
TwanIdentifierIe&>(GtpV2IeFactory::getInstance().getIeObject(TwanIdentifierIeType));
twanIdentifier.displayTwanIdentifierIe_v(data.wlanLocationInformation, stream);
}
if (data.wlanLocationTimestampIePresent)
{
stream.add((char *)"IE - wlanLocationTimestamp:");
stream.endOfLine();
TwanIdentifierTimestampIe twanIdentifierTimestamp=
dynamic_cast<
TwanIdentifierTimestampIe&>(GtpV2IeFactory::getInstance().getIeObject(TwanIdentifierTimestampIeType));
twanIdentifierTimestamp.displayTwanIdentifierTimestampIe_v(data.wlanLocationTimestamp, stream);
}
if (data.nbifomContainerIePresent)
{
stream.add((char *)"IE - nbifomContainer:");
stream.endOfLine();
FContainerIe fContainer=
dynamic_cast<
FContainerIe&>(GtpV2IeFactory::getInstance().getIeObject(FContainerIeType));
fContainer.displayFContainerIe_v(data.nbifomContainer, stream);
}
if (data.remoteUeContextConnectedIePresent)
{
stream.add((char *)"IE - remoteUeContextConnected:");
stream.endOfLine();
RemoteUeContextIe remoteUeContext=
dynamic_cast<
RemoteUeContextIe&>(GtpV2IeFactory::getInstance().getIeObject(RemoteUeContextIeType));
RemoteUeContextConnectedInCreateSessionRequest groupedIeInstance =
dynamic_cast<
RemoteUeContextConnectedInCreateSessionRequest&>(remoteUeContext.getGroupedIe(msgType, 0));
groupedIeInstance.displayRemoteUeContextConnectedInCreateSessionRequestData_v(data.remoteUeContextConnected, stream);
}
if (data.a3gppAaaServerIdentifierIePresent)
{
stream.add((char *)"IE - a3gppAaaServerIdentifier:");
stream.endOfLine();
NodeIdentifierIe nodeIdentifier=
dynamic_cast<
NodeIdentifierIe&>(GtpV2IeFactory::getInstance().getIeObject(NodeIdentifierIeType));
nodeIdentifier.displayNodeIdentifierIe_v(data.a3gppAaaServerIdentifier, stream);
}
if (data.extendedProtocolConfigurationOptionsIePresent)
{
stream.add((char *)"IE - extendedProtocolConfigurationOptions:");
stream.endOfLine();
EpcoIe epco=
dynamic_cast<
EpcoIe&>(GtpV2IeFactory::getInstance().getIeObject(EpcoIeType));
epco.displayEpcoIe_v(data.extendedProtocolConfigurationOptions, stream);
}
if (data.servingPlmnRateControlIePresent)
{
stream.add((char *)"IE - servingPlmnRateControl:");
stream.endOfLine();
ServingPlmnRateControlIe servingPlmnRateControl=
dynamic_cast<
ServingPlmnRateControlIe&>(GtpV2IeFactory::getInstance().getIeObject(ServingPlmnRateControlIeType));
servingPlmnRateControl.displayServingPlmnRateControlIe_v(data.servingPlmnRateControl, stream);
}
if (data.moExceptionDataCounterIePresent)
{
stream.add((char *)"IE - moExceptionDataCounter:");
stream.endOfLine();
CounterIe counter=
dynamic_cast<
CounterIe&>(GtpV2IeFactory::getInstance().getIeObject(CounterIeType));
counter.displayCounterIe_v(data.moExceptionDataCounter, stream);
}
if (data.ueTcpPortIePresent)
{
stream.add((char *)"IE - ueTcpPort:");
stream.endOfLine();
PortNumberIe portNumber=
dynamic_cast<
PortNumberIe&>(GtpV2IeFactory::getInstance().getIeObject(PortNumberIeType));
portNumber.displayPortNumberIe_v(data.ueTcpPort, stream);
}
if (data.mappedUeUsageTypeIePresent)
{
stream.add((char *)"IE - mappedUeUsageType:");
stream.endOfLine();
MappedUeUsageTypeIe mappedUeUsageType=
dynamic_cast<
MappedUeUsageTypeIe&>(GtpV2IeFactory::getInstance().getIeObject(MappedUeUsageTypeIeType));
mappedUeUsageType.displayMappedUeUsageTypeIe_v(data.mappedUeUsageType, stream);
}
if (data.userLocationInformationForSgwIePresent)
{
stream.add((char *)"IE - userLocationInformationForSgw:");
stream.endOfLine();
UliIe uli=
dynamic_cast<
UliIe&>(GtpV2IeFactory::getInstance().getIeObject(UliIeType));
uli.displayUliIe_v(data.userLocationInformationForSgw, stream);
}
if (data.sgwUNodeNameIePresent)
{
stream.add((char *)"IE - sgwUNodeName:");
stream.endOfLine();
FqdnIe fqdn=
dynamic_cast<
FqdnIe&>(GtpV2IeFactory::getInstance().getIeObject(FqdnIeType));
fqdn.displayFqdnIe_v(data.sgwUNodeName, stream);
}
if (data.secondaryRatUsageDataReportIePresent)
{
stream.add((char *)"IE - secondaryRatUsageDataReport:");
stream.endOfLine();
SecondaryRatUsageDataReportIe secondaryRatUsageDataReport=
dynamic_cast<
SecondaryRatUsageDataReportIe&>(GtpV2IeFactory::getInstance().getIeObject(SecondaryRatUsageDataReportIeType));
secondaryRatUsageDataReport.displaySecondaryRatUsageDataReportIe_v(data.secondaryRatUsageDataReport, stream);
}
if (data.upFunctionSelectionIndicationFlagsIePresent)
{
stream.add((char *)"IE - upFunctionSelectionIndicationFlags:");
stream.endOfLine();
UpFunctionSelectionIndicationFlagsIe upFunctionSelectionIndicationFlags=
dynamic_cast<
UpFunctionSelectionIndicationFlagsIe&>(GtpV2IeFactory::getInstance().getIeObject(UpFunctionSelectionIndicationFlagsIeType));
upFunctionSelectionIndicationFlags.displayUpFunctionSelectionIndicationFlagsIe_v(data.upFunctionSelectionIndicationFlags, stream);
}
stream.decrIndent();
stream.decrIndent();
}