// Copyright (c) 2008-2009 Nokia Corporation and/or its subsidiary(-ies).
// All rights reserved.
// This component and the accompanying materials are made available
// under the terms of "Eclipse Public License v1.0"
// which accompanies this distribution, and is available
// at the URL "http://www.eclipse.org/legal/epl-v10.html".
//
// Initial Contributors:
// Nokia Corporation - initial contribution.
//
// Contributors:
//
// Description:
//
/**
@file
@internalTechnology
*/
#ifndef SUPL_DEV_LOGGER_MACROS_H
#define SUPL_DEV_LOGGER_MACROS_H
#include "supldevlogger.h"
#if defined(ENABLE_SUPL_DEV_LOGGER) && (defined(_DEBUG)||defined(__WINS__))
/**
-----------------------
Standard Logging Macros
-----------------------
**/
#define SUPLLOG_BEGIN() SUPLLOG(ELogP9, "StartSP\n");
#define SUPLNEWLOG(L) SuplDevLogger::OverWrite(_L(L))
#define SUPLLOG(L1,L2) SuplDevLogger::Write(ELogNormal, L1, _L(L2))
#define SUPLLOG2(L1,L2,L3) SuplDevLogger::Write(ELogNormal, L1, _L(L2), L3)
#define SUPLLOG3(L1,L2,L3,L4) SuplDevLogger::Write(ELogNormal, L1, _L(L2), L3, L4)
#define SUPLLOG4(L1,L2,L3,L4,L5) SuplDevLogger::Write(ELogNormal, L1, _L(L2), L3, L4, L5)
#define SUPLLOG5(L1,L2,L3,L4,L5,L6) SuplDevLogger::Write(ELogNormal, L1, _L(L2), L3, L4, L5, L6)
#define SUPLLOG6(L1,L2,L3,L4,L5,L6,L7) SuplDevLogger::Write(ELogNormal, L1, _L(L2), L3, L4, L5, L6, L7)
#define SUPLLOGHEX(L1,L2,L3) SuplDevLogger::HexDump(L1,L2,L3)
#define SUPLLOG2_L8(L1,L2,L3) SuplDevLogger::Write(ELogNormal, L1, _L8(L2), L3)
#define SUPLLOG3_L8(L1,L2,L3,L4) SuplDevLogger::Write(ELogNormal, L1, _L8(L2), L3, L4)
#define SUPLLOG4_L8(L1,L2,L3,L4,L5) SuplDevLogger::Write(ELogNormal, L1, _L8(L2), L3, L4, L5)
#define SUPLLOG_ERR(L1,L2) SuplDevLogger::Write(ELogError, L1, _L(L2))
#define SUPLLOG_ERR2(L1,L2,L3) SuplDevLogger::Write(ELogError, L1, _L(L2), L3)
#define SUPLLOG_ERR3(L1,L2,L3,L4) SuplDevLogger::Write(ELogError, L1, _L(L2), L3, L4)
#define SUPLLOG_ERR4(L1,L2,L3,L4,L5) SuplDevLogger::Write(ELogError, L1, _L(L2), L3, L4, L5)
#define SUPLLOG_ERR5(L1,L2,L3,L4,L5,L6) SuplDevLogger::Write(ELogError, L1, _L(L2), L3, L4, L5, L6)
#define SUPLLOG_ERR6(L1,L2,L3,L4,L5,L6,L7) SuplDevLogger::Write(ELogError, L1, _L(L2), L3, L4, L5, L6, L7)
#define SUPLLOG_WARN(L1,L2) SuplDevLogger::Write(ELogWarning, L1, _L(L2))
#define SUPLLOG_WARN2(L1,L2,L3) SuplDevLogger::Write(ELogWarning, L1, _L(L2), L3)
#define SUPLLOG_WARN3(L1,L2,L3,L4) SuplDevLogger::Write(ELogWarning, L1, _L(L2), L3, L4)
#define SUPLLOG_WARN4(L1,L2,L3,L4,L5) SuplDevLogger::Write(ELogWarning, L1, _L(L2), L3, L4, L5)
