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Edit File : dumpvar.pl \| Size : 15.19 KB
require 5.014; # For more reliable $@ after eval package dumpvar; # Needed for PrettyPrinter only: # require 5.001; # Well, it coredumps anyway undef DB in 5.000 (not now) # translate control chars to ^X - Randal Schwartz # Modifications to print types by Peter Gordon v1.0 # Ilya Zakharevich -- patches after 5.001 (and some before ;-) # Won't dump symbol tables and contents of debugged files by default $winsize = 80 unless defined $winsize; sub ASCII { return ord('A') == 65; } # Defaults # $globPrint = 1; $printUndef = 1 unless defined $printUndef; $tick = "auto" unless defined $tick; $unctrl = 'quote' unless defined $unctrl; $subdump = 1; $dumpReused = 0 unless defined $dumpReused; $bareStringify = 1 unless defined $bareStringify; my $APC = chr utf8::unicode_to_native(0x9F); my $backslash_c_question = (ASCII) ? '\177' : $APC; sub main::dumpValue { local %address; local $^W=0; (print "undef\n"), return unless defined $_[0]; (print &stringify($_[0]), "\n"), return unless ref $_[0]; push @_, -1 if @_ == 1; dumpvar::unwrap($_[0], 0, $_[1]); } # This one is good for variable names: sub unctrl { for (my($dummy) = shift) { local($v) ; return \$_ if ref \$_ eq "GLOB"; s/([\000-\037])/ '^' . chr(utf8::unicode_to_native(ord($1)^64))/eg; s/ $backslash_c_question /^?/xg; return $_; } } sub uniescape { join("", map { $_ > 255 ? sprintf("\\x{%04X}", $_) : chr($_) } unpack("W", $_[0])); } sub stringify { my $string; if (eval { $string = _stringify(@_); 1 }) { return $string; } return "<< value could not be dumped: $@ >>"; } sub _stringify { (my $__, local $noticks) = @_; for ($__) { local($v) ; my $tick = $tick; return 'undef' unless defined $_ or not $printUndef; return $_ . "" if ref \$_ eq 'GLOB'; $_ = &{'overload::StrVal'}($_) if $bareStringify and ref $_ and %overload:: and defined &{'overload::StrVal'}; if ($tick eq 'auto') { if (/[^[:^cntrl:]\n]/u) { # All controls but \n get '"' $tick = '"'; } else { $tick = "'"; } } if ($tick eq "'") { s/([\'\\])/\\$1/g; } elsif ($unctrl eq 'unctrl') { s/([\"\\])/\\$1/g ; $_ = &unctrl($_); # uniescape? s/([[:^ascii:]])/'\\0x'.sprintf('%2X',ord($1))/eg if $quoteHighBit; } elsif ($unctrl eq 'quote') { s/([\"\\\$\@])/\\$1/g if $tick eq '"'; s/\e/\\e/g; s/([\000-\037$backslash_c_question])/'\\c'._escaped_ord($1)/eg; } $_ = uniescape($_); s/([[:^ascii:]])/'\\'.sprintf('%3o',ord($1))/eg if $quoteHighBit; return ($noticks \|\| /^\d+(\.\d)?\Z/) ? $_ : $tick . $_ . $tick; } } # Ensure a resulting \ is escaped to be \\ sub _escaped_ord { my $chr = shift; if ($chr eq $backslash_c_question) { $chr = '?'; } else { $chr = chr(utf8::unicode_to_native(ord($chr)^64)); $chr =~ s{\\}{\\\\}g; } return $chr; } sub ShortArray { my $tArrayDepth = $#{$_[0]} ; $tArrayDepth = $#{$_[0]} < $arrayDepth-1 ? $#{$_[0]} : $arrayDepth-1 unless $arrayDepth eq '' ; my $shortmore = ""; $shortmore = " ..." if $tArrayDepth < $#{$_[0]} ; if (!grep(ref $_, @{$_[0]})) { $short = "0..$#{$_[0]} '" . join("' '", @{$_[0]}[0..$tArrayDepth]) . "'$shortmore"; return $short if length $short <= $compactDump; } undef; } sub DumpElem { my $short = &stringify($_[0], ref $_[0]); if ($veryCompact && ref $_[0] && (ref $_[0] eq 'ARRAY' and !grep(ref $_, @{$_[0]}) )) { my $end = "0..$#{$v} '" . join("' '", @{$_[0]}[0..$tArrayDepth]) . "'$shortmore"; } elsif ($veryCompact && ref $_[0] && (ref $_[0] eq 'HASH') and !grep(ref $_, values %{$_[0]})) { my $end = 1; $short = $sp . "0..$#{$v} '" . join("' '", @{$v}[0..$tArrayDepth]) . "'$shortmore"; } else { print "$short\n"; unwrap($_[0],$_[1],$_[2]) if ref $_[0]; } } sub unwrap { return if $DB::signal; local($v) = shift ; local($s) = shift ; # extra no of spaces local($m) = shift ; # maximum recursion depth return if $m == 0; local(%v,@v,$sp,$value,$key,@sortKeys,$more,$shortmore,$short) ; local($tHashDepth,$tArrayDepth) ; $sp = " " x $s ; $s += 3 ; eval { # Check for reused addresses if (ref $v) { my $val = $v; $val = &{'overload::StrVal'}($v) if %overload:: and defined &{'overload::StrVal'}; # Match type and address. # Unblessed references will look like TYPE(0x...) # Blessed references will look like Class=TYPE(0x...) $val =~ s/^.=//; # suppress the Class part, just keep TYPE(0x...) ($item_type, $address) = $val =~ /([^\(]+) # Keep stuff that's # not an open paren \( # Skip open paren (0x[0-9a-f]+) # Save the address \) # Skip close paren $/x; # Should be at end now if (!