ninja is a build system written in C++ that just happens to use python
to build/install *itself*. It is not a "python package".
After this commit, ninja will be at pkgs.ninja instead of
pkgs.pythonPackages.ninja.
See #490 discussion.
This reverts commit 1278859d31, reversing
changes made to 0c020c98f9.
Conflicts:
pkgs/desktops/xfce/core/xfce4-session.nix (take master)
pkgs/lib/misc.nix (auto)
* 0.8.7p1 doesn't contain *.info documentation; use manpage
instead
* Update meta.description to not contain the package name (redundant)
* 0.8.7p1 only builds with python dateutil==1.5, so that has to be added
as well
Runtime tested with the buildbot slave that is added in the next commit.
Spyder says about itself that it has
...the support of IPython (enhanced interactive Python interpreter) and
popular Python libraries such as NumPy (linear algebra), SciPy (signal
and image processing) or matplotlib (interactive 2D/3D plotting).
So I think having those available as default is a the right thing to to.
(We can easily make a stripped down spyder expression if needed later.)
I've added the list of recommended and optional dependencies as
described here:
http://pythonhosted.org/spyder/installation.html#dependencies
Spyder (previously known as Pydee) is a powerful interactive development
environment for the Python language with advanced editing, interactive
testing, debugging and introspection features.
The name Spyder comes from Scientific PYthon Development EnviRonment.
Slic3r is a tool to convert a digital 3D model into printing
instructions for your 3D printer. I have some build/run issues with it
so add it later.
These perl modules are added:
AlienWxWidgets
BoostGeometryUtils
constant-defer
ExtUtilsCppGuess
ExtUtilsTypemapsDefault
ExtUtilsXSpp
GrowlGNTP
MathLibm
MathClipper
MathConvexHullMonotoneChain
MathGeometryVoronoi
MathPlanePath
ModuleBuildWithXSpp
NetDBus
Spiffy
TestBase
Wx
A couple of old modules were no longer available on CPAN so I bumped
them:
DataUUID
ExtUtilsMakeMaker
ExtUtilsManifest
version
VersionRequirements
XMLTwig fails in the test phase (it is missing a dependencies), so the
test is skipped. (How did it pass the test before?)
stlink is an in-circuit debugging and programming tool for ST-Link v1
and v2 devices. It is similar to OpenOCD but just for ST-Link devices.
https://github.com/texane/stlink
IMPORTANT: You need permissions to access the stlink usb devices. Here
are example udev rules for stlink v1 and v2 so you don't need to have
root permissions (copied from <stlink>/49-stlink*.rules):
SUBSYSTEMS=="usb", ATTRS{idVendor}=="0483", ATTRS{idProduct}=="3744", MODE:="0666", SYMLINK+="stlinkv1_%n"
SUBSYSTEMS=="usb", ATTRS{idVendor}=="0483", ATTRS{idProduct}=="3748", MODE:="0666", SYMLINK+="stlinkv2_%n"
The recent sqlite update broke -- among other things -- the Hydra regression
test suite. Until these issues have been resolved, we stick to the older
reliable version.
- Add version 3.7.14.1 again, so that we can work around issues caused
by the recent 3.7.16.1 update.
- Drop obsolete version 3.6.x.
- Consistently use the sqlite version number to name the file of the
expression.
This reverts commit a2ddd3643e.
@peti pointed out that python2.6 packages are now prefered over
python2.7. In a local test it was the other way round. seems to be
arbitrary or I messed up the test.
for `nix-env -i` the later defined python27Packages seems to win.
Another solution might be to have python26 oder python27 either in the
name or the version. Let's have a look at haskelPackages for that.
Most of the stuff was duplicated (headers, the core library).
The new solution makes the _qt4 package use the _glib one,
because it depended on glib through cairo anyway
(and _glib bindings themselves are just ~350kB).
This also fixes a problem that mergeAttrsByFuncDefaultsClean
didn't merge patches, which affected dbus.libs.
The freaky implementation was done that way in order to avoid unnecessary
re-builds of all Haskell packages by changing the wrapper script used
internally in those builds.
See <https://github.com/NixOS/nixpkgs/pull/466> for further details.
It works enough to display bootsplash animations in an xorg session and a VT.
