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is a new target "show-all" that fits to the existing "debug",
"show-tools", "show-vars" targets. It prints a list of the variables
that make up the public interface to pkgsrc. Running this target is
especially useful if you want to do some things, you know that they must
have been implemented but you don't know what it is called. It also
shows the "class" of a variable (user-defined, package-defined,
system-defined).
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"tools" and "wrapper" phases to be able to expect all the dependencies
to be installed already.
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"extract". This allows all user-definable targets (pre-*, do-*,
post-*) to have access to the wrapper scripts.
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stages, and that installs dependencies listed in BOOTSTRAP_DEPENDS.
The bootstrap-depends step works just like the normal depends step
and honors the value of DEPENDS_TARGET. It's now possible to add
dependencies solely to facilitate fetching the distfiles, e.g.
BOOTSTRAP_DEPENDS+= curl-[0-9]*:../../www/curl
* Teach the tools framework about ":bootstrap" as a tools modifier
which indicates the tool should be added as a dependency via
BOOTSTRAP_DEPENDS.
* Add "digest" to the tools framework.
* Use USE_TOOLS+=digest:bootstrap to force pkgsrc to install digest
before anything else. Get rid of unused "uptodate-digest" target
and related digest version-checking code.
* Finish the refactoring work: split checksum-related code out of
bsd.pkg.mk and into pkgsrc/mk/checksum and replace the "checksum"
target command list with a script that does all the real work.
* Make DIGEST_ALGORITHMS and PATCH_DIGEST_ALGORITHM into private
variables by prepending them with an underscore. Also, rename
_PATCH_DIGEST_ALGORITHM to _PATCH_DIGEST_ALGORITHMS and adjust the
makepatchsum target to allow that variable to contain a list of
algorithms, all of which are used when creating the patch checksums
for ${DISTINFO_FILE}.
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variables so there are no user-visible changes. This change just makes
it a little easier to write for loops.
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that they are never being created more than once by inserting a check
into the *-cookie targets.
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introducing the concept of a "barrier". We separate the user-invokable
targets into ones that must happen before the barrier, and ones that
must happen after the barrier. The ones that happen after the barrier
are run in a sub-make process. In this case, the targets that must
be run after the barrier are from the "wrapper" step and beyond. We
rewrite the various "flow" targets, e.g. wrapper, configure, build,
etc., so that they of the right form to use the barrier target.
This now completely removes the concept of PKG_PHASE from pkgsrc. It
is replaced with the concept of "before" and "after" the barrier, and
this state can be checked by testing for the existence of the barrier
cookie file. Because we've removed most of the recursive makes, there
is now nowhere to hook the PKG_ERROR_HANDLER.* commands, so remove
them for now.
As part of this commit, put back the logic that conditionalized the
sources for the various cookie files. Because the sources are all
"phony" targets, they were always run, regardless of whether or not
the cookie file already existed. Now, if a cookie file exists, then
that entire phase associated with that cookie file is skipped.
Lastly, fix a thinko in configure/bsd.configure.mk where setting
NO_CONFIGURE in a package Makefile would manage to skip the "wrapper"
step altogether. Fix this by correctly noting "wrapper" and not
"patch" as the preceding step to "configure".
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of the logic from fetch/fetch.mk into flavor/pkg/check.mk, so that
check-vulnerable can be used as a source target.
Make check-vulnerable a source target for every phase of the build
workflow, which ensures that it is always run if the user starts a
new phase from the command line.
Fix the cookie-generation targets so that they don't append, only
overwrite to the cookie file. This works around potential problems
due to recursive makes.
Move the cookie checks so that they surround the corresponding phase
target. The presence of the cookie should now inform the make process
to avoid doing any processing of phases that occur before the phase
corresponding to the cookie.
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itools, intltool, diff3, sdiff, msgmerge
* Adding USE_TOOLS+=itools to a package Makefile will cause the
tool-directory versions of imake, makedepend, mkdirhier and xmkmf
to point to the ones from the devel/nbitools package.