#define SUPLLOG_WARN5(L1,L2,L3,L4,L5,L6) SuplDevLogger::Write(ELogWarning, L1, _L(L2), L3, L4, L5, L6)
#define SUPLLOG_WARN6(L1,L2,L3,L4,L5,L6,L7) SuplDevLogger::Write(ELogWarning, L1, _L(L2), L3, L4, L5, L6, L7)
//Macro for getting the processname
#define SUPLLOG_GETPROCESSNAME(L1,L2) SuplDevLogger::GetMessageProcessName(L1,L2)
//Macro for logging contents of ObjSys Data Structures (not for general use)
#define SUPLLOG_PDU(L1) L1->Print()
/**
-------------------------------------------------
Common logging macros (for logging large values)
-------------------------------------------------
**/
// Logs TLbsNetSessionId
#define SUPLLOG_SESSIONID(L1) \
{ \
SUPLLOG2(ELogP9, " - TUid iSessionOwner = 0x%08X\n", L1.SessionOwner().iUid); \
SUPLLOG2(ELogP9, " - TUint32 iSessionNum = %u\n", L1.SessionNum()); \
}
/* Logs TPositionInfoBase
* This also logs the variables for all of the derived classes (if Applicable):
* - TPositionInfo
* - TPositionCourseInfo
* - TPositionSatelliteInfo
* - TPositionGpsMeasurementInfo
*/
#define SUPLLOG_TPOSITIONINFOBASE(L1) \
{ \
/* Find out what the class type is*/ \
TUint32 classTypeM = L1.PositionClassType(); \
/* Log the TPositionInfoBase information */ \
SUPLLOG2(ELogP9, " - TUint32 iPositionClassType = 0x%08X\n", classTypeM); \
SUPLLOG2(ELogP9, " - TPositionModuleId iModuleId = 0x%08X\n", L1.ModuleId().iUid); \
SUPLLOG2(ELogP9, " - TUint32 iUpdateType = %u\n", L1.UpdateType()); \
SUPLLOG2(ELogP9, " - TPositionModuleInfo::TTechnologyType iPositionMode = 0x%04X\n", L1.PositionMode()); \
SUPLLOG2(ELogP9, " - TPositionModeReason iPositionModeReason = %u\n", L1.PositionModeReason()); \
/* Log the TPositionInfo information*/ \
if(classTypeM & EPositionInfoClass) \
{ \
const TPositionInfo& posInfoM = (reinterpret_cast<const TPositionInfo&>(L1)); \
TPosition posM; \
posInfoM.GetPosition(posM); \
TTime timeM = posM.Time(); \
SUPLLOG5(ELogP9, " - TTime iTime = %02d:%02d:%02d.%06d\n", timeM.DateTime().Hour(), \
timeM.DateTime().Minute(), \
timeM.DateTime().Second(), \
timeM.DateTime().MicroSecond()); \
SUPLLOG2(ELogP9, " - TReal32 iHorizontalAccuracy = %3.6g\n", posM.HorizontalAccuracy()); \
SUPLLOG2(ELogP9, " - TReal32 iVerticalAccuracy = %3.6g\n", posM.VerticalAccuracy()); \
SUPLLOG2(ELogP9, " - TReal64 iLatitude = %3.6g\n", posM.Latitude()); \
SUPLLOG2(ELogP9, " - TReal64 iLongitude = %3.6g\n", posM.Longitude()); \
SUPLLOG2(ELogP9, " - TReal32 iAltitude = %3.6g\n", posM.Altitude()); \
SUPLLOG2(ELogP8, " - TPositionDatumId iDatum = 0x%08X\n", posM.Datum()); \
} \
/* Log the TPositionCourseInfo information*/ \
