mirror of
https://sourceware.org/git/glibc.git
synced 2024-11-22 13:00:06 +00:00
a3090c2c98
The 30379efad1 added _FORTIFY_SOURCE checks without check if compiler
does support all used fortify levels. This patch fixes it by first
checking at configure time the maximum support fortify level and using
it instead of a pre-defined one.
Checked on x86_64 with gcc 11, 12, and 13.
Reviewed-by: Siddhesh Poyarekar <siddhesh@sourceware.org>
Tested-by: Florian Weimer <fweimer@redhat.com>
759 lines
22 KiB
Makefile
759 lines
22 KiB
Makefile
# Copyright (C) 1991-2023 Free Software Foundation, Inc.
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# This file is part of the GNU C Library.
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# The GNU C Library is free software; you can redistribute it and/or
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# modify it under the terms of the GNU Lesser General Public
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# License as published by the Free Software Foundation; either
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# version 2.1 of the License, or (at your option) any later version.
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# The GNU C Library is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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# Lesser General Public License for more details.
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# You should have received a copy of the GNU Lesser General Public
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# License along with the GNU C Library; if not, see
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# <https://www.gnu.org/licenses/>.
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#
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# Master Makefile for the GNU C library
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#
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ifneq (,)
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This makefile requires GNU Make.
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endif
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include Makeconfig
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# This is the default target; it makes everything except the tests.
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.PHONY: all help minihelp
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all: minihelp lib others
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help:
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@sed '0,/^help-starts-here$$/d' Makefile.help
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minihelp:
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@echo
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@echo type \"make help\" for help with common glibc makefile targets
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@echo
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ifneq ($(AUTOCONF),no)
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define autoconf-it
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@-rm -f $@.new
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$(AUTOCONF) $(ACFLAGS) $< > $@.new
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chmod a-w$(patsubst %,$(comma)a+x,$(filter .,$(@D))) $@.new
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mv -f $@.new $@
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endef
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configure: configure.ac aclocal.m4; $(autoconf-it)
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%/configure: %/configure.ac aclocal.m4; $(autoconf-it)
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%/preconfigure: %/preconfigure.ac aclocal.m4; $(autoconf-it)
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endif # $(AUTOCONF) = no
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# We don't want to run anything here in parallel.
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.NOTPARALLEL:
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# These are the targets that are made by making them in each subdirectory.
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+subdir_targets := subdir_lib objects objs others subdir_mostlyclean \
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subdir_clean subdir_distclean subdir_realclean \
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tests xtests \
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subdir_update-abi subdir_check-abi \
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subdir_update-all-abi \
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subdir_echo-headers \
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subdir_install \
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subdir_objs subdir_stubs subdir_testclean \
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$(addprefix install-, no-libc.a bin lib data headers others)
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headers := limits.h values.h features.h features-time64.h gnu-versions.h \
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bits/xopen_lim.h gnu/libc-version.h stdc-predef.h \
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bits/libc-header-start.h
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echo-headers: subdir_echo-headers
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# The headers are in the include directory.
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subdir-dirs = include
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vpath %.h $(subdir-dirs)
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# What to install.
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install-others = $(inst_includedir)/gnu/stubs.h
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install-bin-script =
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ifeq (yes,$(build-shared))
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headers += gnu/lib-names.h
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endif
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include Makerules
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ifeq ($(build-programs),yes)
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others: $(addprefix $(objpfx),$(install-bin-script))
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endif
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# Install from subdirectories too.
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install: subdir_install
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# Explicit dependency so that `make install-headers' works
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install-headers: install-headers-nosubdir
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# Make sure that the dynamic linker is installed before libc.
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$(inst_slibdir)/libc-$(version).so: elf/ldso_install
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.PHONY: elf/ldso_install
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elf/ldso_install:
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$(MAKE) -C $(@D) $(@F)
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# Create links for shared libraries using the `ldconfig' program if possible.
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# Ignore the error if we cannot update /etc/ld.so.cache.
