csl_legacy.h

麦克风阵列的TLS自适应波束形成算法仿真

/*
 *  Copyright 2001 by Texas Instruments Incorporated.
 *  All rights reserved. Property of Texas Instruments Incorporated.
 *  Restricted rights to use, duplicate or disclose this code are
 *  granted through contract.
 *  U.S. Patent Nos. 5,283,900  5,392,448
 */
/* "@(#) DSP/BIOS 4.50.2 03-27-01 (barracuda-i02)" */
/******************************************************************************\
*           Copyright (C) 2000 Texas Instruments Incorporated.
*                           All Rights Reserved
*------------------------------------------------------------------------------
* FILENAME...... csl_legacy.h
* DATE CREATED.. 04/24/2000 
* LAST MODIFIED. 10/30/2001 - 
                           EMIF_GBLCTL_NOHOLD_0 => EMIF_GBLCTL_NOHOLD_DISABLE
                           EMIF_GBLCTL_NOHOLD_1 => EMIF_GBLCTL_NOHOLD_ENABLE
                           MCBSP : Baseaddr => baseaddr
\******************************************************************************/
#ifndef _CSL_LEGACY_H_
#define _CSL_LEGACY_H_

#include <csl_legacyhal.h>

/******************************************************************************\
* scope and inline control macros
\******************************************************************************/
#ifdef __cplusplus
#define CSLAPI extern "C" far
#else
#define CSLAPI extern far
#endif

#undef  USEDEFS
#undef  IDECL
#undef  IDEF

#ifdef  _LEGACY_MOD_
  #define IDECL CSLAPI
  #define USEDEFS
  #define IDEF
#else
  #ifdef  _INLINE
    #define IDECL static inline
    #define USEDEFS
    #define IDEF  static inline
  #else
    #define IDECL CSLAPI
  #endif
#endif


/******************************************************************************\
* global macro declarations
\******************************************************************************/

#if (CACHE_SUPPORT)
  #define CACHE_64KSRAM        CACHE_64KSRAM 
  #define CACHE_0KCACHE        CACHE_0KCACHE 
  #define CACHE_48KSRAM        CACHE_48KSRAM 
  #define CACHE_16KCACHE       CACHE_16KCACHE
  #define CACHE_32KSRAM        CACHE_32KSRAM 
  #define CACHE_32KCACHE       CACHE_32KCACHE
  #define CACHE_16KSRAM        CACHE_16KSRAM 
  #define CACHE_48KCACHE       CACHE_48KCACHE
  #define CACHE_0KSRAM         CACHE_0KSRAM  
  #define CACHE_64KCACHE       CACHE_64KCACHE
  #define CACHE_L2MODE         CACHE_L2Mode 
  #define CACHE_L2ALL          CACHE_L2ALL
  #define CACHE_L1PALL         CACHE_L1PALL
  #define CACHE_L1DALL         CACHE_L1DALL
  #define CACHE_REGION         CACHE_Region
  #define CACHE_PCCMAPPED      CACHE_PCC_MAPPED
  #define CACHE_PCCENABLE      CACHE_PCC_ENABLE
  #define CACHE_PCCFREEZE      CACHE_PCC_FREEZE
  #define CACHE_PCCBYPASS      CACHE_PCC_BYPASS 
  #define CACHE_PCC            CACHE_Pcc 
  #define CACHE_Reset          CACHE_reset
  #define CACHE_SetL2Mode      CACHE_setL2Mode
  #define CACHE_GetL2Mode      CACHE_getL2Mode
  #define CACHE_SetPccMode     CACHE_setPccMode
  #define CACHE_GetL2SramSize  CACHE_getL2SramSize
  //#define CACHE_Init           CACHE_init
  #define CACHE_Init()
  #define CACHE_EnableCaching  CACHE_enableCaching

  #define CACHE_Flush(r,a,w)      CACHE_flush(r,(void*)(a),w)
  #define CACHE_Clean(r,a,w)      CACHE_clean(r,(void*)(a),w)
  #define CACHE_Invalidate(r,a,w) CACHE_invalidate(r,(void*)(a),w)

#endif /* CACHE_SUPPORT */

#if (1)
  //#define CHIP_Init            CHIP_init 
  #define CHIP_Init()              
  #define CHIP_GetCpuId        CHIP_getCpuId
  #define CHIP_GetRevId        CHIP_getRevId
  #define CHIP_GetEndian       CHIP_getEndian
  #define CHIP_GetMapMode      CHIP_getMapMode 
#endif

#if (1)
  #define CSL_Init             CSL_init      
  #define CSLINIT_Init         CSLINIT_init      
  #define CSLLIB_Init          CSLLIB_init
#endif

