The calculations on the floating point numbers can't get out of the
expected range by construction expect for rounding errors at the limits.
Rounding errors at the limits shouldn't lead to assertions, so instead
clamp to the limits.
warning: trailing semicolon in macro used in expression position
--> audio/csound/tests/csound_filter.rs:52:10
|
52 | );
| ^
...
403 | &CSD!(ksmps, ichannels, ochannels, "ain, ain2 ins", "out ain"),
| ------------------------------------------------------------- in this macro invocation
|
= warning: this was previously accepted by the compiler but is being phased out; it will become a hard error in a future release!
= note: for more information, see issue #79813 <https://github.com/rust-lang/rust/issues/79813>
= note: this warning originates in the macro `CSD` (in Nightly builds, run with -Z macro-backtrace for more info)
For some reason (compiler bug?), the rust compiler fails to compare u32 and f64 types
when doing a wildcard cast on i586 with the following error:
error[E0282]: type annotations needed
--> audio/csound/src/filter/imp.rs:611:47
|
611 | if rate != out_info.rate() || rate != csound.get_sample_rate() as _ {
| ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ cannot infer type
|
= note: type must be known at this point
Using an explicit cast solves the issue.
It's only accessed from the streaming thread and in PAUSED->READY after
the streaming thread was shut down, so it's already guaranteed that only
a single thread can access it at any time.
cargo-c will produce a pkg-config file making it easier to statically
link plugins.
Also add 'static' features for plugins depending on < 1.14 as this is the
minimal required version to use static linking because of ABI changes in
core.
There is no way to dynamically ask Cargo to build static or dynamic lib
so we have to build both and pick the one we care when doing the meson
processing.
Fix#88
The audiornnoise element can be used as playbin audio-filter for instance, to
suppress noise in the audio stream.
This plugin relies on the nnnoiseless crate which implements the noise removal
algorithm of the Xiph RNNoise library, in Rust. Some demos and documentation of
the RNNoise C library can be found on:
https://people.xiph.org/~jm/demo/rnnoise/Fixes#114