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ifeq (no,$(cross-compiling))
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ifeq (yes,$(build-shared))
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install:
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-test ! -x $(elf-objpfx)ldconfig || LC_ALL=C \
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$(elf-objpfx)ldconfig $(addprefix -r ,$(install_root)) \
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$(slibdir) $(libdir)
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ifneq (no,$(PERL))
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ifeq (/usr,$(prefix))
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ifeq (,$(install_root))
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LD_SO=$(ld.so-version) CC="$(CC)" $(PERL) scripts/test-installation.pl $(common-objpfx)
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endif
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endif
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endif
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endif
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endif
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# Build subdirectory lib objects.
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lib-noranlib: subdir_lib
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ifeq (yes,$(build-shared))
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# Build the shared object from the PIC object library.
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lib: $(common-objpfx)libc.so $(common-objpfx)linkobj/libc.so
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endif # $(build-shared)
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# Used to build testrun.sh.
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define testrun-script
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#!/bin/bash
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builddir=`dirname "$$0"`
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GCONV_PATH="$${builddir}/iconvdata"
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usage () {
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cat << EOF
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Usage: $$0 [OPTIONS] <program> [ARGUMENTS...]
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--tool=TOOL Run with the specified TOOL. It can be strace, rpctrace,
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valgrind or container. The container will run within
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support/test-container. For strace and valgrind,
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additional arguments can be passed after the tool name.
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EOF
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exit 1
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}
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toolname=default
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while test $$# -gt 0 ; do
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case "$$1" in
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--tool=*)
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toolname="$${1:7}"
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shift
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;;
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--*)
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usage
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;;
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*)
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break
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;;
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esac
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done
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if test $$# -eq 0 ; then
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usage
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fi
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case "$$toolname" in
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default)
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exec $(subst $(common-objdir),"$${builddir}", $(test-program-prefix)) \
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$${1+"$$@"}
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;;
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strace*)
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exec $$toolname $(patsubst %, -E%, $(run-program-env)) \
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$(test-via-rtld-prefix) $${1+"$$@"}
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;;
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rpctrace)
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exec rpctrace $(patsubst %, -E%, $(run-program-env)) \
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$(test-via-rtld-prefix) $${1+"$$@"}
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;;
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valgrind*)
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exec env $(run-program-env) $$toolname $(test-via-rtld-prefix) $${1+"$$@"}
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;;
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container)
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exec env $(run-program-env) $(test-via-rtld-prefix) \
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$(common-objdir)/support/test-container \
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env $(run-program-env) $(test-via-rtld-prefix) $${1+"$$@"}
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;;
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*)
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usage
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;;
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esac
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endef
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# This is a handy script for running any dynamically linked program against
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# the current libc build for testing.
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$(common-objpfx)testrun.sh: $(common-objpfx)config.make \
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$(..)Makeconfig $(..)Makefile
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$(file >$@T,$(testrun-script))
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chmod a+x $@T
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mv -f $@T $@
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postclean-generated += testrun.sh
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define debugglibc
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#!/bin/bash
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SOURCE_DIR="$(CURDIR)"
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BUILD_DIR="$(common-objpfx)"
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CMD_FILE="$(common-objpfx)debugglibc.gdb"
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CONTAINER=false
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DIRECT=true
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STATIC=false
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SYMBOLSFILE=true
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unset TESTCASE
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unset BREAKPOINTS
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unset ENVVARS
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usage()
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{
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cat << EOF
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Usage: $$0 [OPTIONS] <program>
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Or: $$0 [OPTIONS] -- <program> [<args>]...
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where <program> is the path to the program being tested,
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and <args> are the arguments to be passed to it.
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Options:
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-h, --help
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Prints this message and leaves.
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The following options require one argument:
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-b, --breakpoint
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Breakpoints to set at the beginning of the execution
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(each breakpoint demands its own -b option, e.g. -b foo -b bar)
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-e, --environment-variable
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Environment variables to be set with 'exec-wrapper env' in GDB
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(each environment variable demands its own -e option, e.g.