if(classTypeM & EPositionCourseInfoClass) \
{ \
const TPositionCourseInfo& courseInfoM = (reinterpret_cast<const TPositionCourseInfo&>(L1)); \
TCourse courseM; \
courseInfoM.GetCourse(courseM); \
SUPLLOG2(ELogP8, " - TReal32 iSpeed = %3.6g\n", courseM.Speed()); \
SUPLLOG2(ELogP8, " - TReal32 iHeading = %3.6g\n", courseM.Heading()); \
SUPLLOG2(ELogP8, " - TReal32 iSpeedAccuracy = %3.6g\n", courseM.SpeedAccuracy()); \
SUPLLOG2(ELogP8, " - TReal32 iHeadingAccuracy = %3.6g\n", courseM.HeadingAccuracy()); \
} \
/* Log the TPositionSatelliteInfo information*/ \
if(classTypeM & EPositionSatelliteInfoClass) \
{ \
const TPositionSatelliteInfo& satInfoM = (reinterpret_cast<const TPositionSatelliteInfo&>(L1)); \
TInt numSatInViewM = satInfoM.NumSatellitesInView(); \
SUPLLOG2(ELogP8, " - TUint iNumSatellitesInView = %u\n", numSatInViewM); \
SUPLLOG2(ELogP8, " - TUint iNumSatellitesUsed = %u\n", satInfoM.NumSatellitesUsed()); \
SUPLLOG2(ELogP8, " - TReal32 iHorizontalDoPValue = %3.6g\n", satInfoM.HorizontalDoP()); \
SUPLLOG2(ELogP8, " - TReal32 iVerticalDoPValue = %3.6g\n", satInfoM.VerticalDoP()); \
SUPLLOG2(ELogP8, " - TReal32 iTimeDoPValue = %3.6g\n", satInfoM.TimeDoP()); \
for(TInt satNumM=0; ((satNumM < numSatInViewM) && (satNumM < KPositionMaxSatellitesInView)); ++satNumM) \
{ \
TSatelliteData satDataM; \
satInfoM.GetSatelliteData(satNumM, satDataM); \
SUPLLOG2(ELogP8, " - TSatelliteData iSatellitesInView[%d] =\n", satNumM); \
SUPLLOG2(ELogP8, " - TInt iSatelliteId = %d\n", satDataM.SatelliteId()); \
SUPLLOG2(ELogP8, " - TReal32 iAzimuth = %3.6g\n", satDataM.Azimuth()); \
SUPLLOG2(ELogP8, " - TReal32 iElevation = %3.6g\n", satDataM.Elevation()); \
SUPLLOG2(ELogP8, " - TBool iIsUsed = %d\n", satDataM.IsUsed()); \
SUPLLOG2(ELogP8, " - TInt iSignalStrength = %d\n", satDataM.SignalStrength()); \
} \
} \
/* Log the TPositionGpsMeasurementInfo*/ \
if(classTypeM & EPositionGpsMeasurementInfoClass) \
{ \
const TPositionGpsMeasurementInfo& gpsInfoM = (reinterpret_cast<const TPositionGpsMeasurementInfo&>(L1)); \
TInt numMeasurementsM = gpsInfoM.NumMeasurements(); \
SUPLLOG2(ELogP8, " - TInt iGpsTimeOfWeek = %d\n", gpsInfoM.GpsTimeOfWeek()); \
SUPLLOG2(ELogP8, " - TUint iNumMeasurements = %d\n", numMeasurementsM); \
for(TInt gpsNumM=0; ((gpsNumM < numMeasurementsM) && (gpsNumM < KPositionGpsMaxMeasurements)); ++gpsNumM) \
{ \
TPositionGpsMeasurementData tempGpsDataM; \
gpsInfoM.GetMeasurementData(gpsNumM, tempGpsDataM); \
SUPLLOG2(ELogP8, " - TPositionGpsMeasurementData iMeasurementData[%d] = \n", gpsNumM); \
