#! /bin/sh
# Bootstrap an Autotooled package from checked-out sources.
# Written by Gary V. Vaughan, 2010
# Inspired by a script written by Paul Eggert.
# This is free software. There is NO warranty; not even for
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
#
# Copyright (C) 2010-2017 Bootstrap Authors
#
# This file is dual licensed under the terms of the MIT license
# <https://opensource.org/license/MIT>, and GPL version 3 or later
# <http://www.gnu.org/licenses/gpl-2.0.html>. You must apply one of
# these licenses when using or redistributing this software or any of
# the files within it. See the URLs above, or the file `LICENSE`
# included in the Bootstrap distribution for the full license texts.
# You should place a copy of this script under version control in the
# top-level directory of your project. The intent is that all
# customization can be done with a `bootstrap.conf` file also maintained
# in your version control.
# Please report bugs or propose patches to:
# <https://github.com/gnulib-modules/bootstrap/issues>
## ------ ##
## Usage. ##
## ------ ##
# Most GNUish projects do not keep all of the generated Autotool
# files under version control, but running all of the right tools
# with the right arguments, in the correct order to regenerate
# all of those files in readiness for configuration and building
# can be surprisingly involved! Many projects have a 'bootstrap'
# script under version control to invoke Autotools and perform
# other assorted book-keeping with version numbers and the like.
#
# This bootstrap script aims to probe the configure.ac and top
# Makefile.am of your project to automatically determine what
# the correct ordering and arguments are and then run the tools for
# you. In order to use it, you can generate an initial standalone
# script with:
#
# gl/build-aux/inline-source gl/build-aux/bootstrap.in > bootstrap
#
# You should then store than script in version control for other
# developers in you project. It will give you instructions about
# how to keep it up to date if the sources change.
#
# See gl/doc/bootstrap.texi for documentation on how to write
# a bootstrap.conf to customize it for your project's
# idiosyncracies.
## ================================================================== ##
## ##
## DO NOT EDIT THIS FILE, CUSTOMIZE IT USING A BOOTSTRAP.CONF ##
## ##
## ================================================================== ##
## ------------------------------- ##
## User overridable command paths. ##
## ------------------------------- ##
# All uppercase denotes values stored in the environment. These
# variables should generally be overridden by the user - however, we do
# set them to 'true' in some parts of this script to prevent them being
# called at the wrong time by other tools that we call ('autoreconf',
# for example).
#
# We also allow 'LIBTOOLIZE', 'M4', 'SHA1SUM' and some others to be
# overridden, and export the result for child processes, but they are
# handled by the function 'func_find_tool' and not defaulted in this
# section.
: ${ACLOCAL="aclocal"}
: ${AUTOCONF="autoconf"}
: ${AUTOHEADER="autoheader"}
: ${AUTOM4TE="autom4te"}
: ${AUTOHEADER="autoheader"}
: ${AUTOMAKE="automake"}
: ${AUTOPOINT="autopoint"}
: ${AUTORECONF="autoreconf"}
: ${CMP="cmp"}
: ${CONFIG_SHELL="/bin/sh"}
: ${DIFF="diff"}
: ${GIT="git"}
: ${LN_S="ln -s"}
: ${RM="rm"}
export ACLOCAL
export AUTOCONF
export AUTOHEADER
export AUTOM4TE
export AUTOHEADER
export AUTOMAKE
export AUTOPOINT
export AUTORECONF
export CONFIG_SHELL
## -------------- ##
## Configuration. ##
## -------------- ##
# A newline delimited list of triples of programs (that respond to
# --version), the minimum version numbers required (or just '-' in the
# version field if any version will be sufficient) and homepage URLs
# to help locate missing packages.
buildreq=
# Name of a file containing instructions on installing missing packages
# required in 'buildreq'.
buildreq_readme=README-hacking
# These are extracted from AC_INIT in configure.ac, though you can
# override those values in 'bootstrap.conf' if you prefer.
build_aux=
macro_dir=
package=
package_name=
package_version=
package_bugreport=
# These are extracted from 'gnulib-cache.m4', or else fall-back
# automatically on the gnulib defaults; unless you set the values
# manually in 'bootstrap.conf'.
doc_base=
gnulib_mk=
gnulib_name=
local_gl_path=
source_base=
tests_base=
# The list of gnulib modules required at 'gnulib-tool' time. If you
# check 'gnulib-cache.m4' into your repository, then this list will be
# extracted automatically.
gnulib_modules=
# Extra gnulib files that are not in modules, which override files of
# the same name installed by other bootstrap tools.
gnulib_non_module_files="
build-aux/compile
build-aux/install-sh
build-aux/mdate-sh
build-aux/texinfo.tex
build-aux/depcomp
build-aux/config.guess
build-aux/config.sub
doc/INSTALL
"
# Relative path to the local gnulib submodule, and url to the upstream
# git repository. If you have a gnulib entry in your .gitmodules file,
# these values are ignored.
gnulib_path=
gnulib_url=
# Additional gnulib-tool options to use.
gnulib_tool_options="
--no-changelog
"
# bootstrap removes any macro-files that are not included by aclocal.m4,
# except for files listed in this variable that are always kept.
gnulib_precious="
gnulib-tool.m4
"
# When truncating long commands for display, always allow at least this
# many characters before truncating.
min_cmd_len=160
# The command to download all .po files for a specified domain into
# a specified directory. Fill in the first %s is the domain name, and
# the second with the destination directory. Use rsync's -L and -r
# options because the latest/%s directory and the .po files within are
# all symlinks.
po_download_command_format=\
"rsync --delete --exclude '*.s1' -Lrtvz \
'translationproject.org::tp/latest/%s/' '%s'"
# Other locale categories that need message catalogs.
extra_locale_categories=
# Additional xgettext options to use. Gnulib might provide you with an
# extensive list of additional options to append to this, but gettext
# 0.16.1 and newer appends them automaticaly, so you can safely ignore
# the complaints from 'gnulib-tool' if your $configure_ac states:
#
# AM_GNU_GETTEXT_VERSION([0.16.1])
xgettext_options="
--flag=_:1:pass-c-format
--flag=N_:1:pass-c-format
"
# Package copyright holder for gettext files. Defaults to FSF if unset.
copyright_holder=
# File that should exist in the top directory of a checked out hierarchy,
# but not in a distribution tarball.
checkout_only_file=
# Whether to use copies instead of symlinks by default (if set to true,
# the --copy option has no effect).
copy=false
# Set this to ".cvsignore .gitignore" in 'bootstrap.conf' if you want
# those files to be generated in directories like 'lib/', 'm4/', and 'po/',
# or set it to "auto" to make this script select what to use based
# on what version control system (if any) is used in the source directory.
# Or set it to "none" to ignore VCS ignore files entirely. Default is
# "auto".
vc_ignore=
## ------------------- ##
## External Libraries. ##
## ------------------- ##
# Source required external libraries:
. `echo "$0" |${SED-sed} 's|[^/]*$||'`"funclib.sh"
. `echo "$0" |${SED-sed} 's|[^/]*$||'`"options-parser"
. `echo "$0" |${SED-sed} 's|[^/]*$||'`"extract-trace"
# Set a version string for *this* script.
scriptversion=2017-01-09.18; # UTC
## ------------------- ##
## Hookable functions. ##
## ------------------- ##
# After 'bootstrap.conf' has been sourced, execution proceeds by calling
# 'func_bootstrap'. Wherever a function is decorated with
# 'func_hookable func_name', you will find a matching 'func_run_hooks
# func_name', which executes all functions added with 'func_add_hook
# func_name my_func'.
#
# You might notice that many of these functions begin with a series of
# '$require_foo' lines. See the docu-comments at the start of the
# 'Resource management' section for a description of what these are.
# func_bootstrap [ARG]...
# -----------------------
# All the functions called inside func_bootstrap are hookable. See the
# the individual implementations for details.
func_bootstrap ()
{
$debug_cmd
# Save the current positional parameters to prevent them being
# corrupted by calls to 'set' in 'func_init'.
func_quote eval ${1+"$@"}
_G_saved_positional_parameters=$func_quote_result
# Initialisation.
func_init
# Option processing.
eval func_options "$_G_saved_positional_parameters"
# Post-option preparation.
func_prep
# Reconfigure the package.
func_reconfigure
# Ensure .version is up-to-date.
func_update_dotversion
# Finalisation.
func_fini
}
# func_init
# ---------
# Any early initialisations can be hooked to this function. Consider
# whether you can hook onto 'func_prep' instead, because if you hook
# any slow to execute code in here, it will also add to the time before
# './bootstrap --version' can respond.
func_hookable func_init
func_init ()
{
$debug_cmd
func_run_hooks func_init
}
# func_prep
# ---------
# Function to perform preparation for remaining bootstrap process. If
# your hooked code relies on the outcome of 'func_options' hook it here
# rather than to 'func_init'.
#
# All the functions called inside func_prep are hookable. See the
# individual implementations for details.
func_hookable func_prep
func_prep ()
{
$debug_cmd
$require_buildtools_uptodate
$require_checkout_only_file
$require_gnulib_merge_changelog
# Report the results of SED and GREP searches from funclib.sh.
func_verbose "GREP='$GREP'"
func_verbose "SED='$SED'"
# fetch update files from the translation project
func_update_translations
func_run_hooks func_prep
}
# func_update_translations
# ------------------------
# Update package po files and translations.
func_hookable func_update_translations
func_update_translations ()
{
$debug_cmd
$opt_skip_po || {
test -d po && {
$require_package
func_update_po_files po $package || exit $?