$dumpReused && defined $address) { $address{$address}++ ; if ( $address{$address} > 1 ) { print "${sp}-> REUSED_ADDRESS\n" ; return ; } } } elsif (ref \$v eq 'GLOB') { # This is a raw glob. Special handling for that. $address = "$v" . ""; # To avoid a bug with globs $address{$address}++ ; if ( $address{$address} > 1 ) { print "${sp}DUMPED_GLOB\n" ; return ; } } if (ref $v eq 'Regexp') { # Reformat the regexp to look the standard way. my $re = "$v"; $re =~ s,/,\\/,g; print "$sp-> qr/$re/\n"; return; } if ( $item_type eq 'HASH' ) { # Hash ref or hash-based object. my @sortKeys = sort keys(%$v) ; undef $more ; $tHashDepth = $#sortKeys ; $tHashDepth = $#sortKeys < $hashDepth-1 ? $#sortKeys : $hashDepth-1 unless $hashDepth eq '' ; $more = "....\n" if $tHashDepth < $#sortKeys ; $shortmore = ""; $shortmore = ", ..." if $tHashDepth < $#sortKeys ; $#sortKeys = $tHashDepth ; if ($compactDump && !grep(ref $_, values %{$v})) { #$short = $sp . # (join ', ', # Next row core dumps during require from DB on 5.000, even with map {"_"} # map {&stringify($_) . " => " . &stringify($v->{$_})} # @sortKeys) . "'$shortmore"; $short = $sp; my @keys; for (@sortKeys) { push @keys, &stringify($_) . " => " . &stringify($v->{$_}); } $short .= join ', ', @keys; $short .= $shortmore; (print "$short\n"), return if length $short <= $compactDump; } for $key (@sortKeys) { return if $DB::signal; $value = $ {$v}{$key} ; print "$sp", &stringify($key), " => "; DumpElem $value, $s, $m-1; } print "$sp empty hash\n" unless @sortKeys; print "$sp$more" if defined $more ; } elsif ( $item_type eq 'ARRAY' ) { # Array ref or array-based object. Also: undef. # See how big the array is. $tArrayDepth = $#{$v} ; undef $more ; # Bigger than the max? $tArrayDepth = $#{$v} < $arrayDepth-1 ? $#{$v} : $arrayDepth-1 if defined $arrayDepth && $arrayDepth ne ''; # Yep. Don't show it all. $more = "....\n" if $tArrayDepth < $#{$v} ; $shortmore = ""; $shortmore = " ..." if $tArrayDepth < $#{$v} ; if ($compactDump && !grep(ref $_, @{$v})) { if ($#$v >= 0) { $short = $sp . "0..$#{$v} " . join(" ", map {exists $v->[$_] ? stringify $v->[$_] : "empty"} (0..$tArrayDepth) ) . "$shortmore"; } else { $short = $sp . "empty array"; } (print "$short\n"), return if length $short <= $compactDump; } #if ($compactDump && $short = ShortArray($v)) { # print "$short\n"; # return; #} for $num (0 .. $tArrayDepth) { return if $DB::signal; print "$sp$num "; if (exists $v->[$num]) { if (defined $v->[$num]) { DumpElem $v->[$num], $s, $m-1; } else { print "undef\n"; } } else { print "empty slot\n"; } } print "$sp empty array\n" unless @$v; print "$sp$more" if defined $more ; } elsif ( $item_type eq 'SCALAR' ) { unless (defined $$v) { print "$sp-> undef\n"; return; } print "$sp-> "; DumpElem $$v, $s, $m-1; } elsif ( $item_type eq 'REF' ) { print "$sp-> $$v\n"; return unless defined $$v; unwrap($$v, $s+3, $m-1); } elsif ( $item_type eq 'CODE' ) { # Code object or reference. print "$sp-> "; dumpsub (0, $v); } elsif ( $item_type eq 'GLOB' ) { # Glob object or reference. print "$sp-> ",&stringify($$v,1),"\n"; if ($globPrint) { $s += 3; dumpglob($s, "{$$v}", $$v, 1, $m-1); } elsif (defined ($fileno = eval {fileno($v)})) { print( (' ' x ($s+3)) . "FileHandle({$$v}) => fileno($fileno)\n" ); } } elsif (ref \$v eq 'GLOB') { # Raw glob (again?) if ($globPrint) { dumpglob($s, "{$v}", $v, 1, $m-1) if $globPrint; } elsif (defined ($fileno = eval {fileno(\$v)})) { print( (' ' x $s) . "FileHandle({$v}) => fileno($fileno)\n" ); } } }; if ($@) { print( (' ' x $s) . "<< value could not be dumped: $@ >>\n"); } return; } sub matchlex { (my $var = $_[0]) =~ s/.//; $var eq $_[1] or ($_[1] =~ /^([!~])(.)([\x00-\xff])/) and ($1 eq '!') ^ (eval { $var =~ /$2$3/ }); } sub matchvar { $_[0] eq $_[1] or ($_[1] =~ /^([!~])(.)([\x00-\xff])/) and ($1 eq '!') ^ (eval {($_[2] . "::" . $_[0]) =~ /$2$3/}); } sub compactDump { $compactDump = shift if @_; $compactDump = 680-1 if $compactDump and $compactDump < 2; $compactDump; } sub veryCompact { $veryCompact = shift if @_; compactDump(1) if !$compactDump and $veryCompact; $veryCompact; } sub unctrlSet { if (@_) { my $in = shift; if ($in eq 'unctrl' or $in eq 'quote') { $unctrl = $in; } else { print "Unknown value for 'unctrl'.\n"; } } $unctrl; } sub quote { if (@_ and $_[0] eq '"') { $tick = '"'; $unctrl = 'quote'; } elsif (@_ and $_[0] eq 'auto') { $tick = 'auto'; $unctrl = 'quote'; } elsif (@_) { # Need to set $tick = "'"; $unctrl = 'unctrl'; } $tick; } sub dumpglob { return if $DB::signal; my ($off,$key, $val, $all, $m) = @_; local(entry) = $val; my $fileno; if (($key !