/*
* Copyright (c) 2004 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: Implementation of the class CProcessorGlobal
*
*/
// INCLUDE FILES
#include "cdclogger.h"
#include "cdcerrors.h"
#include "cdctagcontainer.h"
#include "cdccommon.h"
#include "cmgenconnsettings.h"
#include "cdcprocessorglobal.h"
#ifndef SYMBIAN_ENABLE_SPLIT_HEADERS
#include <commsdattypesv1_1.h>
#else
#include <commsdattypesv1_1.h>
#include <commsdattypesv1_1_partner.h>
#endif
#include <datamobilitycommsdattypes.h>
#include <metadatabase.h>
#include <cmmanagerext.h>
#include <cmmanager.h>
#include <cmdestinationext.h>
#include <WlanCdbCols.h>
#include <wlancontainer.h>
#include <featmgr.h>
// CONSTANTS
// Global settings record name
_LIT16( KGlobalSettingsRecordName, "DefaultRecordName-1" );
// Default GPRS record name
_LIT( KDefaultGPRSRecordName, "Dummy Default GPRS Settings" );
// Modem bearer names for GPRS/WCDMA Access Points
_LIT( KModemBearerPacketData, "GPRS Modem" );
// LAN bearer names for Wlan Access Points
_LIT( KLANBearerWlan, "WLANBearer" );
// Structure that converts field ids to the corresponding table names
// and parameter types
typedef struct
{
TDbCreatorGlobalSettings iField;
const TText* iBearerTableName;
TBool iIsUIPriority;
} TPriorityConversion;
const TPriorityConversion KPriorityConversionTable[] =
{
{ EPriorityLan, KCDTypeNameLANService, EFalse },
{ EPriorityWlan, KCDTypeNameWLANServiceExt, EFalse },
{ EPriorityPan, KCDTypeNamePANServiceExt, EFalse },
{ EPriorityGprsIn, KCDTypeNameOutgoingWCDMA, EFalse },
{ EPriorityGprsOut, KCDTypeNameIncomingWCDMA, EFalse },
{ EPriorityDialOut, KCDTypeNameDialOutISP, EFalse },
{ EPriorityDialIn, KCDTypeNameDialInISP, EFalse },
{ EPriorityVpn, KCDTypeNameVPNService, EFalse },
{ EPriorityMip, KCDTypeNameMIPServiceExt, EFalse },
{ EUIPriorityLan, KCDTypeNameLANService, ETrue },
{ EUIPriorityWlan, KCDTypeNameWLANServiceExt, ETrue },
{ EUIPriorityPan, KCDTypeNamePANServiceExt, ETrue },
{ EUIPriorityGprsIn, KCDTypeNameOutgoingWCDMA, ETrue },
{ EUIPriorityGprsOut, KCDTypeNameIncomingWCDMA, ETrue },
{ EUIPriorityDialOut, KCDTypeNameDialOutISP, ETrue },
{ EUIPriorityDialIn, KCDTypeNameDialInISP, ETrue },
{ EUIPriorityVpn, KCDTypeNameVPNService, ETrue },
{ EUIPriorityMip, KCDTypeNameMIPServiceExt, ETrue },
{ EUnused, NULL, EFalse }
};
// Maximum size to be allocated for table names
const TUint KMaxTableNameSize = 50;
// ================= MEMBER FUNCTIONS =======================
// ---------------------------------------------------------
// CProcessorGlobal::NewL
// ---------------------------------------------------------
//
CProcessorGlobal* CProcessorGlobal::NewL(
CReaderBase* aFileReader,
RCmManagerExt& aCmManager,
RPointerArray< RCmConnectionMethodExt >& aPluginArray,
RPointerArray< HBufC >& aPluginNames,
RPointerArray< RCmDestinationExt >& aDestArray,
RPointerArray< HBufC >& aDestNames )
{
CProcessorGlobal* self = new ( ELeave ) CProcessorGlobal( aFileReader,
aCmManager,
aPluginArray,
aPluginNames,
aDestArray,
aDestNames );
CleanupStack::PushL( self );
// From base class
self->ConstructL();
CleanupStack::Pop( self );
return self;
}
// ---------------------------------------------------------
// CProcessorGlobal::CProcessorGlobal
// ---------------------------------------------------------
//
CProcessorGlobal::CProcessorGlobal( CReaderBase* aFileReader,
