figure out the target architecture based on the objects so we need to
explicitly set it.
This allows bootstrap --abi=32 to complete successfully on x86_64.
that location in the new find-headers infrastructure when they have not
been installed into /usr/include.
This allows us to remove the hardcoded builtins, as they can now be
correctly determined automatically.
are instead moved to SDK-specific locations. This breaks many builtin checks
which assume headers are in a fixed place.
Rather than trying to dig around finding where Xcode.app might be installed,
just override IS_BUILTIN for libraries that we know exist.
This file is from libtool-1.x, which is not in pkgsrc any longer
(using libtool-2.x since 2009). Also, it was only used for packages
using autoconf-2.13 AND libtool; I found three packages in pkgsrc with
that combination, and all of them still build on NetBSD-6.99.24/amd64
after this change.
catman pages are installed with a suffix which matches their section
instead of the default '.0'.
Enable it by default on SunOS, which requires that particular layout.
per-platform default. Previously PREFER.<pkg> was used, and as that
has the highest precedence it meant the defaults could not be overridden
with the PREFER_PKGSRC and PREFER_NATIVE user variables.
While here, set the openssl default for SunOS back to pkgsrc, now that
users who wish to use the builtin can do so via PREFER_NATIVE=openssl.
so that they are correctly calculated as independent.
This avoids issues in bulk builds where the package version was taking
precedence and causing the wrong user package to be depended upon.
substitutions will not be correct.
Fixes issue with ABI=64 where /usr/lib/amd64 was being exposed, but
packages will need to be rebuilt for the change to take effect.
hierarchy.
This values should be generated from output of some commands,
but I cannot find the rule.
Tested on armel and x86_64 Debian GNU/Linux environment.
The values are shown in http://wiki.debian.org/Multiarch/Tuples .
static library for compatibility reasons. If a libtool library is linking
against -ldl, libtool only builds it statically because there is no
libdl.so. This prevented, at least, the build of devel/gobject-introspection.
Add it globally because there is no reason anyone would want to link against
libdl on MirBSD.
Always use xorg-cf-files and imake from pkgsrc, replacing xpkgwedge.
Always install man pages, not cat pages when using imake.
Unify the various imake PLIST variables in preparation for dropping.
Adjust xbattbar for the new expectations.
for all packages that use GNU_CONFIGURE causes to many packages to break.
Packages that need the libdir passed to them will need to be handled one
at a time.
configure scripts as the value of --libdir.
On Linux x86_64 set GNU_CONFIGURE_LIBDIR to ${GNU_CONFIGURE_PREFIX}/lib,
this will stop package trying to install into ${PREFIX}/lib64.
Based on the responses I'm going to switch the default X11_TYPE to
be modular, and override in platform/*.mk files as required. The
new values will be:
Changed - from native to modular
- FreeBSD
- FreeMiNT
- Linux
Changed - older versions switched from native to modular
- NetBSD - native for NetBSD-4 and later
Native (unchanged) - should probably be switched to modular
- AIX
- BSDOS
- IRIX
- Interix
- MirBSD
- UnixWare
Native (unchanged)
- Darwin - for Leopard (10.5) and later
- OpenBSD.mk
- SunOS.mk
Modular (unchanged)
- DragonFly
- HPUX
- Haiku
- OSF1
I'd like to encourage anyone using X11 apps on any platforms other
than NetBSD, Darwin, DragonFly, FreeBSD, Linux, FreeMiNT, HPUX,
Haiku or OSF1 to speak up, whether they are happy with native or
having to set modular.
The problem is Darwin's libiconv does not have symbols for libiconv_<name>
(e.g. libiconv_open), but iconv_<name> (e.g. iconv_open).
BUT when there's pkgsrc/converters/libiconv installed instead, it doesn't
have symbols for iconv_<name>, but libiconv_<name>.
Some packages auto-configure looks for libiconv_open (like glib2), others
look for iconv_open (like proftpd), and there's a conflict.
The solution is to replace libiconv_open with iconv_open with SUBST framework.
outdated X libraries? Default to modular x11 for a more modern set of
features, bugfixes (and bugs), and to simplify application support
Does *not* affect 10.5 (Leopard) or later
* Introduce USE_GAMESGROUP, which causes the games user and group to
be made available.
