// Copyright (c) 2007-2009 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:

// This is the source file which contains the msg data types and other utilities

// 

//

#include "tlbschannelutils.h"

//

// Base Test Message Class

//

EXPORT_C TT_LbsMsgBase::TLbsMsgType TT_LbsMsgBase::Type() const

	{

	return iType;

	}

EXPORT_C TT_LbsMsgBase::TT_LbsMsgBase() :

	iType(EUnknown)

	{

	// Check that the internal buffer is 8-byte aligned.

	__ASSERT_COMPILE((_FOFF(TT_LbsMsgBase, iBuffer) & 0x40) == 0x0);

	}

EXPORT_C TT_LbsMsgBase::TT_LbsMsgBase(TLbsMsgType aType):

	iType(aType)

	{

	}

//

// Test A-Gps Module Request Update Initialization Message

//

EXPORT_C TT_LbsAGpsRequestUpdateInitMsg::TT_LbsAGpsRequestUpdateInitMsg(const TDesC& aConfigFileName, const TDesC& aConfigSection)

																		: TT_LbsMsgBase(EModuleRequestUpdateInit)

	{

	// Must make sure that the data to be stored is not bigger than the buffer.

	__ASSERT_COMPILE(sizeof(ST_LbsAGpsRequestUpdateInit) <= sizeof(iBuffer));

	// In-place construction of the data member

	new(&Data()) ST_LbsAGpsRequestUpdateInit;

	ST_LbsAGpsRequestUpdateInit& data = Data();

	data.iConfigFileName = aConfigFileName;	

	data.iConfigSection = aConfigSection;	

	}

EXPORT_C const TDesC& TT_LbsAGpsRequestUpdateInitMsg::ConfigFileName()  const

	{

	return Data().iConfigFileName;

	}

EXPORT_C const TDesC& TT_LbsAGpsRequestUpdateInitMsg::ConfigSection()  const

	{

	return Data().iConfigSection;

	}

inline TT_LbsAGpsRequestUpdateInitMsg::ST_LbsAGpsRequestUpdateInit& TT_LbsAGpsRequestUpdateInitMsg::Data()

	{

	return reinterpret_cast<ST_LbsAGpsRequestUpdateInit&>(iBuffer);

	}

inline const TT_LbsAGpsRequestUpdateInitMsg::ST_LbsAGpsRequestUpdateInit& TT_LbsAGpsRequestUpdateInitMsg::Data() const

	{

	return reinterpret_cast<const ST_LbsAGpsRequestUpdateInit&>(iBuffer);

	}

//

// Test A-Gps Module Request TimeOut Message

//

EXPORT_C TT_LbsAGpsRequestTimeOut::TT_LbsAGpsRequestTimeOut(const TTimeIntervalMicroSeconds& aTimeOut)

															: TT_LbsMsgBase(EModuleRequestTimeOut)

	{

	// Must make sure that the data to be stored is not bigger than the buffer.

	__ASSERT_COMPILE(sizeof(ST_LbsAGpsRequestTimeOut) <= sizeof(iBuffer));

	// In-place construction of the data member

	new(&Data()) ST_LbsAGpsRequestTimeOut;

	ST_LbsAGpsRequestTimeOut& data = Data();

	data.iTimeOut = aTimeOut;

	}

EXPORT_C const TTimeIntervalMicroSeconds& TT_LbsAGpsRequestTimeOut::TimeOut() const

	{

	return Data().iTimeOut;

	}	

inline TT_LbsAGpsRequestTimeOut::ST_LbsAGpsRequestTimeOut& TT_LbsAGpsRequestTimeOut::Data()

	{

	return reinterpret_cast<ST_LbsAGpsRequestTimeOut&>(iBuffer);

	}

inline const TT_LbsAGpsRequestTimeOut::ST_LbsAGpsRequestTimeOut& TT_LbsAGpsRequestTimeOut::Data() const

	{

	return reinterpret_cast<const ST_LbsAGpsRequestTimeOut&>(iBuffer);

	}	

//

// Test A-Gps Module Request Options

//

EXPORT_C TT_LbsAGpsRequestOptions::TT_LbsAGpsRequestOptions(TLbsHybridModuleOptions aModuleOption) 

															: TT_LbsMsgBase(EModuleRequestOptions)

	{

	// Must make sure that the data to be stored is not bigger than the buffer.

	__ASSERT_COMPILE(sizeof(ST_LbsAGpsRequestOptions) <= sizeof(iBuffer));

	// In-place construction of the data member

	new(&Data()) ST_LbsAGpsRequestOptions;

	ST_LbsAGpsRequestOptions& data = Data();

	data.iModuleOption = aModuleOption;

	}

EXPORT_C TT_LbsAGpsRequestOptions::TT_LbsAGpsRequestOptions(TLbsHybridModuleOptions aModuleOption, 

															TBool aModuleValue) 

															: TT_LbsMsgBase(EModuleRequestOptions)

	{

	// Must make sure that the data to be stored is not bigger than the buffer.

