haskell-gi and haskell-gi-base have released a 0.25.0 version on
hackage, but hackage nightly still has an 0.24.* version.
However there are some packages depending on haskell-gi like gi-vte
which are not in stackage, but have releases on hackage which address
the changes in 0.25.0. The resulting mismatched versions result in
compilation failures which are addressed by restricting these packages
to a version supporting 0.24.* temporarily until Stackage Nightly
catches up.
The most prominent package affected by this breakage was termonad which
depends gi-vte, cc @cdepillabout on this.
pandoc 2.12 changed and removed a few exports gitit used. I procured a
patch which fixes those without any refactoring by vendoring in the
removed function from pandoc which is no problem as they are both
available under the GPL 2.0.
This override currently breaks eval, but is probably still necessary in
some form. However the change to fix it is non-trivial and not quickly
actionable as hls-plugins-api currently is broken so the intended target
of the override (haskell-language-server) can't be tested.
Something in a similar spirit would be pinning lsp-test to 0.14.0.0
which would however require to pick this patch from
haskell-language-server master:
6d1f1a55e3
To me this sounds like a promising solution as it also adjusts to lsp
1.2 which we now have in haskellPackages. Supposedly it also fixes some
tests, so maybe we can remove the dontCheck.
cc @maralorn
Contains vendored in patches from https://github.com/mirage/ocaml-freestanding/pull/93
to make building within nixpkgs simpler. These serve as a makeshift
solution until ocaml-freestanding is released with its overhauled dune
based build system which will also support cross compiling. Upstream has
indicated that they are interested in making it work well with nix as
well.
* Import with callPackages
* Use buildPackages for building a cross-compiler
* Patch-out potential conflicts in nim.cfg
* Generate a configuration with toolchain detection
* Build with strictDeps enabled
Maximum password length per cjdns code is somehwhere less than that, see
ecd01e7681/client/AdminClient.c (L80)
Currently we generate 96 char long passwords that don't work
This changes it so password length is just 32 chars long
Reuse the configuration generated by configure.sh to dynamically install
the bindings for all enabled targets. A bit of a hack grepping for the
respective lines in the Makeconf which incidentally also parse as shell.
Alternative would be to check for the target libs.
