foreach my $key (keys %frCircuitState) {
            next if ($frCircuitState{$key} != 2);       # active DLCIs only.
            my($inst, $dlci) = split(/\./,$key);
            push(@{$dlcis{$ifdescr{$inst}}}, $dlci);
        }

    my($sWk, $sRes);
    $sRes = '';
    foreach $sWk (split(//, $bar)) {
                $sRes .= $table->{$sWk};
    }

{
  my ($command) = @_;
  $command = (split (' ', $command))[0];
  if ($!)
    {

  my ($command, $expected) = @_;
  $expected = 0 unless defined $expected;
  $command = (split (' ', $command))[0];
  if ($!)
    {

use Opec::Util qw( &doLog &prolongTimer &msgId &sanity_check &getDomain
                   &headerMsgId &myChomp &enqRMC &delRMC &delRMC12 &delRMC24 &enqSPINLOG &delSPINLOG 
                   &splitAddress &getAddresses);
use Opec::Sign;
use Opec::In::Connection;

# ### verificare
use Opec::Conf qw( :confvars :platform :template :const );
use Opec::Util qw( &actualDate &actualTime &myChomp &splitAddress &timezone &getDomain);
use MIME::WordDecoder;
use strict;

         if (/^[ \t]*Repository revision/) {
          chomp;
          @revline = split(' ', $_);
          $rev = $revline[2];
          $rcsfile = $revline[3];

     }
      }
    } split ('----\nrevision \d+\.\d+\n', $_);
    map {
      print ("\n  $_ " . join (', ', sort (@{$commit{$_}})));

%sources = ();
%pkgs = ();
for $i (split ("\n\n", `gunzip -c Packages.gz`)) {
    $i =~ /Package:\s*([^\s]+)/;
    $n = $1;

        $sTxt = $oThis->{text};
    $sRes = '';
    foreach $sWk (split(//, $sTxt)) {
      $sRes .= GD::Barcode::dumpCode( $code39Bar->{$sWk} .'0' );
    }

  my $target_count = 0;
  my $inference_rule_count = 0;
  for my $t (split (' ', $target))
    {
      ++$target_count;

     my $dxchan = shift;
     my $l = shift;
     my @f = split /,/, $l;
     my @out;
     my $f;

say*(split "",int(7e10+ +*(=<>)))[1..11]

     $statement2->execute();
     my @auth2=$statement2->fetchrow_array();
     my @functions=split(/,/, $auth2[0]);
     if(! $functions[$functionid] || $functions[$functionid] eq '') 
     {

     /^#/ && next;
     /^$/ && next;
     ( $res, $val ) = split( /=/, $_, 2 );
     $res =~ s/[ \t]//og;
     $val =~ s/[ \t\n]//og;

    my %changes;
    my $change;
    foreach my $line (split /\n/, $output) {
     chomp;
     if ($line =~ /^\s*$/) {

       $val =~ s/\\$//mg;
       my $wrap = makefile_wrap ("$str$name $equals", "$str\t",
                        split (' ', $val));
       # If the last line of the definition is made only of
       # @substitutions@, append an empty variable to make sure it

installation, is to ensure that the example build configuration
succeeds when run. 
The configuration file is split into a number of logical
groups, which will be considered in turn below. The minimal
level of configuration to get started involves editing the

my $tmppath = qx'xset q | awk "/Font Path:/ { i=1 ; next } i==1 { print \$0 ; i=0 }"';
while (defined ($tmppath)) {
  ($fontpath, $tmppath) = split /,/, $tmppath, 2;
  last if ($fontpath =~ /Type1/);
}

  </trn:date-entered>
  <trn:description>Cap. gain (short)</trn:description>
  <trn:splits>
    <trn:split>
      <split:id type=\"guid\">$spaguid</split:id>

my(%group2groupno);
my(%key2value);
my(@split);
my(%saw);
while (<>)

use ExtUtils::MakeMaker;
WriteMakefile(
    NAME              => 'encoding::split',
    VERSION_FROM      => 'lib/encoding/split.pm',
    PREREQ_PM         => {},

my $str = ("hĺáǵh" x 666);
cmpthese(-1, {
    old  => sub { split / /x, $str },
    new  => sub { split //, $str },
    pack => sub { unpack "(a)*", $str },

my $str = ("hlagh" x 666);
cmpthese(-1, {
    old  => sub { split / /x, $str },
    new  => sub { split //, $str },
    pack => sub { unpack "(a)*", $str },

my $str = ("hlagh" x 666);
cmpthese(-1, {
    old      => sub { () = map { chr } split / /x, $str },
    new      => sub { () = map { chr } split //, $str },
    pack     => sub { () = unpack "(C)*", $str },