RCmManagerExt& aCmManager,
RPointerArray< RCmConnectionMethodExt >& aPluginArray,
RPointerArray< HBufC >& aPluginNames,
RPointerArray< RCmDestinationExt >& aDestArray,
RPointerArray< HBufC >& aDestNames ) :
CProcessorBase( aFileReader, aCmManager, aPluginArray, aPluginNames, aDestArray, aDestNames ),
iAttachWhenNeeded ( EFalse )
{
}
// ---------------------------------------------------------
// CProcessorGlobal::ConstructL
// ---------------------------------------------------------
//
void CProcessorGlobal::ConstructL()
{
iSession = CMDBSession::NewL( CMDBSession::LatestVersion() );
iSession->SetAttributeMask( ECDNoWriteButDelete | ECDHidden | ECDProtectedWrite | ECDPrivate ); // Check this
// Create General connection settings struct and set the default values
iGenConnSettings = new (ELeave) TCmGenConnSettings;
iGenConnSettings->iUsageOfWlan = ECmUsageOfWlanKnown;
iGenConnSettings->iCellularDataUsageHome = ECmCellularDataUsageAutomatic;
iGenConnSettings->iCellularDataUsageVisitor = ECmCellularDataUsageConfirm;
CLOG_WRITE( "Initialising FeatureManager\n" )
//checks if Wlan feature is supported
FeatureManager::InitializeLibL();
iIsWlanS = FeatureManager::FeatureSupported( KFeatureIdProtocolWlan );
FeatureManager::UnInitializeLib();
CLOG_WRITE( "FeatureManager closed\n" )
}
// ---------------------------------------------------------
// CProcessorGlobal::~CProcessorGlobal
// ---------------------------------------------------------
//
CProcessorGlobal::~CProcessorGlobal()
{
if ( iSession )
{
iSession->Close();
delete iSession;
}
delete iGenConnSettings;
}
// ---------------------------------------------------------
// CProcessorGlobal::ProcessTagL
// ---------------------------------------------------------
//
void CProcessorGlobal::ProcessTagL( TBool /*aFieldIDPresent*/ )
{
for (TInt idx(0); idx < TagContainer().Count(); idx++)
{
TDbCreatorGlobalSettings fieldId;
fieldId = static_cast< TDbCreatorGlobalSettings >
( TagContainer().FieldId( idx ) );
HBufC16* ptrTag = TagContainer().Tag(idx);
switch( fieldId )
{
case EGPRSAttachMode:
{
_LIT( KAttachWhenNeeded, "whenneeded" );
_LIT( KAttachWhenAvailable, "whenavailable" );
if ( !ptrTag->CompareF( KAttachWhenNeeded ) )
{
iAttachWhenNeeded = ETrue;
}
else if ( !ptrTag->CompareF( KAttachWhenAvailable ) )
{
iAttachWhenNeeded = EFalse;
}
else
{
iAttachWhenNeeded = EFalse;
CLOG_WRITE( "! Error : invalid attach mode. Default:whenavailable" );
}
break;
}
case EDefaultAP:
{
CMDBSession* db = CMDBSession::NewL( CMDBSession::LatestVersion() );
CleanupStack::PushL( db );
CCDDefaultWCDMARecord* defaultGPRS = static_cast< CCDDefaultWCDMARecord* >
( CCDRecordBase::RecordFactoryL( KCDTIdDefaultWCDMARecord ) );
CleanupStack::PushL( defaultGPRS );
defaultGPRS->iRecordName.SetL( KDefaultGPRSRecordName );
if ( !defaultGPRS->FindL( *db ) )
{
CLOG_WRITE( "! Error : CProcessorGlobal::ProcessTagL: Default AP not found" );
User::Leave( KErrNotFound );
}
defaultGPRS->iAPN.SetL( *ptrTag );
defaultGPRS->ModifyL( *db );
CleanupStack::PopAndDestroy( defaultGPRS );
db->Close();
CleanupStack::PopAndDestroy( db );
break;
}
case EDefaultDnIcon:
{
// Convert default icon to int
TPtrC16 iconPtr = ptrTag->Right( ptrTag->Length() );
TLex16 lex( iconPtr );
TUint32 icon( 0 );
if ( lex.Val( icon, EDecimal ) == KErrNone )
{
// If there was no error, write default entry to SNAP
// Metadata table.
