csl_ccdchwcontrol.c

TI达芬奇dm644x各硬件模块测试代码

/** @file csl_ccdcHwControl.c
 *
 *    @brief    File for functional layer of CSL API @a CSL_ccdcHwControl()
 *
 *  Description
 *    - The @a CSL_ccdcHwControl() function definition & it's associated
 *      functions
 *
 *  Modification 1
 *    - Modified on: 10/21/2004
 *    - Reason: created the sources
 *
 *  @date 21st Oct, 2004
 *  @author Santosh Narayanan.
 */
#include <csl_ccdc.h>
#include <csl_ccdc_aux.h>

#pragma CODE_SECTION (CSL_ccdcHwControl, ".text:csl_section:ccdc");

/** @brief Takes a command with an optional argument & implements it.
 */
CSL_Status  CSL_ccdcHwControl(
    /** Pointer to the object that holds reference to the
     *  instance of CCDC requested after the call
     */
    CSL_CcdcHandle                         hCcdc,
    /** The command to this API indicates the action to be taken
      */
    CSL_CcdcHwControlCmd                   cmd,
    /** An optional argument @a void* casted
      */
    void                                     *arg
	)
{

	CSL_Status status = CSL_SOK;

	switch(cmd)
	{
		case CSL_CCDC_CMD_ENABLE:
			status = CSL_ccdcEnable(hCcdc, *(Uint16*)arg);
			break;

	    case CSL_CCDC_CMD_SET_MODE:
			status = CSL_ccdcSetMode(hCcdc, (CSL_CcdcMode*)arg);
			break;

	    case CSL_CCDC_CMD_VD_HD_ENABLE:
			status = CSL_ccdcVdHdEn(hCcdc, *(Uint16*)arg);
			break;

	    case CSL_CCDC_CMD_FMT_ENABLE:
			status = CSL_ccdcFmtEn(hCcdc, *(Uint16*)arg);
			break;

	    case CSL_CCDC_CMD_SET_FMT_VP_IN_SIZE:
			status = CSL_ccdcSetFmtVpIn(hCcdc, (CSL_CcdcFmtVpInConfig*)arg);
			break;

	    case CSL_CCDC_CMD_SET_VP_OUT_SIZE:
			status = CSL_ccdcSetVpOut(hCcdc, (CSL_CcdcVpOutConfig*)arg);
			break;

	    case CSL_CCDC_CMD_VP_ENABLE:
			status = CSL_ccdcVpEn(hCcdc, *(Uint16*)arg);
			break;

	    case CSL_CCDC_CMD_VP2SDR_ENABLE:
			status = CSL_ccdcVp2SdrEn(hCcdc, *(Uint16*)arg);
			break;

	    case CSL_CCDC_CMD_SDRAM_OUTPUT_ENABLE:
			status = CSL_ccdcSdramOutEn(hCcdc, *(Uint16*)arg);
			break;

	    case CSL_CCDC_CMD_SET_SDRAM_ADDR:
			status = CSL_ccdcSetSdrAddr(hCcdc, (Uint32*)arg);
			break;

	    case CSL_CCDC_CMD_SET_SDRAM_OFFSET:
			status = CSL_ccdcSetSdrOffset(hCcdc, *(Uint16*)arg);
			break;

	    case CSL_CCDC_CMD_SET_SDRAM_OUT_SIZE:
			status = CSL_ccdcSetSdrOutSize(hCcdc, (CSL_CcdcSdrOutSizeConfig*)arg);
			break;

	    case CSL_CCDC_CMD_SET_PIX_LINES:
			status = CSL_ccdcSetPixLines(hCcdc, (CSL_CcdcPixLinesConfig*)arg);
			break;

	    case CSL_CCDC_CMD_SET_SYNC_MODE:
			status = CSL_ccdcSetSyncMode(hCcdc, (CSL_CcdcSyncModeConfig*)arg);
			break;

        case CSL_CCDC_CMD_SET_CULLING_CONTROL:
			status = CSL_ccdcSetCullControl(hCcdc, (CSL_CcdcCullingControl*)arg);
			break;

		case CSL_CCDC_CMD_OPT_BLACK_CLAMP_ENABLE:
			status = CSL_ccdcOptBlackClampEn(hCcdc, *(Uint16*)arg);
			break;

		case CSL_CCDC_CMD_SET_OPT_BLACK_CLAMP:
		 	status = CSL_ccdcSetOptBlackClamp(hCcdc, (CSL_CcdcOptBlackClampConfig*)arg);
            break;

		case CSL_CCDC_CMD_SET_BLACK_COMP:
			status = CSL_ccdcSetBlackCmp(hCcdc, (CSL_CcdcBlackCmpConfig*)arg);
            break;

		case CSL_CCDC_CMD_SET_FPC:
		  	status = CSL_ccdcSetFPC(hCcdc, (CSL_CcdcFPCConfig*)arg);
			break;

		case CSL_CCDC_CMD_SET_VD_INT:
		   	status = CSL_ccdcSetVdInt(hCcdc, (CSL_CcdcVdIntTiming*)arg);
			break;

		case CSL_CCDC_CMD_SET_ALAW_CONFIG:
			status = CSL_ccdcSetAlaw(hCcdc, (CSL_CcdcALawConfig*)arg);
			break;

		case CSL_CCDC_CMD_REC656_ENABLE:
		   	status = CSL_ccdcRec656En(hCcdc, *(Uint16*)arg);
			break;

	    case CSL_CCDC_CMD_REC656_ECCFVH_ENABLE:
			status = CSL_ccdcEccFvhEn(hCcdc, *(Uint16*)arg);
			break;
		
	    default:
		    status = CSL_ESYS_INVCMD ;
		    break;
	};
  return status;

}