}
func_run_hooks func_update_translations
}
}
# func_reconfigure
# ----------------
# Reconfigure the current package by running the appropriate autotools in a
# suitable order.
func_hookable func_reconfigure
func_reconfigure ()
{
$debug_cmd
$require_automake_options
# Automake (without 'foreign' option) requires that NEWS & README exist.
case " $automake_options " in
" foreign ") ;;
*)
func_ensure_NEWS
func_ensure_README
;;
esac
# Ensure ChangeLog presence.
if test -n "$gnulib_modules"; then
func_ifcontains "$gnulib_modules" gitlog-to-changelog \
func_ensure_changelog
else
$require_gnulib_cache
if $SED -n '/^gl_MODULES(\[/,/^])$/p' $gnulib_cache 2>/dev/null |
func_grep_q gitlog-to-changelog
then
func_ensure_changelog
fi
fi
# Released 'autopoint' has the tendency to install macros that have
# been obsoleted in current 'gnulib', so run this before 'gnulib-tool'.
func_autopoint
# Autoreconf runs 'aclocal' before 'libtoolize', which causes spurious
# warnings if the initial 'aclocal' is confused by the libtoolized
# (or worse: out-of-date) macro directory.
func_libtoolize
# If you need to do anything after 'gnulib-tool' is done, but before
# 'autoreconf' runs, you don't need to override this whole function,
# because 'func_gnulib_tool' is hookable.
func_gnulib_tool
func_autoreconf
func_run_hooks func_reconfigure
}
# func_gnulib_tool
# ----------------
# Run 'gnulib-tool' to fetch gnulib modules into the current package.
#
# It's assumed that since you are using gnulib's 'bootstrap' script,
# you're also using gnulib elsewhere in your package. If not, then
# you can replace this function in 'bootstrap.conf' with:
#
# func_gnulib_tool () { :; }
#
# (although the function returns immediately if $gnulib_tool is set to
# true in any case).
func_hookable func_gnulib_tool
func_gnulib_tool ()
{
$debug_cmd
$require_gnulib_tool
$require_libtoolize
test true = "$gnulib_tool" || {
$require_gnulib_git_submodules
# bootstrap.conf written for gnulib bootstrap expects
# gnulib_tool_option_extras to which --no-changelog is appended,
# but libtool bootstrap expects you to append to gnulib_tool_options
# so that you can override the --no-changelog default: make sure we
# support both styles so users can migrate between them easily.
gnulib_tool_all_options="$gnulib_tool_options $gnulib_tool_option_extras"
if test -n "$gnulib_modules"; then
$require_gnulib_cache
$require_gnulib_tool_base_options
gnulib_mode=--import
# Try not to pick up any stale values from 'gnulib-cache.m4'.
rm -f "$gnulib_cache"
test -n "$gnulib_tool_base_options" \
&& func_append_uniq gnulib_tool_all_options " $gnulib_tool_base_options"
test -n "$gnulib_mk" \
&& func_append_uniq gnulib_tool_all_options " --makefile-name=$gnulib_mk"
test -n "$tests_base" && {
func_append_uniq gnulib_tool_all_options " --tests-base=$tests_base"
func_append_uniq gnulib_tool_all_options " --with-tests"
}
else
# 'gnulib_modules' and others are cached in 'gnulib-cache.m4':
# Use 'gnulib --update' to fetch gnulib modules.
gnulib_mode=--update
fi
# Add a sensible default libtool option to gnulib_tool_options.
# The embedded echo is to squash whitespace before globbing.
case `echo " "$gnulib_tool_all_options" "` in
*" --no-libtool "*|*" --libtool "*) ;;
*) if test true = "$LIBTOOLIZE"; then
func_append_uniq gnulib_tool_all_options " --no-libtool"
else
func_append_uniq gnulib_tool_all_options " --libtool"
fi
;;
esac
$opt_copy || func_append_uniq gnulib_tool_all_options " --symlink"
func_append_uniq gnulib_tool_all_options " $gnulib_mode"
func_append gnulib_tool_all_options " $gnulib_modules"
# The embedded echo is to squash whitespace before display.
gnulib_cmd=`echo $gnulib_tool $gnulib_tool_all_options`
func_show_eval "$gnulib_cmd" 'exit $?'
# Use 'gnulib-tool --copy-file' to install non-module files.
func_install_gnulib_non_module_files
}
func_run_hooks func_gnulib_tool
}
# func_fini
# ---------
# Function to perform all finalisation for the bootstrap process.
func_hookable func_fini
func_fini ()
{
$debug_cmd
func_gettext_configuration
func_clean_dangling_symlinks
func_clean_unused_macros
func_skip_po_recommendation
func_run_hooks func_fini
$require_bootstrap_uptodate
func_echo "Done. Now you can run './configure'."
}
# func_gettext_configuration
# --------------------------
# Edit configuration values into po/Makevars.
func_hookable func_gettext_configuration
func_gettext_configuration ()
{
$debug_cmd
$require_autopoint
test true = "$AUTOPOINT" || {
$require_copyright_holder
$require_extra_locale_categories
$require_package_bugreport
# Escape xgettext options for sed Makevars generation below.
# We have to delete blank lines in a separate script so that we don't
# append \\\ to the penultimate line, and then delete the last empty
# line, which messes up the variable substitution later in this
# function. Note that adding a literal \\\ requires double escaping
# here, once for the execution subshell, and again for the assignment,
# which is why there are actually 12 (!!) backslashes in the script.
_G_xgettext_options=`echo "$xgettext_options$nl" |$SED '/^$/d' |$SED '
$b
s|$| \\\\\\\\\\\\|'`
# Create gettext configuration.
func_echo "Creating po/Makevars from po/Makevars.template ..."
$RM -f po/Makevars
$SED '
/^EXTRA_LOCALE_CATEGORIES *=/s|=.*|= '"$extra_locale_categories"'|
/^COPYRIGHT_HOLDER *=/s|=.*|= '"$copyright_holder"'|
/^MSGID_BUGS_ADDRESS *=/s|=.*|= '"$package_bugreport"'|
/^XGETTEXT_OPTIONS *=/{
s|$| \\|
a\
'"$_G_xgettext_options"' \\\
$${end_of_xgettext_options+}
}
s/ *$//
' po/Makevars.template >po/Makevars || exit 1
}
func_run_hooks func_gettext_configuration
}
## --------------- ##
## Core functions. ##
## --------------- ##
# This section contains the main functions called from the 'Hookable
# functions' (shown above), and are the ones you're most likely
# to want to replace with your own implementations in 'bootstrap.conf'.
# func_autopoint
# --------------
# If this package uses gettext, then run 'autopoint'.
func_autopoint ()
{
$debug_cmd
$require_autopoint
test true = "$AUTOPOINT" \
|| func_show_eval "$AUTOPOINT --force" 'exit $?'
}
# func_libtoolize
# ---------------
# If this package uses libtool, then run 'libtoolize'.
func_libtoolize ()
{
$debug_cmd
$require_libtoolize
test true = "$LIBTOOLIZE" || {
_G_libtoolize_options=
$opt_copy && func_append _G_libtoolize_options " --copy"
$opt_force && func_append _G_libtoolize_options " --force"
$opt_verbose || func_append _G_libtoolize_options " --quiet"
func_show_eval "$LIBTOOLIZE$_G_libtoolize_options" 'exit $?'
}
}
# func_gnulib_tool_copy_file SRC DEST
# -----------------------------------
# Copy SRC, a path relative to the gnulib sub-tree, to DEST, a path
# relative to the top-level source directory using gnulib-tool so that
# any patches or replacements in $local_gl_path are applied.
func_gnulib_tool_copy_file ()
{
$debug_cmd
$require_gnulib_tool
$require_patch
if test true = "$gnulib_tool"; then
# If gnulib-tool is not available (e.g. bootstrapping in a
# distribution tarball), make sure that at least we have some
# version of the required file already in place.
test -f "$2" || func_fatal_error "\
Can't find, copy or download '$2', a required
gnulib supplied file, please provide the location of a
complete 'gnulib' tree by setting 'gnulib_path' in your
'bootstrap.conf' or with the '--gnulib-srcdir' option -
or else specify the location of your 'git' binary by
setting 'GIT' in the environment so that a fresh
'gnulib' submodule can be cloned."
else
$require_gnulib_copy_cmd
$gnulib_copy_cmd $1 $2 2>/dev/null || {
$require_gnulib_path
func_error "'$gnulib_path/$1' does not exist"
return 1
}
fi
}
# func_install_gnulib_non_module_files
# ------------------------------------
# Get additional non-module files from gnulib, overriding existing files.
func_install_gnulib_non_module_files ()
{
$debug_cmd
$require_build_aux
$require_gnulib_tool
test -n "$gnulib_non_module_files" && {
maybe_exit_cmd=:
for file in $gnulib_non_module_files; do
case $file in
*/COPYING*) dest=COPYING;;
*/INSTALL) dest=INSTALL;;
build-aux/missing) dest=
func_warning settings "\
Please remove build-aux/missing from gnulib_module_files in
'bootstrap.conf', as it may clash with Automake's version."
;;
build-aux/*) dest=$build_aux/`expr "$file" : 'build-aux/\(.*\)'`;;
*) dest=$file;;
esac
# Be sure to show all copying errors before bailing out
test -z "$dest" \
|| func_gnulib_tool_copy_file "$file" "$dest" \
|| maybe_exit_cmd="exit $EXIT_FAILURE"
done
$maybe_exit_cmd
}
}
# func_ensure_changelog
# ---------------------
# Even with 'gitlog-to-changelog' generated ChangeLogs, automake
# will not run to completion with no ChangeLog file.
func_ensure_changelog ()
{
$debug_cmd
test -f ChangeLog && mv -f ChangeLog ChangeLog~
cat >ChangeLog <<'EOT'
## ---------------------- ##
## DO NOT EDIT THIS FILE! ##
## ---------------------- ##
ChangeLog is generated by gitlog-to-changelog.