~ /^_</ or $dumpDBFiles) and defined $entry) { print( (' ' x $off) . "\$", &unctrl($key), " = " ); DumpElem $entry, 3+$off, $m; } if (($key !~ /^_</ or $dumpDBFiles) and @entry) { print( (' ' x $off) . "\@$key = (\n" ); unwrap(\@entry,3+$off,$m) ; print( (' ' x $off) . ")\n" ); } if ($key ne "main::" && $key ne "DB::" && %entry && ($dumpPackages or $key !~ /::$/) && ($key !~ /^_</ or $dumpDBFiles) && !($package eq "dumpvar" and $key eq "stab")) { print( (' ' x $off) . "\%$key = (\n" ); unwrap(\%entry,3+$off,$m) ; print( (' ' x $off) . ")\n" ); } if (defined ($fileno = eval{fileno(entry)})) { print( (' ' x $off) . "FileHandle($key) => fileno($fileno)\n" ); } if ($all) { if (defined &entry) { dumpsub($off, $key); } } } sub dumplex { return if $DB::signal; my ($key, $val, $m, @vars) = @_; return if @vars && !grep( matchlex($key, $_), @vars ); local %address; my $off = 0; # It reads better this way my $fileno; if (UNIVERSAL::isa($val,'ARRAY')) { print( (' ' x $off) . "$key = (\n" ); unwrap($val,3+$off,$m) ; print( (' ' x $off) . ")\n" ); } elsif (UNIVERSAL::isa($val,'HASH')) { print( (' ' x $off) . "$key = (\n" ); unwrap($val,3+$off,$m) ; print( (' ' x $off) . ")\n" ); } elsif (UNIVERSAL::isa($val,'IO')) { print( (' ' x $off) . "FileHandle($key) => fileno($fileno)\n" ); } # No lexical subroutines yet... # elsif (UNIVERSAL::isa($val,'CODE')) { # dumpsub($off, $$val); # } else { print( (' ' x $off) . &unctrl($key), " = " ); DumpElem $$val, 3+$off, $m; } } sub CvGV_name_or_bust { my $in = shift; return if $skipCvGV; # Backdoor to avoid problems if XS broken... $in = \&$in; # Hard reference... eval {require Devel::Peek; 1} or return; my $gv = Devel::Peek::CvGV($in) or return; $gv{PACKAGE} . '::' . $gv{NAME}; } sub dumpsub { my ($off,$sub) = @_; my $ini = $sub; my $s; $sub = $1 if $sub =~ /^\{\(.)\}$/; my $subref = defined $1 ? \&$sub : \&$ini; my $place = $DB::sub{$sub} \|\| (($s = $subs{"$subref"}) && $DB::sub{$s}) \|\| (($s = CvGV_name_or_bust($subref)) && $DB::sub{$s}) \|\| ($subdump && ($s = findsubs("$subref")) && $DB::sub{$s}); $place = '???' unless defined $place; $s = $sub unless defined $s; print( (' ' x $off) . "&$s in $place\n" ); } sub findsubs { return undef unless %DB::sub; my ($addr, $name, $loc); while (($name, $loc) = each %DB::sub) { $addr = \&$name; $subs{"$addr"} = $name; } $subdump = 0; $subs{ shift() }; } sub main::dumpvar { my ($package,$m,@vars) = @_; local(%address,$key,$val,$^W); $package .= "::" unless $package =~ /::$/; stab = {"main::"}; while ($package =~ /(\w+?::)/g){ stab = $ {stab}{$1}; } local $TotalStrings = 0; local $Strings = 0; local $CompleteTotal = 0; while (($key,$val) = each(%stab)) { return if $DB::signal; next if @vars && !grep( matchvar($key, $_), @vars ); if ($usageOnly) { globUsage(\$val, $key) if ($package ne 'dumpvar' or $key ne 'stab') and ref(\$val) eq 'GLOB'; } else { dumpglob(0,$key, $val, 0, $m); } } if ($usageOnly) { print "String space: $TotalStrings bytes in $Strings strings.\n"; $CompleteTotal += $TotalStrings; print "Grand total = $CompleteTotal bytes (1 level deep) + overhead.\n"; } } sub scalarUsage { my $size = length($_[0]); $TotalStrings += $size; $Strings++; $size; } sub arrayUsage { # array ref, name my $size = 0; map {$size += scalarUsage($_)} @{$_[0]}; my $len = @{$_[0]}; print "\@$_[1] = $len item", ($len > 1 ? "s" : ""), " (data: $size bytes)\n" if defined $_[1]; $CompleteTotal += $size; $size; } sub hashUsage { # hash ref, name my @keys = keys %{$_[0]}; my @values = values %{$_[0]}; my $keys = arrayUsage \@keys; my $values = arrayUsage \@values; my $len = @keys; my $total = $keys + $values; print "\%$_[1] = $len item", ($len > 1 ? "s" : ""), " (keys: $keys; values: $values; total: $total bytes)\n" if defined $_[1]; $total; } sub globUsage { # glob ref, name local name = {$_[0]}; $total = 0; $total += scalarUsage $name if defined $name; $total += arrayUsage \@name, $_[1] if @name; $total += hashUsage \%name, $_[1] if %name and $_[1] ne "main::" and $_[1] ne "DB::"; #and !($package eq "dumpvar" and $key eq "stab")); $total; } sub packageUsage { my ($package,@vars) = @_; $package .= "::" unless $package =~ /::$/; local stab = {"main::"}; while ($package =~ /(\w+?::)/g){ stab = $ {stab}{$1}; } local $TotalStrings = 0; local $CompleteTotal = 0; my ($key,$val); while (($key,$val) = each(%stab)) { next if @vars && !grep($key eq $_,@vars); globUsage \$val, $key unless $package eq 'dumpvar' and $key eq 'stab'; } print "String space: $TotalStrings.\n"; $CompleteTotal += $TotalStrings; print "\nGrand total = $CompleteTotal bytes\n"; } 1; Back