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-e FOO=foo -e BAR=bar)
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The following options do not take arguments:
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-c, --in-container
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Run the test case inside a container and automatically attach
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GDB to it.
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-i, --no-direct
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Selects whether to pass the --direct flag to the program.
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--direct is useful when debugging glibc test cases. It inhibits the
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tests from forking and executing in a subprocess.
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Default behaviour is to pass the --direct flag, except when the
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program is run with user specified arguments using the "--" separator.
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-s, --no-symbols-file
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Do not tell GDB to load debug symbols from the program.
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EOF
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}
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# Parse input options
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while [[ $$# > 0 ]]
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do
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key="$$1"
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case $$key in
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-h|--help)
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usage
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exit 0
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;;
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-b|--breakpoint)
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BREAKPOINTS="break $$2\n$$BREAKPOINTS"
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shift
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;;
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-e|--environment-variable)
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ENVVARS="$$2 $$ENVVARS"
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shift
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;;
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-c|--in-container)
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CONTAINER=true
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;;
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-i|--no-direct)
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DIRECT=false
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;;
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-s|--no-symbols-file)
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SYMBOLSFILE=false
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;;
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--)
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shift
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TESTCASE=$$1
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COMMANDLINE="$$@"
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# Don't add --direct when user specifies program arguments
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DIRECT=false
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break
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;;
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*)
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TESTCASE=$$1
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COMMANDLINE=$$TESTCASE
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;;
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esac
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shift
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done
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# Check for required argument and if the testcase exists
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if [ ! -v TESTCASE ] || [ ! -f $${TESTCASE} ]
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then
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usage
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exit 1
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fi
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# Container tests needing locale data should install them in-container.
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# Other tests/binaries need to use locale data from the build tree.
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if [ "$$CONTAINER" = false ]
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then
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ENVVARS="GCONV_PATH=$${BUILD_DIR}/iconvdata $$ENVVARS"
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ENVVARS="LOCPATH=$${BUILD_DIR}/localedata $$ENVVARS"
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ENVVARS="LC_ALL=C $$ENVVARS"
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fi
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# Expand environment setup command
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if [ -v ENVVARS ]
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then
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ENVVARSCMD="set exec-wrapper env $$ENVVARS"
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fi
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# Expand direct argument
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if [ "$$DIRECT" == true ]
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then
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DIRECT="--direct"
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else
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DIRECT=""
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fi
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# Check if the test case is static
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if file $${TESTCASE} | grep "statically linked" >/dev/null
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then
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STATIC=true
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else
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STATIC=false
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fi
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# Expand symbols loading command
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if [ "$$SYMBOLSFILE" == true ]
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then
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SYMBOLSFILE="add-symbol-file $${TESTCASE}"
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else
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SYMBOLSFILE=""
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fi
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# GDB commands template
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template ()
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{
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cat <<EOF
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set environment C -E -x c-header
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set auto-load safe-path $${BUILD_DIR}/nptl_db:\$$debugdir:\$$datadir/auto-load
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set libthread-db-search-path $${BUILD_DIR}/nptl_db
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__ENVVARS__
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__SYMBOLSFILE__
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break _dl_start_user
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run --library-path $(rpath-link):$${BUILD_DIR}/nptl_db \
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__COMMANDLINE__ __DIRECT__
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__BREAKPOINTS__
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EOF
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}
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# Generate the commands file for gdb initialization
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template | sed \
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-e "s|__ENVVARS__|$$ENVVARSCMD|" \
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-e "s|__SYMBOLSFILE__|$$SYMBOLSFILE|" \
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-e "s|__COMMANDLINE__|$$COMMANDLINE|" \
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-e "s|__DIRECT__|$$DIRECT|" \
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-e "s|__BREAKPOINTS__|$$BREAKPOINTS|" \
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> $$CMD_FILE
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echo
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echo "Debugging glibc..."
