This requires a RUSTFLAG to be set before hand for rayon to build.
This brakes a lot of tools like rls and clippy by default and
require special configs for itnegration.
Additionally, rayon_futures is still 0.1 and not much work seem
to have gone into it. Ideally it should be replased with the tokio
runtime/threadpool.
Added translation support based on the Fractal i18n. To do this I've
added the gettext-rs crate dep. I'm using my own fork because the
official gettext-rs release includes the gettext source files and that
increase the distribution package a lot and for distribution with
flatkap we don't need to build gettext, the lib is in the gnome sdk. So
this gettext-rs fork is the same, but removing the not needed gettext
source files.
The i18n.rs file adds some useful functions to translate strings. These
functions wraps the original gettext and adds more functionality, to be
able to translate compound strings, something that's not supported by
the gettext function.
The 'i18n' function works like the gettext, receives a plain string
without params.
The 'i18n_f' function receives a string with "{}" and a ref to an array
of &str with substitutions for the "{}" in the original string. The
substitution is done by order.
The 'i18n_k' function receives a string with "{named}" and a ref to an
array of (&str, &str) with substitutions for the "{named}" in the
original string. The substitution is done by name, where the first &str
in the tuple is the name and the second the string to use for the
replace.
This mod also include ni18n variants of the three functions for plural
and singular translations.
I've also created the spanish translation.
See #61https://gitlab.gnome.org/World/podcasts/issues/61
This is not really compiant with the OPML spec and there
does not seem to be an OPML crate sadly. There are edge-cases
that are not handled but will only be addressed if a problem is reported.
The performance boost is not good enough to justify the
code complexity it add and the memory overhead of
yeat another threadpool.
We will start refactoring the whole pipeline implemantation
and might transition to either rayon-futures or tokio-runtime.
Currently it's required that you take mut self in order to manipulate
the internal state machines. This would not allow passing an Arc/Rc to
a callback since A/Rc<T> only derefs to &T and not T.
The take_mut crate allows the retrieval of ownership if you have a &mut refference
and as long you return T again. So Arc<Mutex<Machine> could work with
callbacks and embed Nested state machies without copying.