SUPLLOG2(ELogP8, " - TInt iSatelliteId = %d\n", tempGpsDataM.SatelliteId()); \
SUPLLOG2(ELogP8, " - TInt iCarrierNoiseRatio = %d\n", tempGpsDataM.CarrierNoiseRatio()); \
SUPLLOG2(ELogP8, " - TInt iDoppler = %d\n", tempGpsDataM.Doppler()); \
SUPLLOG2(ELogP8, " - TInt iWholeGpsChips = %d\n", tempGpsDataM.WholeGpsChips()); \
SUPLLOG2(ELogP8, " - TInt iFractionalGpsChips = %d\n", tempGpsDataM.FractionalGpsChips()); \
SUPLLOG2(ELogP8, " - TMultiPathIndicator iMultiPathIndicator = %d\n", tempGpsDataM.MultiPathIndicator()); \
SUPLLOG2(ELogP8, " - TUint iPseudoRangeRmsError = %u\n", tempGpsDataM.PseudoRangeRmsError()); \
} \
} \
}
// Logs TPositionQuality
#define SUPLLOG_TPOSITIONQUALITY(L1) \
{ \
SUPLLOG2(ELogP9, " - TReal32 iHorizontalAccuracy = %3.6g\n", L1.HorizontalAccuracy()); \
SUPLLOG2(ELogP9, " - TReal32 iVerticalAccuracy = %3.6g\n", L1.VerticalAccuracy()); \
SUPLLOG2(ELogP9, " - TTimeIntervalMicroSeconds iTimeToFirstFix = %ld\n", L1.TimeToFirstFix().Int64()); \
SUPLLOG2(ELogP9, " - TTimeIntervalMicroSeconds iTimeToNextFix = %ld\n", L1.TimeToNextFix().Int64()); \
SUPLLOG2(ELogP9, " - TCostIndicator iCostIndicator = %d\n", L1.CostIndicator()); \
SUPLLOG2(ELogP9, " - TPowerConsumption iPowerConsumption = %d\n", L1.PowerConsumption()); \
}
// Logs TPositionModuleInfo
#define SUPLLOG_TPOSITIONMODULE(L1) \
{ \
if(L1.PositionClassType() & EPositionModuleInfoClass) \
{ \
const TPositionModuleInfo& positionInfoM = (reinterpret_cast<const TPositionModuleInfo&>(L1)); \
SUPLLOG2(ELogP9, " - TPositionModuleId iModuleId = 0x%08X\n", positionInfoM.ModuleId().iUid); \
SUPLLOG2(ELogP9, " - TBool iIsAvailable = %d\n", positionInfoM.IsAvailable()); \
TBuf<KPositionMaxModuleName> tempModuleNameM; \
positionInfoM.GetModuleName(tempModuleNameM); \
SUPLLOG2(ELogP9, " - TBuf iModuleName = %S\n", &tempModuleNameM); \
TPositionQuality tempPositionQualityM; \
positionInfoM.GetPositionQuality(tempPositionQualityM); \
SUPLLOG_TPOSITIONQUALITY(tempPositionQualityM); \
SUPLLOG2(ELogP9, " - TTechnologyType iTechnologyType = %x02X\n", positionInfoM.TechnologyType()); \
SUPLLOG2(ELogP9, " - TDeviceLocation iDeviceLocation = %x02X\n", positionInfoM.DeviceLocation()); \
SUPLLOG2(ELogP9, " - TCapabilities iCapabilities = %x04X\n", positionInfoM.Capabilities()); \
SUPLLOG4(ELogP9, " - TVersion iVersion = (%d %d %d)\n", positionInfoM.Version().iMajor, \
positionInfoM.Version().iMinor, \
positionInfoM.Version().iBuild);\
} \
}
// Logs TLbsExternalRequestInfo
#define SUPLLOG_TLBSEXTERNALREQ(L1) \
{ \
/* Find out what the class type is*/ \