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echo "Build directory : $$BUILD_DIR"
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echo "Source directory : $$SOURCE_DIR"
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echo "GLIBC Testcase : $$TESTCASE"
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echo "GDB Commands : $$CMD_FILE"
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echo "Env vars : $$ENVVARS"
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echo
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if [ "$$CONTAINER" == true ]
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then
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# Use testrun.sh to start the test case with WAIT_FOR_DEBUGGER=1, then
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# automatically attach GDB to it.
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WAIT_FOR_DEBUGGER=1 $(common-objpfx)testrun.sh --tool=container $${TESTCASE} &
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gdb -x $${TESTCASE}.gdb
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elif [ "$$STATIC" == true ]
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then
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gdb $${TESTCASE}
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else
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# Start the test case debugging in two steps:
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# 1. the following command invokes gdb to run the loader;
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# 2. the commands file tells the loader to run the test case.
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gdb -q \
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-x $${CMD_FILE} \
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-d $${SOURCE_DIR} \
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$${BUILD_DIR}/elf/ld.so
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fi
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endef
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# This is another handy script for debugging dynamically linked program
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# against the current libc build for testing.
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$(common-objpfx)debugglibc.sh: $(common-objpfx)config.make \
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$(..)Makeconfig $(..)Makefile
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$(file >$@T,$(debugglibc))
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chmod a+x $@T
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mv -f $@T $@
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postclean-generated += debugglibc.sh debugglibc.gdb
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others: $(common-objpfx)testrun.sh $(common-objpfx)debugglibc.sh
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# Makerules creates a file `stubs' in each subdirectory, which
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# contains `#define __stub_FUNCTION' for each function defined in that
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# directory which is a stub.
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# Here we paste all of these together into <gnu/stubs.h>.
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subdir-stubs := $(foreach dir,$(subdirs),$(common-objpfx)$(dir)/stubs)
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ifndef abi-variants
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installed-stubs = $(inst_includedir)/gnu/stubs.h
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else
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installed-stubs = $(inst_includedir)/gnu/stubs-$(default-abi).h
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$(inst_includedir)/gnu/stubs.h: $(+force)
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$(make-target-directory)
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{ \
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echo '/* This file is automatically generated.';\
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echo " This file selects the right generated file of \`__stub_FUNCTION' macros";\
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echo ' based on the architecture being compiled for. */'; \
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echo ''; \
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$(foreach h,$(abi-includes), echo '#include <$(h)>';) \
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echo ''; \
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$(foreach v,$(abi-variants),\
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$(if $(abi-$(v)-condition),\
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echo '#if $(abi-$(v)-condition)'; \
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echo '# include <gnu/stubs-$(v).h>'); \
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$(if $(abi-$(v)-condition),echo '#endif';) \
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rm -f $(@:.d=.h).new$(v); \
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) \
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} > $(@:.d=.h).new
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mv -f $(@:.d=.h).new $(@:.d=.h)
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install-others-nosubdir: $(installed-stubs)
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endif
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# Since stubs.h is never needed when building the library, we simplify the
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# hairy installation process by producing it in place only as the last part
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# of the top-level `make install'. It depends on subdir_install, which
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# iterates over all the subdirs; subdir_install in each subdir depends on
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# the subdir's stubs file. Having more direct dependencies would result in
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# extra iterations over the list for subdirs and many recursive makes.
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$(installed-stubs): include/stubs-prologue.h subdir_install
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$(make-target-directory)
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@rm -f $(objpfx)stubs.h
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(sed '/^@/d' $<; LC_ALL=C sort $(subdir-stubs)) > $(objpfx)stubs.h
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if test -r $@ && cmp -s $(objpfx)stubs.h $@; \
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then echo 'stubs.h unchanged'; \
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else $(INSTALL_DATA) $(objpfx)stubs.h $@; fi
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rm -f $(objpfx)stubs.h
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|
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# This makes the Info or DVI file of the documentation from the Texinfo source.
