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Current File : /bin/enc2xs
#!/usr/bin/perl
BEGIN {
    # @INC poking  no longer needed w/ new MakeMaker and Makefile.PL's
    # with $ENV{PERL_CORE} set
    # In case we need it in future...
    require Config; import Config;
    pop @INC if $INC[-1] eq '.';
}
use strict;
use warnings;
use Getopt::Std;
use Config;
my @orig_ARGV = @ARGV;
our $VERSION  = do { my @r = (q$Revision: 2.23 $ =~ /\d+/g); sprintf "%d."."%02d" x $#r, @r };

# These may get re-ordered.
# RAW is a do_now as inserted by &enter
# AGG is an aggregated do_now, as built up by &process

use constant {
  RAW_NEXT => 0,
  RAW_IN_LEN => 1,
  RAW_OUT_BYTES => 2,
  RAW_FALLBACK => 3,

  AGG_MIN_IN => 0,
  AGG_MAX_IN => 1,
  AGG_OUT_BYTES => 2,
  AGG_NEXT => 3,
  AGG_IN_LEN => 4,
  AGG_OUT_LEN => 5,
  AGG_FALLBACK => 6,
};

# (See the algorithm in encengine.c - we're building structures for it)

# There are two sorts of structures.
# "do_now" (an array, two variants of what needs storing) is whatever we need
# to do now we've read an input byte.
# It's housed in a "do_next" (which is how we got to it), and in turn points
# to a "do_next" which contains all the "do_now"s for the next input byte.

# There will be a "do_next" which is the start state.
# For a single byte encoding it's the only "do_next" - each "do_now" points
# back to it, and each "do_now" will cause bytes. There is no state.

# For a multi-byte encoding where all characters in the input are the same
# length, then there will be a tree of "do_now"->"do_next"->"do_now"
# branching out from the start state, one step for each input byte.
# The leaf "do_now"s will all be at the same distance from the start state,
# only the leaf "do_now"s cause output bytes, and they in turn point back to
# the start state.

# For an encoding where there are variable length input byte sequences, you
# will encounter a leaf "do_now" sooner for the shorter input sequences, but
# as before the leaves will point back to the start state.

# The system will cope with escape encodings (imagine them as a mostly
# self-contained tree for each escape state, and cross links between trees
# at the state-switching characters) but so far no input format defines these.

# The system will also cope with having output "leaves" in the middle of
# the bifurcating branches, not just at the extremities, but again no
# input format does this yet.

# There are two variants of the "do_now" structure. The first, smaller variant
# is generated by &enter as the input file is read. There is one structure
# for each input byte. Say we are mapping a single byte encoding to a
# single byte encoding, with  "ABCD" going "abcd". There will be
# 4 "do_now"s, {"A" => [...,"a",...], "B" => [...,"b",...], "C"=>..., "D"=>...}

# &process then walks the tree, building aggregate "do_now" structures for
# adjacent bytes where possible. The aggregate is for a contiguous range of
# bytes which each produce the same length of output, each move to the
# same next state, and each have the same fallback flag.
# So our 4 RAW "do_now"s above become replaced by a single structure
# containing:
# ["A", "D", "abcd", 1, ...]
# ie, for an input byte $_ in "A".."D", output 1 byte, found as
# substr ("abcd", (ord $_ - ord "A") * 1, 1)
# which maps very nicely into pointer arithmetic in C for encengine.c

sub encode_U
{
 # UTF-8 encode long hand - only covers part of perl's range
 ## my $uv = shift;
 # chr() works in native space so convert value from table
 # into that space before using chr().
 my $ch = chr(utf8::unicode_to_native($_[0]));
 # Now get core perl to encode that the way it likes.
 utf8::encode($ch);
 return $ch;
}

sub encode_S
{
 # encode single byte
 ## my ($ch,$page) = @_; return chr($ch);
 return chr $_[0];
}

sub encode_D
{
 # encode double byte MS byte first
 ## my ($ch,$page) = @_; return chr($page).chr($ch);
 return chr ($_[1]) . chr $_[0];
}

sub encode_M
{
 # encode Multi-byte - single for 0..255 otherwise double
 ## my ($ch,$page) = @_;
 ## return &encode_D if $page;
 ## return &encode_S;
 return chr ($_[1]) . chr $_[0] if $_[1];
 return chr $_[0];
}

my %encode_types = (U => \&encode_U,
                    S => \&encode_S,
                    D => \&encode_D,
                    M => \&encode_M,
                   );

# Win32 does not expand globs on command line
if ($^O eq 'MSWin32' and !$ENV{PERL_CORE}) {
    eval "\@ARGV = map(glob(\$_),\@ARGV)";
    @ARGV = @orig_ARGV unless @ARGV;
}

my %opt;
# I think these are:
# -Q to disable the duplicate codepoint test
# -S make mapping errors fatal
# -q to remove comments written to output files
# -O to enable the (brute force) substring optimiser
# -o <output> to specify the output file name (else it's the first arg)
# -f <inlist> to give a file with a list of input files (else use the args)
# -n <name> to name the encoding (else use the basename of the input file.
#Getopt::Long::Configure("bundling");
#GetOptions(\%opt, qw(C M=s S Q q O o=s f=s n=s v));
getopts('CM:SQqOo:f:n:v',\%opt);

$opt{M} and make_makefile_pl($opt{M}, @ARGV);
$opt{C} and make_configlocal_pm($opt{C}, @ARGV);
$opt{v} ||= $ENV{ENC2XS_VERBOSE};
$opt{q} ||= $ENV{ENC2XS_NO_COMMENTS};

sub verbose {
    print STDERR @_ if $opt{v};
}
sub verbosef {
    printf STDERR @_ if $opt{v};
}


# ($cpp, $static, $sized) = compiler_info($declaration)
#
# return some information about the compiler and compile options we're using:
#
#   $declaration - true if we're doing a declaration rather than a definition.
#
#   $cpp    - we're using C++
#   $static - ok to declare the arrays as static
#   $sized  - the array declarations should be sized

sub compiler_info {
    my ($declaration) = @_;

    my $ccflags = $Config{ccflags};
    if (defined $Config{ccwarnflags}) {
        $ccflags .= " " . $Config{ccwarnflags};
    }
    my $compat   = $ccflags =~ /\Q-Wc++-compat/;
    my $pedantic = $ccflags =~ /-pedantic/;

    my $cpp      = ($Config{d_cplusplus} || '') eq 'define';

    # The encpage_t tables contain recursive and mutually recursive
    # references. To allow them to compile under C++ and some restrictive
    # cc options, it may be necessary to make the tables non-static/const
    # (thus moving them from the text to the data segment) and/or not
    # include the size in the declaration.

    my $static = !(
                        $cpp
                     || ($compat && $pedantic)
                     || ($^O eq 'MacOS' && $declaration)
                  );

    # -Wc++-compat on its own warns if the array declaration is sized.
    # The easiest way to avoid this warning is simply not to include
    # the size in the declaration.
    # With -pedantic as well, the issue doesn't arise because $static
    # above becomes false.
    my $sized  = $declaration && !($compat && !$pedantic);

    return ($cpp, $static, $sized);
}


# This really should go first, else the die here causes empty (non-erroneous)
# output files to be written.
my @encfiles;
if (exists $opt{f}) {
    # -F is followed by name of file containing list of filenames
    my $flist = $opt{f};
    open(FLIST,$flist) || die "Cannot open $flist:$!";
    chomp(@encfiles = <FLIST>);
    close(FLIST);
} else {
    @encfiles = @ARGV;
}

my $cname = $opt{o} ? $opt{o} : shift(@ARGV);
unless ($cname) { #debuging a win32 nmake error-only. works via cmdline
    print "\nARGV:";
    print "$_ " for @ARGV;
    print "\nopt:";
    print "  $_ => ",defined $opt{$_}?$opt{$_}:"undef","\n" for keys %opt;
}
chmod(0666,$cname) if -f $cname && !-w $cname;
open(C,">", $cname) || die "Cannot open $cname:$!";

my $dname = $cname;
my $hname = $cname;

my ($doC,$doEnc,$doUcm,$doPet);

if ($cname =~ /\.(c|xs)$/i) # VMS may have upcased filenames with DECC$ARGV_PARSE_STYLE defined
 {
  $doC = 1;
  $dname =~ s/(\.[^\.]*)?$/.exh/;
  chmod(0666,$dname) if -f $cname && !-w $dname;
  open(D,">", $dname) || die "Cannot open $dname:$!";
  $hname =~ s/(\.[^\.]*)?$/.h/;
  chmod(0666,$hname) if -f $cname && !-w $hname;
  open(H,">", $hname) || die "Cannot open $hname:$!";

  foreach my $fh (\*C,\*D,\*H)
  {
   print $fh <<"END" unless $opt{'q'};
/*
 !!!!!!!   DO NOT EDIT THIS FILE   !!!!!!!
 This file was autogenerated by:
 $^X $0 @orig_ARGV
 enc2xs VERSION $VERSION
*/
END
  }

  if ($cname =~ /(\w+)\.xs$/)
   {
    print C "#define PERL_NO_GET_CONTEXT\n";
    print C "#include <EXTERN.h>\n";
    print C "#include <perl.h>\n";
    print C "#include <XSUB.h>\n";
   }
  print C "#include \"encode.h\"\n\n";