This change will remove the need for nbitools/buildlink3.mk, which
currently does a bit of hackery to force the "right" imake tools to
be used by packages that need it.
* Adding USE_TOOLS+=intltool to a package Makefile will cause the
local versions of intltool-* inside ${WRKSRC} to be replaced by
copies from the textproc/intltool package. If "intltool" is not
specified as a tool, then we create "broken" intltool-* tools in
the tools directory to help highlight hidden dependencies on the
intltool package.
In addition, modify the tools framework so that if "perl" is not
specified as a tool, then we create a "broken" perl tool in the
tools directory for the same reason as for "intltool".
These two changes together will remove the need for
intltools/buildlink3.mk and should also catch all cases where the
sources' intltools may have been silently used because perl was
found on the system.
* Adding USE_TOOLS+=diff3, USE_TOOLS+=sdiff, or USE_TOOLS+=msgmerge
to a package Makefile will cause the corresponding tool to be pulled
into the tools directory.
These are convenience tools to help simplify dependencies for some
packages.
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lossage when building security/openpam). Utilize a tools cookie file
to ensure that the post-tools target is only ever run once to avoid
tricky coding requirements for the post-tools target. Also document
some more of the targets.
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are generated for a target and output them all at once at the conclusion
of the target's invocation. The implementation is in bsd.pkg.error.mk,
which defines a macro target "error-check" that will print out any
non-empty warning and error files in ${WARNING_DIR} and ${ERROR_DIR}
and exit appropriately if there were errors.
Convert some targets that were just long sequences of ${ERROR_MSG} or
${WARNING_MSG} within a single shell statement to use the new delayed
error output via error-check.
Modify the compiler "fail" wrappers for C++ and Fortran to be less
verbose during invocation. Instead collect the warnings and only
print them at the end of the completed phase, e.g. after "configure"
and/or "build" completes.
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into a new file pkgsrc/mk/tools/create.mk. This leaves bsd.tools.mk
as a file that pulls in all of the other ones. Also move the
tools-related targets from bsd.pkg.mk into bsd.tools.mk.
The tools cookie file has been removed, as well as hooks for
{pre,do,post}-tools. Instead, there is now only a single public target
"tools" which may be invoked. Invoking "tools" will always cause all
of the tools in ${TOOLS_DIR} to be created.
The "tools" step has been moved and is now just after the "depends"
step and before sources are extracted. This is the earliest place
where the "tools" step can be taken, and it allows the created tools
to be used in all steps/phases after it, starting with "extract". As
a consequence, we should just invoke tools by their bare names in
targets, e.g. awk, sed, patch, etc., instead of with the ${VARIABLE}
names, e.g. ${AWK}, ${SED}, ${PATCH}, etc.
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will be moved here from replace.mk shortly.
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msgfmt, then it should set the following in the package Makefile:
USE_TOOLS+= msgfmt
To deal with message files that use the "msgid_plural" statement,
which isn't supported in NetBSD<=3.x and also in gettext<=0.10.35, we
determine if the built-in "msgfmt" is sufficiently new enough to
understand "msgid_plural". If it isn't, then we use the msgfmt.sh
script to transform the msgid_plural statements to an equivalent
construct that's understood by older msgfmt tools.
The msgfmt.sh script is a straightforward translation of the original
perl script msgfmt.pl script by Julio M. Merino Vidal into shell and
awk, which are more lightweight dependencies than perl.
We remove the USE_MSGFMT_PLURALS bits in gettext-lib/builtin.mk as they
are made obsolete by the new code in mk/tools/msgfmt.mk.
BUILD_USE_MSGFMT is still supported but will be removed in a separate
commit.
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file's sole purpose was to provide a dependency on pkg-config and set
some environment variables. Instead, turn pkg-config into a "tool"
in the tools framework, where the pkg-config wrapper automatically
adds PKG_CONFIG_LIBDIR to the environment before invoking the real
pkg-config.
For all package Makefiles that included pkg-config/buildlink3.mk, remove
that inclusion and replace it with USE_TOOLS+=pkg-config.
