MINT32 CctImp::sensorCCTFeatureControl(MUINT32 a_u4Ioctl,
MUINT8 *puParaIn,
MUINT32 u4ParaInLen,
MUINT8 *puParaOut,
MUINT32 u4ParaOutLen,
MUINT32 *pu4RealParaOutLen
)
{
MINT32 err = CCTIF_NO_ERROR;
MUINT32 *pu32In = (MUINT32*)puParaIn;
MUINT32 *pu32Out = (MUINT32 *)puParaOut;
switch (a_u4Ioctl) {
case ACDK_CCT_OP_READ_SENSOR_REG:
err = CCTOReadSensorReg(puParaIn, puParaOut, pu4RealParaOutLen);
break;
case ACDK_CCT_OP_WRITE_SENSOR_REG:
err = CCTOPWriteSensorReg(puParaIn);
break;
case ACDK_CCT_OP_QUERY_SENSOR:
err = CCTOPQuerySensor(puParaOut, pu4RealParaOutLen);
break;
case ACDK_CCT_V2_OP_GET_SENSOR_RESOLUTION:
err = CCTOPGetSensorRes(puParaOut, pu4RealParaOutLen);
break;
case ACDK_CCT_OP_GET_LSC_SENSOR_RESOLUTION:
err = CCTOPGetLSCSensorRes(puParaOut, pu4RealParaOutLen);
break;
case ACDK_CCT_OP_GET_ENG_SENSOR_GROUP_COUNT:
err = CCTOPGetEngSensorGroupCount(pu32Out, pu4RealParaOutLen);
break;
case ACDK_CCT_OP_GET_ENG_SENSOR_GROUP_PARA:
err = CCTOPGetEngSensorGroupPara(*pu32In, puParaOut, pu4RealParaOutLen);
break;
case ACDK_CCT_OP_GET_ENG_SENSOR_PARA:
err = CCTOPGetEngSensorPara(puParaIn, puParaOut, pu4RealParaOutLen);
break;
case ACDK_CCT_OP_SET_ENG_SENSOR_PARA:
err = CCTOPSetEngSensorPara(puParaIn );
break;
case ACDK_CCT_OP_GET_SENSOR_PREGAIN:
err = CCTOPGetSensorPregain(puParaIn, puParaOut, pu4RealParaOutLen);
break;
case ACDK_CCT_OP_SET_SENSOR_PREGAIN:
err = CCTOPSetSensorPregain(puParaIn);
break;
case ACDK_CCT_OP_GET_SENSOR_INFO:
err = CCTOPGetSensorInfo(puParaIn, puParaOut, pu4RealParaOutLen);
break;
}
return err;
}
MINT32 CctImp::CCTOPGetSensorPregain(MVOID *pSensorItemInfoIn, MVOID *pSensorItemInfoOut, MUINT32 *pRealParaOutLen)
{
SENSOR_CCTOP_LOG("[ACDK_CCT_OP_GET_SENSOR_PREGAIN]\n");
return CCTOPGetEngSensorPara(pSensorItemInfoIn, pSensorItemInfoOut, pRealParaOutLen);
}