// First load SNAP table to get table id
CMDBGenericRecord* snapTable = static_cast< CMDBGenericRecord* >
( CCDRecordBase::RecordFactoryL( 0 ) );
CleanupStack::PushL( snapTable );
snapTable->InitializeL( TPtrC( KCDTypeNameSNAPMetadata ),
NULL );
snapTable->LoadL( *iSession );
// Then add default record to table
CCDSNAPMetadataRecord* defaultRecord = new( ELeave )
CCDSNAPMetadataRecord( snapTable->TableId() );
CleanupStack::PushL( defaultRecord );
defaultRecord->SetRecordId( KCDNewRecordRequest );
defaultRecord->iMetadata.SetL( 0 );
defaultRecord->iIcon.SetL( icon );
defaultRecord->StoreL( *iSession );
CleanupStack::PopAndDestroy( defaultRecord ); // defaultRecord
CleanupStack::PopAndDestroy( snapTable ); // snapTable
}
break;
}
case EPriorityLan:
case EPriorityWlan:
case EPriorityPan:
case EPriorityGprsIn:
case EPriorityGprsOut:
case EPriorityDialOut:
case EPriorityDialIn:
case EPriorityVpn:
case EPriorityMip:
case EUIPriorityLan:
case EUIPriorityWlan:
case EUIPriorityPan:
case EUIPriorityGprsIn:
case EUIPriorityGprsOut:
case EUIPriorityDialOut:
case EUIPriorityDialIn:
case EUIPriorityVpn:
case EUIPriorityMip:
{
// Convert priority to int
TPtrC16 prioPtr = ptrTag->Right( ptrTag->Length() );
TLex16 lex( prioPtr );
TUint32 prio( 0 );
if ( lex.Val( prio, EDecimal ) == KErrNone )
{
UpdateGlobalBearerArrayL( fieldId, prio );
}
break;
}
case EGprsLastSocketActivityTimeout:
case EGprsLastSessionClosedTimeout:
case EGprsLastSocketClosedTimeout:
{
// Load modem bearer record
CCDModemBearerRecord* bearerRecord = static_cast< CCDModemBearerRecord * >
( CCDRecordBase::RecordFactoryL( KCDTIdModemBearerRecord ) );
CleanupStack::PushL( bearerRecord );
if( fieldId == EGprsLastSocketActivityTimeout
|| fieldId == EGprsLastSessionClosedTimeout
|| fieldId == EGprsLastSocketClosedTimeout )
{
// Open the record "Gprs Modem"
bearerRecord->iRecordName.SetL( KModemBearerPacketData );
}
if( !bearerRecord->FindL( *iSession ) )
{
CLOG_WRITE( "! Error : CProcessorGlobal::ProcessTagL: Modem bearer record not found" );
User::Leave( KErrNotFound );
}
// Convert input parameter
TLex lex( *ptrTag );
TInt timeout( 0 );
// If there are parameters that cannot be handled just leave. In that case the CommsDat creation
// fails and default is used instead. So it is easier for the variant engineer to detect
// that something went wrong.
if ( lex.Val( timeout ) != KErrNone)
{
CLOG_WRITE( "! Error : invalid NIF parameter for GPRS (socket/session timeout)" );
User::Leave( KErrArgument );
}
// Set the parameter
if( fieldId == EGprsLastSocketActivityTimeout )
{
bearerRecord->iLastSocketActivityTimeout.SetL( timeout );
}
else if( fieldId == EGprsLastSessionClosedTimeout )
{
bearerRecord->iLastSessionClosedTimeout.SetL( timeout );
}
else
{
bearerRecord->iLastSocketClosedTimeout.SetL( timeout );
}
bearerRecord->ModifyL( *iSession );
CleanupStack::PopAndDestroy( bearerRecord );
break;
}
case EWlanLastSocketActivityTimeout:
case EWlanLastSessionClosedTimeout:
case EWlanLastSocketClosedTimeout:
{
if( iIsWlanS )
{
// Load LAN bearer record
CCDLANBearerRecord* bearerRecord = static_cast< CCDLANBearerRecord * >
( CCDRecordBase::RecordFactoryL( KCDTIdLANBearerRecord ) );
CleanupStack::PushL( bearerRecord );
// Open the record "WlanBearer"
bearerRecord->iRecordName.SetL( KLANBearerWlan );
if( !bearerRecord->FindL( *iSession ) )
{
CLOG_WRITE( "! Error : CProcessorGlobal::ProcessTagL: LAN bearer record not found" );
User::Leave( KErrNotFound );
}
// Convert the input paramater to UINT
TLex lex( *ptrTag );
TInt timeout( 0 );
// If there are parameters that cannot be handled just leave. In that case the CommsDat creation
// fails and default is used instead. So it is easier for the variant engineer to detect
// that something went wrong.
