up by pk (and fix comments to match):
* A .WAIT here means that only the *immediately preceding* target needs
to be added to the list of "install-foo" targets used to ensure that
dependencies are installed (otherwise much more than is necessary
gets installed during the build process, increasing build time here)
* If building only an individual target such as "dependall-yacc", the
prerequisites may need to be built before running their "install-foo"
targets -- so add a dependency in that case on "dependall-foo".
gdb support (determined by GNU configure).
* Be less verbose if there are no existing toolchain framework files to
compare (suppress grep "file not found" error)
files. This version is capable of generating these files Properly from
a cross host (subject to having tools and target libs/includes available
ahead of time; to be documented).
For now this is a maintainer-tool only; none of the NetBSD build needs to
run msgfmt as of yet. (However, its presence is needed to make the
mknative part of src/tools/toolchain produce the same output as a truly
"native" GNU configury of the toolchain.)
just add the additional commands to the `.configure_done' target.
Also, since the groff distribution Makefiles don't get their dependencies
right, use internal knowledge to add additional target ordering to the
generated makefile. Note, this hack can be removed once our own make(1)
can be invoked in true sequential (i.e. compatible) mode again for subdir
makes.
* Beef up that goo so that for each ".WAIT group" all of the install targets
in the previous group have completed before starting the `all', `depend'
or `dependall' targets.
Provide a target "bootstrap-libgcc", which will create the files
src/gnu/lib/libgcc/${MACHINE_ARCH}.mk
src/gnu/usr.bin/gcc/arch/${MACHINE_ARCH}/tconfig.h
src/gnu/usr.bin/gcc/arch/${MACHINE_ARCH}/tm.h
...enough to allow libgcc to build so that a bootstrap build to DESTDIR can
take place.
round has been tested on Solaris/x86 and Linux hosts.
* Add host tools cap_mkdb, ctags, m4, uudecode.
* Protect __RCSID() and __COPYRIGHT() better.
* Reduce the number of places that need to include "config.h", to keep
sources closer to their "vanilla" versions.
* Add more compat #defines and autoconf-checked functions.
everything else. Now it's possible for the target mkdep to build and
install like "normal" host-tools do; should remove the function decl
warnings reported by greywolf@starwolf.com on current-users.
This means that <ufs/*/*.h> come from ../../sys/ufs, but other
<sys/*> header files still come from the host system's /usr/include.
This slightly ugly hack to the Makefile means that makefs compiles on
-current and 1.5.x machines (and other systems), without requiring
major code rewrites in sys/ufs/ffs to allow sharing and without
requiring duplication of sys/ufs/ffs* under usr.sbin/makefs.
compiles. Based loosely on mkdep.old.compiler (so CSRG license copied),
but now uses just one rewrite (awk) process per cpp invocation and
determines the proper way to run cpp and awk via a "configure" script.
Use HOST_MKDEP in bsd.hostlib/hostprog.mk (defaulting to the old override
value of MKDEP), and give it a TOOLDIR equivalent in bsd.own.mk.
* Make "make all" update the .build_done timestamp more intelligently;
if no files changed in the build tree, don't touch the timestamp.
(This allows UPDATE and BUILD to function correctly.)
sets. Otherwise platforms not running the new toolchain will end up with
lossage as tools attempt to get built and installed into /bin (due to
bsd.own.mk properly checking USETOOLS before setting up a default TOOLDIR).
Don't print the warning unless MKTOOLS=no
* Rewrite src/tools Make logic to work like the rest of the tree wrt
"dependall" and "install". The old "make build" hack is gone.
* Remove the MKTOOLS logic. This was linked to the "make build" hack,
and was only needed because TOOLDIR originally had no writable default.
* Redo the GNU configure/make logic to make it fit reasonably in a
BSD make wrapper. Use new ${.ALLTARGETS} variable to scan for
targets in $(srcdir), and mark them with .MADE: to prevent rebuilding.
* Only build cross tools in src/tools; remove some messy logic in
src/usr.* and src/gnu/usr.* that would do target filename rewriting
(improves consistency and readability).
* Add the ability to build cross gdb at tool build time by setting
MKCROSSGDB (default no) to "yes" in mk.conf.
* Add src/tools/groff and set up paths to work with this cross groff.
Add a stub for RMD160File which prints out a warning and returns NULL.
This allows mtree to be built when hosting from a 1.5.x box.
The real solution is to convert the src/tools bits into clean portable tools
and not have them so NetBSD-current centric.
* Set stuff mostly in the environment, not on make(1)'s command line.
This is needed for MACHINE and MACHINE_ARCH (noted by bjh21), and keeps
the mk.conf-overriding-env behavior (suggested by several people).
* Use MAKEFLAGS to make the wrapper script more readable.
* When prepping objdir in tools for the default TOOLDIR value, just make
that objdir; leave the recursive "make obj" for later.
using `uname -s`-`uname -r`-`uname -p || uname -m`. This can be overridden
in mk.conf or the environment, and is used by host tools to ensure that
build hosts do not clobber each other.
* Now that there's an objdir in src/tools, make a default TOOLDIR by creating
"tools.${HOST_OSTYPE}" in the objdir (if it exists) of src/tools. This
means that TOOLDIR is no longer required to be set in a build, though it
still may be set manually if desired.
* Set MKTOOLS to "yes" by default, since the default TOOLDIR is now located
in a known mutable location. This may still be set manually if desired.
defined, as <bsd.own.mk> always sets it; also, compare only against "yes"
(not "no") for a yes/no check, as there are two negative states ("no" and
"never").
just don't build the tools if USETOOLS!=yes. This permits objdirs to
be created even when USETOOLS=no.
* Clean up use of "-m" by specifying it to .MAKEFLAGS: if needed.
lazy evaluation semantics, not the "assign it now" semantics. This
allows variables used in the program's CPPFLAGS to get the correct
values of e.g. MACHINE, MACHINE_ARCH, MACHINE_CPU, etc.
Problem was notices when propagating MACHINE and MACHINE_ARCH via
MAKEFLAGS (i.e. from the command line, rather than the environment).
For this to work, make sure you <bsd.hostprog.mk> is at least rev 1.15.
tv