Edit File : dumpvar.pl | Size : 15.19 KB

require 5.014;			# For more reliable $@ after eval
package dumpvar;

# Needed for PrettyPrinter only:

# require 5.001;  # Well, it coredumps anyway undef DB in 5.000 (not now)

# translate control chars to ^X - Randal Schwartz
# Modifications to print types by Peter Gordon v1.0

# Ilya Zakharevich -- patches after 5.001 (and some before ;-)

# Won't dump symbol tables and contents of debugged files by default

$winsize = 80 unless defined $winsize;

sub ASCII { return ord('A') == 65; }

# Defaults

# $globPrint = 1;
$printUndef = 1 unless defined $printUndef;
$tick = "auto" unless defined $tick;
$unctrl = 'quote' unless defined $unctrl;
$subdump = 1;
$dumpReused = 0 unless defined $dumpReused;
$bareStringify = 1 unless defined $bareStringify;

my $APC = chr utf8::unicode_to_native(0x9F);
my $backslash_c_question = (ASCII) ? '\177' : $APC;

sub main::dumpValue {
  local %address;
  local $^W=0;
  (print "undef\n"), return unless defined $_[0];
  (print &stringify($_[0]), "\n"), return unless ref $_[0];
  push @_, -1 if @_ == 1;
  dumpvar::unwrap($_[0], 0, $_[1]);
}