#if (DAT_SUPPORT)
  #define DAT_Open             DAT_open  
  #define DAT_Close            DAT_close     
  #define DAT_Copy             DAT_copy   
  #define DAT_Fill             DAT_fill    
  #define DAT_Wait             DAT_wait  
  #define DAT_Copy2D           DAT_copy2d   
  //#define DAT_Init             DAT_init 
  #define DAT_Init()
  #define _DAT_Open            _DAT_open  
  #define _DAT_Close           _DAT_close     
  #define _DAT_Copy            _DAT_copy   
  #define _DAT_Fill            _DAT_fill    
  #define _DAT_Wait            _DAT_wait  
  #define _DAT_Copy2D          _DAT_copy2d   
  #define _DAT_Init            _DAT_init 
#endif /* DAT_SUPPORT */

#if (DMA_SUPPORT)
  #define DMA_PRIVATE_OBJ      DMA_PrivateObj
  #define DMA_HANDLE           DMA_Handle
  #define DMA_CONFIG           DMA_Config
  #define DMA_GBL              DMA_Gbl
  #define DMA_HCHA0            _DMA_hCha0
  #define DMA_HCHA1            _DMA_hCha1
  #define DMA_HCHA2            _DMA_hCha2
  #define DMA_HCHA3            _DMA_hCha3
  #define DMA_GBL_PRIVATE      DMA_gblPrivate 
  #define DMA_Reset            DMA_reset           
  #define DMA_Open             DMA_open            
  #define DMA_Close            DMA_close           
  #define DMA_ConfigA          DMA_config           
  #define DMA_ConfigB          DMA_configArgs           
  #define DMA_AllocGlobalReg   DMA_allocGlobalReg           
  #define DMA_FreeGlobalReg    DMA_freeGlobalReg           
  //#define DMA_Init             DMA_init           
  #define DMA_Init()
  #define DMA_GetEventId       DMA_getEventId           
  #define DMA_GetStatus        DMA_getStatus           
  #define DMA_Start            DMA_start           
  #define DMA_Stop             DMA_stop           
  #define DMA_Pause            DMA_pause           
  #define DMA_AutoStart        DMA_autoStart           
  #define DMA_Wait             DMA_wait           
  #define DMA_SetAuxCtl        DMA_setAuxCtl           
  #define DMA_GetGlobalReg     DMA_getGlobalReg           
  #define DMA_SetGlobalReg     DMA_setGlobalReg           

#if (0)
  #define DMA_GBL_ADDRRLDB    0x00000001u
  #define DMA_GBL_ADDRRLDC    0x00000002u
  #define DMA_GBL_ADDRRLDD    0x00000003u
  #define DMA_GBL_INDEXA      0x00000004u
  #define DMA_GBL_INDEXB      0x00000005u
  #define DMA_GBL_CNTRLDA     0x00000008u
  #define DMA_GBL_CNTRLDB     0x00000009u
  #define DMA_GBL_SPLITA      0x0000000Du
  #define DMA_GBL_SPLITB      0x0000000Eu
  #define DMA_GBL_SPLITC      0x0000000Fu

  #define _DMA_GBLREG_CNT     16
  #define _DMA_GBLREG_MASK    (_DMA_GBLREG_CNT-1)
#endif

  #define DMA_MK_AUXCTL(chpri,auxpri) ((Uint32)(\
      HFIELD_SHIFT(HDMA_AUXCTL_CHPRI,chpri)|\
      HFIELD_SHIFT(HDMA_AUXCTL_AUXPRI,auxpri)\
    )\
  )

  #define DMA_MK_PRICTL(start,srcdir,dstdir,esize,split,cntrld,\
    index,rsync,wsync,pri,tcint,fs,emod,srcrld,dstrld) ((UINT32)(\
      HFIELD_SHIFT(HDMA_PRICTL_START,start)|\
      HFIELD_SHIFT(HDMA_PRICTL_SRCDIR,srcdir)|\
      HFIELD_SHIFT(HDMA_PRICTL_DSTDIR,dstdir)|\
      HFIELD_SHIFT(HDMA_PRICTL_ESIZE,esize)|\
      HFIELD_SHIFT(HDMA_PRICTL_SPLIT,split)|\
      HFIELD_SHIFT(HDMA_PRICTL_CNTRLD,cntrld)|\
      HFIELD_SHIFT(HDMA_PRICTL_INDEX,index)|\
      HFIELD_SHIFT(HDMA_PRICTL_RSYNC,rsync)|\
      HFIELD_SHIFT(HDMA_PRICTL_WSYNC,wsync)|\
      HFIELD_SHIFT(HDMA_PRICTL_PRI,pri)|\
      HFIELD_SHIFT(HDMA_PRICTL_TCINT,tcint)|\
      HFIELD_SHIFT(HDMA_PRICTL_FS,fs)|\
      HFIELD_SHIFT(HDMA_PRICTL_EMOD,emod)|\
      HFIELD_SHIFT(HDMA_PRICTL_SRCRLD,srcrld)|\
      HFIELD_SHIFT(HDMA_PRICTL_DSTRLD,dstrld)\
    )\
  )

