pyrtlsdr needs pandoc at build time. Fixes the build since commit
f6eb190e70
("python.pkgs.pyrtlsdr: disable tests to fix build"). (That commit
bumped the package to a new version.)
The latest release of libyamlcpp in nixpkgs does not build because it
uses an older version of boost than the one in nixpkgs and therefore
expects a particular header file which does not exist in the latest
boost anymore. For this reason, a later (git) version of libyamlcpp is
used here (which actually doesn't even require boost).
The substituteInPlace in the prePatch phase is needed because libevdev
places its headers in non-standard places, meaning Nix cannot normally
find them. The `cut` command removes the first two "-I" characters from
the output of `pkg-config`. This needs to be in the prePatch phase
because otherwise Nix will patch these lines to `/var/empty`, meaning
you would have less specific replacement (in case other lines are also
patched to `/var/empty`).
I wrote the patch. (I believe it is NixOS specific.)
Upstream changes:
* Tesseract 4.00.00alpha:
* Version parsing: Ignore suffix (so '4.00.00alpha' == (4, 0, 0))
* Libtesseract: Load libtesseract.so.4 instead of libtesseract.so.3
if available
* Support for Tesseract 3.05.00:
* Builders: Split field 'tess_conf' into 'tess_flags' and 'tess_conf'
* Libtesseract: If available, use
TessBaseAPIDetectOrientationScript() instead of
TessBaseAPIDetectOS
* Libtesseract:
* Workaround: Prevents possible segfault in image_to_string() when
the target language is not available
Full upstream change log can be found at:
https://github.com/openpaperwork/pyocr/blob/b006123d1d002711b9/ChangeLog
The tesseract.patch for supporting Tesseract version 3.05.00 has been
applied upstream and we can safely drop it.
We now use substituteInPlace in conjunction with a patch to insert the
relevant store paths instead of sed, so it's less fragile whenever we
have upstream changes in handling of these paths.
I've tested this by reverting 48a941e29f and applying a build
fix patch of Cuneiform 1.1.0 from Arch Linux, because right now
Cuneiform is an experimental version that can't be fixed on behalf of
pyocr (the reason is that pyocr needs to get a list of languages, which
doesn't work in that version anymore).
In addition to that I've successfully built paperwork-backend which by
now is the one package which depends on pyocr. However, I didn't do
runtime tests of Paperwork.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
Cc: @7c6f434c
We already have a patch feeling lonely inside the python-modules
directory and to have everything at one place let's actually move pyocr
into its own dedicated directory so it's easier to patch it up (which
we're going to).
Right now, the package fails to build because of a few test failures, so
I haven't tested this apart from evaluating.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
In order to run the tests for the external plugins of beets, we need to
have beets itself as a dependency. So in order to do that, we now pass
beets without plugins and tests to the nativeBuildInputs of the plugins
so that we can run them.
As soon as the plugins are built they become part of the final beets,
which also has tests enabled, so disabling the tests for beets
derivation that is used for external plugin tests is a non-issue here
because they're going to be executed anyway.
Enabling tests for the alternatives plugin is pretty straightforward,
but in order to run tests for the copyartifacts plugin, we need to bump
the source code to the latest Git master.
The reason for this is that the version that was in use until now
required to have the beets source directory alongside of the
copyartifacts source code, but we already have beets available as a
normal dependency.
Updating copyartifacts to latest master largely consists of unit test
changes and a few Python 3 compatibility changes. However, one change
has the biggest stat, which is
sbarakat/beets-copyartifacts@1a0c281da0.
Fortunately, the last change is just moving the implementation to a
newer API from upstream beets and by the looks of the implementation it
seems to break support for moving files. However, reverting this commit
also reveals that moving files was already broken before, so it wouldn't
matter much whether we have this version bump or not.
Tested with the following command:
nix-build -E '(import ./. {}).beets.override {
enableAlternatives = true;
enableCopyArtifacts = true;
}'
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
Cc: @domenkozar, @pjones, @Profpatsch, @michalrus
Regression introduced by 94351197cd.
Running the tests results in the following traceback:
...
File ".../unittest/loader.py", line 91, in loadTestsFromName
module = __import__('.'.join(parts_copy))
File ".../test/regrtest.py", line 184, in <module>
for module in sys.modules.itervalues():
RuntimeError: dictionary changed size during iteration
The reason for this is that the test directory itself is called "test"
and the package including regrtest.py is also called "test", so the
loader tries to load tests from its own implementation.
We could fix this by changing PYTHONPATH and/or making the test
directory a proper package, but we'd still have failing tests because
beets itself is required to run the tests.
However for now I'm just removing the unit_tests kwarg in setup.py so
that we have the same behaviour as before the initially mentioned
commit.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
This has been introduced in 6a6fb6d31c.
Relying on non-free software by default is probably a bad idea. Apart
from the fact that (sane) people usually don't want to have it sitting
on their system even people who don't care will have to set
"allowUnfree" to true in order to install conky.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
Cc: @canndrew, @Mic92
1. Detect (and automatically handle) parasitic systems.
2. Each nix package has only one asd, and (almost) every parasitic
package inside it builds.
3. Ensure that parasitic systems are compiled.
4. Remove unnecessary testnames lisp override mechanism (the
testnae/testSystem is replaced by parasites/buildSystems).
5. Parasitic systems (if included in the system closure) become
aliases to their host package.
6. Support caching fasl files in a known directory (for faster
re-generation after modifying quicklisp-to-nix-system-info).
7. Eliminate unnecessary overrides. We're going to determine ALL
lisp dependencies correctly.
8. Don't try to "build" lisp packages with make. lispPackages should
be about bringing in a lisp library.
9. Eliminate the hand-maintained list of aliases. Parasites should
become aliases. Everything else should be a real package.
