In this case, we also need to specify compilation flags to mark stacks as
non-executable, otherwise PaX will not allow ghc or binaries built by ghc
to run. This is what gentoo-hardened does as well.
It sucks, I know, but GHC just doesn't compile reliably when built with
some -j<n> option. :-( We have build errors because of apparent race
conditions all over the place on Hydra. This causes so much trouble for
users that it's not worth keeping this option enabled, IMHO.
1) The wrapper erroneously used the ghc-pkg flag "--package-db" instead of
"--global-package-db". The result was that packages installed locally in
~/.ghc and ~/.cabal were invisible to GHC. This has been fixed.
2) The wrapper now deals gracefully with an empty package set: if no package
is requested to be included in the wrapped environment, the wrapper just
installs a pristine GHC.
3) Correctly configure the "docdir" path returned by ghc-paths.
4) Added some comments that describe the idea behind our ghc-paths patches and
gives users same sample shell code that can be used to import our special
environment variables into the currently running shell, so that programs
outside of the wrapped environment can use them, too.
The ghcWithPackage expression now has an argument 'ignoreCollisions' that
allows users to disable the path collision check like so:
(pkgs.haskellPackages.ghcWithPackages (pkgs: with pkgs; [ haskellPlatform ])).override { ignoreCollisions = true; };
See d64917ad17
for a long and detailed discussion of why these path collisions may occur.
Haskell packages -- i.e. packages built by our Cabal builder -- invariably have
the attributes 'pname' and 'version'. We use the absence of these attributes to
recognize non-Haskell packages and filter them from the closed package set
generated by closePropagation. We do this so that the generated Haskell
environment won't contain paths like "/lib/libz.a", which are part of the
closure but have nothing to do with Haskell.
The previous scheme used the attribute 'ghc' to accomplish the same thing, but
unfortunately other packages to contain a 'ghc' attribute, too, like the
old-style ghc-wrapper. Including the ghc-wrapper in this environment is
pointless, obviously. The new approach filters the ghc-wrapper successfully.
* There now is full support for building Haskell packages as shared libraries
for GHC versions 7.4.2 or later. The Cabal builder recognizes the following
attributes:
- enableSharedLibraries configures Cabal to build of shared libraries in
addition to static ones. This option requires that all dependencies of
the package have been compiled for use in shared libraries, too.
- enableSharedExecutables configures Cabal to prefer shared libraries when
linking executables.
The default values for these attributes are arguments to the haskellPackages
expression.
* Haskell builds now run in a LANG="en_US.UTF-8" environment to avoid plenty
of build and test suite errors. Without this setting, GHC seems unable to
deal with the UTF-8 character encoding that's generally considered standard
in the Haskell world.
* The Cabal builder supports a new attribute 'testTarget' to specify the exact
set of tests to be run during the check phase.
* The ghc-wrapper attribute ghcVersion has been removed. Instead, we use the
ghc.version attribute, which exists in unwrapped GHC derivations, too.
The change was supposed to trigger a re-build to fix a broken GHC binary
on the Hydra build farm, but now it turns out that the cause for the
errors we're seeing isn't GHC: all kinds of (non-Haskell) packages are
broken.
Conflict in kerberos, which was updated both in master and in
stdenv-updates. Kept the stdenv-updates version, except pulled in the
enableParallelBuilding change from master.
Signed-off-by: Shea Levy <shea@shealevy.com>
Conflicts:
pkgs/development/libraries/kerberos/krb5.nix
The wrapper script accumulated some cruft over the last couple of months
because we did changes in freaky ways to avoid triggering re-builds of all
Haskell packages. Most of these kludges have been thrown out now.
This patch doesn't change the behavior of the wrapper except for one thing: the
internal helper scripts "ghc-get-packages.sh" and "ghc-packages.sh" are no
longer installed in the bin directory of the generated derivation.
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.
Conflicts:
pkgs/development/libraries/libxslt/default.nix
Commit 1764ea2b0a introduced changes to libxslt
in an awkward way to avoid re-builds on Linux. This patch has been simplified
during this merge.
This predicate filters out packages that weren't created by the Cabal builder.
Doing that greatly reduces the likelihood of file collisions in the generated
environment, because Haskell packages tend to have a lot of propagated build
inputs.
For example, both zeromq 2.x and 3.x use the same names for their header files.