EOT
_G_message="creating dummy 'ChangeLog'"
test -f ChangeLog~ \
&& func_append _G_message ' (backup in ChangeLog~)'
func_verbose "$_G_message"
return 0
}
# func_ensure_NEWS
# ----------------
# Without AM_INIT_AUTOMAKE([foreign]), automake will not run to
# completion with no NEWS file, even though NEWS.md or NEWS.txt
# is often preferable.
func_ensure_NEWS ()
{
$debug_cmd
test -f NEWS || {
_G_NEWS=
for _G_news in NEWS.txt NEWS.md NEWS.rst; do
test -f "$_G_news" && break
done
test -f "$_G_news" && $LN_S $_G_news NEWS
func_verbose "$LN_S $_G_news NEWS"
}
return 0
}
# func_ensure_README
# ------------------
# Without AM_INIT_AUTOMAKE([foreign]), automake will not run to
# completion with no README file, even though README.md or README.txt
# is often preferable.
func_ensure_README ()
{
$debug_cmd
test -f README || {
_G_README=
for _G_readme in README.txt README.md README.rst; do
test -f "$_G_readme" && break
done
test -f "$_G_readme" && $LN_S $_G_readme README
func_verbose "$LN_S $_G_readme README"
}
return 0
}
# func_autoreconf [SUBDIR]
# ------------------------
# Being careful not to re-run 'autopoint' or 'libtoolize', and not to
# try to run 'autopoint', 'libtoolize' or 'autoheader' on packages that
# don't use them, defer to 'autoreconf' for execution of the remaining
# autotools to bootstrap this package.
#
# Projects with multiple trees to reconfigure can hook another call to
# this function onto func_reconfigure:
#
# my_autoreconf_foo ()
# {
# func_autoreconf foo
# }
# func_add_hook func_reconfigure my_autoreconf_foo
func_autoreconf ()
{
$debug_cmd
$require_autoheader
$require_build_aux # automake and others put files in here
$require_macro_dir # aclocal and others put files in here
# We ran these manually already, and autoreconf won't exec ':'
save_AUTOPOINT=$AUTOPOINT; AUTOPOINT=true
save_LIBTOOLIZE=$LIBTOOLIZE; LIBTOOLIZE=true
_G_autoreconf_options=
$opt_copy || func_append _G_autoreconf_options " --symlink"
$opt_force && func_append _G_autoreconf_options " --force"
$opt_verbose && func_append _G_autoreconf_options " --verbose"
func_show_eval "$AUTORECONF$_G_autoreconf_options --install${1+ $1}" 'exit $?'
AUTOPOINT=$save_AUTOPOINT
LIBTOOLIZE=$save_LIBTOOLIZE
}
# func_check_configuration VARNAME [CONFIGURE_MACRO]
# --------------------------------------------------
# Exit with a suitable diagnostic for an important configuration change
# that needs to be made before bootstrap can run correctly.
func_check_configuration ()
{
$debug_cmd
$require_configure_ac
eval 'test -n "$'$1'"' || {
_G_error_msg="please set '$1' in 'bootstrap.conf'"
if test -n "$configure_ac" && test -n "$2"; then
func_append _G_error_msg "
or add the following (or similar) to your '$configure_ac':
$2"
fi
func_fatal_error "$_G_error_msg"
}
}
# func_clean_dangling_symlinks
# ----------------------------
# Remove any dangling symlink matching "*.m4" or "*.[ch]" in some
# gnulib-populated directories. Such .m4 files would cause aclocal to
# fail. The following requires GNU find 4.2.3 or newer. Considering
# the usual portability constraints of this script, that may seem a very
# demanding requirement, but it should be ok. Ignore any failure,
# which is fine, since this is only a convenience to help developers
# avoid the relatively unusual case where a symlinked-to .m4 file is
# git-removed from gnulib between successive runs of this script.
func_clean_dangling_symlinks ()
{
$debug_cmd
$require_macro_dir
$require_source_base
func_verbose "cleaning dangling symlinks"
find "$macro_dir" "$source_base" \
-depth \( -name '*.m4' -o -name '*.[ch]' \) \
-type l -xtype l -delete > /dev/null 2>&1
}
# func_clean_unused_macros
# ------------------------
# Autopoint can result in over-zealously adding macros into $macro_dir
# even though they are not actually used, for example tests to help
# build the 'intl' directory even though you have specified
# 'AM_GNU_GETTEXT([external])' in your configure.ac. This function
# looks removes any macro files that can be found in gnulib, but
# are not 'm4_include'd by 'aclocal.m4'.
func_clean_unused_macros ()
{
$debug_cmd
$require_gnulib_path
$require_macro_dir
test -n "$gnulib_path" && test -f aclocal.m4 && {
aclocal_m4s=`find . -name aclocal.m4 -print`
# We use 'ls|grep' instead of 'ls *.m4' to avoid exceeding
# command line length limits in some shells.
for file in `cd "$macro_dir" && ls -1 |$GREP '\.m4$'`; do
# Remove a macro file when aclocal.m4 does not m4_include it...
func_grep_q 'm4_include([[]'$macro_dir/$file'])' $aclocal_m4s \
|| test ! -f "$gnulib_path/m4/$file" || {
# ...and there is an identical file in gnulib...
if func_cmp_s "$gnulib_path/m4/$file" "$macro_dir/$file"; then
# ...and it's not in the precious list ('echo' is needed
# here to squash whitespace for the match expression).
case " "`echo $gnulib_precious`" " in
*" $file "*) ;;
*) rm -f "$macro_dir/$file"
func_verbose \
"removing unused gnulib file '$macro_dir/$file'"
esac
fi
}
done
}
}
# func_skip_po_recommendation
# ---------------------------
# If there is a po directory, and '--skip-po' wasn't passed, let the
# user know that they can use '--skip-po' on subsequent invocations.
func_skip_po_recommendation ()
{
$debug_cmd
test ! -d po \
|| $opt_skip_po \
|| func_warning recommend "\
If your pofiles are up-to-date, you can rerun bootstrap
as '$progname --skip-po' to avoid redownloading."
}
# func_update_dotversion
# ----------------------
# Even with 'gitlog-to-changelog' generated ChangeLogs, automake
# will not run to completion with no ChangeLog file.
func_update_dotversion ()
{
$debug_cmd
test -f "$build_aux/git-version-gen" && {
_G_message="updating .version"
test -f .version && {
mv .version .version~
func_append _G_message " (backup in .version~)"
}
func_verbose "updating .version"
$build_aux/git-version-gen dummy-arg > .version
}
}
## -------------------- ##
## Resource management. ##
## -------------------- ##
# This section contains definitions for functions that each ensure a
# particular resource (a file, or a non-empty configuration variable for
# example) is available, and if appropriate to extract default values
# from pertinent package files. Where a variable already has a non-
# empty value (as set by the package's 'bootstrap.conf'), that value is
# used in preference to deriving the default. Call them using their
# associated 'require_*' variable to ensure that they are executed, at
# most, once.
# require_gnulib_git_submodules
# -----------------------------
# Initialize all git modules from $gnulib_git_submodules before we
# run 'gnulib-tool'.
require_gnulib_git_submodules=func_require_gnulib_git_submodules
func_require_gnulib_git_submodules ()
{
test -n "$gnulib_git_submodules" && {
for _G_submodule in $gnulib_git_submodules
do
func_show_eval "git submodule init -- $_G_submodule" \
&& func_show_eval "git submodule update -- $_G_submodule" \
|| func_fatal_error "Unable to init git module '$_G_submodule'."
done
}
require_gnulib_git_submodules=:
}
# require_checkout_only_file
# --------------------------
# Bail out if this package only bootstraps properly from a repository
# checkout.
require_checkout_only_file=func_require_checkout_only_file
func_require_checkout_only_file ()
{
$debug_cmd
$opt_force || {
test -n "$checkout_only_file" && test ! -f "$checkout_only_file" \
&& func_fatal_error "\
Bootstrapping from a non-checked-out distribution is risky.
If you wish to bootstrap anyway, use the '--force' option."
}
require_checkout_only_file=:
}
# require_aclocal_amflags
# -----------------------
# Ensure '$aclocal_amflags' has a sensible default, extracted from
# 'Makefile.am' if necessary.
require_aclocal_amflags=func_require_aclocal_amflags
func_require_aclocal_amflags ()
{
$debug_cmd
$require_makefile_am
_G_sed_extract_aclocal_amflags='s|#.*$||
/^[ ]*ACLOCAL_AMFLAGS[ ]*=/ {
s|^.*=[ ]*\(.*\)|aclocal_amflags="\1"|
p
}'
_G_aclocal_flags_cmd=`$SED -n "$_G_sed_extract_aclocal_amflags" \
"$makefile_am"`
eval "$_G_aclocal_flags_cmd"
func_verbose "ACLOCAL_AMFLAGS='$aclocal_amflags'"
require_aclocal_amflags=:
}
# require_autoheader
# ------------------
# Skip autoheader if it's not needed.
require_autoheader=func_require_autoheader
func_require_autoheader ()
{
$debug_cmd
test true = "$AUTOHEADER" || {
func_extract_trace AC_CONFIG_HEADERS
test -n "$func_extract_trace_result" \
|| func_extract_trace AC_CONFIG_HEADER
test -n "$func_extract_trace_result" || {
AUTOHEADER=true
func_verbose "export AUTOHEADER='$AUTOHEADER'"
# Make sure the search result is visible to subshells
export AUTOHEADER
}
}
require_autoheader=:
}
# require_automake_options
# ------------------------
# Extract options from AM_AUTOMAKE_INIT.
require_automake_options=func_require_automake_options
func_require_automake_options ()
{
$debug_cmd
func_extract_trace AM_INIT_AUTOMAKE
automake_options=$func_extract_trace_result
require_automake_options=:
}
# require_autopoint
# -----------------
# Skip autopoint if it's not needed.
require_autopoint=func_require_autopoint
func_require_autopoint ()
{
$debug_cmd
test true = "$AUTOPOINT" || {
func_extract_trace AM_GNU_GETTEXT_VERSION
test -n "$func_extract_trace_result" || {
AUTOPOINT=true
func_verbose "export AUTOPOINT='$AUTOPOINT'"
# Make sure the search result is visible to subshells
export AUTOPOINT
}
}
require_autopoint=:
}
# require_bootstrap_uptodate
# --------------------------
# Complain if the version of bootstrap in the gnulib directory differs
# from the one we are running.
require_bootstrap_uptodate=func_require_bootstrap_uptodate
func_require_bootstrap_uptodate ()
{
$debug_cmd
$require_build_aux
_G_bootstrap_sources="
$build_aux/bootstrap.in
$build_aux/extract-trace
$build_aux/funclib.sh
$build_aux/options-parser
"
_G_missing_bootstrap_sources=false
for _G_src in $_G_bootstrap_sources; do
test -f "$_G_src" || _G_missing_bootstrap_sources=:
done
if $_G_missing_bootstrap_sources; then
func_warning upgrade "\
Please add bootstrap to your gnulib_modules list in
'bootstrap.conf', so that I can tell you when there are
updates available."