	__ASSERT_COMPILE(sizeof(ST_LbsAGpsRequestOptions) <= sizeof(iBuffer));

	// In-place construction of the data member

	new(&Data()) ST_LbsAGpsRequestOptions;

	ST_LbsAGpsRequestOptions& data = Data();

	data.iModuleOption = aModuleOption;

	data.iModuleValue = aModuleValue;

	}

EXPORT_C TLbsHybridModuleOptions TT_LbsAGpsRequestOptions::ModuleOption() const

	{

	return Data().iModuleOption;

	}

EXPORT_C TBool TT_LbsAGpsRequestOptions::ModuleValue() const

	{

	return Data().iModuleValue;

	}

inline TT_LbsAGpsRequestOptions::ST_LbsAGpsRequestOptions& TT_LbsAGpsRequestOptions::Data()

	{

	return reinterpret_cast<ST_LbsAGpsRequestOptions&>(iBuffer);

	}

inline const TT_LbsAGpsRequestOptions::ST_LbsAGpsRequestOptions& TT_LbsAGpsRequestOptions::Data() const

	{

	return reinterpret_cast<const ST_LbsAGpsRequestOptions&>(iBuffer);

	}	

//

// Test A-Gps Module Request Error

//

EXPORT_C TT_LbsAGpsRequestError::TT_LbsAGpsRequestError(TInt aError)

														: TT_LbsMsgBase(EModuleRequestError)

	{

	// Must make sure that the data to be stored is not bigger than the buffer.

	__ASSERT_COMPILE(sizeof(ST_LbsAGpsRequestError) <= sizeof(iBuffer));

	// In-place construction of the data member

	new(&Data()) ST_LbsAGpsRequestError;

	ST_LbsAGpsRequestError& data = Data();

	data.iError = aError;

	}

EXPORT_C TInt TT_LbsAGpsRequestError::Error() const

	{

	return Data().iError;

	}

inline TT_LbsAGpsRequestError::TT_LbsAGpsRequestError::ST_LbsAGpsRequestError& TT_LbsAGpsRequestError::Data()

	{

	return reinterpret_cast<ST_LbsAGpsRequestError&>(iBuffer);

	}

inline const TT_LbsAGpsRequestError::ST_LbsAGpsRequestError& TT_LbsAGpsRequestError::Data() const

	{

	return reinterpret_cast<const ST_LbsAGpsRequestError&>(iBuffer);

	}	

//

// Test A-Gps Module Immediate Measurements

//

EXPORT_C TT_LbsAGpsImmediateMeasurements::TT_LbsAGpsImmediateMeasurements(TInt aImmediateMeasurements)

														: TT_LbsMsgBase(EModuleImmediateMeasurements)

	{

	// Must make sure that the data to be stored is not bigger than the buffer.

	__ASSERT_COMPILE(sizeof(ST_LbsAGpsImmediateMeasurements) <= sizeof(iBuffer));

	// In-place construction of the data member

	new(&Data()) ST_LbsAGpsImmediateMeasurements;

	ST_LbsAGpsImmediateMeasurements& data = Data();

	data.iImmediateMeasurements = aImmediateMeasurements;

	}

EXPORT_C TInt TT_LbsAGpsImmediateMeasurements::ImmediateMeasurements() const

	{

	return Data().iImmediateMeasurements;

	}

inline TT_LbsAGpsImmediateMeasurements::TT_LbsAGpsImmediateMeasurements::ST_LbsAGpsImmediateMeasurements& TT_LbsAGpsImmediateMeasurements::Data()

	{

	return reinterpret_cast<ST_LbsAGpsImmediateMeasurements&>(iBuffer);

	}

inline const TT_LbsAGpsImmediateMeasurements::ST_LbsAGpsImmediateMeasurements& TT_LbsAGpsImmediateMeasurements::Data() const

	{

	return reinterpret_cast<const ST_LbsAGpsImmediateMeasurements&>(iBuffer);

	}	

//

// Test A-Gps Module Request Forced Update

//

EXPORT_C TT_LbsAGpsRequestForcedUpdate::TT_LbsAGpsRequestForcedUpdate()

														: TT_LbsMsgBase(EModuleRequestForcedUpdate)

	{

	// Must make sure that the data to be stored is not bigger than the buffer.

	__ASSERT_COMPILE(sizeof(ST_LbsAGpsRequestForcedUpdate) <= sizeof(iBuffer));

	// In-place construction of the data member

	new(&Data()) ST_LbsAGpsRequestForcedUpdate;

	ST_LbsAGpsRequestForcedUpdate& data = Data();

	}

inline TT_LbsAGpsRequestForcedUpdate::ST_LbsAGpsRequestForcedUpdate& TT_LbsAGpsRequestForcedUpdate::Data()

	{

	return reinterpret_cast<ST_LbsAGpsRequestForcedUpdate&>(iBuffer);

	}

inline const TT_LbsAGpsRequestForcedUpdate::ST_LbsAGpsRequestForcedUpdate& TT_LbsAGpsRequestForcedUpdate::Data() const

	{

	return reinterpret_cast<const ST_LbsAGpsRequestForcedUpdate&>(iBuffer);

	}

//

// Test A-Gps Module Response Message

//

EXPORT_C TT_LbsAGpsResponseMsg::TT_LbsAGpsResponseMsg(const TModuleResponseType& 	aResponse)

							  						: TT_LbsMsgBase(EModuleResponse)

	{

	// Must make sure that the data to be stored is not bigger than the buffer.

	__ASSERT_COMPILE(sizeof(ST_LbsAGpsResponse) <= sizeof(iBuffer));

	// In-place construction of the data member

	new(&Data()) ST_LbsAGpsResponse;

	ST_LbsAGpsResponse& data = Data();

	data.iResponseType = aResponse;

	}

EXPORT_C TT_LbsAGpsResponseMsg::TModuleResponseType TT_LbsAGpsResponseMsg::ResponseType() const

	{

	return Data().iResponseType;

	}

inline TT_LbsAGpsResponseMsg::ST_LbsAGpsResponse& TT_LbsAGpsResponseMsg::Data()

	{

	return reinterpret_cast<ST_LbsAGpsResponse&>(iBuffer);

	}

inline const TT_LbsAGpsResponseMsg::ST_LbsAGpsResponse& TT_LbsAGpsResponseMsg::Data() const

	{

	return reinterpret_cast<const ST_LbsAGpsResponse&>(iBuffer);

	}