  #define DMA_MK_SECCTL(sxie,frameie,lastie,blockie,rdropie,wdropie,\
    dmacen,fsig,rspol,wspol) ((UINT32)(\
      HFIELD_SHIFT(HDMA_SECCTL_SXIE,sxie)|\
      HFIELD_SHIFT(HDMA_SECCTL_FRAMEIE,frameie)|\
      HFIELD_SHIFT(HDMA_SECCTL_LASTIE,lastie)|\
      HFIELD_SHIFT(HDMA_SECCTL_BLOCKIE,blockie)|\
      HFIELD_SHIFT(HDMA_SECCTL_RDROPIE,rdropie)|\
      HFIELD_SHIFT(HDMA_SECCTL_WDROPIE,wdropie)|\
      HFIELD_SHIFT(HDMA_SECCTL_DMACEN,dmacen)|\
      HFIELD_SHIFT(HDMA_SECCTL_FSIG,fsig)|\
      HFIELD_SHIFT(HDMA_SECCTL_RSPOL,rspol)|\
      HFIELD_SHIFT(HDMA_SECCTL_WSPOL,wspol)\
    )\
  )

  #define DMA_MK_SRC(src) ((Uint32)(\
      HFIELD_SHIFT(HDMA_SRC_SRC,src)\
    )\
  )

  #define DMA_MK_DST(dst) ((Uint32)(\
      HFIELD_SHIFT(HDMA_DST_DST,dst)\
    )\
  )

  #define DMA_MK_XFRCNT(elecnt,frmcnt) ((Uint32)(\
      HFIELD_SHIFT(HDMA_XFRCNT_ELECNT,elecnt)|\
      HFIELD_SHIFT(HDMA_XFRCNT_FRMCNT,frmcnt)\
    )\
  )

  #define DMA_MK_GBLCNT(elecnt,frmcnt) ((Uint32)(\
      HFIELD_SHIFT(HDMA_GBLCNT_ELECNT,elecnt)|\
      HFIELD_SHIFT(HDMA_GBLCNT_FRMCNT,frmcnt)\
    )\
  )

  #define DMA_MK_GBLIDX(eleidx,frmidx) ((Uint32)(\
      HFIELD_SHIFT(HDMA_GBLIDX_ELEIDX,eleidx)|\
      HFIELD_SHIFT(HDMA_GBLIDX_FRMIDX,frmidx)\
    )\
  )

  #define DMA_MK_GBLADDR(gbladdr) ((Uint32)(\
      HFIELD_SHIFT(HDMA_GBLADDR_GBLADDR,gbladdr)\
    )\
  )
#endif /* DMA_SUPPORT */

#if (EDMA_SUPPORT)
  #define EDMA_HANDLE          EDMA_Handle
  #define EDMA_CONFIG          EDMA_Config
  #define EDMA_Reset           EDMA_reset
  #define EDMA_Open            EDMA_open
  #define EDMA_Close           EDMA_close
  #define EDMA_AllocTable      EDMA_allocTable
  #define EDMA_FreeTable       EDMA_freeTable
  #define EDMA_ConfigA         EDMA_config
  #define EDMA_ConfigB         EDMA_configArgs
  //#define EDMA_Init            EDMA_init              
  #define EDMA_Init() 
  #define EDMA_GetScratchAddr  EDMA_getScratchAddr              
  #define EDMA_GetScratchSize  EDMA_getScratchSize              
  #define EDMA_GetPriQStatus   EDMA_getPriQStatus              
  #define EDMA_EnableChannel   EDMA_enableChannel    
  #define EDMA_DisableChannel  EDMA_disableChannel              
  #define EDMA_SetChannel      EDMA_setChannel              
  #define EDMA_GetChannel      EDMA_getChannel              
  #define EDMA_ClearChannel    EDMA_clearChannel              
  #define EDMA_GetTableAddress EDMA_getTableAddress              

  #if (0)
    #define EDMA_CCER            HEDMA_CCER
    #define EDMA_CIPR            HEDMA_CIPR
    #define EDMA_CIER            HEDMA_CIER
  #endif

  #define EDMA_MK_OPT(fs,link,tcc,tcint,dum,d2d,sum,s2d,esize,pri)\
    ((Uint32)( \
      HFIELD_SHIFT(HEDMA_OPT_FS,fs)| \
      HFIELD_SHIFT(HEDMA_OPT_LINK,link)| \
      HFIELD_SHIFT(HEDMA_OPT_TCC,tcc)| \
      HFIELD_SHIFT(HEDMA_OPT_TCINT,tcint)| \