/*/////////////////////////////////////////////////////////////////////////////
C++ Version - MdpPathJpgEncodeScale
/////////////////////////////////////////////////////////////////////////////*/
int MdpPathJpgEncodeScale::_StartPre( void* p_parameter )
{
#if defined( MDP_FLAG_1_SUPPORT_JPEGCODEC )
if( b_jpg_path_disen_ == 0 )
{
//1.Lock Jpeg Encorder
if(JPEG_ENC_STATUS_OK != jpegEncLockEncoder(&jpg_encID_))
{
MDP_ERROR("Lock Jpg Encoder Fail");
return -1;
}
//2.Config Jpg Enc HW
if(JPEG_ENC_STATUS_OK != jpegEncConfigEncoder(jpg_encID_, jpg_inJpgEncParam_))
{
MDP_ERROR("Config Jpg Encoder Fail");
return false;
}
//3.Trigger Jpeg Encoder before MDP
if(JPEG_ENC_STATUS_OK != jpegEncStart(jpg_encID_))
{
MDP_ERROR("Trigger Jpg Encoder Fail");
return false;
}
}
return 0;
#else
return -1;
#endif
}
JPEG_STATUS_ENUM jpeg_wrapper_start(JPEG_ENCODER_HANDLE jpegWrapperHandle, JPEG_WRAPPER *wrapperPtr)
{
JPEG_STATUS_ENUM status = JPEG_STATUS_OK;
kal_uint32 intMemSizeBest, extMemSizeBest;
kal_uint32 intMemSizeMinimum, extMemSizeMinimum, extMemSizeOffset;
kal_uint32 dstBufferSize, dstBufferSizeOffset;
kal_uint8 *extMemoryAddr, *extMemoryTmpAddr;
kal_uint8 *dstBufferAddr, *dstBufferTmpAddr;
/// src mode
status = jpegEncSetSrcMode(jpegWrapperHandle, wrapperPtr->srcMode);
if (JPEG_STATUS_OK != status)
return status;
if (JPEG_ENCODE_SOURCE_YUV_BUFFER == (wrapperPtr->srcMode))
{
status = jpegEncSetSrcYUVFormat(jpegWrapperHandle, wrapperPtr->srcSamplingFormat);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetYUVBuffer(jpegWrapperHandle,
wrapperPtr->srcYUVBuffer[0], wrapperPtr->srcYUVBuffer[1], wrapperPtr->srcYUVBuffer[2],
wrapperPtr->srcBufferSize[0], wrapperPtr->srcBufferSize[1], wrapperPtr->srcBufferSize[2]);
if (JPEG_STATUS_OK != status)
return status;
}
else if (JPEG_ENCODE_SOURCE_RGB_BUFFER == (wrapperPtr->srcMode))
{
status = jpegEncSetSrcRGBFormat(jpegWrapperHandle, wrapperPtr->srcRGBFormat);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetRGBBuffer(jpegWrapperHandle, wrapperPtr->srcRGBBuffer, wrapperPtr->srcBufferSize[0]);
if (JPEG_STATUS_OK != status)
return status;
}
// maybe there is no source window
if ((0 != wrapperPtr->srcWindow.w * wrapperPtr->srcWindow.h)
&& ((wrapperPtr->srcWidth != wrapperPtr->srcWindow.w) || (wrapperPtr->srcHeight != wrapperPtr->srcWindow.h))
)
{
status = jpegEncSetSrcWindow(jpegWrapperHandle, &(wrapperPtr->srcWindow));
if (JPEG_STATUS_OK != status)
return status;
}
status = jpegEncSetSrcDimension(jpegWrapperHandle, wrapperPtr->srcWidth, wrapperPtr->srcHeight);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetDstDimension(jpegWrapperHandle, wrapperPtr->dstWidth, wrapperPtr->dstHeight);
if (JPEG_STATUS_OK != status)
return status;
#if (defined(__DYNAMIC_SWITCH_CACHEABILITY__) && defined(__MTK_TARGET__))
dstBufferAddr = (kal_uint8*)(((kal_uint32)wrapperPtr->dstBufferAddr + 31) & (~31));
dstBufferSize = (kal_uint32)dstBufferAddr - (kal_uint32)wrapperPtr->dstBufferAddr;
dstBufferSize = (wrapperPtr->dstBufferSize - dstBufferSize) & (~31);
#else
dstBufferAddr = (kal_uint8*)wrapperPtr->dstBufferAddr;
dstBufferSize = wrapperPtr->dstBufferSize;
#endif
status = jpegEncSetDstBuffer(jpegWrapperHandle, dstBufferAddr, dstBufferSize);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetDirectFileOutputHandle(jpegWrapperHandle, wrapperPtr->pDstFileHandle);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetDstFileFormat(jpegWrapperHandle, wrapperPtr->dstFileFormat);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetDstQuality(jpegWrapperHandle, wrapperPtr->dstQuality);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetDstSampleFormat(jpegWrapperHandle, wrapperPtr->dstSamplingFormat);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetDstThumbnail(jpegWrapperHandle, wrapperPtr->enableThumbnail, wrapperPtr->thumbnailWidth, wrapperPtr->thumbnailHeight);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetRotation(jpegWrapperHandle, wrapperPtr->rotation);
if (JPEG_STATUS_OK != status)
return status;
/// Camera will always give enough working buffer
/// jpeg_status = jpegEncQueryWorkingMemory(jpegWrapperHandle, &intMemSize, &extMemSize);
status = jpegEncQueryWorkingMemory(jpegWrapperHandle, &intMemSizeBest, &intMemSizeMinimum, &extMemSizeBest, &extMemSizeMinimum);
if (JPEG_STATUS_OK != status)
return status;
extMemoryAddr = (kal_uint8*)wrapperPtr->extMemoryAddr;
extMemSizeMinimum = wrapperPtr->extMemorySize;
#if (defined(__DYNAMIC_SWITCH_CACHEABILITY__) && defined(__MTK_TARGET__))
if (extMemSizeMinimum <= wrapperPtr->extMemorySize)
{
extMemoryTmpAddr = (kal_uint8*)(((kal_uint32)wrapperPtr->extMemoryAddr + 31) & (~31));
extMemSizeOffset = (kal_uint32)extMemoryTmpAddr - (kal_uint32)wrapperPtr->extMemoryAddr;
extMemSizeOffset = (wrapperPtr->extMemorySize - extMemSizeOffset) & (~31);
if (extMemSizeMinimum <= extMemSizeOffset)
{
extMemoryAddr = extMemoryTmpAddr;
extMemSizeMinimum = extMemSizeOffset;
}
}
else if (extMemSizeMinimum > wrapperPtr->extMemorySize)
{
ASSERT(0);
}
#endif
status = jpegEncSetWorkingMemory(jpegWrapperHandle,
wrapperPtr->intMemoryAddr, wrapperPtr->intMemorySize,
(kal_uint32*)extMemoryAddr, extMemSizeMinimum);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncSetCallbackFunction(jpegWrapperHandle, wrapperPtr->callback_function);
if (JPEG_STATUS_OK != status)
return status;
status = jpegEncStart(jpegWrapperHandle);
return status;
}