To make updating large attribute sets faster, the update scripts
are now run in parallel.
Please note the following changes in semantics:
- The string passed to updateScript needs to be a path to an executable file.
- The updateScript can also be a list: the tail elements will then be passed
to the head as command line arguments.
Introduce an extent-layer (as opposed to the existing file-level) deduplication
system for btrfs. This provides a means of finding similarities within
non-identical files, when they contain identical, aligned blocks.
I've introduced the plugin and have been maintaining it ever since, so
it's time to make myself the official maintainer in order to avoid
confusion about who to address when issues about the alternatives plugin
arise.
Signed-off-by: aszlig <aszlig@nix.build>
Cc: @wisp3rwind
This introduces the following upstream changes:
* The package is now on PyPI
* Require at least beets v1.4.7
* Update album art in alternatives when it changes
* Python 3 support (Python 2.7 continues to be supported)
* Support the format aliases defined by the convert plugin ('wma' and
'vorbis' with current beets)
* Bugfix: Explicitly write tags after encoding instead of relying on
the encoder to do so
* Bugfix: If the formats config option is modified, don't move files
if the extension would change, but re-encode
I updated this because I was pinged by @wisp3rwind about moving back to
@geigerzaehler's repository at [1].
This is what @wisp3rwind wrote in the comment[2] (which was originally
directed to @Profpatsch):
(I hope you're the one to bug, or at least can ping someone else), I
just noticed that you switched the NixOS package to my repository.
Would you please switch it back to this repo soon-ish? The code here
is better tested, and [3] is handled less elegantly on my fork since
it requires changes to the configuration. The latter are undocumented,
but whoever has bothered to take a look at the code might end up with
(harmless) unused config entries.
So in essence we're now back to the original upstream repository again,
which I changed to @wisp3rwind's fork in 29e89248bf
because it fixed issues with Python 3.
Stripping the long_description from setup.py also doesn't seem to be
required anymore, but I didn't investigate why (might be because either
our Python tooling now sets a default language or the README simply no
longer has non-ASCII characters).
[1]: https://github.com/geigerzaehler/beets-alternatives
[2]: https://github.com/geigerzaehler/beets-alternatives/issues/23
[3]: https://github.com/geigerzaehler/beets-alternatives/pull/27
Signed-off-by: aszlig <aszlig@nix.build>
Since 0f38d9669f, the default Python
version for Python 3 is now Python 3.7.
It has been a while since beets had a new release, but the fix for
Python 3.7 is already in master (and it's also rather small), so I
decided to cherry-pick the commit as a patch.
I've built the package along with its tests and they failed at first,
but the errors were unrelated. So I disabled the tests for pylint, as
they're failing right now.
In addition I also needed to temporarily revert
0d2f06ae3a, which supposedly should fix
issues with Python 2 but aparently breaks Python 3 support and during
the beets tests we get a ModuleNotFoundError for the "_gi_gst" module.
However I didn't further investigate why this happens, as I'm time
constrained right now. But after disabling the pylint tests and the
revert of the mentioned gst-python commit, the beets tests succeed.
Signed-off-by: aszlig <aszlig@nix.build>
Cc: @jtojnar, @lopsided98 (for introducing the gst-python change)
Cc: @domenkozar, @pjones (other beets maintainers)
* woeusb: add p7zip to runtime deps enable extra feature (#47982)
WoeUSB depends on presence of '7z` binary in the path to execute an extra step.
As Windows 7's installation media doesn't place the required EFI bootloaders
in the right location, WoeUSB extracts them from the system image manually
using '7z' binary which it checks with 'command -v 7z'.
See related code at:
aea4f91783/src/woeusb (L1530)
* woeusb: split native build inputs
Mininet (https://github.com/mininet/mininet) is a popular network emulator that
glues several components such as network namespaces, traffic control
commands into a set of python bindings. It is then "easy" to describe a
topology and run experiments on it.
