: # # This script checks various configure parameters and uses three files: # * autogen.input (ro) # * autogen.lastrun (rw) # * autogen.lastrun.bak (rw) # # If _no_ parameters: # Read args from autogen.input or autogen.lastrun # Else # Backup autogen.lastrun as autogen.lastrun.bak # Write autogen.lastrun with new commandline args # # Run configure with checked args # eval 'exec perl -S $0 ${1+"$@"}' if 0; use strict; use Cwd ('cwd', 'realpath'); use File::Basename; my $src_path=dirname(realpath($0)); my $build_path=realpath(cwd()); # since this looks crazy, if you have a symlink on a path up to and including # the current directory, we need our configure to run in the realpath of that # such that compiled (realpath'd) dependency filenames match the filenames # used in our makefiles - ie. this gets dependencies right via SRC_ROOT chdir ($build_path); # more amazingly, if you don't clobber 'PWD' shells will re-assert their # old path from the environment, not cwd. $ENV{PWD} = $build_path; my $aclocal; my $autoconf; # check we have various vital tools sub sanity_checks($) { my $system = shift; my @path = split (':', $ENV{'PATH'}); my %required = ( 'pkg-config' => "pkg-config is required to be installed", $autoconf => "autoconf is required", $aclocal => "$aclocal is required", ); for my $elem (@path) { for my $app (keys %required) { if (-f "$elem/$app") { delete $required{$app}; } } } if ((keys %required) > 0) { print ("Various low-level dependencies are missing, please install them:\n"); for my $app (keys %required) { print "\t $app: " . $required{$app} . "\n"; } exit (1); } } # one argument per line sub read_args($) { my $file = shift; my $fh; my @lst; open ($fh, $file) || die "can't open file: $file"; while (<$fh>) { chomp(); s/^\s+//; s/\s+$//; # migrate from the old system if ( substr($_, 0, 1) eq "'" ) { print STDERR "Migrating options from the old autogen.lastrun format, using:\n"; my @opts; @opts = split(/'/); foreach my $opt (@opts) { if ( substr($opt, 0, 1) eq "-" ) { push @lst, $opt; print STDERR " $opt\n"; } } } elsif ( /^INCLUDE:(.*)/ ) { # include another .conf into this one my $config = "$src_path/distro-configs/$1.conf"; if (! -f $config) { invalid_distro ($config, $1); } push @lst, read_args ($config); } elsif ( substr($_, 0, 1) eq "#" ) { # comment } elsif ( length == 0 ) { # empty line } else { push @lst, $_; } } close ($fh); # print "read args from file '$file': @lst\n"; return @lst; } sub show_distro_configs($$) { my ($prefix, $path) = @_; my $dirh; opendir ($dirh, "$path"); while (($_ = readdir ($dirh))) { if (-d "$path/$_") { show_distro_configs( $prefix eq "" ? "$_/" : "$prefix/$_/", "$path/$_") unless $_ eq '.' || $_ eq '..'; next; } /(.*)\.conf$/ || next; print STDERR "\t$prefix$1\n"; } closedir ($dirh); } sub invalid_distro($$) { my ($config, $distro) = @_; print STDERR "Can't find distro option set: $config\n"; print STDERR "Distros with distro option sets are:\n"; show_distro_configs("", "$src_path/distro-configs"); exit (1); } # Avoid confusing "aclocal: error: non-option arguments are not accepted: '.../m4'." error message. die "\$src_path must not contain spaces, but it is '$src_path'." if ($src_path =~ / /); # Alloc $ACLOCAL to specify which aclocal to use $aclocal = $ENV{ACLOCAL} ? $ENV{ACLOCAL} : 'aclocal'; # Alloc $AUTOCONF to specify which autoconf to use # (e.g. autoconf268 from a backports repo) $autoconf = $ENV{AUTOCONF} ? $ENV{AUTOCONF} : 'autoconf'; my $system = `uname -s`; chomp $system; sanity_checks ($system) unless($system eq 'Darwin'); # If we are running in a LODE env, make sure we find the right aclocal # by making sure that LODE_HOME/opt/bin is in the PATH if (defined $ENV{LODE_HOME}) { my $lode_path = quotemeta "$ENV{LODE_HOME}/opt/bin"; if($ENV{PATH} !~ $lode_path) { $ENV{PATH}="$ENV{LODE_HOME}/opt/bin:$ENV{PATH}"; print STDERR "add LODE_HOME/opt/bin in PATH\n"; } } my $aclocal_flags = $ENV{ACLOCAL_FLAGS}; $aclocal_flags .