TUint32 classTypeM = L1.ClassType(); \
/* Output shared info */ \
SUPLLOG2(ELogP9, " - TNetworkType iNetworkType = %x02X\n", L1.NetworkType()); \
SUPLLOG2(ELogP9, " - TRequestType iRequestType = %x02X\n", L1.RequestType()); \
SUPLLOG2(ELogP9, " - TFormatIndicator iRequesterIdFormat = %x02X\n", L1.RequesterIdFormat()); \
SUPLLOG2(ELogP9, " - TFormatIndicator iClientNameFormat = %x02X\n", L1.ClientNameFormat()); \
TBuf8<KLbsMaxClientExternalIdSize> externalSizeM; \
L1.GetClientExternalId(externalSizeM); \
SUPLLOG2_L8(ELogP9, " - TLbsClientExternalId iClientExternalId = %S", &externalSizeM); \
/* Output type specific info */ \
if (classTypeM == EExternalRequestInfoClass) \
{ \
const TLbsExternalRequestInfo& info = reinterpret_cast<const TLbsExternalRequestInfo&>(L1); \
TBuf8<KLbsMaxRequesterIdSize> requesterIdM; \
info.GetRequesterId(requesterIdM); \
TBuf8<KLbsMaxClientNameSize> clientNameM; \
info.GetClientName(clientNameM); \
SUPLLOG2_L8(ELogP9, " - TLbsRequesterId iRequesterId = %S", &requesterIdM); \
SUPLLOG2_L8(ELogP9, " - TLbsClientName iClientName = %S", &clientNameM); \
SUPLLOG2(ELogP9, " - TFormatIndicator iRequesterIdCodingScheme = %x02X\n", info.RequesterIdCodingScheme()); \
SUPLLOG2(ELogP9, " - TFormatIndicator iClientNameCodingScheme = %x02X\n", info.ClientNameCodingScheme()); \
} \
else if (classTypeM == (EExternalRequestInfoClass | EExternalRequestInfoClass2)) \
{ \
const TLbsExternalRequestInfo2& info = reinterpret_cast<const TLbsExternalRequestInfo2&>(L1); \
TBuf16<KLbsMaxRequesterIdSize2> requesterIdM; \
info.GetRequesterId(requesterIdM); \
TBuf16<KLbsMaxClientNameSize2> clientNameM; \
info.GetClientName(clientNameM); \
SUPLLOG2(ELogP9, " - TLbsRequesterId iRequesterId = %S", &requesterIdM); \
SUPLLOG2(ELogP9, " - TLbsClientName iClientName = %S", &clientNameM); \
} \
}
// Logs TLbsNetPosRequestOptionsAssistance
#define SUPLLOG_REQUESTOPTIONSASSISTANCE(L1) \
{ \
SUPLLOG2(ELogP9, " - TLbsAsistanceDataGroup iDataRequestMask = 0x%08X\n", L1.DataRequestMask()); \
SUPLLOG2(ELogP9, " - TPositionModuleInfo::TTechnologyType iPosMode = 0x%04X\n", L1.PosMode()); \
}
// Logs TLbsNetPosRequestPrivacy
#define SUPLLOG_POSREQUESTPRIVACY(L1) \
{ \
SUPLLOG2(ELogP9, " - TLbsRequestAction iAction = %d", L1.RequestAction()); \
SUPLLOG2(ELogP9, " - TLbsRequestAdvice iAdvice = %d", L1.RequestAdvice()); \
}
// Logs TLbsNetPosRequestQuality
#define SUPLLOG_POSREQUESTQUALITY(L1) \
{ \
SUPLLOG2(ELogP9, " - TReal32 iMinHorizontalAccuracy = %3.6g\n", L1.MinHorizontalAccuracy()); \