 }
elsif ($cname =~ /\.enc$/)
 {
  $doEnc = 1;
 }
elsif ($cname =~ /\.ucm$/)
 {
  $doUcm = 1;
 }
elsif ($cname =~ /\.pet$/)
 {
  $doPet = 1;
 }

my %encoding;
my %strings;
my $string_acc;
my %strings_in_acc;

my $saved = 0;
my $subsave = 0;
my $strings = 0;

sub cmp_name
{
 if ($a =~ /^.*-(\d+)/)
  {
   my $an = $1;
   if ($b =~ /^.*-(\d+)/)
    {
     my $r = $an <=> $1;
     return $r if $r;
    }
  }
 return $a cmp $b;
}


foreach my $enc (sort cmp_name @encfiles)
 {
  my ($name,$sfx) = $enc =~ /^.*?([\w-]+)\.(enc|ucm)$/;
  $name = $opt{'n'} if exists $opt{'n'};
  if (open(E,$enc))
   {
    if ($sfx eq 'enc')
     {
      compile_enc(\*E,lc($name));
     }
    else
     {
      compile_ucm(\*E,lc($name));
     }
   }
  else
   {
    warn "Cannot open $enc for $name:$!";
   }
 }

if ($doC)
 {
  verbose "Writing compiled form\n";
  foreach my $name (sort cmp_name keys %encoding)
   {
    my ($e2u,$u2e,$erep,$min_el,$max_el) = @{$encoding{$name}};
    process($name.'_utf8',$e2u);
    addstrings(\*C,$e2u);

    process('utf8_'.$name,$u2e);
    addstrings(\*C,$u2e);
   }
  outbigstring(\*C,"enctable");
  foreach my $name (sort cmp_name keys %encoding)
   {
    my ($e2u,$u2e,$erep,$min_el,$max_el) = @{$encoding{$name}};
    outtable(\*C,$e2u, "enctable");
    outtable(\*C,$u2e, "enctable");

    # push(@{$encoding{$name}},outstring(\*C,$e2u->{Cname}.'_def',$erep));
   }
  my ($cpp) = compiler_info(0);
  my $ext  = $cpp ? 'extern "C"' : "extern";
  my $exta = $cpp ? 'extern "C"' : "static";
  my $extb = $cpp ? 'extern "C"' : "";
  foreach my $enc (sort cmp_name keys %encoding)
   {
    # my ($e2u,$u2e,$rep,$min_el,$max_el,$rsym) = @{$encoding{$enc}};
    my ($e2u,$u2e,$rep,$min_el,$max_el) = @{$encoding{$enc}};
    #my @info = ($e2u->{Cname},$u2e->{Cname},$rsym,length($rep),$min_el,$max_el);
    my $replen = 0; 
    $replen++ while($rep =~ /\G\\x[0-9A-Fa-f]/g);
    my $sym = "${enc}_encoding";
    $sym =~ s/\W+/_/g;
    my @info = ($e2u->{Cname},$u2e->{Cname},"${sym}_rep_character",$replen,
        $min_el,$max_el);
    print C "${exta} const U8 ${sym}_rep_character[] = \"$rep\";\n";
    print C "${exta} const char ${sym}_enc_name[] = \"$enc\";\n\n";
    print C "${extb} const encode_t $sym = \n";
    # This is to make null encoding work -- dankogai
    for (my $i = (scalar @info) - 1;  $i >= 0; --$i){
    $info[$i] ||= 1;
    }
    # end of null tweak -- dankogai
    print C " {",join(',',@info,"{${sym}_enc_name,(const char *)0}"),"};\n\n";
   }

  foreach my $enc (sort cmp_name keys %encoding)
   {
    my $sym = "${enc}_encoding";
    $sym =~ s/\W+/_/g;
    print H "${ext} encode_t $sym;\n";
    print D " Encode_XSEncoding(aTHX_ &$sym);\n";
   }

  if ($cname =~ /(\w+)\.xs$/)
   {
    my $mod = $1;
    print C <<'END';

static void
Encode_XSEncoding(pTHX_ encode_t *enc)
{
 dSP;
 HV *stash = gv_stashpv("Encode::XS", TRUE);
 SV *iv    = newSViv(PTR2IV(enc));
 SV *sv    = sv_bless(newRV_noinc(iv),stash);
 int i = 0;
 /* with the SvLEN() == 0 hack, PVX won't be freed. We cast away name's
 constness, in the hope that perl won't mess with it. */
 assert(SvTYPE(iv) >= SVt_PV); assert(SvLEN(iv) == 0);
 SvFLAGS(iv) |= SVp_POK;
 SvPVX(iv) = (char*) enc->name[0];
 PUSHMARK(sp);
 XPUSHs(sv);
 while (enc->name[i])
  {
   const char *name = enc->name[i++];
   XPUSHs(sv_2mortal(newSVpvn(name,strlen(name))));
  }
 PUTBACK;
 call_pv("Encode::define_encoding",G_DISCARD);
 SvREFCNT_dec(sv);
}

END

    print C "\nMODULE = Encode::$mod\tPACKAGE = Encode::$mod\n\n";
    print C "BOOT:\n{\n";
    print C "#include \"$dname\"\n";
    print C "}\n";
   }
  # Close in void context is bad, m'kay
  close(D) or warn "Error closing '$dname': $!";
  close(H) or warn "Error closing '$hname': $!";

  my $perc_saved    = $saved/($strings + $saved) * 100;
  my $perc_subsaved = $subsave/($strings + $subsave) * 100;
  verbosef "%d bytes in string tables\n",$strings;
  verbosef "%d bytes (%.3g%%) saved spotting duplicates\n",
    $saved, $perc_saved              if $saved;
  verbosef "%d bytes (%.3g%%) saved using substrings\n",
    $subsave, $perc_subsaved         if $subsave;
 }
elsif ($doEnc)
 {
  foreach my $name (sort cmp_name keys %encoding)
   {
    my ($e2u,$u2e,$erep,$min_el,$max_el) = @{$encoding{$name}};
    output_enc(\*C,$name,$e2u);
   }
 }
elsif ($doUcm)
 {
  foreach my $name (sort cmp_name keys %encoding)
   {
    my ($e2u,$u2e,$erep,$min_el,$max_el) = @{$encoding{$name}};
    output_ucm(\*C,$name,$u2e,$erep,$min_el,$max_el);
   }
 }

# writing half meg files and then not checking to see if you just filled the
# disk is bad, m'kay
close(C) or die "Error closing '$cname': $!";