= " -I $src_path/m4"; $aclocal_flags .= " -I $src_path/m4/mac" if ($system eq 'Darwin'); $ENV{AUTOMAKE_EXTRA_FLAGS} = '--warnings=no-portability' if (!($system eq 'Darwin')); if ($src_path ne $build_path) { system ("ln -sf $src_path/configure.ac configure.ac"); system ("ln -sf $src_path/g g"); my $src_path_win=$src_path; if ($system =~ /CYGWIN.*/) { $src_path_win=`cygpath -m $src_path`; chomp $src_path_win; } my @modules = <$src_path/*/Makefile>; foreach my $module (@modules) { my $dir = basename (dirname ($module)); mkdir ($dir); system ("rm -f $dir/Makefile"); system ("printf 'module_directory:=$src_path_win/$dir/\ninclude \$(module_directory)/../solenv/gbuild/partial_build.mk\n' > $dir/Makefile"); } my @external_modules = <$src_path/external/*/Makefile>; mkdir ("external"); system ("ln -sf $src_path/external/Module_external.mk external/"); foreach my $module (@external_modules) { my $dir = basename (dirname ($module)); mkdir ("external/$dir"); system ("rm -f external/$dir/Makefile"); system ("printf 'module_directory:=$src_path_win/external/$dir/\ninclude \$(module_directory)/../../solenv/gbuild/partial_build.mk\n' > external/$dir/Makefile"); } } system ("$aclocal $aclocal_flags") && die "Failed to run aclocal"; unlink ("configure"); system ("$autoconf -I ${src_path}") && die "Failed to run autoconf"; die "Failed to generate the configure script" if (! -f "configure"); # Handle help arguments first, so we don't clobber autogen.lastrun for my $arg (@ARGV) { if ($arg =~ /^(--help|-h|-\?)$/) { print STDOUT "autogen.sh - libreoffice configuration helper\n"; print STDOUT "When called without arguments, arguments from autogen.input are used.\n"; print STDOUT "\nArguments processed in the helper:\n"; print STDOUT " --with-distro use a config from distro-configs/\n"; print STDOUT " the name needs to be passed without extension\n"; print STDOUT " --best-effort don't fail on un-known configure with/enable options\n"; print STDOUT "\nOther arguments passed directly to configure:\n\n"; system ("./configure --help"); exit; } } my @cmdline_args = (); my $input = "autogen.input"; my $lastrun = "autogen.lastrun"; if (!@ARGV) { if (-f $input) { if (-f $lastrun) { print STDERR < 0) { # if there's already an autogen.lastrun, make a backup first if (-e $lastrun) { open (my $fh, $lastrun) || warn "Can't open $lastrun.\n"; open (BAK, ">$lastrun.bak") || warn "Can't create backup file $lastrun.bak.\n"; while (<$fh>) { print BAK; } close (BAK) && close ($fh); } # print "Saving command-line args to $lastrun\n"; my $fh; open ($fh, ">autogen.lastrun") || die "Can't open autogen.lastrun: $!"; for my $arg (@cmdline_args) { print $fh "$arg\n"; } close ($fh); } } push @args, "--srcdir=$src_path"; push @args, "--enable-option-checking=$option_checking"; # When running a shell script from Perl on WSL, weirdly named # environment variables like the "ProgramFiles(x86)" one don't get # imported by the shell. So export it as PROGRAMFILESX86 instead. my $building_for_linux = 0; my $building_with_emscripten = 0; foreach my $arg (@args) { $building_for_linux = 1 if ($arg =~ /--host=x86_64.*linux/); $building_with_emscripten = 1 if ($arg =~ /^--host=wasm.*-emscripten$/); } unshift @args, "./configure"; unshift @args, "emconfigure" if ($building_with_emscripten); print "Running '" . join (" ", @args), "'\n"; if (`wslsys 2>/dev/null` ne "" && !$building_for_linux) { if (!$ENV{"ProgramFiles(x86)"}) { print STDERR "To build for Windows on WSL, you need to set the WSLENV environment variable in the Control Panel to 'ProgramFiles(x86)'\n"; print STDERR "If you actually do want to build for WSL (Linux) on WSL, pass a --host=x86_64-pc-linux-gnu option\n"; exit (1); } $ENV{"PROGRAMFILESX86"} = $ENV{"ProgramFiles(x86)"}; } system (@args) && die "Error running configure"; } # Local Variables: # mode: perl # cperl-indent-level: 4 # tab-width: 4 # indent-tabs-mode: nil # End: # vim:set ft=perl shiftwidth=4 softtabstop=4 expandtab: #