else
rm -f bootstrap.new
$build_aux/inline-source $build_aux/bootstrap.in > bootstrap.new
if func_cmp_s "$progpath" bootstrap.new; then
rm -f bootstrap.new
func_verbose "bootstrap script up to date"
else
chmod 555 bootstrap.new
func_warning upgrade "\
An updated bootstrap script has been generated for you in
'bootstrap.new'. After you've verified that you want
the changes, you can update with:
mv -f bootstrap.new $progname
./$progname
Or you can disable this check permanently by adding the
following to 'bootstrap.conf':
require_bootstrap_uptodate=:"
fi
fi
require_bootstrap_uptodate=:
}
# require_build_aux
# -----------------
# Ensure that '$build_aux' is set, and if it doesn't already point to an
# existing directory, create one.
require_build_aux=func_require_build_aux
func_require_build_aux ()
{
$debug_cmd
test -n "$build_aux" || {
func_extract_trace_first AC_CONFIG_AUX_DIR
build_aux=$func_extract_trace_first_result
func_check_configuration build_aux \
"AC_CONFIG_AUX_DIR([name of a directory for build scripts])"
func_verbose "build_aux='$build_aux'"
}
$require_vc_ignore_files
# If the build_aux directory doesn't exist, create it now, and mark it
# as ignored for the VCS.
if test ! -d "$build_aux"; then
func_show_eval "mkdir '$build_aux'"
test -n "$vc_ignore_files" \
|| func_insert_if_absent "$build_aux" $vc_ignore_files
fi
require_build_aux=:
}
# require_buildreq_autobuild
# --------------------------
# Try to find whether the bootstrap requires autobuild.
require_buildreq_autobuild=func_require_buildreq_autobuild
func_require_buildreq_autobuild ()
{
$debug_cmd
$require_macro_dir
test -f "$macro_dir/autobuild.m4" \
|| printf '%s\n' "$buildreq" |func_grep_q '^[ ]*autobuild' \
|| {
func_extract_trace AB_INIT
test -n "$func_extract_trace_result" && {
func_append buildreq 'autobuild - http://josefsson.org/autobuild/
'
func_verbose "auto-adding 'autobuild' to build requirements"
}
}
require_buildreq_autobuild=:
}
# require_buildreq_autoconf
# require_buildreq_autopoint
# require_buildreq_libtoolize
# ---------------------------
# Try to find the minimum compatible version of autoconf/libtool
# required to bootstrap successfully, and add it to '$buildreq'.
for tool in autoconf libtoolize autopoint; do
b=$tool
v=require_buildreq_${tool}
f=func_$v
case $tool in
autoconf) m=AC_PREREQ ;;
libtoolize) m=LT_PREREQ; b=libtool ;;
autopoint) m=AM_GNU_GETTEXT_VERSION b=gettext ;;
esac
eval $v'='$f'
'$f' ()
{
$debug_cmd
# The following is ignored if undefined, but might be necessary
# in order for `func_find_tool` to run.
${require_'$tool'-:}
printf '\''%s\n'\'' "$buildreq" |func_grep_q '\''^[ ]*'$tool\'' || {
func_extract_trace '$m'
_G_version=$func_extract_trace_result
test -n "$_G_version" && {
func_append buildreq "\
'$tool' $_G_version http://www.gnu.org/s/'$b'
"
func_verbose \
"auto-adding '\'$tool'-$_G_version'\'' to build requirements"
}
}
'$v'=:
}
'
done
# require_buildreq_automake
# -------------------------
# Try to find the minimum compatible version of automake required to
# bootstrap successfully, and add it to '$buildreq'.
require_buildreq_automake=func_require_buildreq_automake
func_require_buildreq_automake ()
{
$debug_cmd
# if automake is not already listed in $buildreq...
printf '%s\n' "$buildreq" |func_grep_q automake || {
func_extract_trace AM_INIT_AUTOMAKE
# ...and AM_INIT_AUTOMAKE is declared...
test -n "$func_extract_trace_result" && {
automake_version=`$ECHO "$func_extract_trace_result" \
|$SED -e 's|[^0-9]*||' -e 's| .*$||'`
test -n "$automake_version" || automake_version=-
func_append buildreq "\
automake $automake_version http://www.gnu.org/s/automake
"
func_verbose \
"auto-adding 'automake-$automake_version' to build requirements"
}
}
require_buildreq_automake=:
}
# require_buildreq_patch
# ----------------------
# Automatically add a patch build-requirement if there are diff files
# in $local_gl_path.
require_buildreq_patch=func_require_buildreq_patch
func_require_buildreq_patch ()
{
$debug_cmd
$require_local_gl_path
# This ensures PATCH is set appropriately by the time
# func_check_versions enforces $buildreq.
$require_patch
# If patch is not already listed in $buildreq...
printf '%s\n' "$buildreq" |func_grep_q '^[ ]*patch' || {
eval "set dummy $local_gl_path_quoted" ; shift
for _G_dir
do
# The ugly find invocation is necessary to exit with non-zero
# status for old find binaries that don't support -exec fully.
if test ! -d "$_G_dir" \
|| find "$_G_dir" -name "*.diff" -exec false {} \; ; then :
else
func_append buildreq "patch - http://www.gnu.org/s/patch$nl"
break
fi
done
}
require_buildreq_patch=:
}
# require_buildtools_uptodate
# ---------------------------
# Ensure all the packages listed in BUILDREQS are available on the build
# machine at the minimum versions or better.
require_buildtools_uptodate=func_require_buildtools_uptodate
func_require_buildtools_uptodate ()
{
$debug_cmd
$require_buildreq_autobuild
$require_buildreq_autoconf
$require_buildreq_automake
$require_buildreq_libtoolize
$require_buildreq_autopoint
$require_buildreq_patch
test -n "$buildreq" && {
_G_error_hdr=
func_check_versions $buildreq
$func_check_versions_result || {
test -n "$buildreq_readme" \
&& test -f "$buildreq_readme" \
&& _G_error_hdr="\
$buildreq_readme explains how to obtain these prerequisite programs:
"
func_strtable 0 11 12 36 \
"Program" "Min_version" "Homepage" $buildreq
func_fatal_error "$_G_error_hdr$func_strtable_result"
}
}
require_buildtools_uptodate=:
}
# require_copyright_holder
# ------------------------
# Ensure there is a sensible non-empty default value in '$copyright_holder'.
require_copyright_holder=func_require_copyright_holder
func_require_copyright_holder ()
{
$debug_cmd
test -n "$copyright_holder" || {
copyright_holder='Free Software Foundation, Inc.'
func_warning settings "\
Please set copyright_holder explicitly in 'bootstrap.conf';
defaulting to '$copyright_holder'."
}
require_copyright_holder=:
}
# require_doc_base
# ----------------
# Ensure doc_base has a sensible value, extracted from 'gnulib-cache.m4'
# if possible, otherwise letting 'gnulib-tool' pick a default.
require_doc_base=func_require_doc_base
func_require_doc_base ()
{
$debug_cmd
$require_gnulib_cache
test -f "$gnulib_cache" && test -z "$doc_base" && {
func_extract_trace_first "gl_DOC_BASE" "$gnulib_cache"
doc_base=$func_extract_trace_first_result
test -n "$doc_base" && func_verbose "doc_base='$doc_base'"
}
require_doc_base=:
}
# require_dotgitmodules
# ---------------------
# Ensure we have a '.gitmodules' file, with appropriate 'gnulib' settings.
require_dotgitmodules=func_require_dotgitmodules
func_require_dotgitmodules ()