Users of haskell-zeromq don't need those headers, so we just don't include them
in the generated environment to avoid the collision that would otherwise occur
when haskell-zeromq 2.x and 3.x are installed into the same environment.
uses for its core libraries, so that these files integrate seamlessly into one
profile, living right next to each other. This change is eventually going to
simply our with-packages wrapper quite a bit.
When the ghc-paths library is compiled, the paths of the
compiler it is compiled with are being hardcoded in the
library (and can then be queried from other applications
using the library).
But on Nix, packages are compiled with ghc-wrapper, and
subsequently possibly used with a special version of ghc
generated for a particular environment of packages. So
one version of ghc-paths may potentially end up being
used by lots of different instances of ghc. The hardcoding
approach fails.
As a work-around, we now patch ghc-paths so that it allows
setting the paths that can be queried via environment
variables. Specific GHC environments can then set these
environment variables in the wrapper shell script that
invokes GHC.
This should at least partially solve issue #213.
Any attempt to instantiate these expressions on an unsupported platform is
going to 'throw' an error. The call to 'assert' doesn't add any value to
that (and generates less readable error messages, too). Further details are
available at <https://github.com/NixOS/nix/issues/56>.
I got the following error in 4 consecutive attempts:
building rts/dist/build/AutoApply.debug_o
building rts/dist/build/AutoApply.thr_o
rts_dist_HC rts/dist/build/AutoApply.debug_o
/nix/store/1iigiim5855m8j7pmwf5xrnpf705s4dh-binutils-2.21.1a/bin/ld: cannot find libraries/integer-gmp/dist-install/build/cbits/gmp-wrappers_o_split/gmp-wrappers__1.o
collect2: ld returned 1 exit status
make[1]: *** [libraries/integer-gmp/dist-install/build/cbits/gmp-wrappers.p_o] Error 1
This change allows use of the with-packages wrapper in user profiles that are
being updated with "nix-env -u \*". The previous name this expression generated
was considered by Nix to be an older version of "ghc-7.0.4-wrapper", because
that name has a higher priority.
svn path=/nixpkgs/trunk/; revision=33325
Merge conflicts:
* unzip (almost trivial)
* dvswitch (trivial)
* gmp (copied result of `git merge`)
The last item introduced gmp-5.0.3, thus full rebuild.
+ensureDir->mkdir -p in TeX packages was catched by git but not svn.
svn path=/nixpkgs/branches/stdenv-updates/; revision=32091
I assumed that Hydra would arrive at that result anyway, but apparently
it doesn't: no x86_64-darwin builds have occurred despite the fact that
we can bootstrap on that architecture now.
svn path=/nixpkgs/trunk/; revision=28882
I have no idea whether that's going to work, and I can't test it for
lack of access to a MacOS X machine, but think chances are pretty good
that this is going to succeed.
svn path=/nixpkgs/trunk/; revision=27751
There were two problems preventing GHC 7.0.2 from being built on MacOS. For
one, the 'configure' script automatically added the flag
-isysroot /Developer/SDKs/MacOSX10.5.sdk
to the command-line that's being passed to GCC. This setting doesn't work with
our GCC, and resulted in build errors because standard headers like <stdargs.h>
could no longer be found.
Secondly, the build depends on install_name_tool, which has been added as a
buildInput.
These changes trigger a re-build on all platforms, not just on Darwin. I
realize that this could have been avoided by adding some cruft. However, I
didn't want to add cruft, so there you are.
svn path=/nixpkgs/trunk/; revision=26513
This is supposed to become the new default version of GHC once
the new Haskell Platform is released (but only then).
svn path=/nixpkgs/trunk/; revision=26217
The wrapper script for ghc-pkg changes the command's default behavior such that
global packages -- i.e. packages that are part of GHC itself -- are no longer
found:
$ ghc-pkg describe base
ghc-pkg: cannot find package base
This patch remedies the problem.
svn path=/nixpkgs/trunk/; revision=19256
make cabal expression add etxra library paths only if they exist.
Adding myself as maintainer so that the buildfarm builds ghc.
svn path=/nixpkgs/trunk/; revision=19198
The initial MacOS X binaries have been linked to libgmp.dylib using some
mad path in /opt that's now hard-coded into the program. Consequently,
$DYLD_LIBRARY_PATH must contain the place where libgmp really is for
those binaries to run correctly. Tested on i386-apple-darwin9.7.0.
svn path=/nixpkgs/trunk/; revision=17873
Unfortunately, the same problem occurs again with 'installPackage', so as of
now, GHC cannot be installed on Red Hat.
svn path=/nixpkgs/trunk/; revision=16314
$out/lib/ghc-pkgs/ghc-<version>/<package>.conf instead of under
$out/nix-support/ghc-package.conf. This makes them visible in the
user's profile when installed with nix-env.
svn path=/nixpkgs/trunk/; revision=15135
set GHC_PACKAGE_PATH.
