It’s been a while since the last post in the series, the details of what was covered in these posts was the partial basis of my talk at BSDCan and I got to repeat the talk again in Berlin, I was much less nervous the second time, not having a fire alarm going off during the talk may have helped. I will cover briefly some things that were mentioned in the talks which I hadn’t written up here, for the sake of completeness.
Thanks to the DragonFlyBSD folks, I have access to a build server for doing regular bulkbuilds on. As I’m running these as a unprivileged user, there’s not much parallelism in the package builds, it’s one package at a time. The system aptly named Monster is a 48 Opteron CPU server with a 128GB of RAM so I can at least run with
MAKE_JOBS set to 96. At the start of the bulkbuilds some deadlock issues in DragonFlyBSD were revealed by pkgsrc which Mat Dillon addressed promptly.
On the Bitrig front, I managed to add support for the OS to
lang/python27 which was the package causing the biggest breakage and now in the process of trying to get the support added upstream, there appears to be a bug report from 2013 in the Python bug tracker to add support ubut it was marked as won’t fix, I’m hoping the decision will be changed but will have to wait and see.
With Python 2.7 built successfully it was onto the next set of breakages, gettext!
I had taken a patch from OpenBSD ports for getting
devel/gettext-tools building but was asked to back it out as it was not the correct solution to the problem. I decided to reapply the fix in my build just to progress to the next hurdle. The next major breakage was with
devel/p5-gettext which needed to be told to include
libiconv, I’m now stuck at getting
During this process I found that we were missing some necessary flags for creating shared libraries which were highlighted by clang:
relocation R_X86_64_32S can not be used when making a shared object; recompile with -fPIC
This turned out to be bug in the platform support, the necessary fPIC flags were defined but under a if statement for version of OS running with a.out binaries still.
mk/platform/Bitrig.mk was stripped of anything related to a.out and everything was rebuilt again from scratch.
OpenBSD and Bitrig probably have many more breakages due to the fact that their architecture is detected as amd64 and not under the x86_64 banner by the build system. One example is
x11/libdrm which is set to add
sysutils/libpciaccess as a dependency if the host is a i386 or x86_64.
At present libdrm fails at the configure stage with
checking for PCIACCESS... no
configure: error: Package requirements (pciaccess >= 0.10) were not met:
No package 'pciaccess' found
Consider adjusting the PKG_CONFIG_PATH environment variable if you
installed software in a non-standard prefix.
Alternatively, you may set the environment variables PCIACCESS_CFLAGS
and PCIACCESS_LIBS to avoid the need to call pkg-config.
See the pkg-config man page for more details.
Trying to add OpenBSD to the x86_64 arch list revealed a problem in pkgsrc, the culprit being
The problem is that there are three separate points where the architecture is defined. In the bootstrap script, in BSDMake’s on source and the settings it passes onto
pkgtools/pkg_install. Unfortunately the settings defined at the start in bootstrap are ignored at the bootstrap stage & are not necessarily what pkg_install is built with. To add to this, it’s possible that BSDMake may need to work out what the system is for itself rather than to be expected to have settings passed to itself. That is they should build with settings passed down in succession or independently.
With severe bludgeoning of code between
pkgtools/pkg_install, I managed to get it to
pkg_add: OpenBSD/x86_64 5.7 (pkg) vs. OpenBSD/amd64 5.7 (this host)
pkg_install performs a check of the OS it’s running on against the settings it was built with (the settings bmake passed it during bootstrap), removing the check revealed there was nothing else preventing things from working but the check needs to be there.
For OmniOS, a major components components in the OS which caused many packages to break was the bundled
gettext, failing during builds as it could not find the
libgomp from (the also bundled) GCC. As a temporary work around to see how the build would progress if
libgomp could be found, I added the lib directory to the search path of
Configuration file [version 4]: /var/ld/ld.config
Platform: 32-bit LSB 80386
Default Library Path (ELF): /lib:/usr/lib:/opt/gcc-4.8.1/lib
Trusted Directories (ELF): /lib/secure:/usr/lib/secure (system default)
crle -c /var/ld/ld.config -l /lib:/usr/lib:/opt/gcc-4.8.1/lib
It was possible to build 13398 packages out of 16536 possible packages with this workaround in place.
With the help of Joerg Sonnenberger, at pkgsrcCon I added support for fetching the OS version info in OmniOS & SmartOS for use in build build reports, this should mean that these operating systems will be reported correctly rather than as SunOS 5.11.
sevan.mit.edu is back online as a G4 Mac Mini with 128GB SSD. It’s yet to complete its first bulkbuild since the rebuild but it’s nearly finished as I type this.
It’s now possible to build more than 14100 packages on FreeBSD 10.1-RELEASE with pkgsrc.