# This one is good for variable names:

sub unctrl {
    for (my($dummy) = shift) {
	local($v) ;

return \$_ if ref \$_ eq "GLOB";
        s/([\000-\037])/ '^' . chr(utf8::unicode_to_native(ord($1)^64))/eg;
        s/ $backslash_c_question /^?/xg;
	return $_;
    }
}

sub uniescape {
    join("",
	 map { $_ > 255 ? sprintf("\\x{%04X}", $_) : chr($_) }
	     unpack("W*", $_[0]));
}

sub stringify {
  my $string;
  if (eval { $string = _stringify(@_); 1 }) {
    return $string;
  }

return "<< value could not be dumped: $@ >>";
}

sub _stringify {
    (my $__, local $noticks) = @_;
    for ($__) {
	local($v) ; 
	my $tick = $tick;

return 'undef' unless defined $_ or not $printUndef;
	return $_ . "" if ref \$_ eq 'GLOB';
	$_ = &{'overload::StrVal'}($_) 
	  if $bareStringify and ref $_ 
	    and %overload:: and defined &{'overload::StrVal'};
	
	if ($tick eq 'auto') {
            if (/[^[:^cntrl:]\n]/u) {   # All controls but \n get '"'
                $tick = '"';
            } else {
                $tick = "'";
            }
	}
	if ($tick eq "'") {
	  s/([\'\\])/\\$1/g;
	} elsif ($unctrl eq 'unctrl') {
	  s/([\"\\])/\\$1/g ;
          $_ = &unctrl($_);
	  # uniescape?
	  s/([[:^ascii:]])/'\\0x'.sprintf('%2X',ord($1))/eg
	    if $quoteHighBit;
	} elsif ($unctrl eq 'quote') {
	  s/([\"\\\$\@])/\\$1/g if $tick eq '"';
	  s/\e/\\e/g;
          s/([\000-\037$backslash_c_question])/'\\c'._escaped_ord($1)/eg;
	}
	$_ = uniescape($_);
	s/([[:^ascii:]])/'\\'.sprintf('%3o',ord($1))/eg if $quoteHighBit;
	return ($noticks || /^\d+(\.\d*)?\Z/) 
	  ? $_ 
	  : $tick . $_ . $tick;
    }
}

# Ensure a resulting \ is escaped to be \\
sub _escaped_ord {
    my $chr = shift;
    if ($chr eq $backslash_c_question) {
        $chr = '?';
    }
    else {
        $chr = chr(utf8::unicode_to_native(ord($chr)^64));
        $chr =~ s{\\}{\\\\}g;
    }
    return $chr;
}

sub ShortArray {
  my $tArrayDepth = $#{$_[0]} ; 
  $tArrayDepth = $#{$_[0]} < $arrayDepth-1 ? $#{$_[0]} : $arrayDepth-1 
    unless  $arrayDepth eq '' ; 
  my $shortmore = "";
  $shortmore = " ..." if $tArrayDepth < $#{$_[0]} ;
  if (!grep(ref $_, @{$_[0]})) {
    $short = "0..$#{$_[0]}  '" . 
      join("' '", @{$_[0]}[0..$tArrayDepth]) . "'$shortmore";
    return $short if length $short <= $compactDump;
  }
  undef;
}

sub DumpElem {
  my $short = &stringify($_[0], ref $_[0]);
  if ($veryCompact && ref $_[0]
      && (ref $_[0] eq 'ARRAY' and !grep(ref $_, @{$_[0]}) )) {
    my $end = "0..$#{$v}  '" . 
      join("' '", @{$_[0]}[0..$tArrayDepth]) . "'$shortmore";
  } elsif ($veryCompact && ref $_[0]
      && (ref $_[0] eq 'HASH') and !grep(ref $_, values %{$_[0]})) {
    my $end = 1;
	  $short = $sp . "0..$#{$v}  '" . 
	    join("' '", @{$v}[0..$tArrayDepth]) . "'$shortmore";
  } else {
    print "$short\n";
    unwrap($_[0],$_[1],$_[2]) if ref $_[0];
  }
}

sub unwrap {
    return if $DB::signal;
    local($v) = shift ; 
    local($s) = shift ; # extra no of spaces
    local($m) = shift ; # maximum recursion depth
    return if $m == 0;
    local(%v,@v,$sp,$value,$key,@sortKeys,$more,$shortmore,$short) ;
    local($tHashDepth,$tArrayDepth) ;

