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PL286/hardware/intel/common/libmix/videodecoder/VideoDecoderMPEG4.cpp

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/*
* Copyright (c) 2009-2011 Intel Corporation. All rights reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#include "VideoDecoderMPEG4.h"
#include "VideoDecoderTrace.h"
#include <string.h>
#define MAX_PICTURE_WIDTH_MPEG4 1920
#define MAX_PICTURE_HEIGHT_MPEG4 1088
VideoDecoderMPEG4::VideoDecoderMPEG4(const char *mimeType)
: VideoDecoderBase(mimeType, VBP_MPEG4),
mLastVOPTimeIncrement(0),
mExpectingNVOP(false),
mSendIQMatrixBuf(false),
mLastVOPCodingType(MP4_VOP_TYPE_I),
mIsShortHeader(false) {
}
VideoDecoderMPEG4::~VideoDecoderMPEG4() {
stop();
}
Decode_Status VideoDecoderMPEG4::start(VideoConfigBuffer *buffer) {
Decode_Status status;
status = VideoDecoderBase::start(buffer);
CHECK_STATUS("VideoDecoderBase::start");
if (buffer->data == NULL || buffer->size == 0) {
WTRACE("No config data to start VA.");
return DECODE_SUCCESS;
}
vbp_data_mp42 *data = NULL;
status = VideoDecoderBase::parseBuffer(buffer->data, buffer->size, true, (void**)&data);
CHECK_STATUS("VideoDecoderBase::parseBuffer");
if (data->codec_data.video_object_layer_width > MAX_PICTURE_WIDTH_MPEG4 ||
data->codec_data.video_object_layer_height > MAX_PICTURE_HEIGHT_MPEG4) {
return DECODE_INVALID_DATA;
}
status = startVA(data);
return status;
}
void VideoDecoderMPEG4::stop(void) {
// drop the last frame and ignore return value
endDecodingFrame(true);
VideoDecoderBase::stop();
mLastVOPTimeIncrement = 0;
mExpectingNVOP = false;
mLastVOPCodingType = MP4_VOP_TYPE_I;
}
Decode_Status VideoDecoderMPEG4::decode(VideoDecodeBuffer *buffer) {
Decode_Status status;
vbp_data_mp42 *data = NULL;
bool useGraphicbuffer = mConfigBuffer.flag & USE_NATIVE_GRAPHIC_BUFFER;
if (buffer == NULL) {
return DECODE_INVALID_DATA;
}
if (buffer->flag & IS_SYNC_FRAME) {
mIsSyncFrame = true;
} else {
mIsSyncFrame = false;
}
buffer->ext = NULL;
status = VideoDecoderBase::parseBuffer(
buffer->data,
buffer->size,
false,
(void**)&data);
CHECK_STATUS("VideoDecoderBase::parseBuffer");
if (data->codec_data.video_object_layer_width > MAX_PICTURE_WIDTH_MPEG4 ||
data->codec_data.video_object_layer_height > MAX_PICTURE_HEIGHT_MPEG4) {
return DECODE_INVALID_DATA;
}
if (!mVAStarted) {
status = startVA(data);
CHECK_STATUS("startVA");
}
if (mSizeChanged && !useGraphicbuffer) {
// some container has the incorrect width/height.
// send the format change to OMX to update the crop info.