{
$debug_cmd
$require_git
test true = "$GIT" || {
# A gnulib entry in .gitmodules always takes precedence.
_G_path=`$GIT config --file .gitmodules submodule.gnulib.path 2>/dev/null`
test -n "$_G_path" || {
$require_vc_ignore_files
func_verbose "creating '.gitmodules'"
# If the .gitmodules file doesn't exist, create it now, and mark
# it as ignored for the VCS.
test -n "$gnulib_path" || gnulib_path=gnulib
test -n "$gnulib_url" || gnulib_url=git://git.sv.gnu.org/gnulib
{
echo '[submodule "gnulib"]'
echo " path = $gnulib_path"
echo " url = $gnulib_url"
} >> .gitmodules
test -n "$vc_ignore_files" \
|| func_insert_if_absent ".gitmodules" $vc_ignore_files
}
}
require_dotgitmodules=:
}
# require_extra_locale_categories
# -------------------------------
# Ensure there is a default value in '$extra_locale_categories'
require_extra_locale_categories=func_require_extra_locale_categories
func_require_extra_locale_categories ()
{
$debug_cmd
# Defaults to empty, so run with whatever value may have been set in
# 'bootstrap.conf'.
require_extra_locale_categories=:
}
# require_git
# -----------
# Ignore git if it's not available, or we're not in a git checkout tree.
require_git=func_require_git
func_require_git ()
{
$debug_cmd
$opt_skip_git && GIT=true
test true = "$GIT" || {
if test -d .git/.; then
($GIT --version) >/dev/null 2>&1 || GIT=true
fi
}
func_verbose "GIT='$GIT'"
require_git=:
}
# require_gnulib_cache
# --------------------
# Ensure there is a non-empty default for '$gnulib_cache', and that it
# names an existing file.
require_gnulib_cache=func_require_gnulib_cache
func_require_gnulib_cache ()
{
$debug_cmd
$require_macro_dir
test -n "$gnulib_cache" \
|| gnulib_cache=$macro_dir/gnulib-cache.m4
func_verbose "found '$gnulib_cache'"
require_gnulib_cache=:
}
# require_gnulib_copy_cmd
# -----------------------
# Only calculate the options for copying files with gnulib once.
require_gnulib_copy_cmd=func_require_gnulib_copy_cmd
func_require_gnulib_copy_cmd ()
{
$debug_cmd
$require_gnulib_tool
$require_gnulib_tool_base_options
gnulib_copy_cmd="$gnulib_tool $gnulib_tool_base_options --copy-file"
$opt_copy || func_append gnulib_copy_cmd " --symlink"
$opt_quiet || func_append gnulib_copy_cmd " --verbose"
require_gnulib_copy_cmd=:
}
# require_gnulib_merge_changelog
# ------------------------------
# See if we can use gnulib's git-merge-changelog merge driver.
require_gnulib_merge_changelog=func_require_gnulib_merge_changelog
func_require_gnulib_merge_changelog ()
{
$debug_cmd
test -f ChangeLog && {
$require_git
func_grep_q '^\(/\|\)ChangeLog$' .gitignore || test true = "$GIT" || {
if $GIT config merge.merge-changelog.driver >/dev/null; then
:
elif (git-merge-changelog --version) >/dev/null 2>&1; then
func_echo "initializing git-merge-changelog driver"
$GIT config merge.merge-changelog.name 'GNU-style ChangeLog merge driver'
$GIT config merge.merge-changelog.driver 'git-merge-changelog %O %A %B'
else
func_warning recommend \
"Consider installing git-merge-changelog from gnulib."
fi
}
}
require_gnulib_merge_changelog=:
}
# require_gnulib_mk
# -----------------
# Ensure gnulib_mk has a sensible value, extracted from 'gnulib-cache.m4'
# if possible, otherwise letting 'gnulib-tool' pick a default.
require_gnulib_mk=func_require_gnulib_mk
func_require_gnulib_mk ()
{
$debug_cmd
$require_gnulib_cache
test -f "$gnulib_cache" && test -z "$gnulib_mk" && {
func_extract_trace_first "gl_MAKEFILE_NAME" "$gnulib_cache"
gnulib_mk=$func_extract_trace_first_result
test -n "$gnulib_mk" && func_verbose "gnulib_mk='$gnulib_mk'"
}
require_gnulib_mk=:
}
# require_gnulib_name
# -------------------
# Ensure gnulib_name has a sensible value, extracted from 'gnulib-cache.m4'
# if possible, otherwise letting 'gnulib-tool' pick a default.
require_gnulib_name=func_require_gnulib_name
func_require_gnulib_name ()
{
$debug_cmd
$require_gnulib_cache
test -f "$gnulib_cache" && test -z "$gnulib_name" && {
func_extract_trace_first "gl_LIB" "$gnulib_cache"
gnulib_name=$func_extract_trace_first_result
test -n "$gnulib_name" && func_verbose "gnulib_name='$gnulib_name'"
}
require_gnulib_name=:
}
# require_gnulib_path
# require_gnulib_url
# -------------------
# Ensure 'gnulib_path' and 'gnulib_url' are set.
require_gnulib_path=func_require_dotgitmodules_parameters
require_gnulib_url=func_require_dotgitmodules_parameters
func_require_dotgitmodules_parameters ()
{
$debug_cmd
$require_git
test true = "$GIT" && {
# If we can't find git (or if the user specified '--skip-git'),
# then use an existing gnulib directory specified with
# '--gnulib-srcdir' if possible.
test -n "$gnulib_path" \
|| test ! -x "$opt_gnulib_srcdir/gnulib-tool" \
|| gnulib_path=$opt_gnulib_srcdir
}
$require_dotgitmodules
test -f .gitmodules && {
# Extract the parameters with sed, since git may be missing
test -n "$gnulib_path" \
|| gnulib_path=`$SED -e '/^.submodule "gnulib".$/,${
/[ ]*path *= */{
s|[ ]*||g;s|^[^=]*=||;p
}
}
d' .gitmodules |$SED 1q`
test -n "$gnulib_url" \
|| gnulib_url=`$SED -e '/^.submodule "gnulib".$/,${
/[ ]*url *= */{
s|[ ]*||g;s|^[^=]*=||;p
}
}
d' .gitmodules |$SED 1q`
func_verbose "gnulib_path='$gnulib_path'"
func_verbose "gnulib_url='$gnulib_url'"
}
require_gnulib_path=:
require_gnulib_url=:
}
# require_gnulib_submodule
# ------------------------
# Ensure that there is a current gnulib submodule at '$gnulib_path'.
require_gnulib_submodule=func_require_gnulib_submodule
func_require_gnulib_submodule ()
{
$debug_cmd
$require_git
if test true = "$GIT"; then
func_warning recommend \
"No 'git' found; imported gnulib modules may be outdated."
else
$require_gnulib_path
$require_gnulib_url
if test -f .gitmodules && test -f "$gnulib_path/gnulib-tool"; then
: All present and correct.
elif test -n "$opt_gnulib_srcdir"; then
# Older git can't clone into an empty directory.
rmdir "$gnulib_path" 2>/dev/null
func_show_eval "$GIT clone --reference '$opt_gnulib_srcdir' \
'$gnulib_url' '$gnulib_path'" \
|| func_fatal_error "Unable to fetch gnulib submodule."
# Without --gnulib-srcdir, and no existing checked out submodule, we
# create a new shallow clone of the remote gnulib repository.
else
trap func_cleanup_gnulib 1 2 13 15
shallow=
$GIT clone -h 2>&1 |func_grep_q -- --depth \
&& shallow='--depth 365'
func_show_eval "$GIT clone $shallow '$gnulib_url' '$gnulib_path'" \
func_cleanup_gnulib
# FIXME: Solaris /bin/sh will try to execute '-' if any of
# these signals are caught after this.
trap - 1 2 13 15
fi
# Make sure we've checked out the correct revision of gnulib.
func_show_eval "$GIT submodule init -- $gnulib_path" \
&& func_show_eval "$GIT submodule update -- $gnulib_path" \
|| func_fatal_error "Unable to update gnulib submodule."
fi
require_gnulib_submodule=:
}
# require_gnulib_tool
# -------------------
# Ensure that '$gnulib_tool' is set, and points to an executable file,
# or else fall back to using the binary 'true' if the main gnulib
# files appear to have been imported already.
require_gnulib_tool=func_require_gnulib_tool
func_require_gnulib_tool ()
{
$debug_cmd
test true = "$gnulib_tool" || {
$require_gnulib_submodule
$require_gnulib_path
test -n "$gnulib_tool" \
|| gnulib_tool=$gnulib_path/gnulib-tool
test -x "$gnulib_tool" || {
gnulib_tool=true
func_warning recommend \
"No 'gnulib-tool' found; gnulib modules may be missing."
}
test true = "$gnulib_tool" \
|| func_verbose "found '$gnulib_tool'"
}
require_gnulib_tool=:
}
# require_gnulib_tool_base_options
# --------------------------------
# Ensure that '$gnulib_tool_base_options' contains all the base options
# required according to user configuration from bootstrap.conf.
require_gnulib_tool_base_options=func_require_gnulib_tool_base_options
func_require_gnulib_tool_base_options ()
{
$debug_cmd
$require_gnulib_tool
gnulib_tool_base_options=
test true = "$gnulib_tool" || {
# 'gnulib_modules' and others are maintained in 'bootstrap.conf':
# Use 'gnulib --import' to fetch gnulib modules.
$require_build_aux
test -n "$build_aux" \
&& func_append_uniq gnulib_tool_base_options " --aux-dir=$build_aux"
$require_macro_dir
test -n "$macro_dir" \
&& func_append_uniq gnulib_tool_base_options " --m4-base=$macro_dir"
$require_doc_base
test -n "$doc_base" \
&& func_append_uniq gnulib_tool_base_options " --doc-base=$doc_base"
$require_gnulib_name
test -n "$gnulib_name" \
&& func_append_uniq gnulib_tool_base_options " --lib=$gnulib_name"
$require_local_gl_path
test -n "$local_gl_path" && {
eval "set dummy $local_gl_path_quoted" ; shift
for _G_dir
do
func_append_uniq gnulib_tool_base_options " --local-dir=$_G_dir"
done
}
$require_source_base
test -n "$source_base" \
&& func_append_uniq gnulib_tool_base_options " --source-base=$source_base"
}
require_gnulib_tool_base_options=:
}
# require_libtoolize
# ------------------
# Skip libtoolize if it's not needed.
require_libtoolize=func_require_libtoolize
func_require_libtoolize ()
{
$debug_cmd
# Unless we're not searching for libtool use by this package, set
# LIBTOOLIZE to true if none of 'LT_INIT', 'AC_PROG_LIBTOOL' and
# 'AM_PROG_LIBTOOL' are used in configure.
test true = "$LIBTOOLIZE" || {
func_extract_trace LT_INIT
test -n "$func_extract_trace_result" || func_extract_trace AC_PROG_LIBTOOL
test -n "$func_extract_trace_result" || func_extract_trace AM_PROG_LIBTOOL
test -n "$func_extract_trace_result" || LIBTOOLIZE=true
}
test -n "$LIBTOOLIZE" || {
# Find libtoolize, named glibtoolize in Mac Ports, but prefer
# user-installed libtoolize to ancient glibtoolize shipped by
# Apple with Mac OS X when Mac Ports is not installed.
func_find_tool LIBTOOLIZE libtoolize glibtoolize
}
test -n "$LIBTOOLIZE" || func_fatal_error "\
Please install GNU Libtool, or 'export LIBTOOLIZE=/path/to/libtoolize'."