SUPLLOG2(ELogP9, " - TReal32 iMinVerticalAccuracy = %3.6g\n", L1.MinVerticalAccuracy()); \
SUPLLOG2(ELogP9, " - TTimeIntervalMicroSeconds iMaxFixTime = %ld\n", L1.MaxFixTime().Int64()); \
SUPLLOG2(ELogP9, " - TTimeIntervalMicroSeconds iMaxFixAge = %ld\n", L1.MaxFixAge().Int64()); \
}
// Logs TLbsNetPosRequestOptions
#define SUPLLOG_POSREQUESTOPTIONS(L1) \
{ \
SUPLLOG2(ELogP9, " - TBool iNewClient = %d\n", L1.NewClientConnected()); \
TLbsNetPosRequestQuality qualityM; \
L1.GetRequestQuality(qualityM); \
SUPLLOG_POSREQUESTQUALITY(qualityM); \
}
// Logs TPositionUpdateOptionsBase
#define SUPLLOG_POSITIONOPTIONBASE(L1) \
{ \
SUPLLOG2(ELogP9, " - TTimeIntervalMicroSeconds iUpdateInterval = %ld\n", L1.UpdateInterval().Int64()); \
SUPLLOG2(ELogP9, " - TTimeIntervalMicroSeconds iUpdateTimeOut = %ld\n", L1.UpdateTimeOut().Int64()); \
SUPLLOG2(ELogP9, " - TTimeIntervalMicroSeconds iMaxUpdateAge = %ld\n", L1.MaxUpdateAge().Int64()); \
}
// Logs TPositionCriteriaBase
#define SUPLLOG_POSITIONCRITERIABASE(L1) \
{ \
SUPLLOG2(ELogP9, " - TPositionModuleInfo::TCapabilities iRequiredCaps = 0x%04X\n", L1.RequiredCapabilities()); \
TPositionQuality tempPositionQualityM; \
L1.GetRequiredQuality(tempPositionQualityM); \
SUPLLOG_TPOSITIONQUALITY(tempPositionQualityM); \
}
// Logs TPositionModuleStatusBase
#define SUPLLOG_POSMODULESTATUS(L1) \
{ \
if(L1.PositionClassType() & EPositionModuleStatusClass) \
{ \
const TPositionModuleStatus& positionStatusM = (reinterpret_cast<const TPositionModuleStatus&>(L1)); \
SUPLLOG2(ELogP9, " - TDeviceStatus iDeviceStatus = %d\n", positionStatusM.DeviceStatus()); \
SUPLLOG2(ELogP9, " - TDataQualityStatus iDataQualityStatus = %d\n", positionStatusM.DataQualityStatus()); \
} \
}
// Logs TPositionModuleStatusEventBase
#define SUPLLOG_POSMODULESTATUSEVENT(L1) \
{ \
SUPLLOG2(ELogP9, " - TModuleEvent iRequestedEvents = %u\n", L1.RequestedEvents()); \
SUPLLOG2(ELogP9, " - TModuleEvent iOccurredEvents = %u\n", L1.OccurredEvents()); \
SUPLLOG2(ELogP9, " - TSystemModuleEvent iSystemModuleEvent = %u\n", L1.SystemModuleEvent()); \
SUPLLOG2(ELogP9, " - TPositionModuleId iModuleId = 0x%08X\n", L1.ModuleId().iUid); \
}
// Logs TLbsNetPosRequestMethod
#define SUPLLOG_POSREQUESTMETHOD(L1) \
{ \
TInt numPosMethodsM = L1.NumPosMethods(); \
SUPLLOG2(ELogP9, " - TInt iNumPosMethods = %d\n", numPosMethodsM); \
TLbsNetPosMethod posMethodM; \
for(TInt posNumM=0; ((posNumM < numPosMethodsM) && ( posNumM < KLbsMaxNetPosMethods)); ++posNumM) \
{ \
SUPLLOG2(ELogP9, " - TLbsNetPosMethod posMethod[%d]\n", posNumM); \
if((L1.GetPosMethod(posNumM, posMethodM))) \
{ \