mSizeChanged = false;
ITRACE("Video size is changed during startVA");
return DECODE_FORMAT_CHANGE;
}
if ((mVideoFormatInfo.width != (uint32_t)data->codec_data.video_object_layer_width ||
mVideoFormatInfo.height != (uint32_t)data->codec_data.video_object_layer_height) &&
data->codec_data.video_object_layer_width &&
data->codec_data.video_object_layer_height) {
// update encoded image size
ITRACE("Video size is changed. from %dx%d to %dx%d\n", mVideoFormatInfo.width, mVideoFormatInfo.height,
data->codec_data.video_object_layer_width,data->codec_data.video_object_layer_height);
if (useGraphicbuffer && mStoreMetaData) {
pthread_mutex_lock(&mFormatLock);
}
mVideoFormatInfo.width = data->codec_data.video_object_layer_width;
mVideoFormatInfo.height = data->codec_data.video_object_layer_height;
bool needFlush = false;
if (useGraphicbuffer) {
if (mStoreMetaData) {
needFlush = true;
mVideoFormatInfo.valid = false;
pthread_mutex_unlock(&mFormatLock);
} else {
needFlush = (mVideoFormatInfo.width > mVideoFormatInfo.surfaceWidth)
|| (mVideoFormatInfo.height > mVideoFormatInfo.surfaceHeight);
}
}
if (needFlush) {
if (mStoreMetaData) {
status = endDecodingFrame(false);
CHECK_STATUS("endDecodingFrame");
} else {
flushSurfaceBuffers();
}
mSizeChanged = false;
return DECODE_FORMAT_CHANGE;
} else {
mSizeChanged = true;
}
setRenderRect();
} else {
if (useGraphicbuffer && mStoreMetaData) {
mVideoFormatInfo.valid = true;
}
}
status = decodeFrame(buffer, data);
CHECK_STATUS("decodeFrame");
return status;
}
void VideoDecoderMPEG4::flush(void) {
VideoDecoderBase::flush();
mExpectingNVOP = false;
mLastVOPTimeIncrement = 0;
mLastVOPCodingType = MP4_VOP_TYPE_I;
}
Decode_Status VideoDecoderMPEG4::decodeFrame(VideoDecodeBuffer *buffer, vbp_data_mp42 *data) {
Decode_Status status;
// check if any slice is parsed, we may just receive configuration data
if (data->number_picture_data == 0) {
WTRACE("number_picture_data == 0");
return DECODE_SUCCESS;
}
if (data->picture_data && (data->picture_data->picture_param.vop_width == 0 || data->picture_data->picture_param.vop_height == 0)) {
if (!data->codec_data.got_vol && data->codec_data.got_vop) {
// error enhancement if vol is missing
data->picture_data->picture_param.vop_width = mVideoFormatInfo.width;
data->picture_data->picture_param.vop_height = mVideoFormatInfo.height;
} else {
return DECODE_PARSER_FAIL;
}
}
uint64_t lastPTS = mCurrentPTS;
mCurrentPTS = buffer->timeStamp;
if (lastPTS != mCurrentPTS) {
// finish decoding the last frame
status = endDecodingFrame(false);
CHECK_STATUS("endDecodingFrame");
// start decoding a new frame
status = beginDecodingFrame(data);
if (status == DECODE_MULTIPLE_FRAME) {
buffer->ext = &mExtensionBuffer;
mExtensionBuffer.extType = PACKED_FRAME_TYPE;
mExtensionBuffer.extSize = sizeof(mPackedFrame);
mExtensionBuffer.extData = (uint8_t*)&mPackedFrame;
} else if (status != DECODE_SUCCESS) {
endDecodingFrame(true);
}
CHECK_STATUS("beginDecodingFrame");
} else {
status = continueDecodingFrame(data);
if (status == DECODE_MULTIPLE_FRAME) {
buffer->ext = &mExtensionBuffer;
mExtensionBuffer.extType = PACKED_FRAME_TYPE;
mExtensionBuffer.extSize = sizeof(mPackedFrame);
mExtensionBuffer.extData = (uint8_t*)&mPackedFrame;
} else if (status != DECODE_SUCCESS) {
endDecodingFrame(true);
}
CHECK_STATUS("continueDecodingFrame");
}
if (buffer->flag & HAS_COMPLETE_FRAME) {
// finish decoding current frame
status = endDecodingFrame(false);
CHECK_STATUS("endDecodingFrame");
}
return DECODE_SUCCESS;
}
Decode_Status VideoDecoderMPEG4::beginDecodingFrame(vbp_data_mp42 *data) {
Decode_Status status = DECODE_SUCCESS;
vbp_picture_data_mp42 *picData = data->picture_data;
VAPictureParameterBufferMPEG4 *picParam = &(picData->picture_param);
int codingType = picParam->vop_fields.bits.vop_coding_type;
// start sanity checking
if (mExpectingNVOP) {
// if we are waiting for n-vop for packed frame, and the new frame is coded, the coding type
// of this frame must be B
// for example: {PB} B N P B B P...
if (picData->vop_coded == 1 && codingType != MP4_VOP_TYPE_B) {
WTRACE("Invalid coding type while waiting for n-vop for packed frame.");
mExpectingNVOP = false;
}
}
// handle N-VOP picuture, it could be a skipped frame or a simple placeholder of packed frame
if (picData->vop_coded == 0) {
if (mLastReference == NULL) {
WTRACE("The last reference is unavailable to construct skipped frame.");
flush();
mExpectingNVOP = false;
// TODO: handle this case
return DECODE_SUCCESS;
}
if (mExpectingNVOP) {
// P frame is already in queue, just need to update time stamp.
