| Commit message (Collapse) | Author | Age | Files | Lines |
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We are operating in stream-format=byte-stream so the codec data buffer
is meant to be part of the buffer flow.
The base class will push it when a key frame is requested (as we stored
it with gst_video_encoder_set_headers()) but we still have to push it
right away as part of the normal buffer flow.
Also set the HEADER flag on this buffer.
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We currently only support stream-format=byte-stream so there is no point
re-checking for it when handling CODECCONFIG buffer.
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We now negotiate subframe mode through the caps. To enabled subframe
mode, the caps need to specify alignment=nal:
... ! omxh264enc ! video/x-h264,alignment=nal ! ...
... ! omxh265enc ! video/x-h265,alignment=nal ! ...
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Use subframe base class support.
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Fix warning when building using version 2019.2 of OMX headers.
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Adds load-qp-absolute and load-qp-relative qp-modes
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Stride of input buffer may be different from
that of omx input port even if both sizes are the same.
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By passing the expected video buffer layout, the upstream producer
may be able to produce buffers fitting those requierements allowing
gst-omx to use dynamic buffer mode rather than having to copy each input
buffer.
This is particularly useful with v4l2src as it can request the capture
driver to produce buffers with the required paddings.
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Tell buffer consumer about our paddings.
v4l2src can now uses these paddings information when trying to import
buffers to configure the v4l2 driver accordingly.
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Use the actual OMX buffer size rather than the info.size as OMX
may require larger buffer if the port requires some padding.
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My latest patch introduces some regressions which I have no time to
debug properly at the moment so just revert it for now.
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Fixing a regression introduced in my previous patch
(7c40a91c31aa4bcbb191f7c6a5d222edf9dfd9d1).
The ALLOCATION query needs to be handled by GstVideoEncoder (to call
propose_allocation()) so chain up the query handling rather than early
returning.
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Ensure that the encoder releases all its input buffers when requested by
upstream. Encoder input buffers may be shared with downstreaming (when
using dmabuf), upstream may then request the encoder to
drain when reconfiguring before destroying its buffers.
Also drain on ALLOCATION query as we already do in kmssink as that
notify of a format change.
Fix "decoder ! encoder" pipeline when decoding a file with different
resolutions on Zynq.
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Make it easier to debug dynamic format changes.
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When importing dmabuf, UseBuffer() has to be called with the fd as
pBuffer rather than the mapped address of the buffer.
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When importing dmabuf from downstream, we want the allocator to be in
OTHER_POOL mode despite output_mode being DMABUF.
So check first if other_pool is set before checking for pool's
output_mode.
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Can be useful when debugging to check the caps supported by the decoder
before filtering.
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After handling codec config, codec frame should be unreffed.
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This has proven to be very useful when debugging to detect bugs where we
match the wrong gst frame with an output OMX buffer.
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Those debug infos have proved to be very helpful when debugging
timestamp issues. They are often linked to gst-omx picking the wrong
frame when trying to map from OMX.
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If decoder outputs internal buffer and not use OMX_UseBuffer,
downstream bufferpool should be stopped.
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Add a property to control the number of frames for reference.
Min and max value is based on OpenMAX IL 1.2.0 Specification.
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They are no longer used anywhere
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One big restriction of the OMX buffer pool has always been
that the GstMemory objects were flagged with NO_SHARE.
This was because the buffer pool needed to be sure that when
a buffer returned to the pool, it would be safe to release the
OMX buffer back to OpenMAX.
With this change, this is no longer a restriction. What this
commit introduces is a new allocator that allows us to track
the GstMemory objects independently. Now, when a buffer returns
to the pool, it is not necessary for the memory to be released
as well. We simply track the memory's ref count in the allocator
and we return the OMX buffer back when the memory's ref count
drops to 0.
The reason for doing this is to allow implementing zero-copy
transfers in situations where we may need to copy or map a
certain region of the buffer. For instance, omxh264enc ! h264parse
should be possible to be zero-copy by using an OMX buffer pool
between them.
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gst_memory_map() is already adding the offset to the mapped pointer.
Doing it in the memory implementation was resulting in the offset being
accounted twice.
It doesn't matter yet as we are only creating memory without offset for
now but it will once we'll start sharing OMX memories.
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gstomx.c:1405:10: error: ‘OMX_IndexParamCustomContentPipe’ undeclared (first use in this function)
case OMX_IndexParamCustomContentPipe
Some enums have been deprecated in 1.2.0
https://gitlab.freedesktop.org/gstreamer/gst-omx/issues/27
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gstomxvideoenc.c:2874:7: error: "USE_OMX_TARGET_ZYNQ_USCALE_PLUS" is not defined, evaluates to 0 [-Werror=undef]
#elif USE_OMX_TARGET_ZYNQ_USCALE_PLUS
Works on meson because it doesn't use -Wundef
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No need to create debug structs which won't be used as DEBUG macros are
no-op.
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Extend OMX_API_TRACE by logging component configuration calls.
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This was the single place where this category was used in gst-omx so
most users, including me, are generally not turning it and were missing this
important information from logs.
The copying code uses gst_video_frame_copy() which is already logging
with CAT_PERFORMANCE so we can still have this information when using
only this debug category.
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We were silently ignoring the pool which was pretty confusing when
debugging.
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Simplify the code and so we advertise the formats actually supported by
gst-omx.
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cpb-size cannot be smaller than initial-delay.
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The 'finish' function do the exact same check / drop, there is no
need to duplicate this here.
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The omxvideodec base class have a totally unused prepare_frame() vritual
function, remove it.
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Added adaptive gop-mode option to ZYNQ_USCALE_PLUS encoder properties
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Instead of going through a full reset, try and change the framerate
config on the encoder when only the framerate have change.
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As the pi, the zynq has its own API to request keyframe.
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If buffers were released from the pool while
gst_omx_video_enc_handle_frame() was waiting for new buffers,
gst_omx_port_acquire_buffer() was never awaken as the buffers weren't
released through OMX's messaging system.
GQueue isn't thread safe so also protect it with the lock mutex.
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We used to track the 'allocating' status on the pool. It is used while
allocating so output buffers aren't passed right away to OMX and input
ones are not re-added to the pending queue.
This was causing a bug when exporting buffers to v4l2src. On start
v4l2src acquires a buffer, read its stride and release it right away.
As no buffer was received by the encoder element at this point, 'allocating'
was still on TRUE and so the the buffer wasn't put back to the pending
queue and, as result, no longer available to the pool.
Fix this by checking the active status of the pool instead of manually
tracking it down. The pool is considered as active at the very end of
the activation process so we're good when buffers are released during
the activation.
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The GType was missing from the second field of the struct.
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This debug category can now be used to track more OMX calls and events
so best to rename it to something more generic.
https://bugzilla.gnome.org/show_bug.cgi?id=797171
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