I haven't figured out how to run it successfully from the initrd yet and I'm also not happy with the postInstall mess, but I'd rather merge it now than let it get lost. It seems like it should be possible for a user to activate it by using boot.initrd.extraUtilsCommands and boot.initrd.postMountCommands
The previous implementation used the following tying-the-knot trickery to
override 'doCheck' to false for the given build:
cabalNoTest = {
mkDerivation = x: rec {
final = self.cabal.mkDerivation (self: (x final) // { doCheck = false; });
}.final;
};
That seemed to work, but for some reason it caused trouble with some builds --
not all -- that use jailbreakCabal. The problem was the 'stdenv' attribute
couldn't be evaluated properly anymore:
$ nix-build ~/pkgs/top-level/release-haskell.nix -A optparseApplicative.ghc6104.x86_64-linux --show-trace
error: while evaluating the attribute `drvPath' at `/nix/store/qkj5cxknwspz8ak0ganm97zfr2bhksgn-nix-1.5.2pre3082_2398417/share/nix/corepkgs/derivation.nix:19:9':
while evaluating the builtin function `derivationStrict':
while instantiating the derivation named `haskell-optparse-applicative-ghc6.10.4-0.5.2.1' at `/home/simons/.nix-defexpr/pkgs/build-support/cabal/default.nix:40:13':
while evaluating the derivation attribute `configurePhase' at `/home/simons/.nix-defexpr/pkgs/build-support/cabal/default.nix:107:13':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/lib/strings.nix:55:26':
while evaluating the attribute `outPath' at `/nix/store/qkj5cxknwspz8ak0ganm97zfr2bhksgn-nix-1.5.2pre3082_2398417/share/nix/corepkgs/derivation.nix:18:9':
while evaluating the builtin function `getAttr':
while evaluating the builtin function `derivationStrict':
while instantiating the derivation named `jailbreak-cabal-1.1' at `/home/simons/.nix-defexpr/pkgs/build-support/cabal/default.nix:40:13':
while evaluating the derivation attribute `nativeBuildInputs' at `/home/simons/.nix-defexpr/pkgs/stdenv/generic/default.nix:76:17':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/lib/lists.nix:135:21':
while evaluating the attribute `buildInputs' at `/home/simons/.nix-defexpr/pkgs/build-support/cabal/default.nix:22:17':
while evaluating the builtin function `filter':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/build-support/cabal/default.nix:22:60':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/top-level/haskell-packages.nix:119:17':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/lib/customisation.nix:61:22':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/lib/customisation.nix:56:24':
while evaluating the builtin function `isAttrs':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/development/libraries/haskell/Cabal/1.14.0.nix:1:1':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/top-level/haskell-packages.nix:113:20':
while evaluating the attribute `final' at `/home/simons/.nix-defexpr/pkgs/top-level/haskell-packages.nix:114:7':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/build-support/cabal/default.nix:9:5':
while evaluating the function at `/home/simons/.nix-defexpr/pkgs/stdenv/generic/default.nix:51:24':
while evaluating the attribute `meta.license' at `/home/simons/.nix-defexpr/pkgs/development/libraries/haskell/Cabal/1.14.0.nix:17:5':
infinite recursion encountered
I tried to figure out why this happens, but eventually gave up. The new
implementation passes an argument called 'enableCheckPhase' to the Cabal
builder, which determines whether the user-specified doCheck value has any
effect or not. Now, a normal override can be used to disable unit testing.
- update some modules to work with the newer server
- fix many other modules via overrides
- huge cleanup in overrides via better propagation
and pixman include flattening
- URLs of XCB stuff have been moved
The new job set has the following structure:
pkg.ghc762.x86_64-linux = pkgs_x86_64_linux.haskellPackages_ghc762.pkg;
pkg.ghc762.i686-linux = pkgs_i686_linux.haskellPackages_ghc762.pkg;
pkg.ghc6123.x86_64-linux = pkgs_x86_64_linux.haskellPackages_ghc6123.pkg;
pkg.ghc6123.i686-linux = pkgs_i686_linux.haskellPackages_ghc6123.pkg;
This gives us (in theory) the ability to generate a Hydra page that displays
the build status of a package across all versions of GHC and all systems. Right
now, Hydra is not up to it, but Eelco says the feature is "on the todo list".
This file doesn't specify the supported build systems explicitly. Instead, that
information is taken from the respective pkg.meta.platforms attribute.
- rename to zc_builout* while keeping alias back to buildout (opening ticket
later to remove it)
- meta: adding zpl licenses
- meta: adding me maintainer