func_verbose "export LIBTOOLIZE='$LIBTOOLIZE'"
# Make sure the search result is visible to subshells
export LIBTOOLIZE
require_libtoolize=:
}
# require_local_gl_path
# ---------------------
# Ensure local_gl_path has a sensible value, extracted from 'gnulib-cache.m4' if
# possible, otherwise letting 'gnulib-tool' pick a default.
require_local_gl_path=func_require_local_gl_path
func_require_local_gl_path ()
{
$debug_cmd
$require_gnulib_cache
# Compat with older bootstrap versions.
test -n "$local_gl_dir" && {
func_warning settings "\
Please use 'local_gl_path' instead of 'local_gl_dir' in your
'bootstrap.conf' file."
local_gl_path=$local_gl_dir
local_gl_dir=
}
test -f "$gnulib_cache" && test -z "$local_gl_path" && {
func_extract_trace_first "gl_LOCAL_DIR" "$gnulib_cache"
local_gl_path=$func_extract_trace_first_result
test -n "$local_gl_path" && func_verbose "local_gl_path='$local_gl_path'"
}
test -z "$local_gl_path_quoted" && test -n "$local_gl_path" && {
save_IFS=$IFS
set dummy
# Don't use PATH_SEPARATOR here, gnulib must be fixed to store only ':' as
# path separator into gnulib-cache.m4 (consistency reasons among systems).
IFS=:
for _G_dir in $local_gl_path
do
set "$@" "$_G_dir"
done
shift
IFS=$save_IFS
func_quote eval "$@"
local_gl_path_quoted=$func_quote_result
}
require_local_gl_path=:
}
# require_macro_dir
# -----------------
# Ensure that '$macro_dir' is set, and if it doesn't already point to an
# existing directory, create one.
require_macro_dir=func_require_macro_dir
func_require_macro_dir ()
{
$debug_cmd
# Sometimes this is stored in 'configure.ac'.
test -n "$macro_dir" || {
# AC_CONFIG_MACRO_DIRS takes a space delimited list of directories,
# but we only care about the first one in bootstrap.
func_extract_trace_first AC_CONFIG_MACRO_DIRS
macro_dir=`expr "x$func_extract_trace_first_result" : 'x\([^ ]*\)'`
}
test -n "$macro_dir" || {
func_extract_trace_first AC_CONFIG_MACRO_DIR
macro_dir=$func_extract_trace_first_result
}
# Otherwise we might find it in 'Makefile.am'.
test -n "$macro_dir" || {
$require_aclocal_amflags
# Take the argument following the first '-I', if any.
_G_minus_I_seen=false
for _G_arg in $aclocal_amflags; do
case $_G_minus_I_seen,$_G_arg in
:,*) macro_dir=$_G_arg; break ;;
*,-I) _G_minus_I_seen=: ;;
*,-I*) macro_dir=`expr x$_G_arg : 'x-I\(.*\)$'`; break ;;
esac
done
}
func_verbose "macro_dir='$macro_dir'"
func_check_configuration macro_dir \
"AC_CONFIG_MACRO_DIRS([name of a directory for configure m4 files])"
$require_vc_ignore_files
# If the macro_dir directory doesn't exist, create it now, and mark it
# as ignored for the VCS.
if test ! -d "$macro_dir"; then
mkdir "$macro_dir" || func_permissions_error "$macro_dir"
test -n "$vc_ignore_files" \
|| func_insert_if_absent "$macro_dir" $vc_ignore_files
fi
require_macro_dir=:
}
# require_makefile_am
# -------------------
# Ensure there is a 'Makefile.am' in the current directory.
require_makefile_am=func_require_makefile_am
func_require_makefile_am ()
{
$debug_cmd
test -n "$makefile_am" \
|| makefile_am=Makefile.am
<"$makefile_am"
func_verbose "found '$makefile_am'"
require_makefile_am=:
}
# require_package
# ---------------
# Ensure that '$package' contains a sensible default value.
require_package=func_require_package
func_require_package ()
{
$debug_cmd
test -n "$package" || {
$require_package_name
package=`echo "$package_name" \
|$SED -e 's/GNU //' \
-e 'y/ABCDEFGHIJKLMNOPQRSTUVWXYZ/abcdefghijklmnopqrstuvwxyz/'`
}
func_verbose "package='$package'"
require_package=:
}
# require_package_bugreport
# -------------------------
# Ensure that this has a sensible value, extracted from 'configure.ac'
# if appropriate (and possible!).
require_package_bugreport=func_require_package_bugreport
func_require_package_bugreport ()
{
$debug_cmd
func_extract_trace AC_INIT
save_ifs=$IFS
IFS=:
set dummy $func_extract_trace_result
IFS=$save_ifs
shift
test -n "$package_bugreport" || package_bugreport=$3
func_check_configuration package_bugreport \
"AC_INIT([$package_name], [$package_version], [bug-$package@gnu.org])"
func_verbose "package_bugreport='$package_bugreport'"
require_package_bugreport=:
}
# require_package_name
# --------------------
# Ensure that this has a sensible value, extracted from 'configure.ac'
# if appropriate (and possible!).
require_package_name=func_require_package_name
func_require_package_name ()
{
$debug_cmd
func_extract_trace AC_INIT
save_ifs=$IFS
IFS=:
set dummy $func_extract_trace_result
IFS=$save_ifs
shift
test -n "$package_name" || package_name=$1
func_check_configuration package_name \
"AC_INIT([name of your package], [package version number])"
func_verbose "package_name='$package_name'"
require_package_name=:
}
# require_package_version
# -----------------------
# Ensure that this has a sensible value, extracted from 'configure.ac'
# if appropriate (and possible!). While we might have set all the
# parameters extracted from AC_INIT at once, 'package_version' in
# particular is not necessarily available as early as the others, since
# 'git-version-gen' is often involved, and until then we can't rely on
# getting a correct version number from an AC_INIT extraction.
require_package_version=func_require_package_version
func_require_package_version ()
{
$debug_cmd
func_extract_trace AC_INIT
save_ifs=$IFS
IFS=:
set dummy $func_extract_trace_result
IFS=$save_ifs
shift
test -n "$package_version" || package_version=$2
test -n "$package_version" || {
# The embedded echo is to squash whitespace before globbing.
case " "`echo $gnulib_modules`" " in
*" git-version-gen "*)
func_fatal_error "\
cannot \$require_package_version in bootstrap.conf before
func_gnulib_tool has installed the 'git-version-gen' script."
;;
*)
func_check_configuration package_version \
"AC_INIT([name of your package], [package version number])"
;;
esac
}
func_verbose "package_version='$package_version'"
require_package_version=:
}
# require_patch
# -------------
# Find patch, according to the PATCH environment variable, or else
# searching the user's PATH.
require_patch=func_require_patch
func_require_patch ()
{
$debug_cmd
test -n "$PATCH" || {
# Find a patch program, preferring gpatch, which is usually better
# than the vendor patch.
func_find_tool PATCH gpatch patch
}
test -n "$PATCH" || func_fatal_error "\
Please install GNU Patch, or 'export PATCH=/path/to/gnu/patch'."
func_verbose "export PATCH='$PATCH'"
# Make sure the search result is visible to subshells
export PATCH
require_patch=:
}
# require_source_base
# -------------------
# Ensure that source_base has a sensible value, extracted from
# 'gnulib-cache.m4' if possible.
require_source_base=func_require_source_base
func_require_source_base ()
{
$debug_cmd
$require_gnulib_cache
test -f "$gnulib_cache" && test -z "$source_base" && {
func_extract_trace_first "gl_SOURCE_BASE" "$gnulib_cache"
source_base=$func_extract_trace_first_result
func_verbose "source_base='$source_base'"
}
require_source_base=:
}
# require_vc_ignore_files
# -----------------------
# Ensure that '$vc_ignore' has been processed to list VCS ignore files
# in '$vc_ignore_files'
require_vc_ignore_files=func_require_vc_ignore_files
func_require_vc_ignore_files ()
{
$debug_cmd
test -n "$vc_ignore" || vc_ignore=auto
if test auto = "$vc_ignore" && test -z "$vc_ignore_files"; then
vc_ignore_files=
test -d .git && vc_ignore_files=.gitignore
test -d CVS && vc_ignore_files="$vc_ignore_files .cvsignore"
else
vc_ignore_files=$vc_ignore
fi
func_verbose "vc_ignore_files='$vc_ignore_files'"
require_vc_ignore_files=:
}
## ----------------- ##
## Helper functions. ##
## ----------------- ##
# This section contains the helper functions used by the rest of 'bootstrap'.
# func_len STRING
# ---------------
# STRING may not start with a hyphen.
if (eval 'x=123; test x${#x} = "x3"') 2>/dev/null
then
# This is an XSI compatible shell, allowing a faster implementation...
eval 'func_len ()
{
$debug_cmd
func_len_result=${#1}
}'
else
# ...otherwise fall back to using expr, which is often a shell builtin.
func_len ()
{
$debug_cmd
func_len_result=`expr "$1" : ".*" 2>/dev/null || echo 0`
}
fi
# func_cmp_s FILE1 FILE2
# ----------------------
# Return non-zero exit status unless FILE1 and FILE2 are identical, without
# any output at all, even error messages.
func_cmp_s ()
{
$debug_cmd
# This function relies on non-zero exit status, which will cause the
# program to exit when running in 'set -e' mode.
$CMP "$@" >/dev/null 2>&1
}
# func_grep_q EXPRESSION [FILENAME..]
# -----------------------------------
# Check whether EXPRESSION matches any line of any listed FILENAME,
# without any output at all, even error messages.
func_grep_q ()
{
$debug_cmd
# This function relies on non-zero exit status, which will cause the
# program to exit when running in 'set -e' mode.
$GREP "$@" >/dev/null 2>&1
}
# func_ifcontains LIST MEMBER YES-CMD [NO-CMD]
# --------------------------------------------
# If whitespace-separated LIST contains MEMBER then execute YES-CMD,
# otherwise if NO-CMD was given, execute that.
func_ifcontains ()
{
$debug_cmd
_G_wslist=$1
_G_member=$2
_G_yes_cmd=$3
_G_no_cmd=${4-":"}
_G_found=false
for _G_item in $_G_wslist; do
test "x$_G_item" = "x$_G_member" && {
_G_found=:
break
}
done
if $_G_found; then
eval "$_G_yes_cmd"
_G_status=$?