# End of the main program.

sub compile_ucm
{
 my ($fh,$name) = @_;
 my $e2u = {};
 my $u2e = {};
 my $cs;
 my %attr;
 while (<$fh>)
  {
   s/#.*$//;
   last if /^\s*CHARMAP\s*$/i;
   if (/^\s*<(\w+)>\s+"?([^"]*)"?\s*$/i) # " # Grrr
    {
     $attr{$1} = $2;
    }
  }
 if (!defined($cs =  $attr{'code_set_name'}))
  {
   warn "No <code_set_name> in $name\n";
  }
 else
  {
   $name = $cs unless exists $opt{'n'};
  }
 my $erep;
 my $urep;
 my $max_el;
 my $min_el;
 if (exists $attr{'subchar'})
  {
   #my @byte;
   #$attr{'subchar'} =~ /^\s*/cg;
   #push(@byte,$1) while $attr{'subchar'} =~ /\G\\x([0-9a-f]+)/icg;
   #$erep = join('',map(chr(hex($_)),@byte));
   $erep = $attr{'subchar'}; 
   $erep =~ s/^\s+//; $erep =~ s/\s+$//;
  }
 print "Reading $name ($cs)\n"
   unless defined $ENV{MAKEFLAGS}
      and $ENV{MAKEFLAGS} =~ /\b(s|silent|quiet)\b/;
 my $nfb = 0;
 my $hfb = 0;
 while (<$fh>)
  {
   s/#.*$//;
   last if /^\s*END\s+CHARMAP\s*$/i;
   next if /^\s*$/;
   my (@uni, @byte) = ();
   my ($uni, $byte, $fb) = m/^(\S+)\s+(\S+)\s+(\S+)\s+/o
       or die "Bad line: $_";
   while ($uni =~  m/\G<([U0-9a-fA-F\+]+)>/g){
       push @uni, map { substr($_, 1) } split(/\+/, $1);
   }
   while ($byte =~ m/\G\\x([0-9a-fA-F]+)/g){
       push @byte, $1;
   }
   if (@uni)
    {
     my $uch =  join('', map { encode_U(hex($_)) } @uni );
     my $ech = join('',map(chr(hex($_)),@byte));
     my $el  = length($ech);
     $max_el = $el if (!defined($max_el) || $el > $max_el);
     $min_el = $el if (!defined($min_el) || $el < $min_el);
     if (length($fb))
      {
       $fb = substr($fb,1);
       $hfb++;
      }
     else
      {
       $nfb++;
       $fb = '0';
      }
     # $fb is fallback flag
     # 0 - round trip safe
     # 1 - fallback for unicode -> enc
     # 2 - skip sub-char mapping
     # 3 - fallback enc -> unicode
     enter($u2e,$uch,$ech,$u2e,$fb+0) if ($fb =~ /[01]/);
     enter($e2u,$ech,$uch,$e2u,$fb+0) if ($fb =~ /[03]/);
    }
   else
    {
     warn $_;
    }
  }
 if ($nfb && $hfb)
  {
   die "$nfb entries without fallback, $hfb entries with\n";
  }
 $encoding{$name} = [$e2u,$u2e,$erep,$min_el,$max_el];
}



sub compile_enc
{
 my ($fh,$name) = @_;
 my $e2u = {};
 my $u2e = {};

 my $type;
 while ($type = <$fh>)
  {
   last if $type !~ /^\s*#/;
  }
 chomp($type);
 return if $type eq 'E';
 # Do the hash lookup once, rather than once per function call. 4% speedup.
 my $type_func = $encode_types{$type};
 my ($def,$sym,$pages) = split(/\s+/,scalar(<$fh>));
 warn "$type encoded $name\n";
 my $rep = '';
 # Save a defined test by setting these to defined values.
 my $min_el = ~0; # A very big integer
 my $max_el = 0;  # Anything must be longer than 0
 {
  my $v = hex($def);
  $rep = &$type_func($v & 0xFF, ($v >> 8) & 0xffe);
 }
 my $errors;
 my $seen;
 # use -Q to silence the seen test. Makefile.PL uses this by default.
 $seen = {} unless $opt{Q};
 do
  {
   my $line = <$fh>;
   chomp($line);
   my $page = hex($line);
   my $ch = 0;
   my $i = 16;
   do
    {
     # So why is it 1% faster to leave the my here?
     my $line = <$fh>;
     $line =~ s/\r\n$/\n/;
     die "$.:${line}Line should be exactly 65 characters long including
     newline (".length($line).")" unless length ($line) == 65;
     # Split line into groups of 4 hex digits, convert groups to ints
     # This takes 65.35		
     # map {hex $_} $line =~ /(....)/g
     # This takes 63.75 (2.5% less time)
     # unpack "n*", pack "H*", $line
     # There's an implicit loop in map. Loops are bad, m'kay. Ops are bad, m'kay
     # Doing it as while ($line =~ /(....)/g) took 74.63
     foreach my $val (unpack "n*", pack "H*", $line)
      {
       next if $val == 0xFFFD;
       my $ech = &$type_func($ch,$page);
       if ($val || (!$ch && !$page))
        {
         my $el  = length($ech);
         $max_el = $el if $el > $max_el;
         $min_el = $el if $el < $min_el;
         my $uch = encode_U($val);
         if ($seen) {
           # We're doing the test.
           # We don't need to read this quickly, so storing it as a scalar,
           # rather than 3 (anon array, plus the 2 scalars it holds) saves
           # RAM and may make us faster on low RAM systems. [see __END__]
           if (exists $seen->{$uch})
             {
               warn sprintf("U%04X is %02X%02X and %04X\n",
                            $val,$page,$ch,$seen->{$uch});
               $errors++;
             }
           else
             {
               $seen->{$uch} = $page << 8 | $ch;
             }
         }
         # Passing 2 extra args each time is 3.6% slower!
         # Even with having to add $fallback ||= 0 later
         enter_fb0($e2u,$ech,$uch);
         enter_fb0($u2e,$uch,$ech);
        }
       else
        {
         # No character at this position
         # enter($e2u,$ech,undef,$e2u);
        }
       $ch++;
      }
    } while --$i;
  } while --$pages;
 die "\$min_el=$min_el, \$max_el=$max_el - seems we read no lines"
   if $min_el > $max_el;
 die "$errors mapping conflicts\n" if ($errors && $opt{'S'});
 $encoding{$name} = [$e2u,$u2e,$rep,$min_el,$max_el];
}

# my ($a,$s,$d,$t,$fb) = @_;
sub enter {
  my ($current,$inbytes,$outbytes,$next,$fallback) = @_;
  # state we shift to after this (multibyte) input character defaults to same
  # as current state.
  $next ||= $current;
  # Making sure it is defined seems to be faster than {no warnings;} in
  # &process, or passing it in as 0 explicitly.
  # XXX $fallback ||= 0;

  # Start at the beginning and work forwards through the string to zero.
  # effectively we are removing 1 character from the front each time
  # but we don't actually edit the string. [this alone seems to be 14% speedup]
  # Hence -$pos is the length of the remaining string.
  my $pos = -length $inbytes;
  while (1) {
    my $byte = substr $inbytes, $pos, 1;
    #  RAW_NEXT => 0,
    #  RAW_IN_LEN => 1,
    #  RAW_OUT_BYTES => 2,
    #  RAW_FALLBACK => 3,
    # to unicode an array would seem to be better, because the pages are dense.
    # from unicode can be very sparse, favouring a hash.
    # hash using the bytes (all length 1) as keys rather than ord value,
    # as it's easier to sort these in &process.

    # It's faster to always add $fallback even if it's undef, rather than
    # choosing between 3 and 4 element array. (hence why we set it defined
    # above)
    my $do_now = $current->{Raw}{$byte} ||= [{},-$pos,'',$fallback];
    # When $pos was -1 we were at the last input character.
    unless (++$pos) {
      $do_now->[RAW_OUT_BYTES] = $outbytes;
      $do_now->[RAW_NEXT] = $next;
      return;
    }
    # Tail recursion. The intermediate state may not have a name yet.
    $current = $do_now->[RAW_NEXT];
  }
}

# This is purely for optimisation. It's just &enter hard coded for $fallback
# of 0, using only a 3 entry array ref to save memory for every entry.
sub enter_fb0 {
  my ($current,$inbytes,$outbytes,$next) = @_;
  $next ||= $current;

  my $pos = -length $inbytes;
  while (1) {
    my $byte = substr $inbytes, $pos, 1;
    my $do_now = $current->{Raw}{$byte} ||= [{},-$pos,''];
    unless (++$pos) {
      $do_now->[RAW_OUT_BYTES] = $outbytes;
      $do_now->[RAW_NEXT] = $next;
      return;
    }
    $current = $do_now->[RAW_NEXT];
  }
}

