PHP FPM will now notify systemd when it's done initializing and ready to
serve requests.
Additionally ```systemctl status phpfpm``` will now show statistics such
as:
```
Status: "Processes active: 0, idle: 8, Requests: 0, slow: 0, Traffic: 0req/sec"
```
* Manage patches in git
* Fixes the hook invocation to be more safe. Thanks @Mic92
* Install gems as user by default
* Install gem binaries with the /usr/bin/env shebang
* Fixes a bug where the passthru.libPath and passthru.gemPath would
point to the wrong directory
* Overhaul ruby version heuristics
Update the `chibi-scheme` (attribute `chibi`) package from version 0.7
to version 0.7.3.
The homepage listed for this package before this change,
<https://code.google.com/p/chibi-scheme/>, now redirects to
<https://github.com/ashinn/chibi-scheme>; this patch changes this
package to use this GitHub version of the software.
I have tested this change per nixpkgs manual section 10.1 ("Making
patches").
python.buildenv is used to build an env that provides binaries that can
import all modules that were passed in to the env.
Before this change it filtered the propagatedBuildInputs to remove all
non-Python packages, thereby possibly reducing the amount of packages
that were referenced. However, Python packages often don't have non-
Python packages as propagatedBuildInputs. And occasionally, we do want
to be able to add other packages to the env.
It's a long build and generally painful to split into smaller commits,
so I apologize for lumping many changes into one commit but this is far
easier.
There are still several outdated parts of the darwin stdenv but these
changes should bring us closer to the goal.
Fixes#18461
By chance I noticed that php picked up my /etc/odbc.ini file (clearly
wrong!). This fixes it by adding a namespace for php.
WARNING: This is a breaking change for anyone that happen to rely on php
picking up .ini files from /etc.
Compiling python with "-Wl,-stack_size,1000000" causes problems when
compiling for example pygobject3. pygobject3 uses "python3.x-config
--ldflags" during installation and then fails when
"-Wl,-stack_size,1000000" is present. Maybe we should investigate
removing this during the build of pyobject3, but this stack_size flag is
also not used on the popular darwin homebrew-core channel for python3.5,
so it seems safe to remove it.
This one was already merged into release-16.09, so let's not have the
stable branch is ahead of master and confuse things. In addition to
that, currently we have an odd situation that master has less things
actually finished building than in staging.
Conflicts:
pkgs/data/documentation/man-pages/default.nix
The previous commit revealed that Python wasn't actually using
Berkeley DB; it only had it in its closure due to the build-time flag
dump in Makefile and _sysconfigdata.py. When Python detects both GNU
gdbm and Berkeley DB at build time, it will use the former.
This cuts about 3 MiB from the installed size. On Linux, the configure
script is supposed to detect that installing tzdata is unnecessary,
but it looks in locations like /usr/share/zoneinfo.
This reduces Python's closure size from 200 MiB to 129 MiB. Even
better would be to get move tkinter to a separate output or package
(since that would get rid of all X11 stuff), but that's a bit harder.
This reduces tcl's total size from 25.0 MiB to 8.6 MiB. Admittedly
this is also because putting the manpages in the right place causes
all man3 pages to be deleted by the multiple outputs setup hook. Not
sure if that's desirable behaviour...
In the tarball job:
````
checking find-tarballs.nix
error: while evaluating anonymous function at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:6:1, called from undefined position:
while evaluating ‘operator’ at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:27:16, called from undefined position:
while evaluating ‘immediateDependenciesOf’ at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:39:29, called from /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:27:44:
while evaluating anonymous function at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/lib/attrsets.nix:224:10, called from undefined position:
while evaluating anonymous function at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:40:37, called from /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/lib/attrsets.nix:224:16:
while evaluating ‘derivationsIn’ at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:42:19, called from /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:40:40:
while evaluating ‘optional’ at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/lib/lists.nix:175:20, called from /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:44:33:
while evaluating ‘canEval’ at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:48:13, called from /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/maintainers/scripts/find-tarballs.nix:44:43:
while evaluating the attribute ‘pkgs’ of the derivation ‘ruby-dev-2.3.1-p0’ at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/pkgs/build-support/trivial-builders.nix:10:14:
while evaluating ‘override’ at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/lib/customisation.nix:60:22, called from /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/pkgs/development/interpreters/ruby/dev.nix:10:13:
while evaluating ‘makeOverridable’ at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/lib/customisation.nix:54:24, called from /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/lib/customisation.nix:60:31:
anonymous function at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/pkgs/development/ruby-modules/bundix/default.nix:1:1 called with unexpected argument ‘ruby’, at /tmp/nix-build-nixpkgs-tarball-16.09pre1234.abcdef.drv-0/nixpkgs/lib/customisation.nix:56:12
````
This was one of the ways to build packages, we are trying
hard to minimize different ways so it's easier for newcomers
to learn only one way.