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.PHONY: info dvi pdf html
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info dvi pdf html:
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$(MAKE) $(PARALLELMFLAGS) -C manual $@
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|
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# This makes all the subdirectory targets.
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|
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# For each target, make it depend on DIR/target for each subdirectory DIR.
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$(+subdir_targets): %: $(addsuffix /%,$(subdirs))
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# Compute a list of all those targets.
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all-subdirs-targets := $(foreach dir,$(subdirs),\
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$(addprefix $(dir)/,$(+subdir_targets)))
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|
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# The action for each of those is to cd into the directory and make the
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# target there.
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$(all-subdirs-targets):
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$(MAKE) $(PARALLELMFLAGS) $(subdir-target-args) $(@F)
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define subdir-target-args
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subdir=$(@D)$(if $($(@D)-srcdir),\
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-C $($(@D)-srcdir) ..=`pwd`/,\
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-C $(@D) ..=../)
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endef
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.PHONY: $(+subdir_targets) $(all-subdirs-targets)
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|
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# Targets to clean things up to various degrees.
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||
|
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.PHONY: clean realclean distclean distclean-1 parent-clean parent-mostlyclean \
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tests-clean
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|
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# Subroutines of all cleaning targets.
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parent-mostlyclean: common-mostlyclean # common-mostlyclean is in Makerules.
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-rm -f $(foreach o,$(object-suffixes-for-libc),\
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$(common-objpfx)$(patsubst %,$(libtype$o),c)) \
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$(addprefix $(objpfx),$(install-lib))
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parent-clean: parent-mostlyclean common-clean
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|
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postclean = $(addprefix $(common-objpfx),$(postclean-generated)) \
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$(addprefix $(objpfx),sysd-dirs sysd-rules) \
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$(addprefix $(objpfx),sysd-sorted soversions.mk soversions.i)
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clean: parent-clean
|
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# This is done this way rather than having `subdir_clean' be a
|
||
# dependency of this target so that libc.a will be removed before the
|
||
# subdirectories are dealt with and so they won't try to remove object
|
||
# files from it when it's going to be removed anyway.
|
||
@$(MAKE) subdir_clean no_deps=t
|
||
-rm -f $(postclean)
|
||
mostlyclean: parent-mostlyclean
|
||
@$(MAKE) subdir_mostlyclean no_deps=t
|
||
-rm -f $(postclean)
|
||
|
||
# Remove test artifacts from the whole glibc build.
|
||
# do-tests-clean removes test artifacts from top-level directory, and
|
||
# subdir_testclean removes them from individual sub-directories.
|
||
tests-clean: do-tests-clean
|
||
@$(MAKE) subdir_testclean no_deps=t
|
||
|
||
ifneq (,$(CXX))
|
||
vpath c++-types.data $(+sysdep_dirs)
|
||
|
||
tests-special += $(objpfx)c++-types-check.out
|
||
$(objpfx)c++-types-check.out: c++-types.data scripts/check-c++-types.sh
|
||
scripts/check-c++-types.sh $< $(CXX) $(filter-out -std=gnu11 $(+gccwarn-c),$(CFLAGS)) $(CPPFLAGS) > $@; \
|
||
$(evaluate-test)
|
||
endif
|
||
|
||
tests-special += $(objpfx)check-local-headers.out
|
||
$(objpfx)check-local-headers.out: scripts/check-local-headers.sh
|
||
AWK='$(AWK)' scripts/check-local-headers.sh \
|
||
"$(includedir)" "$(objpfx)" < /dev/null > $@; \
|
||
$(evaluate-test)
|
||
|
||
ifneq "$(headers)" ""