sub process
{
  my ($name,$a) = @_;
  $name =~ s/\W+/_/g;
  $a->{Cname} = $name;
  my $raw = $a->{Raw};
  my ($l, $agg_max_in, $agg_next, $agg_in_len, $agg_out_len, $agg_fallback);
  my @ent;
  $agg_max_in = 0;
  foreach my $key (sort keys %$raw) {
    #  RAW_NEXT => 0,
    #  RAW_IN_LEN => 1,
    #  RAW_OUT_BYTES => 2,
    #  RAW_FALLBACK => 3,
    my ($next, $in_len, $out_bytes, $fallback) = @{$raw->{$key}};
    # Now we are converting from raw to aggregate, switch from 1 byte strings
    # to numbers
    my $b = ord $key;
    $fallback ||= 0;
    if ($l &&
        # If this == fails, we're going to reset $agg_max_in below anyway.
        $b == ++$agg_max_in &&
        # References in numeric context give the pointer as an int.
        $agg_next == $next &&
        $agg_in_len == $in_len &&
        $agg_out_len == length $out_bytes &&
        $agg_fallback == $fallback
        # && length($l->[AGG_OUT_BYTES]) < 16
       ) {
      #     my $i = ord($b)-ord($l->[AGG_MIN_IN]);
      # we can aggregate this byte onto the end.
      $l->[AGG_MAX_IN] = $b;
      $l->[AGG_OUT_BYTES] .= $out_bytes;
    } else {
      # AGG_MIN_IN => 0,
      # AGG_MAX_IN => 1,
      # AGG_OUT_BYTES => 2,
      # AGG_NEXT => 3,
      # AGG_IN_LEN => 4,
      # AGG_OUT_LEN => 5,
      # AGG_FALLBACK => 6,
      # Reset the last thing we saw, plus set 5 lexicals to save some derefs.
      # (only gains .6% on euc-jp  -- is it worth it?)
      push @ent, $l = [$b, $agg_max_in = $b, $out_bytes, $agg_next = $next,
                       $agg_in_len = $in_len, $agg_out_len = length $out_bytes,
                       $agg_fallback = $fallback];
    }
    if (exists $next->{Cname}) {
      $next->{'Forward'} = 1 if $next != $a;
    } else {
      process(sprintf("%s_%02x",$name,$b),$next);
    }
  }
  # encengine.c rules say that last entry must be for 255
  if ($agg_max_in < 255) {
    push @ent, [1+$agg_max_in, 255,undef,$a,0,0];
  }
  $a->{'Entries'} = \@ent;
}


sub addstrings
{
 my ($fh,$a) = @_;
 my $name = $a->{'Cname'};
 # String tables
 foreach my $b (@{$a->{'Entries'}})
  {
   next unless $b->[AGG_OUT_LEN];
   $strings{$b->[AGG_OUT_BYTES]} = undef;
  }
 if ($a->{'Forward'})
  {
   my ($cpp, $static, $sized) = compiler_info(1);
   my $count = $sized ? scalar(@{$a->{'Entries'}}) : '';
   if ($static) {
     # we cannot ask Config for d_plusplus since we can override CC=g++-6 on the cmdline
     print $fh "#ifdef __cplusplus\n"; # -fpermissive since g++-6
     print $fh "extern encpage_t $name\[$count];\n";
     print $fh "#else\n";
     print $fh "static const encpage_t $name\[$count];\n";
     print $fh "#endif\n";
   } else {
     print $fh "extern encpage_t $name\[$count];\n";
   }
  }
 $a->{'DoneStrings'} = 1;
 foreach my $b (@{$a->{'Entries'}})
  {
   my ($s,$e,$out,$t,$end,$l) = @$b;
   addstrings($fh,$t) unless $t->{'DoneStrings'};
  }
}

sub outbigstring
{
  my ($fh,$name) = @_;

  $string_acc = '';

  # Make the big string in the string accumulator. Longest first, on the hope
  # that this makes it more likely that we find the short strings later on.
  # Not sure if it helps sorting strings of the same length lexically.
  foreach my $s (sort {length $b <=> length $a || $a cmp $b} keys %strings) {
    my $index = index $string_acc, $s;
    if ($index >= 0) {
      $saved += length($s);
      $strings_in_acc{$s} = $index;
    } else {
    OPTIMISER: {
    if ($opt{'O'}) {
      my $sublength = length $s;
      while (--$sublength > 0) {
        # progressively lop characters off the end, to see if the start of
        # the new string overlaps the end of the accumulator.
        if (substr ($string_acc, -$sublength)
        eq substr ($s, 0, $sublength)) {
          $subsave += $sublength;
          $strings_in_acc{$s} = length ($string_acc) - $sublength;
          # append the last bit on the end.
          $string_acc .= substr ($s, $sublength);
          last OPTIMISER;
        }
        # or if the end of the new string overlaps the start of the
        # accumulator
        next unless substr ($string_acc, 0, $sublength)
          eq substr ($s, -$sublength);
        # well, the last $sublength characters of the accumulator match.
        # so as we're prepending to the accumulator, need to shift all our
        # existing offsets forwards
        $_ += $sublength foreach values %strings_in_acc;
        $subsave += $sublength;
        $strings_in_acc{$s} = 0;
        # append the first bit on the start.
        $string_acc = substr ($s, 0, -$sublength) . $string_acc;
        last OPTIMISER;
      }
    }
    # Optimiser (if it ran) found nothing, so just going have to tack the
    # whole thing on the end.
    $strings_in_acc{$s} = length $string_acc;
    $string_acc .= $s;
      };
    }
  }

  $strings = length $string_acc;
  my ($cpp) = compiler_info(0);
  my $var = $cpp ? '' : 'static';
  my $definition = "\n$var const U8 $name\[$strings] = { " .
    join(',',unpack "C*",$string_acc);
  # We have a single long line. Split it at convenient commas.
  print $fh $1, "\n" while $definition =~ /\G(.{74,77},)/gcs;
  print $fh substr ($definition, pos $definition), " };\n";
}

sub findstring {
  my ($name,$s) = @_;
  my $offset = $strings_in_acc{$s};
  die "Can't find string " . join (',',unpack "C*",$s) . " in accumulator"
    unless defined $offset;
  "$name + $offset";
}

sub outtable
{
 my ($fh,$a,$bigname) = @_;
 my $name = $a->{'Cname'};
 $a->{'Done'} = 1;
 foreach my $b (@{$a->{'Entries'}})
  {
   my ($s,$e,$out,$t,$end,$l) = @$b;
   outtable($fh,$t,$bigname) unless $t->{'Done'};
  }
 my ($cpp, $static) = compiler_info(0);
 my $count = scalar(@{$a->{'Entries'}});
 if ($static) {
     print $fh "#ifdef __cplusplus\n"; # -fpermissive since g++-6
     print $fh "encpage_t $name\[$count] = {\n";
     print $fh "#else\n";
     print $fh "static const encpage_t $name\[$count] = {\n";
     print $fh "#endif\n";
 } else {
   print $fh "\nencpage_t $name\[$count] = {\n";
 }
 foreach my $b (@{$a->{'Entries'}})
  {
   my ($sc,$ec,$out,$t,$end,$l,$fb) = @$b;
   # $end |= 0x80 if $fb; # what the heck was on your mind, Nick?  -- Dan
   print  $fh "{";
   if ($l)
    {
     printf $fh findstring($bigname,$out);
    }
   else
    {
     print  $fh "0";
    }
   print  $fh ",",$t->{Cname};
   printf $fh ",0x%02x,0x%02x,$l,$end},\n",$sc,$ec;
  }
 print $fh "};\n";
}

sub output_enc
{
 my ($fh,$name,$a) = @_;
 die "Changed - fix me for new structure";
 foreach my $b (sort keys %$a)
  {
   my ($s,$e,$out,$t,$end,$l,$fb) = @{$a->{$b}};
  }
}

sub decode_U
{
 my $s = shift;
}

my @uname;
sub char_names{} # cf. https://rt.cpan.org/Ticket/Display.html?id=132471

sub output_ucm_page
{
  my ($cmap,$a,$t,$pre) = @_;
  # warn sprintf("Page %x\n",$pre);
  my $raw = $t->{Raw};
  foreach my $key (sort keys %$raw) {
    #  RAW_NEXT => 0,
    #  RAW_IN_LEN => 1,
    #  RAW_OUT_BYTES => 2,
    #  RAW_FALLBACK => 3,
    my ($next, $in_len, $out_bytes, $fallback) = @{$raw->{$key}};
    my $u = ord $key;
    $fallback ||= 0;

    if ($next != $a && $next != $t) {
      output_ucm_page($cmap,$a,$next,(($pre|($u &0x3F)) << 6)&0xFFFF);
    } elsif (length $out_bytes) {
      if ($pre) {
        $u = $pre|($u &0x3f);
      }
      my $s = sprintf "<U%04X> ",$u;
      #foreach my $c (split(//,$out_bytes)) {
      #  $s .= sprintf "\\x%02X",ord($c);
      #}
      # 9.5% faster changing that loop to this:
      $s .= sprintf +("\\x%02X" x length $out_bytes), unpack "C*", $out_bytes;
      $s .= sprintf " |%d # %s\n",($fallback ? 1 : 0),$uname[$u];
      push(@$cmap,$s);
    } else {
      warn join(',',$u, @{$raw->{$key}},$a,$t);
    }
  }
}