else
eval "$_G_no_cmd"
_G_status=$?
fi
test 0 -eq "$_G_status" || exit $_G_status
}
# func_strpad STR WIDTH CHAR
# --------------------------
# Trim STR, or pad with CHAR to force a total length of WIDTH.
func_strpad ()
{
$debug_cmd
_G_width=`expr "$2" - 1`
func_strpad_result=`$ECHO "$1" |$SED '
:a
s|^.\{0,'"$_G_width"'\}$|&'"$3"'|
ta
'`
}
# func_strrpad STR WIDTH CHAR
# ---------------------------
# Trim STR, or right-justify-pad with CHAR to force a total length of
# WIDTH.
func_strrpad ()
{
$debug_cmd
_G_width=`expr "$2" - 1`
func_strrpad_result=`$ECHO "$1" |$SED '
:a
s|^.\{0,'"$_G_width"'\}$|'"$3"'&|
ta
'`
}
# func_strrow INDENT FIELD WIDTH [FIELDn WIDTHn]...
# -------------------------------------------------
# Return a string containing each FIELD left justified to WIDTH, with
# the whole thing indented by INDENT spaces. This function is used to
# render one row of aligned columns for a table by func_strtable().
func_strrow ()
{
$debug_cmd
func_strrow_linelen=$1; shift
_G_row=
while test $# -gt 0; do
func_strrow_linelen=`expr $func_strrow_linelen + $2`
func_strpad "$1" $2 " "
func_append _G_row "$func_strpad_result"
shift; shift
done
func_strrpad "$_G_row" $func_strrow_linelen " "
func_strrow_result=$func_strrpad_result
}
# func_strtable INDENT WIDTH1...WIDTHn HEADER1...HEADERn FIELD1...FIELDn
# ----------------------------------------------------------------------
# Generate a string of newline-separated rows arranged in lined-up
# columns of the given WIDTHs, with the entire table indented by INDENT
# spaces. The number of columns is determined by the number of integer
# valued WIDTH arguments following INDENT. The next set (i.e. a number
# of arguments equal to the number of WIDTH arguments) of fields are
# treated as the table's column HEADERs, and are separated from the
# remainder of the table by an indented row of '-' characters. Remaining
# arguments are each aligned below the next available header, wrapping
# to a new row as necessary. Finally another row of '-' characters is
# added to mark the end of the table.
#
# For example an unindented 3 column table with 2 rows of data would be
# generated by this call:
#
# func_strtable 3 20 10 25 \
# Header1 Header2 Header3 \
# Row1Col1 Row1Col2 Row1Col3 \
# Row2Col1 Row2Col2 Row2Col3
#
# returning the following string:
#
# " Header1 Header2 Header3
# -------------------------------------------------------
# Row1Col1 Row1Col2 Row1Col3
# Row2Col1 Row2Col2 Row2Col3
# -------------------------------------------------------"
func_strtable ()
{
$debug_cmd
# Save the indent value, we'll need it for each row we render.
_G_indent=$1; shift
# Collect remaining numeric args into a list for reuse between
# members of each row when we call func_strrow later.
_G_widths=$1; shift
while test 0 -lt `expr "$1" : '[1-9][0-9]*$'`; do
func_append _G_widths " $1"; shift
done
# Extract the same number of positional parameters as there are
# width elements - we'll do the header rows separately so that
# we can insert a divider line.
_G_header=$_G_indent
for _G_width in $_G_widths; do
func_append _G_header " $1 $_G_width"; shift
done
func_strrow $_G_header
# Strip off the indent, and make a divider with '-' chars, then
# reindent.
_G_divider=`$ECHO "$func_strrow_result" \
|$SED 's|[^ ]|-|g
:a
s|- |--|g
ta
'`
# Append the header and divider to the running result.
func_append func_strtable_result "\
$func_strrow_result
$_G_divider
"
# The remaining rows are zipped between the width values we
# unwound earlier just like the header row above.
while test $# -gt 0; do
_G_row=$_G_indent
for _G_width in $_G_widths; do
func_append _G_row " $1 $_G_width"; shift
done
func_strrow $_G_row
func_append func_strtable_result "\
$func_strrow_result
"
done
# Mark the end of the table with a final divider line.
func_append func_strtable_result "$_G_divider"
}
# func_internal_error ARG...
# --------------------------
# Echo program name prefixed message to standard error, and exit.
func_internal_error ()
{
func_fatal_error "\
INTERNAL: " ${1+"$@"} "
Please report this bug to 'bug-gnulib@gnu.org'
in as much detail as possible."
}
# func_permissions_error FILE-OR-DIRECTORY
# ----------------------------------------
# Echo program name prefixed permissions error message to standard
# error, and exit.
func_permissions_error ()
{
$debug_cmd
func_fatal_error "Failed to create '$1', check permissions."
}
# func_show_eval CMD [FAIL_EXP]
# -----------------------------
# Unless opt_silent is true, then output CMD. Then, if opt_dryrun is
# not true, evaluate CMD. If the evaluation of CMD fails, and FAIL_EXP
# is given, then evaluate it.
func_show_eval ()
{
$debug_cmd
$require_term_colors
_G_cmd=$1
_G_fail_exp=${2-':'}
${opt_silent-'false'} || {
func_quote eval $_G_cmd
eval func_truncate_cmd $func_quote_result
func_echo "running: $tc_bold$func_truncate_cmd_result$tc_reset"
}
${opt_dry_run-'false'} || {
eval "$_G_cmd"
_G_status=$?
test 0 -eq "$_G_status" || eval "(exit $_G_status); $_G_fail_exp"
}
}
# func_truncate_cmd CMD [ARG]...
# ------------------------------
# For unreasonably long commands (such as a gnulib-tool invocation with
# the full module list for import), truncate CMD after the second non-
# option ARG.
func_truncate_cmd ()
{
$debug_cmd
_G_last_arg_opt_p=false
func_truncate_cmd_result=
set dummy "$@"; shift
while test $# -gt 0; do
_G_opt=$1; shift
test -n "$func_truncate_cmd_result" \
&& func_append func_truncate_cmd_result ' '
func_append func_truncate_cmd_result "$_G_opt"
func_len "x$func_truncate_cmd_result"
case $_G_opt in
-*) _G_last_arg_opt_p=: ;;
*) $_G_last_arg_opt_p \
|| test "$min_cmd_len" -gt "$func_len_result" \
|| break
_G_last_arg_opt_p=false
;;
esac
done
test $# -gt 0 && func_append func_truncate_cmd_result "..."
}
# func_gitignore_entries FILE...
# ------------------------------
# Strip blank and comment lines to leave significant entries.
func_gitignore_entries ()
{
$debug_cmd
$SED -e '/^#/d' -e '/^$/d' "$@"
}
# func_insert_if_absent STR FILE...
# ---------------------------------
# If $STR is not already on a line by itself in $FILE, insert it, at the
# start. Entries are inserted at the start of the ignore list to ensure
# existing entries starting with ! are not overridden. Such entries
# support whilelisting exceptions after a more generic blacklist pattern.
# sorting the new contents of the file and replacing $FILE with the result.
func_insert_if_absent ()
{
$debug_cmd
str=$1
shift
for file
do
test -f "$file" || touch "$file"
duplicate_entries=`func_gitignore_entries "$file" |sort |uniq -d`
test -n "$duplicate_entries" \
&& func_error "duplicate entries in $file: " $duplicate_entries
func_grep_q "^$str\$" "$file" \
|| func_verbose "inserting '$str' into '$file'"
linesold=`func_gitignore_entries "$file" |wc -l`
linesnew=`{ $ECHO "$str"; cat "$file"; } \
|func_gitignore_entries |sort -u |wc -l`
test "$linesold" -eq "$linesnew" \
|| { $SED "1i\\$nl$str$nl" "$file" >"$file"T && mv "$file"T "$file"; } \
|| func_permissions_error "$file"
done
}
# func_get_version APP
# --------------------
# echo the version number (if any) of APP, which is looked up along your
# PATH.
func_get_version ()
{
$debug_cmd
_G_app=$1
# Rather than uncomment the sed script in-situ, strip the comments
# programatically before passing the result to $SED for evaluation.
sed_get_version=`$ECHO '# extract version within line
s|.*[v ]\{1,\}\([0-9]\{1,\}\.[.a-z0-9-]*\).*|\1|
t done
# extract version at start of line
s|^\([0-9]\{1,\}\.[.a-z0-9-]*\).*|\1|
t done
d
:done
# the following essentially does s|5.005|5.5|
s|\.0*\([1-9]\)|.\1|g
p
q' \
|$SED '/^[ ]*#.*$/d'`
func_tool_version_output $_G_app >/dev/null
_G_status=$?
test 0 -ne "$_G_status" \
|| $_G_app --version 2>&1 |$SED -n "$sed_get_version"
(exit $_G_status)
}
# func_check_tool APP
# -------------------
# Search PATH for an executable at APP.
func_check_tool ()
{
$debug_cmd
func_check_tool_result=
case $1 in
*[\\/]*)
test -x "$1" && func_check_tool_result=$1
;;
*)
save_IFS=$IFS
IFS=${PATH_SEPARATOR-:}
for _G_check_tool_path in $PATH; do
IFS=$save_IFS
if test -x "$_G_check_tool_path/$1"; then
func_check_tool_result=$_G_check_tool_path/$1
break
fi
done
IFS=$save_IFS
;;
esac
}
# func_check_versions APP1 VER1 URL1 ...[APPN VERN URLN]
# ------------------------------------------------------
func_check_versions ()
{
$debug_cmd
func_check_versions_result=:
while test $# -gt 0; do
_G_app=$1; shift
_G_reqver=$1; shift
_G_url=$1; shift
# Diagnose bad buildreq formatting.
case $_G_url in
[a-z]*://*) ;; # looks like a url
*) func_fatal_error "\
'$_G_url' from the buildreq table in
'bootstrap.conf' does not look like the URL for downloading
$_G_app. Please ensure that buildreq is a strict newline
delimited list of triples; 'program min-version url'."
