/*****************************************************************************/
/*function: this header file has defined the registers' addresses and register's bit defination    */
/*              of the BF533evm broad.                                                                                   */
/*date:      2004.10.20                                                                                                       */
/*auther:   Sugar Laserman                                                                                              */
/*Version:  The first version                                                                                               */
/*Note:       													                               */
/*                                                                                                                                    */
/*Copyright  2004 - 2004 EFlag Tech.Inc, All Rights Reserved                                              */
/*                                                                                                                                    */
/*****************************************************************************/

#ifndef CPLD
#define CPLD

/************************************************************/
/*               define base addresses	                 				   	*/
/************************************************************/
#define pLED  				(volatile unsigned char *)0x20200000
#define p7Section 			(volatile unsigned char *)0x20210000
#define pCtrlReg1				(volatile unsigned char *)0x20220000
#define pCtrlReg2				(volatile unsigned char *)0x20230000
#define pIDECS0BaseAddr		(volatile unsigned short *)0x20280000
#define pIDECS1BaseAddr		(volatile unsigned short *)0x20290000
#define pTestReg				(volatile unsigned char *)0x20260000
#define pLcdBaseAddr		(volatile unsigned char *)0x20270000
#define p1582BaseAddr		(volatile unsigned char *)0x20240000
#define pNetBaseAddr		(volatile unsigned char *)0x20250000

/************************************************************/
/*               define LCD port address                 	*/
/************************************************************/
#define pLcdCtrlR       (volatile unsigned char *)0x20270800
#define pLcdStatusR     (volatile unsigned char *)0x20270c00
#define pLcdWriteR      (volatile unsigned char *)0x20270a00
#define pLcdReadR       (volatile unsigned char *)0x20270e00

#define pLcdCtrlL       (volatile unsigned char *)0x20271000
#define pLcdStatusL     (volatile unsigned char *)0x20271400
#define pLcdWriteL      (volatile unsigned char *)0x20271200
#define pLcdReadL       (volatile unsigned char *)0x20271300

/************************************************************/
/*               define Register Union structure            */
/************************************************************/
typedef union Led
{
	struct LedBits
		{
		unsigned Led1 : 1;
		unsigned Led2 : 1;
		unsigned Led3 : 1;
		unsigned Led4 : 1;
		unsigned Led5 : 1;
		unsigned Led6 : 1;
		unsigned          : 2;
		}LedBits;
	
	unsigned char Value;	
}Led;

typedef union CtrlReg1
{
	struct CtrlReg1Bits
		{
		unsigned CameraOE   	: 1;
		unsigned AD7183OE  		: 1;
		unsigned nIDEDataOE     : 1;
		unsigned nIDEOE 		: 1;
		
		unsigned OV6650Reset 	: 1;
		unsigned NetReset		: 1;
		unsigned   				: 1;
		unsigned    		 	: 1;
		}CtrlReg1Bits;

	unsigned char Value;
}CtrlReg1;

typedef union CtrlReg2
{
	struct CtrlReg2Bits
		{
		unsigned AD1885Reset	: 1;
		unsigned AD7183Reset      	: 1;
		unsigned AD7171Reset      	: 1;
		unsigned n1582Reset         	: 1;
		
		unsigned OV6650PWDN     	: 1;
		unsigned               			: 1;
		unsigned               			: 1;
		unsigned               			: 1;
		}CtrlReg2Bits;

	unsigned char Value;
}CtrlReg2;

typedef union Test
{
	struct TestBits
		{
		unsigned CPLD93 : 1;
		unsigned CPLD94 : 1;
		unsigned CPLD96 : 1;
		unsigned CPLD97 : 1;
		unsigned CPLD98 : 1;
		unsigned CPLD99 : 1;
		unsigned CPLD100 : 1;
		unsigned                :1;
		}TestBits;

	unsigned char Value;
}Test;

#else

#endif