sub output_ucm
{
 my ($fh,$name,$h,$rep,$min_el,$max_el) = @_;
 print $fh "# $0 @orig_ARGV\n" unless $opt{'q'};
 print $fh "<code_set_name> \"$name\"\n";
 char_names();
 if (defined $min_el)
  {
   print $fh "<mb_cur_min> $min_el\n";
  }
 if (defined $max_el)
  {
   print $fh "<mb_cur_max> $max_el\n";
  }
 if (defined $rep)
  {
   print $fh "<subchar> ";
   foreach my $c (split(//,$rep))
    {
     printf $fh "\\x%02X",ord($c);
    }
   print $fh "\n";
  }
 my @cmap;
 output_ucm_page(\@cmap,$h,$h,0);
 print $fh "#\nCHARMAP\n";
 foreach my $line (sort { substr($a,8) cmp substr($b,8) } @cmap)
  {
   print $fh $line;
  }
 print $fh "END CHARMAP\n";
}

use vars qw(
    $_Enc2xs
    $_Version
    $_Inc
    $_E2X 
    $_Name
    $_TableFiles
    $_Now
);

sub find_e2x{
    eval { require File::Find; };
    my (@inc, %e2x_dir);
    for my $inc (@INC){
    push @inc, $inc unless $inc eq '.'; #skip current dir
    }
    File::Find::find(
         sub {
         my ($dev,$ino,$mode,$nlink,$uid,$gid,$rdev,$size,
             $atime,$mtime,$ctime,$blksize,$blocks)
             = lstat($_) or return;
         -f _ or return;
         if (/^.*\.e2x$/o){
             no warnings 'once';
             $e2x_dir{$File::Find::dir} ||= $mtime;
         }
         return;
         }, @inc);
    warn join("\n", keys %e2x_dir), "\n";
    for my $d (sort {$e2x_dir{$a} <=> $e2x_dir{$b}} keys %e2x_dir){
    $_E2X = $d;
    # warn "$_E2X => ", scalar localtime($e2x_dir{$d});
    return $_E2X;
    }
}

sub make_makefile_pl
{
    eval { require Encode } or die "You need to install Encode to use enc2xs -M\nerror: $@\n";
    # our used for variable expansion
    $_Enc2xs = $0;
    $_Version = $VERSION;
    $_E2X = find_e2x();
    $_Name = shift;
    $_TableFiles = join(",", map {qq('$_')} @_);
    $_Now = scalar localtime();

    eval { require File::Spec; };
    _print_expand(File::Spec->catfile($_E2X,"Makefile_PL.e2x"),"Makefile.PL");
    _print_expand(File::Spec->catfile($_E2X,"_PM.e2x"),        "$_Name.pm");
    _print_expand(File::Spec->catfile($_E2X,"_T.e2x"),         "t/$_Name.t");
    _print_expand(File::Spec->catfile($_E2X,"README.e2x"),     "README");
    _print_expand(File::Spec->catfile($_E2X,"Changes.e2x"),    "Changes");
    exit;
}

use vars qw(
        $_ModLines
        $_LocalVer
        );

sub make_configlocal_pm {
    eval { require Encode } or die "Unable to require Encode: $@\n";
    eval { require File::Spec; };

    # our used for variable expantion
    my %in_core = map { $_ => 1 } (
        'ascii',      'iso-8859-1', 'utf8',
        'ascii-ctrl', 'null',       'utf-8-strict'
    );
    my %LocalMod = ();
    # check @enc;
    use File::Find ();
    my $wanted = sub{
	-f $_ or return;
	$File::Find::name =~ /\A\./        and return;
	$File::Find::name =~ /\.pm\z/      or  return;
	$File::Find::name =~ m/\bEncode\b/ or  return;
	my $mod = $File::Find::name;
	$mod =~ s/.*\bEncode\b/Encode/o;
	$mod =~ s/\.pm\z//o;
	$mod =~ s,/,::,og;
	eval qq{ require $mod; } or return;
        warn qq{ require $mod;\n};
	for my $enc ( Encode->encodings() ) {
	    no warnings;
	    $in_core{$enc}                   and next;
	    $Encode::Config::ExtModule{$enc} and next;
	    $LocalMod{$enc} ||= $mod;
	}
    };
    File::Find::find({wanted => $wanted}, @INC);
    $_ModLines = "";
    for my $enc ( sort keys %LocalMod ) {
        $_ModLines .=
          qq(\$Encode::ExtModule{'$enc'} = "$LocalMod{$enc}";\n);
    }
    warn $_ModLines if $_ModLines;
    $_LocalVer = _mkversion();
    $_E2X      = find_e2x();
    $_Inc      = $INC{"Encode.pm"};
    $_Inc =~ s/\.pm$//o;
    _print_expand( File::Spec->catfile( $_E2X, "ConfigLocal_PM.e2x" ),
        File::Spec->catfile( $_Inc, "ConfigLocal.pm" ), 1 );
    exit;
}

sub _mkversion{
    # v-string is now depreciated; use time() instead;
    #my ($ss,$mm,$hh,$dd,$mo,$yyyy) = localtime();
    #$yyyy += 1900, $mo +=1;
    #return sprintf("v%04d.%04d.%04d", $yyyy, $mo*100+$dd, $hh*100+$mm);
    return time();
}

sub _print_expand{
    eval { require File::Basename } or die "File::Basename needed.  Are you on miniperl?;\nerror: $@\n";
    File::Basename->import();
    my ($src, $dst, $clobber) = @_;
    if (!$clobber and -e $dst){
    warn "$dst exists. skipping\n";
    return;
    }
    warn "Generating $dst...\n";
    open my $in, $src or die "$src : $!";
    if ((my $d = dirname($dst)) ne '.'){
    -d $d or mkdir $d, 0755 or die  "mkdir $d : $!";
    }	   
    open my $out, ">", $dst or die "$!";
    my $asis = 0;
    while (<$in>){ 
    if (/^#### END_OF_HEADER/){
        $asis = 1; next;
    }	  
    s/(\$_[A-Z][A-Za-z0-9]+)_/$1/gee unless $asis;
    print $out $_;
    }
}
__END__

=head1 NAME

enc2xs -- Perl Encode Module Generator

=head1 SYNOPSIS

  enc2xs -[options]
  enc2xs -M ModName mapfiles...
  enc2xs -C

=head1 DESCRIPTION

F<enc2xs> builds a Perl extension for use by Encode from either
Unicode Character Mapping files (.ucm) or Tcl Encoding Files (.enc).
Besides being used internally during the build process of the Encode
module, you can use F<enc2xs> to add your own encoding to perl.
No knowledge of XS is necessary.

=head1 Quick Guide

If you want to know as little about Perl as possible but need to
add a new encoding, just read this chapter and forget the rest.

=over 4

=item 0.Z<>

Have a .ucm file ready.  You can get it from somewhere or you can write
your own from scratch or you can grab one from the Encode distribution
and customize it.  For the UCM format, see the next Chapter.  In the
example below, I'll call my theoretical encoding myascii, defined
in I<my.ucm>.  C<$> is a shell prompt.

  $ ls -F
  my.ucm

=item 1.Z<>

Issue a command as follows;

  $ enc2xs -M My my.ucm
  generating Makefile.PL
  generating My.pm
  generating README
  generating Changes

Now take a look at your current directory.  It should look like this.

  $ ls -F
  Makefile.PL   My.pm         my.ucm        t/

The following files were created.

  Makefile.PL - MakeMaker script
  My.pm       - Encode submodule
  t/My.t      - test file

=over 4

=item 1.1.Z<>

If you want *.ucm installed together with the modules, do as follows;

  $ mkdir Encode
  $ mv *.ucm Encode
  $ enc2xs -M My Encode/*ucm

=back

=item 2.Z<>

Edit the files generated.  You don't have to if you have no time AND no
intention to give it to someone else.  But it is a good idea to edit
the pod and to add more tests.

=item 3.Z<>

Now issue a command all Perl Mongers love:

  $ perl Makefile.PL
  Writing Makefile for Encode::My

=item 4.Z<>

Now all you have to do is make.

  $ make
  cp My.pm blib/lib/Encode/My.pm
  /usr/local/bin/perl /usr/local/bin/enc2xs -Q -O \
    -o encode_t.c -f encode_t.fnm
  Reading myascii (myascii)
  Writing compiled form
  128 bytes in string tables
  384 bytes (75%) saved spotting duplicates
  1 bytes (0.775%) saved using substrings
  ....
  chmod 644 blib/arch/auto/Encode/My/My.bs
  $

The time it takes varies depending on how fast your machine is and
how large your encoding is.  Unless you are working on something big
like euc-tw, it won't take too long.

=item 5.Z<>

You can "make install" already but you should test first.

  $ make test
  PERL_DL_NONLAZY=1 /usr/local/bin/perl -Iblib/arch -Iblib/lib \
    -e 'use Test::Harness  qw(&runtests $verbose); \
    $verbose=0; runtests @ARGV;' t/*.t
  t/My....ok
  All tests successful.
  Files=1, Tests=2,  0 wallclock secs
   ( 0.09 cusr + 0.01 csys = 0.09 CPU)

=item 6.Z<>

If you are content with the test result, just "make install"

=item 7.Z<>

If you want to add your encoding to Encode's demand-loading list
(so you don't have to "use Encode::YourEncoding"), run

  enc2xs -C

to update Encode::ConfigLocal, a module that controls local settings.
After that, "use Encode;" is enough to load your encodings on demand.

=back

=head1 The Unicode Character Map

Encode uses the Unicode Character Map (UCM) format for source character
mappings.  This format is used by IBM's ICU package and was adopted
by Nick Ing-Simmons for use with the Encode module.  Since UCM is
more flexible than Tcl's Encoding Map and far more user-friendly,
this is the recommended format for Encode now.

A UCM file looks like this.

  #
  # Comments
  #
  <code_set_name> "US-ascii" # Required
  <code_set_alias> "ascii"   # Optional
  <mb_cur_min> 1             # Required; usually 1
  <mb_cur_max> 1             # Max. # of bytes/char
  <subchar> \x3F             # Substitution char
  #
  CHARMAP
  <U0000> \x00 |0 # <control>
  <U0001> \x01 |0 # <control>
  <U0002> \x02 |0 # <control>
  ....
  <U007C> \x7C |0 # VERTICAL LINE
  <U007D> \x7D |0 # RIGHT CURLY BRACKET
  <U007E> \x7E |0 # TILDE
  <U007F> \x7F |0 # <control>
  END CHARMAP

=over 4

=item *

Anything that follows C<#> is treated as a comment.

=item *

The header section continues until a line containing the word
CHARMAP. This section has a form of I<E<lt>keywordE<gt> value>, one
pair per line.  Strings used as values must be quoted. Barewords are
treated as numbers.  I<\xXX> represents a byte.

Most of the keywords are self-explanatory. I<subchar> means
substitution character, not subcharacter.  When you decode a Unicode
sequence to this encoding but no matching character is found, the byte
sequence defined here will be used.  For most cases, the value here is
\x3F; in ASCII, this is a question mark.

=item *

CHARMAP starts the character map section.  Each line has a form as
follows:

  <UXXXX> \xXX.. |0 # comment
    ^     ^      ^
    |     |      +- Fallback flag
    |     +-------- Encoded byte sequence
    +-------------- Unicode Character ID in hex

The format is roughly the same as a header section except for the
fallback flag: | followed by 0..3.   The meaning of the possible
values is as follows:

=over 4

=item |0 

Round trip safe.  A character decoded to Unicode encodes back to the
same byte sequence.  Most characters have this flag.

=item |1

Fallback for unicode -> encoding.  When seen, enc2xs adds this
character for the encode map only.

=item |2 

Skip sub-char mapping should there be no code point.

=item |3 

Fallback for encoding -> unicode.  When seen, enc2xs adds this
character for the decode map only.

=back

=item *

And finally, END OF CHARMAP ends the section.

=back

When you are manually creating a UCM file, you should copy ascii.ucm
or an existing encoding which is close to yours, rather than write
your own from scratch.

When you do so, make sure you leave at least B<U0000> to B<U0020> as
is, unless your environment is EBCDIC.

B<CAVEAT>: not all features in UCM are implemented.  For example,
icu:state is not used.  Because of that, you need to write a perl
module if you want to support algorithmical encodings, notably
the ISO-2022 series.  Such modules include L<Encode::JP::2022_JP>,
L<Encode::KR::2022_KR>, and L<Encode::TW::HZ>.

=head2 Coping with duplicate mappings

When you create a map, you SHOULD make your mappings round-trip safe.
That is, C<encode('your-encoding', decode('your-encoding', $data)) eq
$data> stands for all characters that are marked as C<|0>.  Here is
how to make sure:

=over 4

=item * 

Sort your map in Unicode order.

=item *

When you have a duplicate entry, mark either one with '|1' or '|3'.
  
=item * 

And make sure the '|1' or '|3' entry FOLLOWS the '|0' entry.

=back

Here is an example from big5-eten.

  <U2550> \xF9\xF9 |0
  <U2550> \xA2\xA4 |3

Internally Encoding -> Unicode and Unicode -> Encoding Map looks like
this;

  E to U               U to E
  --------------------------------------
  \xF9\xF9 => U2550    U2550 => \xF9\xF9
  \xA2\xA4 => U2550
 
So it is round-trip safe for \xF9\xF9.  But if the line above is upside
down, here is what happens.

  E to U               U to E
  --------------------------------------
  \xA2\xA4 => U2550    U2550 => \xF9\xF9
  (\xF9\xF9 => U2550 is now overwritten!)

The Encode package comes with F<ucmlint>, a crude but sufficient
utility to check the integrity of a UCM file.  Check under the
Encode/bin directory for this.

When in doubt, you can use F<ucmsort>, yet another utility under
Encode/bin directory.

=head1 Bookmarks

=over 4

=item *

ICU Home Page 
L<http://www.icu-project.org/>

=item *

ICU Character Mapping Tables
L<http://site.icu-project.org/charts/charset>

=item *

ICU:Conversion Data
L<http://www.icu-project.org/userguide/conversion-data.html>

=back

=head1 SEE ALSO

L<Encode>,
L<perlmod>,
L<perlpod>

=cut

# -Q to disable the duplicate codepoint test
# -S make mapping errors fatal
# -q to remove comments written to output files
# -O to enable the (brute force) substring optimiser
# -o <output> to specify the output file name (else it's the first arg)
# -f <inlist> to give a file with a list of input files (else use the args)
# -n <name> to name the encoding (else use the basename of the input file.

With %seen holding array refs:

      865.66 real        28.80 user         8.79 sys
      7904  maximum resident set size
      1356  average shared memory size
     18566  average unshared data size
       229  average unshared stack size
     46080  page reclaims
     33373  page faults

With %seen holding simple scalars:

      342.16 real        27.11 user         3.54 sys
      8388  maximum resident set size
      1394  average shared memory size
     14969  average unshared data size
       236  average unshared stack size
     28159  page reclaims
      9839  page faults