* Let Cabal generate a package configuration file
($out/nix-support/ghc-package.conf) instead of a registration
script.
svn path=/nixpkgs/trunk/; revision=15127
into haskell-packages.nix, which depends on an instance of GHC.
This allows a consistent set of packages to be built with the same
GHC. For instance,
$ nix-build -A haskellPackages_ghc683.xmonad
builds xmonad and all its dependencies with GHC 6.8.3, while
$ nix-build -A haskellPackages_ghc6102.xmonad
does the same with GHC 6.10.2. This is the same technique used with
kernelPackages. It also means that we don't need things like
"cabal682" and "cabal683" anymore.
* The setup hook is now in a separate wrapper package so that we don't
have to recompile all of GHC every time we want to make a small
change.
* cinelerra: this package appears to have an accidental dependency on
the "X11" Haskell package.
svn path=/nixpkgs/trunk/; revision=15125
suggestion. It's good to use an older GHC for bootstrapping because
old versions can build newer versions but not vice versa.
svn path=/nixpkgs/trunk/; revision=15120
the package).
* Removed the old ghc-wrapper, which hasn't been used for a long time.
* Renamed the "boot" GHC to "binary", which is more descriptive.
(They *can* be used for other things than bootstrapping a GHC
source build.)
* Updated the GHC 6.10.1 binary to 6.10.2.
svn path=/nixpkgs/trunk/; revision=15095
rebuild all of GHC every time the setup hook changes. Thus its
better to factor it out. (After all, the setup hook doesn't have to
be provided by the GHC package proper; it can also be provided by
some helper package.)
svn path=/nixpkgs/trunk/; revision=15094
Several binaries (except for ghc itself, for which there was a
workaround) were broken before because they were stripped
during installation. Now, all binaries should work, in particular
ghc-pkg ...
svn path=/nixpkgs/trunk/; revision=13717
New is the file containing executables (such as alex/ happy)
some new libraries
The wrapper no longer installs tags by default. You have to add it to your config
So I'm ready to start merging
svn path=/nixpkgs/trunk/; revision=11554
updated bleeding edge stuff (should now work for the bulidfarm as well because
dist files are stored on my server)
moved experimental my_env into its own file
svn path=/nixpkgs/trunk/; revision=11026
- fetchdarcs_2pre added
- flapjax added
- no longer used : annotatedDerivations
- added bleeding edge repos with a tiny nix repository manager which dowloads and
updates repostiries, then creates tar.gz dist files which are used by bleeding_edge_source
(darcs tested only by now)
- added experimental my_environment with example
svn path=/nixpkgs/trunk/; revision=10974
http://consttype.blogspot.com/2007_07_01_archive.html) around the
fact that Perl 5.10 no longer supports the $* variable, which GHC's
evil mangler requires.
svn path=/nixpkgs/branches/stdenv-updates-merge/; revision=10833
and /tag/ source code which to build up develop environments more easily ( TODO
make this optional for ghcWrapper )
svn path=/nixpkgs/trunk/; revision=10648
Just install ghc68_wrapper which will install the required dependencies ghc
(and libraries) itself.
The list libraries given in the wrapper attribute set can be user tuned in the future ?
An alternative would be creating something similar to the gcc/g++ include/ lib/ scheme which
is could be used by ghc to find installed packages..
svn path=/nixpkgs/trunk/; revision=9581
URLs to http://nix.cs.uu.nl/dist/tarballs. With content-addressable
mirror support (r9190, NIXPKGS-70) this is no longer necessary:
fetchurl will try to download from that location automatically. So
we can keep the original URLs.
svn path=/nixpkgs/trunk/; revision=9192
- this fixes ghc on x86_64 and hopefully doesn't break 32-bit
- ghc-6.6.1 and -6.6 are tested on 64-bit, 6.4.2 might fail
svn path=/nixpkgs/trunk/; revision=9132
the new $NIX_GCC/nix-support/dynamic-linker file to locate the
dynamic linker directly (don't hardcode ld-linux.so.2).
svn path=/nixpkgs/trunk/; revision=6873
