// Copyright (c) 1998-2009 Nokia Corporation and/or its subsidiary(-ies).
// All rights reserved.
// This component and the accompanying materials are made available
// under the terms of the License "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:
// omap3530/beagleboard/inc/iolines.h
// Variant layer header for Beagle Platform
//



#ifndef __V32TEMPLATEV1_H__
#define __V32TEMPLATEV1_H__
#include <e32cmn.h>
#include <kpower.h>
#include <assp/omap3530_assp/omap3530_assp_priv.h>

//----------------------------------------------------------------------------
// Variant-specific constants: use #define if constant dependencies are not
// declared within this file (this breaks the dependency on other header files)
//----------------------------------------------------------------------------

// Examples of what goes in here include:
//
// - General-purpose I/O allocation such as 
//	 #define KtVariantGpio32KHzClkOut		KHtGpioPort1
//	 #define KtVariantGpioRClkOut			KHtGpioPort0
//
//	 #define KmVariantPinDirectionIn Sleep	0
//
// - Memory constants (type, geometry, wait states, etc) such as:
//	 #define KwVariantRom0Type				TTemplate::ERomTypeBurst4Rom
//	 #define KwVariantRom0Width				TTemplate::ERomWidth32
//	 const TUint KwVariantRom0WaitNs		= 150;
//	 const TUint KwVariantRom0PageNs		= 30;
//	 const TUint KwVariantRom0RecoverNs		= 55;
//
// - Specific Peripherals (Keyboard, LCD, CODECS, Serial Ports) such as 
//	 const TUint KwVariantKeyColLshift		= 7;
//	 #define KwVariantLcdBpp				TTemplate::ELcd8BitsPerPixel
//   const TUint KwVariantLcdMaxColors		= 4096;
//   const TUint KwVariantCodecMaxVolume	= 0;
//
// - Off-chip hardware control blocks (addresses, register make-up)
//
// - Interrupts (second-level Interrupt controller base address, register make-up):
//   (EXAMPLE ONLY:)
const TUint32 KHwVariantPhysBase		=	0x40000000;
const TUint32 KHoVariantRegSpacing		=	0x200;

const TUint32 KHoBaseIntCont			=	0x0B*KHoVariantRegSpacing;

const TUint32 KHoIntContEnable			=	0x00;		// offsets from KHwVariantPhysBase+KHoBaseIntCont
const TUint32 KHoIntContPending			=	0x04;
// other Variant and external blocks Base adrress offsets to KHwVariantPhysBase


const TInt KIntIdKeyboard=0; 


class GpioPin;

class Variant
    {
	// below is a selection of functions usually implemented  at this level. This do not constitute a mandatory
	// set and it might not be relevant for your hardware...
public:
	/**
	 * initialisation
	 */
	static void Init3();
	/**
	 * Returns the Linear Base address of the Variant Hardware
	 */
	IMPORT_C static TUint BaseLinAddress();
	/**
	 * When invoked, turns off all power supplies
	 */
	IMPORT_C static void PowerReset();
	/**
	 * When invoked, it marks the Serial port used for outputting debug strings as requiring re-initialisation
	 * As in, for example, the serial port was used by a device driver or the system is coming back from Standby
	 */
	IMPORT_C static void MarkDebugPortOff();
	/**
	 * When invoked, initialises the Serial Port hardware for the serial port used to output Debug strings
	 * Called by Template::DebugInit()
	 */
	IMPORT_C static void UartInit();
	/**
	 * When invoked, read the state of on-board switches
	 * @return A bitmask with the state of on-board switches
	 */
	IMPORT_C static TUint Switches();
	// other functions to access hardware not covered by specific device-drivres, which may be called from drivers
	// or platform-specifc code
	// ...
	IMPORT_C static TInt SetGPIOPin(TInt aId,GpioPin *aPin);
	IMPORT_C static TInt GetGPIOPin(TInt aId,GpioPin * aPin);
	IMPORT_C static TInt GetMsTickPeriod();
	
public:
	static TUint32 iBaseAddress;
	// (optional): May need to have a follower variable to store the value of a read only register initialised at boot time
	// static TUint aFollower;
    };

#endif