;;
esac
# Honor $APP variables ($TAR, $AUTOCONF, etc.)
_G_appvar=`echo $_G_app |tr '[a-z]' '[A-Z]'`
test TAR = "$_G_appvar" && _G_appvar=AMTAR
eval "_G_app=\${$_G_appvar-$_G_app}"
# Fail if no version specified, but the program can't be found.
if test x- = "x$_G_reqver"; then
func_check_tool $_G_app
if test -z "$func_check_tool_result"; then
func_error "Prerequisite '$_G_app' not not found. Please install it, or
'export $_G_appvar=/path/to/$_G_app'."
func_check_versions_result=false
else
func_verbose "found '$func_check_tool_result' for $_G_appvar."
fi
else
_G_instver=`func_get_version $_G_app`
# Fail if --version didn't work.
if test -z "$_G_instver"; then
func_error "Prerequisite '$_G_app' not found. Please install it, or
'export $_G_appvar=/path/to/$_G_app'."
func_check_versions_result=false
# Fail if a newer version than what we have is required.
else
func_verbose "found '$_G_app' version $_G_instver."
case $_G_reqver in
=*)
# If $buildreq version starts with '=', version must
# match the installed program exactly.
test "x$_G_reqver" = "x=$_G_instver" || {
func_error "\
'$_G_app' version == $_G_instver is too old
'exactly $_G_app-$_G_reqver is required"
func_check_versions_result=false
}
;;
*)
# Otherwise, anything that is not older is a match.
func_lt_ver "$_G_reqver" "$_G_instver" || {
func_error "\
'$_G_app' version == $_G_instver is too old
'$_G_app' version >= $_G_reqver is required"
func_check_versions_result=false
}
;;
esac
fi
fi
done
}
# func_cleanup_gnulib
# -------------------
# Recursively delete everything below the path in the global variable
# GNULIB_PATH.
func_cleanup_gnulib ()
{
$debug_cmd
_G_status=$?
$RM -fr "$gnulib_path"
exit $_G_status
}
# func_download_po_files SUBDIR DOMAIN
# ------------------------------------
func_download_po_files ()
{
$debug_cmd
func_echo "getting translations into $1 for $2..."
_G_cmd=`printf "$po_download_command_format" "$2" "$1"`
eval "$_G_cmd"
}
# func_update_po_files PO_DIR DOMAIN
# ----------------------------------
# Mirror .po files to $po_dir/.reference and copy only the new
# or modified ones into $po_dir. Also update $po_dir/LINGUAS.
# Note po files that exist locally only are left in $po_dir but will
# not be included in LINGUAS and hence will not be distributed.
func_update_po_files ()
{
$debug_cmd
# Directory containing primary .po files.
# Overwrite them only when we're sure a .po file is new.
_G_po_dir=$1
_G_domain=$2
# Mirror *.po files into this dir.
# Usually contains *.s1 checksum files.
_G_ref_po_dir=$_G_po_dir/.reference
test -d "$_G_ref_po_dir" || mkdir $_G_ref_po_dir || return
func_download_po_files $_G_ref_po_dir $_G_domain \
&& ls "$_G_ref_po_dir"/*.po 2>/dev/null \
|$SED -e 's|.*/||' -e 's|\.po$||' > "$_G_po_dir/LINGUAS" || return
# Find sha1sum, named gsha1sum on MacPorts, and shasum on MacOS 10.6+.
func_find_tool SHA1SUM sha1sum gsha1sum shasum sha1
test -n "$SHA1SUM" || func_fatal_error "\
Please install GNU Coreutils, or 'export SHA1SUM=/path/to/sha1sum'."
_G_langs=`cd $_G_ref_po_dir && echo *.po|$SED 's|\.po||g'`
test '*' = "$_G_langs" && _G_langs=x
for _G_po in $_G_langs; do
case $_G_po in x) continue;; esac
_G_new_po=$_G_ref_po_dir/$_G_po.po
_G_cksum_file=$_G_ref_po_dir/$_G_po.s1
if ! test -f "$_G_cksum_file" ||
! test -f "$_G_po_dir/$_G_po.po" ||
! $SHA1SUM -c "$_G_cksum_file" \
< "$_G_new_po" > /dev/null; then
echo "updated $_G_po_dir/$_G_po.po..."
cp "$_G_new_po" "$_G_po_dir/$_G_po.po" \
&& $SHA1SUM < "$_G_new_po" > "$_G_cksum_file" || return
fi
done
}
## --------------- ##
## Option parsing. ##
## --------------- ##
# Hook in the functions to make sure our own options are parsed during
# the option parsing loop.
usage='$progpath [OPTION]...'
# Short help message in response to '-h'. Add to this in 'bootstrap.conf'
# if you accept any additional options.
usage_message="Common Bootstrap Options:
-c, --copy copy files instead of creating symbolic links.
--debug enable verbose shell tracing
-n, --dry-run print commands rather than running them
-f, --force attempt to bootstrap even if the sources seem not
to have been checked out.
--gnulib-srcdir=DIRNAME
specify a local directory where gnulib sources
reside. Use this if you already have the gnulib
sources on your machine, and don't want to waste
your bandwidth downloading them again. Defaults to
\$GNULIB_SRCDIR.
--no-warnings equivalent to '-Wnone'
--skip-git do not fetch files from remote repositories
--skip-po do not download po files.
-v, --verbose verbosely report processing
--version print version information and exit
-W, --warnings=CATEGORY
report the warnings falling in CATEGORY [all]
-h, --help print short or long help message and exit
"
# Additional text appended to 'usage_message' in response to '--help'.
long_help_message=$long_help_message"
'recommend' show warnings about missing recommended packages
'settings' show warnings about missing '$progname.conf' settings
'upgrade' show warnings about out-dated files
If the file '$progname.conf' exists in the same directory as this
script, its contents are read as shell variables to configure the
bootstrap.
For build prerequisites, environment variables like \$AUTOCONF and
\$AMTAR are honored.
Running without arguments will suffice in most cases.
"
# Warning categories used by 'bootstrap', append others if you use them
# in your 'bootstrap.conf'.
warning_categories='recommend settings upgrade'
# bootstrap_options_prep [ARG]...
# -------------------------------
# Preparation for options parsed by Bootstrap.
bootstrap_options_prep ()
{
$debug_cmd
# Option defaults:
opt_copy=${copy-'false'}
opt_dry_run=false
opt_force=false
opt_gnulib_srcdir=$GNULIB_SRCDIR
opt_skip_git=false
opt_skip_po=false
# Pass back the list of options we consumed.
func_quote eval ${1+"$@"}
bootstrap_options_prep_result=$func_quote_result
}
func_add_hook func_options_prep bootstrap_options_prep
# bootstrap_parse_options [ARG]...
# --------------------------------
# Provide handling for Bootstrap specific options.
bootstrap_parse_options ()
{
$debug_cmd
# Perform our own loop to consume as many options as possible in
# each iteration.
while test $# -gt 0; do
_G_opt=$1
shift
case $_G_opt in
--dry-run|--dryrun|-n)
opt_dry_run=: ;;
--copy|-c) opt_copy=: ;;
--force|-f) opt_force=: ;;
--gnulib-srcdir)
test $# = 0 && func_missing_arg $_G_opt && break
opt_gnulib_srcdir=$1
shift
;;
--skip-git|--no-git)
opt_skip_git=:
;;
--skip-po|--no-po)
opt_skip_po=:
;;
# Separate non-argument short options:
-c*|-f*|-n*)
func_split_short_opt "$_G_opt"
set dummy "$func_split_short_opt_name" \
"-$func_split_short_opt_arg" ${1+"$@"}
shift
;;
*) set dummy "$_G_opt" ${1+"$@"}; shift; break ;;
esac
done
# save modified positional parameters for caller
func_quote eval ${1+"$@"}
bootstrap_parse_options_result=$func_quote_result
}
func_add_hook func_parse_options bootstrap_parse_options
# bootstrap_validate_options [ARG]...
# -----------------------------------
# Perform any sanity checks on option settings and/or unconsumed
# arguments.
bootstrap_validate_options ()
{
$debug_cmd
# Validate options.
test $# -gt 0 \
&& func_fatal_help "too many arguments"
# Pass back the (empty) list of unconsumed options.
func_quote eval ${1+"$@"}
bootstrap_validate_options_result=$func_quote_result
}
func_add_hook func_validate_options bootstrap_validate_options
## -------------------------------------------------- ##
## Source package customisations in 'bootstrap.conf'. ##
## -------------------------------------------------- ##
# Override the default configuration, if necessary.
# Make sure that bootstrap.conf is sourced from the current directory
# if we were invoked as "sh bootstrap".
case $0 in
*/*) test -r "$0.conf" && . "$0.conf" ;;
*) test -r "$0.conf" && . ./"$0.conf" ;;
esac
## ------------------------------- ##
## Actually perform the bootstrap. ##
## ------------------------------- ##
func_bootstrap ${1+"$@"}
# The End.
exit ${exit_status-$EXIT_SUCCESS}
# Local variables:
# mode: shell-script
# sh-indentation: 2
# eval: (add-hook 'before-save-hook 'time-stamp)
# time-stamp-pattern: "500/scriptversion=%:y-%02m-%02d.%02H; # UTC"
# time-stamp-time-zone: "UTC"
# End: