This update was generated by hackage2nix v20151217-9-geddefc2 using the following inputs:
- Nixpkgs: 066b92d429
- Hackage: e664cee71e
- LTS Haskell: 9b9c0dc0e3
- Stackage Nightly: c5293e6b9b
This will probably be mandatory soon, and is a step in the right
direction. Removes the deprecated meta.version, and move some meta
sections to the end of the file where I should have put them in
the first place.
This was preventing any ruby gem with a c extension to build.
mkmf would fail with a misleading error:
/nix/store/dmkcai8fnv21qxiasx628nim3mq4r4wg-ruby-2.2.3-p0/lib/ruby/2.2.0/mkmf.rb:456:in `try_do': The compiler failed to generate an executable file. (RuntimeError)
You have to install development tools first.
generate_stub doesn't exist and the output is not used in the code so I just
removed the line.
This was preventing the binstubs from generating properly.
Update to latest setuptools. Latest setuptools will always try to run tests.
This can cause some very vague errors. We now need to fix all packages where we do not
invoke the correct test runner.
This update was generated by hackage2nix v20151217-9-geddefc2 using the following inputs:
- Nixpkgs: a28e076b47
- Hackage: c63083af59
- LTS Haskell: cf055c2754
- Stackage Nightly: 8f10b44c12
See http://nixos.org/nixpkgs/manual/#sec-package-naming
I've added an alias for multipath_tools to make sure that we don't break
existing configurations referencing the old name.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
By default, GPGME tries to search in $PATH for the gpg and gpgconf
binaries. This has the downside, that the library won't work by its own
and needs to have GnuPG in systemPackages or the user environment.
I've stumbled on this while working on one of the dependencies of
nixos-assimilate and nixpart (volume_key), where the testing environment
didn't come with GnuPG in $PATH and thus the tests have failed.
After testing this with a few programs using GPGME, I haven't found any
weird behavior in conjunction with the GnuPG agent.
However one possible implication could be that if the GnuPG used in
$PATH (and the config files in the user's home directory) should be
vastly incompatible, it could lead to failures.
In practice however, the GnuPG1/2 versions pretty much seem to stay
compatible within their major releases so it shouldn't pose a problem.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
This update was generated by hackage2nix v20151217-9-geddefc2 using the following inputs:
- Nixpkgs: 4f74881496
- Hackage: b70bc194ef
- LTS Haskell: cf055c2754
- Stackage Nightly: 3184791ff4
This patch is directly taken from easytag. id3lib is not maintained any longer
and the last release is 13 years old.
This patch fixes some unicode issues.
Recent illumos includes a linux-incompatible `inotify.h` header, which configure detects: compilation fails.
Also, a newer `dtrace` on SmartOS fails creating the probes ELF linkable object (with `dtrace -G`). Disable for now.
Remove old configure option `--disable-modular-tests`.
Recent illumos includes a linux-incompatible `inotify.h` header, which configure detects: compilation fails.
Also, a newer `dtrace` on SmartOS fails creating the probes ELF linkable object (with `dtrace -G`). Disable for now.
Remove old configure option `--disable-modular-tests`.
This adds changes to the rebar3 expression that patch rebar3 to force it
to be hermetic. Now, by default, rebar3 literally can't download
anything. A 'rebar3-open' expression was added for those folks whe want
the normal rebar3.
Also split out gmock's source so that it can be copied into protobuf's
source. Hopefull this hack can be removed again once gmock is replaced
by gtest.
This does not include python bindings.
Nix unzips the different components of the Android SDK one by one.
It followed the directory structure of complete packages released for
mainstream OS but the names of the directories in build-tools doesn't
match those.
As a result, some programs assuming the usual directory structure and
naming conventions broke (in my case it is a gradle plugin).
This is a fix. It may introduce a regression if some programs rely on
the current behavior.
To successfully build rebar packages, it needs to be provided with
rebar3 plugins used to build it. This change passes them to env
variable. From there rebar3-nix-bootstrap takes them and symlinks into
_build/default/plugins.
Eelco showed alternative way of building static libraries via
stdenv adapter in a conversation several days ago and expressed
concern about adding new enableStatic flags.
This update was generated by hackage2nix v20151217-9-geddefc2 using the following inputs:
- Nixpkgs: 3a04b0b2d4
- Hackage: e505b113f6
- LTS Haskell: e72964a553
- Stackage Nightly: 14a3a2d00e
Regression introduced by df2b9b48cb.
This breaks the build for ltrace and other programs using libelf,
because the header file relies on features from glibc >= 2.22.
Here is an excerpt from the log output of the configure script from
ltrace:
In file included from ...elfutils-0.165/include/gelf.h:32:0,
from conftest.c:57:
...elfutils-0.165/include/libelf.h:280:8: error: unknown type name 'Elf32_Chdr'
extern Elf32_Chdr *elf32_getchdr (Elf_Scn *__scn);
^
...elfutils-0.165/include/libelf.h:281:8: error: unknown type name 'Elf64_Chdr'
extern Elf64_Chdr *elf64_getchdr (Elf_Scn *__scn);
^
In file included from conftest.c:57:0:
...elfutils-0.165/include/gelf.h:89:9: error: unknown type name 'Elf64_Chdr'
typedef Elf64_Chdr GElf_Chdr;
^
The issue has been reported in the Debian bug tracker at
https://bugs.debian.org/810885 and I'm using the patch from Mark
Wielaard that has been posted there which adds compatibility for older
glibc versions.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
This update was generated by hackage2nix v20151217-7-g3384c26 using the following inputs:
- Nixpkgs: 65d4f18f9e
- Hackage: 03c5ce2cbc
- LTS Haskell: e72964a553
- Stackage Nightly: 23478137ac
Also, install programs with the "eu-" prefix to prevent collisions
with binutils (as recommended by upstream), enable xz support, and
enable deterministic archives.
Modifies libvirt package to search for configs in /var/lib and changes
libvirtd service to copy the default configs to the new location.
This enables the user to change e.g. the networking configuration with
virsh or virt-manager and keep those settings.