if ( lex.Val( timeout ) != KErrNone)
{
CLOG_WRITE( "! Error : invalid NIF parameter for WLAN (socket/session timeout)" );
User::Leave( KErrArgument );
}
// Set the paramter
if( fieldId == EWlanLastSocketActivityTimeout )
{
bearerRecord->iLastSocketActivityTimeout.SetL( timeout );
}
else if( fieldId == EWlanLastSessionClosedTimeout)
{
bearerRecord->iLastSessionClosedTimeout.SetL( timeout );
}
else
{
bearerRecord->iLastSocketClosedTimeout.SetL( timeout );
}
bearerRecord->ModifyL( *iSession );
CleanupStack::PopAndDestroy( bearerRecord );
}
break;
}
case EWlanBGScanInterval:
case EWlanUseDefSettings:
case EWlanLongRetry:
case EWlanShortRetry:
case EWlanRTS:
case EWlanTxPowerLevel:
case EWlanRadioMeasurements:
case EWlanPowerMode:
{
if( iIsWlanS )
{
// Save the same value both to default and user settings records
TInt err;
TRAP( err, SaveGlobalWlanParameterL( KWlanDefaultSettings, fieldId, ptrTag ) );
if( err != KErrNone )
{
CLOG_WRITE( "! Error : Could not save global WLAN parameter. Incorrect input?" );
User::Leave( err );
}
TRAP( err, SaveGlobalWlanParameterL( KWlanUserSettings, fieldId, ptrTag ) );
if( err != KErrNone )
{
CLOG_WRITE( "! Error : Could not save global WLAN parameter. Incorrect input?" );
User::Leave( err );
}
}
break;
}
case EUsageOfWlan:
{
SetGenConnSettingWlanUsage( ptrTag );
break;
}
case ECellularDataUsageHome:
{
SetGenConnSettingCellularDataUsageHome( ptrTag );
break;
}
case ECellularDataUsageVisitor:
{
SetGenConnSettingCellularDataUsageVisitor( ptrTag );
break;
}
default:
break;
}
}
if( iBearerArrayChanged )
{
CLOG_WRITE( "UpdateBearerPriorityArrayL\n" )
iCmManager->UpdateBearerPriorityArrayL( iBearerArray );
iCmManager->CleanupGlobalPriorityArray( iBearerArray );
iBearerArray.Close();
CLOG_WRITE( "UpdateBearerPriorityArrayL end\n" )
}
// General Connection settings are always set
SetGenConnSettingsL();
}
// ---------------------------------------------------------
// CProcessorGlobal::ProcessAPL
// ---------------------------------------------------------
//
void CProcessorGlobal::ProcessAPL()
{
CMDBSession* db = CMDBSession::NewL( CMDBSession::LatestVersion() );
CleanupStack::PushL( db );
CLOG_WRITE( "Global settings\n" )
CLOG_WRITE( "---------------\n" )
CCDGlobalSettingsRecord* globalSettings = static_cast< CCDGlobalSettingsRecord* >
( CCDRecordBase::RecordFactoryL( KCDTIdGlobalSettingsRecord ) );
CleanupStack::PushL( globalSettings );
globalSettings->iRecordName.SetL( KGlobalSettingsRecordName );
if( !globalSettings->FindL( *db ) )
{
CLOG_WRITE( "! Error : CProcessorGlobal::ProcessAPL: Global settings not found" );
User::Leave( KErrNotFound );
}
//Gprs attach mode
if ( iAttachWhenNeeded )
{
CLOG_WRITE( "GPRS attach mode : attach when needed\n" )
globalSettings->iGPRSAttachMode = RPacketService::EAttachWhenNeeded;
}
else
{
CLOG_WRITE( "GPRS attach mode : attach when available\n" )
globalSettings->iGPRSAttachMode = RPacketService::EAttachWhenPossible;
}
globalSettings->ModifyL( *db );
CleanupStack::PopAndDestroy( globalSettings );
db->Close();
CleanupStack::PopAndDestroy( db ); // db
}
// ---------------------------------------------------------
// CProcessorGlobal::UpdateGlobalBearerArrayL
// ---------------------------------------------------------