$sp = " " x $s ;
    $s += 3 ;

eval {
    # Check for reused addresses
    if (ref $v) { 
      my $val = $v;
      $val = &{'overload::StrVal'}($v) 
	if %overload:: and defined &{'overload::StrVal'};
      # Match type and address.                      
      # Unblessed references will look like TYPE(0x...)
      # Blessed references will look like Class=TYPE(0x...)
      $val =~ s/^.*=//; # suppress the Class part, just keep TYPE(0x...)
      ($item_type, $address) = 
        $val =~ /([^$]+)        # Keep stuff that's     
                                 # not an open paren
                 \(              # Skip open paren
                 (0x[0-9a-f]+)   # Save the address
                 $              # Skip close paren
                 $/x;            # Should be at end now

if (!$dumpReused && defined $address) { 
	$address{$address}++ ;
	if ( $address{$address} > 1 ) { 
	  print "${sp}-> REUSED_ADDRESS\n" ; 
	  return ; 
	} 
      }
    } elsif (ref \$v eq 'GLOB') {
      # This is a raw glob. Special handling for that.
      $address = "$v" . "";	# To avoid a bug with globs
      $address{$address}++ ;
      if ( $address{$address} > 1 ) { 
	print "${sp}*DUMPED_GLOB*\n" ; 
	return ; 
      } 
    }

if (ref $v eq 'Regexp') {
      # Reformat the regexp to look the standard way.
      my $re = "$v";
      $re =~ s,/,\\/,g;
      print "$sp-> qr/$re/\n";
      return;
    }

if ( $item_type eq 'HASH' ) { 
        # Hash ref or hash-based object.
	my @sortKeys = sort keys(%$v) ;
	undef $more ; 
	$tHashDepth = $#sortKeys ; 
	$tHashDepth = $#sortKeys < $hashDepth-1 ? $#sortKeys : $hashDepth-1
	  unless $hashDepth eq '' ; 
	$more = "....\n" if $tHashDepth < $#sortKeys ; 
	$shortmore = "";
	$shortmore = ", ..." if $tHashDepth < $#sortKeys ; 
	$#sortKeys = $tHashDepth ; 
	if ($compactDump && !grep(ref $_, values %{$v})) {
	  #$short = $sp . 
	  #  (join ', ', 
# Next row core dumps during require from DB on 5.000, even with map {"_"}
	  #   map {&stringify($_) . " => " . &stringify($v->{$_})} 
	  #   @sortKeys) . "'$shortmore";
	  $short = $sp;
	  my @keys;
	  for (@sortKeys) {
	    push @keys, &stringify($_) . " => " . &stringify($v->{$_});
	  }
	  $short .= join ', ', @keys;
	  $short .= $shortmore;
	  (print "$short\n"), return if length $short <= $compactDump;
	}
	for $key (@sortKeys) {
	    return if $DB::signal;
	    $value = $ {$v}{$key} ;
	    print "$sp", &stringify($key), " => ";
	    DumpElem $value, $s, $m-1;
	}
	print "$sp  empty hash\n" unless @sortKeys;
	print "$sp$more" if defined $more ;
    } elsif ( $item_type eq 'ARRAY' ) { 
        # Array ref or array-based object. Also: undef.
        # See how big the array is.
	$tArrayDepth = $#{$v} ; 
	undef $more ; 
        # Bigger than the max?
	$tArrayDepth = $#{$v} < $arrayDepth-1 ? $#{$v} : $arrayDepth-1 
	  if defined $arrayDepth && $arrayDepth ne '';
        # Yep. Don't show it all.
	$more = "....\n" if $tArrayDepth < $#{$v} ; 
	$shortmore = "";
	$shortmore = " ..." if $tArrayDepth < $#{$v} ;

if ($compactDump && !grep(ref $_, @{$v})) {
	  if ($#$v >= 0) {
	    $short = $sp . "0..$#{$v}  " . 
	      join(" ", 
		   map {exists $v->[$_] ? stringify $v->[$_] : "empty"} (0..$tArrayDepth)
		  ) . "$shortmore";
	  } else {
	    $short = $sp . "empty array";
	  }
	  (print "$short\n"), return if length $short <= $compactDump;
	}
	#if ($compactDump && $short = ShortArray($v)) {
	#  print "$short\n";
	#  return;
	#}
	for $num (0 .. $tArrayDepth) {
	    return if $DB::signal;
	    print "$sp$num  ";
	    if (exists $v->[$num]) {
                if (defined $v->[$num]) {
	          DumpElem $v->[$num], $s, $m-1;
                } 
                else {
                  print "undef\n";
                }
	    } else {
	    	print "empty slot\n";
	    }
	}
	print "$sp  empty array\n" unless @$v;
	print "$sp$more" if defined $more ;  
    } elsif ( $item_type eq 'SCALAR' ) { 
            unless (defined $$v) {
              print "$sp-> undef\n";
              return;
            }
	    print "$sp-> ";
	    DumpElem $$v, $s, $m-1;
    } elsif ( $item_type eq 'REF' ) { 
	    print "$sp-> $$v\n";
            return unless defined $$v;
	    unwrap($$v, $s+3, $m-1);
    } elsif ( $item_type eq 'CODE' ) { 
            # Code object or reference.
	    print "$sp-> ";
	    dumpsub (0, $v);
    } elsif ( $item_type eq 'GLOB' ) {
      # Glob object or reference.
      print "$sp-> ",&stringify($$v,1),"\n";
      if ($globPrint) {
	$s += 3;
       dumpglob($s, "{$$v}", $$v, 1, $m-1);
      } elsif (defined ($fileno = eval {fileno($v)})) {
	print( (' ' x ($s+3)) .  "FileHandle({$$v}) => fileno($fileno)\n" );
      }
    } elsif (ref \$v eq 'GLOB') {
      # Raw glob (again?)
      if ($globPrint) {
       dumpglob($s, "{$v}", $v, 1, $m-1) if $globPrint;
      } elsif (defined ($fileno = eval {fileno(\$v)})) {
	print( (' ' x $s) .  "FileHandle({$v}) => fileno($fileno)\n" );
      }
    }
    };
    if ($@) {
      print( (' ' x $s) .  "<< value could not be dumped: $@ >>\n");
    }

return;
}

sub matchlex {
  (my $var = $_[0]) =~ s/.//;
  $var eq $_[1] or 
    ($_[1] =~ /^([!~])(.)([\x00-\xff]*)/) and 
      ($1 eq '!') ^ (eval { $var =~ /$2$3/ });
}

sub matchvar {
  $_[0] eq $_[1] or 
    ($_[1] =~ /^([!~])(.)([\x00-\xff]*)/) and 
      ($1 eq '!') ^ (eval {($_[2] . "::" . $_[0]) =~ /$2$3/});
}

sub compactDump {
  $compactDump = shift if @_;
  $compactDump = 6*80-1 if $compactDump and $compactDump < 2;
  $compactDump;
}

sub veryCompact {
  $veryCompact = shift if @_;
  compactDump(1) if !$compactDump and $veryCompact;
  $veryCompact;
}

sub unctrlSet {
  if (@_) {
    my $in = shift;
    if ($in eq 'unctrl' or $in eq 'quote') {
      $unctrl = $in;
    } else {
      print "Unknown value for 'unctrl'.\n";
    }
  }
  $unctrl;
}

sub quote {
  if (@_ and $_[0] eq '"') {
    $tick = '"';
    $unctrl = 'quote';
  } elsif (@_ and $_[0] eq 'auto') {
    $tick = 'auto';
    $unctrl = 'quote';
  } elsif (@_) {		# Need to set
    $tick = "'";
    $unctrl = 'unctrl';
  }
  $tick;
}

sub dumpglob {
    return if $DB::signal;
    my ($off,$key, $val, $all, $m) = @_;
    local(*entry) = $val;
    my $fileno;
    if (($key !~ /^_</ or $dumpDBFiles) and defined $entry) {
      print( (' ' x $off) . "\$", &unctrl($key), " = " );
      DumpElem $entry, 3+$off, $m;
    }
    if (($key !~ /^_</ or $dumpDBFiles) and @entry) {
      print( (' ' x $off) . "\@$key = (\n" );
      unwrap(\@entry,3+$off,$m) ;
      print( (' ' x $off) .  ")\n" );
    }
    if ($key ne "main::" && $key ne "DB::" && %entry
	&& ($dumpPackages or $key !~ /::$/)
	&& ($key !~ /^_</ or $dumpDBFiles)
	&& !($package eq "dumpvar" and $key eq "stab")) {
      print( (' ' x $off) . "\%$key = (\n" );
      unwrap(\%entry,3+$off,$m) ;
      print( (' ' x $off) .  ")\n" );
    }
    if (defined ($fileno = eval{fileno(*entry)})) {
      print( (' ' x $off) .  "FileHandle($key) => fileno($fileno)\n" );
    }
    if ($all) {
      if (defined &entry) {
	dumpsub($off, $key);
      }
    }
}

sub dumplex {
  return if $DB::signal;
  my ($key, $val, $m, @vars) = @_;
  return if @vars && !grep( matchlex($key, $_), @vars );
  local %address;
  my $off = 0;  # It reads better this way
  my $fileno;
  if (UNIVERSAL::isa($val,'ARRAY')) {
    print( (' ' x $off) . "$key = (\n" );
    unwrap($val,3+$off,$m) ;
    print( (' ' x $off) .  ")\n" );
  }
  elsif (UNIVERSAL::isa($val,'HASH')) {
    print( (' ' x $off) . "$key = (\n" );
    unwrap($val,3+$off,$m) ;
    print( (' ' x $off) .  ")\n" );
  }
  elsif (UNIVERSAL::isa($val,'IO')) {
    print( (' ' x $off) .  "FileHandle($key) => fileno($fileno)\n" );
  }
  #  No lexical subroutines yet...
  #  elsif (UNIVERSAL::isa($val,'CODE')) {
  #    dumpsub($off, $$val);
  #  }
  else {
    print( (' ' x $off) . &unctrl($key), " = " );
    DumpElem $$val, 3+$off, $m;
  }
}