mLastReference->renderBuffer.timeStamp = mCurrentPTS;
mExpectingNVOP = false;
}
else {
// Do nothing for skip frame as the last frame will be rendered agian by natively
// No needs to handle reference frame neither
#if 0
// this is skipped frame, use the last reference frame as output
status = acquireSurfaceBuffer();
CHECK_STATUS("acquireSurfaceBuffer");
mAcquiredBuffer->renderBuffer.timeStamp = mCurrentPTS;
mAcquiredBuffer->renderBuffer.flag = 0;
mAcquiredBuffer->renderBuffer.scanFormat = mLastReference->renderBuffer.scanFormat;
mAcquiredBuffer->renderBuffer.surface = mLastReference->renderBuffer.surface;
// No need to update mappedData for HW decoding
//mAcquiredBuffer->mappedData.data = mLastReference->mappedData.data;
mAcquiredBuffer->referenceFrame = true;
status = outputSurfaceBuffer();
CHECK_STATUS("outputSurfaceBuffer");
#endif
}
if (data->number_picture_data > 1) {
WTRACE("Unexpected to have more picture data following a non-coded VOP.");
//picture data is thrown away. No issue if picture data is for N-VOP. if picture data is for
// coded picture, a frame is lost.
// TODO: handle this case
// return DECODE_FAIL;
}
return DECODE_SUCCESS;
}
else {
// Check if we have reference frame(s) for decoding
if (codingType == MP4_VOP_TYPE_B) {
if (mForwardReference == NULL ||
mLastReference == NULL) {
if (mIsShortHeader) {
status = DECODE_SUCCESS;
VTRACE("%s: No reference frame but keep decoding", __FUNCTION__);
} else
return DECODE_NO_REFERENCE;
}
} else if (codingType == MP4_VOP_TYPE_P || codingType == MP4_VOP_TYPE_S) {
if (mLastReference == NULL && mIsSyncFrame == false) {
if (mIsShortHeader) {
status = DECODE_SUCCESS;
VTRACE("%s: No reference frame but keep decoding", __FUNCTION__);
} else
return DECODE_NO_REFERENCE;
}
}
// all sanity checks pass, continue decoding through continueDecodingFrame
status = continueDecodingFrame(data);
}
return status;
}
Decode_Status VideoDecoderMPEG4::continueDecodingFrame(vbp_data_mp42 *data) {
Decode_Status status = DECODE_SUCCESS;
VAStatus vaStatus = VA_STATUS_SUCCESS;
bool useGraphicBuffer = mConfigBuffer.flag & USE_NATIVE_GRAPHIC_BUFFER;
/*
Packed Frame Assumption:
1. In one packed frame, there's only one P or I frame and only one B frame.
2. In packed frame, there's no skipped frame (vop_coded = 0)
3. For one packed frame, there will be one N-VOP frame to follow the packed frame (may not immediately).
4. N-VOP frame is the frame with vop_coded = 0.
5. The timestamp of N-VOP frame will be used for P or I frame in the packed frame
I, P, {P, B}, B, N, P, N, I, ...
I, P, {P, B}, N, P, N, I, ...
The first N is placeholder for P frame in the packed frame
The second N is a skipped frame
*/
vbp_picture_data_mp42 *picData = data->picture_data;
for (uint32_t i = 0; i < data->number_picture_data; i++, picData = picData->next_picture_data) {
// each slice has its own picture data, video_packet_header following resync_marker may reset picture header, see MP4 spec
VAPictureParameterBufferMPEG4 *picParam = &(picData->picture_param);
int codingType = picParam->vop_fields.bits.vop_coding_type;
if (codingType == MP4_VOP_TYPE_S && picParam->no_of_sprite_warping_points > 1) {
WTRACE("Hardware only supports up to one warping point (stationary or translation)");
}
if (picData->vop_coded == 0) {
ETRACE("Unexpected to have non-coded VOP.");
return DECODE_FAIL;
}
if (picData->new_picture_flag == 1 || mDecodingFrame == false) {
// either condition indicates start of a new frame
if (picData->new_picture_flag == 0) {
WTRACE("First slice of picture is lost!");
// TODO: handle this case
}
if (mDecodingFrame) {
if (codingType == MP4_VOP_TYPE_B){
// this indicates the start of a new frame in the packed frame
// Update timestamp for P frame in the packed frame as timestamp here is for the B frame!
