PAL.C.T MINI SHELL
#!/usr/bin/perl
# create-module.pl
# Creates a single .wbm file containing multiple modules, possibly with
# forced versions
@ARGV >= 2 || die "usage: create-module.pl [--dir name] <file.wbm> <module>[/version] ..";
my $pwd;
chop($pwd = `pwd`);
# Parse command-line options
my @exclude;
while(@ARGV) {
if ($ARGV[0] eq "--dir") {
shift(@ARGV);
$forcedir = shift(@ARGV);
}
elsif ($ARGV[0] eq "--sign") {
shift(@ARGV);
$createsig = 1;
}
elsif ($ARGV[0] eq "--exclude") {
shift(@ARGV);
push(@exclude, shift(@ARGV));
}
else {
last;
}
}
my $file = shift(@ARGV);
if ($file !~ /^\//) {
$file = "$pwd/$file";
}
unlink($file);
foreach my $m (@ARGV) {
# Parse module and forced version
$m =~ s/\/$//;
if ($m =~ /^(.*)\/(.*)$/) {
$mod = $1;
$ver = $2;
}
else {
$mod = $m;
$ver = undef;
}
# Copy module to temp dir
system("rm -rf /tmp/create-module");
mkdir("/tmp/create-module", 0755);
$subdir = $forcedir || $mod;
$copydir = "/tmp/create-module/$subdir";
system("rm -rf $copydir");
system("cp -r -L $mod $copydir 2>/dev/null || cp -R -L $mod $copydir");
foreach my $e (@exclude) {
system("find $copydir -name ".quotemeta($e)." | xargs rm -rf");
}
# Find type from .info file
undef(%minfo);
if (&read_file($ifile = "$copydir/module.info", \%minfo)) {
$type = 0;
}
elsif (&read_file($ifile = "$copydir/theme.info", \%minfo)) {
$type = 1;
}
else {
die "Module or theme $mod not found";
}
if ($ver) {
$minfo{'version'} = $ver;
&write_file($ifile, \%minfo);
}
$flags = !-r $file ? "chf" : "rhf";
system("cd /tmp/create-module && find . -name .svn | xargs rm -rf");
system("cd /tmp/create-module && find . -name .git | xargs rm -rf");
system("cd /tmp/create-module && find . -name .build | xargs rm -rf");
system("cd /tmp/create-module && find . -name .pyc | xargs rm -rf");
system("cd /tmp/create-module && find . -name \\*.svn-work | xargs rm -rf");
system("cd /tmp/create-module && find . -name \\*.svn-base | xargs rm -rf");
system("cd /tmp/create-module && find . -name '*~' -o -name '*.rej' -o -name '*.orig' -o -name '.*.swp' | xargs rm -rf");
system("cd /tmp/create-module && find . -name RELEASE -o -name RELEASE.sh | xargs rm -rf");
system("cd /tmp/create-module && find . -name linux.sh -o -name freebsd.sh -o -name LICENCE -o -name README.md -o -name distrib | xargs rm -rf");
system("cd /tmp/create-module && find . -name 'makemodule*.pl' | xargs rm -rf");
if (-r "/tmp/create-module/$subdir/EXCLUDE") {
system("cd /tmp/create-module/$subdir && cat EXCLUDE | xargs rm -rf");
unlink("/tmp/create-module/$subdir/EXCLUDE");
}
unlink("/tmp/create-module/$subdir/IDEAS");
system("cd /tmp/create-module && find . -name \\*.cgi | xargs chmod +x");
system("cd /tmp/create-module && find . -name \\*.pl | xargs chmod +x");
system("cd /tmp/create-module && tar $flags $file $subdir") && die "Failed to create tar file";
}
if ($file =~ /^(.*)\.gz$/i) {
system("mv $file $1");
system("gzip -c $1 >$file");
unlink("$1");
}
if ($createsig) {
system("rm -f $file-sig.asc");
system("gpg --armor --output $file-sig.asc --detach-sig $file");
}
# read_file(file, &assoc, [&order], [lowercase])
# Fill an associative array with name=value pairs from a file
sub read_file
{
open(ARFILE, "<".$_[0]) || return 0;
while(<ARFILE>) {
s/\r|\n//g;
if (!/^#/ && /^([^=]*)=(.*)$/) {
$_[1]->{$_[3] ? lc($1) : $1} = $2;
push(@{$_[2]}, $1) if ($_[2]);
}
}
close(ARFILE);
return 1;
}
# write_file(file, array)
# Write out the contents of an associative array as name=value lines
sub write_file
{
local(%old, @order);
&read_file($_[0], \%old, \@order);
open(ARFILE, ">".$_[0]);
foreach $k (@order) {
print ARFILE $k,"=",$_[1]->{$k},"\n" if (exists($_[1]->{$k}));
}
foreach $k (keys %{$_[1]}) {
print ARFILE $k,"=",$_[1]->{$k},"\n" if (!exists($old{$k}));
}
close(ARFILE);
}
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