//
void CProcessorGlobal::UpdateGlobalBearerArrayL
( TDbCreatorGlobalSettings aField, TUint32 aPrio )
{
TUint itemIndex( 0 );
// Look up field from conversion table
while( EUnused != KPriorityConversionTable[ itemIndex ].iField )
{
if( KPriorityConversionTable[ itemIndex ].iField == aField)
{
break;
}
++itemIndex;
}
// If found
if( EUnused != KPriorityConversionTable[ itemIndex ].iField )
{
if( !iBearerArrayChanged )
{
iCmManager->BearerPriorityArrayL( iBearerArray );
iBearerArrayChanged = ETrue;
}
HBufC* tableName = HBufC::NewLC( KMaxTableNameSize );
*tableName = TPtrC( KPriorityConversionTable[ itemIndex ]
.iBearerTableName );
TBool foundBearer( EFalse );
// Find the appropriate bearer type
for( TInt i( 0 ); i < iBearerArray.Count(); ++i )
{
if( !( ( iBearerArray )[ i ].iServiceType->Compare( *tableName ) ) )
{
if( KPriorityConversionTable[ itemIndex ].iIsUIPriority )
{
( iBearerArray )[ i ].iUIPriority = aPrio;
}
else
{
( iBearerArray )[ i ].iPriority = aPrio;
}
foundBearer = ETrue;
break;
}
}
// If bearer was not found, add it to the table
if( !foundBearer )
{
TBearerPriority newBearer;
newBearer.iServiceType = tableName;
if( KPriorityConversionTable[ itemIndex ].iIsUIPriority )
{
newBearer.iUIPriority = aPrio;
}
else
{
newBearer.iPriority = aPrio;
}
iBearerArray.Append( newBearer );
}
CleanupStack::PopAndDestroy( tableName ); // tableName
}
}
// ---------------------------------------------------------
// CProcessorGlobal::SetGenConnSettingWlanUsage
// ---------------------------------------------------------
//
void CProcessorGlobal::SetGenConnSettingWlanUsage( HBufC16* aPtrTag )
{
// This parameter should't be set at all if WLAN isn't supported.
// However, CMM should take care of this in WriteGenConnSettingsL().
if ( aPtrTag->CompareF( KStrManual ) == 0 )
{
iGenConnSettings->iUsageOfWlan = ECmUsageOfWlanManual;
}
// else: Default value for the string is: "Known", set in ConstructL()
}
// ---------------------------------------------------------
// CProcessorGlobal::SetGenConnSettingCellularDataUsageHome
// ---------------------------------------------------------
//
void CProcessorGlobal::SetGenConnSettingCellularDataUsageHome( HBufC16* aPtrTag )
{
if ( aPtrTag->CompareF( KStrAutomatic ) == 0 )
{
iGenConnSettings->iCellularDataUsageHome = ECmCellularDataUsageAutomatic;
}
else if ( iIsWlanS && aPtrTag->CompareF( KStrWlanOnly ) == 0 )
{
// This value can't be set if WLAN isn't supported
iGenConnSettings->iCellularDataUsageHome = ECmCellularDataUsageDisabled;
}
// else: Default value for the string is: "Confirm", set in ConstructL()
}
// ---------------------------------------------------------
// CProcessorGlobal::SetGenConnSettingCellularDataUsageVisitor
// ---------------------------------------------------------
//
void CProcessorGlobal::SetGenConnSettingCellularDataUsageVisitor( HBufC16* aPtrTag )
{
if ( aPtrTag->CompareF( KStrAutomatic ) == 0 )
{
iGenConnSettings->iCellularDataUsageVisitor = ECmCellularDataUsageAutomatic;
}
else if ( iIsWlanS && aPtrTag->CompareF( KStrWlanOnly ) == 0 )
{
// This value can't be set if WLAN isn't supported
iGenConnSettings->iCellularDataUsageVisitor = ECmCellularDataUsageDisabled;
}
