/************************************************************************************
 *   rodMemoryMap.h:   stores pointers to all the important structures
 *                     on the DSP.
 ************************************************************************************/
#ifndef DSP_PTR_STRUCT_H
#define DSP_PTR_STRUCT_H

//#include "primFuncts.h"
#include "txtBuffer.h"
#include "comRegDfns.h"

/* Used to load the structure's address into a well defined address. The host picks
this up from the MDSP address; the MDSP loads the SDSP addresses into its structure
at boot time, and finishes loading the SDSP structures when they have been started. */
#define MEM_STRUCT_REVISION  100

#if (defined(I_AM_MASTER_DSP))
	#define SDSP_REVE_MEM_STRUCT_PTR   ((MEMORY_MAP_REG) -(0x80000000) +(0x10000))
	#define SDSP_REVBC_MEM_STRUCT_PTR   (MEMORY_MAP_REG)
#endif

typedef struct SdspInternal {
	UINT32  structureSize; 

	UINT32  rodCfg,     rodMode;
	UINT32  rodCfgSize, rodModeSize;

	UINT32  histoCtrl,     evtMgrCtrl,     eventQueue,     evtMgrRes;
	UINT32  histoCtrlSize, evtMgrCtrlSize, eventQueueSize, evtMgrResSize;

	UINT32  histoDefaultBase;

	struct MSG_LIST  *msgList[N_MSG_BFRS][2];
} SdspInternal;

typedef struct SdspMemoryStruct {
	/* 1st member is the structure size, so that the host can read the pointer
	   to the structure above, make a 1 word access to that address to determine
	   its size, and then read out the entire structure. */
	UINT32  structureSize; 
	UINT32  revision;

	UINT32  ipram,     idram,     commRegs,     idata,     idramSec,     xcode;
	UINT32  ipramSize, idramSize, commRegsSize, idataSize, idramSecSize, xcodeSize;

	UINT32  sdram[2], sdramSize[2];
	UINT32  burst,    burstSize;

	UINT32 primBuffer, replyBuffer, primBufferSize, replyBufferSize;
	UINT32 txtBuff[N_TXT_BUFFS];	
	UINT32 txtBuffer[2];	

	UINT32 primParams, nPrimitives;

	SdspInternal *internal;

} SdspMemoryStruct;

#if ((defined(I_AM_HOST))||(defined(I_AM_MASTER_DSP)))

typedef struct MdspInternal {
	UINT32  structureSize; 

	UINT32  rodCfg,     rodMode;
	UINT32  rodCfgSize, rodModeSize;

	UINT32  spStruct[2];

	UINT32  histoCtrl,     moduleMaskData,      maskCfg;
	UINT32  histoCtrlSize, moduleMaskDataSize,  maskCfgSize;

	struct MSG_LIST  *msgList[N_MSG_BFRS][2];
} MdspInternal;

typedef struct MdspMemoryStruct {
	/* 1st member is the structure size, so that the host can read the pointer
	   to the structure above, make a 1 word access to that address to determine
	   its size, and then read out the entire structure. */
	UINT32  structureSize; 
	UINT32  revision;
	UINT32  rodRevision;

	UINT32 ipram,     idram,     commRegs,     idata,     idramSec,     xcode;
	UINT32 ipramSize, idramSize, commRegsSize, idataSize, idramSecSize, xcodeSize;

	UINT32  sdram[2], sdramSize[2];

	UINT32  moduleCfgArray[3],   spBuff[2]; 
	UINT32  moduleCfgSize,   moduleCfgArraySize,  spBuffSize; 

	UINT32 primBuffer, replyBuffer, primBufferSize, replyBufferSize;
	UINT32 txtBuff[N_TXT_BUFFS];	
	UINT32 txtBuffer[2];	

	UINT32 primParams, nPrimitives;

	MdspInternal *internal;
	SdspMemoryStruct sdspMem;

} MdspMemoryStruct;

#endif /* MDSP */

#endif /* Multiple inclusion protection */