|
||
# Special test of all the installed headers in this directory.
|
||
tests-special += $(objpfx)check-installed-headers-c.out
|
||
libof-check-installed-headers-c := testsuite
|
||
$(objpfx)check-installed-headers-c.out: \
|
||
scripts/check-installed-headers.sh $(headers)
|
||
$(SHELL) $(..)scripts/check-installed-headers.sh c $(supported-fortify) \
|
||
"$(CC) $(filter-out -std=%,$(CFLAGS)) -D_ISOMAC $(+includes)" \
|
||
$(headers) > $@; \
|
||
$(evaluate-test)
|
||
|
||
ifneq "$(CXX)" ""
|
||
tests-special += $(objpfx)check-installed-headers-cxx.out
|
||
libof-check-installed-headers-cxx := testsuite
|
||
$(objpfx)check-installed-headers-cxx.out: \
|
||
scripts/check-installed-headers.sh $(headers)
|
||
$(SHELL) $(..)scripts/check-installed-headers.sh c++ $(supported-fortify) \
|
||
"$(CXX) $(filter-out -std=%,$(CXXFLAGS)) -D_ISOMAC $(+includes)" \
|
||
$(headers) > $@; \
|
||
$(evaluate-test)
|
||
endif # $(CXX)
|
||
|
||
tests-special += $(objpfx)check-wrapper-headers.out
|
||
$(objpfx)check-wrapper-headers.out: scripts/check-wrapper-headers.py $(headers)
|
||
$(PYTHON) $< --root=. --subdir=. $(headers) \
|
||
--generated $(common-generated) > $@; $(evaluate-test)
|
||
endif # $(headers)
|
||
|
||
# Lint all Makefiles; including this one. Pass `pwd` as the source
|
||
# directory since the top-level Makefile is in the root of the source
|
||
# tree and these tests are run from there. We add light-weight linting
|
||
# to the 'check' target to support the existing developer workflow of:
|
||
# edit -> make -> make check; without needing an additional step.
|
||
tests-special += $(objpfx)lint-makefiles.out
|
||
$(objpfx)lint-makefiles.out: scripts/lint-makefiles.sh
|
||
$(SHELL) $< "$(PYTHON)" `pwd` > $@ ; \
|
||
$(evaluate-test)
|
||
|
||
define summarize-tests
|
||
@grep -E -v '^(PASS|XFAIL):' $(objpfx)$1 || true
|
||
@echo "Summary of test results$2:"
|
||
@sed 's/:.*//' < $(objpfx)$1 | sort | uniq -c
|
||
@! grep -E -q -v '^(X?PASS|XFAIL|UNSUPPORTED):' $(objpfx)$1
|
||
endef
|
||
|
||
# The intention here is to do ONE install of our build into the
|
||
# testroot.pristine/ directory, then rsync (internal to
|
||
# support/test-container) that to testroot.root/ at the start of each
|
||
# test. That way we can promise each test a "clean" install, without
|
||
# having to do the install for each test.
|
||
#
|
||
# In addition, we have to copy some files (which we build) into this
|
||
# root in addition to what glibc installs. For example, many tests
|
||
# require additional programs including /bin/sh, /bin/true, and
|
||
# /bin/echo, all of which we build below to limit library dependencies
|
||
# to just those things in glibc and language support libraries which
|
||
# we also copy into the into the rootfs. To determine what language
|
||
# support libraries we need we build a "test" program in either C or
|
||
# (if available) C++ just so we can copy in any shared objects
|
||
# (which we do not build) that GCC-compiled programs depend on.
|
||
|
||
|
||
ifeq (,$(CXX))
|
||
LINKS_DSO_PROGRAM = links-dso-program-c
|
||
else
|
||
LINKS_DSO_PROGRAM = links-dso-program
|
||
endif
|
||
|
||
$(tests-container) $(addsuffix /tests,$(subdirs)) : \
|
||
$(objpfx)testroot.pristine/install.stamp
|
||
$(objpfx)testroot.pristine/install.stamp :