if (picParam->vop_time_increment_resolution){
uint64_t increment = mLastVOPTimeIncrement - picData->vop_time_increment +
picParam->vop_time_increment_resolution;
increment = increment % picParam->vop_time_increment_resolution;
// convert to micro-second
// TODO: unit of time stamp varies on different frame work
increment = increment * 1e6 / picParam->vop_time_increment_resolution;
mAcquiredBuffer->renderBuffer.timeStamp += increment;
if (useGraphicBuffer){
mPackedFrame.timestamp = mCurrentPTS;
mCurrentPTS = mAcquiredBuffer->renderBuffer.timeStamp;
}
}
} else {
// this indicates the start of a new frame in the packed frame. no B frame int the packet
// Update the timestamp according the increment
if (picParam->vop_time_increment_resolution){
int64_t increment = picData->vop_time_increment - mLastVOPTimeIncrement + picParam->vop_time_increment_resolution;
increment = increment % picParam->vop_time_increment_resolution;
//convert to micro-second
increment = increment * 1e6 / picParam->vop_time_increment_resolution;
if (useGraphicBuffer) {
mPackedFrame.timestamp = mCurrentPTS + increment;
}
else {
mCurrentPTS += increment;
}
} else {
if (useGraphicBuffer) {
mPackedFrame.timestamp = mCurrentPTS + 30000;
}
else {
mCurrentPTS += 30000;
}
}
}
endDecodingFrame(false);
mExpectingNVOP = true;
if (codingType != MP4_VOP_TYPE_B) {
mExpectingNVOP = false;
}
if (useGraphicBuffer) {
int32_t count = i - 1;
if (count < 0) {
WTRACE("Shuld not be here!");
return DECODE_SUCCESS;
}
vbp_picture_data_mp42 *lastpic = data->picture_data;
for(int k = 0; k < count; k++ ) {
lastpic = lastpic->next_picture_data;
}
mPackedFrame.offSet = lastpic->slice_data.slice_offset + lastpic->slice_data.slice_size;
VTRACE("Report OMX to handle for Multiple frame offset=%d time=%lld",mPackedFrame.offSet,mPackedFrame.timestamp);
return DECODE_MULTIPLE_FRAME;
}
}
// acquire a new surface buffer
status = acquireSurfaceBuffer();
CHECK_STATUS("acquireSurfaceBuffer");
// sprite is treated as P frame in the display order, so only B frame frame is not used as "reference"
mAcquiredBuffer->referenceFrame = (codingType != MP4_VOP_TYPE_B);
if (picData->picture_param.vol_fields.bits.interlaced) {
// only MPEG-4 studio profile can have field coding. All other profiles
// use frame coding only, i.e, there is no field VOP. (see vop_structure in MP4 spec)
mAcquiredBuffer->renderBuffer.scanFormat = VA_BOTTOM_FIELD | VA_TOP_FIELD;
} else {
mAcquiredBuffer->renderBuffer.scanFormat = VA_FRAME_PICTURE;
}
// TODO: set discontinuity flag
mAcquiredBuffer->renderBuffer.flag = 0;
mAcquiredBuffer->renderBuffer.timeStamp = mCurrentPTS;
if (mSizeChanged) {
mAcquiredBuffer->renderBuffer.flag |= IS_RESOLUTION_CHANGE;
mSizeChanged = false;
}
if (codingType != MP4_VOP_TYPE_B) {
mLastVOPCodingType = codingType;
mLastVOPTimeIncrement = picData->vop_time_increment;
}
// start decoding a frame
vaStatus = vaBeginPicture(mVADisplay, mVAContext, mAcquiredBuffer->renderBuffer.surface);
CHECK_VA_STATUS("vaBeginPicture");