This also:
- removes texLive (old), fixes#14807
- removed upstream-updater, if that code is still used it should be in
separate repo
- changes a few packages like gitit/mit-scheme to use new texlive
io uses SIMD instructions even on i686, causing the build to fail:
> /nix/store/[...]-gcc-5.4.0/lib/gcc/i686-pc-linux-gnu/5.4.0/include/xmmintrin.h:181:1:
error: inlining failed in call to always_inline '_mm_add_ps': target
specific option mismatch
_mm_add_ps (__m128 __A, __m128 __B)
(from https://hydra.nixos.org/build/37879114/log/raw)
The simplest solution is to disable the build on this platform.
This follows on from PR #16965 for qrupdate and PR #16968 for fltk.
WIth these, the added explicit dependencies on arpack (to support
the octave `eigs` function) and `libwebp`, and not pulling X11 things,
octave works properly on darwin.
Minor OTP releases (and their manpages) are not available for dowload at
http://erlang.org/download
But e.g.:
- 18.3.1 contains an important fix for mnesia
- 18.3.1-18.3.4 has a lot of SSL/TLS fixes
So we have to fetch from GitHub and build everything ourselves.
Also replace explicit path patching with upstream patches:
- https://github.com/erlang/otp/pull/1023
- https://github.com/erlang/otp/pull/1103 - with this patch it's now
possible to build erlang in sandboxed mode
Some tests fail and cause kernel spam of this sort:
[ 6607.906159] Alignment trap: not handling instruction f4430a1f at [<0021e500>]
[ 6607.913308] Unhandled fault: alignment exception (0x811) at 0x003a15ec
[ 6607.919864] pgd = e8b88000
[ 6607.922601] [003a15ec] *pgd=fb185835
/cc #16477. /cc @domenKozar (don't know who better),
as I still experience test failures of different kind:
=================================== FAILURES ===================================
_______________________________________ _______________________________________
Traceback (most recent call last):
File "/tmp/nix-build-pypy-5.1.1.drv-0/pypy-pypy-b0a649e90b66/pypy/tool/pytest/run-script/regrverbose.py", line 14, in <module>
indirect_test()
File "/tmp/nix-build-pypy-5.1.1.drv-0/pypy-pypy-b0a649e90b66/lib-python/2.7/test/test_ctypes.py", line 10, in test_main
skipped, testcases = ctypes.test.get_tests(ctypes.test, "test_*.py", verbosity=0)
File "/tmp/nix-build-pypy-5.1.1.drv-0/pypy-pypy-b0a649e90b66/lib-python/2.7/ctypes/test/__init__.py", line 72, in get_tests
mod = __import__(modname, globals(), locals(), ['*'])
File "/tmp/nix-build-pypy-5.1.1.drv-0/pypy-pypy-b0a649e90b66/lib-python/2.7/ctypes/test/test_python_api.py", line 9, in <module>
from _ctypes import PyObj_FromPtr
ImportError: cannot import name 'PyObj_FromPtr'
=========================== short test summary info ============================
FAIL lib-python/2.7/test/test_ctypes.py::unmodified
9 tests deselected by '-knot ( test_ssl or test_urllib2net or test_urllibnet or test_urllib2_localnet or test_socket or test_shutil or test_zipfile64 or test_epoll )'
======= 1 failed, 341 passed, 51 skipped, 9 deselected in 550.97 seconds =======
In line with the Nixpkgs manual.
A mechanical change, done with this command:
find pkgs -name "*.nix" | \
while read f; do \
sed -e 's/description\s*=\s*"\([a-z]\)/description = "\u\1/' -i "$f"; \
done
I manually skipped some:
* Descriptions starting with an abbreviation, a user name or package name
* Frequently generated expressions (haskell-packages.nix)
This allows you to turn on debug infor for all the beam packages in the
system with a single change at the top level. This is required for
debugging and dialyzer work. It also allows you to switch it on on a
package by package basis.
Rebol is a cross-platform data exchange language and a multi-paradigm dynamic
programming language for network communications and distributed computing.
Icon is a very high level general-purpose programming language with
extensive features for processing strings (text) and data structures.
Closes#16036.