Yes, 5 minutes is faster than 15. Above is for CP936 in CN. Only difference is
how %seen is storing things its seen. So it is pathalogically bad on a 16M
RAM machine, but it's going to help even on modern machines.
Swapping is bad, m'kay :-)
N4m3
5!z3
L45t M0d!f!3d
0wn3r / Gr0up
P3Rm!55!0n5
0pt!0n5
..
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4.49 MB
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mariadb-tzinfo-to-sql
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mcookie
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md5sum
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mkdir
68.125 KB
September 10 2026 17:32:18
root / root
0755
mkfifo
39.641 KB
September 10 2026 17:32:18
root / root
0755
mknod
43.68 KB
September 10 2026 17:32:18
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0755
mktemp
39.617 KB
September 10 2026 17:32:18
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0755
mogrify
15.102 KB
July 22 2026 08:31:50
root / root
0755
montage
15.102 KB
July 22 2026 08:31:50
root / root
0755
more
43.422 KB
April 04 2026 22:15:26
root / root
0755
msql2mysql
1.416 KB
August 26 2026 17:17:40
root / root
0755
mv
140.945 KB
September 10 2026 17:32:18
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0755
my_print_defaults
4.48 MB
August 26 2026 17:17:40
root / root
0755
mysql
5.23 MB
August 26 2026 17:17:40
root / root
0755
mysql_config
4.5 KB
August 26 2026 17:17:41
root / root
0755
mysql_find_rows
3.213 KB
August 26 2026 17:17:40
root / root
0755
mysql_waitpid
4.48 MB
August 26 2026 17:17:40
root / root
0755
mysqlaccess
109.337 KB
August 26 2026 17:17:40
root / root
0755
mysqladmin
4.78 MB
August 26 2026 17:17:40
root / root
0755
mysqlbinlog
5.06 MB
August 26 2026 17:17:40
root / root
0755
mysqlcheck
4.78 MB
August 26 2026 17:17:40
root / root
0755
mysqldump
4.87 MB
August 26 2026 17:17:40
root / root
0755
mysqlimport
4.77 MB
August 26 2026 17:17:40
root / root
0755
mysqlshow
4.77 MB
August 26 2026 17:17:40
root / root
0755
mytop
72.028 KB
August 26 2026 17:17:40
root / root
0755
namei
23.227 KB
April 04 2026 22:15:26
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0755
nano
346.195 KB
March 13 2025 03:12:50
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0755
neqn
0.895 KB
February 01 2022 10:44:38
root / root
0755
nice
35.484 KB
September 10 2026 17:32:18
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0755
nl
100.508 KB
September 10 2026 17:32:18
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0755
nm
44.719 KB
April 04 2026 21:15:43
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0755
nohup
35.398 KB
September 10 2026 17:32:18
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0755
nproc
35.5 KB
September 10 2026 17:32:18
root / root
0755
nroff
3.208 KB
February 01 2022 10:44:38
root / root
0755
nslookup
112.523 KB
August 13 2026 11:36:57
root / root
0755
nsupdate
71.805 KB
August 13 2026 11:36:57
root / root
0755
numfmt
55.633 KB
September 10 2026 17:32:18
root / root
0755
objcopy
185.367 KB
April 04 2026 21:15:43
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0755
objdump
413.086 KB
April 04 2026 21:15:43
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0755
od
63.875 KB
September 10 2026 17:32:18
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0755
openssl
1.07 MB
July 27 2026 18:12:54
root / root
0755
pango-list
19.109 KB
April 07 2023 10:19:30
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0755
pango-segmentation
19.125 KB
April 07 2023 10:19:30
root / root
0755
pango-view
60.172 KB
April 07 2023 10:19:30
root / root
0755
passenger
1.73 KB
August 14 2026 16:27:55
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0755
passwd
4.413 KB
April 14 2022 14:45:09
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0755
paste
35.391 KB
September 10 2026 17:32:18
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0755
patch
195.016 KB
March 25 2022 15:42:41
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0755
pathchk
35.477 KB
September 10 2026 17:32:18
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0755
pdf2dsc
0.685 KB
May 14 2025 16:03:24
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0755
pdf2ps
0.892 KB
May 14 2025 16:03:24
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0755
perl
15.133 KB
July 28 2025 03:54:00
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0755
perl5.32.1
15.133 KB
July 28 2025 03:54:00
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0755
perlbug
43.812 KB
July 28 2025 03:54:48
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0755
perldoc
0.115 KB
February 14 2022 23:51:30
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0755
perlivp
10.56 KB
July 28 2025 03:53:49
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0755
perlml
14.492 KB
October 02 2025 19:40:19
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0755
perlthanks
43.812 KB
July 28 2025 03:54:48
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0755
pgrep
31.422 KB
April 30 2024 16:43:23
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0755
php
0.915 KB
May 18 2026 16:41:15
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0755
pic
201.719 KB
February 01 2022 10:44:53
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0755
piconv
8.077 KB
February 11 2022 16:42:02
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0755
ping
89.328 KB
October 20 2025 12:44:34
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0755
pinky
35.414 KB
September 10 2026 17:32:18
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0755
pkg-config
0.327 KB
April 06 2023 20:27:13
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0755
pkill
31.422 KB
April 30 2024 16:43:23
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0755
pl2pm
4.427 KB
July 28 2025 03:54:16
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0755
pmap
35.391 KB
April 30 2024 16:43:23
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0755
pod2html
4.037 KB
July 28 2025 03:54:48
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0755
pod2man
14.682 KB
March 25 2022 12:10:57
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0755
pod2text
10.55 KB
March 25 2022 12:10:57
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0755
pod2usage
4.011 KB
February 11 2022 16:01:30
root / root
0755
podchecker
3.572 KB
February 11 2022 19:01:35
root / root
0755
post-grohtml
199.758 KB
February 01 2022 10:44:53
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0755
pr
72.102 KB
September 10 2026 17:32:18
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0755
pre-grohtml
92.922 KB
February 01 2022 10:44:53
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0755
precat
5.527 KB
October 08 2019 00:15:21
root / root
0755
preunzip
5.527 KB
October 08 2019 00:15:21
root / root
0755
prezip
5.527 KB
October 08 2019 00:15:21
root / root
0755
prezip-bin
15.688 KB
January 26 2022 21:47:25
root / root
0755
printenv
31.289 KB
September 10 2026 17:32:18
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0755
printf
51.578 KB
September 10 2026 17:32:18
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0755
prove
13.244 KB
February 16 2022 11:58:05
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0755
ps
141.148 KB
April 30 2024 16:43:23
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0755
ps2ascii
0.62 KB
May 14 2025 16:03:24
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0755
ps2epsi
1.238 KB
May 14 2025 16:03:24
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0755
ps2pdf
0.27 KB
May 14 2025 16:03:24
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0755
ps2pdf12
0.214 KB
May 14 2025 16:03:24
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0755
ps2pdf13
0.214 KB
May 14 2025 16:03:24
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0755
ps2pdf14
0.214 KB
May 14 2025 16:03:24
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0755
ps2pdfwr
1.057 KB
May 14 2025 16:03:24
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0755
ps2ps
0.636 KB
May 14 2025 16:03:24
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0755
ps2ps2
0.657 KB
May 14 2025 16:03:24
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0755
ptx
128.82 KB
September 10 2026 17:32:18
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0755
pwd
35.523 KB
September 10 2026 17:32:18
root / root
0755
pwdx
15.281 KB
April 30 2024 16:43:23
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0755
pydoc
0.076 KB
August 12 2026 15:51:21
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0755
pydoc3
0.076 KB
August 12 2026 15:51:21
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0755
pydoc3.9
0.076 KB
August 12 2026 15:51:21
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0755
python
15.086 KB
August 12 2026 15:51:26
root / root
0755
python3
15.086 KB
August 12 2026 15:51:26
root / root
0755
python3.9
15.086 KB
August 12 2026 15:51:26
root / root