* Retain SETGIDGAME as an alias for USE_GAMESGROUP. Describe it as
deprecated.
* Always define GAMES_USER, GAMES_GROUP, GAMEMODE, GAMEDIRMODE, and
GAMEDATAMODE, regardless of whether USE_GAMESGROUP is turned on or not.
* Define these variables in defaults/mk.conf instead of separately in
every platform/*.mk file. The definitions used to be the same for each
of these platforms anyway, except for some where they were randomly
missing or commented out for no clear reason, leading to broken game
packages.
* Handle all these variables properly when unprivileged.
* Update the comments/documentation for these variables.
* Describe GAMEOWN and GAMEGRP as deprecated. These need to be
retained as aliases for GAMES_USER and GAMES_GROUP respectively for
supporting packages that use bsd.*.mk but should otherwise not be
used.
* Add GAMEDATA_PERMS and GAMEDIR_PERMS using GAMEDATAMODE and
GAMEDIRMODE respectively.
* Fix a bug I noticed that was improperly mixing the "games" group
and "games" user.
Things this does *not* do:
- get rid of GAMES_USER, for which there should ultimately be no need.
- move the declaration/documentation/default value of USE_GAMESGROUP
to a suitable place. (It is currently where SETGIDGAME was, which is
suboptimal.)
- touch any of the games, all of which need updating with at least
s/SETGIDGAME/USE_GAMESGROUP/ and probably more.
- update the guide to explain how to handle games properly.
Also, it would be nice if using GAMES_GROUP without setting
USE_GAMESGROUP=yes caused an error but as far as I know there isn't
any particularly good way to arrange this right now.
Note that these changes may alter the build/install behavior of broken
game packages, e.g. some may silently become setgid when they weren't
before or things like that. If you run into any of this file a PR.
While one might arguably bump the PKGREVISION of all games or other
packages using any of these variables as a precaution, that seems like
a bad idea. Instead, I think I will be bumping each game once it
itself has been fixed up to do everything the right way.
dependent) real gcc binary with the same path as it has been evoked. When
it is called via a symbolic link this fails since the evokation path in that
case is the original one of the symbolic link. For that reason pkgsrc's
buildlink framework must be prevented from using symbolic links to refer to
/usr/bin/gcc.
imac:/tmp schwarz$ ln -s /usr/bin/gcc gcc
imac:/tmp schwarz$ /tmp/gcc
gcc: installation problem, cannot exec '/tmp/powerpc-apple-darwin8-gcc-4.0.1': No such file or directory
- "libtool" will use "ksh" if it gets rebuilt after this change.
- Buildlink wrappers will now use "ksh".
- Configure script will be executed using "ksh".
This improves build performance by more than 30%.
Change discussed on "tech-pkg" mailing list.
phase pkg_install-depends before bootstrap-depends that just tries to
install a new pkg_install if the current version is too old. Still
keep it as bootstrap dependency for the bulk build code.
For NetBSD, PKG_TOOLS_BIN has to be computed in shell code due to a make
bug.
OK: jlam@
files. These variables are currently usable if ${SETGIDGAME} == yes.
These variables should be used when describing ownership of files
and directories to the pkginstall framework, e.g.
SPECIAL_PERMS= bin/foogame ${GAMES_USER} ${GAMES_GROUP} 2555
+ Rename SETGID_GAME_PERMS to SETGID_GAMES_PERMS because the default
group name is "games".
+ Define SETGID_GAMES_PERMS in terms of GAMES_USER and GAMES_GROUP so
that these names are protected from the normal flow of unprivileged.mk.
This fixes the +INSTALL scripts in "user-destdir" packages to
correctly refer to the games:games instead of the user:group of the
user that built the packages.
ago ...
XXX: I would enable /bin/ksh as bmake's default shell but it fails on
one of the bmake unit tests. Will need to figure out why ...
Maybe some day we can provide a posixly correct shell as part
of the bootstrap process.
usually the same on the supported platforms.