mDecodingFrame = true;
mSendIQMatrixBuf = true;
}
status = decodeSlice(data, picData);
CHECK_STATUS("decodeSlice");
}
return DECODE_SUCCESS;
}
Decode_Status VideoDecoderMPEG4::decodeSlice(vbp_data_mp42 *data, vbp_picture_data_mp42 *picData) {
Decode_Status status;
VAStatus vaStatus;
uint32_t bufferIDCount = 0;
// maximum 4 buffers to render a slice: picture parameter, IQMatrix, slice parameter, slice data
VABufferID bufferIDs[4];
VAPictureParameterBufferMPEG4 *picParam = &(picData->picture_param);
vbp_slice_data_mp42 *sliceData = &(picData->slice_data);
VASliceParameterBufferMPEG4 *sliceParam = &(sliceData->slice_param);
// send picture parametre for each slice
status = setReference(picParam);
CHECK_STATUS("setReference");
vaStatus = vaCreateBuffer(
mVADisplay,
mVAContext,
VAPictureParameterBufferType,
sizeof(VAPictureParameterBufferMPEG4),
1,
picParam,
&bufferIDs[bufferIDCount]);
CHECK_VA_STATUS("vaCreatePictureParameterBuffer");
bufferIDCount++;
if (picParam->vol_fields.bits.quant_type && mSendIQMatrixBuf)
{
// only send IQ matrix for the first slice in the picture
vaStatus = vaCreateBuffer(
mVADisplay,
mVAContext,
VAIQMatrixBufferType,
sizeof(VAIQMatrixBufferMPEG4),
1,
&(data->iq_matrix_buffer),
&bufferIDs[bufferIDCount]);
CHECK_VA_STATUS("vaCreateIQMatrixBuffer");
mSendIQMatrixBuf = false;
bufferIDCount++;
}
vaStatus = vaCreateBuffer(
mVADisplay,
mVAContext,
VASliceParameterBufferType,
sizeof(VASliceParameterBufferMPEG4),
1,
sliceParam,
&bufferIDs[bufferIDCount]);
CHECK_VA_STATUS("vaCreateSliceParameterBuffer");
bufferIDCount++;
//slice data buffer pointer
//Note that this is the original data buffer ptr;
// offset to the actual slice data is provided in
// slice_data_offset in VASliceParameterBufferMP42
vaStatus = vaCreateBuffer(
mVADisplay,
mVAContext,
VASliceDataBufferType,
sliceData->slice_size, //size
1, //num_elements
sliceData->buffer_addr + sliceData->slice_offset,
&bufferIDs[bufferIDCount]);
CHECK_VA_STATUS("vaCreateSliceDataBuffer");
bufferIDCount++;
vaStatus = vaRenderPicture(
mVADisplay,
mVAContext,
bufferIDs,
bufferIDCount);
CHECK_VA_STATUS("vaRenderPicture");
return DECODE_SUCCESS;
}
Decode_Status VideoDecoderMPEG4::setReference(VAPictureParameterBufferMPEG4 *picParam) {
switch (picParam->vop_fields.bits.vop_coding_type) {
case MP4_VOP_TYPE_I:
picParam->forward_reference_picture = VA_INVALID_SURFACE;
picParam->backward_reference_picture = VA_INVALID_SURFACE;
break;
case MP4_VOP_TYPE_P:
if (mLastReference == NULL && mIsSyncFrame == false && !mIsShortHeader) {
return DECODE_NO_REFERENCE;
}
if (mLastReference != NULL) {
picParam->forward_reference_picture = mLastReference->renderBuffer.surface;
} else {
VTRACE("%s: no reference frame, but keep decoding", __FUNCTION__);
picParam->forward_reference_picture = VA_INVALID_SURFACE;
}
picParam->backward_reference_picture = VA_INVALID_SURFACE;
break;
case MP4_VOP_TYPE_B:
picParam->vop_fields.bits.backward_reference_vop_coding_type = mLastVOPCodingType;
// WEIRD, CHECK AGAIN !!!!!!!