sub CvGV_name_or_bust {
  my $in = shift;
  return if $skipCvGV;		# Backdoor to avoid problems if XS broken...
  $in = \&$in;			# Hard reference...
  eval {require Devel::Peek; 1} or return;
  my $gv = Devel::Peek::CvGV($in) or return;
  *$gv{PACKAGE} . '::' . *$gv{NAME};
}

sub dumpsub {
    my ($off,$sub) = @_;
    my $ini = $sub;
    my $s;
    $sub = $1 if $sub =~ /^\{\*(.*)\}$/;
    my $subref = defined $1 ? \&$sub : \&$ini;
    my $place = $DB::sub{$sub} || (($s = $subs{"$subref"}) && $DB::sub{$s})
      || (($s = CvGV_name_or_bust($subref)) && $DB::sub{$s})
      || ($subdump && ($s = findsubs("$subref")) && $DB::sub{$s});
    $place = '???' unless defined $place;
    $s = $sub unless defined $s;
    print( (' ' x $off) .  "&$s in $place\n" );
}

sub findsubs {
  return undef unless %DB::sub;
  my ($addr, $name, $loc);
  while (($name, $loc) = each %DB::sub) {
    $addr = \&$name;
    $subs{"$addr"} = $name;
  }
  $subdump = 0;
  $subs{ shift() };
}

sub main::dumpvar {
    my ($package,$m,@vars) = @_;
    local(%address,$key,$val,$^W);
    $package .= "::" unless $package =~ /::$/;
    *stab = *{"main::"};
    while ($package =~ /(\w+?::)/g){
      *stab = $ {stab}{$1};
    }
    local $TotalStrings = 0;
    local $Strings = 0;
    local $CompleteTotal = 0;
    while (($key,$val) = each(%stab)) {
      return if $DB::signal;
      next if @vars && !grep( matchvar($key, $_), @vars );
      if ($usageOnly) {
	globUsage(\$val, $key)
	  if ($package ne 'dumpvar' or $key ne 'stab')
	     and ref(\$val) eq 'GLOB';
      } else {
       dumpglob(0,$key, $val, 0, $m);
      }
    }
    if ($usageOnly) {
      print "String space: $TotalStrings bytes in $Strings strings.\n";
      $CompleteTotal += $TotalStrings;
      print "Grand total = $CompleteTotal bytes (1 level deep) + overhead.\n";
    }
}

sub scalarUsage {
  my $size = length($_[0]);
  $TotalStrings += $size;
  $Strings++;
  $size;
}

sub arrayUsage {		# array ref, name
  my $size = 0;
  map {$size += scalarUsage($_)} @{$_[0]};
  my $len = @{$_[0]};
  print "\@$_[1] = $len item", ($len > 1 ? "s" : ""),
    " (data: $size bytes)\n"
      if defined $_[1];
  $CompleteTotal +=  $size;
  $size;
}

sub hashUsage {		# hash ref, name
  my @keys = keys %{$_[0]};
  my @values = values %{$_[0]};
  my $keys = arrayUsage \@keys;
  my $values = arrayUsage \@values;
  my $len = @keys;
  my $total = $keys + $values;
  print "\%$_[1] = $len item", ($len > 1 ? "s" : ""),
    " (keys: $keys; values: $values; total: $total bytes)\n"
      if defined $_[1];
  $total;
}

sub globUsage {			# glob ref, name
  local *name = *{$_[0]};
  $total = 0;
  $total += scalarUsage $name if defined $name;
  $total += arrayUsage \@name, $_[1] if @name;
  $total += hashUsage \%name, $_[1] if %name and $_[1] ne "main::" 
    and $_[1] ne "DB::";   #and !($package eq "dumpvar" and $key eq "stab"));
  $total;
}

sub packageUsage {
  my ($package,@vars) = @_;
  $package .= "::" unless $package =~ /::$/;
  local *stab = *{"main::"};
  while ($package =~ /(\w+?::)/g){
    *stab = $ {stab}{$1};
  }
  local $TotalStrings = 0;
  local $CompleteTotal = 0;
  my ($key,$val);
  while (($key,$val) = each(%stab)) {
    next if @vars && !grep($key eq $_,@vars);
    globUsage \$val, $key unless $package eq 'dumpvar' and $key eq 'stab';
  }
  print "String space: $TotalStrings.\n";
  $CompleteTotal += $TotalStrings;
  print "\nGrand total = $CompleteTotal bytes\n";
}

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