mirror of
https://sourceware.org/git/glibc.git
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8208be389b
Previously, the installed objects were named like libc-2.33.so, and the ABI soname libc.so.6 was just a symbolic link. The Makefile targets to install these symbolic links are no longer needed after this, so they are removed with this commit. The more general $(make-link) command (which invokes scripts/rellns-sh) is retained because other symbolic links are still needed. Reviewed-by: Carlos O'Donell <carlos@redhat.com> Tested-by: Carlos O'Donell <carlos@rehdat.com>
740 lines
22 KiB
Makefile
740 lines
22 KiB
Makefile
# Copyright (C) 1991-2021 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, valgrind or
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container. The container will run within support/test-container.
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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 strace $(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) valgrind $(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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# 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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# This makes all the subdirectory targets.
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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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# 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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# Targets to clean things up to various degrees.
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.PHONY: clean realclean distclean distclean-1 parent-clean parent-mostlyclean \
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tests-clean
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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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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
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# dependency of this target so that libc.a will be removed before the
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# subdirectories are dealt with and so they won't try to remove object
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# files from it when it's going to be removed anyway.
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@$(MAKE) subdir_clean no_deps=t
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-rm -f $(postclean)
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||
mostlyclean: parent-mostlyclean
|
||
@$(MAKE) subdir_mostlyclean no_deps=t
|
||
-rm -f $(postclean)
|
||
|
||
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 \
|
||
"$(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++ \
|
||
"$(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)
|
||
|
||
define summarize-tests
|
||
@egrep -v '^(PASS|XFAIL):' $(objpfx)$1 || true
|
||
@echo "Summary of test results$2:"
|
||
@sed 's/:.*//' < $(objpfx)$1 | sort | uniq -c
|
||
@! egrep -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
|