if (mIsShortHeader) {
if (mLastReference != NULL) {
picParam->forward_reference_picture = mLastReference->renderBuffer.surface;
} else {
VTRACE("%s: no forward reference frame, but keep decoding", __FUNCTION__);
picParam->forward_reference_picture = VA_INVALID_SURFACE;
}
if (mForwardReference != NULL) {
picParam->backward_reference_picture = mForwardReference->renderBuffer.surface;
} else {
VTRACE("%s: no backward reference frame, but keep decoding", __FUNCTION__);
picParam->backward_reference_picture = VA_INVALID_SURFACE;
}
} else if (mLastReference == NULL || mForwardReference == NULL) {
return DECODE_NO_REFERENCE;
} else {
picParam->forward_reference_picture = mLastReference->renderBuffer.surface;
picParam->backward_reference_picture = mForwardReference->renderBuffer.surface;
}
break;
case MP4_VOP_TYPE_S:
// WEIRD, CHECK AGAIN!!!! WAS using mForwardReference
if (mLastReference == NULL) {
return DECODE_NO_REFERENCE;
}
picParam->forward_reference_picture = mLastReference->renderBuffer.surface;
picParam->backward_reference_picture = VA_INVALID_SURFACE;
break;
default:
// Will never reach here;
return DECODE_PARSER_FAIL;
}
return DECODE_SUCCESS;
}
Decode_Status VideoDecoderMPEG4::startVA(vbp_data_mp42 *data) {
updateFormatInfo(data);
VAProfile vaProfile;
if ((data->codec_data.profile_and_level_indication & 0xF8) == 0xF0) {
vaProfile = VAProfileMPEG4AdvancedSimple;
} else {
vaProfile = VAProfileMPEG4Simple;
}
mIsShortHeader = data->codec_data.short_video_header;
return VideoDecoderBase::setupVA(MP4_SURFACE_NUMBER, vaProfile);
}
void VideoDecoderMPEG4::updateFormatInfo(vbp_data_mp42 *data) {
ITRACE("updateFormatInfo: current size: %d x %d, new size: %d x %d",
mVideoFormatInfo.width, mVideoFormatInfo.height,
data->codec_data.video_object_layer_width,
data->codec_data.video_object_layer_height);
// error enhancement if vol is missing
if (!data->codec_data.got_vol && data->codec_data.got_vop) {
data->codec_data.video_object_layer_width = mVideoFormatInfo.width;
data->codec_data.video_object_layer_height = mVideoFormatInfo.height;
}
mVideoFormatInfo.cropBottom = data->codec_data.video_object_layer_height > mVideoFormatInfo.height ?
data->codec_data.video_object_layer_height - mVideoFormatInfo.height : 0;
mVideoFormatInfo.cropRight = data->codec_data.video_object_layer_width > mVideoFormatInfo.width ?
data->codec_data.video_object_layer_width - mVideoFormatInfo.width : 0;
if ((mVideoFormatInfo.width != (uint32_t)data->codec_data.video_object_layer_width ||
mVideoFormatInfo.height != (uint32_t)data->codec_data.video_object_layer_height) &&
data->codec_data.video_object_layer_width &&
data->codec_data.video_object_layer_height) {
// update encoded image size
mVideoFormatInfo.width = data->codec_data.video_object_layer_width;
mVideoFormatInfo.height = data->codec_data.video_object_layer_height;
mSizeChanged = true;
ITRACE("Video size is changed.");
}
// video_range has default value of 0. Y ranges from 16 to 235.
mVideoFormatInfo.videoRange = data->codec_data.video_range;
switch (data->codec_data.matrix_coefficients) {
case 1:
mVideoFormatInfo.colorMatrix = VA_SRC_BT709;
break;
// ITU-R Recommendation BT.470-6 System B, G (MP4), same as
// SMPTE 170M/BT601
case 5:
case 6:
mVideoFormatInfo.colorMatrix = VA_SRC_BT601;
break;
default:
// unknown color matrix, set to 0 so color space flag will not be set.
mVideoFormatInfo.colorMatrix = 0;
break;
}
mVideoFormatInfo.aspectX = data->codec_data.par_width;
mVideoFormatInfo.aspectY = data->codec_data.par_height;
//mVideoFormatInfo.bitrate = data->codec_data.bit_rate;
mVideoFormatInfo.valid = true;
setRenderRect();
setColorSpaceInfo(mVideoFormatInfo.colorMatrix, mVideoFormatInfo.videoRange);
}
Decode_Status VideoDecoderMPEG4::checkHardwareCapability() {
VAStatus vaStatus;
VAConfigAttrib cfgAttribs[2];
cfgAttribs[0].type = VAConfigAttribMaxPictureWidth;
cfgAttribs[1].type = VAConfigAttribMaxPictureHeight;
vaStatus = vaGetConfigAttributes(mVADisplay,
mIsShortHeader ? VAProfileH263Baseline : VAProfileMPEG4AdvancedSimple,
VAEntrypointVLD, cfgAttribs, 2);
CHECK_VA_STATUS("vaGetConfigAttributes");
if (cfgAttribs[0].value * cfgAttribs[1].value < (uint32_t)mVideoFormatInfo.width * (uint32_t)mVideoFormatInfo.height) {
ETRACE("hardware supports resolution %d * %d smaller than the clip resolution %d * %d",
cfgAttribs[0].value, cfgAttribs[1].value, mVideoFormatInfo.width, mVideoFormatInfo.height);
return DECODE_DRIVER_FAIL;
}
return DECODE_SUCCESS;
}