It is possible for a format to be supported by hardware but not by
av_hwframe_transfer for uploading. This breaks the best upload format
selection. We first select the hardware input format and then choose the
best software format that can be uploaded. In some cases, this may
result in a format that is not uploadable at all, leading to an error.
To solve this, we should avoid adding non-uploadable formats to the fmts
table.
For example, for format d3d11/yuv420p, av_hwframe_transfer_get_formats()
returns empty list of formats.
If you type something before pressing Ctrl+r, filter the commands
containing the typed line.
fuzzy_find() is modified to not code a separate case when the line is
empty in both handle_edit() or search_history().
There are too many issues created with problematic contents (like "#1"
in uname output) that cause unwanted expansion to markdown formats
and links to issues. The information here should be fairly simple in
format that markdown isn't needed. Use plain text rendering instead.
Change to always use drmModeAddFB2WithModifiers for all formats and fall
back on using drmModeAddFB2 if drmModeAddFB2WithModifiers fail.
With the DRM_MODE_FB_MODIFIERS-flag now only being used for formats with
modifiers all formats without modifiers should also work.
Signed-off-by: Jonas Karlman <jonas@kwiboo.se>
Similar to handles the modifiers must be supplied for each plane of the
format or a framebuffer cannot be created.
Use the format_modifier tied to the object used for the plane to fix use
of formats with modifiers.
Also fix the improper use of the DRM_MODE_FB_MODIFIERS-flag for formats
without modifiers.
This fixes playback of videos decoded by e.g. rpivid into a NV12 format
using SAND128 modifer on RPi using the drmprime-overlay interop.
Signed-off-by: Jonas Karlman <jonas@kwiboo.se>
In general, mpv treats numpad keys as separate inputs. The +-*/ keys
however are exceptions so it's not possible to distinguish them from
non-numpad keys.
This adds keycodes corresponding to these keys so that they can be
handled differently.
Now that we have identified the device types associated with each hwdec, we
can take advantage of this to ensure that get the right hwdec is chosen when
decoding frames and there are multiple choices available with different device
types.
This is also plumbed into the filter initialisation logic, although in practice
the decision on the hwdec has already been made at this point - still it's
easier than retaining the ambiguous look up logic and worrying that it might
lead to an inconsistent result.
As the first step towards handling scenarios where the are multiple hwdecs for
a given image format but backed by different AVHWDeviceTypes, let us annotate
the hwdecs with their corresponding device types.
From this, we can also see how all the existing hwdecs which match the same
image format also match the same device type.
Previously, this was in the rubberband filter but it gives out random
numbers without explaning where they come from. Move it to the --pitch
section instead and reword it a bit. Closes#14652.
