Prevent the download of jsoncpp to happen at build time.
Don’t treat warnings as errors, since there is a warning about the major() macros in GNU libc.
This reflects upstream versioning change, and allows
us to replace 4.0 with 4.1 (which is now a minor revision)
without changing the attribute name.
Thanks to @vcunat for the idea.
* Add a "lib" output containing (for the moment) only libOpenCL. This
reduces the closure size of opensubdiv and blender by about 2 GiB.
* Add a "doc" output (about ~200 MiB).
* Remove the "sdk" output since it was worse than useless: all of the
"sdk" output was also included in "out", so it actually increased
disk space usage.
* Run patchelf on ELF binaries only.
On 3.9 the substituteInPlace is equivalent to the patch,
hopefully this is a slightly more robust way to make
the same substitution for the 4.0 version.
Apply this change unconditionally for consistency across versions,
even if the changed strings are unused on other platforms.
Discussion:
https://github.com/NixOS/nixpkgs/pull/22970#discussion_r101926144
- Append emacs to the oz wrapper's command search path rather than the
rpath. Previously, emacs would end up in the closure but the oz
shell script would not be helped by it. Now a user without emacs in
their PATH can still get the complete Oz experience (which depends
crucially on emacs). To build a variant without emacs, do
mozart.override { emacs = null; }
- Patch full path to oz executable into the oz desktop item to make the
output less reliant on the runtime PATH
- Compress .elc files to save a little bit of space
- Make it easier to extend platform support
- Inline builder.sh
- Be more specific about patching. oz and ozc are capable of inferring
OZHOME themselves; thus we generate wrappers only for the binary
executable components.
Note that gmp and boost would be removed by patchelf --shrink-path; I've
no idea whether they are used somehow, so we leave them in and forego
rpath shrinking for now.
* All projects are available under NCSA license,
other than dragonegg.
* "Runtime" projects are dual-licensed under
both NCSA and MIT:
libc++, libc++abi, compiler-rt
* I don't mention MIT for compiler-rt as
we only build it as part of LLVM.
If the flag enableIntegerSimple is true GHC will be build with the GPL-free but
slower integer-simple library instead of the faster but GPLed integer-gmp
library.
The attribute `pkgs.haskell.compiler.integer-simple."${ghcVersion}"` provides a
GHC compiler build with `integer-simple`.
Similarly, the attribute `pkgs.haskell.packages.integer-simple."${ghcVersion}"`
provides a package set supporting `integer-simple`.
Closes https://github.com/NixOS/nixpkgs/pull/22121.
Closes https://github.com/NixOS/nixpkgs/issues/5493.