|
||
test -d $(objpfx)testroot.pristine || \
|
||
mkdir $(objpfx)testroot.pristine
|
||
# We need a working /bin/sh for some of the tests.
|
||
test -d $(objpfx)testroot.pristine/bin || \
|
||
mkdir $(objpfx)testroot.pristine/bin
|
||
# We need the compiled locale dir for localedef tests.
|
||
test -d $(objpfx)testroot.pristine/$(complocaledir) || \
|
||
mkdir -p $(objpfx)testroot.pristine/$(complocaledir)
|
||
cp $(objpfx)support/shell-container $(objpfx)testroot.pristine/bin/sh
|
||
cp $(objpfx)support/echo-container $(objpfx)testroot.pristine/bin/echo
|
||
cp $(objpfx)support/true-container $(objpfx)testroot.pristine/bin/true
|
||
ifeq ($(run-built-tests),yes)
|
||
# Copy these DSOs first so we can overwrite them with our own.
|
||
for dso in `$(test-wrapper-env) LD_TRACE_LOADED_OBJECTS=1 \
|
||
$(rtld-prefix) \
|
||
$(objpfx)testroot.pristine/bin/sh \
|
||
| sed -n '/\//{s@.*=> /@/@;s/^[^/]*//;s/ .*//p;}'` ;\
|
||
do \
|
||
test -d `dirname $(objpfx)testroot.pristine$$dso` || \
|
||
mkdir -p `dirname $(objpfx)testroot.pristine$$dso` ;\
|
||
$(test-wrapper) cp $$dso $(objpfx)testroot.pristine$$dso ;\
|
||
done
|
||
for dso in `$(test-wrapper-env) LD_TRACE_LOADED_OBJECTS=1 \
|
||
$(rtld-prefix) \
|
||
$(objpfx)support/$(LINKS_DSO_PROGRAM) \
|
||
| sed -n '/\//{s@.*=> /@/@;s/^[^/]*//;s/ .*//p;}'` ;\
|
||
do \
|
||
test -d `dirname $(objpfx)testroot.pristine$$dso` || \
|
||
mkdir -p `dirname $(objpfx)testroot.pristine$$dso` ;\
|
||
$(test-wrapper) cp $$dso $(objpfx)testroot.pristine$$dso ;\
|
||
done
|
||
endif
|
||
# $(symbolic-link-list) is a file that encodes $(DESTDIR) so we
|
||
# have to purge it
|
||
rm -f $(symbolic-link-list)
|
||
# Setting INSTALL_UNCOMPRESSED causes localedata/Makefile to
|
||
# install the charmaps uncompressed, as the testroot does not
|
||
# provide a gunzip program.
|
||
$(MAKE) install DESTDIR=$(objpfx)testroot.pristine \
|
||
INSTALL_UNCOMPRESSED=yes subdirs='$(sorted-subdirs)'
|
||
rm -f $(symbolic-link-list)
|
||
touch $(objpfx)testroot.pristine/install.stamp
|
||
|
||
tests-special-notdir = $(patsubst $(objpfx)%, %, $(tests-special))
|
||
tests: $(tests-special)
|
||
$(..)scripts/merge-test-results.sh -s $(objpfx) "" \
|
||
$(sort $(tests-special-notdir:.out=)) \
|
||
> $(objpfx)subdir-tests.sum
|
||
$(..)scripts/merge-test-results.sh -t $(objpfx) subdir-tests.sum \
|
||
$(sort $(subdirs) .) \
|
||
> $(objpfx)tests.sum
|
||
$(call summarize-tests,tests.sum)
|
||
xtests:
|
||
$(..)scripts/merge-test-results.sh -t $(objpfx) subdir-xtests.sum \
|
||
$(sort $(subdirs)) \
|
||
> $(objpfx)xtests.sum
|
||
$(call summarize-tests,xtests.sum, for extra tests)
