Fixed following warning.
gst-plugins-rs| WARNING: You should add the boolean check kwarg to the run_command call.
gst-plugins-rs| It currently defaults to false,
gst-plugins-rs| but it will default to true in future releases of meson.
gst-plugins-rs| See also: https://github.com/mesonbuild/meson/issues/9300
https://gitlab.freedesktop.org/gstreamer/gst-plugins-rs/-/merge_requests/698
raised the dependency via bumping the dav1d rust crate used, but didn't add
a requirement at meson level, thus with automatic or enabled option for dav1d
it would pass with an older failure, but then during compilation phase fail
with:
--- stderr
thread 'main' panicked at 'called `Result::unwrap()` on an `Err` value: PkgConfig(`"pkg-config" "--libs" "--cflags" "dav1d" "dav1d >= 1.0.0"` did not exit successfully: exit status: 1
error: could not find system library 'dav1d' required by the 'dav1d-sys' crate
--- stderr
Package dependency requirement 'dav1d >= 1.0.0' could not be satisfied.
Package 'dav1d' has version '0.8.2', required version is '>= 1.0.0'
)', /home/user/.cargo/registry/src/github.com-1ecc6299db9ec823/dav1d-sys-0.5.0/build.rs:80:10
note: run with `RUST_BACKTRACE=1` environment variable to display a backtrace
warning: build failed, waiting for other jobs to finish...
Fixes https://gitlab.freedesktop.org/gstreamer/gst-plugins-bad/-/issues/1410
Created a new plugin 'webrtchttp' to implement all the
WebRTC HTTP protocols under /net/webrtc-http directory.
WhipSink wraps around 'webrtcbin' with HTTP capabilites
to exchange SDP offer/answer so an ICE/DTLS session can
be established between the encoder/media producer (WHIP client)
and the broadcasting ingestion endpoint (Media Server).
Once the ICE/DTLS session is set up, the media will
flow unidirectionally from the WHIP client to the
broadcasting ingestion endpoint (Media Server).
Spec:
https://www.ietf.org/archive/id/draft-ietf-wish-whip-04.html
Writing a proper "depfile" to follow depending files, based on depfiles
generated by rustc.
This is based on work done while working on gobject-examples-rs
This allows for faster rebuild avoiding to run the target when nothing
changed.
This approach is not ideal as we should find a way to actually know when
to rebuild based on information from cargo itself but there seem to be
no way to do it at this point.
This plugin takes I420/YUV and appends an alpha plane to give YUVA/A420
to round the corners analogous to the border-radius in CSS. Other video
formats like NV12 not supported yet. Support for other planar formats
will follow.
Not all ways of specifying border-radius as in CSS are implemented at
the moment. Currently, we only support specifying it in pixels and it
gets applied uniformly to all corners.
csound-sys can detect the system lib using either pkg-config or using
the CSOUND_LIB_DIR env variable.
The former case just work but the second is trickier as we need to
ensure that CSOUND_LIB_DIR is defined when building.
So we no longer try to detect the lib using find_library() if user
didn't define the env variable as the build will fail later.
Also explicitly pass the env variable to cargo so user can now call
'CSOUND_LIB_DIR=/usr/lib64 meson build && ninja -C build'
and have it work without repassing the env variable to ninja.
Using ubuntu 20.04, the build was failing with version
cargo 0.47 / rustc 1.47.
Following this discussion:
https://github.com/rust-lang/cargo/issues/9340
it appears that rustc 1.52 is the minimum version.
The element expects an array of "commands", as GstStructures,
in the form:
operation, pattern=<pattern>, ...
The only operation implemented for now is replace-all, eg:
replace-all, pattern=foo, replacement=bar
Other operations can be implemented if useful in the future,
eg. "match" could post a message to the bus when the pattern
is encountered.
The main use case for this is automatic speech recognition,
as implemented by eg awstranscribe as users may want to replace
swear words with tamer language.
Commands are applied in order.
The interface is usable through the CLI with the usual escaping
strategies, though trying to pass in actual regular expressions
through it is a bit tricky, as this introduces yet another
level of escaping.
This new crate consists of two elements, jsongstenc and jsongstparse
Both these elements can deal with an ndjson based format, consisting
for now of two item types: "Buffer" and "Header"
eg:
{"Header":{"format":"foobar"}}
{"Buffer":{"pts":0,"duration":43,"data":{"foo":"bar"}}}
jsongstparse will interpret this by first sending caps
application/x-json, format=foobar, then a buffer containing
{"foo":"bar"}, timestamped as required.
Elements further downstream can then interpret the data further.
jsongstenc will simply perform the reverse operation.