0755
ranlib
55.992 KB
April 04 2026 21:15:43
root / root
0755
readelf
667.281 KB
April 04 2026 21:15:42
root / root
0755
readlink
39.508 KB
September 10 2026 17:32:18
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0755
realpath
39.586 KB
September 10 2026 17:32:18
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0755
red
0.09 KB
January 30 2022 05:02:00
root / root
0755
rename
23.227 KB
April 04 2026 22:15:26
root / root
0755
renew-dummy-cert
0.712 KB
July 27 2026 18:12:51
root / root
0755
renice
15.164 KB
April 04 2026 22:15:26
root / root
0755
replace
4.46 MB
August 26 2026 17:17:40
root / root
0755
reset
27.336 KB
September 21 2025 09:23:49
root / root
0755
rev
15.156 KB
April 04 2026 22:15:26
root / root
0755
rm
59.992 KB
September 10 2026 17:32:18
root / root
0755
rmdir
43.422 KB
September 10 2026 17:32:18
root / root
0755
rnano
346.195 KB
March 13 2025 03:12:50
root / root
0755
ruby
15.094 KB
June 30 2026 16:21:47
root / root
0755
run-with-aspell
0.087 KB
January 26 2022 21:47:11
root / root
0755
runcon
35.461 KB
September 10 2026 17:32:18
root / root
0755
rvi
1.38 MB
September 10 2026 17:27:16
root / root
0755
rview
1.38 MB
September 10 2026 17:27:16
root / root
0755
rvim
3.84 MB
September 10 2026 17:27:16
root / root
0755
scalar
856.414 KB
April 05 2026 06:38:14
root / root
0755
scl
39.547 KB
April 07 2023 01:57:08
root / root
0755
scl_enabled
0.256 KB
July 27 2021 15:14:26
root / root
0755
scl_source
1.884 KB
July 27 2021 15:14:26
root / root
0755
scp
132.914 KB
July 29 2026 23:09:32
root / root
0755
screen
484.211 KB
January 04 2022 07:53:04
root / screen
0755
script
51.578 KB
April 04 2026 22:15:26
root / root
0755
sdiff
44.203 KB
January 29 2022 18:15:51
root / root
0755
sed
112.836 KB
April 04 2026 20:24:33
root / root
0755
selectorctl
8.082 KB
August 11 2026 11:38:14
root / root
0755
seq
47.594 KB
September 10 2026 17:32:18
root / root
0755
setsid
15.148 KB
April 04 2026 22:15:26
root / root
0755
setterm
35.328 KB
April 04 2026 22:15:26
root / root
0755
sftp
157.094 KB
July 29 2026 23:09:32
root / root
0755
sh
1.32 MB
April 30 2024 14:33:56
root / root
0755
sha1sum
39.445 KB
September 10 2026 17:32:18
root / root
0755
sha224sum
39.445 KB
September 10 2026 17:32:18
root / root
0755
sha256sum
39.445 KB
September 10 2026 17:32:18
root / root
0755
sha384sum
39.445 KB
September 10 2026 17:32:18
root / root
0755
sha512sum
39.445 KB
September 10 2026 17:32:18
root / root
0755
shred
51.68 KB
September 10 2026 17:32:18
root / root
0755
shuf
47.805 KB
September 10 2026 17:32:18
root / root
0755
size
31.609 KB
April 04 2026 21:15:42
root / root
0755
skill
31.398 KB
April 30 2024 16:43:23
root / root
0755
slabtop
23.422 KB
April 30 2024 16:43:23
root / root
0755
sleep
31.469 KB
September 10 2026 17:32:18
root / root
0755
snice
31.398 KB
April 30 2024 16:43:23
root / root
0755
sort
112.898 KB
September 10 2026 17:32:18
root / root
0755
spell
0.122 KB
October 08 2019 00:15:21
root / root
0755
splain
18.956 KB
July 28 2025 03:54:48
root / root
0755
split
52.109 KB
September 10 2026 17:32:18
root / root
0755
sprof
35.445 KB
August 03 2026 10:14:41
root / root
0755
sqlite3
1.54 MB
August 24 2026 12:07:02
root / root
0755
ssh
896.383 KB
July 29 2026 23:09:32
root / root
0755
ssh-add
305.719 KB
July 29 2026 23:09:32
root / root
0755
ssh-agent
317.703 KB
July 29 2026 23:09:32
root / root
0755
ssh-copy-id
13.842 KB
July 29 2026 23:09:28
root / root
0755
ssh-keygen
475.414 KB
July 29 2026 23:09:32
root / root
0755
ssh-keyscan
338.234 KB
July 29 2026 23:09:32
root / root
0755
stat
79.852 KB
September 10 2026 17:32:18
root / root
0755
stdbuf
43.555 KB
September 10 2026 17:32:18
root / root
0755
strace
2.08 MB
March 12 2025 19:11:27
root / root
0755
stream
15.094 KB
July 22 2026 08:31:50
root / root
0755
strings
31.742 KB
April 04 2026 21:15:43
root / root
0755
strip
185.359 KB
April 04 2026 21:15:42
root / root
0755
stty
75.641 KB
September 10 2026 17:32:18
root / root
0755
sum
35.383 KB
September 10 2026 17:32:18
root / root
0755
sync
35.352 KB
September 10 2026 17:32:18
root / root
0755
tabs
19.164 KB
September 21 2025 09:23:49
root / root
0755
tac
100.398 KB
September 10 2026 17:32:18
root / root
0755
tail
67.906 KB
September 10 2026 17:32:18
root / root
0755
tar
522.289 KB
August 31 2026 14:49:25
root / root
0755
taskset
23.227 KB
April 04 2026 22:15:26
root / root
0755
tbl
130.859 KB
February 01 2022 10:44:53
root / root
0755
tclsh
15.688 KB
October 15 2022 21:29:43
root / root
0755
tclsh8.6
15.688 KB
October 15 2022 21:29:43
root / root
0755
tee
35.492 KB
September 10 2026 17:32:18
root / root
0755
test
43.617 KB
September 10 2026 17:32:18
root / root
0755
tic
87.789 KB
September 21 2025 09:23:49
root / root
0755
timeout
35.984 KB
September 10 2026 17:32:18
root / root
0755
tload
19.336 KB
April 30 2024 16:43:23
root / root
0755
tmpwatch
36.031 KB
February 11 2022 11:52:55
root / root
0755
toe
23.227 KB
September 21 2025 09:23:49
root / root
0755
top
132.273 KB
April 30 2024 16:43:23
root / root
0755
touch
91.844 KB
September 10 2026 17:32:18
root / root
0755
tput
27.25 KB
September 21 2025 09:23:49
root / root
0755
tr
43.68 KB
September 10 2026 17:32:18
root / root
0755
tree
85.445 KB
February 12 2022 01:46:16
root / root
0755
troff
732.07 KB
February 01 2022 10:44:53
root / root
0755
true
27.281 KB
September 10 2026 17:32:18
root / root
0755
truncate
35.477 KB
September 10 2026 17:32:18
root / root
0755
tset
27.336 KB
September 21 2025 09:23:49
root / root
0755
tsort
47.602 KB
September 10 2026 17:32:18
root / root
0755
tty
31.469 KB
September 10 2026 17:32:18
root / root
0755
tzselect
14.992 KB
August 03 2026 10:11:45
root / root
0755
uapi
4.409 KB
August 18 2026 16:08:19
root / root
0755
ul
23.258 KB
April 04 2026 22:15:26
root / root
0755
uname
31.477 KB
September 10 2026 17:32:18
root / root
0755
unexpand
39.531 KB
September 10 2026 17:32:18
root / root
0755
uniq
43.633 KB
September 10 2026 17:32:18
root / root
0755
unlink
31.469 KB
September 10 2026 17:32:18
root / root
0755
unzip
195.984 KB
April 09 2026 11:24:07
root / root
0755
unzipsfx
87.703 KB
April 09 2026 11:24:07
root / root
0755
uptime
15.289 KB
April 30 2024 16:43:23
root / root
0755
users
31.5 KB
September 10 2026 17:32:18
root / root
0755
utmpdump
23.211 KB
April 04 2026 22:15:26
root / root
0755
vdir
137.453 KB
September 10 2026 17:32:18
root / root
0755
vi
1.38 MB
September 10 2026 17:27:16
root / root
0755
view
0.143 KB
September 10 2026 17:27:14
root / root
0755
vim
3.84 MB
September 10 2026 17:27:16
root / root
0755
vimdiff
3.84 MB
September 10 2026 17:27:16
root / root
0755
vimtutor
2.074 KB
September 10 2026 17:27:12
root / root
0755
vmstat
39.414 KB
April 30 2024 16:43:23
root / root
0755
watch
27.867 KB
April 30 2024 16:43:23
root / root
0755
wc
43.531 KB
September 10 2026 17:32:18
root / root
0755
wget
521.211 KB
September 01 2026 16:41:36
root / root
0755
whereis
31.844 KB
April 04 2026 22:15:26
root / root
0755
which
27.891 KB
August 05 2025 06:19:33
root / root
0755
who
51.594 KB
September 10 2026 17:32:18
root / root
0755
whoami
31.469 KB
September 10 2026 17:32:18
root / root
0755
word-list-compress
15.703 KB
January 26 2022 21:47:25
root / root
0755
x86_64-redhat-linux-c++
1.05 MB
April 04 2026 22:27:54
root / root
0755
x86_64-redhat-linux-g++
1.05 MB
April 04 2026 22:27:54
root / root
0755
x86_64-redhat-linux-gcc
1.04 MB
April 04 2026 22:27:56
root / root
0755
x86_64-redhat-linux-gcc-11
1.04 MB
April 04 2026 22:27:56
root / root
0755
xargs
64.094 KB
October 02 2024 21:04:59
root / root
0755
xmlcatalog
23.156 KB
August 31 2026 10:12:14
root / root
0755
xmllint
80.555 KB
August 31 2026 10:12:14
root / root
0755
xmlwf
39.625 KB
September 08 2026 09:58:53
root / root
0755
xsltproc
31.234 KB
June 25 2026 00:22:23
root / root
0755
xsubpp
4.961 KB
February 16 2022 08:56:48
root / root
0755
xxd
19.32 KB
September 10 2026 17:27:16
root / root
0755
yes
31.313 KB
September 10 2026 17:32:18
root / root
0755
zcat
1.941 KB
August 31 2026 16:16:13
root / root
0755
zcmp
1.643 KB
August 31 2026 16:16:13
root / root
0755
zdiff
6.3 KB
August 31 2026 16:16:13
root / root
0755
zegrep
0.032 KB
August 31 2026 16:16:13
root / root
0755
zfgrep
0.032 KB
August 31 2026 16:16:13
root / root
0755
zforce
2.036 KB
August 31 2026 16:16:13
root / root
0755
zgrep
7.926 KB
August 31 2026 16:16:13
root / root
0755
zip
221.094 KB
April 07 2023 14:02:33
root / root
0755
zipcloak
75.695 KB
April 07 2023 14:02:33
root / root
0755
zipgrep
2.888 KB
October 10 2008 17:40:36
root / root
0755
zipinfo
195.984 KB
April 09 2026 11:24:07
root / root
0755
zipnote
67.609 KB
April 07 2023 14:02:33
root / root
0755
zipsplit
63.578 KB
April 07 2023 14:02:33
root / root
0755
zless
2.158 KB
August 31 2026 16:16:13
root / root
0755
zmore
1.803 KB
August 31 2026 16:16:13
root / root
0755
znew
4.474 KB
August 31 2026 16:16:13
root / root
0755
 $.' 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