// else: Default value for the string is: "Confirm", set in ConstructL()
}
// ---------------------------------------------------------
// CProcessorGlobal::SetGenConnSettingsL
// ---------------------------------------------------------
//
void CProcessorGlobal::SetGenConnSettingsL()
{
RCmManager cmManager;
cmManager.CreateTablesAndOpenL();
CleanupClosePushL( cmManager );
cmManager.WriteGenConnSettingsL( *iGenConnSettings );
CleanupStack::PopAndDestroy( &cmManager );
}
//-----------------------------------------------------------------------------
// CProcessorGlobal::SaveGlobalWlanParameterL()
//-----------------------------------------------------------------------------
//
void CProcessorGlobal::SaveGlobalWlanParameterL( const TUint32 aTableType, const TDbCreatorGlobalSettings aField, const HBufC16* const aValue )
{
// Initialize the record
CMDBGenericRecord* deviceSettingsTable = static_cast< CMDBGenericRecord* >
( CCDRecordBase::RecordFactoryL( 0 ) );
CleanupStack::PushL( deviceSettingsTable );
deviceSettingsTable->InitializeL( TPtrC( WLAN_DEVICE_SETTINGS ), NULL );
deviceSettingsTable->LoadL( *iSession );
// Open the record that matches aTableType (either default or user settings table)
CMDBField<TUint32>* settingsTypeField = (CMDBField<TUint32>*)deviceSettingsTable->GetFieldByIdL(KCDTIdWlanDeviceSettingsType);
settingsTypeField->SetL( aTableType );
if( !deviceSettingsTable->FindL( *iSession ) )
{
CLOG_WRITE( "! Error : CProcessorGlobal::SaveGlobalWlanParameterL: Table not found" );
User::Leave( KErrNotFound );
}
// Convert the input parameter to integer
TLex lex( *aValue );
TInt value( 0 );
User::LeaveIfError( lex.Val( value ) );
// Set the paramter value
if ( aField == EWlanBGScanInterval )
{
CMDBField< TUint32 >* field = ( CMDBField< TUint32 >* ) deviceSettingsTable->GetFieldByIdL( KCDTIdBgScanInterval );
field->SetL( value );
}
else if ( aField == EWlanUseDefSettings )
{
CMDBField< TBool >* field = ( CMDBField< TBool >* ) deviceSettingsTable->GetFieldByIdL( KCDTIdUseDefaultSettings );
field->SetL( value );
}
else if ( aField == EWlanLongRetry )
{
CMDBField< TUint32 >* field = ( CMDBField< TUint32 >* ) deviceSettingsTable->GetFieldByIdL( KCDTIdWlanLongRetry );
field->SetL( value );
}
else if ( aField == EWlanShortRetry )
{
CMDBField< TUint32 >* field = ( CMDBField< TUint32 >* ) deviceSettingsTable->GetFieldByIdL( KCDTIdWlanShortRetry );
field->SetL( value );
}
else if ( aField == EWlanRTS )
{
CMDBField< TUint32 >* field = ( CMDBField< TUint32 >* ) deviceSettingsTable->GetFieldByIdL( KCDTIdWlanRTSThreshold );
field->SetL( value );
}
else if ( aField == EWlanTxPowerLevel )
{
CMDBField< TUint32 >* field = ( CMDBField< TUint32 >* ) deviceSettingsTable->GetFieldByIdL( KCDTIdTxPowerLevel );
field->SetL( value );
}
else if ( aField == EWlanRadioMeasurements )
{
CMDBField< TBool >* field = ( CMDBField< TBool >* ) deviceSettingsTable->GetFieldByIdL( KCDTIdAllowRadioMeasurements );
field->SetL( value );
}
else if ( aField == EWlanPowerMode )
{
CMDBField< TBool >* field = ( CMDBField< TBool >* ) deviceSettingsTable->GetFieldByIdL( KCDTIdWlanPowerMode );
field->SetL( value );
}
deviceSettingsTable->ModifyL( *iSession );
CleanupStack::PopAndDestroy( deviceSettingsTable );
}
// End of File.