|
||
|
||
# The realclean target is just like distclean for the parent, but we want
|
||
# the subdirs to know the difference in case they care.
|
||
realclean distclean: parent-clean
|
||
# This is done this way rather than having `subdir_distclean' be a
|
||
# dependency of this target so that libc.a will be removed before the
|
||
# subdirectories are dealt with and so they won't try to remove object
|
||
# files from it when it's going to be removed anyway.
|
||
@$(MAKE) distclean-1 no_deps=t distclean-1=$@ avoid-generated=yes \
|
||
sysdep-subdirs="$(sysdep-subdirs)"
|
||
-rm -f $(postclean)
|
||
|
||
# Subroutine of distclean and realclean.
|
||
distclean-1: subdir_$(distclean-1)
|
||
-rm -f $(config-generated)
|
||
-rm -f $(addprefix $(objpfx),config.status config.cache config.log)
|
||
-rm -f $(addprefix $(objpfx),config.make config-name.h config.h)
|
||
ifdef objdir
|
||
-rm -f $(objpfx)Makefile
|
||
endif
|
||
-rm -f $(sysdep-$(distclean-1))
|
||
|
||
# Make the TAGS file for Emacs users.
|
||
|
||
.PHONY: TAGS
|
||
TAGS:
|
||
scripts/list-sources.sh | sed -n -e '/Makefile/p' \
|
||
$(foreach S,[chsSyl] cxx sh bash pl,\
|
||
$(subst .,\.,-e '/.$S\(.in\)*$$/p')) \
|
||
| $(ETAGS) -o $@ -
|
||
|
||
# Make the distribution tarfile.
|
||
.PHONY: dist dist-prepare
|
||
|
||
generated := $(generated) stubs.h
|
||
|
||
files-for-dist := README INSTALL configure NEWS
|
||
|
||
# Regenerate stuff, then error if these things are not committed yet.
|
||
dist-prepare: $(files-for-dist)
|
||
conf=`find sysdeps -name configure`; \
|
||
$(MAKE) $$conf && \
|
||
git diff --stat HEAD -- $^ $$conf \
|
||
| $(AWK) '{ print; rc=1 } END { exit rc }'
|
||
|
||
%.tar: FORCE
|
||
git archive --prefix=$*/ $* > $@.new
|
||
mv -f $@.new $@
|
||
|
||
# Do `make dist dist-version=X.Y.Z' to make tar files of an older version.
|
||
|
||
ifneq (,$(strip $(dist-version)))
|
||
dist: $(foreach Z,.bz2 .gz .xz,$(dist-version).tar$Z)
|
||
md5sum $^
|
||
else
|
||
dist: dist-prepare
|
||
@if v=`git describe`; then \
|
||
echo Distribution version $$v; \
|
||
$(MAKE) dist dist-version=$$v; \
|
||
else \
|
||
false; \
|
||
fi
|
||
endif
|
||
|
||
INSTALL: manual/install-plain.texi manual/macros.texi \
|
||
$(common-objpfx)manual/pkgvers.texi manual/install.texi
|
||
makeinfo --no-validate --plaintext --no-number-sections \
|
||
-I$(common-objpfx)manual $< -o $@-tmp
|
||
$(AWK) 'NF == 0 { ++n; next } \
|
||
NF != 0 { while (n-- > 0) print ""; n = 0; print }' \
|
||
< $@-tmp > $@-tmp2
|
||
rm -f $@-tmp
|
||
-chmod a-w $@-tmp2
|
||
mv -f $@-tmp2 $@
|
||
$(common-objpfx)manual/%: FORCE
|
||
$(MAKE) $(PARALLELMFLAGS) -C manual $@
|
||
FORCE:
|
||
|
||
iconvdata/% localedata/% po/%: FORCE
|
||
$(MAKE) $(PARALLELMFLAGS) -C $(@D) $(@F)
|
||
|
||
# Convenience target to rerun one test, from the top of the build tree
|
||
# Example: make test t=wcsmbs/test-wcsnlen
|
||
.PHONY: test
|
||
test :
|
||
@-rm -f $(objpfx)$t.out
|
||
$(MAKE) subdir=$(patsubst %/,%,$(dir $t)) -C $(dir $t) ..=../ $(objpfx)$t.out
|
||
@cat $(objpfx)$t.test-result
|
||
@cat $(objpfx)$t.out
|