SUPLLOG2(ELogP9, " - TUid iPosMeans = 0x%08X\n", posMethodM.PosMeans()); \
SUPLLOG2(ELogP9, " - TPositionModuleInfo::TTechnologyType iPosMode = %d\n", posMethodM.PosMode()); \
} \
} \
}
// Logs TLbsGpsOptions
#define SUPLLOG_TLBSGPSOPTIONS(L1) \
{ \
SUPLLOG2(ELogP9, " - CLbsAdmin::TGpsMode iGpsMode = 0x%02X\n", L1.GpsMode()); \
if (L1.ClassType() & ELbsGpsOptionsArrayClass) \
{ \
const TLbsGpsOptionsArray& optionsArrayM = (reinterpret_cast<const TLbsGpsOptionsArray&>(L1)); \
TInt numOptionsM = optionsArrayM.NumOptionItems(); \
SUPLLOG2(ELogP9, " - TUint iNumItems = %u\n", numOptionsM); \
for(TInt optionsNumM=0; ((optionsNumM < numOptionsM) && (optionsNumM < KLbsMaxGpsOptions)); ++optionsNumM) \
{ \
TLbsGpsOptionsItem tempOptionsM; \
optionsArrayM.GetOptionItem(optionsNumM, tempOptionsM); \
SUPLLOG2(ELogP9, " - TLbsGpsOptionsItem iOptions[%d] =\n", optionsNumM); \
SUPLLOG2(ELogP9, " - TPosUpdateType iPosUpdateType = %d", tempOptionsM.PosUpdateType()); \
} \
} \
}
#else
/**
Standard Logging Macros
**/
#define SUPLLOG_BEGIN()
#define SUPLNEWLOG(L)
#define SUPLLOG(L1,L2)
#define SUPLLOG2(L1,L2,L3)
#define SUPLLOG3(L1,L2,L3,L4)
#define SUPLLOG4(L1,L2,L3,L4,L5)
#define SUPLLOG5(L1,L2,L3,L4,L5,L6)
#define SUPLLOG6(L1,L2,L3,L4,L5,L6,L7)
#define SUPLLOGHEX(L1,L2,L3)
#define SUPLLOG2_L8(L1,L2,L3)
#define SUPLLOG3_L8(L1,L2,L3,L4)
#define SUPLLOG4_L8(L1,L2,L3,L4,L5)
#define SUPLLOG_ERR(L1,L2)
#define SUPLLOG_ERR2(L1,L2,L3)
#define SUPLLOG_ERR3(L1,L2,L3,L4)
#define SUPLLOG_ERR4(L1,L2,L3,L4,L5)
#define SUPLLOG_ERR5(L1,L2,L3,L4,L5,L6)
#define SUPLLOG_ERR6(L1,L2,L3,L4,L5,L6,L7)
#define SUPLLOG_WARN(L1,L2)
#define SUPLLOG_WARN2(L1,L2,L3)
#define SUPLLOG_WARN3(L1,L2,L3,L4)
#define SUPLLOG_WARN4(L1,L2,L3,L4,L5)
#define SUPLLOG_WARN5(L1,L2,L3,L4,L5,L6)
#define SUPLLOG_WARN6(L1,L2,L3,L4,L5,L6,L7)
/**
Common logging macros (for logging large values)
**/
#define SUPLLOG_SESSIONID(L1)
#define SUPLLOG_TPOSITIONINFOBASE(L1)
#define SUPLLOG_TPOSITIONQUALITY(L1)
#define SUPLLOG_TPOSITIONMODULE(L1)
#define SUPLLOG_TLBSEXTERNALREQ(L1)
#define SUPLLOG_REQUESTOPTIONSASSISTANCE(L1)
#define SUPLLOG_POSREQUESTPRIVACY(L1)
#define SUPLLOG_POSREQUESTQUALITY(L1)
#define SUPLLOG_POSREQUESTOPTIONS(L1)
#define SUPLLOG_POSITIONOPTIONBASE(L1)
#define SUPLLOG_POSITIONCRITERIABASE(L1)
#define SUPLLOG_POSMODULESTATUS(L1)
#define SUPLLOG_POSMODULESTATUSEVENT(L1)
#define SUPLLOG_POSREQUESTMETHOD(L1)
#define SUPLLOG_TLBSGPSOPTIONS(L1)
#define SUPLLOG_GETPROCESSNAME(L1,L2)
#define SUPLLOG_PDU(L1)
#endif // ENABLE_SUPL_DEV_LOGGER
#endif //SUPL_DEV_LOGGER_MACROS_H