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reflect the possible variable contents.
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TOOLS_REAL_CMD.<tool> => TOOLS_PATH.<tool>
TOOLS_REAL_ARGS.<tool> => TOOLS_ARGS.<tool>
TOOLS_REAL_CMDLINE.<tool> => TOOLS_CMDLINE.<tool>
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are automatically undefined after the loop exits.
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the extra bits required by packages that use imake/xmkmf. This
consolidates most of the replacement tools handling into replace.mk.
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the extra bits required by packages that use perl. This causes
PKGSRC_USE_TOOLS+=perl to work properly.
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to note that we need the perl binary and the associated PERL5 and
TOOLS_PERL5 variable definitions.
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creating it in case ${MKDIR} can't handle that situation.
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when a symlink is created.
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${TOOLS_DIR} so that we avoid inspecting various variables during the
top-level make invocation -- rather, we defer inspection until the
target is actually made. This allows TOOLS_REAL_CMDLINE.*,
TOOLS_REAL_CMD.*, and TOOLS_REAL_ARGS.* to be defined after bsd.tools.mk
is included and still affect the creation of the tools under ${TOOLS_DIR}.
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This makes more sense since there is never going to be a pkgsrc
replacement for ldconfig. We now always create an ldconfig tool in
${TOOLS_DIR} that either calls the system-supplied one if it exists,
or is a no-op.
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we create a "strip" tool unconditionally, and make it either a no-op or
the real thing depending on the whether we want unstripped files or not.
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created under ${TOOLS_DIR} that invoke <tool>, e.g.
TOOLS_ALIASES.gawk= awk
The example above causes the "gawk" tool to be added to ${TOOLS_DIR} as
both "gawk" and "awk".
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framework figure out by itself whether a wrapper or a symlink should be
created based on the real command and any arguments that may need to be
invoked.
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other TOOLS_* variables relating to the real command executed.
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trust the user.
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or USE_TOOLS+=xargs, and cause FIND and XARGS to point to the correct
commands.
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directory -- ${TOOLS_DIR}/bin/<tool>.
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behavior is deemed too undeterministic and too complex for bsd.tools.mk,
which should just be providing simple building blocks for creating
simple wrappers and symlinks. These searches are better implemented
elsewhere.
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replacements for "core" and "find" utilities, e.g. basename, cat, find,
etc.
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to be a drop-in replacement for mk/tools.mk, but isn't yet enabled
pending further testing. To use, edit bsd.pkg.mk to include bsd.tools.mk
instead of tools.mk.
The major changes from the old tools framework are:
(1) The new interface to using the tools framework is through setting
USE_TOOLS in the package Makefile, e.g.,
USE_TOOLS+= autoconf gmake yacc
(2) Bison/yacc handling is improved. Instead of adding checks for
/usr/bin/yacc to the package Makefile and explicitly setting YACC,
e.g., security/mit-krb5/Makefile, simply add "yacc" to USE_TOOLS.
If bison is explicitly required, then add "bison" to USE_TOOLS
instead.
(3) GNU auto* tools are handled differently. "autoconf", "aclocal",
"automake", etc. will be tools in ${TOOLS_DIR} that point to the
correct versions of the auto* tools. Instead of patching Makefiles
or scripts to use ${AUTOCONF}, ${ACLOCAL}, etc., the correct
versions of the tools will be called if they are invoked simply
by their bare names. This is selected by adding either "autoconf"
or "autoconf213", or "automake" or "automake14" to USE_TOOLS.
The new tools framework will deprecate the following variables:
ACLOCAL AUTORECONF
AUTOCONF BUILD_USES_GETTEXT_M4
AUTOHEADER USE_GNU_TOOLS
AUTOMAKE USE_TBL
The new tools framework will deprecate the following *.mk files:
mk/autoconf.mk
mk/automake.mk
mk/tools.mk
Additional documentation on how to use bsd.tools.mk to create new tools
under ${TOOLS_DIR} may be found in the header comments in bsd.tools.mk.
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