The reason for having duplicate code in these files is to make it easier
to port pkgsrc to a new platform: You just have to copy one of the
existing platform files and edit the values in it. With some values
factored out, you would have to look at one more file.
Pointed out by agc@.
platforms, mainly because it wouldn't have made sense to document the
variables in one of those files, but they need to be documented
somewhere.
Added the file defaults.mk, which now serves as the reference document
which provides useful default values and _explains_ the variables.
pkgsrc/emulator/compat* and pkgsrc/emulator/netbsd32_compat* packages
to provide the necessary shared libraries to run dynamically linked
NetBSD binaries from the days of yore.
* Add some additional compat* packages for completeness:
compat15, compat20, compat30
* Modify the compat* packages so that "compatNM" only provides files
that aren't in "NetBSD-N.(M+1)". For example, compat12 only provides
files that don't exist in NetBSD-1.3.x, compat13 only provides files
that don't exist in NetBSD-1.4.x, etc.
As a result, if you are running NetBSD-3.0/alpha and want to run a
1.3 dynamically linked binary, there is an automatic dependency
chain that causes the following packages to be installed:
compat13, compat14, compat15, compat16, compat20
There are some deviations from this dependency chain on platforms
that have changed executable formats, e.g. i386, m68, sparc, etc.
However, in general pkgsrc will require that you have the necessary
COMPAT_* options in your kernel to match the installed compat*
packages. This restriction is an artificial one imposed by pkgsrc,
but allows for a single set of distfiles to be used on all versions
of NetBSD.
* Provide compat* package support for every supported architecture
of NetBSD. Verily, it is now possible to run 1.2 binaries on
NetBSD-1.5.3/pc532 by installing the compat12 package from pkgsrc.
Rejoice, one and all!
* The netbsd32_compat* packages mirror the corresponding compat*
packages for use by sparc64 and x86_64 to allow running 32-bit
binaries with COMPAT_NETBSD32 kernel support. The "extras" packages
supply the additional shared libraries from the corresponding release
of NetBSD so that the set of files in /emul/netbsd32 will be complete.
* pkgsrc/emulators/compat_netbsd contains infrastructure files shared
by all of the compat* packages.
binary-only packages that require binary "emulation" on the native
operating system. Please see pkgsrc/mk/emulator/README for more
details.
* Teach the plist framework to automatically use any existing
PLIST.${EMUL_PLATFORM} as part of the default PLIST_SRC definition.
* Convert all of the binary-only packages in pkgsrc to use the
emulator framework. Most of them have been tested to install and
deinstall correctly. This involves the following cleanup actions:
* Remove use of custom PLIST code and use PLIST.${EMUL_PLATFORM}
more consistently.
* Simplify packages by using default INSTALL and DEINSTALL scripts
instead of custom INSTALL/DEINSTALL code.
* Remove "SUSE_COMPAT32" and "PKG_OPTIONS.suse" from pkgsrc.
Packages only need to state exactly which emulations they support,
and the framework handles any i386-on-x86_64 or sparc-on-sparc64
uses.
* Remove "USE_NATIVE_LINUX" from pkgsrc. The framework will
automatically detect when the package is installing on Linux.
Specific changes to packages include:
* Bump the PKGREVISIONs for all of the suse100* and suse91* packages
due to changes in the +INSTALL/+DEINSTALL scripts used in all
of the packages.
* Remove pkgsrc/emulators/suse_linux, which is unused by any
packages.
* cad/lc -- remove custom code to create the distinfo file for
all supported platforms; just use "emul-fetch" and "emul-distinfo"
instead.
* lang/Cg-compiler -- install the shared libraries under ${EMULDIR}
instead of ${PREFIX}/lib so that compiled programs will find
the shared libraries.
* mail/thunderbird-bin-nightly -- update to latest binary
distributions for supported platforms.
* multimedia/ns-flash -- update Linux version to 9.0.48 as the
older version is no longer available for interactive fetch.
* security/uvscan -- set LD_LIBRARY_PATH explicitly so that
it's not necessary to install library symlinks into
${EMULDIR}/usr/local/lib.
* www/firefox-bin-flash -- update Linux version to 9.0.48 as the
older version is no longer available for interactive fetch.
